*HEADER    IMMUNE SYSTEM                           12-JUL-10   2XKU
*TITLE     PRION-LIKE CONVERSION DURING AMYLOID FORMATION AT ATOMIC
*TITLE    2 RESOLUTION
*COMPND    MOL_ID: 1;
*COMPND   2 MOLECULE: BETA-2-MICROGLOBULIN;
*COMPND   3 CHAIN: A;
*COMPND   4 FRAGMENT: IMMUNGLOBULIN, RESIDUES 27-119;
*COMPND   5 SYNONYM: BETA-2-MICROGLOBULIN FORM PI 5.3, DN6;
*COMPND   6 ENGINEERED: YES
*SOURCE    MOL_ID: 1;
*SOURCE   2 ORGANISM_SCIENTIFIC: HOMO SAPIENS;
*SOURCE   3 ORGANISM_COMMON: HUMAN;
*SOURCE   4 ORGANISM_TAXID: 9606;
*SOURCE   5 EXPRESSION_SYSTEM: ESCHERICHIA COLI;
*SOURCE   6 EXPRESSION_SYSTEM_TAXID: 469008;
*SOURCE   7 EXPRESSION_SYSTEM_STRAIN: BL21(DE3);
*SOURCE   8 EXPRESSION_SYSTEM_VECTOR_TYPE: PLASMID;
*SOURCE   9 EXPRESSION_SYSTEM_PLASMID: PET23A
*KEYWDS    AMYLOIDOSIS, IMMUNE SYSTEM, IG-DOMAIN
*EXPDTA    SOLUTION NMR
*AUTHOR    T.EICHNER,A.P.KALVERDA,G.S.THOMPSON,S.W.HOMANS,S.E.RADFORD
*REVDAT   1   14-JUL-10 2XKU    0




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   (( segid "   A" and resid 46   and name  HN  ))
   (( segid "   A" and resid 47   and name  HB1 ))

      5.410     0.713     0.713
 or 
   (( segid "   A" and resid 46   and name  HN  ))
   (( segid "   A" and resid 44   and name  HB1 ))
 assi 
   (( segid "   A" and resid 37   and name  HN  ))
   (( segid "   A" and resid 83   and name  HB1 ))

      6.453     1.115     1.115
 or 
   (( segid "   A" and resid 37   and name  HN  ))
   (( segid "   A" and resid 38   and name  HB2 ))
 assi 
   (( segid "   A" and resid 16   and name  HN  ))
   (( segid "   A" and resid 17   and name  HA  ))

      4.425     0.561     0.561
 or 
   (( segid "   A" and resid 16   and name  HN  ))
   (( segid "   A" and resid 14   and name  HA  ))
 assi 
   (( segid "   A" and resid 64   and name  HN  ))
   (  segid "   A" and resid 27   and name  HG1#)

      4.170     0.534     0.534
 or 
   (( segid "   A" and resid 64   and name  HN  ))
   (  segid "   A" and resid 64   and name  HD1#)
 assi 
   (( segid "   A" and resid 12   and name  HN  ))
   (  segid "   A" and resid 21   and name  HB# )

      4.721     0.603     0.603
 or 
   (( segid "   A" and resid 12   and name  HN  ))
   (  segid "   A" and resid 12   and name  HD# )
 assi 
   (( segid "   A" and resid 80   and name  HN  ))
   (( segid "   A" and resid 95   and name  HN  ))

      4.498     0.533     0.533
 or 
   (( segid "   A" and resid 10   and name  HN  ))
   (( segid "   A" and resid 11   and name  HN  ))
 assi 
   (( segid "   A" and resid 95   and name  HN  ))
   (( segid "   A" and resid 95   and name  HD1 ))

      4.616     0.552     0.552
 or 
   (( segid "   A" and resid 10   and name  HN  ))
   (( segid "   A" and resid 95   and name  HD1 ))
 assi 
   (( segid "   A" and resid 73   and name  HN  ))
   (( segid "   A" and resid 74   and name  HB2 ))

      5.575     0.543     0.543
 or 
   (( segid "   A" and resid 73   and name  HN  ))
   (( segid "   A" and resid 72   and name  HG1 ))
 assi 
   (( segid "   A" and resid 18   and name  HN  ))
   (( segid "   A" and resid 73   and name  HA  ))

      3.979     0.501     0.501
 or 
   (( segid "   A" and resid 18   and name  HN  ))
   (( segid "   A" and resid 19   and name  HA  ))
 assi 
   (( segid "   A" and resid 43   and name  HN  ))
   (( segid "   A" and resid 77   and name  HB1 ))

      4.890     0.587     0.587
 or 
   (( segid "   A" and resid 43   and name  HN  ))
   (( segid "   A" and resid 44   and name  HB1 ))
 assi 
   (( segid "   A" and resid 42   and name  HD21))
   (( segid "   A" and resid 41   and name  HG2 ))

      5.139     0.656     0.656
 or 
   (( segid "   A" and resid 42   and name  HD21))
   (  segid "   A" and resid 40   and name  HD1#)
 assi 
   (( segid "   A" and resid 42   and name  HD22))
   (  segid "   A" and resid 40   and name  HD1#)

      5.326     0.766     0.766
 or 
   (( segid "   A" and resid 42   and name  HD22))
   (  segid "   A" and resid 92   and name  HG2#)
 or 
   (( segid "   A" and resid 42   and name  HD22))
   (  segid "   A" and resid 23   and name  HD2#)
 assi 
   (( segid "   A" and resid 21   and name  HD22))
   (  segid "   A" and resid 15   and name  HB# )

      5.541     0.749     0.749
 or 
   (( segid "   A" and resid 21   and name  HD22))
   (  segid "   A" and resid 12   and name  HB# )
 assi 
   (( segid "   A" and resid 89   and name  HE22))
   (( segid "   A" and resid 89   and name  HN  ))

      1.696     0.228     0.228
 or 
   (( segid "   A" and resid 89   and name  HE21))
   (( segid "   A" and resid 89   and name  HE22))
 assi 
   (( segid "   A" and resid 89   and name  HE22))
   (  segid "   A" and resid 87   and name  HD# )

      5.615     0.715     0.715
 assi 
   (( segid "   A" and resid 17   and name  HD21))
   (( segid "   A" and resid 73   and name  HB  ))

      5.123     0.659     0.659
 or 
   (( segid "   A" and resid 17   and name  HD21))
   (( segid "   A" and resid 17   and name  HA  ))
 assi 
   (( segid "   A" and resid 42   and name  HD21))
   (( segid "   A" and resid 76   and name  HB1 ))

      3.740     0.347     0.347
 or 
   (( segid "   A" and resid 42   and name  HD21))
   (( segid "   A" and resid 42   and name  HB2 ))
 assi 
   (( segid "   A" and resid 36   and name  HN  ))
   (( segid "   A" and resid 83   and name  HB1 ))

      5.044     0.674     0.674
 or 
   (( segid "   A" and resid 19   and name  HN  ))
   (( segid "   A" and resid 72   and name  HB1 ))
 assi 
   (( segid "   A" and resid 45   and name  HN  ))
   (( segid "   A" and resid 46   and name  HN  ))

      3.668     0.391     0.391
 or 
   (( segid "   A" and resid 45   and name  HN  ))
   (( segid "   A" and resid 41   and name  HN  ))
 assi 
   (( segid "   A" and resid 65   and name  HN  ))
   (  segid "   A" and resid 67   and name  HD# )

      5.819     0.810     0.810
 or 
   (( segid "   A" and resid 65   and name  HN  ))
   (  segid "   A" and resid 26   and name  HD# )
 assi 
   (( segid "   A" and resid 80   and name  HN  ))
   (( segid "   A" and resid 92   and name  HB  ))

      4.658     0.640     0.640
 or 
   (( segid "   A" and resid 80   and name  HN  ))
   (( segid "   A" and resid 7    and name  HB  ))
 assi 
   (( segid "   A" and resid 16   and name  HN  ))
   (  segid "   A" and resid 16   and name  HG# )

      3.870     0.415     0.415
 assi 
   (( segid "   A" and resid 17   and name  HN  ))
   (  segid "   A" and resid 16   and name  HG# )

      4.822     0.493     0.493
 assi 
   (( segid "   A" and resid 25   and name  HN  ))
   (  segid "   A" and resid 39   and name  HD# )

      3.457     0.547     0.547
 assi 
   (( segid "   A" and resid 34   and name  HN  ))
   (( segid "   A" and resid 32   and name  HA  ))

      3.901     0.406     0.406
 or 
   (( segid "   A" and resid 34   and name  HN  ))
   (( segid "   A" and resid 33   and name  HB1 ))
 assi 
   (( segid "   A" and resid 40   and name  HN  ))
   (( segid "   A" and resid 40   and name  HG  ))

      2.447     0.281     0.281
 or 
   (( segid "   A" and resid 40   and name  HN  ))
   (( segid "   A" and resid 39   and name  HB2 ))
 assi 
   (( segid "   A" and resid 42   and name  HN  ))
   (( segid "   A" and resid 42   and name  HA  ))

      1.939     0.214     0.214
 or 
   (( segid "   A" and resid 42   and name  HN  ))
   (( segid "   A" and resid 41   and name  HA  ))
 assi 
   (( segid "   A" and resid 43   and name  HN  ))
   (( segid "   A" and resid 92   and name  HG12))

      3.283     0.516     0.516
 or 
   (( segid "   A" and resid 43   and name  HN  ))
   (  segid "   A" and resid 92   and name  HD1#)
 assi 
   (( segid "   A" and resid 64   and name  HN  ))
   (( segid "   A" and resid 28   and name  HA  ))

      4.435     0.725     0.725
 or 
   (( segid "   A" and resid 64   and name  HN  ))
   (( segid "   A" and resid 26   and name  HA  ))
 assi 
   (( segid "   A" and resid 64   and name  HN  ))
   (  segid "   A" and resid 27   and name  HG1#)

      4.610     0.541     0.541
 or 
   (( segid "   A" and resid 64   and name  HN  ))
   (  segid "   A" and resid 64   and name  HD2#)
 assi 
   (( segid "   A" and resid 67   and name  HN  ))
   (( segid "   A" and resid 65   and name  HB1 ))

      6.482     1.271     1.271
 or 
   (( segid "   A" and resid 67   and name  HN  ))
   (( segid "   A" and resid 39   and name  HG  ))
 or 
   (( segid "   A" and resid 67   and name  HN  ))
   (( segid "   A" and resid 39   and name  HB1 ))
 assi 
   (( segid "   A" and resid 69   and name  HN  ))
   (( segid "   A" and resid 69   and name  HB1 ))

      3.063     0.371     0.371
 or 
   (( segid "   A" and resid 69   and name  HN  ))
   (( segid "   A" and resid 48   and name  HB2 ))
 assi 
   (( segid "   A" and resid 77   and name  HN  ))
   (( segid "   A" and resid 75   and name  HB2 ))

      5.249     0.589     0.589
 or 
   (( segid "   A" and resid 77   and name  HN  ))
   (( segid "   A" and resid 41   and name  HB1 ))
 assi 
   (( segid "   A" and resid 81   and name  HN  ))
   (  segid "   A" and resid 93   and name  HG1#)

      3.819     0.433     0.433
 or 
   (( segid "   A" and resid 81   and name  HN  ))
   (  segid "   A" and resid 27   and name  HG2#)
 assi 
   (( segid "   A" and resid 83   and name  HN  ))
   (( segid "   A" and resid 82   and name  HB  ))

      3.364     0.427     0.427
 or 
   (( segid "   A" and resid 83   and name  HN  ))
   (( segid "   A" and resid 36   and name  HB2 ))
 assi 
   (( segid "   A" and resid 83   and name  HD22))
   (  segid "   A" and resid 87   and name  HD1#)

      5.348     0.818     0.818
 or 
   (( segid "   A" and resid 83   and name  HD22))
   (  segid "   A" and resid 85   and name  HG1#)
 assi 
   (( segid "   A" and resid 89   and name  HE21))
   (  segid "   A" and resid 87   and name  HD# )

      6.567     0.890     0.890
 assi 
   (( segid "   A" and resid 91   and name  HN  ))
   (( segid "   A" and resid 84   and name  HN  ))

      5.657     0.694     0.694
 or 
   (( segid "   A" and resid 91   and name  HN  ))
   (( segid "   A" and resid 36   and name  HN  ))
 assi 
   (( segid "   A" and resid 94   and name  HN  ))
   (  segid "   A" and resid 94   and name  HD# )

      3.772     0.339     0.339
 assi 
   (( segid "   A" and resid 95   and name  HN  ))
   (  segid "   A" and resid 9    and name  HG1#)

      3.410     0.364     0.364
 or 
   (( segid "   A" and resid 10   and name  HN  ))
   (  segid "   A" and resid 9    and name  HG1#)
 assi 
   (( segid "   A" and resid 10   and name  HN  ))
   (  segid "   A" and resid 23   and name  HD2#)

      4.615     0.660     0.660
 or 
   (( segid "   A" and resid 95   and name  HN  ))
   (  segid "   A" and resid 23   and name  HD2#)
 assi 
   (( segid "   A" and resid 42   and name  HN  ))
   (( segid "   A" and resid 77   and name  HB2 ))

      4.620     0.434     0.434
 or 
   (( segid "   A" and resid 42   and name  HN  ))
   (( segid "   A" and resid 44   and name  HB2 ))
 assi 
   (( segid "   A" and resid 22   and name  HN  ))
   (( segid "   A" and resid 23   and name  HN  ))

      3.885     0.593     0.593
 or 
   (( segid "   A" and resid 12   and name  HN  ))
   (( segid "   A" and resid 22   and name  HN  ))
 assi 
   (( segid "   A" and resid 51   and name  HN  ))
   (  segid "   A" and resid 50   and name  HG# )

      5.028     0.471     0.471
 assi 
   (( segid "   A" and resid 83   and name  HD21))
   (( segid "   A" and resid 36   and name  HN  ))

      5.210     0.761     0.761
 or 
   (( segid "   A" and resid 83   and name  HD21))
   (( segid "   A" and resid 84   and name  HN  ))
 assi 
   (( segid "   A" and resid 16   and name  HN  ))
   (( segid "   A" and resid 21   and name  HD21))

      5.597     0.769     0.769
 or 
   (( segid "   A" and resid 21   and name  HD21))
   (( segid "   A" and resid 12   and name  HN  ))
 assi 
   (( segid "   A" and resid 89   and name  HN  ))
   (( segid "   A" and resid 87   and name  HN  ))

      5.019     0.597     0.597
 or 
   (( segid "   A" and resid 89   and name  HN  ))
   (( segid "   A" and resid 84   and name  HN  ))
 assi 
   (( segid "   A" and resid 80   and name  HN  ))
   (( segid "   A" and resid 94   and name  HG2 ))

      4.234     0.669     0.669
 or 
   (( segid "   A" and resid 80   and name  HN  ))
   (( segid "   A" and resid 92   and name  HG11))
 assi 
   (( segid "   A" and resid 83   and name  HN  ))
   (( segid "   A" and resid 90   and name  HG2 ))

      3.691     0.389     0.389
 or 
   (( segid "   A" and resid 83   and name  HN  ))
   (( segid "   A" and resid 36   and name  HB1 ))
 assi 
   (( segid "   A" and resid 25   and name  HN  ))
   (( segid "   A" and resid 9    and name  HA  ))

      4.665     0.647     0.647
 or 
   (( segid "   A" and resid 25   and name  HN  ))
   (( segid "   A" and resid 66   and name  HA  ))
 assi 
   (( segid "   A" and resid 19   and name  HN  ))
   (  segid "   A" and resid 16   and name  HG# )

      4.779     0.392     0.392
 assi 
   (( segid "   A" and resid 48   and name  HN  ))
   (( segid "   A" and resid 48   and name  HD1 ))

      2.702     0.315     0.315
 or 
   (( segid "   A" and resid 48   and name  HN  ))
   (( segid "   A" and resid 48   and name  HB2 ))
 assi 
   (( segid "   A" and resid 87   and name  HN  ))
   (  segid "   A" and resid 88   and name  HB# )

      4.073     0.546     0.546
 or 
   (( segid "   A" and resid 87   and name  HN  ))
   (( segid "   A" and resid 85   and name  HA  ))
 assi 
   (( segid "   A" and resid 42   and name  HN  ))
   (( segid "   A" and resid 41   and name  HG2 ))

      4.398     0.471     0.471
 or 
   (( segid "   A" and resid 42   and name  HN  ))
   (  segid "   A" and resid 40   and name  HD1#)
 assi 
   (( segid "   A" and resid 83   and name  HD21))
   (  segid "   A" and resid 36   and name  HG# )

      4.675     0.594     0.594
 assi 
   (( segid "   A" and resid 83   and name  HD21))
   (( segid "   A" and resid 90   and name  HG2 ))

      4.103     0.547     0.547
 or 
   (( segid "   A" and resid 83   and name  HD21))
   (( segid "   A" and resid 36   and name  HB1 ))
 assi 
   (( segid "   A" and resid 76   and name  HN  ))
   (( segid "   A" and resid 73   and name  HA  ))

      3.961     0.379     0.379
 or 
   (( segid "   A" and resid 76   and name  HN  ))
   (( segid "   A" and resid 72   and name  HA  ))
 assi 
   (( segid "   A" and resid 19   and name  HN  ))
   (( segid "   A" and resid 17   and name  HA  ))

      2.888     0.313     0.313
 or 
   (( segid "   A" and resid 36   and name  HN  ))
   (( segid "   A" and resid 36   and name  HA  ))
 assi 
   (( segid "   A" and resid 21   and name  HN  ))
   (  segid "   A" and resid 69   and name  HG# )

      3.889     0.489     0.489
 or 
   (( segid "   A" and resid 21   and name  HN  ))
   (( segid "   A" and resid 20   and name  HG  ))

assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 78.9 11.1 101.1 11.1 ! excluded 0.753
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 78.8 11.2 101.2 11.2 ! excluded 0.751
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 77.6 12.4 102.4 12.4 ! excluded 0.724
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 77.4 12.6 102.6 12.6 ! excluded 0.720
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 21.7 13.2 158.3 13.2 ! excluded 0.708
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 76.8 13.2 103.2 13.2 ! excluded 0.706
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 76.5 13.5 103.5 13.5 ! excluded 0.699
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 24.7 13.8 155.3 13.8 ! excluded 0.693
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 76.2 13.8 103.8 13.8 ! excluded 0.693
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 25.9 14.0 154.1 14.0 ! excluded 0.688
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 75.5 14.5 104.5 14.5 ! excluded 0.677
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 74.9 15.1 105.1 15.1 ! excluded 0.665
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 74.6 15.4 105.4 15.4 ! excluded 0.658
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 74.6 15.4 105.4 15.4 ! excluded 0.657
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 74.5 15.5 105.5 15.5 ! excluded 0.656
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 33.4 15.8 146.6 15.8 ! excluded 0.649
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 34.1 15.9 145.9 15.9 ! excluded 0.646
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 34.1 15.9 145.9 15.9 ! excluded 0.646
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 35.0 16.2 145.0 16.2 ! excluded 0.641
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 35.8 16.4 144.2 16.4 ! excluded 0.636
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 35.9 16.4 144.1 16.4 ! excluded 0.635
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 36.2 16.5 143.8 16.5 ! excluded 0.633
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 36.5 16.6 143.5 16.6 ! excluded 0.632
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 73.4 16.6 106.6 16.6 ! excluded 0.631
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 73.3 16.7 106.7 16.7 ! excluded 0.629
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 73.3 16.7 106.7 16.7 ! excluded 0.629
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 37.5 16.8 142.5 16.8 ! excluded 0.626
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 73.1 16.9 106.9 16.9 ! excluded 0.625
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 73.0 17.0 107.0 17.0 ! excluded 0.621
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 72.9 17.1 107.1 17.1 ! excluded 0.619
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 72.6 17.4 107.4 17.4 ! excluded 0.613
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 72.5 17.5 107.5 17.5 ! excluded 0.611
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 40.0 17.5 140.0 17.5 ! excluded 0.610
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 72.3 17.7 107.7 17.7 ! excluded 0.608
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 72.3 17.7 107.7 17.7 ! excluded 0.608
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 72.2 17.8 107.8 17.8 ! excluded 0.605
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 72.2 17.8 107.8 17.8 ! excluded 0.604
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 72.1 17.9 107.9 17.9 ! excluded 0.602
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 71.9 18.1 108.1 18.1 ! excluded 0.598
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 71.9 18.1 108.1 18.1 ! excluded 0.598
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 71.9 18.1 108.1 18.1 ! excluded 0.598
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 71.8 18.2 108.2 18.2 ! excluded 0.595
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 71.6 18.4 108.4 18.4 ! excluded 0.592
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 71.5 18.5 108.5 18.5 ! excluded 0.588
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 71.3 18.7 108.7 18.7 ! excluded 0.584
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 71.2 18.8 108.8 18.8 ! excluded 0.583
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 44.5 18.9 135.5 18.9 ! excluded 0.580
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 71.0 19.0 109.0 19.0 ! excluded 0.578
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 70.8 19.2 109.2 19.2 ! excluded 0.574
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 45.4 19.2 134.6 19.2 ! excluded 0.573
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 70.7 19.3 109.3 19.3 ! excluded 0.571
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 70.7 19.3 109.3 19.3 ! excluded 0.571
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 70.7 19.3 109.3 19.3 ! excluded 0.570
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 70.5 19.5 109.5 19.5 ! excluded 0.568
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 70.3 19.7 109.7 19.7 ! excluded 0.562
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 70.3 19.7 109.7 19.7 ! excluded 0.561
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 70.1 19.9 109.9 19.9 ! excluded 0.559
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 70.1 19.9 109.9 19.9 ! excluded 0.557
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 70.0 20.0 110.0 20.0 ! excluded 0.556
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 70.0 20.0 110.0 20.0 ! excluded 0.555
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 69.9 20.1 110.1 20.1 ! excluded 0.553
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 69.8 20.2 110.2 20.2 ! excluded 0.552
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 69.8 20.2 110.2 20.2 ! excluded 0.552
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 69.7 20.3 110.3 20.3 ! excluded 0.549
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 69.7 20.3 110.3 20.3 ! excluded 0.549
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 69.6 20.4 110.4 20.4 ! excluded 0.546
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 20.7 20.5 159.3 20.5 ! excluded 0.545
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 48.9 20.5 131.1 20.5 ! excluded 0.545
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 69.5 20.5 110.5 20.5 ! excluded 0.544
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 69.5 20.5 110.5 20.5 ! excluded 0.544
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 69.4 20.6 110.6 20.6 ! excluded 0.542
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 69.2 20.8 110.8 20.8 ! excluded 0.537
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 69.2 20.8 110.8 20.8 ! excluded 0.537
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 69.1 20.9 110.9 20.9 ! excluded 0.536
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 69.1 20.9 110.9 20.9 ! excluded 0.535
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 69.1 20.9 110.9 20.9 ! excluded 0.535
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 69.0 21.0 111.0 21.0 ! excluded 0.534
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 69.0 21.0 111.0 21.0 ! excluded 0.534
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 69.0 21.0 111.0 21.0 ! excluded 0.534
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 23.6 21.0 156.4 21.0 ! excluded 0.533
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 24.0 21.1 156.0 21.1 ! excluded 0.532
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 68.9 21.1 111.1 21.1 ! excluded 0.531
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 68.9 21.1 111.1 21.1 ! excluded 0.531
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 68.8 21.2 111.2 21.2 ! excluded 0.529
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 23.7 21.2 156.3 21.2 ! excluded 0.528
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 68.7 21.3 111.3 21.3 ! excluded 0.528
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 24.1 21.3 155.9 21.3 ! excluded 0.526
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 25.6 21.4 154.4 21.4 ! excluded 0.525
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 68.6 21.4 111.4 21.4 ! excluded 0.525
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 68.6 21.4 111.4 21.4 ! excluded 0.524
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 68.6 21.4 111.4 21.4 ! excluded 0.524
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) 68.5 21.5 111.5 21.5 ! excluded 0.522
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 68.5 21.5 111.5 21.5 ! excluded 0.522
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 26.3 21.5 153.7 21.5 ! excluded 0.522
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 68.5 21.5 111.5 21.5 ! excluded 0.521
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 51.7 21.6 128.3 21.6 ! excluded 0.521
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 68.4 21.6 111.6 21.6 ! excluded 0.521
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 25.6 21.6 154.4 21.6 ! excluded 0.520
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 27.1 21.7 152.9 21.7 ! excluded 0.519
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 68.3 21.7 111.7 21.7 ! excluded 0.519
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 68.3 21.7 111.7 21.7 ! excluded 0.519
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 68.3 21.7 111.7 21.7 ! excluded 0.518
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 52.0 21.7 128.0 21.7 ! excluded 0.518
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 26.4 21.7 153.6 21.7 ! excluded 0.517
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 68.2 21.8 111.8 21.8 ! excluded 0.515
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 52.3 21.8 127.7 21.8 ! excluded 0.515
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 68.1 21.9 111.9 21.9 ! excluded 0.514
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 68.1 21.9 111.9 21.9 ! excluded 0.514
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 68.1 21.9 111.9 21.9 ! excluded 0.514
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 27.1 21.9 152.9 21.9 ! excluded 0.514
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 52.5 21.9 127.5 21.9 ! excluded 0.513
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 68.1 21.9 111.9 21.9 ! excluded 0.513
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 68.1 21.9 111.9 21.9 ! excluded 0.513
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 28.8 22.0 151.2 22.0 ! excluded 0.511
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 68.0 22.0 112.0 22.0 ! excluded 0.511
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 67.9 22.1 112.1 22.1 ! excluded 0.510
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 67.9 22.1 112.1 22.1 ! excluded 0.509
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) 67.9 22.1 112.1 22.1 ! excluded 0.508
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 67.8 22.2 112.2 22.2 ! excluded 0.507
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 53.2 22.2 126.8 22.2 ! excluded 0.506
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 28.8 22.2 151.2 22.2 ! excluded 0.506
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 30.1 22.3 149.9 22.3 ! excluded 0.505
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 67.7 22.3 112.3 22.3 ! excluded 0.505
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 67.7 22.3 112.3 22.3 ! excluded 0.505
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 67.7 22.3 112.3 22.3 ! excluded 0.504
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 67.7 22.3 112.3 22.3 ! excluded 0.504
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 67.7 22.3 112.3 22.3 ! excluded 0.504
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 67.6 22.4 112.4 22.4 ! excluded 0.503
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 67.6 22.4 112.4 22.4 ! excluded 0.503
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 67.6 22.4 112.4 22.4 ! excluded 0.503
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 67.6 22.4 112.4 22.4 ! excluded 0.503
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 67.6 22.4 112.4 22.4 ! excluded 0.502
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 67.6 22.4 112.4 22.4 ! excluded 0.502
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 67.5 22.5 112.5 22.5 ! excluded 0.501
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 31.1 22.5 148.9 22.5 ! excluded 0.501
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 67.5 22.5 112.5 22.5 ! excluded 0.501
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 67.5 22.5 112.5 22.5 ! excluded 0.501
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 30.2 22.5 149.8 22.5 ! excluded 0.500
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 67.4 22.6 112.6 22.6 ! excluded 0.498
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) 67.4 22.6 112.6 22.6 ! excluded 0.498
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 67.4 22.6 112.6 22.6 ! excluded 0.498
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 54.0 22.6 126.0 22.6 ! excluded 0.498
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 67.4 22.6 112.6 22.6 ! excluded 0.497
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 67.4 22.6 112.6 22.6 ! excluded 0.497
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 31.2 22.7 148.8 22.7 ! excluded 0.496
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) 67.2 22.8 112.8 22.8 ! excluded 0.494
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 67.1 22.9 112.9 22.9 ! excluded 0.492
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 67.1 22.9 112.9 22.9 ! excluded 0.492
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 67.1 22.9 112.9 22.9 ! excluded 0.491
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 67.1 22.9 112.9 22.9 ! excluded 0.491
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 67.1 22.9 112.9 22.9 ! excluded 0.490
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 67.1 22.9 112.9 22.9 ! excluded 0.490
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 67.0 23.0 113.0 23.0 ! excluded 0.490
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 67.0 23.0 113.0 23.0 ! excluded 0.489
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 67.0 23.0 113.0 23.0 ! excluded 0.488
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 66.9 23.1 113.1 23.1 ! excluded 0.487
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 66.9 23.1 113.1 23.1 ! excluded 0.486
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 66.9 23.1 113.1 23.1 ! excluded 0.486
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 66.8 23.2 113.2 23.2 ! excluded 0.484
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) 66.8 23.2 113.2 23.2 ! excluded 0.484
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 66.8 23.2 113.2 23.2 ! excluded 0.484
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) 55.5 23.3 124.5 23.3 ! excluded 0.483
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 55.5 23.3 124.5 23.3 ! excluded 0.483
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 55.5 23.3 124.5 23.3 ! excluded 0.483
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 66.7 23.3 113.3 23.3 ! excluded 0.483
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 66.7 23.3 113.3 23.3 ! excluded 0.482
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 66.7 23.3 113.3 23.3 ! excluded 0.481
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 66.6 23.4 113.4 23.4 ! excluded 0.481
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 66.6 23.4 113.4 23.4 ! excluded 0.480
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 55.9 23.5 124.1 23.5 ! excluded 0.479
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 66.5 23.5 113.5 23.5 ! excluded 0.477
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 66.5 23.5 113.5 23.5 ! excluded 0.477
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 66.5 23.5 113.5 23.5 ! excluded 0.477
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 36.2 23.6 143.8 23.6 ! excluded 0.476
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 66.4 23.6 113.6 23.6 ! excluded 0.476
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) 66.3 23.7 113.7 23.7 ! excluded 0.474
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 66.3 23.7 113.7 23.7 ! excluded 0.474
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 66.3 23.7 113.7 23.7 ! excluded 0.474
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 36.8 23.7 143.2 23.7 ! excluded 0.473
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 36.8 23.7 143.2 23.7 ! excluded 0.473
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 66.2 23.8 113.8 23.8 ! excluded 0.472
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 66.2 23.8 113.8 23.8 ! excluded 0.472
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 36.2 23.8 143.8 23.8 ! excluded 0.471
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 66.2 23.8 113.8 23.8 ! excluded 0.471
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 37.2 23.8 142.8 23.8 ! excluded 0.471
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 66.2 23.8 113.8 23.8 ! excluded 0.470
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) 66.2 23.8 113.8 23.8 ! excluded 0.470
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 66.1 23.9 113.9 23.9 ! excluded 0.469
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 66.1 23.9 113.9 23.9 ! excluded 0.468
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 66.1 23.9 113.9 23.9 ! excluded 0.468
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 36.8 23.9 143.2 23.9 ! excluded 0.468
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 36.8 23.9 143.2 23.9 ! excluded 0.468
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 56.8 23.9 123.2 23.9 ! excluded 0.468
assign (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 38.0 24.0 142.0 24.0 ! excluded 0.467
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 66.0 24.0 114.0 24.0 ! excluded 0.466
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 66.0 24.0 114.0 24.0 ! excluded 0.466
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 37.3 24.0 142.7 24.0 ! excluded 0.466
assign (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 38.2 24.1 141.8 24.1 ! excluded 0.466
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 65.9 24.1 114.1 24.1 ! excluded 0.464
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 65.9 24.1 114.1 24.1 ! excluded 0.464
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 65.9 24.1 114.1 24.1 ! excluded 0.464
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 65.9 24.1 114.1 24.1 ! excluded 0.464
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 65.9 24.1 114.1 24.1 ! excluded 0.464
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 38.0 24.2 142.0 24.2 ! excluded 0.462
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 65.8 24.2 114.2 24.2 ! excluded 0.462
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 65.8 24.2 114.2 24.2 ! excluded 0.462
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 57.4 24.3 122.6 24.3 ! excluded 0.461
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 65.7 24.3 114.3 24.3 ! excluded 0.461
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 65.7 24.3 114.3 24.3 ! excluded 0.460
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 38.3 24.3 141.7 24.3 ! excluded 0.460
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 24.6 24.3 155.4 24.3 ! excluded 0.460
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 65.7 24.3 114.3 24.3 ! excluded 0.460
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 26.8 24.4 153.2 24.4 ! excluded 0.459
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 65.6 24.4 114.4 24.4 ! excluded 0.458
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 65.6 24.4 114.4 24.4 ! excluded 0.458
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 65.6 24.4 114.4 24.4 ! excluded 0.458
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 65.6 24.4 114.4 24.4 ! excluded 0.457
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 65.5 24.5 114.5 24.5 ! excluded 0.456
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 65.5 24.5 114.5 24.5 ! excluded 0.456
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 65.5 24.5 114.5 24.5 ! excluded 0.455
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 65.5 24.5 114.5 24.5 ! excluded 0.455
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 65.5 24.5 114.5 24.5 ! excluded 0.455
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 26.2 24.6 153.8 24.6 ! excluded 0.453
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 27.9 24.6 152.1 24.6 ! excluded 0.453
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) 26.9 24.7 153.1 24.7 ! excluded 0.450
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 65.2 24.8 114.8 24.8 ! excluded 0.450
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) 65.2 24.8 114.8 24.8 ! excluded 0.449
assign (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 41.2 24.8 138.8 24.8 ! excluded 0.449
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 65.2 24.8 114.8 24.8 ! excluded 0.449
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 65.2 24.8 114.8 24.8 ! excluded 0.448
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 65.2 24.8 114.8 24.8 ! excluded 0.448
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 65.1 24.9 114.9 24.9 ! excluded 0.448
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 27.6 24.9 152.4 24.9 ! excluded 0.447
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 65.1 24.9 114.9 24.9 ! excluded 0.446
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 26.2 25.0 153.8 25.0 ! excluded 0.445
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 41.3 25.0 138.7 25.0 ! excluded 0.444
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 65.0 25.0 115.0 25.0 ! excluded 0.444
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 65.0 25.0 115.0 25.0 ! excluded 0.444
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 64.9 25.1 115.1 25.1 ! excluded 0.443
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 64.9 25.1 115.1 25.1 ! excluded 0.443
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 64.9 25.1 115.1 25.1 ! excluded 0.442
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 27.0 25.1 153.0 25.1 ! excluded 0.441
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 64.9 25.1 115.1 25.1 ! excluded 0.441
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 42.7 25.2 137.3 25.2 ! excluded 0.441
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 59.1 25.2 120.9 25.2 ! excluded 0.440
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 64.8 25.2 115.2 25.2 ! excluded 0.440
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 29.4 25.2 150.6 25.2 ! excluded 0.440
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) 64.8 25.2 115.2 25.2 ! excluded 0.439
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 64.7 25.3 115.3 25.3 ! excluded 0.438
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 27.7 25.3 152.3 25.3 ! excluded 0.438
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 64.7 25.3 115.3 25.3 ! excluded 0.437
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 64.7 25.3 115.3 25.3 ! excluded 0.437
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 64.6 25.4 115.4 25.4 ! excluded 0.437
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 43.4 25.4 136.6 25.4 ! excluded 0.436
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 64.6 25.4 115.4 25.4 ! excluded 0.436
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 64.6 25.4 115.4 25.4 ! excluded 0.436
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 42.7 25.4 137.3 25.4 ! excluded 0.435
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 64.6 25.4 115.4 25.4 ! excluded 0.435
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 64.6 25.4 115.4 25.4 ! excluded 0.435
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 64.6 25.4 115.4 25.4 ! excluded 0.434
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 30.7 25.5 149.3 25.5 ! excluded 0.434
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 64.5 25.5 115.5 25.5 ! excluded 0.432
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 64.4 25.6 115.6 25.6 ! excluded 0.431
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 43.4 25.6 136.6 25.6 ! excluded 0.431
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 29.5 25.6 150.5 25.6 ! excluded 0.431
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 31.7 25.7 148.3 25.7 ! excluded 0.429
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 64.3 25.7 115.7 25.7 ! excluded 0.429
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 64.2 25.8 115.8 25.8 ! excluded 0.427
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 64.2 25.8 115.8 25.8 ! excluded 0.427
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 64.2 25.8 115.8 25.8 ! excluded 0.427
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 64.2 25.8 115.8 25.8 ! excluded 0.426
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 64.1 25.9 115.9 25.9 ! excluded 0.425
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 30.8 25.9 149.2 25.9 ! excluded 0.425
assign (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 45.3 25.9 134.7 25.9 ! excluded 0.424
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 64.0 26.0 116.0 26.0 ! excluded 0.422
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 64.0 26.0 116.0 26.0 ! excluded 0.421
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 63.9 26.1 116.1 26.1 ! excluded 0.421
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 31.8 26.1 148.2 26.1 ! excluded 0.420
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 63.9 26.1 116.1 26.1 ! excluded 0.420
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 63.9 26.1 116.1 26.1 ! excluded 0.420
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 45.4 26.2 134.6 26.2 ! excluded 0.419
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 63.8 26.2 116.2 26.2 ! excluded 0.418
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 63.8 26.2 116.2 26.2 ! excluded 0.418
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.417
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.416
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.416
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.416
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.416
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.415
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 63.7 26.3 116.3 26.3 ! excluded 0.415
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 35.5 26.3 144.5 26.3 ! excluded 0.415
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 63.6 26.4 116.4 26.4 ! excluded 0.414
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 63.6 26.4 116.4 26.4 ! excluded 0.414
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 63.6 26.4 116.4 26.4 ! excluded 0.414
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 63.6 26.4 116.4 26.4 ! excluded 0.413
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 63.5 26.5 116.5 26.5 ! excluded 0.412
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 63.5 26.5 116.5 26.5 ! excluded 0.412
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 63.5 26.5 116.5 26.5 ! excluded 0.412
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 63.5 26.5 116.5 26.5 ! excluded 0.411
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 63.5 26.5 116.5 26.5 ! excluded 0.411
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 36.1 26.5 143.9 26.5 ! excluded 0.411
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 36.1 26.5 143.9 26.5 ! excluded 0.411
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 63.5 26.5 116.5 26.5 ! excluded 0.411
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 63.4 26.6 116.6 26.6 ! excluded 0.410
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 47.5 26.6 132.5 26.6 ! excluded 0.410
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 63.4 26.6 116.6 26.6 ! excluded 0.410
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 63.4 26.6 116.6 26.6 ! excluded 0.409
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 63.4 26.6 116.6 26.6 ! excluded 0.408
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 63.4 26.6 116.6 26.6 ! excluded 0.408
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.408
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.408
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.408
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.407
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 27.3 26.7 152.7 26.7 ! excluded 0.407
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.407
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.407
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.406
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.406
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.406
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 63.3 26.7 116.7 26.7 ! excluded 0.406
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 37.0 26.7 143.0 26.7 ! excluded 0.406
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 63.2 26.8 116.8 26.8 ! excluded 0.406
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 48.2 26.8 131.8 26.8 ! excluded 0.405
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 47.5 26.8 132.5 26.8 ! excluded 0.405
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 36.8 26.8 143.2 26.8 ! excluded 0.405
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 28.0 26.8 152.0 26.8 ! excluded 0.404
assign (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 48.3 26.8 131.7 26.8 ! excluded 0.404
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 48.3 26.8 131.7 26.8 ! excluded 0.404
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 63.2 26.8 116.8 26.8 ! excluded 0.404
assign (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 63.2 26.8 116.8 26.8 ! excluded 0.404
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 63.2 26.8 116.8 26.8 ! excluded 0.403
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 63.1 26.9 116.9 26.9 ! excluded 0.402
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 63.1 26.9 116.9 26.9 ! excluded 0.402
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 63.1 26.9 116.9 26.9 ! excluded 0.402
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 63.1 26.9 116.9 26.9 ! excluded 0.402
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 37.4 26.9 142.6 26.9 ! excluded 0.402
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 37.4 26.9 142.6 26.9 ! excluded 0.402
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 37.8 26.9 142.2 26.9 ! excluded 0.401
assign (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 63.1 26.9 116.9 26.9 ! excluded 0.401
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 38.0 27.0 142.0 27.0 ! excluded 0.401
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 48.2 27.0 131.8 27.0 ! excluded 0.400
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 63.0 27.0 117.0 27.0 ! excluded 0.399
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 37.8 27.0 142.2 27.0 ! excluded 0.399
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 63.0 27.0 117.0 27.0 ! excluded 0.399
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 63.0 27.0 117.0 27.0 ! excluded 0.399
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 38.3 27.1 141.7 27.1 ! excluded 0.399
assign (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 48.4 27.1 131.6 27.1 ! excluded 0.399
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 48.4 27.1 131.6 27.1 ! excluded 0.399
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 62.9 27.1 117.1 27.1 ! excluded 0.398
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 62.9 27.1 117.1 27.1 ! excluded 0.398
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 62.9 27.1 117.1 27.1 ! excluded 0.397
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 38.6 27.1 141.4 27.1 ! excluded 0.397
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 29.7 27.2 150.3 27.2 ! excluded 0.396
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.396
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.396
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.396
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.396
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 36.9 27.2 143.1 27.2 ! excluded 0.396
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 38.5 27.2 141.5 27.2 ! excluded 0.395
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.395
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.395
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.395
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.395
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 62.3 27.2 117.7 27.2 ! excluded 0.395
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 62.8 27.2 117.2 27.2 ! excluded 0.395
assign (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 49.6 27.3 130.4 27.3 ! excluded 0.394
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.394
assign (resid 50 and name N and segid B2D6 ) (resid 50 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.394
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.394
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.394
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.394
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 38.8 27.3 141.2 27.3 ! excluded 0.394
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.394
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 37.4 27.3 142.6 27.3 ! excluded 0.393
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 37.4 27.3 142.6 27.3 ! excluded 0.393
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 62.7 27.3 117.3 27.3 ! excluded 0.393
assign (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 49.9 27.4 130.1 27.4 ! excluded 0.392
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 62.6 27.4 117.4 27.4 ! excluded 0.392
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 62.6 27.4 117.4 27.4 ! excluded 0.392
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 39.5 27.4 140.5 27.4 ! excluded 0.392
assign (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 62.6 27.4 117.4 27.4 ! excluded 0.391
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 62.6 27.4 117.4 27.4 ! excluded 0.391
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 62.6 27.4 117.4 27.4 ! excluded 0.391
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 62.6 27.4 117.4 27.4 ! excluded 0.391
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 31.1 27.4 148.9 27.4 ! excluded 0.390
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 37.9 27.4 142.1 27.4 ! excluded 0.390
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.390
assign (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 49.7 27.5 130.3 27.5 ! excluded 0.389
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.389
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.389
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.388
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.388
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.388
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.388
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 62.5 27.5 117.5 27.5 ! excluded 0.388
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 28.1 27.6 151.9 27.6 ! excluded 0.388
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.387
assign (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 49.9 27.6 130.1 27.6 ! excluded 0.387
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.387
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 38.6 27.6 141.4 27.6 ! excluded 0.387
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.386
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.386
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 32.1 27.6 147.9 27.6 ! excluded 0.386
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.386
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.386
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 62.4 27.6 117.6 27.6 ! excluded 0.386
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 62.3 27.7 117.7 27.7 ! excluded 0.385
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 38.9 27.7 141.1 27.7 ! excluded 0.385
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 28.6 27.7 151.4 27.7 ! excluded 0.385
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) 62.3 27.7 117.7 27.7 ! excluded 0.385
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 62.3 27.7 117.7 27.7 ! excluded 0.385
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 62.3 27.7 117.7 27.7 ! excluded 0.384
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 62.3 27.7 117.7 27.7 ! excluded 0.384
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 62.3 27.7 117.7 27.7 ! excluded 0.384
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.383
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.382
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.382
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 62.2 27.8 117.8 27.8 ! excluded 0.381
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 62.1 27.9 117.9 27.9 ! excluded 0.381
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 62.1 27.9 117.9 27.9 ! excluded 0.381
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 62.1 27.9 117.9 27.9 ! excluded 0.381
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 62.1 27.9 117.9 27.9 ! excluded 0.380
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 29.9 27.9 150.1 27.9 ! excluded 0.380
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 62.1 27.9 117.9 27.9 ! excluded 0.380
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 62.1 27.9 117.9 27.9 ! excluded 0.379
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 62.0 28.0 118.0 28.0 ! excluded 0.378
assign (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 51.7 28.0 128.3 28.0 ! excluded 0.378
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 62.0 28.0 118.0 28.0 ! excluded 0.378
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 62.0 28.0 118.0 28.0 ! excluded 0.378
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 62.0 28.0 118.0 28.0 ! excluded 0.378
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 41.8 28.0 138.2 28.0 ! excluded 0.377
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 51.8 28.0 128.2 28.0 ! excluded 0.377
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) 62.0 28.0 118.0 28.0 ! excluded 0.377
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 61.9 28.1 118.1 28.1 ! excluded 0.377
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 61.9 28.1 118.1 28.1 ! excluded 0.376
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 61.9 28.1 118.1 28.1 ! excluded 0.376
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 61.9 28.1 118.1 28.1 ! excluded 0.376
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 61.9 28.1 118.1 28.1 ! excluded 0.376
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) 42.1 28.1 137.9 28.1 ! excluded 0.376
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 61.9 28.1 118.1 28.1 ! excluded 0.374
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.374
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.374
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.374
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.374
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 31.2 28.2 148.8 28.2 ! excluded 0.374
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.373
assign (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 51.7 28.2 128.3 28.2 ! excluded 0.373
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.373
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 61.8 28.2 118.2 28.2 ! excluded 0.372
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 51.9 28.3 128.1 28.3 ! excluded 0.372
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 61.7 28.3 118.3 28.3 ! excluded 0.371
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 61.7 28.3 118.3 28.3 ! excluded 0.371
assign (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 61.7 28.3 118.3 28.3 ! excluded 0.371
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 32.2 28.4 147.8 28.4 ! excluded 0.370
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 61.6 28.4 118.4 28.4 ! excluded 0.369
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 43.2 28.4 136.8 28.4 ! excluded 0.369
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 61.6 28.4 118.4 28.4 ! excluded 0.369
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 61.6 28.4 118.4 28.4 ! excluded 0.369
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 61.6 28.4 118.4 28.4 ! excluded 0.368
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 41.9 28.4 138.1 28.4 ! excluded 0.368
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 61.6 28.4 118.4 28.4 ! excluded 0.368
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.367
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.367
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.366
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.366
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.366
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.366
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.366
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 61.5 28.5 118.5 28.5 ! excluded 0.366
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) 61.4 28.6 118.6 28.6 ! excluded 0.365
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 43.9 28.6 136.1 28.6 ! excluded 0.365
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 30.0 28.6 150.0 28.6 ! excluded 0.364
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 61.4 28.6 118.6 28.6 ! excluded 0.364
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 61.4 28.6 118.6 28.6 ! excluded 0.364
assign (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.363
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.363
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.363
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.363
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.362
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.362
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.362
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.362
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 61.3 28.7 118.7 28.7 ! excluded 0.362
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 37.1 28.7 142.9 28.7 ! excluded 0.361
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 61.2 28.8 118.8 28.8 ! excluded 0.361
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 61.2 28.8 118.8 28.8 ! excluded 0.361
assign (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 61.2 28.8 118.8 28.8 ! excluded 0.361
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) 61.2 28.8 118.8 28.8 ! excluded 0.361
assign (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 61.2 28.8 118.8 28.8 ! excluded 0.360
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 43.3 28.8 136.7 28.8 ! excluded 0.360
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 61.2 28.8 118.8 28.8 ! excluded 0.359
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.359
assign (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.359
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.358
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 37.7 28.9 142.3 28.9 ! excluded 0.358
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 37.7 28.9 142.3 28.9 ! excluded 0.358
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.358
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.358
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 31.4 28.9 148.6 28.9 ! excluded 0.358
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.358
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.358
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 61.1 28.9 118.9 28.9 ! excluded 0.357
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.357
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 54.3 29.0 125.7 29.0 ! excluded 0.356
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.356
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 38.2 29.0 141.8 29.0 ! excluded 0.356
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 44.0 29.0 136.0 29.0 ! excluded 0.356
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.355
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.355
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.355
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.355
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 61.0 29.0 119.0 29.0 ! excluded 0.355
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 60.9 29.1 119.1 29.1 ! excluded 0.354
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 60.9 29.1 119.1 29.1 ! excluded 0.354
assign (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 60.9 29.1 119.1 29.1 ! excluded 0.354
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 32.3 29.1 147.7 29.1 ! excluded 0.353
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 60.9 29.1 119.1 29.1 ! excluded 0.353
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 60.9 29.1 119.1 29.1 ! excluded 0.353
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 38.9 29.1 141.1 29.1 ! excluded 0.352
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 45.9 29.1 134.1 29.1 ! excluded 0.352
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 60.8 29.2 119.2 29.2 ! excluded 0.352
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 60.8 29.2 119.2 29.2 ! excluded 0.352
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 60.8 29.2 119.2 29.2 ! excluded 0.352
assign (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 60.8 29.2 119.2 29.2 ! excluded 0.352
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 54.3 29.2 125.7 29.2 ! excluded 0.351
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 60.8 29.2 119.2 29.2 ! excluded 0.351
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 39.2 29.2 140.8 29.2 ! excluded 0.351
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 60.8 29.2 119.2 29.2 ! excluded 0.350
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.350
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.349
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.349
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.349
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.349
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.348
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.348
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.348
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.348
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 60.7 29.3 119.3 29.3 ! excluded 0.348
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 60.6 29.4 119.4 29.4 ! excluded 0.347
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 60.6 29.4 119.4 29.4 ! excluded 0.347
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 36.1 29.4 143.9 29.4 ! excluded 0.346
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 60.6 29.4 119.4 29.4 ! excluded 0.346
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 60.5 29.5 119.5 29.5 ! excluded 0.345
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 60.5 29.5 119.5 29.5 ! excluded 0.345
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 46.6 29.5 133.4 29.5 ! excluded 0.345
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 37.3 29.5 142.7 29.5 ! excluded 0.345
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 60.5 29.5 119.5 29.5 ! excluded 0.344
assign (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 60.5 29.5 119.5 29.5 ! excluded 0.343
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 60.5 29.5 119.5 29.5 ! excluded 0.343
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 46.0 29.5 134.0 29.5 ! excluded 0.343
assign (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.343
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.343
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.343
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 36.7 29.6 143.3 29.6 ! excluded 0.343
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 36.7 29.6 143.3 29.6 ! excluded 0.343
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.343
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 37.9 29.6 142.1 29.6 ! excluded 0.342
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 37.9 29.6 142.1 29.6 ! excluded 0.342
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.342
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.342
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.342
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.342
assign (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.341
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 60.4 29.6 119.6 29.6 ! excluded 0.341
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.341
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.341
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.341
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.341
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.340
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.340
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 38.3 29.7 141.7 29.7 ! excluded 0.340
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.339
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.339
assign (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 60.3 29.7 119.7 29.7 ! excluded 0.339
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) 60.2 29.8 119.8 29.8 ! excluded 0.338
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 47.5 29.8 132.5 29.8 ! excluded 0.338
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 48.0 29.8 132.0 29.8 ! excluded 0.338
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) 60.2 29.8 119.8 29.8 ! excluded 0.338
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 37.7 29.8 142.3 29.8 ! excluded 0.338
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 60.2 29.8 119.8 29.8 ! excluded 0.337
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 60.2 29.8 119.8 29.8 ! excluded 0.337
assign (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 60.2 29.8 119.8 29.8 ! excluded 0.337
assign (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 56.4 29.8 123.6 29.8 ! excluded 0.337
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 60.2 29.8 119.8 29.8 ! excluded 0.337
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.336
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.336
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.336
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.336
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 39.0 29.9 141.0 29.9 ! excluded 0.336
assign (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 56.5 29.9 123.5 29.9 ! excluded 0.335
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.335
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.335
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.335
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.335
assign (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 60.1 29.9 119.9 29.9 ! excluded 0.335
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) 60.0 30.0 120.0 30.0 ! excluded 0.334
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 39.3 30.0 140.7 30.0 ! excluded 0.334
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 42.2 30.0 137.8 30.0 ! excluded 0.334
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 60.0 30.0 120.0 30.0 ! excluded 0.334
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 60.0 30.0 120.0 30.0 ! excluded 0.334
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 60.0 30.0 120.0 30.0 ! excluded 0.333
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 38.5 30.0 141.5 30.0 ! excluded 0.333
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 48.8 30.0 131.2 30.0 ! excluded 0.333
assign (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 60.0 30.0 120.0 30.0 ! excluded 0.333
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 60.0 30.0 120.0 30.0 ! excluded 0.333
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 38.6 30.1 141.4 30.1 ! excluded 0.332
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 48.9 30.1 131.1 30.1 ! excluded 0.332
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 48.9 30.1 131.1 30.1 ! excluded 0.332
assign (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 56.4 30.1 123.6 30.1 ! excluded 0.332
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) 59.9 30.1 120.1 30.1 ! excluded 0.331
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 59.9 30.1 120.1 30.1 ! excluded 0.331
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 59.9 30.1 120.1 30.1 ! excluded 0.331
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 59.9 30.1 120.1 30.1 ! excluded 0.330
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 38.9 30.1 141.1 30.1 ! excluded 0.330
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 56.6 30.1 123.4 30.1 ! excluded 0.330
assign (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.330
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.330
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.329
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.329
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.329
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 48.1 30.2 131.9 30.2 ! excluded 0.329
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 37.4 30.2 142.6 30.2 ! excluded 0.329
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.329
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 39.2 30.2 140.8 30.2 ! excluded 0.329
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.328
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.328
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.328
assign (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.328
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 59.8 30.2 120.2 30.2 ! excluded 0.328
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) 59.7 30.3 120.3 30.3 ! excluded 0.327
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 59.7 30.3 120.3 30.3 ! excluded 0.327
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 59.7 30.3 120.3 30.3 ! excluded 0.326
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 59.7 30.3 120.3 30.3 ! excluded 0.326
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 59.7 30.3 120.3 30.3 ! excluded 0.326
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 38.0 30.3 142.0 30.3 ! excluded 0.326
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 38.0 30.3 142.0 30.3 ! excluded 0.326
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 43.6 30.3 136.4 30.3 ! excluded 0.326
assign (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 59.7 30.3 120.3 30.3 ! excluded 0.326
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.325
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.325
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.325
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.325
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.324
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 48.8 30.4 131.2 30.4 ! excluded 0.324
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.324
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 59.6 30.4 120.4 30.4 ! excluded 0.324
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 38.5 30.4 141.5 30.4 ! excluded 0.324
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.323
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 49.0 30.5 131.0 30.5 ! excluded 0.323
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 49.0 30.5 131.0 30.5 ! excluded 0.323
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 40.1 30.5 139.9 30.5 ! excluded 0.323
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.323
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.323
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.323
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 50.2 30.5 129.8 30.5 ! excluded 0.323
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.322
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.322
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.322
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 44.3 30.5 135.7 30.5 ! excluded 0.322
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.321
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 59.5 30.5 120.5 30.5 ! excluded 0.321
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 36.4 30.6 143.6 30.6 ! excluded 0.321
assign (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.321
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 50.5 30.6 129.5 30.6 ! excluded 0.320
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 39.2 30.6 140.8 30.6 ! excluded 0.320
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.320
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.319
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.319
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.319
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.319
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 59.4 30.6 120.6 30.6 ! excluded 0.319
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 31.7 30.6 148.3 30.6 ! excluded 0.319
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 39.5 30.7 140.5 30.7 ! excluded 0.318
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.318
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.318
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.318
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.318
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 42.3 30.7 137.7 30.7 ! excluded 0.318
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.318
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.317
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 37.0 30.7 143.0 30.7 ! excluded 0.317
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 37.0 30.7 143.0 30.7 ! excluded 0.317
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 59.3 30.7 120.7 30.7 ! excluded 0.317
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.316
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.316
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.316
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.316
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.316
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.316
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.315
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.315
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 59.2 30.8 120.8 30.8 ! excluded 0.315
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 32.7 30.8 147.3 30.8 ! excluded 0.315
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.314
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.314
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.314
assign (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 50.3 30.9 129.7 30.9 ! excluded 0.314
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.314
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.313
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 59.1 30.9 120.9 30.9 ! excluded 0.312
assign (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 58.8 30.9 121.2 30.9 ! excluded 0.312
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.312
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 37.9 31.0 142.1 31.0 ! excluded 0.312
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.312
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.312
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.312
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.312
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 50.6 31.0 129.4 31.0 ! excluded 0.312
assign (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) (resid 92 and name N and segid B2D6 ) (resid 92 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.311
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.311
assign (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 59.0 31.0 121.0 31.0 ! excluded 0.310
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 51.0 31.0 129.0 31.0 ! excluded 0.310
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.310
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.310
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.310
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.309
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 43.7 31.1 136.3 31.1 ! excluded 0.309
assign (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.309
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 46.3 31.1 133.7 31.1 ! excluded 0.309
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.309
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.309
assign (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.308
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 58.9 31.1 121.1 31.1 ! excluded 0.308
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.308
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.308
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.308
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 38.7 31.2 141.3 31.2 ! excluded 0.308
assign (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.307
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 42.7 31.2 137.3 31.2 ! excluded 0.307
assign (resid 83 and name N and segid B2D6 ) (resid 83 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.307
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.307
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 38.9 31.2 141.1 31.2 ! excluded 0.307
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 52.3 31.2 127.7 31.2 ! excluded 0.307
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.307
assign (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.306
assign (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.306
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.306
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 58.8 31.2 121.2 31.2 ! excluded 0.306
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.306
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 52.4 31.3 127.6 31.3 ! excluded 0.305
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.305
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.305
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.305
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 44.5 31.3 135.5 31.3 ! excluded 0.305
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.305
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.305
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 39.2 31.3 140.8 31.3 ! excluded 0.305
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.305
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.304
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.304
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.304
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 58.7 31.3 121.3 31.3 ! excluded 0.303
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.303
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.303
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.303
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 39.5 31.4 140.5 31.4 ! excluded 0.303
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.303
assign (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.303
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.302
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.302
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 42.5 31.4 137.5 31.4 ! excluded 0.302
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 58.6 31.4 121.4 31.4 ! excluded 0.301
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.301
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.301
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.301
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.300
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.300
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.300
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.300
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.300
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.299
assign (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.299
assign (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 58.5 31.5 121.5 31.5 ! excluded 0.299
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.299
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.298
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 52.3 31.6 127.7 31.6 ! excluded 0.298
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 40.4 31.6 139.6 31.6 ! excluded 0.298
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.297
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.297
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.297
assign (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.297
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 58.4 31.6 121.6 31.6 ! excluded 0.297
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 52.5 31.7 127.5 31.7 ! excluded 0.297
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.296
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.296
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.296
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.296
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.295
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.295
assign (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.295
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 48.4 31.7 131.6 31.7 ! excluded 0.295
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.295
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 58.3 31.7 121.7 31.7 ! excluded 0.295
assign (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.294
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.294
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.293
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.293
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 43.9 31.8 136.1 31.8 ! excluded 0.293
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.293
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 46.4 31.8 133.6 31.8 ! excluded 0.293
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.292
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.292
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.292
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 58.2 31.8 121.8 31.8 ! excluded 0.292
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 58.1 31.9 121.9 31.9 ! excluded 0.292
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) 58.1 31.9 121.9 31.9 ! excluded 0.292
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 58.1 31.9 121.9 31.9 ! excluded 0.292
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 58.1 31.9 121.9 31.9 ! excluded 0.291
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 58.1 31.9 121.9 31.9 ! excluded 0.291
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 58.1 31.9 121.9 31.9 ! excluded 0.291
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 37.8 31.9 142.2 31.9 ! excluded 0.290
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 49.1 32.0 130.9 32.0 ! excluded 0.290
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.290
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 44.6 32.0 135.4 32.0 ! excluded 0.289
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.289
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 49.3 32.0 130.7 32.0 ! excluded 0.289
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 49.3 32.0 130.7 32.0 ! excluded 0.289
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.289
assign (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.289
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.288
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.288
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.288
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.288
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 58.0 32.0 122.0 32.0 ! excluded 0.288
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.288
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.287
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.287
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.287
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.287
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.287
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 38.4 32.1 141.6 32.1 ! excluded 0.287
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 38.4 32.1 141.6 32.1 ! excluded 0.287
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.287
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 53.7 32.1 126.3 32.1 ! excluded 0.286
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.286
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.286
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.286
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.286
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 57.9 32.1 122.1 32.1 ! excluded 0.286
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 57.8 32.2 122.2 32.2 ! excluded 0.286
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 57.8 32.2 122.2 32.2 ! excluded 0.285
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 57.8 32.2 122.2 32.2 ! excluded 0.285
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 57.8 32.2 122.2 32.2 ! excluded 0.285
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 57.8 32.2 122.2 32.2 ! excluded 0.285
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 33.0 32.2 147.0 32.2 ! excluded 0.285
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) 54.9 32.2 125.1 32.2 ! excluded 0.285
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 38.8 32.2 141.2 32.2 ! excluded 0.285
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 57.8 32.2 122.2 32.2 ! excluded 0.285
assign (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.283
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.283
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.283
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 54.0 32.3 126.0 32.3 ! excluded 0.283
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.283
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.283
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.282
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.282
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.282
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 43.0 32.3 137.0 32.3 ! excluded 0.282
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.282
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 57.7 32.3 122.3 32.3 ! excluded 0.281
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.281
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.281
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 39.5 32.4 140.5 32.4 ! excluded 0.281
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.280
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.280
assign (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.280
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) 54.4 32.4 125.6 32.4 ! excluded 0.280
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.280
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 50.6 32.4 129.4 32.4 ! excluded 0.279
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 39.8 32.4 140.2 32.4 ! excluded 0.279
assign (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.279
assign (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.279
assign (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 57.6 32.4 122.4 32.4 ! excluded 0.279
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 57.5 32.5 122.5 32.5 ! excluded 0.279
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 48.6 32.5 131.4 32.5 ! excluded 0.278
assign (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 57.5 32.5 122.5 32.5 ! excluded 0.278
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 54.5 32.5 125.5 32.5 ! excluded 0.278
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 57.5 32.5 122.5 32.5 ! excluded 0.278
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 57.5 32.5 122.5 32.5 ! excluded 0.278
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 57.5 32.5 122.5 32.5 ! excluded 0.278
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 57.5 32.5 122.5 32.5 ! excluded 0.278
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 50.9 32.5 129.1 32.5 ! excluded 0.277
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 47.2 32.6 132.8 32.6 ! excluded 0.277
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 46.6 32.6 133.4 32.6 ! excluded 0.277
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.276
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 54.9 32.6 125.1 32.6 ! excluded 0.276
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.276
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.276
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.276
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.275
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.275
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.275
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 57.4 32.6 122.6 32.6 ! excluded 0.275
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.274
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.274
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.274
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.274
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 40 and name N and segid B2D6 ) (resid 40 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.274
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 49.3 32.7 130.7 32.7 ! excluded 0.273
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.273
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.273
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.273
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.273
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.273
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.273
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.272
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 57.3 32.7 122.7 32.7 ! excluded 0.272
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 49.4 32.7 130.6 32.7 ! excluded 0.272
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 49.4 32.7 130.6 32.7 ! excluded 0.272
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 55.2 32.8 124.8 32.8 ! excluded 0.272
assign (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.272
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 13 and name N and segid B2D6 ) (resid 13 and name HN and segid B2D6 ) (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.271
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.270
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.270
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 57.2 32.8 122.8 32.8 ! excluded 0.270
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 48.1 32.9 131.9 32.9 ! excluded 0.270
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.270
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.269
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.269
assign (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.269
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.269
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.269
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.268
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.268
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.268
assign (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 57.1 32.9 122.9 32.9 ! excluded 0.268
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.268
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.268
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.268
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.268
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.268
assign (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.267
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.267
assign (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.267
assign (resid 42 and name N and segid B2D6 ) (resid 42 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.267
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.266
assign (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 57.0 33.0 123.0 33.0 ! excluded 0.266
assign (resid 20 and name N and segid B2D6 ) (resid 20 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.265
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.265
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.265
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.265
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.265
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.264
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.264
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.264
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.264
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.264
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.264
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 52.6 33.1 127.4 33.1 ! excluded 0.264
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.263
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 56.9 33.1 123.1 33.1 ! excluded 0.263
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 24 and name N and segid B2D6 ) (resid 24 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 56.1 33.2 123.9 33.2 ! excluded 0.263
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 50.7 33.2 129.3 33.2 ! excluded 0.263
assign (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 42.8 33.2 137.2 33.2 ! excluded 0.263
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 69 and name N and segid B2D6 ) (resid 69 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.263
assign (resid 25 and name N and segid B2D6 ) (resid 25 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.262
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 79 and name N and segid B2D6 ) (resid 79 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.262
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.262
assign (resid 35 and name N and segid B2D6 ) (resid 35 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 52.8 33.2 127.2 33.2 ! excluded 0.262
assign (resid 37 and name N and segid B2D6 ) (resid 37 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 48.7 33.2 131.3 33.2 ! excluded 0.262
assign (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.262
assign (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) (resid 75 and name N and segid B2D6 ) (resid 75 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.262
assign (resid 52 and name N and segid B2D6 ) (resid 52 and name HN and segid B2D6 ) (resid 77 and name N and segid B2D6 ) (resid 77 and name HN and segid B2D6 ) 56.8 33.2 123.2 33.2 ! excluded 0.262
assign (resid 78 and name N and segid B2D6 ) (resid 78 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.261
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.261
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 51.0 33.3 129.0 33.3 ! excluded 0.261
assign (resid 21 and name N and segid B2D6 ) (resid 21 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.261
assign (resid 18 and name N and segid B2D6 ) (resid 18 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.261
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 80 and name N and segid B2D6 ) (resid 80 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.260
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 38.0 33.3 142.0 33.3 ! excluded 0.260
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.260
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 89 and name N and segid B2D6 ) (resid 89 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.259
assign (resid 16 and name N and segid B2D6 ) (resid 16 and name HN and segid B2D6 ) (resid 98 and name N and segid B2D6 ) (resid 98 and name HN and segid B2D6 ) 56.7 33.3 123.3 33.3 ! excluded 0.259
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.259
assign (resid 45 and name N and segid B2D6 ) (resid 45 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) (resid 66 and name N and segid B2D6 ) (resid 66 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 30 and name N and segid B2D6 ) (resid 30 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 39 and name N and segid B2D6 ) (resid 39 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.258
assign (resid 60 and name N and segid B2D6 ) (resid 60 and name HN and segid B2D6 ) (resid 94 and name N and segid B2D6 ) (resid 94 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.257
assign (resid 46 and name N and segid B2D6 ) (resid 46 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 49.4 33.4 130.6 33.4 ! excluded 0.257
assign (resid 27 and name N and segid B2D6 ) (resid 27 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 38.6 33.4 141.4 33.4 ! excluded 0.257
assign (resid 31 and name N and segid B2D6 ) (resid 31 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 38.6 33.4 141.4 33.4 ! excluded 0.257
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.257
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 56 and name N and segid B2D6 ) (resid 56 and name HN and segid B2D6 ) 56.6 33.4 123.4 33.4 ! excluded 0.257
assign (resid 34 and name N and segid B2D6 ) (resid 34 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.256
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 82 and name N and segid B2D6 ) (resid 82 and name HN and segid B2D6 ) 49.5 33.5 130.5 33.5 ! excluded 0.256
assign (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) (resid 93 and name N and segid B2D6 ) (resid 93 and name HN and segid B2D6 ) 49.5 33.5 130.5 33.5 ! excluded 0.256
assign (resid 22 and name N and segid B2D6 ) (resid 22 and name HN and segid B2D6 ) (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.256
assign (resid 59 and name N and segid B2D6 ) (resid 59 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.256
assign (resid 15 and name N and segid B2D6 ) (resid 15 and name HN and segid B2D6 ) (resid 97 and name N and segid B2D6 ) (resid 97 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.256
assign (resid 11 and name N and segid B2D6 ) (resid 11 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.256
assign (resid 48 and name N and segid B2D6 ) (resid 48 and name HN and segid B2D6 ) (resid 91 and name N and segid B2D6 ) (resid 91 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.256
assign (resid 43 and name N and segid B2D6 ) (resid 43 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 39.1 33.5 140.9 33.5 ! excluded 0.255
assign (resid 49 and name N and segid B2D6 ) (resid 49 and name HN and segid B2D6 ) (resid 96 and name N and segid B2D6 ) (resid 96 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 44 and name N and segid B2D6 ) (resid 44 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 55 and name N and segid B2D6 ) (resid 55 and name HN and segid B2D6 ) (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 95 and name N and segid B2D6 ) (resid 95 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 99 and name N and segid B2D6 ) (resid 99 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 73 and name N and segid B2D6 ) (resid 73 and name HN and segid B2D6 ) 56.5 33.5 123.5 33.5 ! excluded 0.255
assign (resid 38 and name N and segid B2D6 ) (resid 38 and name HN and segid B2D6 ) (resid 71 and name N and segid B2D6 ) (resid 71 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.254
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 54 and name N and segid B2D6 ) (resid 54 and name HN and segid B2D6 ) 44.2 33.6 135.8 33.6 ! excluded 0.254
assign (resid 12 and name N and segid B2D6 ) (resid 12 and name HN and segid B2D6 ) (resid 85 and name N and segid B2D6 ) (resid 85 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.254
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.254
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 86 and name N and segid B2D6 ) (resid 86 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.253
assign (resid 62 and name N and segid B2D6 ) (resid 62 and name HN and segid B2D6 ) (resid 70 and name N and segid B2D6 ) (resid 70 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.253
assign (resid 26 and name N and segid B2D6 ) (resid 26 and name HN and segid B2D6 ) (resid 76 and name N and segid B2D6 ) (resid 76 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.252
assign (resid 28 and name N and segid B2D6 ) (resid 28 and name HN and segid B2D6 ) (resid 68 and name N and segid B2D6 ) (resid 68 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.252
assign (resid 29 and name N and segid B2D6 ) (resid 29 and name HN and segid B2D6 ) (resid 65 and name N and segid B2D6 ) (resid 65 and name HN and segid B2D6 ) 56.4 33.6 123.6 33.6 ! excluded 0.252
assign (resid 63 and name N and segid B2D6 ) (resid 63 and name HN and segid B2D6 ) (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) 56.3 33.7 123.7 33.7 ! excluded 0.252
assign (resid 51 and name N and segid B2D6 ) (resid 51 and name HN and segid B2D6 ) (resid 81 and name N and segid B2D6 ) (resid 81 and name HN and segid B2D6 ) 56.3 33.7 123.7 33.7 ! excluded 0.251
assign (resid 64 and name N and segid B2D6 ) (resid 64 and name HN and segid B2D6 ) (resid 84 and name N and segid B2D6 ) (resid 84 and name HN and segid B2D6 ) 39.8 33.7 140.2 33.7 ! excluded 0.251
assign (resid 23 and name N and segid B2D6 ) (resid 23 and name HN and segid B2D6 ) (resid 41 and name N and segid B2D6 ) (resid 41 and name HN and segid B2D6 ) 47.4 33.7 132.6 33.7 ! excluded 0.251
assign (resid 47 and name N and segid B2D6 ) (resid 47 and name HN and segid B2D6 ) (resid 87 and name N and segid B2D6 ) (resid 87 and name HN and segid B2D6 ) 56.3 33.7 123.7 33.7 ! excluded 0.251





  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1    HA   MET   1           HA       MET   1   6.028  -7.942   6.556
    2    HB2  MET   1           HB2      MET   1   3.509  -8.518   8.005
    3    HB3  MET   1           HB3      MET   1   3.354  -8.075   6.311
    4    HG2  MET   1           HG2      MET   1   4.799  -9.888   5.668
    5    HG3  MET   1           HG3      MET   1   5.078 -10.302   7.359
    6    HE1  MET   1           HE1      MET   1   1.671  -9.146   5.755
    7    HE2  MET   1           HE2      MET   1   2.402 -10.109   4.472
    8    HE3  MET   1           HE3      MET   1   0.957 -10.693   5.299
    9    H    ILE   2           H        ILE   2   2.956  -6.516   7.058
   10    HA   ILE   2           HA       ILE   2   3.852  -3.834   6.358
   11    HB   ILE   2           HB       ILE   2   1.686  -5.169   4.703
   12   HG12  ILE   2          HG12      ILE   2   4.441  -4.795   3.554
   13   HG13  ILE   2          HG13      ILE   2   4.038  -6.260   4.444
   14   HG21  ILE   2          HG21      ILE   2   1.800  -2.689   4.780
   15   HG22  ILE   2          HG22      ILE   2   3.406  -2.777   4.040
   16   HG23  ILE   2          HG23      ILE   2   1.995  -3.365   3.165
   17   HD11  ILE   2          HD11      ILE   2   2.157  -6.639   2.870
   18   HD12  ILE   2          HD12      ILE   2   2.703  -5.240   1.947
   19   HD13  ILE   2          HD13      ILE   2   3.740  -6.656   2.098
   20    H    GLN   3           H        GLN   3   2.311  -2.269   7.045
   21    HA   GLN   3           HA       GLN   3  -0.128  -3.374   8.275
   22    HB2  GLN   3           HB2      GLN   3   1.732  -1.297   9.449
   23    HB3  GLN   3           HB3      GLN   3   0.136  -1.693  10.105
   24    HG2  GLN   3           HG2      GLN   3   0.822  -3.921  10.658
   25    HG3  GLN   3           HG3      GLN   3   2.367  -3.699   9.798
   26   HE21  GLN   3          HE21      GLN   3   3.521  -4.220  11.644
   27   HE22  GLN   3          HE22      GLN   3   3.682  -3.134  12.984
   28    H    VAL   4           H        VAL   4  -1.691  -2.651   6.969
   29    HA   VAL   4           HA       VAL   4  -1.511   0.020   5.845
   30    HB   VAL   4           HB       VAL   4  -3.696  -0.694   4.657
   31   HG11  VAL   4          HG11      VAL   4  -1.082  -2.122   4.193
   32   HG12  VAL   4          HG12      VAL   4  -2.401  -2.012   3.031
   33   HG13  VAL   4          HG13      VAL   4  -1.563  -0.552   3.546
   34   HG21  VAL   4          HG21      VAL   4  -2.729  -3.372   5.638
   35   HG22  VAL   4          HG22      VAL   4  -4.244  -2.586   6.089
   36   HG23  VAL   4          HG23      VAL   4  -3.973  -3.100   4.420
   37    H    TYR   5           H        TYR   5  -3.173   1.522   5.888
   38    HA   TYR   5           HA       TYR   5  -5.222   1.395   7.935
   39    HB2  TYR   5           HB2      TYR   5  -2.904   3.337   8.090
   40    HB3  TYR   5           HB3      TYR   5  -4.425   3.591   8.933
   41    HD1  TYR   5           HD1      TYR   5  -1.196   2.735   9.500
   42    HD2  TYR   5           HD2      TYR   5  -5.085   1.158  10.249
   43    HE1  TYR   5           HE1      TYR   5  -0.307   1.458  11.407
   44    HE2  TYR   5           HE2      TYR   5  -4.196  -0.132  12.160
   45    HH   TYR   5           HH       TYR   5  -1.048   0.430  13.416
   46    H    SER   6           H        SER   6  -6.182   3.799   8.012
   47    HA   SER   6           HA       SER   6  -5.945   5.054   5.362
   48    HB2  SER   6           HB2      SER   6  -8.518   4.687   6.928
   49    HB3  SER   6           HB3      SER   6  -8.343   5.569   5.404
   50    HG   SER   6           HG       SER   6  -7.290   3.095   5.188
   51    H    ARG   7           H        ARG   7  -6.513   7.305   5.322
   52    HA   ARG   7           HA       ARG   7  -5.388   8.726   7.543
   53    HB2  ARG   7           HB2      ARG   7  -5.559   9.225   4.861
   54    HB3  ARG   7           HB3      ARG   7  -6.828  10.275   5.473
   55    HG2  ARG   7           HG2      ARG   7  -3.964  10.310   6.397
   56    HG3  ARG   7           HG3      ARG   7  -4.671  11.416   5.219
   57    HD2  ARG   7           HD2      ARG   7  -6.284  12.150   6.936
   58    HD3  ARG   7           HD3      ARG   7  -5.478  11.108   8.108
   59    HE   ARG   7           HE       ARG   7  -4.097  13.340   6.735
   60   HH11  ARG   7          HH11      ARG   7  -4.756  11.459   9.624
   61   HH12  ARG   7          HH12      ARG   7  -3.850  12.515  10.670
   62   HH21  ARG   7          HH21      ARG   7  -2.892  14.720   8.096
   63   HH22  ARG   7          HH22      ARG   7  -2.776  14.366   9.797
   64    H    HIS   8           H        HIS   8  -8.557   7.882   6.542
   65    HA   HIS   8           HA       HIS   8  -9.731   9.386   8.759
   66    HB2  HIS   8           HB2      HIS   8 -10.837   9.408   5.934
   67    HB3  HIS   8           HB3      HIS   8 -11.608  10.129   7.341
   68    HD2  HIS   8           HD2      HIS   8  -9.868  12.260   8.508
   69    HE1  HIS   8           HE1      HIS   8  -8.456  13.188   4.634
   70    HE2  HIS   8           HE2      HIS   8  -8.460  13.895   7.062

  No H/Q in entry =          70
  In of MODEL    1
    1    HA   PRO   9           HA       PRO   9 -12.236   5.749   9.409
    2    HB2  PRO   9           HB2      PRO   9 -14.773   7.248   9.220
    3    HB3  PRO   9           HB3      PRO   9 -14.081   6.368  10.595
    4    HG2  PRO   9           HG2      PRO   9 -14.168   9.073  10.550
    5    HG3  PRO   9           HG3      PRO   9 -12.787   8.198  11.258
    6    HD2  PRO   9           HD2      PRO   9 -13.036   9.492   8.566
    7    HD3  PRO   9           HD3      PRO   9 -11.677   9.566   9.713
    8    H    ALA  10           H        ALA  10 -13.264   4.117   8.248
    9    HA   ALA  10           HA       ALA  10 -13.687   4.325   5.483
   10    HB1  ALA  10           HB1      ALA  10 -14.624   2.053   5.684
   11    HB2  ALA  10           HB2      ALA  10 -13.149   2.222   6.630
   12    HB3  ALA  10           HB3      ALA  10 -14.716   2.253   7.431
   13    H    GLU  11           H        GLU  11 -15.237   5.836   4.778
   14    HA   GLU  11           HA       GLU  11 -17.988   5.277   5.701
   15    HB2  GLU  11           HB2      GLU  11 -16.635   7.734   4.728
   16    HB3  GLU  11           HB3      GLU  11 -18.305   7.528   4.235
   17    HG2  GLU  11           HG2      GLU  11 -18.233   8.886   6.185
   18    HG3  GLU  11           HG3      GLU  11 -18.927   7.339   6.626
   19    H    ASN  12           H        ASN  12 -18.852   3.729   4.430
   20    HA   ASN  12           HA       ASN  12 -18.220   2.997   1.856
   21    HB2  ASN  12           HB2      ASN  12 -20.711   2.709   3.547
   22    HB3  ASN  12           HB3      ASN  12 -20.718   2.051   1.930
   23   HD21  ASN  12          HD21      ASN  12 -21.018   0.596   4.321
   24   HD22  ASN  12          HD22      ASN  12 -19.677  -0.488   4.448
   25    H    GLY  13           H        GLY  13 -18.003   4.389   0.248
   26    HA2  GLY  13           HA2      GLY  13 -20.319   6.133  -0.428
   27    HA3  GLY  13           HA3      GLY  13 -19.384   5.292  -1.655
   28    H    LYS  14           H        LYS  14 -17.345   6.499   0.786
   29    HA   LYS  14           HA       LYS  14 -17.004   9.086  -0.593
   30    HB2  LYS  14           HB2      LYS  14 -15.394   8.021   1.724
   31    HB3  LYS  14           HB3      LYS  14 -15.473   9.675   1.162
   32    HG2  LYS  14           HG2      LYS  14 -17.847   8.239   2.316
   33    HG3  LYS  14           HG3      LYS  14 -16.660   9.083   3.285
   34    HD2  LYS  14           HD2      LYS  14 -18.505  10.516   2.996
   35    HD3  LYS  14           HD3      LYS  14 -17.164  11.176   2.067
   36    HE2  LYS  14           HE2      LYS  14 -19.073  11.408   0.713
   37    HE3  LYS  14           HE3      LYS  14 -18.197  10.029   0.050
   38    HZ1  LYS  14           HZ1      LYS  14 -20.516   9.876   1.903
   39    HZ2  LYS  14           HZ2      LYS  14 -20.579   9.589   0.234
   40    HZ3  LYS  14           HZ3      LYS  14 -19.698   8.551   1.243
   41    H    SER  15           H        SER  15 -15.060   9.739  -1.551
   42    HA   SER  15           HA       SER  15 -13.089   7.623  -1.974
   43    HB2  SER  15           HB2      SER  15 -12.085   9.652  -3.425
   44    HB3  SER  15           HB3      SER  15 -13.248   8.486  -4.066
   45    HG   SER  15           HG       SER  15 -13.625  11.162  -3.266
   46    H    ASN  16           H        ASN  16 -10.908   7.954  -1.460
   47    HA   ASN  16           HA       ASN  16 -10.020  10.005   0.306
   48    HB2  ASN  16           HB2      ASN  16 -11.926   8.647   1.565
   49    HB3  ASN  16           HB3      ASN  16 -10.650   7.440   1.739
   50   HD21  ASN  16          HD21      ASN  16 -12.179   9.228   3.622
   51   HD22  ASN  16          HD22      ASN  16 -10.944  10.012   4.550
   52    H    PHE  17           H        PHE  17  -8.090   8.618   1.737
   53    HA   PHE  17           HA       PHE  17  -6.661   7.439  -0.564
   54    HB2  PHE  17           HB2      PHE  17  -5.715   9.264   1.622
   55    HB3  PHE  17           HB3      PHE  17  -4.576   8.278   0.711
   56    HD1  PHE  17           HD1      PHE  17  -6.136   8.455  -1.937
   57    HD2  PHE  17           HD2      PHE  17  -4.879  11.380   0.896
   58    HE1  PHE  17           HE1      PHE  17  -6.055  10.147  -3.720
   59    HE2  PHE  17           HE2      PHE  17  -4.812  13.074  -0.884
   60    HZ   PHE  17           HZ       PHE  17  -5.395  12.458  -3.194
   61    H    LEU  18           H        LEU  18  -5.789   5.489  -0.439
   62    HA   LEU  18           HA       LEU  18  -5.959   4.021   2.080
   63    HB2  LEU  18           HB2      LEU  18  -6.682   2.777   0.165
   64    HB3  LEU  18           HB3      LEU  18  -5.228   3.184  -0.725
   65    HG   LEU  18           HG       LEU  18  -3.890   1.684   0.674
   66   HD11  LEU  18          HD11      LEU  18  -6.466   1.200   2.178
   67   HD12  LEU  18          HD12      LEU  18  -5.011   0.217   2.330
   68   HD13  LEU  18          HD13      LEU  18  -4.981   1.912   2.810
   69   HD21  LEU  18          HD21      LEU  18  -6.434   0.380  -0.305
   70   HD22  LEU  18          HD22      LEU  18  -4.993   0.719  -1.266
   71   HD23  LEU  18          HD23      LEU  18  -4.918  -0.450   0.051
   72    H    ASN  19           H        ASN  19  -4.346   3.767   3.425
   73    HA   ASN  19           HA       ASN  19  -1.686   4.731   2.589
   74    HB2  ASN  19           HB2      ASN  19  -2.060   6.188   4.307
   75    HB3  ASN  19           HB3      ASN  19  -3.261   5.145   5.070
   76   HD21  ASN  19          HD21      ASN  19   0.053   6.071   4.920
   77   HD22  ASN  19          HD22      ASN  19   0.577   5.177   6.301
   78    H    CYS  20           H        CYS  20  -0.185   3.244   2.292
   79    HA   CYS  20           HA       CYS  20  -0.284   0.731   3.849
   80    HB2  CYS  20           HB2      CYS  20   1.061   1.200   1.160
   81    HB3  CYS  20           HB3      CYS  20   0.580  -0.336   1.872
   82    H    TYR  21           H        TYR  21   1.332   0.895   5.424
   83    HA   TYR  21           HA       TYR  21   3.689   2.530   4.888
   84    HB2  TYR  21           HB2      TYR  21   2.923   0.948   7.349
   85    HB3  TYR  21           HB3      TYR  21   4.386   1.890   7.200
   86    HD1  TYR  21           HD1      TYR  21   4.222   4.382   7.056
   87    HD2  TYR  21           HD2      TYR  21   0.872   1.937   8.002
   88    HE1  TYR  21           HE1      TYR  21   3.085   6.331   8.039
   89    HE2  TYR  21           HE2      TYR  21  -0.274   3.879   8.983
   90    HH   TYR  21           HH       TYR  21   0.362   6.062  10.005
   91    H    VAL  22           H        VAL  22   5.676   1.705   4.436
   92    HA   VAL  22           HA       VAL  22   6.100  -1.178   4.816
   93    HB   VAL  22           HB       VAL  22   6.974   0.406   2.365
   94   HG11  VAL  22          HG11      VAL  22   8.516  -1.395   3.157
   95   HG12  VAL  22          HG12      VAL  22   7.218  -2.557   2.880
   96   HG13  VAL  22          HG13      VAL  22   7.883  -1.635   1.529
   97   HG21  VAL  22          HG21      VAL  22   4.860  -1.748   2.630
   98   HG22  VAL  22          HG22      VAL  22   4.594  -0.045   2.247
   99   HG23  VAL  22          HG23      VAL  22   5.449  -1.079   1.098
  100    H    SER  23           H        SER  23   7.654  -1.163   6.402
  101    HA   SER  23           HA       SER  23   9.645   1.009   6.331
  102    HB2  SER  23           HB2      SER  23   8.045  -0.048   8.674
  103    HB3  SER  23           HB3      SER  23   9.444   1.018   8.864
  104    HG   SER  23           HG       SER  23   6.931   1.652   8.354
  105    H    GLY  24           H        GLY  24  11.766   0.513   6.642
  106    HA2  GLY  24           HA2      GLY  24  12.482  -2.194   7.617
  107    HA3  GLY  24           HA3      GLY  24  13.564  -0.800   7.613
  108    H    PHE  25           H        PHE  25  11.878  -0.790   4.789
  109    HA   PHE  25           HA       PHE  25  13.939  -2.367   3.392
  110    HB2  PHE  25           HB2      PHE  25  11.229  -1.547   2.355
  111    HB3  PHE  25           HB3      PHE  25  12.354  -2.674   1.605
  112    HD1  PHE  25           HD1      PHE  25  10.067  -2.231   4.497
  113    HD2  PHE  25           HD2      PHE  25  12.413  -4.975   2.224
  114    HE1  PHE  25           HE1      PHE  25   8.993  -4.119   5.676
  115    HE2  PHE  25           HE2      PHE  25  11.339  -6.868   3.400
  116    HZ   PHE  25           HZ       PHE  25   9.620  -6.425   5.102
  117    H    HIS  26           H        HIS  26  15.490  -0.705   3.102
  118    HA   HIS  26           HA       HIS  26  15.367   1.772   2.189
  119    HB2  HIS  26           HB2      HIS  26  17.056  -0.434   1.006
  120    HB3  HIS  26           HB3      HIS  26  17.357   1.285   0.743
  121    HD2  HIS  26           HD2      HIS  26  18.163   2.699   3.119
  122    HE1  HIS  26           HE1      HIS  26  19.191  -0.870   5.149
  123    HE2  HIS  26           HE2      HIS  26  19.537   1.643   5.053

  No H/Q in entry =         123
  In of MODEL    1
    1    HA   PRO  27           HA       PRO  27  12.254   1.848  -0.917
    2    HB2  PRO  27           HB2      PRO  27  13.613   4.401  -1.605
    3    HB3  PRO  27           HB3      PRO  27  11.901   4.091  -1.281
    4    HG2  PRO  27           HG2      PRO  27  13.457   5.257   0.546
    5    HG3  PRO  27           HG3      PRO  27  12.201   4.091   1.018
    6    HD2  PRO  27           HD2      PRO  27  15.167   3.756   0.888
    7    HD3  PRO  27           HD3      PRO  27  13.992   3.029   2.005
    8    H    SER  28           H        SER  28  15.626   2.066  -1.705
    9    HA   SER  28           HA       SER  28  15.408   2.559  -4.447
   10    HB2  SER  28           HB2      SER  28  17.522   2.948  -3.448
   11    HB3  SER  28           HB3      SER  28  17.600   1.307  -2.802
   12    HG   SER  28           HG       SER  28  17.791   0.533  -4.956
   13    H    ASP  29           H        ASP  29  15.616  -0.634  -2.762
   14    HA   ASP  29           HA       ASP  29  15.245  -1.830  -5.439
   15    HB2  ASP  29           HB2      ASP  29  16.576  -3.202  -3.087
   16    HB3  ASP  29           HB3      ASP  29  16.471  -3.786  -4.741
   17    H    ILE  30           H        ILE  30  12.984  -1.083  -3.735
   18    HA   ILE  30           HA       ILE  30  11.912  -3.812  -3.368
   19    HB   ILE  30           HB       ILE  30  10.835  -3.314  -1.430
   20   HG12  ILE  30          HG12      ILE  30  10.595  -0.388  -2.236
   21   HG13  ILE  30          HG13      ILE  30   9.355  -1.618  -2.433
   22   HG21  ILE  30          HG21      ILE  30  13.004  -1.223  -1.426
   23   HG22  ILE  30          HG22      ILE  30  12.109  -1.727   0.006
   24   HG23  ILE  30          HG23      ILE  30  13.113  -2.889  -0.859
   25   HD11  ILE  30          HD11      ILE  30   9.281  -1.906   0.009
   26   HD12  ILE  30          HD12      ILE  30  10.458  -0.602   0.169
   27   HD13  ILE  30          HD13      ILE  30   8.863  -0.270  -0.507
   28    H    GLU  31           H        GLU  31   9.551  -3.984  -3.652
   29    HA   GLU  31           HA       GLU  31   8.440  -1.930  -5.438
   30    HB2  GLU  31           HB2      GLU  31   8.618  -4.883  -5.880
   31    HB3  GLU  31           HB3      GLU  31   7.242  -3.991  -6.520
   32    HG2  GLU  31           HG2      GLU  31  10.134  -3.330  -7.136
   33    HG3  GLU  31           HG3      GLU  31   9.024  -4.215  -8.177
   34    H    VAL  32           H        VAL  32   6.518  -1.268  -4.839
   35    HA   VAL  32           HA       VAL  32   4.778  -2.987  -3.218
   36    HB   VAL  32           HB       VAL  32   5.239  -1.848  -1.318
   37   HG11  VAL  32          HG11      VAL  32   7.293  -0.961  -2.350
   38   HG12  VAL  32          HG12      VAL  32   6.379   0.440  -2.909
   39   HG13  VAL  32          HG13      VAL  32   6.571   0.143  -1.179
   40   HG21  VAL  32          HG21      VAL  32   3.067  -0.863  -1.893
   41   HG22  VAL  32          HG22      VAL  32   4.072   0.220  -0.931
   42   HG23  VAL  32          HG23      VAL  32   3.899   0.486  -2.666
   43    H    ASP  33           H        ASP  33   2.645  -2.838  -3.716
   44    HA   ASP  33           HA       ASP  33   1.740  -0.583  -5.384
   45    HB2  ASP  33           HB2      ASP  33   1.316  -3.543  -6.017
   46    HB3  ASP  33           HB3      ASP  33   0.307  -2.260  -6.689
   47    H    LEU  34           H        LEU  34  -0.668  -0.485  -5.431
   48    HA   LEU  34           HA       LEU  34  -1.812  -1.481  -2.905
   49    HB2  LEU  34           HB2      LEU  34  -2.162   1.077  -4.387
   50    HB3  LEU  34           HB3      LEU  34  -3.571   0.441  -3.563
   51    HG   LEU  34           HG       LEU  34  -2.236   0.390  -1.441
   52   HD11  LEU  34          HD11      LEU  34  -0.010   0.362  -2.563
   53   HD12  LEU  34          HD12      LEU  34  -0.238   2.074  -2.932
   54   HD13  LEU  34          HD13      LEU  34  -0.167   1.525  -1.250
   55   HD21  LEU  34          HD21      LEU  34  -3.773   2.229  -1.978
   56   HD22  LEU  34          HD22      LEU  34  -2.409   2.745  -0.987
   57   HD23  LEU  34          HD23      LEU  34  -2.435   3.110  -2.714
   58    H    LEU  35           H        LEU  35  -3.505  -2.845  -2.992
   59    HA   LEU  35           HA       LEU  35  -4.461  -3.556  -5.693
   60    HB2  LEU  35           HB2      LEU  35  -4.007  -5.450  -3.387
   61    HB3  LEU  35           HB3      LEU  35  -4.490  -5.869  -5.013
   62    HG   LEU  35           HG       LEU  35  -1.789  -5.029  -4.015
   63   HD11  LEU  35          HD11      LEU  35  -2.832  -7.338  -5.661
   64   HD12  LEU  35          HD12      LEU  35  -1.141  -7.087  -5.236
   65   HD13  LEU  35          HD13      LEU  35  -2.337  -7.396  -3.969
   66   HD21  LEU  35          HD21      LEU  35  -2.401  -3.700  -6.082
   67   HD22  LEU  35          HD22      LEU  35  -0.969  -4.718  -6.211
   68   HD23  LEU  35          HD23      LEU  35  -2.486  -5.238  -6.937
   69    H    LYS  36           H        LYS  36  -6.386  -4.868  -5.744
   70    HA   LYS  36           HA       LYS  36  -8.263  -4.630  -3.488
   71    HB2  LYS  36           HB2      LYS  36  -9.210  -5.079  -6.291
   72    HB3  LYS  36           HB3      LYS  36 -10.046  -4.262  -4.950
   73    HG2  LYS  36           HG2      LYS  36  -8.566  -2.333  -5.247
   74    HG3  LYS  36           HG3      LYS  36  -7.683  -3.182  -6.500
   75    HD2  LYS  36           HD2      LYS  36  -9.389  -1.430  -7.308
   76    HD3  LYS  36           HD3      LYS  36  -9.390  -2.998  -8.095
   77    HE2  LYS  36           HE2      LYS  36 -11.415  -3.569  -6.572
   78    HE3  LYS  36           HE3      LYS  36 -11.488  -1.838  -6.217
   79    HZ1  LYS  36           HZ1      LYS  36 -11.664  -1.394  -8.565
   80    HZ2  LYS  36           HZ2      LYS  36 -11.605  -3.052  -8.918
   81    HZ3  LYS  36           HZ3      LYS  36 -12.913  -2.415  -8.044
   82    H    ASN  37           H        ASN  37  -8.304  -6.703  -2.613
   83    HA   ASN  37           HA       ASN  37  -7.893  -8.965  -2.525
   84    HB2  ASN  37           HB2      ASN  37  -9.677 -10.162  -4.026
   85    HB3  ASN  37           HB3      ASN  37 -10.207  -9.123  -2.712
   86   HD21  ASN  37          HD21      ASN  37 -10.819  -6.948  -3.253
   87   HD22  ASN  37          HD22      ASN  37 -11.528  -6.600  -4.789
   88    H    GLY  38           H        GLY  38  -5.806  -8.156  -3.804
   89    HA2  GLY  38           HA2      GLY  38  -5.171 -10.259  -5.608
   90    HA3  GLY  38           HA3      GLY  38  -4.106  -8.949  -5.156
   91    H    GLU  39           H        GLU  39  -6.130  -6.931  -6.207
   92    HA   GLU  39           HA       GLU  39  -5.479  -7.313  -9.055
   93    HB2  GLU  39           HB2      GLU  39  -7.887  -7.739  -8.664
   94    HB3  GLU  39           HB3      GLU  39  -8.044  -6.145  -7.948
   95    HG2  GLU  39           HG2      GLU  39  -8.890  -6.161 -10.231
   96    HG3  GLU  39           HG3      GLU  39  -7.473  -5.115 -10.086
   97    H    ARG  40           H        ARG  40  -4.259  -5.715  -9.807
   98    HA   ARG  40           HA       ARG  40  -3.379  -3.621  -8.142
   99    HB2  ARG  40           HB2      ARG  40  -2.468  -4.746 -10.484
  100    HB3  ARG  40           HB3      ARG  40  -3.020  -3.177 -11.050
  101    HG2  ARG  40           HG2      ARG  40  -1.587  -2.115  -9.309
  102    HG3  ARG  40           HG3      ARG  40  -0.958  -3.714  -8.916
  103    HD2  ARG  40           HD2      ARG  40   0.632  -2.705 -10.367
  104    HD3  ARG  40           HD3      ARG  40  -0.232  -3.891 -11.352
  105    HE   ARG  40           HE       ARG  40  -1.446  -2.098 -12.380
  106   HH11  ARG  40          HH11      ARG  40   1.221  -1.076 -10.331
  107   HH12  ARG  40          HH12      ARG  40   1.427   0.439 -11.153
  108   HH21  ARG  40          HH21      ARG  40  -1.192  -0.084 -13.440
  109   HH22  ARG  40          HH22      ARG  40   0.063   1.012 -12.917
  110    H    ILE  41           H        ILE  41  -4.278  -1.806  -7.611
  111    HA   ILE  41           HA       ILE  41  -6.723  -0.863  -8.647
  112    HB   ILE  41           HB       ILE  41  -4.693   0.569  -6.926
  113   HG12  ILE  41          HG12      ILE  41  -7.167  -0.996  -6.178
  114   HG13  ILE  41          HG13      ILE  41  -5.517  -1.582  -6.006
  115   HG21  ILE  41          HG21      ILE  41  -6.250   2.141  -7.956
  116   HG22  ILE  41          HG22      ILE  41  -7.612   1.178  -7.400
  117   HG23  ILE  41          HG23      ILE  41  -6.572   1.991  -6.231
  118   HD11  ILE  41          HD11      ILE  41  -6.416   0.912  -4.636
  119   HD12  ILE  41          HD12      ILE  41  -6.717  -0.688  -3.952
  120   HD13  ILE  41          HD13      ILE  41  -5.059  -0.155  -4.259
  121    H    GLU  42           H        GLU  42  -3.800   1.156  -8.543
  122    HA   GLU  42           HA       GLU  42  -2.376   1.252 -10.540
  123    HB2  GLU  42           HB2      GLU  42  -4.969   1.847 -11.978
  124    HB3  GLU  42           HB3      GLU  42  -3.367   2.059 -12.667
  125    HG2  GLU  42           HG2      GLU  42  -3.116  -0.474 -11.996
  126    HG3  GLU  42           HG3      GLU  42  -4.874  -0.434 -12.110
  127    H    LYS  43           H        LYS  43  -4.942   3.336  -9.285
  128    HA   LYS  43           HA       LYS  43  -3.686   5.713 -10.355
  129    HB2  LYS  43           HB2      LYS  43  -5.851   5.626  -8.257
  130    HB3  LYS  43           HB3      LYS  43  -5.507   6.901  -9.415
  131    HG2  LYS  43           HG2      LYS  43  -6.840   4.242  -9.930
  132    HG3  LYS  43           HG3      LYS  43  -7.507   5.864 -10.142
  133    HD2  LYS  43           HD2      LYS  43  -5.237   4.680 -11.748
  134    HD3  LYS  43           HD3      LYS  43  -6.912   4.811 -12.286
  135    HE2  LYS  43           HE2      LYS  43  -6.800   7.212 -12.212
  136    HE3  LYS  43           HE3      LYS  43  -5.192   7.154 -11.490
  137    HZ1  LYS  43           HZ1      LYS  43  -5.814   6.045 -14.168
  138    HZ2  LYS  43           HZ2      LYS  43  -5.242   7.621 -13.923
  139    HZ3  LYS  43           HZ3      LYS  43  -4.283   6.294 -13.483
  140    H    VAL  44           H        VAL  44  -1.716   4.646  -9.078
  141    HA   VAL  44           HA       VAL  44  -1.692   5.774  -6.372
  142    HB   VAL  44           HB       VAL  44  -1.675   3.081  -6.790
  143   HG11  VAL  44          HG11      VAL  44   1.212   3.901  -6.700
  144   HG12  VAL  44          HG12      VAL  44   0.620   2.262  -6.420
  145   HG13  VAL  44          HG13      VAL  44   0.407   3.021  -7.999
  146   HG21  VAL  44          HG21      VAL  44  -1.912   4.185  -4.649
  147   HG22  VAL  44          HG22      VAL  44  -0.756   2.853  -4.552
  148   HG23  VAL  44          HG23      VAL  44  -0.182   4.523  -4.620
  149    H    GLU  45           H        GLU  45   0.053   7.024  -5.966
  150    HA   GLU  45           HA       GLU  45   2.310   6.851  -7.812
  151    HB2  GLU  45           HB2      GLU  45   0.498   9.189  -7.534
  152    HB3  GLU  45           HB3      GLU  45   2.216   9.506  -7.732
  153    HG2  GLU  45           HG2      GLU  45   0.586   7.801  -9.606
  154    HG3  GLU  45           HG3      GLU  45   0.927   9.516  -9.849
  155    H    HIS  46           H        HIS  46   3.907   6.363  -6.497
  156    HA   HIS  46           HA       HIS  46   4.880   8.674  -5.042
  157    HB2  HIS  46           HB2      HIS  46   4.061   7.273  -3.224
  158    HB3  HIS  46           HB3      HIS  46   4.875   5.865  -3.899
  159    HD2  HIS  46           HD2      HIS  46   6.375   9.410  -2.993
  160    HE1  HIS  46           HE1      HIS  46   8.604   6.353  -1.118
  161    HE2  HIS  46           HE2      HIS  46   8.255   8.856  -1.292
  162    H    SER  47           H        SER  47   6.810   9.128  -5.819
  163    HA   SER  47           HA       SER  47   8.089   7.151  -7.547
  164    HB2  SER  47           HB2      SER  47   7.642   9.425  -8.422
  165    HB3  SER  47           HB3      SER  47   8.671  10.101  -7.161
  166    HG   SER  47           HG       SER  47  10.018   9.917  -8.841
  167    H    ASP  48           H        ASP  48  10.049   6.285  -7.153
  168    HA   ASP  48           HA       ASP  48  10.921   6.235  -4.462
  169    HB2  ASP  48           HB2      ASP  48  12.550   4.647  -5.149
  170    HB3  ASP  48           HB3      ASP  48  11.112   4.342  -6.116
  171    H    LEU  49           H        LEU  49  12.976   6.788  -3.650
  172    HA   LEU  49           HA       LEU  49  14.129   9.155  -4.981
  173    HB2  LEU  49           HB2      LEU  49  14.484   9.938  -2.486
  174    HB3  LEU  49           HB3      LEU  49  12.998  10.317  -3.341
  175    HG   LEU  49           HG       LEU  49  12.629   9.652  -0.983
  176   HD11  LEU  49          HD11      LEU  49  11.475   7.709  -2.963
  177   HD12  LEU  49          HD12      LEU  49  10.910   7.913  -1.305
  178   HD13  LEU  49          HD13      LEU  49  10.784   9.250  -2.449
  179   HD21  LEU  49          HD21      LEU  49  14.512   8.091  -0.748
  180   HD22  LEU  49          HD22      LEU  49  12.983   7.431  -0.169
  181   HD23  LEU  49          HD23      LEU  49  13.629   6.913  -1.723
  182    H    SER  50           H        SER  50  15.202   6.646  -5.255
  183    HA   SER  50           HA       SER  50  16.677   5.678  -3.105
  184    HB2  SER  50           HB2      SER  50  17.832   4.356  -4.997
  185    HB3  SER  50           HB3      SER  50  16.097   4.135  -4.753
  186    HG   SER  50           HG       SER  50  15.686   5.095  -6.609
  187    H    PHE  51           H        PHE  51  17.825   7.355  -6.016
  188    HA   PHE  51           HA       PHE  51  19.672   8.571  -6.475
  189    HB2  PHE  51           HB2      PHE  51  19.149   9.858  -4.454
  190    HB3  PHE  51           HB3      PHE  51  20.048   8.703  -3.475
  191    HD1  PHE  51           HD1      PHE  51  22.293   9.071  -3.043
  192    HD2  PHE  51           HD2      PHE  51  20.462  11.028  -6.347
  193    HE1  PHE  51           HE1      PHE  51  24.357  10.360  -3.418
  194    HE2  PHE  51           HE2      PHE  51  22.519  12.322  -6.726
  195    HZ   PHE  51           HZ       PHE  51  24.470  11.989  -5.262
  196    H    SER  52           H        SER  52  20.455   6.339  -3.777
  197    HA   SER  52           HA       SER  52  22.423   5.061  -5.483
  198    HB2  SER  52           HB2      SER  52  24.211   5.232  -3.733
  199    HB3  SER  52           HB3      SER  52  23.807   6.764  -4.502
  200    HG   SER  52           HG       SER  52  22.346   7.056  -2.607
  201    H    LYS  53           H        LYS  53  22.244   4.935  -1.943
  202    HA   LYS  53           HA       LYS  53  21.368   2.143  -2.209
  203    HB2  LYS  53           HB2      LYS  53  23.511   2.552  -1.007
  204    HB3  LYS  53           HB3      LYS  53  22.625   3.481   0.195
  205    HG2  LYS  53           HG2      LYS  53  23.082   1.217   0.974
  206    HG3  LYS  53           HG3      LYS  53  21.348   1.502   0.810
  207    HD2  LYS  53           HD2      LYS  53  21.461   0.413  -1.439
  208    HD3  LYS  53           HD3      LYS  53  23.139  -0.005  -1.094
  209    HE2  LYS  53           HE2      LYS  53  20.711  -0.893   0.456
  210    HE3  LYS  53           HE3      LYS  53  21.683  -1.887  -0.628
  211    HZ1  LYS  53           HZ1      LYS  53  23.601  -1.276   0.942
  212    HZ2  LYS  53           HZ2      LYS  53  22.385  -0.827   2.036
  213    HZ3  LYS  53           HZ3      LYS  53  22.464  -2.419   1.470
  214    H    ASP  54           H        ASP  54  20.468   5.250  -0.942
  215    HA   ASP  54           HA       ASP  54  18.488   6.052  -0.294
  216    HB2  ASP  54           HB2      ASP  54  17.658   4.023  -1.802
  217    HB3  ASP  54           HB3      ASP  54  17.105   3.421  -0.241
  218    H    TRP  55           H        TRP  55  16.646   5.473   1.454
  219    HA   TRP  55           HA       TRP  55  17.735   4.229   3.829
  220    HB2  TRP  55           HB2      TRP  55  18.920   6.402   3.699
  221    HB3  TRP  55           HB3      TRP  55  17.373   7.229   3.681
  222    HD1  TRP  55           HD1      TRP  55  17.967   8.598   5.838
  223    HE1  TRP  55           HE1      TRP  55  18.075   8.016   8.311
  224    HE3  TRP  55           HE3      TRP  55  17.887   3.433   5.476
  225    HZ2  TRP  55           HZ2      TRP  55  18.104   5.678   9.943
  226    HZ3  TRP  55           HZ3      TRP  55  17.952   2.138   7.557
  227    HH2  TRP  55           HH2      TRP  55  18.056   3.224   9.737
  228    H    SER  56           H        SER  56  15.973   3.196   4.509
  229    HA   SER  56           HA       SER  56  13.327   4.154   3.886
  230    HB2  SER  56           HB2      SER  56  14.036   1.732   3.818
  231    HB3  SER  56           HB3      SER  56  14.086   1.770   5.580
  232    HG   SER  56           HG       SER  56  11.909   1.770   3.851
  233    H    PHE  57           H        PHE  57  12.620   5.931   5.231
  234    HA   PHE  57           HA       PHE  57  12.792   5.443   8.119
  235    HB2  PHE  57           HB2      PHE  57  12.788   8.062   8.164
  236    HB3  PHE  57           HB3      PHE  57  14.291   7.212   7.844
  237    HD1  PHE  57           HD1      PHE  57  15.595   8.308   6.326
  238    HD2  PHE  57           HD2      PHE  57  11.380   8.260   5.726
  239    HE1  PHE  57           HE1      PHE  57  15.881   9.541   4.214
  240    HE2  PHE  57           HE2      PHE  57  11.664   9.485   3.612
  241    HZ   PHE  57           HZ       PHE  57  13.917  10.130   2.858
  242    H    TYR  58           H        TYR  58  10.698   5.093   5.881
  243    HA   TYR  58           HA       TYR  58   8.274   5.542   6.656
  244    HB2  TYR  58           HB2      TYR  58   8.967   7.833   7.490
  245    HB3  TYR  58           HB3      TYR  58   9.135   8.337   5.815
  246    HD1  TYR  58           HD1      TYR  58   7.305   9.484   4.880
  247    HD2  TYR  58           HD2      TYR  58   6.584   6.683   8.011
  248    HE1  TYR  58           HE1      TYR  58   4.898  10.075   4.853
  249    HE2  TYR  58           HE2      TYR  58   4.187   7.265   7.990
  250    HH   TYR  58           HH       TYR  58   2.724   8.981   7.320
  251    H    LEU  59           H        LEU  59   8.123   4.102   4.851
  252    HA   LEU  59           HA       LEU  59   7.955   5.393   2.210
  253    HB2  LEU  59           HB2      LEU  59   8.289   2.621   3.208
  254    HB3  LEU  59           HB3      LEU  59   7.344   2.815   1.748
  255    HG   LEU  59           HG       LEU  59  10.070   4.034   1.928
  256   HD11  LEU  59          HD11      LEU  59  10.278   1.680   2.622
  257   HD12  LEU  59          HD12      LEU  59   9.482   1.195   1.124
  258   HD13  LEU  59          HD13      LEU  59  11.046   2.006   1.070
  259   HD21  LEU  59          HD21      LEU  59   8.354   2.969  -0.308
  260   HD22  LEU  59          HD22      LEU  59   8.702   4.663   0.039
  261   HD23  LEU  59          HD23      LEU  59   9.989   3.593  -0.508
  262    H    LEU  60           H        LEU  60   6.013   6.117   1.581
  263    HA   LEU  60           HA       LEU  60   3.681   4.455   2.111
  264    HB2  LEU  60           HB2      LEU  60   3.581   6.091   3.834
  265    HB3  LEU  60           HB3      LEU  60   4.010   7.377   2.726
  266    HG   LEU  60           HG       LEU  60   1.822   7.118   1.606
  267   HD11  LEU  60          HD11      LEU  60   1.273   5.145   3.811
  268   HD12  LEU  60          HD12      LEU  60   0.090   5.765   2.658
  269   HD13  LEU  60          HD13      LEU  60   1.434   4.774   2.094
  270   HD21  LEU  60          HD21      LEU  60   1.681   7.559   4.583
  271   HD22  LEU  60          HD22      LEU  60   2.079   8.771   3.367
  272   HD23  LEU  60          HD23      LEU  60   0.465   8.064   3.412
  273    H    TYR  61           H        TYR  61   2.167   4.503   0.508
  274    HA   TYR  61           HA       TYR  61   2.656   6.201  -1.855
  275    HB2  TYR  61           HB2      TYR  61   1.825   3.269  -1.672
  276    HB3  TYR  61           HB3      TYR  61   1.624   4.219  -3.153
  277    HD1  TYR  61           HD1      TYR  61   4.368   3.440  -0.672
  278    HD2  TYR  61           HD2      TYR  61   3.278   4.018  -4.748
  279    HE1  TYR  61           HE1      TYR  61   6.677   2.900  -1.369
  280    HE2  TYR  61           HE2      TYR  61   5.570   3.477  -5.449
  281    HH   TYR  61           HH       TYR  61   7.839   3.531  -4.469
  282    H    TYR  62           H        TYR  62   0.476   6.530  -3.123
  283    HA   TYR  62           HA       TYR  62  -1.791   6.283  -1.303
  284    HB2  TYR  62           HB2      TYR  62  -2.464   8.686  -1.748
  285    HB3  TYR  62           HB3      TYR  62  -1.141   8.415  -0.630
  286    HD1  TYR  62           HD1      TYR  62   1.038   9.292  -1.063
  287    HD2  TYR  62           HD2      TYR  62  -1.987   9.607  -4.040
  288    HE1  TYR  62           HE1      TYR  62   2.424  10.909  -2.289
  289    HE2  TYR  62           HE2      TYR  62  -0.604  11.218  -5.279
  290    HH   TYR  62           HH       TYR  62   1.201  12.763  -4.904
  291    H    THR  63           H        THR  63  -3.742   5.966  -2.212
  292    HA   THR  63           HA       THR  63  -4.139   6.524  -5.057
  293    HB   THR  63           HB       THR  63  -3.328   4.068  -4.620
  294    HG1  THR  63           HG1      THR  63  -4.513   5.107  -6.522
  295   HG21  THR  63          HG21      THR  63  -4.918   3.567  -2.802
  296   HG22  THR  63          HG22      THR  63  -6.254   3.814  -3.926
  297   HG23  THR  63          HG23      THR  63  -5.124   2.487  -4.177
  298    H    GLU  64           H        GLU  64  -6.238   6.999  -5.587
  299    HA   GLU  64           HA       GLU  64  -8.138   7.765  -3.689
  300    HB2  GLU  64           HB2      GLU  64  -7.856   8.311  -6.250
  301    HB3  GLU  64           HB3      GLU  64  -8.873   6.892  -6.475
  302    HG2  GLU  64           HG2      GLU  64 -10.336   8.725  -6.537
  303    HG3  GLU  64           HG3      GLU  64 -10.561   7.983  -4.954
  304    H    PHE  65           H        PHE  65  -9.535   6.497  -2.418
  305    HA   PHE  65           HA       PHE  65 -10.397   3.961  -3.633
  306    HB2  PHE  65           HB2      PHE  65 -10.307   2.870  -1.551
  307    HB3  PHE  65           HB3      PHE  65  -8.836   3.807  -1.681
  308    HD1  PHE  65           HD1      PHE  65  -8.092   4.451   0.349
  309    HD2  PHE  65           HD2      PHE  65 -12.267   4.644  -0.417
  310    HE1  PHE  65           HE1      PHE  65  -8.466   5.382   2.604
  311    HE2  PHE  65           HE2      PHE  65 -12.633   5.594   1.821
  312    HZ   PHE  65           HZ       PHE  65 -10.748   5.959   3.339
  313    H    THR  66           H        THR  66 -12.533   3.317  -3.371
  314    HA   THR  66           HA       THR  66 -14.202   4.924  -1.547
  315    HB   THR  66           HB       THR  66 -15.109   3.859  -4.244
  316    HG1  THR  66           HG1      THR  66 -13.864   6.193  -3.483
  317   HG21  THR  66          HG21      THR  66 -16.464   5.581  -2.147
  318   HG22  THR  66          HG22      THR  66 -17.076   5.341  -3.789
  319   HG23  THR  66          HG23      THR  66 -16.943   3.971  -2.690

  No H/Q in entry =         319
  In of MODEL    1
    1    HA   PRO  67           HA       PRO  67 -14.584   0.642  -0.152
    2    HB2  PRO  67           HB2      PRO  67 -16.002   1.398   2.179
    3    HB3  PRO  67           HB3      PRO  67 -14.301   0.958   2.052
    4    HG2  PRO  67           HG2      PRO  67 -15.358   3.538   2.591
    5    HG3  PRO  67           HG3      PRO  67 -13.666   3.098   2.331
    6    HD2  PRO  67           HD2      PRO  67 -15.524   4.473   0.574
    7    HD3  PRO  67           HD3      PRO  67 -13.762   4.326   0.445
    8    H    THR  68           H        THR  68 -16.007  -0.780  -0.447
    9    HA   THR  68           HA       THR  68 -18.861  -0.127  -0.561
   10    HB   THR  68           HB       THR  68 -19.028  -1.541  -2.632
   11    HG1  THR  68           HG1      THR  68 -16.341  -1.277  -3.232
   12   HG21  THR  68          HG21      THR  68 -17.184   0.835  -2.887
   13   HG22  THR  68          HG22      THR  68 -18.094   0.097  -4.204
   14   HG23  THR  68          HG23      THR  68 -18.947   0.881  -2.875
   15    H    GLU  69           H        GLU  69 -20.200  -2.030  -0.295
   16    HA   GLU  69           HA       GLU  69 -19.298  -3.870   1.607
   17    HB2  GLU  69           HB2      GLU  69 -21.600  -3.377   1.546
   18    HB3  GLU  69           HB3      GLU  69 -21.749  -3.730  -0.167
   19    HG2  GLU  69           HG2      GLU  69 -22.797  -5.484   0.992
   20    HG3  GLU  69           HG3      GLU  69 -21.267  -6.111   0.372
   21    H    LYS  70           H        LYS  70 -18.417  -3.838  -1.601
   22    HA   LYS  70           HA       LYS  70 -18.156  -6.754  -1.669
   23    HB2  LYS  70           HB2      LYS  70 -18.256  -4.800  -3.964
   24    HB3  LYS  70           HB3      LYS  70 -17.918  -6.509  -4.148
   25    HG2  LYS  70           HG2      LYS  70 -20.473  -5.626  -2.843
   26    HG3  LYS  70           HG3      LYS  70 -20.309  -5.608  -4.599
   27    HD2  LYS  70           HD2      LYS  70 -21.130  -7.715  -4.357
   28    HD3  LYS  70           HD3      LYS  70 -19.420  -8.084  -4.154
   29    HE2  LYS  70           HE2      LYS  70 -20.613  -9.212  -2.429
   30    HE3  LYS  70           HE3      LYS  70 -19.771  -7.864  -1.679
   31    HZ1  LYS  70           HZ1      LYS  70 -21.872  -6.590  -1.817
   32    HZ2  LYS  70           HZ2      LYS  70 -22.645  -7.990  -2.385
   33    HZ3  LYS  70           HZ3      LYS  70 -21.982  -7.965  -0.829
   34    H    ASP  71           H        ASP  71 -16.157  -3.826  -1.853
   35    HA   ASP  71           HA       ASP  71 -14.048  -5.467  -3.049
   36    HB2  ASP  71           HB2      ASP  71 -14.713  -3.413  -4.262
   37    HB3  ASP  71           HB3      ASP  71 -14.194  -2.447  -2.882
   38    H    GLU  72           H        GLU  72 -12.216  -5.881  -2.114
   39    HA   GLU  72           HA       GLU  72 -11.645  -4.990   0.640
   40    HB2  GLU  72           HB2      GLU  72 -11.940  -7.381   0.305
   41    HB3  GLU  72           HB3      GLU  72 -10.804  -7.398  -1.017
   42    HG2  GLU  72           HG2      GLU  72  -9.881  -6.577   1.687
   43    HG3  GLU  72           HG3      GLU  72 -10.153  -8.281   1.352
   44    H    TYR  73           H        TYR  73  -9.599  -4.049   1.082
   45    HA   TYR  73           HA       TYR  73  -8.045  -3.313  -1.317
   46    HB2  TYR  73           HB2      TYR  73  -8.630  -1.681   1.166
   47    HB3  TYR  73           HB3      TYR  73  -7.394  -1.244  -0.005
   48    HD1  TYR  73           HD1      TYR  73  -7.942  -0.034  -1.919
   49    HD2  TYR  73           HD2      TYR  73 -11.042  -1.876   0.335
   50    HE1  TYR  73           HE1      TYR  73  -9.621   1.168  -3.255
   51    HE2  TYR  73           HE2      TYR  73 -12.732  -0.672  -0.998
   52    HH   TYR  73           HH       TYR  73 -12.067   0.813  -3.891
   53    H    ALA  74           H        ALA  74  -5.963  -3.826  -1.343
   54    HA   ALA  74           HA       ALA  74  -4.682  -4.709   1.152
   55    HB1  ALA  74           HB1      ALA  74  -5.561  -6.666  -0.020
   56    HB2  ALA  74           HB2      ALA  74  -4.667  -6.199  -1.471
   57    HB3  ALA  74           HB3      ALA  74  -3.798  -6.660  -0.001
   58    H    CYS  75           H        CYS  75  -2.327  -4.682   1.080
   59    HA   CYS  75           HA       CYS  75  -1.267  -3.068  -1.153
   60    HB2  CYS  75           HB2      CYS  75  -0.654  -2.781   1.785
   61    HB3  CYS  75           HB3      CYS  75   0.121  -1.866   0.529
   62    H    ARG  76           H        ARG  76   0.378  -4.020  -2.199
   63    HA   ARG  76           HA       ARG  76   1.492  -6.476  -1.027
   64    HB2  ARG  76           HB2      ARG  76   0.236  -6.343  -3.312
   65    HB3  ARG  76           HB3      ARG  76   1.780  -5.727  -3.916
   66    HG2  ARG  76           HG2      ARG  76   2.813  -7.747  -3.671
   67    HG3  ARG  76           HG3      ARG  76   1.807  -8.240  -2.315
   68    HD2  ARG  76           HD2      ARG  76  -0.099  -8.505  -3.968
   69    HD3  ARG  76           HD3      ARG  76   1.099  -8.286  -5.261
   70    HE   ARG  76           HE       ARG  76   1.496 -10.413  -3.283
   71   HH11  ARG  76          HH11      ARG  76   0.895  -9.404  -6.578
   72   HH12  ARG  76          HH12      ARG  76   0.993 -11.017  -7.227
   73   HH21  ARG  76          HH21      ARG  76   1.667 -12.532  -4.133
   74   HH22  ARG  76          HH22      ARG  76   1.468 -12.785  -5.840
   75    H    VAL  77           H        VAL  77   3.661  -6.673  -0.621
   76    HA   VAL  77           HA       VAL  77   5.466  -4.800  -2.001
   77    HB   VAL  77           HB       VAL  77   4.957  -4.205   0.481
   78   HG11  VAL  77          HG11      VAL  77   5.285  -6.438   1.399
   79   HG12  VAL  77          HG12      VAL  77   6.967  -6.420   0.865
   80   HG13  VAL  77          HG13      VAL  77   6.420  -5.285   2.101
   81   HG21  VAL  77          HG21      VAL  77   6.652  -3.142  -0.918
   82   HG22  VAL  77          HG22      VAL  77   7.196  -3.328   0.753
   83   HG23  VAL  77          HG23      VAL  77   7.794  -4.423  -0.492
   84    H    ASN  78           H        ASN  78   7.384  -5.495  -2.608
   85    HA   ASN  78           HA       ASN  78   8.207  -8.246  -1.916
   86    HB2  ASN  78           HB2      ASN  78   7.062  -8.079  -4.209
   87    HB3  ASN  78           HB3      ASN  78   8.485  -7.170  -4.728
   88   HD21  ASN  78          HD21      ASN  78   9.136  -8.731  -6.198
   89   HD22  ASN  78          HD22      ASN  78   9.774 -10.263  -5.701
   90    H    HIS  79           H        HIS  79  10.335  -8.609  -1.719
   91    HA   HIS  79           HA       HIS  79  12.215  -6.497  -2.503
   92    HB2  HIS  79           HB2      HIS  79  11.771  -6.436  -0.013
   93    HB3  HIS  79           HB3      HIS  79  12.403  -8.073   0.082
   94    HD2  HIS  79           HD2      HIS  79  13.658  -4.420  -0.237
   95    HE1  HIS  79           HE1      HIS  79  17.013  -6.989   0.004
   96    HE2  HIS  79           HE2      HIS  79  16.253  -4.575  -0.151
   97    H    VAL  80           H        VAL  80  14.433  -7.389  -2.807
   98    HA   VAL  80           HA       VAL  80  14.501  -9.609  -4.442
   99    HB   VAL  80           HB       VAL  80  16.807  -8.624  -2.751
  100   HG11  VAL  80          HG11      VAL  80  17.229 -10.841  -3.682
  101   HG12  VAL  80          HG12      VAL  80  16.798 -10.262  -5.291
  102   HG13  VAL  80          HG13      VAL  80  18.230  -9.630  -4.481
  103   HG21  VAL  80          HG21      VAL  80  15.950  -7.847  -5.537
  104   HG22  VAL  80          HG22      VAL  80  15.864  -6.836  -4.096
  105   HG23  VAL  80          HG23      VAL  80  17.431  -7.323  -4.737
  106    H    THR  81           H        THR  81  14.778  -9.524  -0.939
  107    HA   THR  81           HA       THR  81  15.827 -12.164  -0.647
  108    HB   THR  81           HB       THR  81  16.071 -10.758   1.257
  109    HG1  THR  81           HG1      THR  81  14.083 -12.295   2.403
  110   HG21  THR  81          HG21      THR  81  13.055 -10.496   1.311
  111   HG22  THR  81          HG22      THR  81  14.157  -9.873   2.538
  112   HG23  THR  81          HG23      THR  81  14.206  -9.224   0.899
  113    H    LEU  82           H        LEU  82  12.458 -10.950  -0.357
  114    HA   LEU  82           HA       LEU  82  11.288 -13.508  -0.160
  115    HB2  LEU  82           HB2      LEU  82   9.944 -11.196  -1.538
  116    HB3  LEU  82           HB3      LEU  82   9.213 -12.494  -0.612
  117    HG   LEU  82           HG       LEU  82  10.886 -10.298   0.590
  118   HD11  LEU  82          HD11      LEU  82   7.908 -10.666   0.470
  119   HD12  LEU  82          HD12      LEU  82   8.758  -9.436   1.410
  120   HD13  LEU  82          HD13      LEU  82   8.855  -9.422  -0.349
  121   HD21  LEU  82          HD21      LEU  82  10.877 -12.417   1.854
  122   HD22  LEU  82          HD22      LEU  82  10.041 -11.117   2.706
  123   HD23  LEU  82          HD23      LEU  82   9.114 -12.369   1.875
  124    H    SER  83           H        SER  83  10.410 -14.873  -1.710
  125    HA   SER  83           HA       SER  83  11.143 -14.336  -4.507
  126    HB2  SER  83           HB2      SER  83  10.131 -16.881  -3.216
  127    HB3  SER  83           HB3      SER  83  10.727 -16.715  -4.870
  128    HG   SER  83           HG       SER  83  12.568 -15.750  -3.209
  129    H    GLN  84           H        GLN  84   8.668 -13.951  -2.386
  130    HA   GLN  84           HA       GLN  84   6.757 -13.580  -4.540
  131    HB2  GLN  84           HB2      GLN  84   4.954 -14.797  -3.346
  132    HB3  GLN  84           HB3      GLN  84   6.268 -15.855  -3.833
  133    HG2  GLN  84           HG2      GLN  84   7.117 -15.868  -1.536
  134    HG3  GLN  84           HG3      GLN  84   5.837 -14.751  -1.053
  135   HE21  GLN  84          HE21      GLN  84   3.712 -15.491  -0.925
  136   HE22  GLN  84          HE22      GLN  84   3.328 -17.179  -0.881

  No H/Q in entry =         136
  In of MODEL    1
    1    HA   PRO  85           HA       PRO  85   6.150  -9.962  -1.880
    2    HB2  PRO  85           HB2      PRO  85   3.955  -8.978  -3.226
    3    HB3  PRO  85           HB3      PRO  85   5.641  -8.583  -3.597
    4    HG2  PRO  85           HG2      PRO  85   3.796 -10.470  -4.972
    5    HG3  PRO  85           HG3      PRO  85   5.115  -9.487  -5.644
    6    HD2  PRO  85           HD2      PRO  85   5.336 -12.208  -5.214
    7    HD3  PRO  85           HD3      PRO  85   6.736 -11.091  -5.157
    8    H    LYS  86           H        LYS  86   4.602  -9.253  -0.412
    9    HA   LYS  86           HA       LYS  86   2.613 -11.336   0.205
   10    HB2  LYS  86           HB2      LYS  86   3.853  -9.360   2.135
   11    HB3  LYS  86           HB3      LYS  86   2.770 -10.681   2.544
   12    HG2  LYS  86           HG2      LYS  86   5.634 -10.809   1.651
   13    HG3  LYS  86           HG3      LYS  86   4.916 -11.425   3.141
   14    HD2  LYS  86           HD2      LYS  86   3.522 -12.897   1.437
   15    HD3  LYS  86           HD3      LYS  86   4.910 -12.573   0.396
   16    HE2  LYS  86           HE2      LYS  86   5.013 -13.807   3.151
   17    HE3  LYS  86           HE3      LYS  86   5.171 -14.678   1.626
   18    HZ1  LYS  86           HZ1      LYS  86   7.170 -13.331   1.168
   19    HZ2  LYS  86           HZ2      LYS  86   7.033 -12.632   2.709
   20    HZ3  LYS  86           HZ3      LYS  86   7.323 -14.295   2.554
   21    H    ILE  87           H        ILE  87   0.573 -10.744   0.958
   22    HA   ILE  87           HA       ILE  87  -0.198  -7.991   0.281
   23    HB   ILE  87           HB       ILE  87  -1.523 -10.536  -0.300
   24   HG12  ILE  87          HG12      ILE  87  -0.904  -9.227  -2.149
   25   HG13  ILE  87          HG13      ILE  87  -2.643  -8.967  -2.012
   26   HG21  ILE  87          HG21      ILE  87  -3.121  -8.259   0.833
   27   HG22  ILE  87          HG22      ILE  87  -3.815  -9.517  -0.194
   28   HG23  ILE  87          HG23      ILE  87  -3.099  -9.941   1.365
   29   HD11  ILE  87          HD11      ILE  87  -0.542  -7.100  -0.961
   30   HD12  ILE  87          HD12      ILE  87  -1.423  -6.909  -2.473
   31   HD13  ILE  87          HD13      ILE  87  -2.285  -6.851  -0.942
   32    H    VAL  88           H        VAL  88  -0.992  -6.691   1.726
   33    HA   VAL  88           HA       VAL  88  -1.959  -7.813   4.263
   34    HB   VAL  88           HB       VAL  88  -0.004  -6.449   4.657
   35   HG11  VAL  88          HG11      VAL  88  -1.430  -4.347   3.080
   36   HG12  VAL  88          HG12      VAL  88  -0.081  -3.987   4.159
   37   HG13  VAL  88          HG13      VAL  88   0.157  -5.055   2.769
   38   HG21  VAL  88          HG21      VAL  88  -2.564  -5.113   5.460
   39   HG22  VAL  88          HG22      VAL  88  -1.637  -6.303   6.377
   40   HG23  VAL  88          HG23      VAL  88  -0.988  -4.679   6.120
   41    H    LYS  89           H        LYS  89  -4.080  -7.528   4.572
   42    HA   LYS  89           HA       LYS  89  -5.415  -5.666   2.741
   43    HB2  LYS  89           HB2      LYS  89  -6.647  -8.017   4.158
   44    HB3  LYS  89           HB3      LYS  89  -7.355  -7.054   2.864
   45    HG2  LYS  89           HG2      LYS  89  -6.057  -8.045   1.243
   46    HG3  LYS  89           HG3      LYS  89  -4.797  -8.483   2.397
   47    HD2  LYS  89           HD2      LYS  89  -7.532  -9.705   2.474
   48    HD3  LYS  89           HD3      LYS  89  -6.209 -10.387   1.516
   49    HE2  LYS  89           HE2      LYS  89  -5.969  -9.773   4.444
   50    HE3  LYS  89           HE3      LYS  89  -6.506 -11.342   3.846
   51    HZ1  LYS  89           HZ1      LYS  89  -3.915 -10.064   3.184
   52    HZ2  LYS  89           HZ2      LYS  89  -4.119 -11.271   4.346
   53    HZ3  LYS  89           HZ3      LYS  89  -4.412 -11.608   2.708
   54    H    TRP  90           H        TRP  90  -7.025  -4.333   3.534
   55    HA   TRP  90           HA       TRP  90  -6.471  -3.476   6.240
   56    HB2  TRP  90           HB2      TRP  90  -6.519  -1.800   4.461
   57    HB3  TRP  90           HB3      TRP  90  -8.164  -2.261   4.050
   58    HD1  TRP  90           HD1      TRP  90  -6.627  -1.178   7.500
   59    HE1  TRP  90           HE1      TRP  90  -8.103   0.660   8.441
   60    HE3  TRP  90           HE3      TRP  90  -9.961  -0.721   3.599
   61    HZ2  TRP  90           HZ2      TRP  90 -10.402   2.081   7.719
   62    HZ3  TRP  90           HZ3      TRP  90 -11.765   0.923   3.812
   63    HH2  TRP  90           HH2      TRP  90 -11.995   2.310   5.805
   64    H    ASP  91           H        ASP  91  -7.733  -3.714   7.972
   65    HA   ASP  91           HA       ASP  91  -9.747  -5.699   7.989
   66    HB2  ASP  91           HB2      ASP  91  -8.899  -3.710  10.095
   67    HB3  ASP  91           HB3      ASP  91 -10.094  -4.972  10.372
   68    H    ARG  92           H        ARG  92 -11.546  -5.227   6.805
   69    HA   ARG  92           HA       ARG  92 -13.603  -3.824   8.090
   70    HB2  ARG  92           HB2      ARG  92 -13.919  -1.872   6.741
   71    HB3  ARG  92           HB3      ARG  92 -12.216  -1.899   7.200
   72    HG2  ARG  92           HG2      ARG  92 -11.960  -1.359   5.035
   73    HG3  ARG  92           HG3      ARG  92 -11.937  -3.123   4.875
   74    HD2  ARG  92           HD2      ARG  92 -13.594  -1.368   3.454
   75    HD3  ARG  92           HD3      ARG  92 -13.830  -3.109   3.634
   76    HE   ARG  92           HE       ARG  92 -15.004  -1.436   5.704
   77   HH11  ARG  92          HH11      ARG  92 -15.440  -3.115   2.661
   78   HH12  ARG  92          HH12      ARG  92 -17.153  -3.286   2.847
   79   HH21  ARG  92          HH21      ARG  92 -17.269  -1.619   5.939
   80   HH22  ARG  92          HH22      ARG  92 -18.198  -2.424   4.712
   81    H    ASP  93           H        ASP  93 -12.412  -5.885   5.859
   82    HA   ASP  93           HA       ASP  93 -14.911  -6.705   4.789
   83    HB2  ASP  93           HB2      ASP  93 -14.460  -4.608   3.479
   84    HB3  ASP  93           HB3      ASP  93 -13.019  -5.403   2.829

  No H/Q in entry =          84
  In of MODEL    1
    1    HA   MET  94           HA       MET  94 -10.944  -9.136   3.643
    2    HB2  MET  94           HB2      MET  94  -9.399  -9.775   5.783
    3    HB3  MET  94           HB3      MET  94  -9.039  -8.471   4.658
    4    HG2  MET  94           HG2      MET  94  -8.856  -7.933   7.146
    5    HG3  MET  94           HG3      MET  94  -9.788  -6.793   6.170
    6    HE1  MET  94           HE1      MET  94 -10.434 -10.267   7.984
    7    HE2  MET  94           HE2      MET  94  -9.658  -9.194   9.150
    8    HE3  MET  94           HE3      MET  94 -11.333  -9.691   9.388

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   MET   1           HA       MET   1   4.049  -8.240   7.175
    2    HB2  MET   1           HB2      MET   1   4.472  -9.018   9.406
    3    HB3  MET   1           HB3      MET   1   5.152  -7.467   9.878
    4    HG2  MET   1           HG2      MET   1   2.921  -7.750  10.782
    5    HG3  MET   1           HG3      MET   1   2.972  -6.418   9.631
    6    HE1  MET   1           HE1      MET   1   0.229  -7.550  10.576
    7    HE2  MET   1           HE2      MET   1   0.364  -6.318   9.321
    8    HE3  MET   1           HE3      MET   1  -0.641  -7.743   9.054

  No H/Q in entry =           8
  In of MODEL    2
    1    H    ILE   2           H        ILE   2   3.167  -6.707   6.030
    2    HA   ILE   2           HA       ILE   2   3.976  -3.927   6.286
    3    HB   ILE   2           HB       ILE   2   1.759  -4.991   4.518
    4   HG12  ILE   2          HG12      ILE   2   4.514  -4.836   3.391
    5   HG13  ILE   2          HG13      ILE   2   4.122  -6.222   4.408
    6   HG21  ILE   2          HG21      ILE   2   2.062  -2.558   4.645
    7   HG22  ILE   2          HG22      ILE   2   3.717  -2.746   4.059
    8   HG23  ILE   2          HG23      ILE   2   2.362  -3.198   3.029
    9   HD11  ILE   2          HD11      ILE   2   2.241  -6.766   2.937
   10   HD12  ILE   2          HD12      ILE   2   2.641  -5.387   1.919
   11   HD13  ILE   2          HD13      ILE   2   3.768  -6.734   2.060

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLN   3           H        GLN   3   2.435  -2.211   6.867
    2    HA   GLN   3           HA       GLN   3   0.049  -3.277   8.222
    3    HB2  GLN   3           HB2      GLN   3   1.885  -1.070   9.186
    4    HB3  GLN   3           HB3      GLN   3   0.391  -1.583   9.984
    5    HG2  GLN   3           HG2      GLN   3   1.311  -3.684  10.594
    6    HG3  GLN   3           HG3      GLN   3   2.723  -3.437   9.532
    7   HE21  GLN   3          HE21      GLN   3   2.563  -3.974  12.420
    8   HE22  GLN   3          HE22      GLN   3   3.409  -2.672  13.187

  No H/Q in entry =           8
  In of MODEL    2
    1    H    VAL   4           H        VAL   4  -1.534  -2.621   6.872
    2    HA   VAL   4           HA       VAL   4  -1.415   0.056   5.751
    3    HB   VAL   4           HB       VAL   4  -3.602  -0.665   4.595
    4   HG11  VAL   4          HG11      VAL   4  -1.011  -2.123   4.115
    5   HG12  VAL   4          HG12      VAL   4  -2.356  -2.065   2.980
    6   HG13  VAL   4          HG13      VAL   4  -1.517  -0.582   3.419
    7   HG21  VAL   4          HG21      VAL   4  -2.680  -3.323   5.668
    8   HG22  VAL   4          HG22      VAL   4  -4.215  -2.519   6.007
    9   HG23  VAL   4          HG23      VAL   4  -3.863  -3.106   4.379

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR   5           H        TYR   5  -3.048   1.555   5.926
    2    HA   TYR   5           HA       TYR   5  -4.948   1.403   8.120
    3    HB2  TYR   5           HB2      TYR   5  -2.595   3.315   8.154
    4    HB3  TYR   5           HB3      TYR   5  -4.044   3.557   9.117
    5    HD1  TYR   5           HD1      TYR   5  -0.874   2.940   9.654
    6    HD2  TYR   5           HD2      TYR   5  -4.534   0.822  10.179
    7    HE1  TYR   5           HE1      TYR   5   0.153   1.625  11.469
    8    HE2  TYR   5           HE2      TYR   5  -3.506  -0.509  11.988
    9    HH   TYR   5           HH       TYR   5  -0.520   0.330  13.410

  No H/Q in entry =           9
  In of MODEL    2
    1    H    SER   6           H        SER   6  -6.109   3.664   8.245
    2    HA   SER   6           HA       SER   6  -5.817   5.144   5.732
    3    HB2  SER   6           HB2      SER   6  -8.217   5.224   5.408
    4    HB3  SER   6           HB3      SER   6  -7.831   3.502   5.676
    5    HG   SER   6           HG       SER   6  -9.518   5.014   7.045

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ARG   7           H        ARG   7  -6.604   7.319   5.850
    2    HA   ARG   7           HA       ARG   7  -5.899   8.527   8.381
    3    HB2  ARG   7           HB2      ARG   7  -5.457   9.306   5.860
    4    HB3  ARG   7           HB3      ARG   7  -6.978  10.153   6.112
    5    HG2  ARG   7           HG2      ARG   7  -4.614  10.461   7.943
    6    HG3  ARG   7           HG3      ARG   7  -4.892  11.481   6.530
    7    HD2  ARG   7           HD2      ARG   7  -7.252  11.810   7.597
    8    HD3  ARG   7           HD3      ARG   7  -6.446  11.286   9.073
    9    HE   ARG   7           HE       ARG   7  -4.891  13.298   7.919
   10   HH11  ARG   7          HH11      ARG   7  -7.987  12.877   9.493
   11   HH12  ARG   7          HH12      ARG   7  -8.129  14.550   9.942
   12   HH21  ARG   7          HH21      ARG   7  -5.069  15.495   8.519
   13   HH22  ARG   7          HH22      ARG   7  -6.462  16.032   9.409

  No H/Q in entry =          13
  In of MODEL    2
    1    H    HIS   8           H        HIS   8  -8.807   7.509   6.923
    2    HA   HIS   8           HA       HIS   8 -10.393   9.230   8.685
    3    HB2  HIS   8           HB2      HIS   8 -10.907   8.800   5.729
    4    HB3  HIS   8           HB3      HIS   8 -12.028   9.587   6.835
    5    HD2  HIS   8           HD2      HIS   8 -10.700  11.940   8.121
    6    HE1  HIS   8           HE1      HIS   8  -8.576  12.662   4.532
    7    HE2  HIS   8           HE2      HIS   8  -9.409  13.689   6.700

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   PRO   9           HA       PRO   9 -12.808   5.570   9.489
    2    HB2  PRO   9           HB2      PRO   9 -15.254   7.206   9.262
    3    HB3  PRO   9           HB3      PRO   9 -14.624   6.312  10.656
    4    HG2  PRO   9           HG2      PRO   9 -14.557   9.016  10.564
    5    HG3  PRO   9           HG3      PRO   9 -13.241   8.078  11.308
    6    HD2  PRO   9           HD2      PRO   9 -13.368   9.353   8.597
    7    HD3  PRO   9           HD3      PRO   9 -12.020   9.337   9.761

  No H/Q in entry =           7
  In of MODEL    2
    1    H    ALA  10           H        ALA  10 -13.725   4.000   8.247
    2    HA   ALA  10           HA       ALA  10 -13.916   4.309   5.466
    3    HB1  ALA  10           HB1      ALA  10 -14.750   2.004   5.477
    4    HB2  ALA  10           HB2      ALA  10 -13.359   2.192   6.541
    5    HB3  ALA  10           HB3      ALA  10 -14.983   2.099   7.221

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLU  11           H        GLU  11 -15.463   5.765   4.689
    2    HA   GLU  11           HA       GLU  11 -18.264   5.178   5.455
    3    HB2  GLU  11           HB2      GLU  11 -16.848   7.704   4.892
    4    HB3  GLU  11           HB3      GLU  11 -18.387   7.564   4.062
    5    HG2  GLU  11           HG2      GLU  11 -18.710   8.743   6.091
    6    HG3  GLU  11           HG3      GLU  11 -19.470   7.170   6.261

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ASN  12           H        ASN  12 -18.939   3.656   3.987
    2    HA   ASN  12           HA       ASN  12 -18.290   3.231   1.407
    3    HB2  ASN  12           HB2      ASN  12 -19.825   1.758   2.465
    4    HB3  ASN  12           HB3      ASN  12 -20.987   3.035   2.795
    5   HD21  ASN  12          HD21      ASN  12 -22.305   3.772   1.110
    6   HD22  ASN  12          HD22      ASN  12 -22.523   2.861  -0.347

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLY  13           H        GLY  13 -18.107   4.520  -0.298
    2    HA2  GLY  13           HA2      GLY  13 -20.204   6.555  -0.797
    3    HA3  GLY  13           HA3      GLY  13 -19.265   5.751  -2.037

  No H/Q in entry =           3
  In of MODEL    2
    1    H    LYS  14           H        LYS  14 -17.344   6.692   0.636
    2    HA   LYS  14           HA       LYS  14 -16.748   9.319  -0.564
    3    HB2  LYS  14           HB2      LYS  14 -15.461   8.078   1.862
    4    HB3  LYS  14           HB3      LYS  14 -15.438   9.764   1.390
    5    HG2  LYS  14           HG2      LYS  14 -18.007   8.390   2.090
    6    HG3  LYS  14           HG3      LYS  14 -16.910   8.992   3.316
    7    HD2  LYS  14           HD2      LYS  14 -18.620  10.597   2.911
    8    HD3  LYS  14           HD3      LYS  14 -17.063  11.245   2.401
    9    HE2  LYS  14           HE2      LYS  14 -18.603  11.871   0.740
   10    HE3  LYS  14           HE3      LYS  14 -17.684  10.532   0.059
   11    HZ1  LYS  14           HZ1      LYS  14 -20.373  10.306   1.303
   12    HZ2  LYS  14           HZ2      LYS  14 -20.079  10.351  -0.367
   13    HZ3  LYS  14           HZ3      LYS  14 -19.511   9.053   0.558

  No H/Q in entry =          13
  In of MODEL    2
    1    H    SER  15           H        SER  15 -14.643   9.910  -1.245
    2    HA   SER  15           HA       SER  15 -12.744   7.680  -1.394
    3    HB2  SER  15           HB2      SER  15 -13.194   9.014  -3.540
    4    HB3  SER  15           HB3      SER  15 -12.284  10.304  -2.770
    5    HG   SER  15           HG       SER  15 -10.776   9.229  -3.840

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ASN  16           H        ASN  16 -10.676   7.953  -0.654
    2    HA   ASN  16           HA       ASN  16  -9.985  10.206   1.007
    3    HB2  ASN  16           HB2      ASN  16 -10.006   7.446   2.272
    4    HB3  ASN  16           HB3      ASN  16  -9.657   8.979   3.055
    5   HD21  ASN  16          HD21      ASN  16 -11.341  10.178   3.872
    6   HD22  ASN  16          HD22      ASN  16 -12.991   9.656   3.840

  No H/Q in entry =           6
  In of MODEL    2
    1    H    PHE  17           H        PHE  17  -7.906   8.229   2.228
    2    HA   PHE  17           HA       PHE  17  -6.447   7.646  -0.257
    3    HB2  PHE  17           HB2      PHE  17  -5.484   9.192   2.130
    4    HB3  PHE  17           HB3      PHE  17  -4.345   8.347   1.085
    5    HD1  PHE  17           HD1      PHE  17  -5.679   8.813  -1.539
    6    HD2  PHE  17           HD2      PHE  17  -4.948  11.435   1.730
    7    HE1  PHE  17           HE1      PHE  17  -5.639  10.726  -3.088
    8    HE2  PHE  17           HE2      PHE  17  -4.915  13.353   0.191
    9    HZ   PHE  17           HZ       PHE  17  -5.261  13.000  -2.223

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  18           H        LEU  18  -5.443   5.658  -0.310
    2    HA   LEU  18           HA       LEU  18  -5.630   4.062   2.141
    3    HB2  LEU  18           HB2      LEU  18  -6.518   2.915   0.239
    4    HB3  LEU  18           HB3      LEU  18  -5.115   3.301  -0.732
    5    HG   LEU  18           HG       LEU  18  -3.735   1.734   0.557
    6   HD11  LEU  18          HD11      LEU  18  -6.250   1.231   2.151
    7   HD12  LEU  18          HD12      LEU  18  -4.801   0.229   2.206
    8   HD13  LEU  18          HD13      LEU  18  -4.731   1.903   2.750
    9   HD21  LEU  18          HD21      LEU  18  -6.346   0.578  -0.407
   10   HD22  LEU  18          HD22      LEU  18  -4.872   0.820  -1.348
   11   HD23  LEU  18          HD23      LEU  18  -4.902  -0.365  -0.044

  No H/Q in entry =          11
  In of MODEL    2
    1    H    ASN  19           H        ASN  19  -3.947   3.827   3.385
    2    HA   ASN  19           HA       ASN  19  -1.333   4.718   2.394
    3    HB2  ASN  19           HB2      ASN  19  -2.452   4.657   5.208
    4    HB3  ASN  19           HB3      ASN  19  -0.794   5.088   4.813
    5   HD21  ASN  19          HD21      ASN  19  -4.128   6.065   4.611
    6   HD22  ASN  19          HD22      ASN  19  -3.824   7.728   4.233

  No H/Q in entry =           6
  In of MODEL    2
    1    H    CYS  20           H        CYS  20  -0.010   3.076   1.892
    2    HA   CYS  20           HA       CYS  20  -0.102   0.621   3.517
    3    HB2  CYS  20           HB2      CYS  20   1.242   1.110   0.823
    4    HB3  CYS  20           HB3      CYS  20   0.796  -0.437   1.532

  No H/Q in entry =           4
  In of MODEL    2
    1    H    TYR  21           H        TYR  21   1.453   0.746   5.102
    2    HA   TYR  21           HA       TYR  21   3.817   2.426   4.619
    3    HB2  TYR  21           HB2      TYR  21   2.778   3.238   6.557
    4    HB3  TYR  21           HB3      TYR  21   2.341   1.644   7.121
    5    HD1  TYR  21           HD1      TYR  21   3.631   0.580   8.762
    6    HD2  TYR  21           HD2      TYR  21   5.224   3.956   6.712
    7    HE1  TYR  21           HE1      TYR  21   5.503   0.665  10.353
    8    HE2  TYR  21           HE2      TYR  21   7.094   4.044   8.295
    9    HH   TYR  21           HH       TYR  21   7.784   1.525  10.483

  No H/Q in entry =           9
  In of MODEL    2
    1    H    VAL  22           H        VAL  22   5.473   1.379   3.836
    2    HA   VAL  22           HA       VAL  22   6.054  -1.378   4.686
    3    HB   VAL  22           HB       VAL  22   7.083   0.216   2.314
    4   HG11  VAL  22          HG11      VAL  22   8.552  -1.621   3.158
    5   HG12  VAL  22          HG12      VAL  22   7.257  -2.755   2.780
    6   HG13  VAL  22          HG13      VAL  22   8.010  -1.813   1.486
    7   HG21  VAL  22          HG21      VAL  22   4.694  -0.203   2.106
    8   HG22  VAL  22          HG22      VAL  22   5.602  -1.171   0.942
    9   HG23  VAL  22          HG23      VAL  22   4.953  -1.923   2.404

  No H/Q in entry =           9
  In of MODEL    2
    1    H    SER  23           H        SER  23   7.620  -1.512   6.247
    2    HA   SER  23           HA       SER  23   9.628   0.645   6.323
    3    HB2  SER  23           HB2      SER  23   7.937   0.776   8.136
    4    HB3  SER  23           HB3      SER  23   8.444  -0.818   8.690
    5    HG   SER  23           HG       SER  23   9.843   1.635   8.762

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLY  24           H        GLY  24  11.727   0.156   6.624
    2    HA2  GLY  24           HA2      GLY  24  12.487  -2.550   7.496
    3    HA3  GLY  24           HA3      GLY  24  13.510  -1.123   7.543

  No H/Q in entry =           3
  In of MODEL    2
    1    H    PHE  25           H        PHE  25  11.858  -1.340   4.631
    2    HA   PHE  25           HA       PHE  25  13.918  -3.002   3.374
    3    HB2  PHE  25           HB2      PHE  25  11.278  -2.009   2.289
    4    HB3  PHE  25           HB3      PHE  25  12.386  -3.103   1.461
    5    HD1  PHE  25           HD1      PHE  25  12.556  -5.417   2.052
    6    HD2  PHE  25           HD2      PHE  25  10.037  -2.812   4.296
    7    HE1  PHE  25           HE1      PHE  25  11.538  -7.370   3.165
    8    HE2  PHE  25           HE2      PHE  25   9.005  -4.764   5.413
    9    HZ   PHE  25           HZ       PHE  25   9.744  -7.033   4.816

  No H/Q in entry =           9
  In of MODEL    2
    1    H    HIS  26           H        HIS  26  15.148  -2.274   1.672
    2    HA   HIS  26           HA       HIS  26  15.658   0.562   1.754
    3    HB2  HIS  26           HB2      HIS  26  16.982  -1.482  -0.029
    4    HB3  HIS  26           HB3      HIS  26  17.645   0.056   0.527
    5    HD2  HIS  26           HD2      HIS  26  18.067   0.048   3.447
    6    HE1  HIS  26           HE1      HIS  26  18.686  -4.136   3.420
    7    HE2  HIS  26           HE2      HIS  26  19.108  -1.981   4.679

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   PRO  27           HA       PRO  27  12.475   1.326  -1.208
    2    HB2  PRO  27           HB2      PRO  27  14.009   3.844  -1.586
    3    HB3  PRO  27           HB3      PRO  27  12.292   3.620  -1.229
    4    HG2  PRO  27           HG2      PRO  27  13.980   4.410   0.667
    5    HG3  PRO  27           HG3      PRO  27  12.672   3.261   1.033
    6    HD2  PRO  27           HD2      PRO  27  15.605   2.770   0.680
    7    HD3  PRO  27           HD3      PRO  27  14.448   1.990   1.782

  No H/Q in entry =           7
  In of MODEL    2
    1    H    SER  28           H        SER  28  15.811   1.279  -2.026
    2    HA   SER  28           HA       SER  28  15.561   2.080  -4.736
    3    HB2  SER  28           HB2      SER  28  17.926   0.876  -4.740
    4    HB3  SER  28           HB3      SER  28  17.701   2.440  -3.932
    5    HG   SER  28           HG       SER  28  18.753   0.626  -2.709

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ASP  29           H        ASP  29  15.533  -1.116  -3.134
    2    HA   ASP  29           HA       ASP  29  15.087  -2.293  -5.816
    3    HB2  ASP  29           HB2      ASP  29  16.449  -3.665  -3.485
    4    HB3  ASP  29           HB3      ASP  29  16.195  -4.332  -5.092

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ILE  30           H        ILE  30  12.820  -1.481  -4.195
    2    HA   ILE  30           HA       ILE  30  11.777  -4.186  -3.670
    3    HB   ILE  30           HB       ILE  30  10.749  -3.664  -1.717
    4   HG12  ILE  30          HG12      ILE  30  10.527  -0.741  -2.530
    5   HG13  ILE  30          HG13      ILE  30   9.259  -1.961  -2.677
    6   HG21  ILE  30          HG21      ILE  30  12.962  -1.640  -1.824
    7   HG22  ILE  30          HG22      ILE  30  12.073  -2.031  -0.353
    8   HG23  ILE  30          HG23      ILE  30  13.016  -3.274  -1.174
    9   HD11  ILE  30          HD11      ILE  30  10.489  -1.012  -0.097
   10   HD12  ILE  30          HD12      ILE  30   8.918  -0.531  -0.736
   11   HD13  ILE  30          HD13      ILE  30   9.198  -2.205  -0.253

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLU  31           H        GLU  31   9.477  -4.416  -3.839
    2    HA   GLU  31           HA       GLU  31   8.232  -2.578  -5.775
    3    HB2  GLU  31           HB2      GLU  31   8.200  -5.591  -5.671
    4    HB3  GLU  31           HB3      GLU  31   6.934  -4.687  -6.486
    5    HG2  GLU  31           HG2      GLU  31   8.485  -3.774  -8.062
    6    HG3  GLU  31           HG3      GLU  31   9.864  -4.439  -7.186

  No H/Q in entry =           6
  In of MODEL    2
    1    H    VAL  32           H        VAL  32   6.532  -1.595  -4.866
    2    HA   VAL  32           HA       VAL  32   4.745  -3.204  -3.192
    3    HB   VAL  32           HB       VAL  32   5.455  -2.069  -1.364
    4   HG11  VAL  32          HG11      VAL  32   7.378  -1.147  -2.606
    5   HG12  VAL  32          HG12      VAL  32   6.385   0.232  -3.069
    6   HG13  VAL  32          HG13      VAL  32   6.762  -0.054  -1.367
    7   HG21  VAL  32          HG21      VAL  32   3.220  -1.138  -1.734
    8   HG22  VAL  32          HG22      VAL  32   4.281   0.000  -0.902
    9   HG23  VAL  32          HG23      VAL  32   3.933   0.210  -2.618

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ASP  33           H        ASP  33   2.652  -3.014  -3.734
    2    HA   ASP  33           HA       ASP  33   1.836  -0.752  -5.436
    3    HB2  ASP  33           HB2      ASP  33   1.178  -3.691  -5.982
    4    HB3  ASP  33           HB3      ASP  33   0.437  -2.323  -6.813

  No H/Q in entry =           4
  In of MODEL    2
    1    H    LEU  34           H        LEU  34  -0.549  -0.547  -5.501
    2    HA   LEU  34           HA       LEU  34  -1.769  -1.492  -2.991
    3    HB2  LEU  34           HB2      LEU  34  -2.109   1.036  -4.550
    4    HB3  LEU  34           HB3      LEU  34  -3.488   0.425  -3.660
    5    HG   LEU  34           HG       LEU  34  -2.054   0.432  -1.587
    6   HD11  LEU  34          HD11      LEU  34   0.126   0.454  -2.755
    7   HD12  LEU  34          HD12      LEU  34  -0.183   2.127  -3.226
    8   HD13  LEU  34          HD13      LEU  34  -0.034   1.694  -1.517
    9   HD21  LEU  34          HD21      LEU  34  -3.689   2.189  -2.093
   10   HD22  LEU  34          HD22      LEU  34  -2.313   2.768  -1.154
   11   HD23  LEU  34          HD23      LEU  34  -2.415   3.117  -2.883

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU  35           H        LEU  35  -3.494  -2.809  -3.080
    2    HA   LEU  35           HA       LEU  35  -4.442  -3.567  -5.770
    3    HB2  LEU  35           HB2      LEU  35  -3.997  -5.408  -3.416
    4    HB3  LEU  35           HB3      LEU  35  -4.540  -5.864  -5.011
    5    HG   LEU  35           HG       LEU  35  -1.803  -5.083  -4.097
    6   HD11  LEU  35          HD11      LEU  35  -3.047  -7.378  -5.599
    7   HD12  LEU  35          HD12      LEU  35  -1.312  -7.163  -5.434
    8   HD13  LEU  35          HD13      LEU  35  -2.311  -7.407  -3.998
    9   HD21  LEU  35          HD21      LEU  35  -2.260  -3.718  -6.114
   10   HD22  LEU  35          HD22      LEU  35  -1.032  -4.953  -6.387
   11   HD23  LEU  35          HD23      LEU  35  -2.669  -5.191  -6.990

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LYS  36           H        LYS  36  -6.407  -4.851  -5.786
    2    HA   LYS  36           HA       LYS  36  -8.223  -4.529  -3.492
    3    HB2  LYS  36           HB2      LYS  36  -9.354  -5.016  -6.209
    4    HB3  LYS  36           HB3      LYS  36 -10.033  -4.073  -4.865
    5    HG2  LYS  36           HG2      LYS  36  -8.482  -2.248  -5.416
    6    HG3  LYS  36           HG3      LYS  36  -7.772  -3.210  -6.707
    7    HD2  LYS  36           HD2      LYS  36  -9.308  -1.569  -7.643
    8    HD3  LYS  36           HD3      LYS  36  -9.921  -3.200  -7.936
    9    HE2  LYS  36           HE2      LYS  36 -11.712  -1.596  -7.247
   10    HE3  LYS  36           HE3      LYS  36 -11.535  -2.905  -6.085
   11    HZ1  LYS  36           HZ1      LYS  36  -9.820  -0.906  -5.260
   12    HZ2  LYS  36           HZ2      LYS  36 -11.249  -0.112  -5.707
   13    HZ3  LYS  36           HZ3      LYS  36 -11.290  -1.355  -4.547

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ASN  37           H        ASN  37  -8.380  -6.564  -2.595
    2    HA   ASN  37           HA       ASN  37  -8.037  -8.840  -2.457
    3    HB2  ASN  37           HB2      ASN  37  -9.830 -10.013  -3.968
    4    HB3  ASN  37           HB3      ASN  37 -10.348  -8.955  -2.667
    5   HD21  ASN  37          HD21      ASN  37 -10.894  -6.753  -3.241
    6   HD22  ASN  37          HD22      ASN  37 -11.572  -6.405  -4.793

  No H/Q in entry =           6
  In of MODEL    2
    1    H    GLY  38           H        GLY  38  -5.936  -8.079  -3.737
    2    HA2  GLY  38           HA2      GLY  38  -5.289 -10.275  -5.422
    3    HA3  GLY  38           HA3      GLY  38  -4.221  -8.951  -5.016

  No H/Q in entry =           3
  In of MODEL    2
    1    H    GLU  39           H        GLU  39  -6.233  -6.977  -6.155
    2    HA   GLU  39           HA       GLU  39  -5.569  -7.485  -8.970
    3    HB2  GLU  39           HB2      GLU  39  -8.039  -7.823  -8.354
    4    HB3  GLU  39           HB3      GLU  39  -8.099  -6.074  -8.131
    5    HG2  GLU  39           HG2      GLU  39  -8.881  -6.759 -10.364
    6    HG3  GLU  39           HG3      GLU  39  -7.445  -5.730 -10.442

  No H/Q in entry =           6
  In of MODEL    2
    1    H    ARG  40           H        ARG  40  -4.327  -5.965  -9.759
    2    HA   ARG  40           HA       ARG  40  -3.440  -3.783  -8.244
    3    HB2  ARG  40           HB2      ARG  40  -2.487  -5.132 -10.387
    4    HB3  ARG  40           HB3      ARG  40  -3.088  -3.704 -11.200
    5    HG2  ARG  40           HG2      ARG  40  -1.662  -2.275  -9.854
    6    HG3  ARG  40           HG3      ARG  40  -1.137  -3.672  -8.912
    7    HD2  ARG  40           HD2      ARG  40  -0.664  -3.387 -11.894
    8    HD3  ARG  40           HD3      ARG  40   0.518  -3.012 -10.631
    9    HE   ARG  40           HE       ARG  40  -0.639  -5.704 -10.996
   10   HH11  ARG  40          HH11      ARG  40   2.088  -3.574 -10.441
   11   HH12  ARG  40          HH12      ARG  40   3.230  -4.868 -10.249
   12   HH21  ARG  40          HH21      ARG  40   0.843  -7.401 -10.752
   13   HH22  ARG  40          HH22      ARG  40   2.515  -7.062 -10.441

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE  41           H        ILE  41  -4.251  -1.885  -7.874
    2    HA   ILE  41           HA       ILE  41  -6.704  -0.952  -8.934
    3    HB   ILE  41           HB       ILE  41  -4.618   0.565  -7.371
    4   HG12  ILE  41          HG12      ILE  41  -6.953  -1.111  -6.407
    5   HG13  ILE  41          HG13      ILE  41  -5.252  -1.531  -6.247
    6   HG21  ILE  41          HG21      ILE  41  -7.523   1.137  -7.916
    7   HG22  ILE  41          HG22      ILE  41  -6.737   1.744  -6.460
    8   HG23  ILE  41          HG23      ILE  41  -6.136   2.217  -8.039
    9   HD11  ILE  41          HD11      ILE  41  -6.320   0.957  -4.992
   10   HD12  ILE  41          HD12      ILE  41  -6.532  -0.622  -4.227
   11   HD13  ILE  41          HD13      ILE  41  -4.905  -0.019  -4.562

  No H/Q in entry =          11
  In of MODEL    2
    1    H    GLU  42           H        GLU  42  -3.983   1.198  -8.809
    2    HA   GLU  42           HA       GLU  42  -2.488   1.139 -10.814
    3    HB2  GLU  42           HB2      GLU  42  -4.996   1.064 -12.189
    4    HB3  GLU  42           HB3      GLU  42  -4.299   2.622 -12.504
    5    HG2  GLU  42           HG2      GLU  42  -2.410   1.692 -13.492
    6    HG3  GLU  42           HG3      GLU  42  -2.771   0.081 -12.877

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LYS  43           H        LYS  43  -4.889   3.327  -9.429
    2    HA   LYS  43           HA       LYS  43  -3.582   5.695 -10.432
    3    HB2  LYS  43           HB2      LYS  43  -5.668   5.553  -8.248
    4    HB3  LYS  43           HB3      LYS  43  -5.280   6.918  -9.280
    5    HG2  LYS  43           HG2      LYS  43  -6.779   4.408 -10.037
    6    HG3  LYS  43           HG3      LYS  43  -7.377   6.066 -10.005
    7    HD2  LYS  43           HD2      LYS  43  -5.365   4.886 -11.896
    8    HD3  LYS  43           HD3      LYS  43  -7.001   5.407 -12.276
    9    HE2  LYS  43           HE2      LYS  43  -6.425   7.714 -11.843
   10    HE3  LYS  43           HE3      LYS  43  -4.817   7.246 -11.290
   11    HZ1  LYS  43           HZ1      LYS  43  -5.832   6.776 -14.040
   12    HZ2  LYS  43           HZ2      LYS  43  -4.872   8.096 -13.593
   13    HZ3  LYS  43           HZ3      LYS  43  -4.251   6.527 -13.479

  No H/Q in entry =          13
  In of MODEL    2
    1    H    VAL  44           H        VAL  44  -1.573   4.524  -9.281
    2    HA   VAL  44           HA       VAL  44  -1.392   5.689  -6.598
    3    HB   VAL  44           HB       VAL  44  -1.344   2.936  -7.098
    4   HG11  VAL  44          HG11      VAL  44   0.929   3.056  -7.960
    5   HG12  VAL  44          HG12      VAL  44   1.441   3.880  -6.488
    6   HG13  VAL  44          HG13      VAL  44   0.881   2.207  -6.412
    7   HG21  VAL  44          HG21      VAL  44  -0.333   4.489  -4.734
    8   HG22  VAL  44          HG22      VAL  44  -1.992   3.965  -5.022
    9   HG23  VAL  44          HG23      VAL  44  -0.726   2.769  -4.730

  No H/Q in entry =           9
  In of MODEL    2
    1    H    GLU  45           H        GLU  45   0.250   7.011  -6.362
    2    HA   GLU  45           HA       GLU  45   2.532   6.830  -8.201
    3    HB2  GLU  45           HB2      GLU  45   0.810   9.302  -7.869
    4    HB3  GLU  45           HB3      GLU  45   2.389   9.311  -8.626
    5    HG2  GLU  45           HG2      GLU  45   1.573   7.948 -10.455
    6    HG3  GLU  45           HG3      GLU  45   0.010   7.757  -9.656

  No H/Q in entry =           6
  In of MODEL    2
    1    H    HIS  46           H        HIS  46   4.142   6.562  -6.710
    2    HA   HIS  46           HA       HIS  46   4.813   9.037  -5.381
    3    HB2  HIS  46           HB2      HIS  46   3.608   7.435  -3.732
    4    HB3  HIS  46           HB3      HIS  46   5.078   6.474  -3.815
    5    HD2  HIS  46           HD2      HIS  46   7.420   7.832  -2.730
    6    HE1  HIS  46           HE1      HIS  46   5.055  10.674  -0.680
    7    HE2  HIS  46           HE2      HIS  46   7.404   9.822  -1.081

  No H/Q in entry =           7
  In of MODEL    2
    1    H    SER  47           H        SER  47   6.862   9.467  -5.735
    2    HA   SER  47           HA       SER  47   8.504   7.417  -7.021
    3    HB2  SER  47           HB2      SER  47   9.948   9.471  -7.550
    4    HB3  SER  47           HB3      SER  47   8.364   9.404  -8.323
    5    HG   SER  47           HG       SER  47   9.065  10.870  -5.990

  No H/Q in entry =           5
  In of MODEL    2
    1    H    ASP  48           H        ASP  48  10.396   6.705  -6.152
    2    HA   ASP  48           HA       ASP  48  10.648   6.779  -3.379
    3    HB2  ASP  48           HB2      ASP  48  11.565   4.921  -4.577
    4    HB3  ASP  48           HB3      ASP  48  12.652   5.963  -5.479

  No H/Q in entry =           4
  In of MODEL    2
    1    H    LEU  49           H        LEU  49  12.149   7.644  -2.044
    2    HA   LEU  49           HA       LEU  49  12.889  10.377  -2.832
    3    HB2  LEU  49           HB2      LEU  49  12.891  10.412  -0.107
    4    HB3  LEU  49           HB3      LEU  49  11.514  10.896  -1.111
    5    HG   LEU  49           HG       LEU  49  11.861   8.011  -0.211
    6   HD11  LEU  49          HD11      LEU  49  12.019   9.398   1.837
    7   HD12  LEU  49          HD12      LEU  49  10.425  10.067   1.473
    8   HD13  LEU  49          HD13      LEU  49  10.608   8.342   1.791
    9   HD21  LEU  49          HD21      LEU  49  10.119   8.568  -1.894
   10   HD22  LEU  49          HD22      LEU  49   9.483   7.849  -0.414
   11   HD23  LEU  49          HD23      LEU  49   9.329   9.585  -0.684

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  50           H        SER  50  13.972   7.374  -1.569
    2    HA   SER  50           HA       SER  50  16.514   8.302  -0.628
    3    HB2  SER  50           HB2      SER  50  15.816   5.501  -1.539
    4    HB3  SER  50           HB3      SER  50  17.070   5.982  -0.394
    5    HG   SER  50           HG       SER  50  14.296   5.844  -0.058

  No H/Q in entry =           5
  In of MODEL    2
    1    H    PHE  51           H        PHE  51  15.775   6.169  -3.426
    2    HA   PHE  51           HA       PHE  51  15.982   6.586  -5.641
    3    HB2  PHE  51           HB2      PHE  51  15.729   9.056  -4.919
    4    HB3  PHE  51           HB3      PHE  51  17.475   9.143  -5.142
    5    HD1  PHE  51           HD1      PHE  51  14.254   8.587  -6.820
    6    HD2  PHE  51           HD2      PHE  51  18.442   9.159  -7.328
    7    HE1  PHE  51           HE1      PHE  51  13.906   8.951  -9.228
    8    HE2  PHE  51           HE2      PHE  51  18.102   9.526  -9.738
    9    HZ   PHE  51           HZ       PHE  51  15.832   9.423 -10.691

  No H/Q in entry =           9
  In of MODEL    2
    1    H    SER  52           H        SER  52  18.667   6.766  -3.484
    2    HA   SER  52           HA       SER  52  20.412   5.674  -5.571
    3    HB2  SER  52           HB2      SER  52  21.367   7.782  -3.634
    4    HB3  SER  52           HB3      SER  52  22.203   7.157  -5.053
    5    HG   SER  52           HG       SER  52  20.309   9.130  -4.845

  No H/Q in entry =           5
  In of MODEL    2
    1    H    LYS  53           H        LYS  53  20.263   6.473  -2.095
    2    HA   LYS  53           HA       LYS  53  22.073   4.276  -1.497
    3    HB2  LYS  53           HB2      LYS  53  20.836   6.393   0.269
    4    HB3  LYS  53           HB3      LYS  53  21.950   5.156   0.834
    5    HG2  LYS  53           HG2      LYS  53  22.591   7.205  -1.271
    6    HG3  LYS  53           HG3      LYS  53  23.019   7.337   0.436
    7    HD2  LYS  53           HD2      LYS  53  24.390   5.357   0.291
    8    HD3  LYS  53           HD3      LYS  53  23.882   5.091  -1.378
    9    HE2  LYS  53           HE2      LYS  53  25.424   7.479  -0.373
   10    HE3  LYS  53           HE3      LYS  53  26.117   6.104  -1.231
   11    HZ1  LYS  53           HZ1      LYS  53  24.689   6.649  -3.130
   12    HZ2  LYS  53           HZ2      LYS  53  24.108   8.016  -2.307
   13    HZ3  LYS  53           HZ3      LYS  53  25.745   7.917  -2.744

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ASP  54           H        ASP  54  21.493   3.057   0.615
    2    HA   ASP  54           HA       ASP  54  18.785   1.971   0.220
    3    HB2  ASP  54           HB2      ASP  54  21.411   0.641   0.847
    4    HB3  ASP  54           HB3      ASP  54  19.885  -0.144   1.231

  No H/Q in entry =           4
  In of MODEL    2
    1    H    TRP  55           H        TRP  55  17.788   3.246   1.804
    2    HA   TRP  55           HA       TRP  55  17.914   2.104   4.405
    3    HB2  TRP  55           HB2      TRP  55  18.679   3.845   5.729
    4    HB3  TRP  55           HB3      TRP  55  19.780   3.894   4.367
    5    HD1  TRP  55           HD1      TRP  55  17.936   6.129   6.534
    6    HE1  TRP  55           HE1      TRP  55  17.645   8.459   5.467
    7    HE3  TRP  55           HE3      TRP  55  19.111   4.993   1.623
    8    HZ2  TRP  55           HZ2      TRP  55  17.855   9.648   2.939
    9    HZ3  TRP  55           HZ3      TRP  55  19.022   6.806  -0.023
   10    HH2  TRP  55           HH2      TRP  55  18.411   9.080   0.608

  No H/Q in entry =          10
  In of MODEL    2
    1    H    SER  56           H        SER  56  15.961   2.082   5.259
    2    HA   SER  56           HA       SER  56  13.903   3.657   3.898
    3    HB2  SER  56           HB2      SER  56  13.649   1.173   4.007
    4    HB3  SER  56           HB3      SER  56  13.576   1.292   5.763
    5    HG   SER  56           HG       SER  56  11.646   1.770   3.900

  No H/Q in entry =           5
  In of MODEL    2
    1    H    PHE  57           H        PHE  57  12.654   5.228   5.125
    2    HA   PHE  57           HA       PHE  57  12.982   5.169   8.003
    3    HB2  PHE  57           HB2      PHE  57  13.503   7.613   7.963
    4    HB3  PHE  57           HB3      PHE  57  14.764   6.622   7.225
    5    HD1  PHE  57           HD1      PHE  57  12.306   9.235   6.689
    6    HD2  PHE  57           HD2      PHE  57  15.019   6.576   4.765
    7    HE1  PHE  57           HE1      PHE  57  12.178  10.587   4.637
    8    HE2  PHE  57           HE2      PHE  57  14.889   7.929   2.713
    9    HZ   PHE  57           HZ       PHE  57  13.472   9.925   2.647

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR  58           H        TYR  58  10.955   4.733   5.797
    2    HA   TYR  58           HA       TYR  58   8.557   5.020   6.470
    3    HB2  TYR  58           HB2      TYR  58   9.041   7.303   7.478
    4    HB3  TYR  58           HB3      TYR  58   9.065   7.939   5.838
    5    HD1  TYR  58           HD1      TYR  58   6.904   6.181   8.312
    6    HD2  TYR  58           HD2      TYR  58   7.006   8.491   4.733
    7    HE1  TYR  58           HE1      TYR  58   4.447   6.421   8.405
    8    HE2  TYR  58           HE2      TYR  58   4.545   8.734   4.816
    9    HH   TYR  58           HH       TYR  58   2.630   7.666   5.775

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LEU  59           H        LEU  59   8.306   3.759   4.637
    2    HA   LEU  59           HA       LEU  59   8.233   5.117   2.026
    3    HB2  LEU  59           HB2      LEU  59   8.473   2.312   2.976
    4    HB3  LEU  59           HB3      LEU  59   7.569   2.555   1.498
    5    HG   LEU  59           HG       LEU  59  10.368   3.616   1.803
    6   HD11  LEU  59          HD11      LEU  59   9.506   0.874   0.906
    7   HD12  LEU  59          HD12      LEU  59  11.111   1.555   0.668
    8   HD13  LEU  59          HD13      LEU  59  10.514   1.265   2.300
    9   HD21  LEU  59          HD21      LEU  59   8.582   2.905  -0.523
   10   HD22  LEU  59          HD22      LEU  59   9.151   4.512  -0.067
   11   HD23  LEU  59          HD23      LEU  59  10.289   3.313  -0.684

  No H/Q in entry =          11
  In of MODEL    2
    1    H    LEU  60           H        LEU  60   6.278   5.887   1.340
    2    HA   LEU  60           HA       LEU  60   3.904   4.274   1.866
    3    HB2  LEU  60           HB2      LEU  60   3.966   5.945   3.628
    4    HB3  LEU  60           HB3      LEU  60   4.247   7.213   2.455
    5    HG   LEU  60           HG       LEU  60   1.973   6.792   1.528
    6   HD11  LEU  60          HD11      LEU  60   1.724   5.005   3.941
    7   HD12  LEU  60          HD12      LEU  60   0.400   5.497   2.885
    8   HD13  LEU  60          HD13      LEU  60   1.703   4.488   2.254
    9   HD21  LEU  60          HD21      LEU  60   2.395   8.589   3.121
   10   HD22  LEU  60          HD22      LEU  60   0.791   7.893   3.350
   11   HD23  LEU  60          HD23      LEU  60   2.099   7.480   4.460

  No H/Q in entry =          11
  In of MODEL    2
    1    H    TYR  61           H        TYR  61   2.351   4.407   0.290
    2    HA   TYR  61           HA       TYR  61   2.808   6.210  -2.001
    3    HB2  TYR  61           HB2      TYR  61   2.009   3.260  -2.010
    4    HB3  TYR  61           HB3      TYR  61   1.871   4.302  -3.434
    5    HD1  TYR  61           HD1      TYR  61   3.675   4.480  -4.898
    6    HD2  TYR  61           HD2      TYR  61   4.406   3.103  -0.939
    7    HE1  TYR  61           HE1      TYR  61   6.006   3.993  -5.511
    8    HE2  TYR  61           HE2      TYR  61   6.752   2.623  -1.540
    9    HH   TYR  61           HH       TYR  61   8.053   2.127  -3.594

  No H/Q in entry =           9
  In of MODEL    2
    1    H    TYR  62           H        TYR  62   0.664   6.627  -3.197
    2    HA   TYR  62           HA       TYR  62  -1.597   6.232  -1.391
    3    HB2  TYR  62           HB2      TYR  62  -2.314   8.639  -1.829
    4    HB3  TYR  62           HB3      TYR  62  -1.011   8.368  -0.686
    5    HD1  TYR  62           HD1      TYR  62   1.130   9.347  -1.026
    6    HD2  TYR  62           HD2      TYR  62  -1.767   9.505  -4.140
    7    HE1  TYR  62           HE1      TYR  62   2.520  10.979  -2.233
    8    HE2  TYR  62           HE2      TYR  62  -0.377  11.124  -5.362
    9    HH   TYR  62           HH       TYR  62   2.823  11.694  -4.662

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR  63           H        THR  63  -3.575   5.976  -2.293
    2    HA   THR  63           HA       THR  63  -3.964   6.503  -5.146
    3    HB   THR  63           HB       THR  63  -3.232   4.029  -4.689
    4    HG1  THR  63           HG1      THR  63  -4.356   5.046  -6.603
    5   HG21  THR  63          HG21      THR  63  -4.869   3.658  -2.842
    6   HG22  THR  63          HG22      THR  63  -6.160   3.816  -4.029
    7   HG23  THR  63          HG23      THR  63  -5.003   2.494  -4.161

  No H/Q in entry =           7
  In of MODEL    2
    1    H    GLU  64           H        GLU  64  -6.046   7.084  -5.635
    2    HA   GLU  64           HA       GLU  64  -7.831   7.922  -3.621
    3    HB2  GLU  64           HB2      GLU  64  -7.452   8.527  -6.213
    4    HB3  GLU  64           HB3      GLU  64  -8.762   7.374  -6.412
    5    HG2  GLU  64           HG2      GLU  64  -9.891   9.367  -6.324
    6    HG3  GLU  64           HG3      GLU  64  -9.988   8.814  -4.654

  No H/Q in entry =           6
  In of MODEL    2
    1    H    PHE  65           H        PHE  65  -9.657   6.853  -2.687
    2    HA   PHE  65           HA       PHE  65 -10.390   4.302  -3.910
    3    HB2  PHE  65           HB2      PHE  65 -10.141   3.057  -1.930
    4    HB3  PHE  65           HB3      PHE  65  -8.724   4.068  -2.054
    5    HD1  PHE  65           HD1      PHE  65  -7.893   4.622  -0.036
    6    HD2  PHE  65           HD2      PHE  65 -12.109   4.638  -0.566
    7    HE1  PHE  65           HE1      PHE  65  -8.192   5.395   2.292
    8    HE2  PHE  65           HE2      PHE  65 -12.398   5.425   1.748
    9    HZ   PHE  65           HZ       PHE  65 -10.460   5.801   3.179

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR  66           H        THR  66 -12.467   3.493  -3.447
    2    HA   THR  66           HA       THR  66 -14.107   5.099  -1.616
    3    HB   THR  66           HB       THR  66 -15.013   4.213  -4.376
    4    HG1  THR  66           HG1      THR  66 -13.677   6.428  -3.464
    5   HG21  THR  66          HG21      THR  66 -16.347   5.874  -2.231
    6   HG22  THR  66          HG22      THR  66 -16.929   5.734  -3.893
    7   HG23  THR  66          HG23      THR  66 -16.878   4.310  -2.854

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   PRO  67           HA       PRO  67 -14.620   0.778  -0.384
    2    HB2  PRO  67           HB2      PRO  67 -16.052   1.457   1.952
    3    HB3  PRO  67           HB3      PRO  67 -14.341   1.044   1.831
    4    HG2  PRO  67           HG2      PRO  67 -15.485   3.597   2.410
    5    HG3  PRO  67           HG3      PRO  67 -13.775   3.172   2.260
    6    HD2  PRO  67           HD2      PRO  67 -15.467   4.633   0.435
    7    HD3  PRO  67           HD3      PRO  67 -13.713   4.394   0.377

  No H/Q in entry =           7
  In of MODEL    2
    1    H    THR  68           H        THR  68 -16.050  -0.624  -0.649
    2    HA   THR  68           HA       THR  68 -18.901   0.060  -0.748
    3    HB   THR  68           HB       THR  68 -19.139  -1.452  -2.702
    4    HG1  THR  68           HG1      THR  68 -16.918  -1.854  -3.739
    5   HG21  THR  68          HG21      THR  68 -17.070   0.705  -3.142
    6   HG22  THR  68          HG22      THR  68 -18.066  -0.039  -4.393
    7   HG23  THR  68          HG23      THR  68 -18.819   0.936  -3.131

  No H/Q in entry =           7
  In of MODEL    2
    1    H    GLU  69           H        GLU  69 -20.260  -1.910  -0.356
    2    HA   GLU  69           HA       GLU  69 -19.279  -3.604   1.658
    3    HB2  GLU  69           HB2      GLU  69 -21.606  -3.266   1.561
    4    HB3  GLU  69           HB3      GLU  69 -21.722  -3.711  -0.130
    5    HG2  GLU  69           HG2      GLU  69 -22.654  -5.482   1.091
    6    HG3  GLU  69           HG3      GLU  69 -21.059  -6.027   0.560

  No H/Q in entry =           6
  In of MODEL    2
    1    H    LYS  70           H        LYS  70 -18.371  -3.666  -1.535
    2    HA   LYS  70           HA       LYS  70 -18.066  -6.572  -1.552
    3    HB2  LYS  70           HB2      LYS  70 -18.215  -4.676  -3.889
    4    HB3  LYS  70           HB3      LYS  70 -17.921  -6.399  -4.025
    5    HG2  LYS  70           HG2      LYS  70 -20.414  -5.451  -2.657
    6    HG3  LYS  70           HG3      LYS  70 -20.312  -5.418  -4.414
    7    HD2  LYS  70           HD2      LYS  70 -21.269  -7.486  -3.988
    8    HD3  LYS  70           HD3      LYS  70 -19.566  -7.876  -4.212
    9    HE2  LYS  70           HE2      LYS  70 -19.254  -8.036  -1.819
   10    HE3  LYS  70           HE3      LYS  70 -20.908  -7.502  -1.533
   11    HZ1  LYS  70           HZ1      LYS  70 -20.177  -9.974  -3.002
   12    HZ2  LYS  70           HZ2      LYS  70 -20.575  -9.933  -1.354
   13    HZ3  LYS  70           HZ3      LYS  70 -21.727  -9.497  -2.516

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ASP  71           H        ASP  71 -16.133  -3.609  -1.865
    2    HA   ASP  71           HA       ASP  71 -14.004  -5.234  -3.025
    3    HB2  ASP  71           HB2      ASP  71 -14.581  -3.162  -4.202
    4    HB3  ASP  71           HB3      ASP  71 -14.123  -2.226  -2.774

  No H/Q in entry =           4
  In of MODEL    2
    1    H    GLU  72           H        GLU  72 -12.214  -5.714  -2.092
    2    HA   GLU  72           HA       GLU  72 -11.566  -4.843   0.649
    3    HB2  GLU  72           HB2      GLU  72 -11.937  -7.236   0.274
    4    HB3  GLU  72           HB3      GLU  72 -10.755  -7.259  -1.008
    5    HG2  GLU  72           HG2      GLU  72  -9.885  -6.439   1.703
    6    HG3  GLU  72           HG3      GLU  72 -10.220  -8.140   1.413

  No H/Q in entry =           6
  In of MODEL    2
    1    H    TYR  73           H        TYR  73  -9.530  -3.909   1.041
    2    HA   TYR  73           HA       TYR  73  -7.965  -3.242  -1.369
    3    HB2  TYR  73           HB2      TYR  73  -8.465  -1.553   1.092
    4    HB3  TYR  73           HB3      TYR  73  -7.254  -1.168  -0.118
    5    HD1  TYR  73           HD1      TYR  73 -10.897  -1.736   0.319
    6    HD2  TYR  73           HD2      TYR  73  -7.838   0.088  -2.004
    7    HE1  TYR  73           HE1      TYR  73 -12.605  -0.510  -0.963
    8    HE2  TYR  73           HE2      TYR  73  -9.541   1.309  -3.294
    9    HH   TYR  73           HH       TYR  73 -12.864   1.385  -2.353

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ALA  74           H        ALA  74  -5.895  -3.815  -1.401
    2    HA   ALA  74           HA       ALA  74  -4.625  -4.702   1.095
    3    HB1  ALA  74           HB1      ALA  74  -5.521  -6.673   0.004
    4    HB2  ALA  74           HB2      ALA  74  -3.760  -6.672  -0.105
    5    HB3  ALA  74           HB3      ALA  74  -4.732  -6.221  -1.511

  No H/Q in entry =           5
  In of MODEL    2
    1    H    CYS  75           H        CYS  75  -2.284  -4.734   1.009
    2    HA   CYS  75           HA       CYS  75  -1.187  -3.163  -1.238
    3    HB2  CYS  75           HB2      CYS  75  -0.601  -2.885   1.699
    4    HB3  CYS  75           HB3      CYS  75   0.223  -1.991   0.455

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ARG  76           H        ARG  76   0.432  -4.166  -2.283
    2    HA   ARG  76           HA       ARG  76   1.467  -6.699  -1.199
    3    HB2  ARG  76           HB2      ARG  76   0.235  -6.411  -3.446
    4    HB3  ARG  76           HB3      ARG  76   1.725  -5.646  -4.010
    5    HG2  ARG  76           HG2      ARG  76   2.922  -7.749  -3.677
    6    HG3  ARG  76           HG3      ARG  76   1.491  -8.494  -2.968
    7    HD2  ARG  76           HD2      ARG  76   1.754  -9.181  -5.341
    8    HD3  ARG  76           HD3      ARG  76   0.288  -8.212  -5.104
    9    HE   ARG  76           HE       ARG  76   1.529  -6.299  -6.008
   10   HH11  ARG  76          HH11      ARG  76   2.798  -9.495  -6.653
   11   HH12  ARG  76          HH12      ARG  76   3.830  -8.961  -7.946
   12   HH21  ARG  76          HH21      ARG  76   2.942  -5.566  -7.671
   13   HH22  ARG  76          HH22      ARG  76   3.916  -6.733  -8.520

  No H/Q in entry =          13
  In of MODEL    2
    1    H    VAL  77           H        VAL  77   3.648  -6.978  -0.766
    2    HA   VAL  77           HA       VAL  77   5.535  -5.106  -2.047
    3    HB   VAL  77           HB       VAL  77   4.903  -4.475   0.399
    4   HG11  VAL  77          HG11      VAL  77   5.280  -6.681   1.371
    5   HG12  VAL  77          HG12      VAL  77   6.977  -6.606   0.894
    6   HG13  VAL  77          HG13      VAL  77   6.339  -5.468   2.085
    7   HG21  VAL  77          HG21      VAL  77   6.624  -3.420  -1.007
    8   HG22  VAL  77          HG22      VAL  77   7.083  -3.494   0.696
    9   HG23  VAL  77          HG23      VAL  77   7.784  -4.632  -0.453

  No H/Q in entry =           9
  In of MODEL    2
    1    H    ASN  78           H        ASN  78   7.434  -5.837  -2.594
    2    HA   ASN  78           HA       ASN  78   8.357  -8.486  -1.676
    3    HB2  ASN  78           HB2      ASN  78   7.135  -8.689  -3.891
    4    HB3  ASN  78           HB3      ASN  78   8.421  -7.710  -4.599
    5   HD21  ASN  78          HD21      ASN  78   9.047  -9.390  -5.968
    6   HD22  ASN  78          HD22      ASN  78   9.910 -10.771  -5.384

  No H/Q in entry =           6
  In of MODEL    2
    1    H    HIS  79           H        HIS  79  10.491  -8.777  -1.552
    2    HA   HIS  79           HA       HIS  79  12.299  -6.715  -2.595
    3    HB2  HIS  79           HB2      HIS  79  11.881  -6.461  -0.088
    4    HB3  HIS  79           HB3      HIS  79  12.635  -8.036   0.110
    5    HD2  HIS  79           HD2      HIS  79  13.595  -4.348  -0.531
    6    HE1  HIS  79           HE1      HIS  79  17.143  -6.637  -0.275
    7    HE2  HIS  79           HE2      HIS  79  16.191  -4.314  -0.640

  No H/Q in entry =           7
  In of MODEL    2
    1    H    VAL  80           H        VAL  80  14.519  -7.581  -2.848
    2    HA   VAL  80           HA       VAL  80  14.527 -10.065  -4.172
    3    HB   VAL  80           HB       VAL  80  17.009  -8.702  -3.124
    4   HG11  VAL  80          HG11      VAL  80  17.361 -10.930  -4.075
    5   HG12  VAL  80          HG12      VAL  80  16.539 -10.433  -5.556
    6   HG13  VAL  80          HG13      VAL  80  18.071  -9.683  -5.103
    7   HG21  VAL  80          HG21      VAL  80  15.430  -8.091  -5.616
    8   HG22  VAL  80          HG22      VAL  80  15.713  -7.017  -4.247
    9   HG23  VAL  80          HG23      VAL  80  17.055  -7.493  -5.284

  No H/Q in entry =           9
  In of MODEL    2
    1    H    THR  81           H        THR  81  14.519  -9.512  -0.863
    2    HA   THR  81           HA       THR  81  16.052 -11.895  -0.207
    3    HB   THR  81           HB       THR  81  16.193 -10.130   1.423
    4    HG1  THR  81           HG1      THR  81  16.235 -12.129   2.372
    5   HG21  THR  81          HG21      THR  81  13.181 -10.320   1.656
    6   HG22  THR  81          HG22      THR  81  14.224  -9.373   2.717
    7   HG23  THR  81          HG23      THR  81  14.095  -8.959   1.005

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LEU  82           H        LEU  82  12.596 -10.916   0.076
    2    HA   LEU  82           HA       LEU  82  11.615 -13.521   0.516
    3    HB2  LEU  82           HB2      LEU  82  10.113 -11.413  -1.025
    4    HB3  LEU  82           HB3      LEU  82   9.463 -12.693  -0.017
    5    HG   LEU  82           HG       LEU  82  10.995 -10.332   1.055
    6   HD11  LEU  82          HD11      LEU  82   8.046 -10.828   0.788
    7   HD12  LEU  82          HD12      LEU  82   8.754  -9.586   1.819
    8   HD13  LEU  82          HD13      LEU  82   8.999  -9.524   0.075
    9   HD21  LEU  82          HD21      LEU  82  11.080 -12.334   2.470
   10   HD22  LEU  82          HD22      LEU  82  10.106 -11.063   3.207
   11   HD23  LEU  82          HD23      LEU  82   9.320 -12.435   2.426

  No H/Q in entry =          11
  In of MODEL    2
    1    H    SER  83           H        SER  83  10.701 -15.034  -0.914
    2    HA   SER  83           HA       SER  83  11.383 -14.697  -3.762
    3    HB2  SER  83           HB2      SER  83  10.906 -17.178  -3.863
    4    HB3  SER  83           HB3      SER  83  12.279 -16.730  -2.851
    5    HG   SER  83           HG       SER  83  11.295 -17.612  -1.234

  No H/Q in entry =           5
  In of MODEL    2
    1    H    GLN  84           H        GLN  84   8.952 -14.282  -1.630
    2    HA   GLN  84           HA       GLN  84   6.952 -14.205  -3.738
    3    HB2  GLN  84           HB2      GLN  84   5.242 -15.261  -2.255
    4    HB3  GLN  84           HB3      GLN  84   6.508 -16.366  -2.768
    5    HG2  GLN  84           HG2      GLN  84   7.560 -16.239  -0.584
    6    HG3  GLN  84           HG3      GLN  84   6.429 -14.980  -0.083
    7   HE21  GLN  84          HE21      GLN  84   4.140 -16.243  -1.347
    8   HE22  GLN  84          HE22      GLN  84   3.737 -17.608  -0.361

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   PRO  85           HA       PRO  85   6.307 -10.352  -1.426
    2    HB2  PRO  85           HB2      PRO  85   4.211  -9.442  -2.919
    3    HB3  PRO  85           HB3      PRO  85   5.922  -9.158  -3.295
    4    HG2  PRO  85           HG2      PRO  85   4.005 -11.106  -4.491
    5    HG3  PRO  85           HG3      PRO  85   5.351 -10.233  -5.257
    6    HD2  PRO  85           HD2      PRO  85   5.488 -12.910  -4.529
    7    HD3  PRO  85           HD3      PRO  85   6.920 -11.833  -4.634

  No H/Q in entry =           7
  In of MODEL    2
    1    H    LYS  86           H        LYS  86   4.647  -9.483  -0.135
    2    HA   LYS  86           HA       LYS  86   2.597 -11.495   0.489
    3    HB2  LYS  86           HB2      LYS  86   3.769  -9.468   2.402
    4    HB3  LYS  86           HB3      LYS  86   2.662 -10.774   2.796
    5    HG2  LYS  86           HG2      LYS  86   5.575 -10.934   2.072
    6    HG3  LYS  86           HG3      LYS  86   4.775 -11.502   3.540
    7    HD2  LYS  86           HD2      LYS  86   3.477 -13.032   1.789
    8    HD3  LYS  86           HD3      LYS  86   4.938 -12.748   0.840
    9    HE2  LYS  86           HE2      LYS  86   5.013 -14.838   2.190
   10    HE3  LYS  86           HE3      LYS  86   6.318 -13.723   2.566
   11    HZ1  LYS  86           HZ1      LYS  86   3.818 -13.943   4.151
   12    HZ2  LYS  86           HZ2      LYS  86   5.263 -14.745   4.530
   13    HZ3  LYS  86           HZ3      LYS  86   5.204 -13.053   4.548

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ILE  87           H        ILE  87   0.583 -10.824   1.063
    2    HA   ILE  87           HA       ILE  87  -0.103  -8.071   0.252
    3    HB   ILE  87           HB       ILE  87  -1.482 -10.592  -0.322
    4   HG12  ILE  87          HG12      ILE  87  -0.857  -9.320  -2.192
    5   HG13  ILE  87          HG13      ILE  87  -2.588  -8.986  -2.038
    6   HG21  ILE  87          HG21      ILE  87  -3.079  -8.273   0.715
    7   HG22  ILE  87          HG22      ILE  87  -3.753  -9.580  -0.263
    8   HG23  ILE  87          HG23      ILE  87  -3.065  -9.929   1.326
    9   HD11  ILE  87          HD11      ILE  87  -2.100  -6.902  -0.919
   10   HD12  ILE  87          HD12      ILE  87  -0.370  -7.218  -1.063
   11   HD13  ILE  87          HD13      ILE  87  -1.347  -6.978  -2.509

  No H/Q in entry =          11
  In of MODEL    2
    1    H    VAL  88           H        VAL  88  -0.949  -6.711   1.661
    2    HA   VAL  88           HA       VAL  88  -1.927  -7.786   4.217
    3    HB   VAL  88           HB       VAL  88   0.047  -6.462   4.605
    4   HG11  VAL  88          HG11      VAL  88  -1.328  -4.295   3.064
    5   HG12  VAL  88          HG12      VAL  88   0.083  -4.031   4.088
    6   HG13  VAL  88          HG13      VAL  88   0.201  -5.088   2.673
    7   HG21  VAL  88          HG21      VAL  88  -2.479  -5.053   5.384
    8   HG22  VAL  88          HG22      VAL  88  -1.606  -6.279   6.306
    9   HG23  VAL  88          HG23      VAL  88  -0.895  -4.680   6.064

  No H/Q in entry =           9
  In of MODEL    2
    1    H    LYS  89           H        LYS  89  -4.033  -7.471   4.528
    2    HA   LYS  89           HA       LYS  89  -5.361  -5.653   2.662
    3    HB2  LYS  89           HB2      LYS  89  -6.560  -7.961   4.199
    4    HB3  LYS  89           HB3      LYS  89  -7.328  -7.014   2.927
    5    HG2  LYS  89           HG2      LYS  89  -6.025  -7.971   1.249
    6    HG3  LYS  89           HG3      LYS  89  -4.792  -8.486   2.397
    7    HD2  LYS  89           HD2      LYS  89  -7.576  -9.586   2.463
    8    HD3  LYS  89           HD3      LYS  89  -6.310 -10.297   1.457
    9    HE2  LYS  89           HE2      LYS  89  -5.883  -9.791   4.372
   10    HE3  LYS  89           HE3      LYS  89  -6.700 -11.256   3.821
   11    HZ1  LYS  89           HZ1      LYS  89  -4.710 -11.720   2.447
   12    HZ2  LYS  89           HZ2      LYS  89  -3.945 -10.380   3.147
   13    HZ3  LYS  89           HZ3      LYS  89  -4.383 -11.701   4.110

  No H/Q in entry =          13
  In of MODEL    2
    1    H    TRP  90           H        TRP  90  -6.910  -4.240   3.397
    2    HA   TRP  90           HA       TRP  90  -6.451  -3.352   6.105
    3    HB2  TRP  90           HB2      TRP  90  -6.543  -1.649   4.344
    4    HB3  TRP  90           HB3      TRP  90  -8.170  -2.174   3.917
    5    HD1  TRP  90           HD1      TRP  90  -6.719  -1.150   7.402
    6    HE1  TRP  90           HE1      TRP  90  -8.227   0.610   8.399
    7    HE3  TRP  90           HE3      TRP  90 -10.027  -0.620   3.487
    8    HZ2  TRP  90           HZ2      TRP  90 -10.582   2.014   7.704
    9    HZ3  TRP  90           HZ3      TRP  90 -11.878   0.972   3.746
   10    HH2  TRP  90           HH2      TRP  90 -12.155   2.278   5.785

  No H/Q in entry =          10
  In of MODEL    2
    1    H    ASP  91           H        ASP  91  -7.637  -3.780   7.793
    2    HA   ASP  91           HA       ASP  91  -9.661  -5.766   7.664
    3    HB2  ASP  91           HB2      ASP  91  -9.861  -5.307  10.151
    4    HB3  ASP  91           HB3      ASP  91  -8.249  -5.758   9.601

  No H/Q in entry =           4
  In of MODEL    2
    1    H    ARG  92           H        ARG  92 -11.559  -5.314   6.780
    2    HA   ARG  92           HA       ARG  92 -13.509  -3.822   8.087
    3    HB2  ARG  92           HB2      ARG  92 -13.805  -1.857   6.783
    4    HB3  ARG  92           HB3      ARG  92 -12.072  -1.949   7.092
    5    HG2  ARG  92           HG2      ARG  92 -12.068  -1.376   4.889
    6    HG3  ARG  92           HG3      ARG  92 -11.976  -3.145   4.769
    7    HD2  ARG  92           HD2      ARG  92 -13.730  -1.689   3.301
    8    HD3  ARG  92           HD3      ARG  92 -14.118  -3.304   3.906
    9    HE   ARG  92           HE       ARG  92 -14.894  -1.266   5.752
   10   HH11  ARG  92          HH11      ARG  92 -15.812  -2.904   2.786
   11   HH12  ARG  92          HH12      ARG  92 -17.496  -2.546   2.960
   12   HH21  ARG  92          HH21      ARG  92 -17.121  -0.802   5.988
   13   HH22  ARG  92          HH22      ARG  92 -18.251  -1.360   4.784

  No H/Q in entry =          13
  In of MODEL    2
    1    H    ASP  93           H        ASP  93 -12.442  -5.904   5.765
    2    HA   ASP  93           HA       ASP  93 -15.038  -6.542   4.749
    3    HB2  ASP  93           HB2      ASP  93 -14.384  -4.490   3.461
    4    HB3  ASP  93           HB3      ASP  93 -13.039  -5.415   2.783

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   MET  94           HA       MET  94 -11.611  -9.487   3.597
    2    HB2  MET  94           HB2      MET  94  -9.453  -9.941   4.780
    3    HB3  MET  94           HB3      MET  94  -9.543  -8.343   4.046
    4    HG2  MET  94           HG2      MET  94  -9.919  -7.302   6.197
    5    HG3  MET  94           HG3      MET  94 -10.066  -8.887   6.968
    6    HE1  MET  94           HE1      MET  94  -8.124 -10.434   7.598
    7    HE2  MET  94           HE2      MET  94  -7.789 -10.644   5.879
    8    HE3  MET  94           HE3      MET  94  -6.476 -10.261   6.994

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   MET   1           HA       MET   1   5.109  -8.151   5.969
    2    HB2  MET   1           HB2      MET   1   5.032  -9.336   8.173
    3    HB3  MET   1           HB3      MET   1   4.670  -7.800   8.947
    4    HG2  MET   1           HG2      MET   1   2.590  -7.635   7.727
    5    HG3  MET   1           HG3      MET   1   2.960  -9.117   6.848
    6    HE1  MET   1           HE1      MET   1   3.590  -8.329  10.654
    7    HE2  MET   1           HE2      MET   1   2.043  -7.548  10.332
    8    HE3  MET   1           HE3      MET   1   2.115  -8.960  11.384

  No H/Q in entry =           8
  In of MODEL    3
    1    H    ILE   2           H        ILE   2   3.187  -6.836   5.721
    2    HA   ILE   2           HA       ILE   2   3.834  -3.991   6.025
    3    HB   ILE   2           HB       ILE   2   1.619  -5.102   4.301
    4   HG12  ILE   2          HG12      ILE   2   4.286  -4.578   3.060
    5   HG13  ILE   2          HG13      ILE   2   4.035  -6.114   3.898
    6   HG21  ILE   2          HG21      ILE   2   1.763  -2.663   4.700
    7   HG22  ILE   2          HG22      ILE   2   3.348  -2.661   3.916
    8   HG23  ILE   2          HG23      ILE   2   1.911  -3.113   3.003
    9   HD11  ILE   2          HD11      ILE   2   2.068  -6.536   2.476
   10   HD12  ILE   2          HD12      ILE   2   2.403  -5.037   1.608
   11   HD13  ILE   2          HD13      ILE   2   3.563  -6.368   1.550

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLN   3           H        GLN   3   2.429  -2.603   7.086
    2    HA   GLN   3           HA       GLN   3  -0.081  -3.806   8.079
    3    HB2  GLN   3           HB2      GLN   3   1.643  -1.751   9.501
    4    HB3  GLN   3           HB3      GLN   3   0.090  -2.352  10.070
    5    HG2  GLN   3           HG2      GLN   3   1.803  -3.455  11.293
    6    HG3  GLN   3           HG3      GLN   3   1.062  -4.652  10.219
    7   HE21  GLN   3          HE21      GLN   3   3.423  -2.182   9.316
    8   HE22  GLN   3          HE22      GLN   3   4.699  -3.284   8.935

  No H/Q in entry =           8
  In of MODEL    3
    1    H    VAL   4           H        VAL   4  -1.721  -2.948   6.977
    2    HA   VAL   4           HA       VAL   4  -1.523  -0.234   5.943
    3    HB   VAL   4           HB       VAL   4  -3.808  -0.823   4.888
    4   HG11  VAL   4          HG11      VAL   4  -1.722  -0.736   3.629
    5   HG12  VAL   4          HG12      VAL   4  -1.345  -2.390   4.114
    6   HG13  VAL   4          HG13      VAL   4  -2.734  -2.069   3.075
    7   HG21  VAL   4          HG21      VAL   4  -4.321  -2.719   6.344
    8   HG22  VAL   4          HG22      VAL   4  -4.277  -3.204   4.649
    9   HG23  VAL   4          HG23      VAL   4  -2.924  -3.590   5.713

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR   5           H        TYR   5  -3.187   1.283   6.151
    2    HA   TYR   5           HA       TYR   5  -5.079   1.112   8.352
    3    HB2  TYR   5           HB2      TYR   5  -2.860   3.182   8.348
    4    HB3  TYR   5           HB3      TYR   5  -4.279   3.244   9.379
    5    HD1  TYR   5           HD1      TYR   5  -0.972   2.811   9.568
    6    HD2  TYR   5           HD2      TYR   5  -4.480   0.619  10.593
    7    HE1  TYR   5           HE1      TYR   5   0.292   1.627  11.304
    8    HE2  TYR   5           HE2      TYR   5  -3.211  -0.594  12.335
    9    HH   TYR   5           HH       TYR   5  -0.791  -1.170  12.793

  No H/Q in entry =           9
  In of MODEL    3
    1    H    SER   6           H        SER   6  -6.266   3.396   8.442
    2    HA   SER   6           HA       SER   6  -6.035   4.738   5.837
    3    HB2  SER   6           HB2      SER   6  -8.443   4.976   5.726
    4    HB3  SER   6           HB3      SER   6  -8.127   3.248   6.020
    5    HG   SER   6           HG       SER   6  -9.685   4.767   7.427

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ARG   7           H        ARG   7  -6.744   6.941   5.829
    2    HA   ARG   7           HA       ARG   7  -5.928   8.320   8.241
    3    HB2  ARG   7           HB2      ARG   7  -5.645   8.855   5.558
    4    HB3  ARG   7           HB3      ARG   7  -6.945   9.949   6.012
    5    HG2  ARG   7           HG2      ARG   7  -4.264   9.803   7.375
    6    HG3  ARG   7           HG3      ARG   7  -4.707  10.972   6.132
    7    HD2  ARG   7           HD2      ARG   7  -6.415  11.902   7.546
    8    HD3  ARG   7           HD3      ARG   7  -6.151  10.646   8.757
    9    HE   ARG   7           HE       ARG   7  -3.737  12.034   8.283
   10   HH11  ARG   7          HH11      ARG   7  -6.862  12.469   9.811
   11   HH12  ARG   7          HH12      ARG   7  -6.281  13.645  10.942
   12   HH21  ARG   7          HH21      ARG   7  -2.981  13.570   9.781
   13   HH22  ARG   7          HH22      ARG   7  -4.078  14.269  10.931

  No H/Q in entry =          13
  In of MODEL    3
    1    H    HIS   8           H        HIS   8  -8.875   7.376   6.808
    2    HA   HIS   8           HA       HIS   8 -10.390   9.168   8.561
    3    HB2  HIS   8           HB2      HIS   8 -10.922   8.755   5.607
    4    HB3  HIS   8           HB3      HIS   8 -12.033   9.553   6.712
    5    HD2  HIS   8           HD2      HIS   8  -9.752  10.630   4.129
    6    HE1  HIS   8           HE1      HIS   8  -9.236  13.525   7.167
    7    HE2  HIS   8           HE2      HIS   8  -9.017  13.051   4.685

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   PRO   9           HA       PRO   9 -12.932   5.626   9.415
    2    HB2  PRO   9           HB2      PRO   9 -15.405   7.166   9.102
    3    HB3  PRO   9           HB3      PRO   9 -14.702   6.456  10.566
    4    HG2  PRO   9           HG2      PRO   9 -14.770   9.140  10.134
    5    HG3  PRO   9           HG3      PRO   9 -13.441   8.353  11.015
    6    HD2  PRO   9           HD2      PRO   9 -13.544   9.285   8.165
    7    HD3  PRO   9           HD3      PRO   9 -12.225   9.458   9.347

  No H/Q in entry =           7
  In of MODEL    3
    1    H    ALA  10           H        ALA  10 -13.825   3.965   8.273
    2    HA   ALA  10           HA       ALA  10 -14.139   4.070   5.496
    3    HB1  ALA  10           HB1      ALA  10 -15.005   1.801   5.673
    4    HB2  ALA  10           HB2      ALA  10 -13.625   2.015   6.750
    5    HB3  ALA  10           HB3      ALA  10 -15.262   2.017   7.404

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLU  11           H        GLU  11 -15.648   5.526   4.674
    2    HA   GLU  11           HA       GLU  11 -18.447   4.854   5.366
    3    HB2  GLU  11           HB2      GLU  11 -17.155   7.441   4.636
    4    HB3  GLU  11           HB3      GLU  11 -18.817   7.175   4.133
    5    HG2  GLU  11           HG2      GLU  11 -17.800   7.043   6.959
    6    HG3  GLU  11           HG3      GLU  11 -18.669   8.388   6.233

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ASN  12           H        ASN  12 -19.624   3.889   3.789
    2    HA   ASN  12           HA       ASN  12 -18.494   3.280   1.258
    3    HB2  ASN  12           HB2      ASN  12 -20.058   1.679   2.032
    4    HB3  ASN  12           HB3      ASN  12 -21.252   2.898   2.478
    5   HD21  ASN  12          HD21      ASN  12 -22.596   3.730   0.874
    6   HD22  ASN  12          HD22      ASN  12 -22.752   2.987  -0.679

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLY  13           H        GLY  13 -18.162   4.699  -0.286
    2    HA2  GLY  13           HA2      GLY  13 -20.245   6.747  -0.807
    3    HA3  GLY  13           HA3      GLY  13 -19.335   5.947  -2.073

  No H/Q in entry =           3
  In of MODEL    3
    1    H    LYS  14           H        LYS  14 -17.457   6.785   0.701
    2    HA   LYS  14           HA       LYS  14 -16.823   9.427  -0.421
    3    HB2  LYS  14           HB2      LYS  14 -15.465   8.258   1.984
    4    HB3  LYS  14           HB3      LYS  14 -15.721   9.943   1.582
    5    HG2  LYS  14           HG2      LYS  14 -17.789   7.992   2.552
    6    HG3  LYS  14           HG3      LYS  14 -17.043   9.298   3.462
    7    HD2  LYS  14           HD2      LYS  14 -18.791   9.648   1.040
    8    HD3  LYS  14           HD3      LYS  14 -19.309   9.841   2.726
    9    HE2  LYS  14           HE2      LYS  14 -17.250  11.490   1.246
   10    HE3  LYS  14           HE3      LYS  14 -18.852  12.010   1.762
   11    HZ1  LYS  14           HZ1      LYS  14 -18.136  11.634   4.081
   12    HZ2  LYS  14           HZ2      LYS  14 -16.568  11.292   3.522
   13    HZ3  LYS  14           HZ3      LYS  14 -17.230  12.833   3.292

  No H/Q in entry =          13
  In of MODEL    3
    1    H    SER  15           H        SER  15 -14.820  10.037  -1.132
    2    HA   SER  15           HA       SER  15 -12.881   7.894  -1.519
    3    HB2  SER  15           HB2      SER  15 -11.753   9.927  -2.843
    4    HB3  SER  15           HB3      SER  15 -12.976   8.880  -3.570
    5    HG   SER  15           HG       SER  15 -14.088  10.644  -3.832

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ASN  16           H        ASN  16 -10.870   7.954  -0.697
    2    HA   ASN  16           HA       ASN  16  -9.990  10.056   1.095
    3    HB2  ASN  16           HB2      ASN  16 -10.316   7.285   2.252
    4    HB3  ASN  16           HB3      ASN  16  -9.960   8.780   3.101
    5   HD21  ASN  16          HD21      ASN  16 -11.636   9.983   3.884
    6   HD22  ASN  16          HD22      ASN  16 -13.301   9.535   3.723

  No H/Q in entry =           6
  In of MODEL    3
    1    H    PHE  17           H        PHE  17  -8.062   8.166   2.405
    2    HA   PHE  17           HA       PHE  17  -6.533   7.409   0.014
    3    HB2  PHE  17           HB2      PHE  17  -5.637   9.095   2.338
    4    HB3  PHE  17           HB3      PHE  17  -4.478   8.202   1.354
    5    HD1  PHE  17           HD1      PHE  17  -5.572   8.441  -1.289
    6    HD2  PHE  17           HD2      PHE  17  -5.333  11.346   1.801
    7    HE1  PHE  17           HE1      PHE  17  -5.569  10.226  -2.986
    8    HE2  PHE  17           HE2      PHE  17  -5.331  13.143   0.119
    9    HZ   PHE  17           HZ       PHE  17  -5.447  12.585  -2.277

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  18           H        LEU  18  -5.453   5.505   0.093
    2    HA   LEU  18           HA       LEU  18  -5.713   3.938   2.552
    3    HB2  LEU  18           HB2      LEU  18  -6.541   2.785   0.630
    4    HB3  LEU  18           HB3      LEU  18  -5.102   3.160  -0.294
    5    HG   LEU  18           HG       LEU  18  -3.782   1.586   1.048
    6   HD11  LEU  18          HD11      LEU  18  -6.358   1.100   2.550
    7   HD12  LEU  18          HD12      LEU  18  -4.916   0.094   2.661
    8   HD13  LEU  18          HD13      LEU  18  -4.861   1.770   3.202
    9   HD21  LEU  18          HD21      LEU  18  -6.364   0.418   0.016
   10   HD22  LEU  18          HD22      LEU  18  -4.891   0.707  -0.910
   11   HD23  LEU  18          HD23      LEU  18  -4.901  -0.498   0.377

  No H/Q in entry =          11
  In of MODEL    3
    1    H    ASN  19           H        ASN  19  -4.070   3.629   3.851
    2    HA   ASN  19           HA       ASN  19  -1.393   4.516   2.954
    3    HB2  ASN  19           HB2      ASN  19  -1.674   5.895   4.764
    4    HB3  ASN  19           HB3      ASN  19  -2.859   4.832   5.524
    5   HD21  ASN  19          HD21      ASN  19  -2.108   3.133   6.840
    6   HD22  ASN  19          HD22      ASN  19  -0.521   3.165   7.519

  No H/Q in entry =           6
  In of MODEL    3
    1    H    CYS  20           H        CYS  20   0.209   3.041   2.724
    2    HA   CYS  20           HA       CYS  20  -0.039   0.486   4.159
    3    HB2  CYS  20           HB2      CYS  20  -0.486  -0.031   1.890
    4    HB3  CYS  20           HB3      CYS  20   0.687   1.144   1.288

  No H/Q in entry =           4
  In of MODEL    3
    1    H    TYR  21           H        TYR  21   1.616   0.392   5.629
    2    HA   TYR  21           HA       TYR  21   4.040   1.964   5.168
    3    HB2  TYR  21           HB2      TYR  21   3.155   0.334   7.548
    4    HB3  TYR  21           HB3      TYR  21   4.715   1.110   7.447
    5    HD1  TYR  21           HD1      TYR  21   4.826   3.618   7.408
    6    HD2  TYR  21           HD2      TYR  21   1.225   1.512   8.236
    7    HE1  TYR  21           HE1      TYR  21   3.903   5.634   8.483
    8    HE2  TYR  21           HE2      TYR  21   0.288   3.523   9.298
    9    HH   TYR  21           HH       TYR  21   1.237   5.586  10.462

  No H/Q in entry =           9
  In of MODEL    3
    1    H    VAL  22           H        VAL  22   5.916   1.153   4.489
    2    HA   VAL  22           HA       VAL  22   6.357  -1.739   4.815
    3    HB   VAL  22           HB       VAL  22   7.347  -0.062   2.469
    4   HG11  VAL  22          HG11      VAL  22   8.767  -1.990   3.104
    5   HG12  VAL  22          HG12      VAL  22   7.384  -3.055   2.839
    6   HG13  VAL  22          HG13      VAL  22   8.064  -2.138   1.491
    7   HG21  VAL  22          HG21      VAL  22   5.055  -2.024   2.598
    8   HG22  VAL  22          HG22      VAL  22   4.962  -0.294   2.265
    9   HG23  VAL  22          HG23      VAL  22   5.739  -1.372   1.104

  No H/Q in entry =           9
  In of MODEL    3
    1    H    SER  23           H        SER  23   7.859  -1.819   6.430
    2    HA   SER  23           HA       SER  23   9.743   0.441   6.647
    3    HB2  SER  23           HB2      SER  23   9.470   0.078   9.146
    4    HB3  SER  23           HB3      SER  23   8.041   0.648   8.294
    5    HG   SER  23           HG       SER  23   8.597  -2.045   9.020

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLY  24           H        GLY  24  11.876   0.086   7.145
    2    HA2  GLY  24           HA2      GLY  24  12.759  -2.594   7.974
    3    HA3  GLY  24           HA3      GLY  24  13.734  -1.130   8.015

  No H/Q in entry =           3
  In of MODEL    3
    1    H    PHE  25           H        PHE  25  12.264  -1.046   5.146
    2    HA   PHE  25           HA       PHE  25  14.299  -2.694   3.801
    3    HB2  PHE  25           HB2      PHE  25  11.702  -1.704   2.643
    4    HB3  PHE  25           HB3      PHE  25  12.773  -2.934   1.984
    5    HD1  PHE  25           HD1      PHE  25  12.987  -5.155   3.170
    6    HD2  PHE  25           HD2      PHE  25  10.024  -2.284   4.244
    7    HE1  PHE  25           HE1      PHE  25  11.673  -6.928   4.286
    8    HE2  PHE  25           HE2      PHE  25   8.711  -4.056   5.364
    9    HZ   PHE  25           HZ       PHE  25   9.520  -6.365   5.342

  No H/Q in entry =           9
  In of MODEL    3
    1    H    HIS  26           H        HIS  26  15.306  -1.910   1.922
    2    HA   HIS  26           HA       HIS  26  15.472   1.003   1.737
    3    HB2  HIS  26           HB2      HIS  26  17.165  -1.123   0.400
    4    HB3  HIS  26           HB3      HIS  26  17.465   0.615   0.361
    5    HD2  HIS  26           HD2      HIS  26  17.948   1.678   3.077
    6    HE1  HIS  26           HE1      HIS  26  19.613  -2.026   4.271
    7    HE2  HIS  26           HE2      HIS  26  19.552   0.467   4.728

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   PRO  27           HA       PRO  27  12.512   1.169  -1.422
    2    HB2  PRO  27           HB2      PRO  27  13.992   3.537  -2.430
    3    HB3  PRO  27           HB3      PRO  27  12.317   3.411  -1.881
    4    HG2  PRO  27           HG2      PRO  27  14.151   4.592  -0.362
    5    HG3  PRO  27           HG3      PRO  27  12.899   3.557   0.364
    6    HD2  PRO  27           HD2      PRO  27  15.786   2.944  -0.211
    7    HD3  PRO  27           HD3      PRO  27  14.806   2.532   1.215

  No H/Q in entry =           7
  In of MODEL    3
    1    H    SER  28           H        SER  28  15.844   0.920  -2.364
    2    HA   SER  28           HA       SER  28  15.402   1.342  -5.136
    3    HB2  SER  28           HB2      SER  28  17.568   1.862  -4.271
    4    HB3  SER  28           HB3      SER  28  17.769   0.227  -3.632
    5    HG   SER  28           HG       SER  28  17.367   0.637  -6.396

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ASP  29           H        ASP  29  15.668  -1.685  -3.213
    2    HA   ASP  29           HA       ASP  29  15.296  -3.138  -5.754
    3    HB2  ASP  29           HB2      ASP  29  16.464  -4.183  -3.164
    4    HB3  ASP  29           HB3      ASP  29  16.185  -5.143  -4.608

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ILE  30           H        ILE  30  12.985  -2.046  -4.206
    2    HA   ILE  30           HA       ILE  30  11.724  -4.656  -3.751
    3    HB   ILE  30           HB       ILE  30  10.877  -4.192  -1.722
    4   HG12  ILE  30          HG12      ILE  30  10.755  -1.221  -2.298
    5   HG13  ILE  30          HG13      ILE  30   9.439  -2.367  -2.544
    6   HG21  ILE  30          HG21      ILE  30  13.131  -2.197  -1.767
    7   HG22  ILE  30          HG22      ILE  30  12.338  -2.790  -0.307
    8   HG23  ILE  30          HG23      ILE  30  13.227  -3.902  -1.344
    9   HD11  ILE  30          HD11      ILE  30   9.510  -2.918  -0.140
   10   HD12  ILE  30          HD12      ILE  30  10.731  -1.664   0.074
   11   HD13  ILE  30          HD13      ILE  30   9.106  -1.227  -0.459

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLU  31           H        GLU  31   9.408  -4.673  -3.918
    2    HA   GLU  31           HA       GLU  31   8.307  -2.493  -5.562
    3    HB2  GLU  31           HB2      GLU  31   8.281  -5.440  -6.036
    4    HB3  GLU  31           HB3      GLU  31   6.883  -4.487  -6.528
    5    HG2  GLU  31           HG2      GLU  31   9.700  -3.818  -7.380
    6    HG3  GLU  31           HG3      GLU  31   8.585  -4.805  -8.316

  No H/Q in entry =           6
  In of MODEL    3
    1    H    VAL  32           H        VAL  32   6.529  -1.697  -4.777
    2    HA   VAL  32           HA       VAL  32   4.763  -3.290  -3.067
    3    HB   VAL  32           HB       VAL  32   5.588  -2.272  -1.200
    4   HG11  VAL  32          HG11      VAL  32   7.482  -1.308  -2.441
    5   HG12  VAL  32          HG12      VAL  32   6.489   0.091  -2.843
    6   HG13  VAL  32          HG13      VAL  32   6.902  -0.246  -1.160
    7   HG21  VAL  32          HG21      VAL  32   3.358  -1.305  -1.414
    8   HG22  VAL  32          HG22      VAL  32   4.467  -0.209  -0.592
    9   HG23  VAL  32          HG23      VAL  32   4.035   0.074  -2.279

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ASP  33           H        ASP  33   2.621  -2.929  -3.430
    2    HA   ASP  33           HA       ASP  33   1.855  -0.518  -4.921
    3    HB2  ASP  33           HB2      ASP  33   1.315  -3.373  -5.820
    4    HB3  ASP  33           HB3      ASP  33   0.321  -2.018  -6.328

  No H/Q in entry =           4
  In of MODEL    3
    1    H    LEU  34           H        LEU  34  -0.559  -0.394  -5.082
    2    HA   LEU  34           HA       LEU  34  -1.825  -1.447  -2.641
    3    HB2  LEU  34           HB2      LEU  34  -2.124   1.167  -4.053
    4    HB3  LEU  34           HB3      LEU  34  -3.538   0.505  -3.253
    5    HG   LEU  34           HG       LEU  34  -2.188   0.397  -1.124
    6   HD11  LEU  34          HD11      LEU  34   0.046   0.433  -2.107
    7   HD12  LEU  34          HD12      LEU  34  -0.231   2.080  -2.682
    8   HD13  LEU  34          HD13      LEU  34  -0.175   1.745  -0.950
    9   HD21  LEU  34          HD21      LEU  34  -3.776   2.202  -1.595
   10   HD22  LEU  34          HD22      LEU  34  -2.415   2.738  -0.612
   11   HD23  LEU  34          HD23      LEU  34  -2.473   3.137  -2.330

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU  35           H        LEU  35  -3.544  -2.751  -2.868
    2    HA   LEU  35           HA       LEU  35  -4.377  -3.374  -5.630
    3    HB2  LEU  35           HB2      LEU  35  -4.012  -5.334  -3.361
    4    HB3  LEU  35           HB3      LEU  35  -4.496  -5.711  -4.994
    5    HG   LEU  35           HG       LEU  35  -1.777  -5.039  -3.936
    6   HD11  LEU  35          HD11      LEU  35  -2.932  -7.158  -5.756
    7   HD12  LEU  35          HD12      LEU  35  -1.230  -7.036  -5.322
    8   HD13  LEU  35          HD13      LEU  35  -2.441  -7.373  -4.074
    9   HD21  LEU  35          HD21      LEU  35  -2.201  -3.523  -5.889
   10   HD22  LEU  35          HD22      LEU  35  -0.905  -4.695  -6.142
   11   HD23  LEU  35          HD23      LEU  35  -2.487  -4.958  -6.863

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LYS  36           H        LYS  36  -6.355  -4.620  -5.801
    2    HA   LYS  36           HA       LYS  36  -8.238  -4.447  -3.538
    3    HB2  LYS  36           HB2      LYS  36  -9.235  -4.861  -6.324
    4    HB3  LYS  36           HB3      LYS  36 -10.004  -3.990  -4.984
    5    HG2  LYS  36           HG2      LYS  36  -8.534  -2.097  -5.384
    6    HG3  LYS  36           HG3      LYS  36  -7.654  -2.983  -6.619
    7    HD2  LYS  36           HD2      LYS  36  -9.236  -1.366  -7.603
    8    HD3  LYS  36           HD3      LYS  36  -9.601  -3.029  -8.076
    9    HE2  LYS  36           HE2      LYS  36 -11.622  -1.638  -7.530
   10    HE3  LYS  36           HE3      LYS  36 -11.483  -3.078  -6.519
   11    HZ1  LYS  36           HZ1      LYS  36 -10.644  -0.327  -5.746
   12    HZ2  LYS  36           HZ2      LYS  36 -12.087  -1.073  -5.275
   13    HZ3  LYS  36           HZ3      LYS  36 -10.604  -1.698  -4.750

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ASN  37           H        ASN  37  -8.254  -6.517  -2.717
    2    HA   ASN  37           HA       ASN  37  -7.870  -8.787  -2.662
    3    HB2  ASN  37           HB2      ASN  37  -9.694  -9.968  -4.080
    4    HB3  ASN  37           HB3      ASN  37 -10.208  -8.853  -2.819
    5   HD21  ASN  37          HD21      ASN  37 -10.805  -6.713  -3.463
    6   HD22  ASN  37          HD22      ASN  37 -11.489  -6.416  -5.026

  No H/Q in entry =           6
  In of MODEL    3
    1    H    GLY  38           H        GLY  38  -5.820  -7.918  -4.016
    2    HA2  GLY  38           HA2      GLY  38  -5.262 -10.056  -5.840
    3    HA3  GLY  38           HA3      GLY  38  -4.133  -8.828  -5.322

  No H/Q in entry =           3
  In of MODEL    3
    1    H    GLU  39           H        GLU  39  -6.016  -6.645  -6.309
    2    HA   GLU  39           HA       GLU  39  -5.310  -6.955  -9.144
    3    HB2  GLU  39           HB2      GLU  39  -7.771  -7.346  -8.774
    4    HB3  GLU  39           HB3      GLU  39  -7.893  -5.690  -8.197
    5    HG2  GLU  39           HG2      GLU  39  -8.609  -5.855 -10.523
    6    HG3  GLU  39           HG3      GLU  39  -7.151  -4.865 -10.374

  No H/Q in entry =           6
  In of MODEL    3
    1    H    ARG  40           H        ARG  40  -3.859  -5.451  -9.603
    2    HA   ARG  40           HA       ARG  40  -3.173  -3.297  -8.037
    3    HB2  ARG  40           HB2      ARG  40  -1.978  -4.399 -10.143
    4    HB3  ARG  40           HB3      ARG  40  -2.815  -3.134 -11.028
    5    HG2  ARG  40           HG2      ARG  40  -1.685  -1.419  -9.812
    6    HG3  ARG  40           HG3      ARG  40  -1.027  -2.597  -8.698
    7    HD2  ARG  40           HD2      ARG  40  -0.265  -3.130 -11.483
    8    HD3  ARG  40           HD3      ARG  40   0.327  -1.588 -10.865
    9    HE   ARG  40           HE       ARG  40   1.250  -2.917  -8.959
   10   HH11  ARG  40          HH11      ARG  40   0.735  -4.380 -12.094
   11   HH12  ARG  40          HH12      ARG  40   2.069  -5.480 -11.931
   12   HH21  ARG  40          HH21      ARG  40   3.009  -4.319  -8.743
   13   HH22  ARG  40          HH22      ARG  40   3.369  -5.450 -10.024

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE  41           H        ILE  41  -4.025  -1.429  -7.594
    2    HA   ILE  41           HA       ILE  41  -6.548  -0.664  -8.568
    3    HB   ILE  41           HB       ILE  41  -4.575   0.855  -6.867
    4   HG12  ILE  41          HG12      ILE  41  -6.980  -0.837  -6.171
    5   HG13  ILE  41          HG13      ILE  41  -5.300  -1.312  -5.955
    6   HG21  ILE  41          HG21      ILE  41  -6.187   2.408  -7.878
    7   HG22  ILE  41          HG22      ILE  41  -7.516   1.405  -7.307
    8   HG23  ILE  41          HG23      ILE  41  -6.474   2.230  -6.147
    9   HD11  ILE  41          HD11      ILE  41  -6.318   1.135  -4.605
   10   HD12  ILE  41          HD12      ILE  41  -6.683  -0.467  -3.953
   11   HD13  ILE  41          HD13      ILE  41  -5.000   0.047  -4.153

  No H/Q in entry =          11
  In of MODEL    3
    1    H    GLU  42           H        GLU  42  -3.918   1.689  -8.497
    2    HA   GLU  42           HA       GLU  42  -2.574   1.718 -10.696
    3    HB2  GLU  42           HB2      GLU  42  -5.310   2.606 -11.622
    4    HB3  GLU  42           HB3      GLU  42  -3.838   3.106 -12.438
    5    HG2  GLU  42           HG2      GLU  42  -3.539   0.391 -12.299
    6    HG3  GLU  42           HG3      GLU  42  -5.271   0.575 -12.535

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LYS  43           H        LYS  43  -4.861   3.847  -8.958
    2    HA   LYS  43           HA       LYS  43  -3.466   6.219  -9.835
    3    HB2  LYS  43           HB2      LYS  43  -5.561   6.002  -7.670
    4    HB3  LYS  43           HB3      LYS  43  -5.100   7.436  -8.569
    5    HG2  LYS  43           HG2      LYS  43  -6.759   5.101  -9.487
    6    HG3  LYS  43           HG3      LYS  43  -7.191   6.814  -9.430
    7    HD2  LYS  43           HD2      LYS  43  -5.288   7.128 -11.131
    8    HD3  LYS  43           HD3      LYS  43  -5.391   5.379 -11.345
    9    HE2  LYS  43           HE2      LYS  43  -7.781   5.604 -11.901
   10    HE3  LYS  43           HE3      LYS  43  -7.642   7.353 -11.729
   11    HZ1  LYS  43           HZ1      LYS  43  -5.977   7.323 -13.520
   12    HZ2  LYS  43           HZ2      LYS  43  -6.242   5.660 -13.728
   13    HZ3  LYS  43           HZ3      LYS  43  -7.496   6.762 -14.030

  No H/Q in entry =          13
  In of MODEL    3
    1    H    VAL  44           H        VAL  44  -1.510   4.852  -8.671
    2    HA   VAL  44           HA       VAL  44  -1.380   5.906  -5.936
    3    HB   VAL  44           HB       VAL  44  -1.480   3.220  -6.460
    4   HG11  VAL  44          HG11      VAL  44   1.419   3.956  -6.291
    5   HG12  VAL  44          HG12      VAL  44   0.786   2.333  -6.014
    6   HG13  VAL  44          HG13      VAL  44   0.614   3.089  -7.598
    7   HG21  VAL  44          HG21      VAL  44  -1.753   4.247  -4.287
    8   HG22  VAL  44          HG22      VAL  44  -0.624   2.894  -4.200
    9   HG23  VAL  44          HG23      VAL  44  -0.019   4.553  -4.195

  No H/Q in entry =           9
  In of MODEL    3
    1    H    GLU  45           H        GLU  45   0.335   7.157  -5.564
    2    HA   GLU  45           HA       GLU  45   2.611   7.011  -7.417
    3    HB2  GLU  45           HB2      GLU  45   1.005   9.514  -6.870
    4    HB3  GLU  45           HB3      GLU  45   2.578   9.515  -7.644
    5    HG2  GLU  45           HG2      GLU  45   1.694   8.341  -9.565
    6    HG3  GLU  45           HG3      GLU  45   0.134   8.124  -8.764

  No H/Q in entry =           6
  In of MODEL    3
    1    H    HIS  46           H        HIS  46   4.177   6.506  -5.964
    2    HA   HIS  46           HA       HIS  46   4.824   8.689  -4.108
    3    HB2  HIS  46           HB2      HIS  46   4.540   6.532  -2.934
    4    HB3  HIS  46           HB3      HIS  46   5.723   5.769  -3.994
    5    HD2  HIS  46           HD2      HIS  46   5.873   8.929  -1.595
    6    HE1  HIS  46           HE1      HIS  46   9.392   6.614  -1.212
    7    HE2  HIS  46           HE2      HIS  46   8.259   8.798  -0.595

  No H/Q in entry =           7
  In of MODEL    3
    1    H    SER  47           H        SER  47   7.686   8.398  -3.995
    2    HA   SER  47           HA       SER  47   8.232   8.883  -6.794
    3    HB2  SER  47           HB2      SER  47   9.577  10.960  -6.057
    4    HB3  SER  47           HB3      SER  47   7.828  11.135  -6.176
    5    HG   SER  47           HG       SER  47   8.902  11.981  -4.214

  No H/Q in entry =           5
  In of MODEL    3
    1    H    ASP  48           H        ASP  48  10.007   7.680  -7.263
    2    HA   ASP  48           HA       ASP  48  11.342   6.572  -4.897
    3    HB2  ASP  48           HB2      ASP  48  11.878   4.636  -6.230
    4    HB3  ASP  48           HB3      ASP  48  10.165   4.993  -6.403

  No H/Q in entry =           4
  In of MODEL    3
    1    H    LEU  49           H        LEU  49  13.573   6.157  -4.936
    2    HA   LEU  49           HA       LEU  49  14.995   8.309  -6.357
    3    HB2  LEU  49           HB2      LEU  49  16.715   7.994  -4.451
    4    HB3  LEU  49           HB3      LEU  49  15.222   8.849  -4.105
    5    HG   LEU  49           HG       LEU  49  16.110   7.235  -2.331
    6   HD11  LEU  49          HD11      LEU  49  13.819   8.153  -2.288
    7   HD12  LEU  49          HD12      LEU  49  13.267   6.757  -3.218
    8   HD13  LEU  49          HD13      LEU  49  13.931   6.531  -1.604
    9   HD21  LEU  49          HD21      LEU  49  15.001   5.175  -4.229
   10   HD22  LEU  49          HD22      LEU  49  16.688   5.359  -3.749
   11   HD23  LEU  49          HD23      LEU  49  15.478   4.880  -2.557

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  50           H        SER  50  17.590   7.292  -5.563
    2    HA   SER  50           HA       SER  50  17.919   5.574  -7.874
    3    HB2  SER  50           HB2      SER  50  20.426   5.951  -7.054
    4    HB3  SER  50           HB3      SER  50  19.544   7.200  -7.937
    5    HG   SER  50           HG       SER  50  19.379   8.375  -6.169

  No H/Q in entry =           5
  In of MODEL    3
    1    H    PHE  51           H        PHE  51  18.908   5.516  -4.441
    2    HA   PHE  51           HA       PHE  51  18.412   2.681  -4.306
    3    HB2  PHE  51           HB2      PHE  51  20.699   2.683  -5.173
    4    HB3  PHE  51           HB3      PHE  51  21.202   3.799  -3.910
    5    HD1  PHE  51           HD1      PHE  51  21.734   3.028  -1.721
    6    HD2  PHE  51           HD2      PHE  51  20.142   0.346  -4.616
    7    HE1  PHE  51           HE1      PHE  51  22.333   1.124  -0.283
    8    HE2  PHE  51           HE2      PHE  51  20.735  -1.559  -3.181
    9    HZ   PHE  51           HZ       PHE  51  21.833  -1.172  -1.012

  No H/Q in entry =           9
  In of MODEL    3
    1    H    SER  52           H        SER  52  20.266   5.160  -2.628
    2    HA   SER  52           HA       SER  52  18.343   5.441  -0.514
    3    HB2  SER  52           HB2      SER  52  19.604   3.363   0.152
    4    HB3  SER  52           HB3      SER  52  21.076   4.331   0.195
    5    HG   SER  52           HG       SER  52  19.969   4.045   2.257

  No H/Q in entry =           5
  In of MODEL    3
    1    H    LYS  53           H        LYS  53  18.886   7.345  -2.093
    2    HA   LYS  53           HA       LYS  53  21.211   8.869  -1.139
    3    HB2  LYS  53           HB2      LYS  53  20.913   8.252  -3.613
    4    HB3  LYS  53           HB3      LYS  53  19.601   9.420  -3.625
    5    HG2  LYS  53           HG2      LYS  53  21.146  11.186  -2.996
    6    HG3  LYS  53           HG3      LYS  53  22.469  10.017  -2.939
    7    HD2  LYS  53           HD2      LYS  53  21.928   9.487  -5.351
    8    HD3  LYS  53           HD3      LYS  53  20.881  10.906  -5.335
    9    HE2  LYS  53           HE2      LYS  53  23.062  11.464  -6.245
   10    HE3  LYS  53           HE3      LYS  53  22.793  12.302  -4.717
   11    HZ1  LYS  53           HZ1      LYS  53  24.249   9.729  -4.825
   12    HZ2  LYS  53           HZ2      LYS  53  25.041  11.203  -5.091
   13    HZ3  LYS  53           HZ3      LYS  53  24.276  10.912  -3.606

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ASP  54           H        ASP  54  20.839  10.570   0.119
    2    HA   ASP  54           HA       ASP  54  19.716  12.063   1.427
    3    HB2  ASP  54           HB2      ASP  54  19.652  13.213  -0.819
    4    HB3  ASP  54           HB3      ASP  54  18.041  12.546  -1.051

  No H/Q in entry =           4
  In of MODEL    3
    1    H    TRP  55           H        TRP  55  18.995   9.711   2.123
    2    HA   TRP  55           HA       TRP  55  16.045   9.617   2.146
    3    HB2  TRP  55           HB2      TRP  55  17.026   7.946   0.571
    4    HB3  TRP  55           HB3      TRP  55  17.917   7.243   1.915
    5    HD1  TRP  55           HD1      TRP  55  14.395   7.486   0.431
    6    HE1  TRP  55           HE1      TRP  55  12.924   5.707   1.512
    7    HE3  TRP  55           HE3      TRP  55  17.613   5.825   4.129
    8    HZ2  TRP  55           HZ2      TRP  55  13.044   3.879   3.611
    9    HZ3  TRP  55           HZ3      TRP  55  16.810   4.045   5.617
   10    HH2  TRP  55           HH2      TRP  55  14.582   3.086   5.372

  No H/Q in entry =          10
  In of MODEL    3
    1    H    SER  56           H        SER  56  15.397   9.904   4.134
    2    HA   SER  56           HA       SER  56  16.479   8.119   6.161
    3    HB2  SER  56           HB2      SER  56  16.076   9.998   7.874
    4    HB3  SER  56           HB3      SER  56  17.513  10.149   6.854
    5    HG   SER  56           HG       SER  56  16.664  11.846   5.906

  No H/Q in entry =           5
  In of MODEL    3
    1    H    PHE  57           H        PHE  57  13.797  10.232   5.072
    2    HA   PHE  57           HA       PHE  57  11.744   9.408   6.541
    3    HB2  PHE  57           HB2      PHE  57  10.337   9.816   4.562
    4    HB3  PHE  57           HB3      PHE  57  11.541  11.063   4.814
    5    HD1  PHE  57           HD1      PHE  57  13.737  10.790   3.390
    6    HD2  PHE  57           HD2      PHE  57  10.032   8.916   2.474
    7    HE1  PHE  57           HE1      PHE  57  14.441  10.560   1.047
    8    HE2  PHE  57           HE2      PHE  57  10.725   8.700   0.122
    9    HZ   PHE  57           HZ       PHE  57  12.933   9.511  -0.589

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR  58           H        TYR  58   9.924   8.097   6.006
    2    HA   TYR  58           HA       TYR  58  10.711   5.311   5.805
    3    HB2  TYR  58           HB2      TYR  58   8.904   6.875   7.325
    4    HB3  TYR  58           HB3      TYR  58   7.907   5.791   6.374
    5    HD1  TYR  58           HD1      TYR  58  11.280   4.821   7.512
    6    HD2  TYR  58           HD2      TYR  58   7.104   4.573   8.312
    7    HE1  TYR  58           HE1      TYR  58  11.710   3.045   9.170
    8    HE2  TYR  58           HE2      TYR  58   7.523   2.788   9.975
    9    HH   TYR  58           HH       TYR  58  10.557   2.106  11.207

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LEU  59           H        LEU  59   8.979   3.849   4.674
    2    HA   LEU  59           HA       LEU  59   8.550   4.965   1.961
    3    HB2  LEU  59           HB2      LEU  59   9.069   2.249   3.085
    4    HB3  LEU  59           HB3      LEU  59   8.024   2.344   1.687
    5    HG   LEU  59           HG       LEU  59  10.794   3.548   1.668
    6   HD11  LEU  59          HD11      LEU  59  10.898   1.124   2.260
    7   HD12  LEU  59          HD12      LEU  59  10.009   0.761   0.780
    8   HD13  LEU  59          HD13      LEU  59  11.610   1.493   0.692
    9   HD21  LEU  59          HD21      LEU  59   8.814   2.684  -0.442
   10   HD22  LEU  59          HD22      LEU  59   9.399   4.316  -0.127
   11   HD23  LEU  59          HD23      LEU  59  10.491   3.103  -0.795

  No H/Q in entry =          11
  In of MODEL    3
    1    H    LEU  60           H        LEU  60   6.560   5.594   1.557
    2    HA   LEU  60           HA       LEU  60   4.285   3.958   2.349
    3    HB2  LEU  60           HB2      LEU  60   4.437   5.533   4.149
    4    HB3  LEU  60           HB3      LEU  60   4.679   6.864   3.039
    5    HG   LEU  60           HG       LEU  60   2.367   6.614   2.244
    6   HD11  LEU  60          HD11      LEU  60   2.081   4.236   2.659
    7   HD12  LEU  60          HD12      LEU  60   2.144   4.527   4.396
    8   HD13  LEU  60          HD13      LEU  60   0.812   5.176   3.443
    9   HD21  LEU  60          HD21      LEU  60   2.866   8.176   4.046
   10   HD22  LEU  60          HD22      LEU  60   1.269   7.457   4.256
   11   HD23  LEU  60          HD23      LEU  60   2.624   6.893   5.233

  No H/Q in entry =          11
  In of MODEL    3
    1    H    TYR  61           H        TYR  61   2.543   4.178   0.947
    2    HA   TYR  61           HA       TYR  61   2.922   5.919  -1.396
    3    HB2  TYR  61           HB2      TYR  61   2.079   2.995  -1.297
    4    HB3  TYR  61           HB3      TYR  61   1.816   4.012  -2.722
    5    HD1  TYR  61           HD1      TYR  61   3.437   4.034  -4.375
    6    HD2  TYR  61           HD2      TYR  61   4.633   2.956  -0.435
    7    HE1  TYR  61           HE1      TYR  61   5.693   3.532  -5.211
    8    HE2  TYR  61           HE2      TYR  61   6.910   2.455  -1.273
    9    HH   TYR  61           HH       TYR  61   7.979   3.374  -4.350

  No H/Q in entry =           9
  In of MODEL    3
    1    H    TYR  62           H        TYR  62   0.764   6.376  -2.541
    2    HA   TYR  62           HA       TYR  62  -1.501   6.041  -0.753
    3    HB2  TYR  62           HB2      TYR  62  -2.117   8.510  -1.016
    4    HB3  TYR  62           HB3      TYR  62  -0.883   8.080   0.153
    5    HD1  TYR  62           HD1      TYR  62   1.249   9.064   0.053
    6    HD2  TYR  62           HD2      TYR  62  -1.385   9.512  -3.251
    7    HE1  TYR  62           HE1      TYR  62   2.755  10.747  -0.903
    8    HE2  TYR  62           HE2      TYR  62   0.121  11.191  -4.230
    9    HH   TYR  62           HH       TYR  62   3.285  11.703  -3.082

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR  63           H        THR  63  -3.481   5.993  -1.690
    2    HA   THR  63           HA       THR  63  -3.775   6.667  -4.517
    3    HB   THR  63           HB       THR  63  -3.124   4.133  -4.151
    4    HG1  THR  63           HG1      THR  63  -4.150   5.333  -6.052
    5   HG21  THR  63          HG21      THR  63  -4.838   3.680  -2.430
    6   HG22  THR  63          HG22      THR  63  -6.089   4.051  -3.614
    7   HG23  THR  63          HG23      THR  63  -5.033   2.661  -3.856

  No H/Q in entry =           7
  In of MODEL    3
    1    H    GLU  64           H        GLU  64  -5.901   7.141  -5.086
    2    HA   GLU  64           HA       GLU  64  -7.706   7.913  -3.036
    3    HB2  GLU  64           HB2      GLU  64  -7.636   9.101  -5.198
    4    HB3  GLU  64           HB3      GLU  64  -8.106   7.630  -6.031
    5    HG2  GLU  64           HG2      GLU  64 -10.258   7.699  -4.724
    6    HG3  GLU  64           HG3      GLU  64  -9.759   9.290  -4.141

  No H/Q in entry =           6
  In of MODEL    3
    1    H    PHE  65           H        PHE  65  -9.432   6.788  -2.147
    2    HA   PHE  65           HA       PHE  65 -10.200   4.289  -3.484
    3    HB2  PHE  65           HB2      PHE  65 -10.168   3.019  -1.505
    4    HB3  PHE  65           HB3      PHE  65  -8.684   3.940  -1.507
    5    HD1  PHE  65           HD1      PHE  65 -12.149   4.605  -0.257
    6    HD2  PHE  65           HD2      PHE  65  -7.979   4.483   0.566
    7    HE1  PHE  65           HE1      PHE  65 -12.584   5.342   2.049
    8    HE2  PHE  65           HE2      PHE  65  -8.422   5.225   2.881
    9    HZ   PHE  65           HZ       PHE  65 -10.741   5.663   3.619

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR  66           H        THR  66 -12.342   3.585  -3.189
    2    HA   THR  66           HA       THR  66 -14.065   5.198  -1.436
    3    HB   THR  66           HB       THR  66 -14.811   4.378  -4.270
    4    HG1  THR  66           HG1      THR  66 -13.522   6.578  -3.253
    5   HG21  THR  66          HG21      THR  66 -16.268   6.012  -2.173
    6   HG22  THR  66          HG22      THR  66 -16.743   5.919  -3.872
    7   HG23  THR  66          HG23      THR  66 -16.769   4.469  -2.871

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   PRO  67           HA       PRO  67 -14.794   0.836  -0.433
    2    HB2  PRO  67           HB2      PRO  67 -16.359   1.466   1.830
    3    HB3  PRO  67           HB3      PRO  67 -14.665   0.990   1.811
    4    HG2  PRO  67           HG2      PRO  67 -15.729   3.548   2.458
    5    HG3  PRO  67           HG3      PRO  67 -14.026   3.078   2.335
    6    HD2  PRO  67           HD2      PRO  67 -15.654   4.639   0.496
    7    HD3  PRO  67           HD3      PRO  67 -13.893   4.447   0.543

  No H/Q in entry =           7
  In of MODEL    3
    1    H    THR  68           H        THR  68 -16.238  -0.443  -1.032
    2    HA   THR  68           HA       THR  68 -19.021   0.425  -1.387
    3    HB   THR  68           HB       THR  68 -19.093  -0.805  -3.500
    4    HG1  THR  68           HG1      THR  68 -16.582  -1.327  -4.044
    5   HG21  THR  68          HG21      THR  68 -18.338   1.541  -3.577
    6   HG22  THR  68          HG22      THR  68 -16.669   0.990  -3.446
    7   HG23  THR  68          HG23      THR  68 -17.628   0.565  -4.864

  No H/Q in entry =           7
  In of MODEL    3
    1    H    GLU  69           H        GLU  69 -20.511  -1.537  -1.488
    2    HA   GLU  69           HA       GLU  69 -20.025  -3.428   0.485
    3    HB2  GLU  69           HB2      GLU  69 -22.238  -3.012  -0.177
    4    HB3  GLU  69           HB3      GLU  69 -21.923  -3.348  -1.865
    5    HG2  GLU  69           HG2      GLU  69 -23.123  -5.198  -1.112
    6    HG3  GLU  69           HG3      GLU  69 -21.440  -5.733  -1.132

  No H/Q in entry =           6
  In of MODEL    3
    1    H    LYS  70           H        LYS  70 -18.446  -3.265  -2.520
    2    HA   LYS  70           HA       LYS  70 -18.048  -6.163  -2.480
    3    HB2  LYS  70           HB2      LYS  70 -17.910  -4.303  -4.840
    4    HB3  LYS  70           HB3      LYS  70 -17.484  -6.003  -4.904
    5    HG2  LYS  70           HG2      LYS  70 -20.215  -5.195  -3.964
    6    HG3  LYS  70           HG3      LYS  70 -19.836  -5.208  -5.681
    7    HD2  LYS  70           HD2      LYS  70 -20.844  -7.311  -5.110
    8    HD3  LYS  70           HD3      LYS  70 -19.145  -7.587  -5.474
    9    HE2  LYS  70           HE2      LYS  70 -18.611  -7.885  -3.190
   10    HE3  LYS  70           HE3      LYS  70 -20.173  -7.253  -2.665
   11    HZ1  LYS  70           HZ1      LYS  70 -21.216  -9.202  -3.702
   12    HZ2  LYS  70           HZ2      LYS  70 -19.682  -9.807  -4.102
   13    HZ3  LYS  70           HZ3      LYS  70 -20.127  -9.635  -2.478

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ASP  71           H        ASP  71 -16.098  -3.169  -2.564
    2    HA   ASP  71           HA       ASP  71 -13.893  -4.739  -3.621
    3    HB2  ASP  71           HB2      ASP  71 -13.942  -1.761  -3.097
    4    HB3  ASP  71           HB3      ASP  71 -12.796  -2.652  -4.074

  No H/Q in entry =           4
  In of MODEL    3
    1    H    GLU  72           H        GLU  72 -12.334  -5.491  -2.415
    2    HA   GLU  72           HA       GLU  72 -11.815  -4.659   0.367
    3    HB2  GLU  72           HB2      GLU  72 -11.994  -7.065  -0.145
    4    HB3  GLU  72           HB3      GLU  72 -10.724  -6.927  -1.347
    5    HG2  GLU  72           HG2      GLU  72  -9.163  -6.263   0.522
    6    HG3  GLU  72           HG3      GLU  72 -10.453  -6.670   1.644

  No H/Q in entry =           6
  In of MODEL    3
    1    H    TYR  73           H        TYR  73  -9.712  -3.851   0.932
    2    HA   TYR  73           HA       TYR  73  -8.021  -3.107  -1.378
    3    HB2  TYR  73           HB2      TYR  73  -8.585  -1.516   1.138
    4    HB3  TYR  73           HB3      TYR  73  -7.333  -1.099  -0.021
    5    HD1  TYR  73           HD1      TYR  73 -10.993  -1.555   0.366
    6    HD2  TYR  73           HD2      TYR  73  -7.847   0.104  -1.973
    7    HE1  TYR  73           HE1      TYR  73 -12.644  -0.301  -0.981
    8    HE2  TYR  73           HE2      TYR  73  -9.497   1.346  -3.315
    9    HH   TYR  73           HH       TYR  73 -12.809   1.578  -2.419

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ALA  74           H        ALA  74  -5.925  -3.680  -1.338
    2    HA   ALA  74           HA       ALA  74  -4.747  -4.646   1.174
    3    HB1  ALA  74           HB1      ALA  74  -5.596  -6.566  -0.074
    4    HB2  ALA  74           HB2      ALA  74  -4.701  -6.045  -1.502
    5    HB3  ALA  74           HB3      ALA  74  -3.836  -6.564  -0.053

  No H/Q in entry =           5
  In of MODEL    3
    1    H    CYS  75           H        CYS  75  -2.357  -4.702   1.111
    2    HA   CYS  75           HA       CYS  75  -1.219  -3.231  -1.184
    3    HB2  CYS  75           HB2      CYS  75  -1.194  -1.759   0.721
    4    HB3  CYS  75           HB3      CYS  75  -0.436  -2.989   1.717

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ARG  76           H        ARG  76   0.523  -4.124  -2.178
    2    HA   ARG  76           HA       ARG  76   1.404  -6.764  -1.207
    3    HB2  ARG  76           HB2      ARG  76   0.212  -6.489  -3.447
    4    HB3  ARG  76           HB3      ARG  76   1.655  -5.630  -3.992
    5    HG2  ARG  76           HG2      ARG  76   2.571  -7.592  -4.543
    6    HG3  ARG  76           HG3      ARG  76   2.478  -8.121  -2.867
    7    HD2  ARG  76           HD2      ARG  76  -0.088  -8.551  -3.723
    8    HD3  ARG  76           HD3      ARG  76   0.828  -8.907  -5.198
    9    HE   ARG  76           HE       ARG  76   1.622 -10.168  -2.669
   10   HH11  ARG  76          HH11      ARG  76   0.360 -10.405  -5.928
   11   HH12  ARG  76          HH12      ARG  76   0.497 -12.140  -5.986
   12   HH21  ARG  76          HH21      ARG  76   1.820 -12.463  -2.761
   13   HH22  ARG  76          HH22      ARG  76   1.319 -13.295  -4.204

  No H/Q in entry =          13
  In of MODEL    3
    1    H    VAL  77           H        VAL  77   3.567  -7.035  -0.697
    2    HA   VAL  77           HA       VAL  77   5.484  -5.232  -2.023
    3    HB   VAL  77           HB       VAL  77   5.033  -4.601   0.440
    4   HG11  VAL  77          HG11      VAL  77   6.798  -7.010   0.861
    5   HG12  VAL  77          HG12      VAL  77   6.450  -5.776   2.073
    6   HG13  VAL  77          HG13      VAL  77   5.149  -6.791   1.450
    7   HG21  VAL  77          HG21      VAL  77   6.845  -3.745  -1.000
    8   HG22  VAL  77          HG22      VAL  77   7.306  -3.863   0.701
    9   HG23  VAL  77          HG23      VAL  77   7.873  -5.076  -0.449

  No H/Q in entry =           9
  In of MODEL    3
    1    H    ASN  78           H        ASN  78   7.185  -6.092  -2.830
    2    HA   ASN  78           HA       ASN  78   7.938  -8.871  -2.133
    3    HB2  ASN  78           HB2      ASN  78   6.670  -8.746  -4.305
    4    HB3  ASN  78           HB3      ASN  78   7.970  -7.736  -4.943
    5   HD21  ASN  78          HD21      ASN  78   8.444  -9.249  -6.540
    6   HD22  ASN  78          HD22      ASN  78   9.249 -10.738  -6.188

  No H/Q in entry =           6
  In of MODEL    3
    1    H    HIS  79           H        HIS  79  10.051  -9.234  -1.823
    2    HA   HIS  79           HA       HIS  79  11.953  -7.207  -2.660
    3    HB2  HIS  79           HB2      HIS  79  12.153  -8.709  -0.051
    4    HB3  HIS  79           HB3      HIS  79  13.047  -7.331  -0.596
    5    HD2  HIS  79           HD2      HIS  79  12.379  -5.105   0.596
    6    HE1  HIS  79           HE1      HIS  79   8.378  -6.163   1.467
    7    HE2  HIS  79           HE2      HIS  79  10.192  -4.438   1.813

  No H/Q in entry =           7
  In of MODEL    3
    1    H    VAL  80           H        VAL  80  14.168  -8.121  -2.756
    2    HA   VAL  80           HA       VAL  80  14.433 -10.472  -4.171
    3    HB   VAL  80           HB       VAL  80  16.538  -9.377  -2.293
    4   HG11  VAL  80          HG11      VAL  80  17.066 -11.612  -3.122
    5   HG12  VAL  80          HG12      VAL  80  16.805 -11.071  -4.780
    6   HG13  VAL  80          HG13      VAL  80  18.139 -10.408  -3.835
    7   HG21  VAL  80          HG21      VAL  80  15.931  -8.656  -5.159
    8   HG22  VAL  80          HG22      VAL  80  15.774  -7.611  -3.747
    9   HG23  VAL  80          HG23      VAL  80  17.368  -8.149  -4.270

  No H/Q in entry =           9
  In of MODEL    3
    1    H    THR  81           H        THR  81  14.209 -10.098  -0.695
    2    HA   THR  81           HA       THR  81  15.269 -12.700  -0.084
    3    HB   THR  81           HB       THR  81  15.618 -11.165   1.637
    4    HG1  THR  81           HG1      THR  81  14.989 -12.994   2.663
    5   HG21  THR  81          HG21      THR  81  12.681 -10.439   1.532
    6   HG22  THR  81          HG22      THR  81  13.863  -9.788   2.669
    7   HG23  THR  81          HG23      THR  81  14.021  -9.452   0.947

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LEU  82           H        LEU  82  11.955 -11.350   0.294
    2    HA   LEU  82           HA       LEU  82  10.687 -13.586   1.200
    3    HB2  LEU  82           HB2      LEU  82   9.436 -11.724  -0.810
    4    HB3  LEU  82           HB3      LEU  82   8.614 -12.711   0.390
    5    HG   LEU  82           HG       LEU  82  10.454 -10.431   1.073
    6   HD11  LEU  82          HD11      LEU  82   7.464 -10.526   0.845
    7   HD12  LEU  82          HD12      LEU  82   8.370  -9.236   1.643
    8   HD13  LEU  82          HD13      LEU  82   8.594  -9.530  -0.080
    9   HD21  LEU  82          HD21      LEU  82  10.267 -12.117   2.825
   10   HD22  LEU  82          HD22      LEU  82   9.451 -10.626   3.291
   11   HD23  LEU  82          HD23      LEU  82   8.508 -12.010   2.743

  No H/Q in entry =          11
  In of MODEL    3
    1    H    SER  83           H        SER  83  11.179 -12.757  -2.207
    2    HA   SER  83           HA       SER  83  11.193 -14.015  -4.091
    3    HB2  SER  83           HB2      SER  83  12.265 -15.842  -2.842
    4    HB3  SER  83           HB3      SER  83  10.687 -16.404  -2.296
    5    HG   SER  83           HG       SER  83  11.153 -16.115  -5.051

  No H/Q in entry =           5
  In of MODEL    3
    1    H    GLN  84           H        GLN  84   8.582 -14.433  -1.784
    2    HA   GLN  84           HA       GLN  84   6.741 -14.229  -4.058
    3    HB2  GLN  84           HB2      GLN  84   5.100 -15.640  -2.982
    4    HB3  GLN  84           HB3      GLN  84   6.626 -16.503  -2.968
    5    HG2  GLN  84           HG2      GLN  84   5.679 -14.921  -0.603
    6    HG3  GLN  84           HG3      GLN  84   5.160 -16.579  -0.884
    7   HE21  GLN  84          HE21      GLN  84   7.711 -17.386  -2.014
    8   HE22  GLN  84          HE22      GLN  84   8.812 -17.506  -0.686

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   PRO  85           HA       PRO  85   5.912 -10.415  -1.806
    2    HB2  PRO  85           HB2      PRO  85   3.699  -9.641  -3.252
    3    HB3  PRO  85           HB3      PRO  85   5.377  -9.252  -3.670
    4    HG2  PRO  85           HG2      PRO  85   3.571 -11.338  -4.796
    5    HG3  PRO  85           HG3      PRO  85   4.848 -10.393  -5.597
    6    HD2  PRO  85           HD2      PRO  85   5.181 -13.036  -4.869
    7    HD3  PRO  85           HD3      PRO  85   6.536 -11.865  -4.940

  No H/Q in entry =           7
  In of MODEL    3
    1    H    LYS  86           H        LYS  86   4.343  -9.551  -0.458
    2    HA   LYS  86           HA       LYS  86   2.352 -11.547   0.391
    3    HB2  LYS  86           HB2      LYS  86   3.558  -9.332   2.067
    4    HB3  LYS  86           HB3      LYS  86   2.485 -10.604   2.626
    5    HG2  LYS  86           HG2      LYS  86   5.350 -10.834   1.738
    6    HG3  LYS  86           HG3      LYS  86   4.671 -11.193   3.329
    7    HD2  LYS  86           HD2      LYS  86   3.240 -12.878   1.716
    8    HD3  LYS  86           HD3      LYS  86   4.805 -12.845   0.905
    9    HE2  LYS  86           HE2      LYS  86   5.916 -13.507   2.975
   10    HE3  LYS  86           HE3      LYS  86   4.372 -13.477   3.828
   11    HZ1  LYS  86           HZ1      LYS  86   3.590 -15.223   2.299
   12    HZ2  LYS  86           HZ2      LYS  86   5.138 -15.298   1.617
   13    HZ3  LYS  86           HZ3      LYS  86   4.914 -15.722   3.238

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ILE  87           H        ILE  87   0.323 -10.875   0.998
    2    HA   ILE  87           HA       ILE  87  -0.397  -8.128   0.193
    3    HB   ILE  87           HB       ILE  87  -1.785 -10.641  -0.402
    4   HG12  ILE  87          HG12      ILE  87  -1.202  -9.375  -2.262
    5   HG13  ILE  87          HG13      ILE  87  -2.906  -8.965  -2.067
    6   HG21  ILE  87          HG21      ILE  87  -3.336  -8.350   0.766
    7   HG22  ILE  87          HG22      ILE  87  -4.059  -9.552  -0.306
    8   HG23  ILE  87          HG23      ILE  87  -3.370 -10.050   1.245
    9   HD11  ILE  87          HD11      ILE  87  -2.280  -6.918  -0.913
   10   HD12  ILE  87          HD12      ILE  87  -0.579  -7.304  -1.155
   11   HD13  ILE  87          HD13      ILE  87  -1.619  -6.992  -2.541

  No H/Q in entry =          11
  In of MODEL    3
    1    H    VAL  88           H        VAL  88  -1.152  -6.810   1.641
    2    HA   VAL  88           HA       VAL  88  -2.133  -7.905   4.189
    3    HB   VAL  88           HB       VAL  88  -0.080  -6.574   4.486
    4   HG11  VAL  88          HG11      VAL  88  -1.638  -4.325   3.263
    5   HG12  VAL  88          HG12      VAL  88  -0.093  -4.152   4.094
    6   HG13  VAL  88          HG13      VAL  88  -0.194  -5.093   2.601
    7   HG21  VAL  88          HG21      VAL  88  -2.591  -5.293   5.533
    8   HG22  VAL  88          HG22      VAL  88  -1.654  -6.577   6.297
    9   HG23  VAL  88          HG23      VAL  88  -0.972  -4.955   6.148

  No H/Q in entry =           9
  In of MODEL    3
    1    H    LYS  89           H        LYS  89  -4.271  -7.543   4.505
    2    HA   LYS  89           HA       LYS  89  -5.521  -5.662   2.637
    3    HB2  LYS  89           HB2      LYS  89  -6.795  -7.973   4.083
    4    HB3  LYS  89           HB3      LYS  89  -7.545  -6.960   2.859
    5    HG2  LYS  89           HG2      LYS  89  -6.374  -7.932   1.142
    6    HG3  LYS  89           HG3      LYS  89  -5.056  -8.433   2.201
    7    HD2  LYS  89           HD2      LYS  89  -7.827  -9.593   2.333
    8    HD3  LYS  89           HD3      LYS  89  -6.510 -10.310   1.399
    9    HE2  LYS  89           HE2      LYS  89  -5.181 -10.489   3.482
   10    HE3  LYS  89           HE3      LYS  89  -6.552  -9.848   4.385
   11    HZ1  LYS  89           HZ1      LYS  89  -6.691 -12.325   2.756
   12    HZ2  LYS  89           HZ2      LYS  89  -6.316 -12.311   4.409
   13    HZ3  LYS  89           HZ3      LYS  89  -7.831 -11.762   3.880

  No H/Q in entry =          13
  In of MODEL    3
    1    H    TRP  90           H        TRP  90  -7.081  -4.241   3.385
    2    HA   TRP  90           HA       TRP  90  -6.661  -3.454   6.122
    3    HB2  TRP  90           HB2      TRP  90  -6.784  -1.699   4.411
    4    HB3  TRP  90           HB3      TRP  90  -8.403  -2.237   3.975
    5    HD1  TRP  90           HD1      TRP  90  -6.958  -1.317   7.492
    6    HE1  TRP  90           HE1      TRP  90  -8.488   0.397   8.548
    7    HE3  TRP  90           HE3      TRP  90 -10.262  -0.715   3.593
    8    HZ2  TRP  90           HZ2      TRP  90 -10.878   1.791   7.883
    9    HZ3  TRP  90           HZ3      TRP  90 -12.136   0.832   3.886
   10    HH2  TRP  90           HH2      TRP  90 -12.442   2.088   5.958

  No H/Q in entry =          10
  In of MODEL    3
    1    H    ASP  91           H        ASP  91  -7.855  -3.941   7.783
    2    HA   ASP  91           HA       ASP  91  -9.873  -5.911   7.662
    3    HB2  ASP  91           HB2      ASP  91 -10.203  -5.234  10.127
    4    HB3  ASP  91           HB3      ASP  91  -8.605  -5.823   9.677

  No H/Q in entry =           4
  In of MODEL    3
    1    H    ARG  92           H        ARG  92 -11.720  -5.465   6.584
    2    HA   ARG  92           HA       ARG  92 -13.638  -3.810   7.827
    3    HB2  ARG  92           HB2      ARG  92 -13.730  -1.898   6.518
    4    HB3  ARG  92           HB3      ARG  92 -12.006  -2.236   6.445
    5    HG2  ARG  92           HG2      ARG  92 -12.469  -1.798   4.230
    6    HG3  ARG  92           HG3      ARG  92 -12.580  -3.561   4.264
    7    HD2  ARG  92           HD2      ARG  92 -15.061  -3.305   4.561
    8    HD3  ARG  92           HD3      ARG  92 -14.865  -1.568   4.268
    9    HE   ARG  92           HE       ARG  92 -13.685  -2.768   2.125
   10   HH11  ARG  92          HH11      ARG  92 -16.829  -2.898   3.643
   11   HH12  ARG  92          HH12      ARG  92 -17.658  -3.351   2.183
   12   HH21  ARG  92          HH21      ARG  92 -14.773  -3.373   0.195
   13   HH22  ARG  92          HH22      ARG  92 -16.498  -3.586   0.228

  No H/Q in entry =          13
  In of MODEL    3
    1    H    ASP  93           H        ASP  93 -12.712  -6.173   5.707
    2    HA   ASP  93           HA       ASP  93 -15.323  -6.953   4.911
    3    HB2  ASP  93           HB2      ASP  93 -14.905  -4.998   3.392
    4    HB3  ASP  93           HB3      ASP  93 -13.566  -5.908   2.696

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   MET  94           HA       MET  94 -11.528  -9.498   3.398
    2    HB2  MET  94           HB2      MET  94  -9.815 -10.309   5.244
    3    HB3  MET  94           HB3      MET  94  -9.574  -8.817   4.338
    4    HG2  MET  94           HG2      MET  94  -9.180  -8.749   6.866
    5    HG3  MET  94           HG3      MET  94 -10.165  -7.454   6.177
    6    HE1  MET  94           HE1      MET  94 -10.709  -7.081   8.877
    7    HE2  MET  94           HE2      MET  94 -11.514  -8.305   9.859
    8    HE3  MET  94           HE3      MET  94  -9.859  -8.564   9.311

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   MET   1           HA       MET   1   4.357  -8.086   5.982
    2    HB2  MET   1           HB2      MET   1   4.329  -9.372   8.082
    3    HB3  MET   1           HB3      MET   1   4.321  -7.876   9.005
    4    HG2  MET   1           HG2      MET   1   2.103  -8.898   8.871
    5    HG3  MET   1           HG3      MET   1   2.148  -7.301   8.125
    6    HE1  MET   1           HE1      MET   1  -0.190  -7.844   6.970
    7    HE2  MET   1           HE2      MET   1  -0.475  -9.255   5.950
    8    HE3  MET   1           HE3      MET   1  -0.198  -9.457   7.680

  No H/Q in entry =           8
  In of MODEL    4
    1    H    ILE   2           H        ILE   2   2.843  -6.537   5.513
    2    HA   ILE   2           HA       ILE   2   3.581  -3.799   6.223
    3    HB   ILE   2           HB       ILE   2   1.362  -4.589   4.329
    4   HG12  ILE   2          HG12      ILE   2   3.287  -4.025   2.568
    5   HG13  ILE   2          HG13      ILE   2   4.296  -4.725   3.826
    6   HG21  ILE   2          HG21      ILE   2   1.643  -2.213   5.118
    7   HG22  ILE   2          HG22      ILE   2   3.140  -2.174   4.185
    8   HG23  ILE   2          HG23      ILE   2   1.602  -2.459   3.376
    9   HD11  ILE   2          HD11      ILE   2   2.906  -6.762   3.778
   10   HD12  ILE   2          HD12      ILE   2   1.975  -6.073   2.449
   11   HD13  ILE   2          HD13      ILE   2   3.692  -6.432   2.234

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLN   3           H        GLN   3   2.128  -2.376   7.239
    2    HA   GLN   3           HA       GLN   3  -0.373  -3.598   8.219
    3    HB2  GLN   3           HB2      GLN   3   1.358  -1.495   9.567
    4    HB3  GLN   3           HB3      GLN   3  -0.193  -2.075  10.172
    5    HG2  GLN   3           HG2      GLN   3   1.539  -3.152  11.415
    6    HG3  GLN   3           HG3      GLN   3   0.790  -4.379  10.379
    7   HE21  GLN   3          HE21      GLN   3   2.575  -5.711  10.419
    8   HE22  GLN   3          HE22      GLN   3   4.065  -5.309   9.633

  No H/Q in entry =           8
  In of MODEL    4
    1    H    VAL   4           H        VAL   4  -1.962  -2.798   6.955
    2    HA   VAL   4           HA       VAL   4  -1.705  -0.111   5.861
    3    HB   VAL   4           HB       VAL   4  -3.898  -0.751   4.642
    4   HG11  VAL   4          HG11      VAL   4  -1.721  -0.667   3.547
    5   HG12  VAL   4          HG12      VAL   4  -1.366  -2.303   4.101
    6   HG13  VAL   4          HG13      VAL   4  -2.675  -2.027   2.952
    7   HG21  VAL   4          HG21      VAL   4  -4.464  -2.624   6.129
    8   HG22  VAL   4          HG22      VAL   4  -4.345  -3.125   4.442
    9   HG23  VAL   4          HG23      VAL   4  -3.037  -3.491   5.566

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR   5           H        TYR   5  -3.335   1.425   5.937
    2    HA   TYR   5           HA       TYR   5  -5.385   1.270   7.990
    3    HB2  TYR   5           HB2      TYR   5  -3.067   3.216   8.132
    4    HB3  TYR   5           HB3      TYR   5  -4.576   3.451   9.002
    5    HD1  TYR   5           HD1      TYR   5  -1.411   2.832   9.691
    6    HD2  TYR   5           HD2      TYR   5  -5.120   0.776  10.117
    7    HE1  TYR   5           HE1      TYR   5  -0.476   1.547  11.567
    8    HE2  TYR   5           HE2      TYR   5  -4.184  -0.527  11.995
    9    HH   TYR   5           HH       TYR   5  -1.946  -1.232  12.804

  No H/Q in entry =           9
  In of MODEL    4
    1    H    SER   6           H        SER   6  -6.349   3.686   8.075
    2    HA   SER   6           HA       SER   6  -6.051   4.986   5.457
    3    HB2  SER   6           HB2      SER   6  -8.679   4.450   6.879
    4    HB3  SER   6           HB3      SER   6  -8.483   5.429   5.417
    5    HG   SER   6           HG       SER   6  -7.372   2.909   5.273

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ARG   7           H        ARG   7  -6.749   7.250   5.482
    2    HA   ARG   7           HA       ARG   7  -5.977   8.515   7.977
    3    HB2  ARG   7           HB2      ARG   7  -5.742   9.197   5.259
    4    HB3  ARG   7           HB3      ARG   7  -6.853  10.376   5.943
    5    HG2  ARG   7           HG2      ARG   7  -3.984   9.853   6.614
    6    HG3  ARG   7           HG3      ARG   7  -4.778  11.373   6.202
    7    HD2  ARG   7           HD2      ARG   7  -4.557  11.687   8.447
    8    HD3  ARG   7           HD3      ARG   7  -6.103  10.835   8.443
    9    HE   ARG   7           HE       ARG   7  -3.729   9.174   8.699
   10   HH11  ARG   7          HH11      ARG   7  -6.343  10.839  10.341
   11   HH12  ARG   7          HH12      ARG   7  -6.193   9.890  11.796
   12   HH21  ARG   7          HH21      ARG   7  -3.527   7.944  10.601
   13   HH22  ARG   7          HH22      ARG   7  -4.599   8.243  11.935

  No H/Q in entry =          13
  In of MODEL    4
    1    H    HIS   8           H        HIS   8  -8.852   7.635   6.424
    2    HA   HIS   8           HA       HIS   8 -10.424   9.425   8.143
    3    HB2  HIS   8           HB2      HIS   8 -11.216   8.694   5.319
    4    HB3  HIS   8           HB3      HIS   8 -11.954   9.901   6.364
    5    HD2  HIS   8           HD2      HIS   8 -10.121  12.155   6.881
    6    HE1  HIS   8           HE1      HIS   8  -8.275  11.574   3.117
    7    HE2  HIS   8           HE2      HIS   8  -8.735  13.242   4.970

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   PRO   9           HA       PRO   9 -12.764   5.787   9.209
    2    HB2  PRO   9           HB2      PRO   9 -15.261   7.316   9.102
    3    HB3  PRO   9           HB3      PRO   9 -14.448   6.594  10.501
    4    HG2  PRO   9           HG2      PRO   9 -14.562   9.281  10.109
    5    HG3  PRO   9           HG3      PRO   9 -13.170   8.494  10.883
    6    HD2  PRO   9           HD2      PRO   9 -13.481   9.468   8.064
    7    HD3  PRO   9           HD3      PRO   9 -12.079   9.622   9.151

  No H/Q in entry =           7
  In of MODEL    4
    1    H    ALA  10           H        ALA  10 -13.605   4.139   8.043
    2    HA   ALA  10           HA       ALA  10 -14.010   4.282   5.295
    3    HB1  ALA  10           HB1      ALA  10 -14.862   1.991   5.465
    4    HB2  ALA  10           HB2      ALA  10 -13.438   2.215   6.479
    5    HB3  ALA  10           HB3      ALA  10 -15.041   2.185   7.209

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLU  11           H        GLU  11 -15.594   5.651   4.447
    2    HA   GLU  11           HA       GLU  11 -18.347   4.933   5.254
    3    HB2  GLU  11           HB2      GLU  11 -17.129   7.500   4.424
    4    HB3  GLU  11           HB3      GLU  11 -18.740   7.171   3.805
    5    HG2  GLU  11           HG2      GLU  11 -17.933   7.175   6.693
    6    HG3  GLU  11           HG3      GLU  11 -18.796   8.459   5.854

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ASN  12           H        ASN  12 -19.403   3.675   3.835
    2    HA   ASN  12           HA       ASN  12 -18.452   3.031   1.274
    3    HB2  ASN  12           HB2      ASN  12 -19.903   1.465   2.308
    4    HB3  ASN  12           HB3      ASN  12 -21.153   2.664   2.629
    5   HD21  ASN  12          HD21      ASN  12 -22.761   1.542   1.614
    6   HD22  ASN  12          HD22      ASN  12 -22.814   1.290  -0.101

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLY  13           H        GLY  13 -18.284   4.323  -0.387
    2    HA2  GLY  13           HA2      GLY  13 -20.470   6.248  -0.965
    3    HA3  GLY  13           HA3      GLY  13 -19.510   5.444  -2.187

  No H/Q in entry =           3
  In of MODEL    4
    1    H    LYS  14           H        LYS  14 -17.589   6.511   0.445
    2    HA   LYS  14           HA       LYS  14 -17.123   9.118  -0.850
    3    HB2  LYS  14           HB2      LYS  14 -15.649   8.130   1.579
    4    HB3  LYS  14           HB3      LYS  14 -15.919   9.783   1.066
    5    HG2  LYS  14           HG2      LYS  14 -17.963   7.914   2.232
    6    HG3  LYS  14           HG3      LYS  14 -17.167   9.252   3.047
    7    HD2  LYS  14           HD2      LYS  14 -19.024   9.487   0.691
    8    HD3  LYS  14           HD3      LYS  14 -19.441   9.809   2.383
    9    HE2  LYS  14           HE2      LYS  14 -17.436  11.309   0.685
   10    HE3  LYS  14           HE3      LYS  14 -19.008  11.893   1.220
   11    HZ1  LYS  14           HZ1      LYS  14 -18.115  11.551   3.557
   12    HZ2  LYS  14           HZ2      LYS  14 -16.577  11.426   2.843
   13    HZ3  LYS  14           HZ3      LYS  14 -17.482  12.850   2.675

  No H/Q in entry =          13
  In of MODEL    4
    1    H    SER  15           H        SER  15 -15.128   9.772  -1.583
    2    HA   SER  15           HA       SER  15 -13.146   7.661  -1.929
    3    HB2  SER  15           HB2      SER  15 -12.033   9.561  -3.368
    4    HB3  SER  15           HB3      SER  15 -13.355   8.593  -4.023
    5    HG   SER  15           HG       SER  15 -13.340  11.258  -3.105

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ASN  16           H        ASN  16 -11.055   7.915  -1.262
    2    HA   ASN  16           HA       ASN  16 -10.249  10.028   0.518
    3    HB2  ASN  16           HB2      ASN  16 -10.598   7.251   1.679
    4    HB3  ASN  16           HB3      ASN  16 -10.020   8.676   2.518
    5   HD21  ASN  16          HD21      ASN  16 -11.447   9.920   3.560
    6   HD22  ASN  16          HD22      ASN  16 -13.167   9.656   3.559

  No H/Q in entry =           6
  In of MODEL    4
    1    H    PHE  17           H        PHE  17  -8.224   8.388   1.835
    2    HA   PHE  17           HA       PHE  17  -6.702   7.548  -0.546
    3    HB2  PHE  17           HB2      PHE  17  -5.775   9.187   1.820
    4    HB3  PHE  17           HB3      PHE  17  -4.671   8.447   0.669
    5    HD1  PHE  17           HD1      PHE  17  -6.224   8.923  -1.840
    6    HD2  PHE  17           HD2      PHE  17  -5.365  11.475   1.458
    7    HE1  PHE  17           HE1      PHE  17  -6.412  10.884  -3.314
    8    HE2  PHE  17           HE2      PHE  17  -5.561  13.438  -0.009
    9    HZ   PHE  17           HZ       PHE  17  -6.084  13.146  -2.397

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  18           H        LEU  18  -5.847   5.527  -0.438
    2    HA   LEU  18           HA       LEU  18  -6.053   4.076   2.086
    3    HB2  LEU  18           HB2      LEU  18  -6.756   2.787   0.215
    4    HB3  LEU  18           HB3      LEU  18  -5.331   3.214  -0.709
    5    HG   LEU  18           HG       LEU  18  -3.929   1.762   0.689
    6   HD11  LEU  18          HD11      LEU  18  -6.467   1.142   2.209
    7   HD12  LEU  18          HD12      LEU  18  -4.937   0.289   2.376
    8   HD13  LEU  18          HD13      LEU  18  -5.050   1.986   2.835
    9   HD21  LEU  18          HD21      LEU  18  -6.450   0.436  -0.307
   10   HD22  LEU  18          HD22      LEU  18  -4.973   0.733  -1.223
   11   HD23  LEU  18          HD23      LEU  18  -4.964  -0.409   0.118

  No H/Q in entry =          11
  In of MODEL    4
    1    H    ASN  19           H        ASN  19  -4.476   3.833   3.447
    2    HA   ASN  19           HA       ASN  19  -1.808   4.808   2.648
    3    HB2  ASN  19           HB2      ASN  19  -2.268   6.258   4.362
    4    HB3  ASN  19           HB3      ASN  19  -3.422   5.164   5.128
    5   HD21  ASN  19          HD21      ASN  19  -0.187   6.282   5.002
    6   HD22  ASN  19          HD22      ASN  19   0.404   5.383   6.353

  No H/Q in entry =           6
  In of MODEL    4
    1    H    CYS  20           H        CYS  20  -0.308   3.293   2.341
    2    HA   CYS  20           HA       CYS  20  -0.433   0.852   3.991
    3    HB2  CYS  20           HB2      CYS  20  -0.673   0.197   1.731
    4    HB3  CYS  20           HB3      CYS  20   0.489   1.394   1.150

  No H/Q in entry =           4
  In of MODEL    4
    1    H    TYR  21           H        TYR  21   1.074   0.945   5.597
    2    HA   TYR  21           HA       TYR  21   3.488   2.555   5.217
    3    HB2  TYR  21           HB2      TYR  21   2.365   1.186   7.675
    4    HB3  TYR  21           HB3      TYR  21   3.958   1.901   7.636
    5    HD1  TYR  21           HD1      TYR  21   4.101   4.428   7.163
    6    HD2  TYR  21           HD2      TYR  21   0.511   2.449   8.298
    7    HE1  TYR  21           HE1      TYR  21   3.178   6.573   7.954
    8    HE2  TYR  21           HE2      TYR  21  -0.427   4.587   9.078
    9    HH   TYR  21           HH       TYR  21   1.042   7.611   8.373

  No H/Q in entry =           9
  In of MODEL    4
    1    H    VAL  22           H        VAL  22   5.027   1.453   4.102
    2    HA   VAL  22           HA       VAL  22   5.589  -1.286   4.923
    3    HB   VAL  22           HB       VAL  22   6.902   0.417   2.771
    4   HG11  VAL  22          HG11      VAL  22   8.296  -1.455   3.633
    5   HG12  VAL  22          HG12      VAL  22   7.024  -2.576   3.141
    6   HG13  VAL  22          HG13      VAL  22   7.874  -1.616   1.922
    7   HG21  VAL  22          HG21      VAL  22   4.688  -1.624   2.589
    8   HG22  VAL  22          HG22      VAL  22   4.610   0.090   2.174
    9   HG23  VAL  22          HG23      VAL  22   5.586  -1.007   1.196

  No H/Q in entry =           9
  In of MODEL    4
    1    H    SER  23           H        SER  23   7.168  -1.698   6.316
    2    HA   SER  23           HA       SER  23   8.647   0.320   7.597
    3    HB2  SER  23           HB2      SER  23   9.966  -1.811   8.440
    4    HB3  SER  23           HB3      SER  23   8.302  -1.484   8.941
    5    HG   SER  23           HG       SER  23   7.771  -3.297   8.050

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLY  24           H        GLY  24  11.475  -0.963   7.483
    2    HA2  GLY  24           HA2      GLY  24  13.276   0.145   6.617
    3    HA3  GLY  24           HA3      GLY  24  12.189   1.360   5.961

  No H/Q in entry =           3
  In of MODEL    4
    1    H    PHE  25           H        PHE  25  14.409  -0.910   5.190
    2    HA   PHE  25           HA       PHE  25  14.947  -2.189   3.305
    3    HB2  PHE  25           HB2      PHE  25  12.228  -1.416   2.193
    4    HB3  PHE  25           HB3      PHE  25  13.342  -2.571   1.497
    5    HD1  PHE  25           HD1      PHE  25  13.454  -4.854   2.315
    6    HD2  PHE  25           HD2      PHE  25  10.877  -2.015   4.182
    7    HE1  PHE  25           HE1      PHE  25  12.230  -6.694   3.430
    8    HE2  PHE  25           HE2      PHE  25   9.661  -3.849   5.307
    9    HZ   PHE  25           HZ       PHE  25  10.321  -6.177   4.902

  No H/Q in entry =           9
  In of MODEL    4
    1    H    HIS  26           H        HIS  26  15.947  -1.446   1.292
    2    HA   HIS  26           HA       HIS  26  15.923   1.454   1.157
    3    HB2  HIS  26           HB2      HIS  26  17.573  -0.461  -0.509
    4    HB3  HIS  26           HB3      HIS  26  17.807   1.275  -0.336
    5    HD2  HIS  26           HD2      HIS  26  19.020   2.124   2.053
    6    HE1  HIS  26           HE1      HIS  26  20.036  -1.789   3.289
    7    HE2  HIS  26           HE2      HIS  26  20.552   0.678   3.560

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   PRO  27           HA       PRO  27  12.233   1.492  -1.157
    2    HB2  PRO  27           HB2      PRO  27  13.633   3.899  -2.275
    3    HB3  PRO  27           HB3      PRO  27  11.933   3.715  -1.808
    4    HG2  PRO  27           HG2      PRO  27  13.645   4.859  -0.140
    5    HG3  PRO  27           HG3      PRO  27  12.416   3.721   0.479
    6    HD2  PRO  27           HD2      PRO  27  15.362   3.372   0.145
    7    HD3  PRO  27           HD3      PRO  27  14.250   2.588   1.290

  No H/Q in entry =           7
  In of MODEL    4
    1    H    SER  28           H        SER  28  15.178   2.084  -3.094
    2    HA   SER  28           HA       SER  28  13.802   1.878  -5.560
    3    HB2  SER  28           HB2      SER  28  15.864   3.168  -5.324
    4    HB3  SER  28           HB3      SER  28  16.766   1.692  -4.979
    5    HG   SER  28           HG       SER  28  16.144   2.773  -7.348

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ASP  29           H        ASP  29  15.186  -0.570  -3.474
    2    HA   ASP  29           HA       ASP  29  15.058  -2.504  -5.686
    3    HB2  ASP  29           HB2      ASP  29  16.530  -2.575  -3.057
    4    HB3  ASP  29           HB3      ASP  29  16.223  -4.047  -3.969

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ILE  30           H        ILE  30  12.756  -1.444  -3.909
    2    HA   ILE  30           HA       ILE  30  11.746  -4.159  -3.334
    3    HB   ILE  30           HB       ILE  30  10.824  -3.582  -1.349
    4   HG12  ILE  30          HG12      ILE  30  10.414  -0.721  -2.288
    5   HG13  ILE  30          HG13      ILE  30   9.209  -2.004  -2.312
    6   HG21  ILE  30          HG21      ILE  30  12.930  -1.461  -1.623
    7   HG22  ILE  30          HG22      ILE  30  12.127  -1.858  -0.104
    8   HG23  ILE  30          HG23      ILE  30  13.094  -3.073  -0.934
    9   HD11  ILE  30          HD11      ILE  30  10.502  -0.927   0.186
   10   HD12  ILE  30          HD12      ILE  30   8.929  -0.431  -0.435
   11   HD13  ILE  30          HD13      ILE  30   9.177  -2.092   0.102

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLU  31           H        GLU  31   9.416  -4.411  -3.510
    2    HA   GLU  31           HA       GLU  31   8.180  -2.541  -5.420
    3    HB2  GLU  31           HB2      GLU  31   8.171  -5.550  -5.387
    4    HB3  GLU  31           HB3      GLU  31   6.878  -4.652  -6.167
    5    HG2  GLU  31           HG2      GLU  31   8.398  -3.654  -7.724
    6    HG3  GLU  31           HG3      GLU  31   9.796  -4.302  -6.867

  No H/Q in entry =           6
  In of MODEL    4
    1    H    VAL  32           H        VAL  32   6.500  -1.542  -4.507
    2    HA   VAL  32           HA       VAL  32   4.692  -3.121  -2.838
    3    HB   VAL  32           HB       VAL  32   5.393  -1.923  -1.045
    4   HG11  VAL  32          HG11      VAL  32   7.304  -1.006  -2.287
    5   HG12  VAL  32          HG12      VAL  32   6.289   0.323  -2.847
    6   HG13  VAL  32          HG13      VAL  32   6.646   0.143  -1.127
    7   HG21  VAL  32          HG21      VAL  32   3.131  -1.033  -1.462
    8   HG22  VAL  32          HG22      VAL  32   4.168   0.128  -0.636
    9   HG23  VAL  32          HG23      VAL  32   3.835   0.312  -2.358

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ASP  33           H        ASP  33   2.606  -2.937  -3.381
    2    HA   ASP  33           HA       ASP  33   1.766  -0.708  -5.118
    3    HB2  ASP  33           HB2      ASP  33   1.124  -3.656  -5.629
    4    HB3  ASP  33           HB3      ASP  33   0.432  -2.302  -6.525

  No H/Q in entry =           4
  In of MODEL    4
    1    H    LEU  34           H        LEU  34  -0.565  -0.438  -5.130
    2    HA   LEU  34           HA       LEU  34  -1.832  -1.446  -2.670
    3    HB2  LEU  34           HB2      LEU  34  -2.198   1.078  -4.230
    4    HB3  LEU  34           HB3      LEU  34  -3.571   0.440  -3.349
    5    HG   LEU  34           HG       LEU  34  -2.172   0.491  -1.259
    6   HD11  LEU  34          HD11      LEU  34   0.042   0.530  -2.313
    7   HD12  LEU  34          HD12      LEU  34  -0.292   2.146  -2.941
    8   HD13  LEU  34          HD13      LEU  34  -0.190   1.876  -1.199
    9   HD21  LEU  34          HD21      LEU  34  -3.819   2.209  -1.748
   10   HD22  LEU  34          HD22      LEU  34  -2.422   2.877  -0.905
   11   HD23  LEU  34          HD23      LEU  34  -2.606   3.124  -2.642

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU  35           H        LEU  35  -3.509  -2.842  -2.832
    2    HA   LEU  35           HA       LEU  35  -4.388  -3.526  -5.566
    3    HB2  LEU  35           HB2      LEU  35  -3.985  -5.415  -3.250
    4    HB3  LEU  35           HB3      LEU  35  -4.491  -5.843  -4.866
    5    HG   LEU  35           HG       LEU  35  -1.775  -5.063  -3.879
    6   HD11  LEU  35          HD11      LEU  35  -2.933  -7.314  -5.519
    7   HD12  LEU  35          HD12      LEU  35  -1.213  -7.088  -5.235
    8   HD13  LEU  35          HD13      LEU  35  -2.295  -7.400  -3.878
    9   HD21  LEU  35          HD21      LEU  35  -2.166  -3.639  -5.844
   10   HD22  LEU  35          HD22      LEU  35  -0.980  -4.900  -6.170
   11   HD23  LEU  35          HD23      LEU  35  -2.621  -5.061  -6.779

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LYS  36           H        LYS  36  -6.342  -4.819  -5.695
    2    HA   LYS  36           HA       LYS  36  -8.220  -4.629  -3.432
    3    HB2  LYS  36           HB2      LYS  36  -9.257  -5.054  -6.192
    4    HB3  LYS  36           HB3      LYS  36 -10.001  -4.168  -4.850
    5    HG2  LYS  36           HG2      LYS  36  -8.515  -2.295  -5.284
    6    HG3  LYS  36           HG3      LYS  36  -7.686  -3.187  -6.550
    7    HD2  LYS  36           HD2      LYS  36  -9.297  -1.527  -7.446
    8    HD3  LYS  36           HD3      LYS  36  -9.659  -3.183  -7.955
    9    HE2  LYS  36           HE2      LYS  36 -11.672  -1.792  -7.288
   10    HE3  LYS  36           HE3      LYS  36 -11.517  -3.304  -6.396
   11    HZ1  LYS  36           HZ1      LYS  36 -10.491  -2.011  -4.581
   12    HZ2  LYS  36           HZ2      LYS  36 -10.769  -0.583  -5.455
   13    HZ3  LYS  36           HZ3      LYS  36 -12.073  -1.521  -4.917

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ASN  37           H        ASN  37  -8.272  -6.736  -2.599
    2    HA   ASN  37           HA       ASN  37  -7.884  -9.012  -2.589
    3    HB2  ASN  37           HB2      ASN  37  -9.636 -10.179  -4.131
    4    HB3  ASN  37           HB3      ASN  37 -10.202  -9.159  -2.819
    5   HD21  ASN  37          HD21      ASN  37 -10.793  -6.988  -3.349
    6   HD22  ASN  37          HD22      ASN  37 -11.481  -6.616  -4.898

  No H/Q in entry =           6
  In of MODEL    4
    1    H    GLY  38           H        GLY  38  -5.795  -8.127  -3.829
    2    HA2  GLY  38           HA2      GLY  38  -5.111 -10.215  -5.633
    3    HA3  GLY  38           HA3      GLY  38  -4.066  -8.897  -5.160

  No H/Q in entry =           3
  In of MODEL    4
    1    H    GLU  39           H        GLU  39  -6.067  -6.887  -6.185
    2    HA   GLU  39           HA       GLU  39  -5.456  -7.244  -9.042
    3    HB2  GLU  39           HB2      GLU  39  -7.882  -7.628  -8.563
    4    HB3  GLU  39           HB3      GLU  39  -7.982  -5.988  -7.932
    5    HG2  GLU  39           HG2      GLU  39  -8.841  -6.060 -10.192
    6    HG3  GLU  39           HG3      GLU  39  -7.344  -5.120 -10.144

  No H/Q in entry =           6
  In of MODEL    4
    1    H    ARG  40           H        ARG  40  -4.097  -5.716  -9.669
    2    HA   ARG  40           HA       ARG  40  -3.243  -3.607  -8.045
    3    HB2  ARG  40           HB2      ARG  40  -2.381  -4.760 -10.430
    4    HB3  ARG  40           HB3      ARG  40  -2.811  -3.130 -10.918
    5    HG2  ARG  40           HG2      ARG  40  -1.311  -2.242  -9.162
    6    HG3  ARG  40           HG3      ARG  40  -0.839  -3.894  -8.766
    7    HD2  ARG  40           HD2      ARG  40   0.882  -3.118 -10.148
    8    HD3  ARG  40           HD3      ARG  40  -0.116  -4.074 -11.244
    9    HE   ARG  40           HE       ARG  40  -0.996  -1.996 -12.124
   10   HH11  ARG  40          HH11      ARG  40   1.794  -1.653 -10.005
   11   HH12  ARG  40          HH12      ARG  40   2.327  -0.181 -10.755
   12   HH21  ARG  40          HH21      ARG  40  -0.288  -0.094 -13.099
   13   HH22  ARG  40          HH22      ARG  40   1.170   0.696 -12.539

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE  41           H        ILE  41  -4.212  -1.844  -7.486
    2    HA   ILE  41           HA       ILE  41  -6.585  -0.840  -8.587
    3    HB   ILE  41           HB       ILE  41  -4.568   0.538  -6.810
    4   HG12  ILE  41          HG12      ILE  41  -7.092  -0.989  -6.134
    5   HG13  ILE  41          HG13      ILE  41  -5.449  -1.584  -5.905
    6   HG21  ILE  41          HG21      ILE  41  -7.452   1.233  -7.381
    7   HG22  ILE  41          HG22      ILE  41  -6.450   1.987  -6.140
    8   HG23  ILE  41          HG23      ILE  41  -6.037   2.173  -7.842
    9   HD11  ILE  41          HD11      ILE  41  -6.373   0.927  -4.572
   10   HD12  ILE  41          HD12      ILE  41  -6.691  -0.674  -3.888
   11   HD13  ILE  41          HD13      ILE  41  -5.028  -0.145  -4.158

  No H/Q in entry =          11
  In of MODEL    4
    1    H    GLU  42           H        GLU  42  -3.629   1.122  -8.402
    2    HA   GLU  42           HA       GLU  42  -2.154   1.201 -10.367
    3    HB2  GLU  42           HB2      GLU  42  -4.732   1.768 -11.838
    4    HB3  GLU  42           HB3      GLU  42  -3.131   2.015 -12.517
    5    HG2  GLU  42           HG2      GLU  42  -3.274  -0.633 -11.503
    6    HG3  GLU  42           HG3      GLU  42  -4.695  -0.334 -12.495

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LYS  43           H        LYS  43  -4.694   3.309  -9.118
    2    HA   LYS  43           HA       LYS  43  -3.444   5.690 -10.172
    3    HB2  LYS  43           HB2      LYS  43  -5.548   5.593  -8.019
    4    HB3  LYS  43           HB3      LYS  43  -5.222   6.883  -9.163
    5    HG2  LYS  43           HG2      LYS  43  -6.578   4.238  -9.721
    6    HG3  LYS  43           HG3      LYS  43  -7.276   5.855  -9.800
    7    HD2  LYS  43           HD2      LYS  43  -5.049   4.882 -11.590
    8    HD3  LYS  43           HD3      LYS  43  -6.759   4.859 -12.021
    9    HE2  LYS  43           HE2      LYS  43  -5.232   7.346 -11.259
   10    HE3  LYS  43           HE3      LYS  43  -5.527   6.829 -12.919
   11    HZ1  LYS  43           HZ1      LYS  43  -7.939   6.915 -12.397
   12    HZ2  LYS  43           HZ2      LYS  43  -7.564   7.612 -10.902
   13    HZ3  LYS  43           HZ3      LYS  43  -7.173   8.427 -12.338

  No H/Q in entry =          13
  In of MODEL    4
    1    H    VAL  44           H        VAL  44  -1.415   4.605  -8.944
    2    HA   VAL  44           HA       VAL  44  -1.347   5.775  -6.256
    3    HB   VAL  44           HB       VAL  44  -1.174   3.005  -6.804
    4   HG11  VAL  44          HG11      VAL  44   1.186   3.273  -7.392
    5   HG12  VAL  44          HG12      VAL  44   1.477   4.061  -5.841
    6   HG13  VAL  44          HG13      VAL  44   0.985   2.363  -5.891
    7   HG21  VAL  44          HG21      VAL  44  -2.105   4.011  -4.819
    8   HG22  VAL  44          HG22      VAL  44  -0.861   2.839  -4.388
    9   HG23  VAL  44          HG23      VAL  44  -0.507   4.565  -4.324

  No H/Q in entry =           9
  In of MODEL    4
    1    H    GLU  45           H        GLU  45   0.240   7.163  -5.983
    2    HA   GLU  45           HA       GLU  45   2.634   7.050  -7.646
    3    HB2  GLU  45           HB2      GLU  45   0.787   9.456  -7.756
    4    HB3  GLU  45           HB3      GLU  45   2.355   9.332  -8.529
    5    HG2  GLU  45           HG2      GLU  45   1.537   7.687 -10.081
    6    HG3  GLU  45           HG3      GLU  45   0.000   7.576  -9.224

  No H/Q in entry =           6
  In of MODEL    4
    1    H    HIS  46           H        HIS  46   4.147   7.210  -6.064
    2    HA   HIS  46           HA       HIS  46   4.244   9.735  -4.625
    3    HB2  HIS  46           HB2      HIS  46   3.187   7.729  -3.230
    4    HB3  HIS  46           HB3      HIS  46   4.867   7.242  -3.072
    5    HD2  HIS  46           HD2      HIS  46   6.203  10.142  -2.412
    6    HE1  HIS  46           HE1      HIS  46   3.391  10.187   0.740
    7    HE2  HIS  46           HE2      HIS  46   5.680  10.972  -0.010

  No H/Q in entry =           7
  In of MODEL    4
    1    H    SER  47           H        SER  47   6.252  10.516  -4.856
    2    HA   SER  47           HA       SER  47   8.225   8.714  -6.063
    3    HB2  SER  47           HB2      SER  47   7.577  10.831  -7.242
    4    HB3  SER  47           HB3      SER  47   8.276  11.735  -5.898
    5    HG   SER  47           HG       SER  47   9.939   9.812  -6.973

  No H/Q in entry =           5
  In of MODEL    4
    1    H    ASP  48           H        ASP  48   9.692   7.885  -4.791
    2    HA   ASP  48           HA       ASP  48  10.994   9.582  -2.813
    3    HB2  ASP  48           HB2      ASP  48  10.916   7.798  -1.118
    4    HB3  ASP  48           HB3      ASP  48   9.304   8.386  -1.536

  No H/Q in entry =           4
  In of MODEL    4
    1    H    LEU  49           H        LEU  49  13.048   9.509  -3.134
    2    HA   LEU  49           HA       LEU  49  15.183   8.879  -3.594
    3    HB2  LEU  49           HB2      LEU  49  14.074   6.166  -2.832
    4    HB3  LEU  49           HB3      LEU  49  15.785   6.571  -2.945
    5    HG   LEU  49           HG       LEU  49  15.027   8.457  -1.167
    6   HD11  LEU  49          HD11      LEU  49  13.117   6.185  -0.632
    7   HD12  LEU  49          HD12      LEU  49  13.454   7.518   0.468
    8   HD13  LEU  49          HD13      LEU  49  12.672   7.833  -1.081
    9   HD21  LEU  49          HD21      LEU  49  15.679   5.593  -0.449
   10   HD22  LEU  49          HD22      LEU  49  16.828   6.910  -0.716
   11   HD23  LEU  49          HD23      LEU  49  15.732   6.957   0.660

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  50           H        SER  50  16.596   7.913  -5.060
    2    HA   SER  50           HA       SER  50  15.283   6.846  -7.467
    3    HB2  SER  50           HB2      SER  50  17.997   8.155  -7.165
    4    HB3  SER  50           HB3      SER  50  17.266   7.632  -8.684
    5    HG   SER  50           HG       SER  50  15.440   9.109  -7.858

  No H/Q in entry =           5
  In of MODEL    4
    1    H    PHE  51           H        PHE  51  18.168   6.428  -5.424
    2    HA   PHE  51           HA       PHE  51  18.313   3.643  -6.376
    3    HB2  PHE  51           HB2      PHE  51  20.597   5.502  -5.696
    4    HB3  PHE  51           HB3      PHE  51  20.779   3.783  -6.038
    5    HD1  PHE  51           HD1      PHE  51  20.960   6.975  -7.419
    6    HD2  PHE  51           HD2      PHE  51  19.642   3.031  -8.317
    7    HE1  PHE  51           HE1      PHE  51  21.110   7.475  -9.824
    8    HE2  PHE  51           HE2      PHE  51  19.792   3.523 -10.720
    9    HZ   PHE  51           HZ       PHE  51  20.528   5.746 -11.478

  No H/Q in entry =           9
  In of MODEL    4
    1    H    SER  52           H        SER  52  19.484   2.195  -4.846
    2    HA   SER  52           HA       SER  52  18.410   2.662  -2.178
    3    HB2  SER  52           HB2      SER  52  19.614   0.181  -3.429
    4    HB3  SER  52           HB3      SER  52  18.863   0.260  -1.834
    5    HG   SER  52           HG       SER  52  17.650  -0.307  -4.020

  No H/Q in entry =           5
  In of MODEL    4
    1    H    LYS  53           H        LYS  53  20.200   4.369  -2.099
    2    HA   LYS  53           HA       LYS  53  22.443   3.195  -0.653
    3    HB2  LYS  53           HB2      LYS  53  23.144   3.490  -3.048
    4    HB3  LYS  53           HB3      LYS  53  22.878   5.217  -2.857
    5    HG2  LYS  53           HG2      LYS  53  24.547   5.131  -0.958
    6    HG3  LYS  53           HG3      LYS  53  24.933   3.497  -1.503
    7    HD2  LYS  53           HD2      LYS  53  26.509   5.028  -2.476
    8    HD3  LYS  53           HD3      LYS  53  25.444   4.432  -3.751
    9    HE2  LYS  53           HE2      LYS  53  24.127   6.473  -3.628
   10    HE3  LYS  53           HE3      LYS  53  25.133   7.060  -2.305
   11    HZ1  LYS  53           HZ1      LYS  53  27.035   7.044  -3.831
   12    HZ2  LYS  53           HZ2      LYS  53  26.013   6.567  -5.101
   13    HZ3  LYS  53           HZ3      LYS  53  25.800   8.075  -4.360

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ASP  54           H        ASP  54  20.517   5.985  -1.547
    2    HA   ASP  54           HA       ASP  54  21.917   7.740   0.243
    3    HB2  ASP  54           HB2      ASP  54  20.276   9.436  -0.395
    4    HB3  ASP  54           HB3      ASP  54  20.963   8.641  -1.807

  No H/Q in entry =           4
  In of MODEL    4
    1    H    TRP  55           H        TRP  55  18.793   6.001   0.361
    2    HA   TRP  55           HA       TRP  55  19.043   5.806   3.170
    3    HB2  TRP  55           HB2      TRP  55  17.967   8.232   2.444
    4    HB3  TRP  55           HB3      TRP  55  16.539   7.259   2.791
    5    HD1  TRP  55           HD1      TRP  55  17.439   9.697   4.680
    6    HE1  TRP  55           HE1      TRP  55  18.001   9.252   7.130
    7    HE3  TRP  55           HE3      TRP  55  18.406   4.638   4.400
    8    HZ2  TRP  55           HZ2      TRP  55  18.723   7.032   8.762
    9    HZ3  TRP  55           HZ3      TRP  55  19.016   3.448   6.420
   10    HH2  TRP  55           HH2      TRP  55  19.181   4.608   8.586

  No H/Q in entry =          10
  In of MODEL    4
    1    H    SER  56           H        SER  56  16.482   5.464   4.001
    2    HA   SER  56           HA       SER  56  14.904   3.707   2.483
    3    HB2  SER  56           HB2      SER  56  15.644   1.588   3.715
    4    HB3  SER  56           HB3      SER  56  16.714   2.172   2.441
    5    HG   SER  56           HG       SER  56  18.143   1.985   3.990

  No H/Q in entry =           5
  In of MODEL    4
    1    H    PHE  57           H        PHE  57  13.851   5.566   3.954
    2    HA   PHE  57           HA       PHE  57  13.474   4.612   6.693
    3    HB2  PHE  57           HB2      PHE  57  12.481   6.951   6.994
    4    HB3  PHE  57           HB3      PHE  57  14.215   6.848   6.718
    5    HD1  PHE  57           HD1      PHE  57  15.221   7.885   4.863
    6    HD2  PHE  57           HD2      PHE  57  10.976   7.650   5.114
    7    HE1  PHE  57           HE1      PHE  57  15.024   9.457   2.977
    8    HE2  PHE  57           HE2      PHE  57  10.774   9.217   3.227
    9    HZ   PHE  57           HZ       PHE  57  12.798  10.119   2.155

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR  58           H        TYR  58  11.056   6.185   7.055
    2    HA   TYR  58           HA       TYR  58   9.095   4.253   6.637
    3    HB2  TYR  58           HB2      TYR  58   9.207   7.050   7.541
    4    HB3  TYR  58           HB3      TYR  58   7.668   6.629   6.806
    5    HD1  TYR  58           HD1      TYR  58   6.059   6.183   8.424
    6    HD2  TYR  58           HD2      TYR  58  10.040   4.806   9.090
    7    HE1  TYR  58           HE1      TYR  58   5.335   5.123  10.540
    8    HE2  TYR  58           HE2      TYR  58   9.323   3.748  11.204
    9    HH   TYR  58           HH       TYR  58   6.011   3.402  12.053

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LEU  59           H        LEU  59   8.185   3.526   4.877
    2    HA   LEU  59           HA       LEU  59   8.137   5.135   2.388
    3    HB2  LEU  59           HB2      LEU  59   8.440   2.285   3.107
    4    HB3  LEU  59           HB3      LEU  59   7.449   2.597   1.698
    5    HG   LEU  59           HG       LEU  59  10.193   3.815   1.864
    6   HD11  LEU  59          HD11      LEU  59  10.464   1.428   2.403
    7   HD12  LEU  59          HD12      LEU  59   9.566   1.009   0.947
    8   HD13  LEU  59          HD13      LEU  59  11.117   1.831   0.819
    9   HD21  LEU  59          HD21      LEU  59   8.444   2.824  -0.392
   10   HD22  LEU  59          HD22      LEU  59   8.664   4.508   0.084
   11   HD23  LEU  59          HD23      LEU  59  10.021   3.594  -0.571

  No H/Q in entry =          11
  In of MODEL    4
    1    H    LEU  60           H        LEU  60   6.187   5.989   1.832
    2    HA   LEU  60           HA       LEU  60   3.775   4.396   2.295
    3    HB2  LEU  60           HB2      LEU  60   3.770   6.000   4.064
    4    HB3  LEU  60           HB3      LEU  60   4.215   7.293   2.973
    5    HG   LEU  60           HG       LEU  60   2.003   7.148   1.903
    6   HD11  LEU  60          HD11      LEU  60   1.555   4.788   2.335
    7   HD12  LEU  60          HD12      LEU  60   1.401   5.131   4.058
    8   HD13  LEU  60          HD13      LEU  60   0.242   5.811   2.914
    9   HD21  LEU  60          HD21      LEU  60   1.944   7.490   4.897
   10   HD22  LEU  60          HD22      LEU  60   2.353   8.728   3.709
   11   HD23  LEU  60          HD23      LEU  60   0.716   8.075   3.775

  No H/Q in entry =          11
  In of MODEL    4
    1    H    TYR  61           H        TYR  61   2.160   4.631   0.771
    2    HA   TYR  61           HA       TYR  61   2.584   6.479  -1.490
    3    HB2  TYR  61           HB2      TYR  61   1.886   3.510  -1.561
    4    HB3  TYR  61           HB3      TYR  61   1.728   4.571  -2.969
    5    HD1  TYR  61           HD1      TYR  61   4.168   3.110  -0.595
    6    HD2  TYR  61           HD2      TYR  61   3.642   5.210  -4.257
    7    HE1  TYR  61           HE1      TYR  61   6.562   2.782  -1.126
    8    HE2  TYR  61           HE2      TYR  61   6.023   4.884  -4.798
    9    HH   TYR  61           HH       TYR  61   8.202   4.513  -3.249

  No H/Q in entry =           9
  In of MODEL    4
    1    H    TYR  62           H        TYR  62   0.457   6.861  -2.708
    2    HA   TYR  62           HA       TYR  62  -1.861   6.266  -1.037
    3    HB2  TYR  62           HB2      TYR  62  -2.709   8.644  -1.464
    4    HB3  TYR  62           HB3      TYR  62  -1.489   8.401  -0.227
    5    HD1  TYR  62           HD1      TYR  62   0.439   9.705  -0.232
    6    HD2  TYR  62           HD2      TYR  62  -1.862   9.456  -3.807
    7    HE1  TYR  62           HE1      TYR  62   1.819  11.467  -1.242
    8    HE2  TYR  62           HE2      TYR  62  -0.478  11.211  -4.826
    9    HH   TYR  62           HH       TYR  62   0.977  13.027  -4.172

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR  63           H        THR  63  -3.800   5.980  -2.057
    2    HA   THR  63           HA       THR  63  -4.040   6.602  -4.906
    3    HB   THR  63           HB       THR  63  -3.276   4.139  -4.510
    4    HG1  THR  63           HG1      THR  63  -4.375   5.185  -6.427
    5   HG21  THR  63          HG21      THR  63  -4.901   3.599  -2.738
    6   HG22  THR  63          HG22      THR  63  -6.210   3.873  -3.884
    7   HG23  THR  63          HG23      THR  63  -5.080   2.548  -4.143

  No H/Q in entry =           7
  In of MODEL    4
    1    H    GLU  64           H        GLU  64  -6.086   7.175  -5.493
    2    HA   GLU  64           HA       GLU  64  -8.070   7.878  -3.662
    3    HB2  GLU  64           HB2      GLU  64  -7.682   8.546  -6.178
    4    HB3  GLU  64           HB3      GLU  64  -8.684   7.141  -6.513
    5    HG2  GLU  64           HG2      GLU  64 -10.087   9.088  -6.533
    6    HG3  GLU  64           HG3      GLU  64 -10.496   8.084  -5.145

  No H/Q in entry =           6
  In of MODEL    4
    1    H    PHE  65           H        PHE  65  -9.678   6.657  -2.618
    2    HA   PHE  65           HA       PHE  65 -10.435   4.142  -3.927
    3    HB2  PHE  65           HB2      PHE  65 -10.387   2.925  -1.904
    4    HB3  PHE  65           HB3      PHE  65  -8.892   3.824  -1.988
    5    HD1  PHE  65           HD1      PHE  65 -12.312   4.581  -0.641
    6    HD2  PHE  65           HD2      PHE  65  -8.122   4.451   0.031
    7    HE1  PHE  65           HE1      PHE  65 -12.655   5.394   1.660
    8    HE2  PHE  65           HE2      PHE  65  -8.471   5.258   2.339
    9    HZ   PHE  65           HZ       PHE  65 -10.749   5.723   3.154

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR  66           H        THR  66 -12.557   3.407  -3.598
    2    HA   THR  66           HA       THR  66 -14.259   4.972  -1.772
    3    HB   THR  66           HB       THR  66 -15.098   3.943  -4.507
    4    HG1  THR  66           HG1      THR  66 -13.869   6.237  -3.716
    5   HG21  THR  66          HG21      THR  66 -16.566   5.582  -2.425
    6   HG22  THR  66          HG22      THR  66 -17.112   5.362  -4.090
    7   HG23  THR  66          HG23      THR  66 -16.986   3.970  -3.018

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   PRO  67           HA       PRO  67 -14.704   0.639  -0.452
    2    HB2  PRO  67           HB2      PRO  67 -16.232   1.376   1.818
    3    HB3  PRO  67           HB3      PRO  67 -14.526   0.946   1.774
    4    HG2  PRO  67           HG2      PRO  67 -15.630   3.509   2.289
    5    HG3  PRO  67           HG3      PRO  67 -13.922   3.080   2.122
    6    HD2  PRO  67           HD2      PRO  67 -15.671   4.474   0.270
    7    HD3  PRO  67           HD3      PRO  67 -13.904   4.324   0.240

  No H/Q in entry =           7
  In of MODEL    4
    1    H    THR  68           H        THR  68 -16.129  -0.771  -0.824
    2    HA   THR  68           HA       THR  68 -18.966  -0.052  -1.058
    3    HB   THR  68           HB       THR  68 -19.142  -1.449  -3.061
    4    HG1  THR  68           HG1      THR  68 -16.792  -1.998  -3.879
    5   HG21  THR  68          HG21      THR  68 -18.545   0.904  -3.416
    6   HG22  THR  68          HG22      THR  68 -16.836   0.479  -3.332
    7   HG23  THR  68          HG23      THR  68 -17.833  -0.138  -4.649

  No H/Q in entry =           7
  In of MODEL    4
    1    H    GLU  69           H        GLU  69 -20.368  -2.025  -0.854
    2    HA   GLU  69           HA       GLU  69 -19.588  -3.839   1.129
    3    HB2  GLU  69           HB2      GLU  69 -21.887  -3.434   0.833
    4    HB3  GLU  69           HB3      GLU  69 -21.846  -3.773  -0.888
    5    HG2  GLU  69           HG2      GLU  69 -22.931  -5.591   0.116
    6    HG3  GLU  69           HG3      GLU  69 -21.299  -6.146  -0.279

  No H/Q in entry =           6
  In of MODEL    4
    1    H    LYS  70           H        LYS  70 -18.406  -3.729  -1.993
    2    HA   LYS  70           HA       LYS  70 -18.093  -6.637  -2.142
    3    HB2  LYS  70           HB2      LYS  70 -18.151  -4.610  -4.369
    4    HB3  LYS  70           HB3      LYS  70 -17.743  -6.300  -4.595
    5    HG2  LYS  70           HG2      LYS  70 -20.373  -5.499  -3.378
    6    HG3  LYS  70           HG3      LYS  70 -20.134  -5.520  -5.123
    7    HD2  LYS  70           HD2      LYS  70 -21.117  -7.603  -4.489
    8    HD3  LYS  70           HD3      LYS  70 -19.445  -7.909  -4.945
    9    HE2  LYS  70           HE2      LYS  70 -20.027  -7.416  -2.075
   10    HE3  LYS  70           HE3      LYS  70 -20.548  -8.951  -2.764
   11    HZ1  LYS  70           HZ1      LYS  70 -17.769  -7.907  -2.891
   12    HZ2  LYS  70           HZ2      LYS  70 -18.319  -9.051  -1.773
   13    HZ3  LYS  70           HZ3      LYS  70 -18.298  -9.421  -3.426

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ASP  71           H        ASP  71 -16.147  -3.641  -2.267
    2    HA   ASP  71           HA       ASP  71 -13.954  -5.221  -3.361
    3    HB2  ASP  71           HB2      ASP  71 -14.228  -2.217  -3.145
    4    HB3  ASP  71           HB3      ASP  71 -12.928  -3.075  -3.939

  No H/Q in entry =           4
  In of MODEL    4
    1    H    GLU  72           H        GLU  72 -12.239  -5.710  -2.304
    2    HA   GLU  72           HA       GLU  72 -11.726  -4.879   0.472
    3    HB2  GLU  72           HB2      GLU  72 -11.987  -7.254   0.053
    4    HB3  GLU  72           HB3      GLU  72 -10.835  -7.219  -1.255
    5    HG2  GLU  72           HG2      GLU  72  -9.868  -6.478   1.448
    6    HG3  GLU  72           HG3      GLU  72 -10.273  -8.160   1.164

  No H/Q in entry =           6
  In of MODEL    4
    1    H    TYR  73           H        TYR  73  -9.644  -3.991   0.997
    2    HA   TYR  73           HA       TYR  73  -7.982  -3.216  -1.328
    3    HB2  TYR  73           HB2      TYR  73  -8.616  -1.614   1.164
    4    HB3  TYR  73           HB3      TYR  73  -7.356  -1.176   0.022
    5    HD1  TYR  73           HD1      TYR  73  -7.879   0.008  -1.941
    6    HD2  TYR  73           HD2      TYR  73 -10.999  -1.738   0.356
    7    HE1  TYR  73           HE1      TYR  73  -9.547   1.175  -3.329
    8    HE2  TYR  73           HE2      TYR  73 -12.678  -0.574  -1.037
    9    HH   TYR  73           HH       TYR  73 -12.899   1.265  -2.518

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ALA  74           H        ALA  74  -5.914  -3.754  -1.293
    2    HA   ALA  74           HA       ALA  74  -4.700  -4.689   1.219
    3    HB1  ALA  74           HB1      ALA  74  -5.529  -6.598  -0.082
    4    HB2  ALA  74           HB2      ALA  74  -4.548  -6.079  -1.453
    5    HB3  ALA  74           HB3      ALA  74  -3.771  -6.596   0.045

  No H/Q in entry =           5
  In of MODEL    4
    1    H    CYS  75           H        CYS  75  -2.307  -4.699   1.197
    2    HA   CYS  75           HA       CYS  75  -1.151  -3.204  -1.069
    3    HB2  CYS  75           HB2      CYS  75  -1.249  -1.693   0.808
    4    HB3  CYS  75           HB3      CYS  75  -0.453  -2.868   1.840

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ARG  76           H        ARG  76   0.489  -4.166  -2.055
    2    HA   ARG  76           HA       ARG  76   1.497  -6.733  -0.998
    3    HB2  ARG  76           HB2      ARG  76   0.298  -6.444  -3.248
    4    HB3  ARG  76           HB3      ARG  76   1.757  -5.609  -3.785
    5    HG2  ARG  76           HG2      ARG  76   3.025  -7.673  -3.554
    6    HG3  ARG  76           HG3      ARG  76   1.642  -8.485  -2.819
    7    HD2  ARG  76           HD2      ARG  76   1.864  -9.079  -5.236
    8    HD3  ARG  76           HD3      ARG  76   0.355  -8.209  -4.895
    9    HE   ARG  76           HE       ARG  76   2.281  -6.293  -5.547
   10   HH11  ARG  76          HH11      ARG  76   0.660  -8.936  -7.174
   11   HH12  ARG  76          HH12      ARG  76   0.796  -8.212  -8.747
   12   HH21  ARG  76          HH21      ARG  76   2.492  -5.348  -7.587
   13   HH22  ARG  76          HH22      ARG  76   1.859  -6.174  -8.989

  No H/Q in entry =          13
  In of MODEL    4
    1    H    VAL  77           H        VAL  77   3.645  -6.928  -0.425
    2    HA   VAL  77           HA       VAL  77   5.540  -5.043  -1.676
    3    HB   VAL  77           HB       VAL  77   4.853  -4.452   0.771
    4   HG11  VAL  77          HG11      VAL  77   5.310  -6.644   1.754
    5   HG12  VAL  77          HG12      VAL  77   7.006  -6.501   1.281
    6   HG13  VAL  77          HG13      VAL  77   6.327  -5.388   2.470
    7   HG21  VAL  77          HG21      VAL  77   6.522  -3.299  -0.596
    8   HG22  VAL  77          HG22      VAL  77   7.025  -3.412   1.096
    9   HG23  VAL  77          HG23      VAL  77   7.732  -4.488  -0.110

  No H/Q in entry =           9
  In of MODEL    4
    1    H    ASN  78           H        ASN  78   7.418  -5.783  -2.250
    2    HA   ASN  78           HA       ASN  78   8.310  -8.441  -1.347
    3    HB2  ASN  78           HB2      ASN  78   7.125  -8.610  -3.577
    4    HB3  ASN  78           HB3      ASN  78   8.422  -7.626  -4.255
    5   HD21  ASN  78          HD21      ASN  78   9.020  -9.306  -5.643
    6   HD22  ASN  78          HD22      ASN  78   9.885 -10.692  -5.067

  No H/Q in entry =           6
  In of MODEL    4
    1    H    HIS  79           H        HIS  79  10.428  -8.761  -1.175
    2    HA   HIS  79           HA       HIS  79  12.259  -6.714  -2.173
    3    HB2  HIS  79           HB2      HIS  79  11.809  -6.319   0.271
    4    HB3  HIS  79           HB3      HIS  79  12.438  -7.918   0.606
    5    HD2  HIS  79           HD2      HIS  79  13.710  -4.366  -0.294
    6    HE1  HIS  79           HE1      HIS  79  17.021  -6.843   0.590
    7    HE2  HIS  79           HE2      HIS  79  16.217  -4.450   0.355

  No H/Q in entry =           7
  In of MODEL    4
    1    H    VAL  80           H        VAL  80  14.545  -7.564  -2.136
    2    HA   VAL  80           HA       VAL  80  14.806  -9.856  -3.636
    3    HB   VAL  80           HB       VAL  80  16.905  -8.781  -1.747
    4   HG11  VAL  80          HG11      VAL  80  17.177 -10.415  -4.273
    5   HG12  VAL  80          HG12      VAL  80  18.511  -9.739  -3.337
    6   HG13  VAL  80          HG13      VAL  80  17.478 -10.980  -2.630
    7   HG21  VAL  80          HG21      VAL  80  16.275  -8.010  -4.594
    8   HG22  VAL  80          HG22      VAL  80  16.061  -7.005  -3.160
    9   HG23  VAL  80          HG23      VAL  80  17.681  -7.466  -3.678

  No H/Q in entry =           9
  In of MODEL    4
    1    H    THR  81           H        THR  81  14.794  -9.570  -0.105
    2    HA   THR  81           HA       THR  81  15.816 -12.220   0.323
    3    HB   THR  81           HB       THR  81  16.254 -10.689   2.081
    4    HG1  THR  81           HG1      THR  81  14.662 -11.708   3.792
    5   HG21  THR  81          HG21      THR  81  13.274 -10.181   2.230
    6   HG22  THR  81          HG22      THR  81  14.471  -9.551   3.363
    7   HG23  THR  81          HG23      THR  81  14.507  -9.047   1.673

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LEU  82           H        LEU  82  12.543 -10.812   0.860
    2    HA   LEU  82           HA       LEU  82  11.227 -13.089   1.594
    3    HB2  LEU  82           HB2      LEU  82   9.995 -11.089  -0.296
    4    HB3  LEU  82           HB3      LEU  82   9.172 -12.131   0.855
    5    HG   LEU  82           HG       LEU  82  11.057  -9.951   1.700
    6   HD11  LEU  82          HD11      LEU  82   8.056  -9.848   1.435
    7   HD12  LEU  82          HD12      LEU  82   9.068  -8.629   2.211
    8   HD13  LEU  82          HD13      LEU  82   9.235  -8.942   0.488
    9   HD21  LEU  82          HD21      LEU  82  10.712 -11.733   3.328
   10   HD22  LEU  82          HD22      LEU  82   9.951 -10.234   3.862
   11   HD23  LEU  82          HD23      LEU  82   8.965 -11.529   3.184

  No H/Q in entry =          11
  In of MODEL    4
    1    H    SER  83           H        SER  83  11.858 -12.014  -1.697
    2    HA   SER  83           HA       SER  83  11.720 -12.922  -3.736
    3    HB2  SER  83           HB2      SER  83  12.129 -15.277  -4.085
    4    HB3  SER  83           HB3      SER  83  13.171 -14.695  -2.793
    5    HG   SER  83           HG       SER  83  11.333 -15.514  -1.394

  No H/Q in entry =           5
  In of MODEL    4
    1    H    GLN  84           H        GLN  84   9.365 -13.860  -1.424
    2    HA   GLN  84           HA       GLN  84   7.382 -13.889  -3.581
    3    HB2  GLN  84           HB2      GLN  84   5.973 -15.429  -2.293
    4    HB3  GLN  84           HB3      GLN  84   7.530 -16.157  -2.654
    5    HG2  GLN  84           HG2      GLN  84   8.260 -15.808  -0.360
    6    HG3  GLN  84           HG3      GLN  84   6.781 -14.910   0.003
    7   HE21  GLN  84          HE21      GLN  84   6.249 -16.316   1.644
    8   HE22  GLN  84          HE22      GLN  84   5.629 -17.899   1.337

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   PRO  85           HA       PRO  85   6.246 -10.305  -1.069
    2    HB2  PRO  85           HB2      PRO  85   4.185  -9.444  -2.618
    3    HB3  PRO  85           HB3      PRO  85   5.895  -9.051  -2.908
    4    HG2  PRO  85           HG2      PRO  85   4.148 -11.067  -4.263
    5    HG3  PRO  85           HG3      PRO  85   5.441 -10.055  -4.947
    6    HD2  PRO  85           HD2      PRO  85   5.774 -12.744  -4.337
    7    HD3  PRO  85           HD3      PRO  85   7.115 -11.546  -4.341

  No H/Q in entry =           7
  In of MODEL    4
    1    H    LYS  86           H        LYS  86   4.544  -9.694   0.211
    2    HA   LYS  86           HA       LYS  86   2.380 -11.644   0.385
    3    HB2  LYS  86           HB2      LYS  86   2.569 -10.535   2.915
    4    HB3  LYS  86           HB3      LYS  86   3.021 -12.150   2.435
    5    HG2  LYS  86           HG2      LYS  86   5.047  -9.970   2.187
    6    HG3  LYS  86           HG3      LYS  86   4.715 -10.719   3.749
    7    HD2  LYS  86           HD2      LYS  86   5.295 -12.344   1.304
    8    HD3  LYS  86           HD3      LYS  86   6.578 -11.741   2.349
    9    HE2  LYS  86           HE2      LYS  86   4.328 -13.595   3.139
   10    HE3  LYS  86           HE3      LYS  86   6.027 -14.015   2.970
   11    HZ1  LYS  86           HZ1      LYS  86   4.993 -12.043   4.937
   12    HZ2  LYS  86           HZ2      LYS  86   5.298 -13.670   5.291
   13    HZ3  LYS  86           HZ3      LYS  86   6.575 -12.653   4.834

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ILE  87           H        ILE  87   0.384 -10.926   1.089
    2    HA   ILE  87           HA       ILE  87  -0.161  -8.123   0.397
    3    HB   ILE  87           HB       ILE  87  -1.593 -10.595  -0.247
    4   HG12  ILE  87          HG12      ILE  87  -0.888  -9.292  -2.071
    5   HG13  ILE  87          HG13      ILE  87  -2.623  -8.969  -1.962
    6   HG21  ILE  87          HG21      ILE  87  -3.188  -8.258   0.767
    7   HG22  ILE  87          HG22      ILE  87  -3.847  -9.573  -0.207
    8   HG23  ILE  87          HG23      ILE  87  -3.192  -9.906   1.397
    9   HD11  ILE  87          HD11      ILE  87  -2.183  -6.895  -0.814
   10   HD12  ILE  87          HD12      ILE  87  -0.450  -7.200  -0.901
   11   HD13  ILE  87          HD13      ILE  87  -1.378  -6.949  -2.376

  No H/Q in entry =          11
  In of MODEL    4
    1    H    VAL  88           H        VAL  88  -1.089  -6.764   1.793
    2    HA   VAL  88           HA       VAL  88  -2.091  -7.859   4.336
    3    HB   VAL  88           HB       VAL  88  -0.131  -6.426   4.691
    4   HG11  VAL  88          HG11      VAL  88  -1.708  -4.294   3.296
    5   HG12  VAL  88          HG12      VAL  88  -0.206  -4.032   4.183
    6   HG13  VAL  88          HG13      VAL  88  -0.212  -5.039   2.728
    7   HG21  VAL  88          HG21      VAL  88  -2.742  -5.198   5.545
    8   HG22  VAL  88          HG22      VAL  88  -1.804  -6.409   6.416
    9   HG23  VAL  88          HG23      VAL  88  -1.172  -4.771   6.227

  No H/Q in entry =           9
  In of MODEL    4
    1    H    LYS  89           H        LYS  89  -4.255  -7.591   4.600
    2    HA   LYS  89           HA       LYS  89  -5.520  -5.709   2.738
    3    HB2  LYS  89           HB2      LYS  89  -6.746  -8.127   4.059
    4    HB3  LYS  89           HB3      LYS  89  -7.497  -7.090   2.848
    5    HG2  LYS  89           HG2      LYS  89  -6.194  -7.909   1.135
    6    HG3  LYS  89           HG3      LYS  89  -4.918  -8.434   2.238
    7    HD2  LYS  89           HD2      LYS  89  -7.645  -9.680   2.220
    8    HD3  LYS  89           HD3      LYS  89  -6.332 -10.263   1.196
    9    HE2  LYS  89           HE2      LYS  89  -4.959 -10.546   3.278
   10    HE3  LYS  89           HE3      LYS  89  -6.406 -10.164   4.211
   11    HZ1  LYS  89           HZ1      LYS  89  -6.276 -12.381   2.244
   12    HZ2  LYS  89           HZ2      LYS  89  -5.945 -12.576   3.894
   13    HZ3  LYS  89           HZ3      LYS  89  -7.489 -12.091   3.401

  No H/Q in entry =          13
  In of MODEL    4
    1    H    TRP  90           H        TRP  90  -7.093  -4.328   3.454
    2    HA   TRP  90           HA       TRP  90  -6.686  -3.487   6.178
    3    HB2  TRP  90           HB2      TRP  90  -6.736  -1.805   4.386
    4    HB3  TRP  90           HB3      TRP  90  -8.370  -2.300   3.975
    5    HD1  TRP  90           HD1      TRP  90  -6.884  -1.214   7.438
    6    HE1  TRP  90           HE1      TRP  90  -8.393   0.600   8.387
    7    HE3  TRP  90           HE3      TRP  90 -10.181  -0.754   3.508
    8    HZ2  TRP  90           HZ2      TRP  90 -10.725   1.996   7.646
    9    HZ3  TRP  90           HZ3      TRP  90 -12.015   0.849   3.714
   10    HH2  TRP  90           HH2      TRP  90 -12.291   2.214   5.717

  No H/Q in entry =          10
  In of MODEL    4
    1    H    ASP  91           H        ASP  91  -7.942  -3.789   7.846
    2    HA   ASP  91           HA       ASP  91  -9.903  -5.820   7.803
    3    HB2  ASP  91           HB2      ASP  91  -9.258  -3.860  10.008
    4    HB3  ASP  91           HB3      ASP  91 -10.109  -5.392  10.188

  No H/Q in entry =           4
  In of MODEL    4
    1    H    ARG  92           H        ARG  92 -11.702  -5.367   6.638
    2    HA   ARG  92           HA       ARG  92 -13.811  -4.024   7.856
    3    HB2  ARG  92           HB2      ARG  92 -14.093  -2.006   6.621
    4    HB3  ARG  92           HB3      ARG  92 -12.392  -2.046   7.079
    5    HG2  ARG  92           HG2      ARG  92 -12.148  -1.401   4.936
    6    HG3  ARG  92           HG3      ARG  92 -12.092  -3.159   4.705
    7    HD2  ARG  92           HD2      ARG  92 -13.748  -1.420   3.309
    8    HD3  ARG  92           HD3      ARG  92 -14.030  -3.153   3.511
    9    HE   ARG  92           HE       ARG  92 -15.134  -1.470   5.591
   10   HH11  ARG  92          HH11      ARG  92 -15.675  -3.039   2.508
   11   HH12  ARG  92          HH12      ARG  92 -17.394  -3.097   2.690
   12   HH21  ARG  92          HH21      ARG  92 -17.397  -1.545   5.847
   13   HH22  ARG  92          HH22      ARG  92 -18.381  -2.277   4.607

  No H/Q in entry =          13
  In of MODEL    4
    1    H    ASP  93           H        ASP  93 -12.488  -5.949   5.540
    2    HA   ASP  93           HA       ASP  93 -14.919  -6.762   4.344
    3    HB2  ASP  93           HB2      ASP  93 -14.594  -4.544   3.229
    4    HB3  ASP  93           HB3      ASP  93 -13.098  -5.176   2.531

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   MET  94           HA       MET  94 -10.597  -8.657   2.947
    2    HB2  MET  94           HB2      MET  94  -9.516  -9.987   5.039
    3    HB3  MET  94           HB3      MET  94  -8.930  -8.447   4.426
    4    HG2  MET  94           HG2      MET  94  -9.152  -8.620   6.932
    5    HG3  MET  94           HG3      MET  94  -9.956  -7.226   6.207
    6    HE1  MET  94           HE1      MET  94 -10.367  -8.556   9.192
    7    HE2  MET  94           HE2      MET  94 -11.127  -7.048   8.679
    8    HE3  MET  94           HE3      MET  94 -12.109  -8.340   9.368

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   MET   1           HA       MET   1   4.793  -8.149   6.533
    2    HB2  MET   1           HB2      MET   1   4.978  -9.009   8.862
    3    HB3  MET   1           HB3      MET   1   4.932  -7.355   9.454
    4    HG2  MET   1           HG2      MET   1   2.696  -7.070   8.580
    5    HG3  MET   1           HG3      MET   1   2.736  -8.688   7.886
    6    HE1  MET   1           HE1      MET   1   2.776 -10.914   9.322
    7    HE2  MET   1           HE2      MET   1   4.195 -10.351  10.204
    8    HE3  MET   1           HE3      MET   1   2.786 -10.948  11.085

  No H/Q in entry =           8
  In of MODEL    5
    1    H    ILE   2           H        ILE   2   3.383  -6.687   5.738
    2    HA   ILE   2           HA       ILE   2   4.117  -3.881   5.929
    3    HB   ILE   2           HB       ILE   2   1.804  -5.000   4.326
    4   HG12  ILE   2          HG12      ILE   2   4.332  -4.627   2.880
    5   HG13  ILE   2          HG13      ILE   2   4.338  -5.969   4.021
    6   HG21  ILE   2          HG21      ILE   2   2.055  -2.531   4.500
    7   HG22  ILE   2          HG22      ILE   2   3.632  -2.673   3.722
    8   HG23  ILE   2          HG23      ILE   2   2.173  -3.140   2.853
    9   HD11  ILE   2          HD11      ILE   2   2.262  -5.588   1.869
   10   HD12  ILE   2          HD12      ILE   2   3.688  -6.622   1.720
   11   HD13  ILE   2          HD13      ILE   2   2.456  -6.986   2.926

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLN   3           H        GLN   3   2.189  -2.322   6.061
    2    HA   GLN   3           HA       GLN   3   0.027  -3.265   7.769
    3    HB2  GLN   3           HB2      GLN   3   0.477  -1.880   9.690
    4    HB3  GLN   3           HB3      GLN   3   2.007  -2.663   9.320
    5    HG2  GLN   3           HG2      GLN   3   2.871  -0.626   8.271
    6    HG3  GLN   3           HG3      GLN   3   1.353   0.247   8.610
    7   HE21  GLN   3          HE21      GLN   3   0.882   0.803  10.728
    8   HE22  GLN   3          HE22      GLN   3   2.079   0.805  11.972

  No H/Q in entry =           8
  In of MODEL    5
    1    H    VAL   4           H        VAL   4  -1.626  -2.618   6.638
    2    HA   VAL   4           HA       VAL   4  -1.597   0.047   5.437
    3    HB   VAL   4           HB       VAL   4  -3.790  -0.746   4.346
    4   HG11  VAL   4          HG11      VAL   4  -1.663  -0.592   3.148
    5   HG12  VAL   4          HG12      VAL   4  -1.233  -2.212   3.695
    6   HG13  VAL   4          HG13      VAL   4  -2.605  -1.983   2.611
    7   HG21  VAL   4          HG21      VAL   4  -4.189  -2.609   5.898
    8   HG22  VAL   4          HG22      VAL   4  -4.137  -3.139   4.215
    9   HG23  VAL   4          HG23      VAL   4  -2.756  -3.422   5.275

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR   5           H        TYR   5  -3.206   1.521   5.746
    2    HA   TYR   5           HA       TYR   5  -5.304   1.290   7.658
    3    HB2  TYR   5           HB2      TYR   5  -2.735   2.649   8.500
    4    HB3  TYR   5           HB3      TYR   5  -4.286   3.143   9.170
    5    HD1  TYR   5           HD1      TYR   5  -5.728   1.110  10.177
    6    HD2  TYR   5           HD2      TYR   5  -1.503   1.031   9.622
    7    HE1  TYR   5           HE1      TYR   5  -5.548  -0.739  11.808
    8    HE2  TYR   5           HE2      TYR   5  -1.319  -0.831  11.233
    9    HH   TYR   5           HH       TYR   5  -2.503  -1.828  13.028

  No H/Q in entry =           9
  In of MODEL    5
    1    H    SER   6           H        SER   6  -6.182   3.651   8.059
    2    HA   SER   6           HA       SER   6  -5.755   5.144   5.548
    3    HB2  SER   6           HB2      SER   6  -8.403   4.654   6.946
    4    HB3  SER   6           HB3      SER   6  -8.163   5.611   5.475
    5    HG   SER   6           HG       SER   6  -7.777   2.818   5.816

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ARG   7           H        ARG   7  -6.473   7.411   5.599
    2    HA   ARG   7           HA       ARG   7  -5.699   8.672   8.104
    3    HB2  ARG   7           HB2      ARG   7  -5.427   9.347   5.404
    4    HB3  ARG   7           HB3      ARG   7  -6.614  10.491   6.022
    5    HG2  ARG   7           HG2      ARG   7  -3.831  10.013   7.087
    6    HG3  ARG   7           HG3      ARG   7  -4.394  11.423   6.188
    7    HD2  ARG   7           HD2      ARG   7  -5.554  10.572   8.829
    8    HD3  ARG   7           HD3      ARG   7  -4.214  11.714   8.687
    9    HE   ARG   7           HE       ARG   7  -6.108  12.781   7.069
   10   HH11  ARG   7          HH11      ARG   7  -6.097  11.692  10.393
   11   HH12  ARG   7          HH12      ARG   7  -7.341  12.791  10.904
   12   HH21  ARG   7          HH21      ARG   7  -7.749  14.257   7.734
   13   HH22  ARG   7          HH22      ARG   7  -8.299  14.235   9.387

  No H/Q in entry =          13
  In of MODEL    5
    1    H    HIS   8           H        HIS   8  -8.557   7.727   6.583
    2    HA   HIS   8           HA       HIS   8 -10.160   9.526   8.252
    3    HB2  HIS   8           HB2      HIS   8 -10.798   8.789   5.382
    4    HB3  HIS   8           HB3      HIS   8 -11.758   9.825   6.429
    5    HD2  HIS   8           HD2      HIS   8 -10.408  12.307   7.109
    6    HE1  HIS   8           HE1      HIS   8  -8.092  12.146   3.570
    7    HE2  HIS   8           HE2      HIS   8  -8.728  13.563   5.577

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   PRO   9           HA       PRO   9 -12.482   5.869   9.255
    2    HB2  PRO   9           HB2      PRO   9 -15.048   7.194   9.134
    3    HB3  PRO   9           HB3      PRO   9 -14.127   6.691  10.564
    4    HG2  PRO   9           HG2      PRO   9 -14.554   9.321   9.797
    5    HG3  PRO   9           HG3      PRO   9 -13.220   8.775  10.828
    6    HD2  PRO   9           HD2      PRO   9 -13.203   9.534   7.938
    7    HD3  PRO   9           HD3      PRO   9 -11.936   9.700   9.173

  No H/Q in entry =           7
  In of MODEL    5
    1    H    ALA  10           H        ALA  10 -13.356   4.174   8.143
    2    HA   ALA  10           HA       ALA  10 -13.847   4.258   5.391
    3    HB1  ALA  10           HB1      ALA  10 -14.719   1.972   5.685
    4    HB2  ALA  10           HB2      ALA  10 -13.208   2.219   6.562
    5    HB3  ALA  10           HB3      ALA  10 -14.743   2.219   7.429

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLU  11           H        GLU  11 -15.482   5.702   4.678
    2    HA   GLU  11           HA       GLU  11 -18.185   4.986   5.652
    3    HB2  GLU  11           HB2      GLU  11 -17.174   7.436   5.906
    4    HB3  GLU  11           HB3      GLU  11 -17.700   7.579   4.241
    5    HG2  GLU  11           HG2      GLU  11 -19.456   6.936   6.595
    6    HG3  GLU  11           HG3      GLU  11 -19.346   8.475   5.757

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ASN  12           H        ASN  12 -18.804   3.440   4.223
    2    HA   ASN  12           HA       ASN  12 -18.393   2.984   1.625
    3    HB2  ASN  12           HB2      ASN  12 -20.921   2.742   3.295
    4    HB3  ASN  12           HB3      ASN  12 -20.893   2.112   1.660
    5   HD21  ASN  12          HD21      ASN  12 -21.220   0.029   2.399
    6   HD22  ASN  12          HD22      ASN  12 -19.986  -0.882   3.204

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLY  13           H        GLY  13 -18.076   4.561   0.174
    2    HA2  GLY  13           HA2      GLY  13 -20.373   6.333  -0.466
    3    HA3  GLY  13           HA3      GLY  13 -19.386   5.574  -1.706

  No H/Q in entry =           3
  In of MODEL    5
    1    H    LYS  14           H        LYS  14 -17.365   6.528   0.809
    2    HA   LYS  14           HA       LYS  14 -16.990   9.217  -0.367
    3    HB2  LYS  14           HB2      LYS  14 -15.463   8.065   1.964
    4    HB3  LYS  14           HB3      LYS  14 -15.594   9.744   1.494
    5    HG2  LYS  14           HG2      LYS  14 -17.880   8.103   2.565
    6    HG3  LYS  14           HG3      LYS  14 -16.813   9.103   3.539
    7    HD2  LYS  14           HD2      LYS  14 -18.756  10.354   3.189
    8    HD3  LYS  14           HD3      LYS  14 -17.509  11.083   2.187
    9    HE2  LYS  14           HE2      LYS  14 -19.446  11.048   0.861
   10    HE3  LYS  14           HE3      LYS  14 -18.467   9.706   0.274
   11    HZ1  LYS  14           HZ1      LYS  14 -19.838   8.251   1.772
   12    HZ2  LYS  14           HZ2      LYS  14 -20.853   9.575   2.035
   13    HZ3  LYS  14           HZ3      LYS  14 -20.692   8.937   0.475

  No H/Q in entry =          13
  In of MODEL    5
    1    H    SER  15           H        SER  15 -15.018   9.884  -1.250
    2    HA   SER  15           HA       SER  15 -13.046   7.775  -1.686
    3    HB2  SER  15           HB2      SER  15 -11.978   9.684  -3.136
    4    HB3  SER  15           HB3      SER  15 -13.336   8.741  -3.752
    5    HG   SER  15           HG       SER  15 -13.163  11.402  -3.191

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ASN  16           H        ASN  16 -10.982   7.927  -1.017
    2    HA   ASN  16           HA       ASN  16 -10.055  10.058   0.696
    3    HB2  ASN  16           HB2      ASN  16 -10.330   7.293   1.899
    4    HB3  ASN  16           HB3      ASN  16  -9.821   8.764   2.707
    5   HD21  ASN  16          HD21      ASN  16 -11.294   9.895   3.786
    6   HD22  ASN  16          HD22      ASN  16 -13.000   9.589   3.757

  No H/Q in entry =           6
  In of MODEL    5
    1    H    PHE  17           H        PHE  17  -7.954   8.538   1.903
    2    HA   PHE  17           HA       PHE  17  -6.585   7.528  -0.506
    3    HB2  PHE  17           HB2      PHE  17  -5.558   9.245   1.752
    4    HB3  PHE  17           HB3      PHE  17  -4.474   8.361   0.682
    5    HD1  PHE  17           HD1      PHE  17  -4.905  11.453   1.179
    6    HD2  PHE  17           HD2      PHE  17  -6.109   8.723  -1.867
    7    HE1  PHE  17           HE1      PHE  17  -4.993  13.300  -0.442
    8    HE2  PHE  17           HE2      PHE  17  -6.190  10.568  -3.489
    9    HZ   PHE  17           HZ       PHE  17  -5.633  12.859  -2.777

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  18           H        LEU  18  -5.664   5.559  -0.398
    2    HA   LEU  18           HA       LEU  18  -5.809   4.105   2.142
    3    HB2  LEU  18           HB2      LEU  18  -6.627   2.850   0.282
    4    HB3  LEU  18           HB3      LEU  18  -5.218   3.237  -0.684
    5    HG   LEU  18           HG       LEU  18  -3.819   1.756   0.695
    6   HD11  LEU  18          HD11      LEU  18  -6.360   1.194   2.232
    7   HD12  LEU  18          HD12      LEU  18  -4.868   0.270   2.358
    8   HD13  LEU  18          HD13      LEU  18  -4.897   1.959   2.851
    9   HD21  LEU  18          HD21      LEU  18  -6.366   0.494  -0.310
   10   HD22  LEU  18          HD22      LEU  18  -4.881   0.771  -1.221
   11   HD23  LEU  18          HD23      LEU  18  -4.899  -0.389   0.108

  No H/Q in entry =          11
  In of MODEL    5
    1    H    ASN  19           H        ASN  19  -4.139   3.788   3.420
    2    HA   ASN  19           HA       ASN  19  -1.494   4.664   2.454
    3    HB2  ASN  19           HB2      ASN  19  -1.604   6.068   4.224
    4    HB3  ASN  19           HB3      ASN  19  -2.940   5.186   4.959
    5   HD21  ASN  19          HD21      ASN  19  -2.501   3.568   6.441
    6   HD22  ASN  19          HD22      ASN  19  -0.953   3.401   7.188

  No H/Q in entry =           6
  In of MODEL    5
    1    H    CYS  20           H        CYS  20   0.074   3.214   2.243
    2    HA   CYS  20           HA       CYS  20  -0.049   0.727   3.823
    3    HB2  CYS  20           HB2      CYS  20  -0.398   0.133   1.527
    4    HB3  CYS  20           HB3      CYS  20   0.831   1.268   0.956

  No H/Q in entry =           4
  In of MODEL    5
    1    H    TYR  21           H        TYR  21   1.577   0.790   5.351
    2    HA   TYR  21           HA       TYR  21   3.916   2.472   4.812
    3    HB2  TYR  21           HB2      TYR  21   3.143   0.916   7.285
    4    HB3  TYR  21           HB3      TYR  21   4.626   1.830   7.134
    5    HD1  TYR  21           HD1      TYR  21   4.432   4.359   6.830
    6    HD2  TYR  21           HD2      TYR  21   1.173   1.908   8.043
    7    HE1  TYR  21           HE1      TYR  21   3.316   6.329   7.796
    8    HE2  TYR  21           HE2      TYR  21   0.045   3.871   9.002
    9    HH   TYR  21           HH       TYR  21   0.816   6.147   9.944

  No H/Q in entry =           9
  In of MODEL    5
    1    H    VAL  22           H        VAL  22   5.850   1.744   4.278
    2    HA   VAL  22           HA       VAL  22   6.440  -1.115   4.600
    3    HB   VAL  22           HB       VAL  22   7.161   0.535   2.131
    4   HG11  VAL  22          HG11      VAL  22   8.753  -1.274   2.755
    5   HG12  VAL  22          HG12      VAL  22   7.433  -2.440   2.612
    6   HG13  VAL  22          HG13      VAL  22   7.968  -1.531   1.195
    7   HG21  VAL  22          HG21      VAL  22   4.763   0.075   2.164
    8   HG22  VAL  22          HG22      VAL  22   5.563  -0.877   0.913
    9   HG23  VAL  22          HG23      VAL  22   5.077  -1.640   2.429

  No H/Q in entry =           9
  In of MODEL    5
    1    H    SER  23           H        SER  23   8.061  -0.984   6.140
    2    HA   SER  23           HA       SER  23   9.937   1.289   5.946
    3    HB2  SER  23           HB2      SER  23   9.875   1.367   8.430
    4    HB3  SER  23           HB3      SER  23   8.286   1.605   7.714
    5    HG   SER  23           HG       SER  23   9.039  -1.003   8.367

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLY  24           H        GLY  24  12.102   0.855   6.061
    2    HA2  GLY  24           HA2      GLY  24  12.961  -1.773   7.145
    3    HA3  GLY  24           HA3      GLY  24  13.953  -0.318   7.152

  No H/Q in entry =           3
  In of MODEL    5
    1    H    PHE  25           H        PHE  25  12.299  -0.487   4.309
    2    HA   PHE  25           HA       PHE  25  14.304  -2.149   2.951
    3    HB2  PHE  25           HB2      PHE  25  11.613  -1.164   1.977
    4    HB3  PHE  25           HB3      PHE  25  12.652  -2.336   1.170
    5    HD1  PHE  25           HD1      PHE  25  12.828  -4.628   1.964
    6    HD2  PHE  25           HD2      PHE  25  10.351  -1.811   3.991
    7    HE1  PHE  25           HE1      PHE  25  11.754  -6.473   3.201
    8    HE2  PHE  25           HE2      PHE  25   9.266  -3.658   5.235
    9    HZ   PHE  25           HZ       PHE  25   9.955  -5.977   4.817

  No H/Q in entry =           9
  In of MODEL    5
    1    H    HIS  26           H        HIS  26  15.343  -1.387   1.041
    2    HA   HIS  26           HA       HIS  26  15.695   1.471   0.928
    3    HB2  HIS  26           HB2      HIS  26  16.988   0.717  -1.295
    4    HB3  HIS  26           HB3      HIS  26  17.702   0.620   0.289
    5    HD2  HIS  26           HD2      HIS  26  15.802  -1.886  -2.083
    6    HE1  HIS  26           HE1      HIS  26  18.883  -3.866   0.036
    7    HE2  HIS  26           HE2      HIS  26  17.276  -4.017  -1.915

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   PRO  27           HA       PRO  27  12.243   2.236  -1.777
    2    HB2  PRO  27           HB2      PRO  27  13.780   4.742  -2.242
    3    HB3  PRO  27           HB3      PRO  27  12.093   4.539  -1.756
    4    HG2  PRO  27           HG2      PRO  27  13.945   5.326  -0.006
    5    HG3  PRO  27           HG3      PRO  27  12.638   4.217   0.480
    6    HD2  PRO  27           HD2      PRO  27  15.524   3.641  -0.112
    7    HD3  PRO  27           HD3      PRO  27  14.453   2.922   1.112

  No H/Q in entry =           7
  In of MODEL    5
    1    H    SER  28           H        SER  28  15.399   1.637  -2.655
    2    HA   SER  28           HA       SER  28  14.982   2.286  -5.464
    3    HB2  SER  28           HB2      SER  28  17.098   3.045  -4.690
    4    HB3  SER  28           HB3      SER  28  17.448   1.500  -3.914
    5    HG   SER  28           HG       SER  28  17.175   1.905  -6.719

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ASP  29           H        ASP  29  15.593  -0.614  -3.359
    2    HA   ASP  29           HA       ASP  29  15.017  -2.152  -5.830
    3    HB2  ASP  29           HB2      ASP  29  16.726  -2.996  -3.495
    4    HB3  ASP  29           HB3      ASP  29  16.132  -4.118  -4.708

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ILE  30           H        ILE  30  12.827  -1.234  -4.238
    2    HA   ILE  30           HA       ILE  30  11.833  -3.925  -3.570
    3    HB   ILE  30           HB       ILE  30  10.723  -3.267  -1.693
    4   HG12  ILE  30          HG12      ILE  30  10.691  -0.372  -2.610
    5   HG13  ILE  30          HG13      ILE  30   9.363  -1.521  -2.785
    6   HG21  ILE  30          HG21      ILE  30  13.018  -1.338  -1.791
    7   HG22  ILE  30          HG22      ILE  30  12.095  -1.717  -0.337
    8   HG23  ILE  30          HG23      ILE  30  13.021  -2.978  -1.149
    9   HD11  ILE  30          HD11      ILE  30  10.535  -0.586  -0.177
   10   HD12  ILE  30          HD12      ILE  30   9.021  -0.037  -0.891
   11   HD13  ILE  30          HD13      ILE  30   9.192  -1.713  -0.366

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLU  31           H        GLU  31   9.435  -4.055  -3.655
    2    HA   GLU  31           HA       GLU  31   8.268  -2.335  -5.732
    3    HB2  GLU  31           HB2      GLU  31   8.239  -5.356  -5.652
    4    HB3  GLU  31           HB3      GLU  31   7.195  -4.391  -6.684
    5    HG2  GLU  31           HG2      GLU  31   9.001  -3.611  -7.976
    6    HG3  GLU  31           HG3      GLU  31  10.193  -4.148  -6.794

  No H/Q in entry =           6
  In of MODEL    5
    1    H    VAL  32           H        VAL  32   6.567  -1.390  -4.747
    2    HA   VAL  32           HA       VAL  32   4.779  -3.086  -3.146
    3    HB   VAL  32           HB       VAL  32   5.466  -1.903  -1.329
    4   HG11  VAL  32          HG11      VAL  32   7.322  -0.882  -2.593
    5   HG12  VAL  32          HG12      VAL  32   6.247   0.431  -3.066
    6   HG13  VAL  32          HG13      VAL  32   6.651   0.189  -1.365
    7   HG21  VAL  32          HG21      VAL  32   3.181  -1.091  -1.651
    8   HG22  VAL  32          HG22      VAL  32   4.196   0.132  -0.886
    9   HG23  VAL  32          HG23      VAL  32   3.789   0.267  -2.596

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ASP  33           H        ASP  33   2.647  -2.938  -3.655
    2    HA   ASP  33           HA       ASP  33   1.775  -0.650  -5.285
    3    HB2  ASP  33           HB2      ASP  33   1.156  -3.578  -5.915
    4    HB3  ASP  33           HB3      ASP  33   0.375  -2.199  -6.669

  No H/Q in entry =           4
  In of MODEL    5
    1    H    LEU  34           H        LEU  34  -0.584  -0.443  -5.305
    2    HA   LEU  34           HA       LEU  34  -1.798  -1.444  -2.813
    3    HB2  LEU  34           HB2      LEU  34  -2.145   1.101  -4.339
    4    HB3  LEU  34           HB3      LEU  34  -3.524   0.475  -3.458
    5    HG   LEU  34           HG       LEU  34  -2.101   0.476  -1.375
    6   HD11  LEU  34          HD11      LEU  34   0.095   0.486  -2.435
    7   HD12  LEU  34          HD12      LEU  34  -0.218   2.103  -3.075
    8   HD13  LEU  34          HD13      LEU  34  -0.103   1.846  -1.331
    9   HD21  LEU  34          HD21      LEU  34  -3.720   2.232  -1.808
   10   HD22  LEU  34          HD22      LEU  34  -2.290   2.871  -0.998
   11   HD23  LEU  34          HD23      LEU  34  -2.513   3.131  -2.727

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU  35           H        LEU  35  -3.494  -2.793  -2.939
    2    HA   LEU  35           HA       LEU  35  -4.448  -3.477  -5.647
    3    HB2  LEU  35           HB2      LEU  35  -3.995  -5.380  -3.348
    4    HB3  LEU  35           HB3      LEU  35  -4.534  -5.796  -4.955
    5    HG   LEU  35           HG       LEU  35  -1.790  -5.048  -4.020
    6   HD11  LEU  35          HD11      LEU  35  -2.994  -7.269  -5.668
    7   HD12  LEU  35          HD12      LEU  35  -1.272  -7.090  -5.361
    8   HD13  LEU  35          HD13      LEU  35  -2.386  -7.385  -4.018
    9   HD21  LEU  35          HD21      LEU  35  -2.213  -3.612  -5.979
   10   HD22  LEU  35          HD22      LEU  35  -1.037  -4.880  -6.327
   11   HD23  LEU  35          HD23      LEU  35  -2.694  -5.033  -6.899

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LYS  36           H        LYS  36  -6.414  -4.750  -5.716
    2    HA   LYS  36           HA       LYS  36  -8.216  -4.544  -3.394
    3    HB2  LYS  36           HB2      LYS  36  -9.328  -4.977  -6.132
    4    HB3  LYS  36           HB3      LYS  36 -10.045  -4.110  -4.761
    5    HG2  LYS  36           HG2      LYS  36  -8.561  -2.227  -5.215
    6    HG3  LYS  36           HG3      LYS  36  -7.799  -3.101  -6.535
    7    HD2  LYS  36           HD2      LYS  36  -9.440  -1.426  -7.333
    8    HD3  LYS  36           HD3      LYS  36  -9.846  -3.072  -7.839
    9    HE2  LYS  36           HE2      LYS  36 -11.810  -1.684  -7.062
   10    HE3  LYS  36           HE3      LYS  36 -11.611  -3.189  -6.164
   11    HZ1  LYS  36           HZ1      LYS  36 -10.497  -1.894  -4.417
   12    HZ2  LYS  36           HZ2      LYS  36 -10.780  -0.469  -5.290
   13    HZ3  LYS  36           HZ3      LYS  36 -12.081  -1.373  -4.685

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ASN  37           H        ASN  37  -8.206  -6.601  -2.547
    2    HA   ASN  37           HA       ASN  37  -7.815  -8.867  -2.487
    3    HB2  ASN  37           HB2      ASN  37  -9.670 -10.068  -3.856
    4    HB3  ASN  37           HB3      ASN  37 -10.146  -8.972  -2.564
    5   HD21  ASN  37          HD21      ASN  37 -10.787  -6.843  -3.157
    6   HD22  ASN  37          HD22      ASN  37 -11.543  -6.528  -4.682

  No H/Q in entry =           6
  In of MODEL    5
    1    H    GLY  38           H        GLY  38  -5.801  -8.027  -3.858
    2    HA2  GLY  38           HA2      GLY  38  -5.239 -10.164  -5.658
    3    HA3  GLY  38           HA3      GLY  38  -4.142  -8.879  -5.219

  No H/Q in entry =           3
  In of MODEL    5
    1    H    GLU  39           H        GLU  39  -6.115  -6.802  -6.202
    2    HA   GLU  39           HA       GLU  39  -5.569  -7.209  -9.057
    3    HB2  GLU  39           HB2      GLU  39  -7.988  -7.633  -8.481
    4    HB3  GLU  39           HB3      GLU  39  -8.096  -5.977  -7.948
    5    HG2  GLU  39           HG2      GLU  39  -7.095  -6.131 -10.638
    6    HG3  GLU  39           HG3      GLU  39  -8.680  -6.876 -10.478

  No H/Q in entry =           6
  In of MODEL    5
    1    H    ARG  40           H        ARG  40  -4.161  -5.720  -9.651
    2    HA   ARG  40           HA       ARG  40  -3.356  -3.560  -8.131
    3    HB2  ARG  40           HB2      ARG  40  -2.267  -4.787 -10.228
    4    HB3  ARG  40           HB3      ARG  40  -3.074  -3.518 -11.135
    5    HG2  ARG  40           HG2      ARG  40  -1.824  -1.811 -10.044
    6    HG3  ARG  40           HG3      ARG  40  -1.203  -2.953  -8.872
    7    HD2  ARG  40           HD2      ARG  40  -0.480  -3.762 -11.580
    8    HD3  ARG  40           HD3      ARG  40   0.097  -2.142 -11.196
    9    HE   ARG  40           HE       ARG  40   1.007  -3.278  -9.095
   10   HH11  ARG  40          HH11      ARG  40   0.725  -4.909 -12.185
   11   HH12  ARG  40          HH12      ARG  40   2.262  -5.709 -12.032
   12   HH21  ARG  40          HH21      ARG  40   3.018  -4.331  -8.887
   13   HH22  ARG  40          HH22      ARG  40   3.566  -5.381 -10.172

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE  41           H        ILE  41  -4.301  -1.766  -7.624
    2    HA   ILE  41           HA       ILE  41  -6.762  -0.913  -8.591
    3    HB   ILE  41           HB       ILE  41  -4.694   0.624  -7.012
    4   HG12  ILE  41          HG12      ILE  41  -7.131  -0.950  -6.151
    5   HG13  ILE  41          HG13      ILE  41  -5.464  -1.500  -5.999
    6   HG21  ILE  41          HG21      ILE  41  -7.630   1.221  -7.430
    7   HG22  ILE  41          HG22      ILE  41  -6.583   2.046  -6.276
    8   HG23  ILE  41          HG23      ILE  41  -6.279   2.192  -8.007
    9   HD11  ILE  41          HD11      ILE  41  -6.378   1.015  -4.676
   10   HD12  ILE  41          HD12      ILE  41  -6.649  -0.572  -3.953
   11   HD13  ILE  41          HD13      ILE  41  -5.000  -0.031  -4.293

  No H/Q in entry =          11
  In of MODEL    5
    1    H    GLU  42           H        GLU  42  -4.056   1.363  -8.702
    2    HA   GLU  42           HA       GLU  42  -2.813   1.319 -10.963
    3    HB2  GLU  42           HB2      GLU  42  -5.563   2.254 -11.794
    4    HB3  GLU  42           HB3      GLU  42  -4.118   2.682 -12.682
    5    HG2  GLU  42           HG2      GLU  42  -3.731   0.118 -12.801
    6    HG3  GLU  42           HG3      GLU  42  -5.455   0.030 -12.402

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LYS  43           H        LYS  43  -5.002   3.519  -9.213
    2    HA   LYS  43           HA       LYS  43  -3.647   5.851 -10.261
    3    HB2  LYS  43           HB2      LYS  43  -5.711   5.798  -8.058
    4    HB3  LYS  43           HB3      LYS  43  -5.272   7.151  -9.087
    5    HG2  LYS  43           HG2      LYS  43  -6.904   4.724  -9.806
    6    HG3  LYS  43           HG3      LYS  43  -7.377   6.420  -9.863
    7    HD2  LYS  43           HD2      LYS  43  -5.346   5.075 -11.644
    8    HD3  LYS  43           HD3      LYS  43  -6.979   5.558 -12.103
    9    HE2  LYS  43           HE2      LYS  43  -6.398   7.905 -11.670
   10    HE3  LYS  43           HE3      LYS  43  -4.764   7.414 -11.228
   11    HZ1  LYS  43           HZ1      LYS  43  -4.505   6.513 -13.490
   12    HZ2  LYS  43           HZ2      LYS  43  -6.038   7.118 -13.894
   13    HZ3  LYS  43           HZ3      LYS  43  -4.788   8.184 -13.487

  No H/Q in entry =          13
  In of MODEL    5
    1    H    VAL  44           H        VAL  44  -1.641   4.669  -9.145
    2    HA   VAL  44           HA       VAL  44  -1.406   5.819  -6.459
    3    HB   VAL  44           HB       VAL  44  -1.436   3.068  -6.975
    4   HG11  VAL  44          HG11      VAL  44   1.371   3.963  -6.411
    5   HG12  VAL  44          HG12      VAL  44   0.786   2.306  -6.263
    6   HG13  VAL  44          HG13      VAL  44   0.813   3.096  -7.842
    7   HG21  VAL  44          HG21      VAL  44  -0.378   4.577  -4.598
    8   HG22  VAL  44          HG22      VAL  44  -2.052   4.103  -4.888
    9   HG23  VAL  44          HG23      VAL  44  -0.822   2.870  -4.609

  No H/Q in entry =           9
  In of MODEL    5
    1    H    GLU  45           H        GLU  45   0.325   7.048  -6.179
    2    HA   GLU  45           HA       GLU  45   2.635   6.813  -7.944
    3    HB2  GLU  45           HB2      GLU  45   0.733   9.126  -7.957
    4    HB3  GLU  45           HB3      GLU  45   2.441   9.415  -8.248
    5    HG2  GLU  45           HG2      GLU  45   0.788   7.470  -9.836
    6    HG3  GLU  45           HG3      GLU  45   1.038   9.155 -10.295

  No H/Q in entry =           6
  In of MODEL    5
    1    H    HIS  46           H        HIS  46   4.227   6.656  -6.430
    2    HA   HIS  46           HA       HIS  46   4.759   9.128  -5.002
    3    HB2  HIS  46           HB2      HIS  46   3.607   7.821  -3.293
    4    HB3  HIS  46           HB3      HIS  46   4.638   6.438  -3.618
    5    HD2  HIS  46           HD2      HIS  46   5.217  10.127  -2.266
    6    HE1  HIS  46           HE1      HIS  46   8.033   7.456  -0.585
    7    HE2  HIS  46           HE2      HIS  46   7.370   9.890  -0.839

  No H/Q in entry =           7
  In of MODEL    5
    1    H    SER  47           H        SER  47   6.885   9.590  -4.912
    2    HA   SER  47           HA       SER  47   8.807   7.431  -4.900
    3    HB2  SER  47           HB2      SER  47  10.134   8.694  -6.764
    4    HB3  SER  47           HB3      SER  47   8.819   7.612  -7.226
    5    HG   SER  47           HG       SER  47   7.460   9.424  -7.420

  No H/Q in entry =           5
  In of MODEL    5
    1    H    ASP  48           H        ASP  48  10.251   7.922  -3.287
    2    HA   ASP  48           HA       ASP  48  11.227  10.675  -3.158
    3    HB2  ASP  48           HB2      ASP  48   9.812   9.260  -0.942
    4    HB3  ASP  48           HB3      ASP  48  11.150  10.327  -0.540

  No H/Q in entry =           4
  In of MODEL    5
    1    H    LEU  49           H        LEU  49  13.033   9.679  -4.127
    2    HA   LEU  49           HA       LEU  49  15.191   9.727  -2.460
    3    HB2  LEU  49           HB2      LEU  49  15.705   7.681  -1.717
    4    HB3  LEU  49           HB3      LEU  49  14.043   7.244  -2.103
    5    HG   LEU  49           HG       LEU  49  16.155   6.973  -4.232
    6   HD11  LEU  49          HD11      LEU  49  15.674   4.893  -2.082
    7   HD12  LEU  49          HD12      LEU  49  16.580   4.648  -3.571
    8   HD13  LEU  49          HD13      LEU  49  17.176   5.783  -2.363
    9   HD21  LEU  49          HD21      LEU  49  13.615   5.474  -3.605
   10   HD22  LEU  49          HD22      LEU  49  13.858   6.672  -4.881
   11   HD23  LEU  49          HD23      LEU  49  14.701   5.125  -4.954

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  50           H        SER  50  17.078   9.861  -3.658
    2    HA   SER  50           HA       SER  50  16.848   9.345  -6.532
    3    HB2  SER  50           HB2      SER  50  19.158  10.617  -5.041
    4    HB3  SER  50           HB3      SER  50  18.836  10.686  -6.774
    5    HG   SER  50           HG       SER  50  16.931  11.879  -6.287

  No H/Q in entry =           5
  In of MODEL    5
    1    H    PHE  51           H        PHE  51  19.312   8.880  -4.024
    2    HA   PHE  51           HA       PHE  51  19.199   6.010  -4.388
    3    HB2  PHE  51           HB2      PHE  51  20.844   6.700  -6.094
    4    HB3  PHE  51           HB3      PHE  51  21.785   7.524  -4.853
    5    HD1  PHE  51           HD1      PHE  51  23.537   6.402  -3.868
    6    HD2  PHE  51           HD2      PHE  51  20.381   4.159  -5.631
    7    HE1  PHE  51           HE1      PHE  51  24.768   4.320  -3.414
    8    HE2  PHE  51           HE2      PHE  51  21.604   2.074  -5.181
    9    HZ   PHE  51           HZ       PHE  51  23.801   2.154  -4.071

  No H/Q in entry =           9
  In of MODEL    5
    1    H    SER  52           H        SER  52  20.066   4.875  -2.609
    2    HA   SER  52           HA       SER  52  21.471   6.205  -0.519
    3    HB2  SER  52           HB2      SER  52  19.643   5.832   1.206
    4    HB3  SER  52           HB3      SER  52  19.357   7.146   0.064
    5    HG   SER  52           HG       SER  52  17.494   6.053   0.016

  No H/Q in entry =           5
  In of MODEL    5
    1    H    LYS  53           H        LYS  53  19.053   3.606  -0.516
    2    HA   LYS  53           HA       LYS  53  19.114   1.458   0.187
    3    HB2  LYS  53           HB2      LYS  53  21.964   1.581  -0.817
    4    HB3  LYS  53           HB3      LYS  53  21.138   0.105  -0.340
    5    HG2  LYS  53           HG2      LYS  53  19.422   0.622  -2.104
    6    HG3  LYS  53           HG3      LYS  53  20.498   1.909  -2.657
    7    HD2  LYS  53           HD2      LYS  53  22.268   0.279  -3.047
    8    HD3  LYS  53           HD3      LYS  53  21.221  -1.015  -2.458
    9    HE2  LYS  53           HE2      LYS  53  19.612  -0.406  -4.286
   10    HE3  LYS  53           HE3      LYS  53  20.847   0.677  -4.923
   11    HZ1  LYS  53           HZ1      LYS  53  21.202  -2.246  -4.531
   12    HZ2  LYS  53           HZ2      LYS  53  20.819  -1.513  -6.009
   13    HZ3  LYS  53           HZ3      LYS  53  22.305  -1.190  -5.262

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ASP  54           H        ASP  54  18.795   2.211   2.307
    2    HA   ASP  54           HA       ASP  54  20.662   1.428   4.259
    3    HB2  ASP  54           HB2      ASP  54  21.802   3.530   3.475
    4    HB3  ASP  54           HB3      ASP  54  20.379   4.438   3.975

  No H/Q in entry =           4
  In of MODEL    5
    1    H    TRP  55           H        TRP  55  18.372   4.107   3.869
    2    HA   TRP  55           HA       TRP  55  16.665   2.866   5.918
    3    HB2  TRP  55           HB2      TRP  55  15.706   5.211   6.176
    4    HB3  TRP  55           HB3      TRP  55  17.312   4.931   6.824
    5    HD1  TRP  55           HD1      TRP  55  18.608   7.076   6.594
    6    HE1  TRP  55           HE1      TRP  55  19.002   8.823   4.765
    7    HE3  TRP  55           HE3      TRP  55  15.447   5.274   2.886
    8    HZ2  TRP  55           HZ2      TRP  55  18.155   9.404   2.167
    9    HZ3  TRP  55           HZ3      TRP  55  15.340   6.518   0.777
   10    HH2  TRP  55           HH2      TRP  55  16.658   8.535   0.418

  No H/Q in entry =          10
  In of MODEL    5
    1    H    SER  56           H        SER  56  14.331   3.736   5.680
    2    HA   SER  56           HA       SER  56  13.652   4.283   2.860
    3    HB2  SER  56           HB2      SER  56  11.432   3.483   4.649
    4    HB3  SER  56           HB3      SER  56  11.799   2.959   3.009
    5    HG   SER  56           HG       SER  56  13.320   1.527   3.831

  No H/Q in entry =           5
  In of MODEL    5
    1    H    PHE  57           H        PHE  57  14.179   5.437   5.861
    2    HA   PHE  57           HA       PHE  57  13.296   6.740   7.402
    3    HB2  PHE  57           HB2      PHE  57  12.589   9.055   6.686
    4    HB3  PHE  57           HB3      PHE  57  14.222   8.544   6.307
    5    HD1  PHE  57           HD1      PHE  57  15.007   8.496   4.112
    6    HD2  PHE  57           HD2      PHE  57  10.899   9.286   4.862
    7    HE1  PHE  57           HE1      PHE  57  14.750   9.285   1.807
    8    HE2  PHE  57           HE2      PHE  57  10.621  10.060   2.541
    9    HZ   PHE  57           HZ       PHE  57  12.550  10.063   1.008

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR  58           H        TYR  58  10.829   7.683   4.996
    2    HA   TYR  58           HA       TYR  58   9.052   5.707   6.150
    3    HB2  TYR  58           HB2      TYR  58   8.818   8.577   6.623
    4    HB3  TYR  58           HB3      TYR  58   7.355   7.919   5.896
    5    HD1  TYR  58           HD1      TYR  58   9.111   8.390   8.960
    6    HD2  TYR  58           HD2      TYR  58   6.419   5.736   6.994
    7    HE1  TYR  58           HE1      TYR  58   8.424   7.466  11.152
    8    HE2  TYR  58           HE2      TYR  58   5.725   4.810   9.177
    9    HH   TYR  58           HH       TYR  58   6.462   6.298  12.110

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LEU  59           H        LEU  59   8.387   4.537   4.508
    2    HA   LEU  59           HA       LEU  59   8.063   5.727   1.821
    3    HB2  LEU  59           HB2      LEU  59   8.666   3.011   2.893
    4    HB3  LEU  59           HB3      LEU  59   7.686   3.086   1.448
    5    HG   LEU  59           HG       LEU  59  10.411   4.385   1.616
    6   HD11  LEU  59          HD11      LEU  59   9.654   1.579   0.808
    7   HD12  LEU  59          HD12      LEU  59  11.171   2.352   0.349
    8   HD13  LEU  59          HD13      LEU  59  10.801   2.076   2.050
    9   HD21  LEU  59          HD21      LEU  59   8.575   3.594  -0.646
   10   HD22  LEU  59          HD22      LEU  59   9.074   5.223  -0.202
   11   HD23  LEU  59          HD23      LEU  59  10.252   4.099  -0.874

  No H/Q in entry =          11
  In of MODEL    5
    1    H    LEU  60           H        LEU  60   6.033   6.201   1.237
    2    HA   LEU  60           HA       LEU  60   3.822   4.467   1.968
    3    HB2  LEU  60           HB2      LEU  60   3.774   6.009   3.786
    4    HB3  LEU  60           HB3      LEU  60   4.093   7.363   2.725
    5    HG   LEU  60           HG       LEU  60   1.855   7.139   1.746
    6   HD11  LEU  60          HD11      LEU  60   1.506   4.955   3.787
    7   HD12  LEU  60          HD12      LEU  60   0.218   5.656   2.808
    8   HD13  LEU  60          HD13      LEU  60   1.527   4.763   2.035
    9   HD21  LEU  60          HD21      LEU  60   1.896   7.325   4.754
   10   HD22  LEU  60          HD22      LEU  60   2.180   8.644   3.618
   11   HD23  LEU  60          HD23      LEU  60   0.590   7.887   3.710

  No H/Q in entry =          11
  In of MODEL    5
    1    H    TYR  61           H        TYR  61   2.149   4.581   0.488
    2    HA   TYR  61           HA       TYR  61   2.565   6.356  -1.817
    3    HB2  TYR  61           HB2      TYR  61   1.846   3.397  -1.794
    4    HB3  TYR  61           HB3      TYR  61   1.634   4.417  -3.223
    5    HD1  TYR  61           HD1      TYR  61   4.266   3.330  -0.791
    6    HD2  TYR  61           HD2      TYR  61   3.405   4.698  -4.723
    7    HE1  TYR  61           HE1      TYR  61   6.613   2.947  -1.449
    8    HE2  TYR  61           HE2      TYR  61   5.736   4.310  -5.385
    9    HH   TYR  61           HH       TYR  61   7.929   4.142  -4.331

  No H/Q in entry =           9
  In of MODEL    5
    1    H    TYR  62           H        TYR  62   0.459   6.722  -3.066
    2    HA   TYR  62           HA       TYR  62  -1.820   6.402  -1.274
    3    HB2  TYR  62           HB2      TYR  62  -2.517   8.787  -1.726
    4    HB3  TYR  62           HB3      TYR  62  -1.177   8.547  -0.620
    5    HD1  TYR  62           HD1      TYR  62   0.850   9.680  -0.959
    6    HD2  TYR  62           HD2      TYR  62  -1.963   9.485  -4.148
    7    HE1  TYR  62           HE1      TYR  62   2.175  11.327  -2.226
    8    HE2  TYR  62           HE2      TYR  62  -0.643  11.118  -5.424
    9    HH   TYR  62           HH       TYR  62   2.522  12.015  -4.542

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR  63           H        THR  63  -3.756   6.033  -2.238
    2    HA   THR  63           HA       THR  63  -4.145   6.723  -5.046
    3    HB   THR  63           HB       THR  63  -3.393   4.286  -4.963
    4    HG1  THR  63           HG1      THR  63  -6.060   4.688  -5.893
    5   HG21  THR  63          HG21      THR  63  -6.035   4.001  -3.549
    6   HG22  THR  63          HG22      THR  63  -5.222   2.668  -4.366
    7   HG23  THR  63          HG23      THR  63  -4.458   3.457  -2.992

  No H/Q in entry =           7
  In of MODEL    5
    1    H    GLU  64           H        GLU  64  -6.258   7.187  -5.545
    2    HA   GLU  64           HA       GLU  64  -8.079   7.900  -3.534
    3    HB2  GLU  64           HB2      GLU  64  -7.859   8.415  -6.183
    4    HB3  GLU  64           HB3      GLU  64  -9.126   7.196  -6.227
    5    HG2  GLU  64           HG2      GLU  64 -10.306   9.188  -6.133
    6    HG3  GLU  64           HG3      GLU  64 -10.307   8.629  -4.459

  No H/Q in entry =           6
  In of MODEL    5
    1    H    PHE  65           H        PHE  65  -9.720   6.723  -2.507
    2    HA   PHE  65           HA       PHE  65 -10.465   4.183  -3.759
    3    HB2  PHE  65           HB2      PHE  65 -10.329   2.954  -1.748
    4    HB3  PHE  65           HB3      PHE  65  -8.846   3.873  -1.871
    5    HD1  PHE  65           HD1      PHE  65  -8.017   4.535   0.114
    6    HD2  PHE  65           HD2      PHE  65 -12.230   4.527  -0.416
    7    HE1  PHE  65           HE1      PHE  65  -8.313   5.337   2.431
    8    HE2  PHE  65           HE2      PHE  65 -12.523   5.339   1.887
    9    HZ   PHE  65           HZ       PHE  65 -10.579   5.736   3.318

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR  66           H        THR  66 -12.578   3.455  -3.340
    2    HA   THR  66           HA       THR  66 -14.222   5.058  -1.508
    3    HB   THR  66           HB       THR  66 -15.121   4.169  -4.277
    4    HG1  THR  66           HG1      THR  66 -13.815   6.419  -3.367
    5   HG21  THR  66          HG21      THR  66 -16.464   5.836  -2.135
    6   HG22  THR  66          HG22      THR  66 -17.042   5.687  -3.798
    7   HG23  THR  66          HG23      THR  66 -16.983   4.267  -2.757

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   PRO  67           HA       PRO  67 -14.808   0.720  -0.370
    2    HB2  PRO  67           HB2      PRO  67 -16.179   1.356   2.011
    3    HB3  PRO  67           HB3      PRO  67 -14.475   0.937   1.852
    4    HG2  PRO  67           HG2      PRO  67 -15.574   3.481   2.530
    5    HG3  PRO  67           HG3      PRO  67 -13.873   3.060   2.280
    6    HD2  PRO  67           HD2      PRO  67 -15.695   4.521   0.540
    7    HD3  PRO  67           HD3      PRO  67 -13.928   4.385   0.457

  No H/Q in entry =           7
  In of MODEL    5
    1    H    THR  68           H        THR  68 -16.275  -0.643  -0.649
    2    HA   THR  68           HA       THR  68 -19.118   0.097  -0.729
    3    HB   THR  68           HB       THR  68 -19.376  -1.524  -2.593
    4    HG1  THR  68           HG1      THR  68 -17.015  -1.966  -3.495
    5   HG21  THR  68          HG21      THR  68 -18.931   0.841  -3.135
    6   HG22  THR  68          HG22      THR  68 -17.202   0.493  -3.165
    7   HG23  THR  68          HG23      THR  68 -18.272  -0.257  -4.351

  No H/Q in entry =           7
  In of MODEL    5
    1    H    GLU  69           H        GLU  69 -20.499  -1.929  -0.271
    2    HA   GLU  69           HA       GLU  69 -19.525  -3.454   1.845
    3    HB2  GLU  69           HB2      GLU  69 -21.853  -3.370   1.663
    4    HB3  GLU  69           HB3      GLU  69 -21.860  -3.709  -0.051
    5    HG2  GLU  69           HG2      GLU  69 -20.948  -6.054   0.791
    6    HG3  GLU  69           HG3      GLU  69 -21.822  -5.586   2.253

  No H/Q in entry =           6
  In of MODEL    5
    1    H    LYS  70           H        LYS  70 -18.489  -3.672  -1.363
    2    HA   LYS  70           HA       LYS  70 -17.979  -6.548  -1.096
    3    HB2  LYS  70           HB2      LYS  70 -18.389  -4.916  -3.583
    4    HB3  LYS  70           HB3      LYS  70 -17.847  -6.586  -3.593
    5    HG2  LYS  70           HG2      LYS  70 -20.421  -5.791  -2.257
    6    HG3  LYS  70           HG3      LYS  70 -20.332  -6.095  -3.989
    7    HD2  LYS  70           HD2      LYS  70 -21.049  -8.118  -2.989
    8    HD3  LYS  70           HD3      LYS  70 -19.371  -8.359  -3.453
    9    HE2  LYS  70           HE2      LYS  70 -19.955  -7.437  -0.686
   10    HE3  LYS  70           HE3      LYS  70 -20.299  -9.114  -1.094
   11    HZ1  LYS  70           HZ1      LYS  70 -17.988  -9.363  -1.804
   12    HZ2  LYS  70           HZ2      LYS  70 -17.669  -7.762  -1.368
   13    HZ3  LYS  70           HZ3      LYS  70 -18.086  -8.887  -0.180

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ASP  71           H        ASP  71 -16.225  -3.521  -1.802
    2    HA   ASP  71           HA       ASP  71 -14.117  -5.105  -3.042
    3    HB2  ASP  71           HB2      ASP  71 -14.361  -2.096  -2.831
    4    HB3  ASP  71           HB3      ASP  71 -13.143  -2.972  -3.736

  No H/Q in entry =           4
  In of MODEL    5
    1    H    GLU  72           H        GLU  72 -12.322  -5.620  -2.077
    2    HA   GLU  72           HA       GLU  72 -11.673  -4.714   0.657
    3    HB2  GLU  72           HB2      GLU  72 -11.834  -7.129   0.245
    4    HB3  GLU  72           HB3      GLU  72 -10.658  -7.015  -1.052
    5    HG2  GLU  72           HG2      GLU  72  -9.002  -6.213   0.728
    6    HG3  GLU  72           HG3      GLU  72 -10.203  -6.738   1.902

  No H/Q in entry =           6
  In of MODEL    5
    1    H    TYR  73           H        TYR  73  -9.528  -3.930   1.098
    2    HA   TYR  73           HA       TYR  73  -7.946  -3.195  -1.278
    3    HB2  TYR  73           HB2      TYR  73  -8.473  -1.542   1.204
    4    HB3  TYR  73           HB3      TYR  73  -7.235  -1.143   0.023
    5    HD1  TYR  73           HD1      TYR  73 -10.890  -1.657   0.426
    6    HD2  TYR  73           HD2      TYR  73  -7.784   0.069  -1.918
    7    HE1  TYR  73           HE1      TYR  73 -12.570  -0.442  -0.923
    8    HE2  TYR  73           HE2      TYR  73  -9.458   1.280  -3.252
    9    HH   TYR  73           HH       TYR  73 -12.780   1.432  -2.352

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ALA  74           H        ALA  74  -5.838  -3.698  -1.297
    2    HA   ALA  74           HA       ALA  74  -4.572  -4.639   1.184
    3    HB1  ALA  74           HB1      ALA  74  -5.473  -6.559  -0.058
    4    HB2  ALA  74           HB2      ALA  74  -3.715  -6.582   0.005
    5    HB3  ALA  74           HB3      ALA  74  -4.537  -6.071  -1.472

  No H/Q in entry =           5
  In of MODEL    5
    1    H    CYS  75           H        CYS  75  -2.181  -4.699   1.060
    2    HA   CYS  75           HA       CYS  75  -1.104  -3.211  -1.254
    3    HB2  CYS  75           HB2      CYS  75  -1.058  -1.722   0.625
    4    HB3  CYS  75           HB3      CYS  75  -0.306  -2.942   1.642

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ARG  76           H        ARG  76   0.517  -4.190  -2.316
    2    HA   ARG  76           HA       ARG  76   1.549  -6.737  -1.247
    3    HB2  ARG  76           HB2      ARG  76   0.235  -6.479  -3.490
    4    HB3  ARG  76           HB3      ARG  76   1.749  -5.836  -4.113
    5    HG2  ARG  76           HG2      ARG  76   2.820  -7.890  -3.924
    6    HG3  ARG  76           HG3      ARG  76   1.660  -8.512  -2.750
    7    HD2  ARG  76           HD2      ARG  76   1.315  -9.604  -4.923
    8    HD3  ARG  76           HD3      ARG  76  -0.068  -8.583  -4.513
    9    HE   ARG  76           HE       ARG  76   1.864  -7.190  -6.102
   10   HH11  ARG  76          HH11      ARG  76  -0.807  -9.470  -6.247
   11   HH12  ARG  76          HH12      ARG  76  -1.155  -9.140  -7.921
   12   HH21  ARG  76          HH21      ARG  76   1.396  -6.743  -8.264
   13   HH22  ARG  76          HH22      ARG  76   0.084  -7.557  -9.067

  No H/Q in entry =          13
  In of MODEL    5
    1    H    VAL  77           H        VAL  77   3.705  -6.828  -0.706
    2    HA   VAL  77           HA       VAL  77   5.490  -4.944  -2.090
    3    HB   VAL  77           HB       VAL  77   4.919  -4.292   0.362
    4   HG11  VAL  77          HG11      VAL  77   6.957  -6.462   0.834
    5   HG12  VAL  77          HG12      VAL  77   6.414  -5.285   2.032
    6   HG13  VAL  77          HG13      VAL  77   5.277  -6.473   1.374
    7   HG21  VAL  77          HG21      VAL  77   6.625  -3.225  -1.025
    8   HG22  VAL  77          HG22      VAL  77   7.158  -3.372   0.649
    9   HG23  VAL  77          HG23      VAL  77   7.778  -4.480  -0.573

  No H/Q in entry =           9
  In of MODEL    5
    1    H    ASN  78           H        ASN  78   7.376  -5.631  -2.687
    2    HA   ASN  78           HA       ASN  78   8.319  -8.301  -1.848
    3    HB2  ASN  78           HB2      ASN  78   7.233  -8.383  -4.113
    4    HB3  ASN  78           HB3      ASN  78   8.483  -7.286  -4.694
    5   HD21  ASN  78          HD21      ASN  78   9.260  -8.773  -6.162
    6   HD22  ASN  78          HD22      ASN  78  10.145 -10.183  -5.685

  No H/Q in entry =           6
  In of MODEL    5
    1    H    HIS  79           H        HIS  79  10.451  -8.580  -1.607
    2    HA   HIS  79           HA       HIS  79  12.292  -6.468  -2.414
    3    HB2  HIS  79           HB2      HIS  79  11.676  -6.053  -0.010
    4    HB3  HIS  79           HB3      HIS  79  12.270  -7.653   0.381
    5    HD2  HIS  79           HD2      HIS  79  13.652  -4.114  -0.426
    6    HE1  HIS  79           HE1      HIS  79  16.831  -6.640   0.757
    7    HE2  HIS  79           HE2      HIS  79  16.196  -4.301   0.035

  No H/Q in entry =           7
  In of MODEL    5
    1    H    VAL  80           H        VAL  80  14.544  -7.258  -2.399
    2    HA   VAL  80           HA       VAL  80  14.945  -9.603  -3.745
    3    HB   VAL  80           HB       VAL  80  16.927  -8.407  -1.796
    4   HG11  VAL  80          HG11      VAL  80  17.357 -10.166  -4.216
    5   HG12  VAL  80          HG12      VAL  80  18.632  -9.408  -3.261
    6   HG13  VAL  80          HG13      VAL  80  17.591 -10.630  -2.530
    7   HG21  VAL  80          HG21      VAL  80  16.427  -7.778  -4.705
    8   HG22  VAL  80          HG22      VAL  80  16.148  -6.710  -3.329
    9   HG23  VAL  80          HG23      VAL  80  17.791  -7.183  -3.759

  No H/Q in entry =           9
  In of MODEL    5
    1    H    THR  81           H        THR  81  14.809  -9.196  -0.227
    2    HA   THR  81           HA       THR  81  15.829 -11.815   0.345
    3    HB   THR  81           HB       THR  81  16.094 -10.183   2.073
    4    HG1  THR  81           HG1      THR  81  14.735 -12.478   2.528
    5   HG21  THR  81          HG21      THR  81  13.080  -9.906   2.115
    6   HG22  THR  81          HG22      THR  81  14.202  -9.134   3.238
    7   HG23  THR  81          HG23      THR  81  14.227  -8.701   1.530

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LEU  82           H        LEU  82  12.486 -10.482   0.536
    2    HA   LEU  82           HA       LEU  82  11.217 -12.876   1.148
    3    HB2  LEU  82           HB2      LEU  82   9.975 -10.865  -0.720
    4    HB3  LEU  82           HB3      LEU  82   9.172 -11.962   0.394
    5    HG   LEU  82           HG       LEU  82  10.926  -9.712   1.350
    6   HD11  LEU  82          HD11      LEU  82   7.965  -9.696   0.846
    7   HD12  LEU  82          HD12      LEU  82   8.835  -8.480   1.771
    8   HD13  LEU  82          HD13      LEU  82   9.183  -8.704   0.058
    9   HD21  LEU  82          HD21      LEU  82  10.519 -11.514   2.942
   10   HD22  LEU  82          HD22      LEU  82   9.690 -10.037   3.431
   11   HD23  LEU  82          HD23      LEU  82   8.782 -11.351   2.686

  No H/Q in entry =          11
  In of MODEL    5
    1    H    SER  83           H        SER  83  11.915 -11.511  -2.043
    2    HA   SER  83           HA       SER  83  12.136 -12.439  -4.103
    3    HB2  SER  83           HB2      SER  83  11.773 -15.138  -2.779
    4    HB3  SER  83           HB3      SER  83  12.414 -14.834  -4.393
    5    HG   SER  83           HG       SER  83  13.782 -13.395  -2.580

  No H/Q in entry =           5
  In of MODEL    5
    1    H    GLN  84           H        GLN  84   9.531 -13.458  -2.057
    2    HA   GLN  84           HA       GLN  84   7.711 -13.292  -4.355
    3    HB2  GLN  84           HB2      GLN  84   6.271 -15.018  -3.352
    4    HB3  GLN  84           HB3      GLN  84   7.875 -15.649  -3.682
    5    HG2  GLN  84           HG2      GLN  84   8.436 -15.500  -1.305
    6    HG3  GLN  84           HG3      GLN  84   6.862 -14.772  -0.968
    7   HE21  GLN  84          HE21      GLN  84   5.022 -16.060  -1.062
    8   HE22  GLN  84          HE22      GLN  84   5.110 -17.790  -1.030

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   PRO  85           HA       PRO  85   6.270 -10.015  -1.654
    2    HB2  PRO  85           HB2      PRO  85   4.148  -9.187  -3.132
    3    HB3  PRO  85           HB3      PRO  85   5.817  -8.700  -3.448
    4    HG2  PRO  85           HG2      PRO  85   4.165 -10.803  -4.804
    5    HG3  PRO  85           HG3      PRO  85   5.315  -9.644  -5.514
    6    HD2  PRO  85           HD2      PRO  85   5.967 -12.279  -5.063
    7    HD3  PRO  85           HD3      PRO  85   7.176 -10.953  -4.970

  No H/Q in entry =           7
  In of MODEL    5
    1    H    LYS  86           H        LYS  86   4.499  -9.537  -0.349
    2    HA   LYS  86           HA       LYS  86   2.415 -11.577  -0.258
    3    HB2  LYS  86           HB2      LYS  86   2.673 -10.690   2.371
    4    HB3  LYS  86           HB3      LYS  86   3.121 -12.255   1.728
    5    HG2  LYS  86           HG2      LYS  86   5.089 -10.028   1.589
    6    HG3  LYS  86           HG3      LYS  86   4.846 -10.930   3.084
    7    HD2  LYS  86           HD2      LYS  86   5.298 -12.314   0.466
    8    HD3  LYS  86           HD3      LYS  86   6.642 -11.783   1.468
    9    HE2  LYS  86           HE2      LYS  86   6.263 -14.070   1.985
   10    HE3  LYS  86           HE3      LYS  86   5.652 -13.132   3.344
   11    HZ1  LYS  86           HZ1      LYS  86   3.902 -14.128   1.162
   12    HZ2  LYS  86           HZ2      LYS  86   4.213 -15.010   2.574
   13    HZ3  LYS  86           HZ3      LYS  86   3.435 -13.510   2.674

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ILE  87           H        ILE  87   0.464 -10.925   0.815
    2    HA   ILE  87           HA       ILE  87  -0.181  -8.128   0.161
    3    HB   ILE  87           HB       ILE  87  -1.644 -10.604  -0.390
    4   HG12  ILE  87          HG12      ILE  87  -1.010  -9.319  -2.248
    5   HG13  ILE  87          HG13      ILE  87  -2.729  -8.974  -2.074
    6   HG21  ILE  87          HG21      ILE  87  -3.144  -8.254   0.733
    7   HG22  ILE  87          HG22      ILE  87  -3.885  -9.543  -0.218
    8   HG23  ILE  87          HG23      ILE  87  -3.133  -9.913   1.335
    9   HD11  ILE  87          HD11      ILE  87  -0.516  -7.228  -1.060
   10   HD12  ILE  87          HD12      ILE  87  -1.425  -6.977  -2.547
   11   HD13  ILE  87          HD13      ILE  87  -2.243  -6.893  -0.992

  No H/Q in entry =          11
  In of MODEL    5
    1    H    VAL  88           H        VAL  88  -0.983  -6.782   1.616
    2    HA   VAL  88           HA       VAL  88  -1.859  -7.869   4.211
    3    HB   VAL  88           HB       VAL  88   0.132  -6.489   4.488
    4   HG11  VAL  88          HG11      VAL  88  -1.395  -4.302   3.120
    5   HG12  VAL  88          HG12      VAL  88   0.147  -4.104   3.955
    6   HG13  VAL  88          HG13      VAL  88   0.048  -5.120   2.513
    7   HG21  VAL  88          HG21      VAL  88  -2.429  -5.266   5.439
    8   HG22  VAL  88          HG22      VAL  88  -1.346  -6.347   6.313
    9   HG23  VAL  88          HG23      VAL  88  -0.847  -4.686   5.967

  No H/Q in entry =           9
  In of MODEL    5
    1    H    LYS  89           H        LYS  89  -4.031  -7.631   4.522
    2    HA   LYS  89           HA       LYS  89  -5.355  -5.731   2.735
    3    HB2  LYS  89           HB2      LYS  89  -6.520  -8.182   4.050
    4    HB3  LYS  89           HB3      LYS  89  -7.333  -7.112   2.909
    5    HG2  LYS  89           HG2      LYS  89  -6.052  -7.821   1.129
    6    HG3  LYS  89           HG3      LYS  89  -4.790  -8.468   2.172
    7    HD2  LYS  89           HD2      LYS  89  -7.561  -9.587   2.084
    8    HD3  LYS  89           HD3      LYS  89  -6.275 -10.160   1.026
    9    HE2  LYS  89           HE2      LYS  89  -4.944 -10.647   3.111
   10    HE3  LYS  89           HE3      LYS  89  -6.410 -10.298   4.032
   11    HZ1  LYS  89           HZ1      LYS  89  -7.517 -12.033   2.628
   12    HZ2  LYS  89           HZ2      LYS  89  -5.979 -12.464   2.056
   13    HZ3  LYS  89           HZ3      LYS  89  -6.352 -12.618   3.707

  No H/Q in entry =          13
  In of MODEL    5
    1    H    TRP  90           H        TRP  90  -6.911  -4.377   3.493
    2    HA   TRP  90           HA       TRP  90  -6.386  -3.488   6.165
    3    HB2  TRP  90           HB2      TRP  90  -6.577  -1.852   4.353
    4    HB3  TRP  90           HB3      TRP  90  -8.216  -2.396   4.017
    5    HD1  TRP  90           HD1      TRP  90  -6.648  -1.222   7.413
    6    HE1  TRP  90           HE1      TRP  90  -8.085   0.666   8.333
    7    HE3  TRP  90           HE3      TRP  90 -10.042  -0.803   3.547
    8    HZ2  TRP  90           HZ2      TRP  90 -10.393   2.092   7.601
    9    HZ3  TRP  90           HZ3      TRP  90 -11.827   0.860   3.751
   10    HH2  TRP  90           HH2      TRP  90 -12.005   2.303   5.715

  No H/Q in entry =          10
  In of MODEL    5
    1    H    ASP  91           H        ASP  91  -7.567  -3.683   7.919
    2    HA   ASP  91           HA       ASP  91  -9.614  -5.699   8.020
    3    HB2  ASP  91           HB2      ASP  91  -8.504  -5.685  10.083
    4    HB3  ASP  91           HB3      ASP  91  -8.331  -3.925  10.088

  No H/Q in entry =           4
  In of MODEL    5
    1    H    ARG  92           H        ARG  92 -11.423  -5.199   6.887
    2    HA   ARG  92           HA       ARG  92 -13.266  -3.428   8.151
    3    HB2  ARG  92           HB2      ARG  92 -13.406  -1.650   6.664
    4    HB3  ARG  92           HB3      ARG  92 -11.689  -2.013   6.565
    5    HG2  ARG  92           HG2      ARG  92 -12.213  -1.785   4.344
    6    HG3  ARG  92           HG3      ARG  92 -12.355  -3.533   4.541
    7    HD2  ARG  92           HD2      ARG  92 -14.827  -3.180   4.899
    8    HD3  ARG  92           HD3      ARG  92 -14.591  -1.494   4.411
    9    HE   ARG  92           HE       ARG  92 -13.523  -2.880   2.360
   10   HH11  ARG  92          HH11      ARG  92 -16.596  -2.969   4.026
   11   HH12  ARG  92          HH12      ARG  92 -17.442  -3.677   2.690
   12   HH21  ARG  92          HH21      ARG  92 -14.636  -3.854   0.605
   13   HH22  ARG  92          HH22      ARG  92 -16.334  -4.176   0.752

  No H/Q in entry =          13
  In of MODEL    5
    1    H    ASP  93           H        ASP  93 -12.513  -6.007   6.205
    2    HA   ASP  93           HA       ASP  93 -15.108  -6.968   5.794
    3    HB2  ASP  93           HB2      ASP  93 -15.030  -4.980   4.170
    4    HB3  ASP  93           HB3      ASP  93 -13.932  -5.979   3.219

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   MET  94           HA       MET  94 -11.260  -9.010   3.565
    2    HB2  MET  94           HB2      MET  94  -9.529 -10.055   5.330
    3    HB3  MET  94           HB3      MET  94  -9.284  -8.510   4.522
    4    HG2  MET  94           HG2      MET  94  -8.835  -8.589   7.022
    5    HG3  MET  94           HG3      MET  94  -9.859  -7.268   6.445
    6    HE1  MET  94           HE1      MET  94  -9.399  -8.656   9.464
    7    HE2  MET  94           HE2      MET  94 -10.253  -7.134   9.211
    8    HE3  MET  94           HE3      MET  94 -11.023  -8.437  10.116

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   MET   1           HA       MET   1   5.941  -6.103   8.968
    2    HB2  MET   1           HB2      MET   1   7.428  -6.470   7.026
    3    HB3  MET   1           HB3      MET   1   7.088  -7.952   7.908
    4    HG2  MET   1           HG2      MET   1   5.469  -8.605   6.225
    5    HG3  MET   1           HG3      MET   1   5.752  -7.101   5.353
    6    HE1  MET   1           HE1      MET   1   7.279 -10.497   6.534
    7    HE2  MET   1           HE2      MET   1   8.896 -10.450   5.833
    8    HE3  MET   1           HE3      MET   1   8.473  -9.357   7.152

  No H/Q in entry =           8
  In of MODEL    6
    1    H    ILE   2           H        ILE   2   3.652  -6.467   6.322
    2    HA   ILE   2           HA       ILE   2   3.832  -3.582   5.807
    3    HB   ILE   2           HB       ILE   2   1.714  -5.202   4.458
    4   HG12  ILE   2          HG12      ILE   2   4.517  -5.324   3.349
    5   HG13  ILE   2          HG13      ILE   2   3.829  -6.610   4.344
    6   HG21  ILE   2          HG21      ILE   2   2.015  -2.776   4.037
    7   HG22  ILE   2          HG22      ILE   2   3.602  -3.130   3.334
    8   HG23  ILE   2          HG23      ILE   2   2.141  -3.764   2.581
    9   HD11  ILE   2          HD11      ILE   2   2.558  -5.630   1.795
   10   HD12  ILE   2          HD12      ILE   2   3.670  -6.993   1.872
   11   HD13  ILE   2          HD13      ILE   2   2.130  -7.066   2.724

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLN   3           H        GLN   3   2.377  -2.254   6.763
    2    HA   GLN   3           HA       GLN   3  -0.088  -3.490   7.786
    3    HB2  GLN   3           HB2      GLN   3   1.612  -1.357   9.087
    4    HB3  GLN   3           HB3      GLN   3  -0.021  -1.773   9.622
    5    HG2  GLN   3           HG2      GLN   3   0.680  -4.038  10.162
    6    HG3  GLN   3           HG3      GLN   3   2.313  -3.691   9.538
    7   HE21  GLN   3          HE21      GLN   3   3.698  -2.402  10.730
    8   HE22  GLN   3          HE22      GLN   3   3.402  -2.023  12.394

  No H/Q in entry =           8
  In of MODEL    6
    1    H    VAL   4           H        VAL   4  -1.711  -2.798   6.579
    2    HA   VAL   4           HA       VAL   4  -1.580  -0.153   5.386
    3    HB   VAL   4           HB       VAL   4  -3.829  -0.866   4.335
    4   HG11  VAL   4          HG11      VAL   4  -1.329  -2.435   3.708
    5   HG12  VAL   4          HG12      VAL   4  -2.711  -2.227   2.633
    6   HG13  VAL   4          HG13      VAL   4  -1.733  -0.832   3.095
    7   HG21  VAL   4          HG21      VAL   4  -4.341  -2.657   5.907
    8   HG22  VAL   4          HG22      VAL   4  -4.238  -3.274   4.256
    9   HG23  VAL   4          HG23      VAL   4  -2.907  -3.539   5.382

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR   5           H        TYR   5  -3.107   1.385   5.607
    2    HA   TYR   5           HA       TYR   5  -5.087   1.282   7.720
    3    HB2  TYR   5           HB2      TYR   5  -2.700   3.155   7.807
    4    HB3  TYR   5           HB3      TYR   5  -4.175   3.434   8.720
    5    HD1  TYR   5           HD1      TYR   5  -4.732   0.709   9.803
    6    HD2  TYR   5           HD2      TYR   5  -1.039   2.794   9.381
    7    HE1  TYR   5           HE1      TYR   5  -3.781  -0.594  11.673
    8    HE2  TYR   5           HE2      TYR   5  -0.086   1.499  11.247
    9    HH   TYR   5           HH       TYR   5  -1.538  -1.290  12.456

  No H/Q in entry =           9
  In of MODEL    6
    1    H    SER   6           H        SER   6  -5.980   3.732   7.808
    2    HA   SER   6           HA       SER   6  -5.737   4.912   5.118
    3    HB2  SER   6           HB2      SER   6  -8.288   4.745   6.760
    4    HB3  SER   6           HB3      SER   6  -8.106   5.550   5.198
    5    HG   SER   6           HG       SER   6  -7.272   2.916   5.280

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ARG   7           H        ARG   7  -6.116   7.206   4.994
    2    HA   ARG   7           HA       ARG   7  -5.024   8.669   7.200
    3    HB2  ARG   7           HB2      ARG   7  -5.089   9.155   4.558
    4    HB3  ARG   7           HB3      ARG   7  -6.496  10.106   5.036
    5    HG2  ARG   7           HG2      ARG   7  -3.748  10.420   6.236
    6    HG3  ARG   7           HG3      ARG   7  -4.370  11.393   4.904
    7    HD2  ARG   7           HD2      ARG   7  -6.090  12.310   6.288
    8    HD3  ARG   7           HD3      ARG   7  -5.716  11.187   7.594
    9    HE   ARG   7           HE       ARG   7  -3.957  13.399   6.725
   10   HH11  ARG   7          HH11      ARG   7  -5.179  11.212   9.173
   11   HH12  ARG   7          HH12      ARG   7  -4.234  11.905  10.454
   12   HH21  ARG   7          HH21      ARG   7  -2.723  14.335   8.419
   13   HH22  ARG   7          HH22      ARG   7  -2.849  13.683  10.024

  No H/Q in entry =          13
  In of MODEL    6
    1    H    HIS   8           H        HIS   8  -8.236   7.822   6.199
    2    HA   HIS   8           HA       HIS   8  -9.395   9.620   8.201
    3    HB2  HIS   8           HB2      HIS   8 -10.378   9.317   5.348
    4    HB3  HIS   8           HB3      HIS   8 -11.218  10.201   6.615
    5    HD2  HIS   8           HD2      HIS   8  -9.811  12.559   7.501
    6    HE1  HIS   8           HE1      HIS   8  -7.633  12.813   3.880
    7    HE2  HIS   8           HE2      HIS   8  -8.445  14.098   5.914

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   PRO   9           HA       PRO   9 -11.907   6.154   9.338
    2    HB2  PRO   9           HB2      PRO   9 -14.340   7.814   9.346
    3    HB3  PRO   9           HB3      PRO   9 -13.531   6.994  10.692
    4    HG2  PRO   9           HG2      PRO   9 -13.469   9.689  10.426
    5    HG3  PRO   9           HG3      PRO   9 -12.076   8.781  11.055
    6    HD2  PRO   9           HD2      PRO   9 -12.535   9.888   8.305
    7    HD3  PRO   9           HD3      PRO   9 -11.054   9.932   9.293

  No H/Q in entry =           7
  In of MODEL    6
    1    H    ALA  10           H        ALA  10 -12.996   4.532   8.334
    2    HA   ALA  10           HA       ALA  10 -13.586   4.686   5.589
    3    HB1  ALA  10           HB1      ALA  10 -14.387   2.395   5.818
    4    HB2  ALA  10           HB2      ALA  10 -12.908   2.619   6.749
    5    HB3  ALA  10           HB3      ALA  10 -14.468   2.580   7.569

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLU  11           H        GLU  11 -15.262   6.095   4.940
    2    HA   GLU  11           HA       GLU  11 -17.930   5.395   5.984
    3    HB2  GLU  11           HB2      GLU  11 -16.939   7.830   6.327
    4    HB3  GLU  11           HB3      GLU  11 -17.374   8.030   4.640
    5    HG2  GLU  11           HG2      GLU  11 -19.246   7.388   6.906
    6    HG3  GLU  11           HG3      GLU  11 -19.074   8.924   6.070

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ASN  12           H        ASN  12 -18.530   3.896   4.477
    2    HA   ASN  12           HA       ASN  12 -18.066   3.534   1.896
    3    HB2  ASN  12           HB2      ASN  12 -19.585   2.064   2.916
    4    HB3  ASN  12           HB3      ASN  12 -20.659   3.351   3.445
    5   HD21  ASN  12          HD21      ASN  12 -22.211   4.092   2.092
    6   HD22  ASN  12          HD22      ASN  12 -22.575   3.382   0.547

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLY  13           H        GLY  13 -17.891   4.842   0.208
    2    HA2  GLY  13           HA2      GLY  13 -19.982   6.903  -0.214
    3    HA3  GLY  13           HA3      GLY  13 -19.098   6.093  -1.494

  No H/Q in entry =           3
  In of MODEL    6
    1    H    LYS  14           H        LYS  14 -17.052   6.958   1.098
    2    HA   LYS  14           HA       LYS  14 -16.485   9.606  -0.042
    3    HB2  LYS  14           HB2      LYS  14 -15.034   8.307   2.261
    4    HB3  LYS  14           HB3      LYS  14 -15.048  10.002   1.826
    5    HG2  LYS  14           HG2      LYS  14 -17.427   8.488   2.893
    6    HG3  LYS  14           HG3      LYS  14 -16.315   9.445   3.854
    7    HD2  LYS  14           HD2      LYS  14 -18.217  10.773   3.491
    8    HD3  LYS  14           HD3      LYS  14 -16.925  11.445   2.498
    9    HE2  LYS  14           HE2      LYS  14 -18.868  11.482   1.163
   10    HE3  LYS  14           HE3      LYS  14 -17.908  10.126   0.571
   11    HZ1  LYS  14           HZ1      LYS  14 -19.328   8.702   2.081
   12    HZ2  LYS  14           HZ2      LYS  14 -20.336  10.050   2.269
   13    HZ3  LYS  14           HZ3      LYS  14 -20.120   9.362   0.736

  No H/Q in entry =          13
  In of MODEL    6
    1    H    SER  15           H        SER  15 -14.652  10.121  -1.144
    2    HA   SER  15           HA       SER  15 -12.724   7.965  -1.590
    3    HB2  SER  15           HB2      SER  15 -11.816   9.668  -3.329
    4    HB3  SER  15           HB3      SER  15 -13.298   8.778  -3.684
    5    HG   SER  15           HG       SER  15 -12.897  11.486  -3.115

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ASN  16           H        ASN  16 -10.577   8.209  -1.229
    2    HA   ASN  16           HA       ASN  16  -9.403  10.432   0.117
    3    HB2  ASN  16           HB2      ASN  16 -10.007   7.946   1.750
    4    HB3  ASN  16           HB3      ASN  16  -8.834   9.164   2.209
    5   HD21  ASN  16          HD21      ASN  16 -11.152   8.196   3.571
    6   HD22  ASN  16          HD22      ASN  16 -12.195   9.538   3.866

  No H/Q in entry =           6
  In of MODEL    6
    1    H    PHE  17           H        PHE  17  -7.453   8.662   1.486
    2    HA   PHE  17           HA       PHE  17  -6.254   7.444  -0.906
    3    HB2  PHE  17           HB2      PHE  17  -5.030   9.198   1.204
    4    HB3  PHE  17           HB3      PHE  17  -4.034   8.092   0.259
    5    HD1  PHE  17           HD1      PHE  17  -5.570   8.249  -2.291
    6    HD2  PHE  17           HD2      PHE  17  -4.203  11.288   0.349
    7    HE1  PHE  17           HE1      PHE  17  -5.515   9.835  -4.174
    8    HE2  PHE  17           HE2      PHE  17  -4.142  12.889  -1.521
    9    HZ   PHE  17           HZ       PHE  17  -4.794  12.167  -3.784

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  18           H        LEU  18  -5.504   5.418  -0.745
    2    HA   LEU  18           HA       LEU  18  -5.771   4.059   1.814
    3    HB2  LEU  18           HB2      LEU  18  -6.585   2.777  -0.028
    4    HB3  LEU  18           HB3      LEU  18  -5.120   3.057  -0.954
    5    HG   LEU  18           HG       LEU  18  -3.852   1.562   0.490
    6   HD11  LEU  18          HD11      LEU  18  -6.399   1.341   2.102
    7   HD12  LEU  18          HD12      LEU  18  -5.030   0.240   2.248
    8   HD13  LEU  18          HD13      LEU  18  -4.830   1.944   2.644
    9   HD21  LEU  18          HD21      LEU  18  -6.484   0.368  -0.384
   10   HD22  LEU  18          HD22      LEU  18  -5.021   0.528  -1.357
   11   HD23  LEU  18          HD23      LEU  18  -5.038  -0.550   0.036

  No H/Q in entry =          11
  In of MODEL    6
    1    H    ASN  19           H        ASN  19  -4.175   3.768   3.169
    2    HA   ASN  19           HA       ASN  19  -1.512   4.649   2.313
    3    HB2  ASN  19           HB2      ASN  19  -2.911   4.780   4.992
    4    HB3  ASN  19           HB3      ASN  19  -1.188   5.109   4.797
    5   HD21  ASN  19          HD21      ASN  19  -0.552   6.974   3.718
    6   HD22  ASN  19          HD22      ASN  19  -1.642   8.280   3.426

  No H/Q in entry =           6
  In of MODEL    6
    1    H    CYS  20           H        CYS  20  -0.242   2.969   1.854
    2    HA   CYS  20           HA       CYS  20  -0.256   0.601   3.627
    3    HB2  CYS  20           HB2      CYS  20  -0.604  -0.116   1.393
    4    HB3  CYS  20           HB3      CYS  20   0.564   1.041   0.732

  No H/Q in entry =           4
  In of MODEL    6
    1    H    TYR  21           H        TYR  21   1.373   0.629   5.123
    2    HA   TYR  21           HA       TYR  21   3.790   2.170   4.506
    3    HB2  TYR  21           HB2      TYR  21   3.118   0.798   7.115
    4    HB3  TYR  21           HB3      TYR  21   4.384   1.981   6.835
    5    HD1  TYR  21           HD1      TYR  21   0.810   1.464   7.316
    6    HD2  TYR  21           HD2      TYR  21   3.869   4.343   6.698
    7    HE1  TYR  21           HE1      TYR  21  -0.769   3.264   7.910
    8    HE2  TYR  21           HE2      TYR  21   2.305   6.151   7.288
    9    HH   TYR  21           HH       TYR  21  -0.701   5.577   8.747

  No H/Q in entry =           9
  In of MODEL    6
    1    H    VAL  22           H        VAL  22   5.447   1.192   3.684
    2    HA   VAL  22           HA       VAL  22   5.846  -1.671   4.176
    3    HB   VAL  22           HB       VAL  22   6.984   0.155   2.015
    4   HG11  VAL  22          HG11      VAL  22   7.268  -2.837   2.306
    5   HG12  VAL  22          HG12      VAL  22   7.743  -1.893   0.897
    6   HG13  VAL  22          HG13      VAL  22   8.561  -1.634   2.433
    7   HG21  VAL  22          HG21      VAL  22   4.806  -1.920   1.899
    8   HG22  VAL  22          HG22      VAL  22   4.652  -0.182   1.635
    9   HG23  VAL  22          HG23      VAL  22   5.551  -1.172   0.483

  No H/Q in entry =           9
  In of MODEL    6
    1    H    SER  23           H        SER  23   7.946  -2.282   4.912
    2    HA   SER  23           HA       SER  23   9.057  -0.409   6.763
    3    HB2  SER  23           HB2      SER  23   8.892  -2.911   7.142
    4    HB3  SER  23           HB3      SER  23  10.229  -3.100   6.005
    5    HG   SER  23           HG       SER  23  11.286  -2.928   7.869

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLY  24           H        GLY  24  11.910  -1.062   6.493
    2    HA2  GLY  24           HA2      GLY  24  13.573   0.352   5.743
    3    HA3  GLY  24           HA3      GLY  24  12.349   1.283   4.890

  No H/Q in entry =           3
  In of MODEL    6
    1    H    PHE  25           H        PHE  25  13.610  -1.987   4.776
    2    HA   PHE  25           HA       PHE  25  14.809  -3.111   3.120
    3    HB2  PHE  25           HB2      PHE  25  12.423  -1.998   1.630
    4    HB3  PHE  25           HB3      PHE  25  13.485  -3.244   0.987
    5    HD1  PHE  25           HD1      PHE  25  13.352  -5.527   1.757
    6    HD2  PHE  25           HD2      PHE  25  10.925  -2.511   3.543
    7    HE1  PHE  25           HE1      PHE  25  11.980  -7.275   2.844
    8    HE2  PHE  25           HE2      PHE  25   9.555  -4.253   4.635
    9    HZ   PHE  25           HZ       PHE  25  10.077  -6.627   4.265

  No H/Q in entry =           9
  In of MODEL    6
    1    H    HIS  26           H        HIS  26  15.281  -2.783   0.508
    2    HA   HIS  26           HA       HIS  26  16.440  -0.119   0.156
    3    HB2  HIS  26           HB2      HIS  26  16.559  -2.386  -1.832
    4    HB3  HIS  26           HB3      HIS  26  17.656  -1.016  -1.673
    5    HD2  HIS  26           HD2      HIS  26  19.302  -1.179   0.735
    6    HE1  HIS  26           HE1      HIS  26  18.936  -5.393   0.831
    7    HE2  HIS  26           HE2      HIS  26  20.317  -3.410   1.598

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   PRO  27           HA       PRO  27  12.254   0.975  -1.480
    2    HB2  PRO  27           HB2      PRO  27  14.071   3.298  -2.050
    3    HB3  PRO  27           HB3      PRO  27  12.370   3.312  -1.552
    4    HG2  PRO  27           HG2      PRO  27  14.259   3.698   0.252
    5    HG3  PRO  27           HG3      PRO  27  12.855   2.653   0.634
    6    HD2  PRO  27           HD2      PRO  27  15.702   1.917   0.058
    7    HD3  PRO  27           HD3      PRO  27  14.496   1.080   1.061

  No H/Q in entry =           7
  In of MODEL    6
    1    H    SER  28           H        SER  28  15.305   1.282  -3.253
    2    HA   SER  28           HA       SER  28  13.979   1.800  -5.743
    3    HB2  SER  28           HB2      SER  28  16.179   2.788  -5.239
    4    HB3  SER  28           HB3      SER  28  16.882   1.172  -5.158
    5    HG   SER  28           HG       SER  28  17.024   1.147  -7.246

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ASP  29           H        ASP  29  15.053  -1.058  -4.054
    2    HA   ASP  29           HA       ASP  29  14.743  -2.648  -6.519
    3    HB2  ASP  29           HB2      ASP  29  16.228  -3.350  -3.974
    4    HB3  ASP  29           HB3      ASP  29  16.072  -4.392  -5.383

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ILE  30           H        ILE  30  12.492  -1.784  -4.773
    2    HA   ILE  30           HA       ILE  30  11.515  -4.511  -4.214
    3    HB   ILE  30           HB       ILE  30  10.544  -3.978  -2.211
    4   HG12  ILE  30          HG12      ILE  30  10.380  -1.043  -2.988
    5   HG13  ILE  30          HG13      ILE  30   9.076  -2.222  -3.120
    6   HG21  ILE  30          HG21      ILE  30  12.757  -1.946  -2.334
    7   HG22  ILE  30          HG22      ILE  30  11.962  -2.484  -0.856
    8   HG23  ILE  30          HG23      ILE  30  12.886  -3.625  -1.829
    9   HD11  ILE  30          HD11      ILE  30  10.402  -1.445  -0.531
   10   HD12  ILE  30          HD12      ILE  30   8.895  -0.762  -1.139
   11   HD13  ILE  30          HD13      ILE  30   8.986  -2.476  -0.734

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLU  31           H        GLU  31   9.122  -4.662  -4.241
    2    HA   GLU  31           HA       GLU  31   7.889  -2.721  -6.068
    3    HB2  GLU  31           HB2      GLU  31   7.864  -5.730  -6.318
    4    HB3  GLU  31           HB3      GLU  31   6.705  -4.692  -7.131
    5    HG2  GLU  31           HG2      GLU  31   8.503  -3.554  -8.320
    6    HG3  GLU  31           HG3      GLU  31   9.707  -4.547  -7.507

  No H/Q in entry =           6
  In of MODEL    6
    1    H    VAL  32           H        VAL  32   6.274  -1.844  -5.019
    2    HA   VAL  32           HA       VAL  32   4.515  -3.551  -3.400
    3    HB   VAL  32           HB       VAL  32   5.183  -2.380  -1.581
    4   HG11  VAL  32          HG11      VAL  32   7.128  -1.527  -2.804
    5   HG12  VAL  32          HG12      VAL  32   6.169  -0.152  -3.346
    6   HG13  VAL  32          HG13      VAL  32   6.511  -0.370  -1.628
    7   HG21  VAL  32          HG21      VAL  32   3.659  -0.145  -2.911
    8   HG22  VAL  32          HG22      VAL  32   2.993  -1.397  -1.863
    9   HG23  VAL  32          HG23      VAL  32   4.109  -0.201  -1.206

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ASP  33           H        ASP  33   2.381  -3.385  -3.829
    2    HA   ASP  33           HA       ASP  33   1.478  -1.177  -5.548
    3    HB2  ASP  33           HB2      ASP  33   0.805  -4.128  -6.000
    4    HB3  ASP  33           HB3      ASP  33   0.080  -2.777  -6.875

  No H/Q in entry =           4
  In of MODEL    6
    1    H    LEU  34           H        LEU  34  -0.819  -0.860  -5.458
    2    HA   LEU  34           HA       LEU  34  -2.000  -1.770  -2.916
    3    HB2  LEU  34           HB2      LEU  34  -2.329   0.720  -4.526
    4    HB3  LEU  34           HB3      LEU  34  -3.705   0.159  -3.597
    5    HG   LEU  34           HG       LEU  34  -2.268   0.218  -1.540
    6   HD11  LEU  34          HD11      LEU  34  -0.085   0.066  -2.620
    7   HD12  LEU  34          HD12      LEU  34  -0.325   1.665  -3.326
    8   HD13  LEU  34          HD13      LEU  34  -0.202   1.479  -1.575
    9   HD21  LEU  34          HD21      LEU  34  -3.811   2.043  -2.155
   10   HD22  LEU  34          HD22      LEU  34  -2.415   2.587  -1.225
   11   HD23  LEU  34          HD23      LEU  34  -2.474   2.856  -2.971

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU  35           H        LEU  35  -3.740  -3.073  -2.943
    2    HA   LEU  35           HA       LEU  35  -4.791  -3.821  -5.586
    3    HB2  LEU  35           HB2      LEU  35  -4.277  -5.666  -3.258
    4    HB3  LEU  35           HB3      LEU  35  -4.896  -6.118  -4.828
    5    HG   LEU  35           HG       LEU  35  -2.105  -5.377  -4.034
    6   HD11  LEU  35          HD11      LEU  35  -3.416  -7.644  -5.527
    7   HD12  LEU  35          HD12      LEU  35  -1.676  -7.456  -5.358
    8   HD13  LEU  35          HD13      LEU  35  -2.680  -7.700  -3.924
    9   HD21  LEU  35          HD21      LEU  35  -2.613  -4.002  -6.024
   10   HD22  LEU  35          HD22      LEU  35  -1.439  -5.270  -6.361
   11   HD23  LEU  35          HD23      LEU  35  -3.109  -5.457  -6.887

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LYS  36           H        LYS  36  -6.757  -5.081  -5.511
    2    HA   LYS  36           HA       LYS  36  -8.528  -4.717  -3.206
    3    HB2  LYS  36           HB2      LYS  36  -9.737  -5.178  -5.882
    4    HB3  LYS  36           HB3      LYS  36 -10.353  -4.218  -4.518
    5    HG2  LYS  36           HG2      LYS  36  -8.791  -2.433  -5.102
    6    HG3  LYS  36           HG3      LYS  36  -8.140  -3.390  -6.427
    7    HD2  LYS  36           HD2      LYS  36  -9.685  -1.695  -7.271
    8    HD3  LYS  36           HD3      LYS  36 -10.316  -3.318  -7.592
    9    HE2  LYS  36           HE2      LYS  36 -12.089  -1.717  -6.799
   10    HE3  LYS  36           HE3      LYS  36 -11.887  -3.074  -5.703
   11    HZ1  LYS  36           HZ1      LYS  36 -10.299  -0.690  -5.148
   12    HZ2  LYS  36           HZ2      LYS  36 -11.969  -0.574  -4.901
   13    HZ3  LYS  36           HZ3      LYS  36 -11.081  -1.759  -4.082

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ASN  37           H        ASN  37  -8.617  -6.760  -2.330
    2    HA   ASN  37           HA       ASN  37  -8.534  -9.067  -2.237
    3    HB2  ASN  37           HB2      ASN  37 -10.412  -9.074  -4.543
    4    HB3  ASN  37           HB3      ASN  37 -10.547 -10.003  -3.085
    5   HD21  ASN  37          HD21      ASN  37 -10.874  -6.817  -4.512
    6   HD22  ASN  37          HD22      ASN  37 -12.050  -6.206  -3.410

  No H/Q in entry =           6
  In of MODEL    6
    1    H    GLY  38           H        GLY  38  -6.355  -8.273  -3.596
    2    HA2  GLY  38           HA2      GLY  38  -5.891 -10.453  -5.380
    3    HA3  GLY  38           HA3      GLY  38  -4.736  -9.217  -4.941

  No H/Q in entry =           3
  In of MODEL    6
    1    H    GLU  39           H        GLU  39  -6.630  -7.020  -6.028
    2    HA   GLU  39           HA       GLU  39  -5.965  -7.559  -8.845
    3    HB2  GLU  39           HB2      GLU  39  -8.581  -6.850  -7.851
    4    HB3  GLU  39           HB3      GLU  39  -7.959  -5.553  -8.865
    5    HG2  GLU  39           HG2      GLU  39  -9.264  -7.248 -10.093
    6    HG3  GLU  39           HG3      GLU  39  -7.626  -6.909 -10.656

  No H/Q in entry =           6
  In of MODEL    6
    1    H    ARG  40           H        ARG  40  -4.625  -6.177  -9.740
    2    HA   ARG  40           HA       ARG  40  -3.510  -4.069  -8.286
    3    HB2  ARG  40           HB2      ARG  40  -2.674  -5.473 -10.442
    4    HB3  ARG  40           HB3      ARG  40  -3.245  -4.032 -11.266
    5    HG2  ARG  40           HG2      ARG  40  -1.758  -2.696  -9.756
    6    HG3  ARG  40           HG3      ARG  40  -1.106  -4.228  -9.174
    7    HD2  ARG  40           HD2      ARG  40   0.362  -3.357 -10.887
    8    HD3  ARG  40           HD3      ARG  40  -0.452  -4.789 -11.519
    9    HE   ARG  40           HE       ARG  40  -2.020  -3.158 -12.629
   10   HH11  ARG  40          HH11      ARG  40   1.327  -2.370 -11.902
   11   HH12  ARG  40          HH12      ARG  40   1.446  -1.168 -13.159
   12   HH21  ARG  40          HH21      ARG  40  -1.882  -1.550 -14.252
   13   HH22  ARG  40          HH22      ARG  40  -0.389  -0.682 -14.474

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE  41           H        ILE  41  -4.512  -2.270  -7.726
    2    HA   ILE  41           HA       ILE  41  -6.899  -1.308  -8.788
    3    HB   ILE  41           HB       ILE  41  -4.811   0.166  -7.176
    4   HG12  ILE  41          HG12      ILE  41  -7.325  -1.268  -6.306
    5   HG13  ILE  41          HG13      ILE  41  -5.687  -1.884  -6.100
    6   HG21  ILE  41          HG21      ILE  41  -7.709   0.858  -7.671
    7   HG22  ILE  41          HG22      ILE  41  -6.644   1.680  -6.531
    8   HG23  ILE  41          HG23      ILE  41  -6.308   1.748  -8.259
    9   HD11  ILE  41          HD11      ILE  41  -6.515   0.725  -4.902
   10   HD12  ILE  41          HD12      ILE  41  -6.845  -0.815  -4.106
   11   HD13  ILE  41          HD13      ILE  41  -5.179  -0.350  -4.454

  No H/Q in entry =          11
  In of MODEL    6
    1    H    GLU  42           H        GLU  42  -3.950   0.681  -8.866
    2    HA   GLU  42           HA       GLU  42  -2.588   0.606 -10.934
    3    HB2  GLU  42           HB2      GLU  42  -5.199   1.328 -12.290
    4    HB3  GLU  42           HB3      GLU  42  -3.613   1.384 -13.042
    5    HG2  GLU  42           HG2      GLU  42  -3.487  -1.122 -12.362
    6    HG3  GLU  42           HG3      GLU  42  -5.240  -0.985 -12.248

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LYS  43           H        LYS  43  -4.914   2.826  -9.534
    2    HA   LYS  43           HA       LYS  43  -3.617   5.129 -10.734
    3    HB2  LYS  43           HB2      LYS  43  -5.640   5.176  -8.497
    4    HB3  LYS  43           HB3      LYS  43  -5.273   6.447  -9.646
    5    HG2  LYS  43           HG2      LYS  43  -6.804   3.897 -10.168
    6    HG3  LYS  43           HG3      LYS  43  -7.415   5.554 -10.185
    7    HD2  LYS  43           HD2      LYS  43  -5.354   4.444 -12.093
    8    HD3  LYS  43           HD3      LYS  43  -7.071   4.634 -12.449
    9    HE2  LYS  43           HE2      LYS  43  -5.208   6.887 -11.693
   10    HE3  LYS  43           HE3      LYS  43  -5.680   6.482 -13.343
   11    HZ1  LYS  43           HZ1      LYS  43  -7.599   7.233 -11.197
   12    HZ2  LYS  43           HZ2      LYS  43  -6.983   8.312 -12.353
   13    HZ3  LYS  43           HZ3      LYS  43  -7.943   7.003 -12.843

  No H/Q in entry =          13
  In of MODEL    6
    1    H    VAL  44           H        VAL  44  -1.603   4.005  -9.557
    2    HA   VAL  44           HA       VAL  44  -1.328   5.308  -6.955
    3    HB   VAL  44           HB       VAL  44  -1.520   2.556  -7.207
    4   HG11  VAL  44          HG11      VAL  44   1.373   3.304  -7.024
    5   HG12  VAL  44          HG12      VAL  44   0.731   1.727  -6.565
    6   HG13  VAL  44          HG13      VAL  44   0.608   2.275  -8.237
    7   HG21  VAL  44          HG21      VAL  44  -1.872   3.819  -5.174
    8   HG22  VAL  44          HG22      VAL  44  -0.761   2.479  -4.890
    9   HG23  VAL  44          HG23      VAL  44  -0.140   4.122  -5.046

  No H/Q in entry =           9
  In of MODEL    6
    1    H    GLU  45           H        GLU  45   0.547   6.346  -6.683
    2    HA   GLU  45           HA       GLU  45   2.749   5.922  -8.577
    3    HB2  GLU  45           HB2      GLU  45   1.380   8.602  -8.196
    4    HB3  GLU  45           HB3      GLU  45   2.908   8.383  -9.027
    5    HG2  GLU  45           HG2      GLU  45   1.853   7.208 -10.823
    6    HG3  GLU  45           HG3      GLU  45   0.326   7.112  -9.940

  No H/Q in entry =           6
  In of MODEL    6
    1    H    HIS  46           H        HIS  46   4.374   5.473  -7.100
    2    HA   HIS  46           HA       HIS  46   5.317   7.843  -5.725
    3    HB2  HIS  46           HB2      HIS  46   3.924   6.658  -4.029
    4    HB3  HIS  46           HB3      HIS  46   4.947   5.245  -4.230
    5    HD2  HIS  46           HD2      HIS  46   5.564   9.014  -3.139
    6    HE1  HIS  46           HE1      HIS  46   8.162   6.405  -1.056
    7    HE2  HIS  46           HE2      HIS  46   7.534   8.821  -1.468

  No H/Q in entry =           7
  In of MODEL    6
    1    H    SER  47           H        SER  47   7.473   7.973  -5.791
    2    HA   SER  47           HA       SER  47   9.128   5.600  -5.713
    3    HB2  SER  47           HB2      SER  47   9.207   7.360  -8.180
    4    HB3  SER  47           HB3      SER  47  10.397   6.119  -7.788
    5    HG   SER  47           HG       SER  47   7.847   5.165  -7.674

  No H/Q in entry =           5
  In of MODEL    6
    1    H    ASP  48           H        ASP  48  10.673   6.114  -4.252
    2    HA   ASP  48           HA       ASP  48  12.094   8.624  -4.585
    3    HB2  ASP  48           HB2      ASP  48  11.886   9.340  -2.315
    4    HB3  ASP  48           HB3      ASP  48  10.260   9.051  -2.911

  No H/Q in entry =           4
  In of MODEL    6
    1    H    LEU  49           H        LEU  49  14.070   8.629  -3.065
    2    HA   LEU  49           HA       LEU  49  16.111   7.714  -2.756
    3    HB2  LEU  49           HB2      LEU  49  14.402   5.366  -1.931
    4    HB3  LEU  49           HB3      LEU  49  16.163   5.287  -1.908
    5    HG   LEU  49           HG       LEU  49  16.225   7.273  -0.383
    6   HD11  LEU  49          HD11      LEU  49  14.039   8.215  -0.919
    7   HD12  LEU  49          HD12      LEU  49  13.258   6.852  -0.116
    8   HD13  LEU  49          HD13      LEU  49  14.257   7.969   0.812
    9   HD21  LEU  49          HD21      LEU  49  16.352   4.908   0.466
   10   HD22  LEU  49          HD22      LEU  49  15.788   6.106   1.626
   11   HD23  LEU  49          HD23      LEU  49  14.626   5.025   0.859

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  50           H        SER  50  17.669   7.102  -4.021
    2    HA   SER  50           HA       SER  50  17.040   5.277  -6.251
    3    HB2  SER  50           HB2      SER  50  17.703   7.573  -6.947
    4    HB3  SER  50           HB3      SER  50  19.244   7.356  -6.120
    5    HG   SER  50           HG       SER  50  18.808   5.277  -7.756

  No H/Q in entry =           5
  In of MODEL    6
    1    H    PHE  51           H        PHE  51  19.334   6.078  -3.710
    2    HA   PHE  51           HA       PHE  51  20.405   3.344  -3.920
    3    HB2  PHE  51           HB2      PHE  51  22.029   5.839  -3.358
    4    HB3  PHE  51           HB3      PHE  51  22.644   4.192  -3.310
    5    HD1  PHE  51           HD1      PHE  51  22.093   7.064  -5.323
    6    HD2  PHE  51           HD2      PHE  51  22.521   2.833  -5.484
    7    HE1  PHE  51           HE1      PHE  51  22.649   7.217  -7.712
    8    HE2  PHE  51           HE2      PHE  51  23.081   2.980  -7.875
    9    HZ   PHE  51           HZ       PHE  51  23.148   5.173  -8.991

  No H/Q in entry =           9
  In of MODEL    6
    1    H    SER  52           H        SER  52  18.538   5.179  -2.184
    2    HA   SER  52           HA       SER  52  17.878   5.360  -0.024
    3    HB2  SER  52           HB2      SER  52  19.899   3.179   0.554
    4    HB3  SER  52           HB3      SER  52  18.576   3.684   1.606
    5    HG   SER  52           HG       SER  52  18.403   2.434  -0.935

  No H/Q in entry =           5
  In of MODEL    6
    1    H    LYS  53           H        LYS  53  18.406   6.460   1.895
    2    HA   LYS  53           HA       LYS  53  21.080   6.981   2.707
    3    HB2  LYS  53           HB2      LYS  53  21.051   8.474   0.766
    4    HB3  LYS  53           HB3      LYS  53  19.590   9.248   1.369
    5    HG2  LYS  53           HG2      LYS  53  20.864   9.952   3.380
    6    HG3  LYS  53           HG3      LYS  53  22.322   9.300   2.629
    7    HD2  LYS  53           HD2      LYS  53  22.110  10.842   0.787
    8    HD3  LYS  53           HD3      LYS  53  20.568  11.431   1.416
    9    HE2  LYS  53           HE2      LYS  53  21.743  12.206   3.450
   10    HE3  LYS  53           HE3      LYS  53  23.271  11.704   2.726
   11    HZ1  LYS  53           HZ1      LYS  53  21.423  13.703   1.545
   12    HZ2  LYS  53           HZ2      LYS  53  22.806  14.085   2.451
   13    HZ3  LYS  53           HZ3      LYS  53  22.963  13.281   0.967

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ASP  54           H        ASP  54  20.842   6.974   4.807
    2    HA   ASP  54           HA       ASP  54  19.923   7.088   6.912
    3    HB2  ASP  54           HB2      ASP  54  20.270   9.599   6.089
    4    HB3  ASP  54           HB3      ASP  54  18.513   9.626   6.191

  No H/Q in entry =           4
  In of MODEL    6
    1    H    TRP  55           H        TRP  55  17.499   8.112   7.895
    2    HA   TRP  55           HA       TRP  55  15.357   7.387   6.135
    3    HB2  TRP  55           HB2      TRP  55  16.356   5.252   7.536
    4    HB3  TRP  55           HB3      TRP  55  15.032   5.799   8.570
    5    HD1  TRP  55           HD1      TRP  55  12.521   5.843   7.444
    6    HE1  TRP  55           HE1      TRP  55  11.574   4.514   5.440
    7    HE3  TRP  55           HE3      TRP  55  16.927   4.088   5.374
    8    HZ2  TRP  55           HZ2      TRP  55  12.516   2.948   3.331
    9    HZ3  TRP  55           HZ3      TRP  55  16.773   2.684   3.371
   10    HH2  TRP  55           HH2      TRP  55  14.627   2.124   2.371

  No H/Q in entry =          10
  In of MODEL    6
    1    H    SER  56           H        SER  56  14.434   9.289   6.439
    2    HA   SER  56           HA       SER  56  13.109   9.661   9.024
    3    HB2  SER  56           HB2      SER  56  13.438  12.152   8.724
    4    HB3  SER  56           HB3      SER  56  14.913  11.254   9.083
    5    HG   SER  56           HG       SER  56  14.046  12.343   6.615

  No H/Q in entry =           5
  In of MODEL    6
    1    H    PHE  57           H        PHE  57  12.452   8.634   6.263
    2    HA   PHE  57           HA       PHE  57  10.279  10.492   5.593
    3    HB2  PHE  57           HB2      PHE  57  10.852   9.520   3.145
    4    HB3  PHE  57           HB3      PHE  57  11.538  11.008   3.783
    5    HD1  PHE  57           HD1      PHE  57  12.288   7.335   3.911
    6    HD2  PHE  57           HD2      PHE  57  13.769  11.299   3.454
    7    HE1  PHE  57           HE1      PHE  57  14.565   6.448   3.578
    8    HE2  PHE  57           HE2      PHE  57  16.041  10.414   3.115
    9    HZ   PHE  57           HZ       PHE  57  16.434   7.991   3.184

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR  58           H        TYR  58  11.420   7.168   5.614
    2    HA   TYR  58           HA       TYR  58  10.458   5.164   5.301
    3    HB2  TYR  58           HB2      TYR  58   8.216   4.843   6.436
    4    HB3  TYR  58           HB3      TYR  58   9.510   5.499   7.418
    5    HD1  TYR  58           HD1      TYR  58   6.340   6.292   5.742
    6    HD2  TYR  58           HD2      TYR  58   9.313   7.719   8.411
    7    HE1  TYR  58           HE1      TYR  58   4.834   8.141   6.396
    8    HE2  TYR  58           HE2      TYR  58   7.822   9.579   9.086
    9    HH   TYR  58           HH       TYR  58   5.912  10.827   8.168

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LEU  59           H        LEU  59   8.537   3.854   4.401
    2    HA   LEU  59           HA       LEU  59   8.172   4.991   1.696
    3    HB2  LEU  59           HB2      LEU  59   8.452   2.221   2.825
    4    HB3  LEU  59           HB3      LEU  59   7.639   2.437   1.296
    5    HG   LEU  59           HG       LEU  59  10.509   3.292   1.794
    6   HD11  LEU  59          HD11      LEU  59   9.417   0.753   0.581
    7   HD12  LEU  59          HD12      LEU  59  11.099   1.263   0.534
    8   HD13  LEU  59          HD13      LEU  59  10.334   0.896   2.075
    9   HD21  LEU  59          HD21      LEU  59   8.692   3.199  -0.586
   10   HD22  LEU  59          HD22      LEU  59   9.755   4.504  -0.045
   11   HD23  LEU  59          HD23      LEU  59  10.439   3.054  -0.776

  No H/Q in entry =          11
  In of MODEL    6
    1    H    LEU  60           H        LEU  60   6.181   5.659   1.174
    2    HA   LEU  60           HA       LEU  60   3.901   3.919   1.744
    3    HB2  LEU  60           HB2      LEU  60   3.577   5.438   3.450
    4    HB3  LEU  60           HB3      LEU  60   4.216   6.775   2.524
    5    HG   LEU  60           HG       LEU  60   2.088   6.574   1.119
    6   HD11  LEU  60          HD11      LEU  60   1.268   4.955   3.520
    7   HD12  LEU  60          HD12      LEU  60   0.175   5.582   2.284
    8   HD13  LEU  60          HD13      LEU  60   1.393   4.380   1.857
    9   HD21  LEU  60          HD21      LEU  60   1.926   7.411   4.011
   10   HD22  LEU  60          HD22      LEU  60   2.482   8.402   2.662
   11   HD23  LEU  60          HD23      LEU  60   0.797   7.889   2.741

  No H/Q in entry =          11
  In of MODEL    6
    1    H    TYR  61           H        TYR  61   2.332   3.974   0.174
    2    HA   TYR  61           HA       TYR  61   2.834   5.646  -2.206
    3    HB2  TYR  61           HB2      TYR  61   1.947   2.740  -2.007
    4    HB3  TYR  61           HB3      TYR  61   1.754   3.687  -3.493
    5    HD1  TYR  61           HD1      TYR  61   3.343   3.188  -5.095
    6    HD2  TYR  61           HD2      TYR  61   4.558   3.149  -1.024
    7    HE1  TYR  61           HE1      TYR  61   5.622   2.617  -5.800
    8    HE2  TYR  61           HE2      TYR  61   6.851   2.581  -1.729
    9    HH   TYR  61           HH       TYR  61   8.042   1.643  -3.548

  No H/Q in entry =           9
  In of MODEL    6
    1    H    TYR  62           H        TYR  62   0.748   6.064  -3.486
    2    HA   TYR  62           HA       TYR  62  -1.563   5.995  -1.691
    3    HB2  TYR  62           HB2      TYR  62  -2.074   8.421  -2.296
    4    HB3  TYR  62           HB3      TYR  62  -0.816   8.117  -1.110
    5    HD1  TYR  62           HD1      TYR  62   1.418   8.850  -1.483
    6    HD2  TYR  62           HD2      TYR  62  -1.433   9.134  -4.627
    7    HE1  TYR  62           HE1      TYR  62   2.972  10.264  -2.757
    8    HE2  TYR  62           HE2      TYR  62   0.120  10.537  -5.916
    9    HH   TYR  62           HH       TYR  62   2.045  12.030  -5.491

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR  63           H        THR  63  -3.478   5.671  -2.600
    2    HA   THR  63           HA       THR  63  -3.871   6.160  -5.465
    3    HB   THR  63           HB       THR  63  -3.323   3.661  -4.917
    4    HG1  THR  63           HG1      THR  63  -4.381   4.660  -6.859
    5   HG21  THR  63          HG21      THR  63  -6.223   3.797  -4.075
    6   HG22  THR  63          HG22      THR  63  -5.303   2.319  -4.345
    7   HG23  THR  63          HG23      THR  63  -4.864   3.401  -3.024

  No H/Q in entry =           7
  In of MODEL    6
    1    H    GLU  64           H        GLU  64  -6.321   5.908  -5.964
    2    HA   GLU  64           HA       GLU  64  -7.684   7.588  -3.992
    3    HB2  GLU  64           HB2      GLU  64  -7.457   8.457  -6.323
    4    HB3  GLU  64           HB3      GLU  64  -8.287   7.035  -6.915
    5    HG2  GLU  64           HG2      GLU  64 -10.314   7.738  -5.665
    6    HG3  GLU  64           HG3      GLU  64  -9.447   9.188  -5.154

  No H/Q in entry =           6
  In of MODEL    6
    1    H    PHE  65           H        PHE  65  -9.340   6.640  -2.769
    2    HA   PHE  65           HA       PHE  65 -10.453   4.142  -3.858
    3    HB2  PHE  65           HB2      PHE  65 -10.406   3.103  -1.737
    4    HB3  PHE  65           HB3      PHE  65  -8.846   3.857  -1.953
    5    HD1  PHE  65           HD1      PHE  65 -12.133   5.020  -0.569
    6    HD2  PHE  65           HD2      PHE  65  -7.941   4.587  -0.003
    7    HE1  PHE  65           HE1      PHE  65 -12.335   6.047   1.656
    8    HE2  PHE  65           HE2      PHE  65  -8.142   5.630   2.226
    9    HZ   PHE  65           HZ       PHE  65 -10.345   6.362   3.060

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR  66           H        THR  66 -12.616   3.640  -3.401
    2    HA   THR  66           HA       THR  66 -14.032   5.362  -1.484
    3    HB   THR  66           HB       THR  66 -15.165   4.459  -4.161
    4    HG1  THR  66           HG1      THR  66 -13.662   6.594  -3.488
    5   HG21  THR  66          HG21      THR  66 -16.334   6.139  -1.928
    6   HG22  THR  66          HG22      THR  66 -17.031   6.001  -3.546
    7   HG23  THR  66          HG23      THR  66 -16.912   4.576  -2.516

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   PRO  67           HA       PRO  67 -14.481   1.077  -0.167
    2    HB2  PRO  67           HB2      PRO  67 -15.778   1.778   2.240
    3    HB3  PRO  67           HB3      PRO  67 -14.083   1.355   2.021
    4    HG2  PRO  67           HG2      PRO  67 -15.151   3.907   2.665
    5    HG3  PRO  67           HG3      PRO  67 -13.463   3.488   2.333
    6    HD2  PRO  67           HD2      PRO  67 -15.384   4.896   0.683
    7    HD3  PRO  67           HD3      PRO  67 -13.630   4.742   0.475

  No H/Q in entry =           7
  In of MODEL    6
    1    H    THR  68           H        THR  68 -15.894  -0.381  -0.263
    2    HA   THR  68           HA       THR  68 -18.755   0.198  -0.183
    3    HB   THR  68           HB       THR  68 -19.030  -1.375  -2.123
    4    HG1  THR  68           HG1      THR  68 -17.300  -2.202  -3.111
    5   HG21  THR  68          HG21      THR  68 -17.380   1.093  -2.694
    6   HG22  THR  68          HG22      THR  68 -18.357   0.221  -3.874
    7   HG23  THR  68          HG23      THR  68 -19.134   1.035  -2.514

  No H/Q in entry =           7
  In of MODEL    6
    1    H    GLU  69           H        GLU  69 -19.980  -1.642   0.550
    2    HA   GLU  69           HA       GLU  69 -18.604  -3.238   2.431
    3    HB2  GLU  69           HB2      GLU  69 -20.761  -4.396   2.800
    4    HB3  GLU  69           HB3      GLU  69 -20.906  -2.644   2.850
    5    HG2  GLU  69           HG2      GLU  69 -21.611  -4.338   0.469
    6    HG3  GLU  69           HG3      GLU  69 -22.752  -3.828   1.701

  No H/Q in entry =           6
  In of MODEL    6
    1    H    LYS  70           H        LYS  70 -18.449  -3.622  -0.797
    2    HA   LYS  70           HA       LYS  70 -18.214  -6.530  -0.539
    3    HB2  LYS  70           HB2      LYS  70 -18.694  -4.897  -3.025
    4    HB3  LYS  70           HB3      LYS  70 -18.505  -6.643  -2.994
    5    HG2  LYS  70           HG2      LYS  70 -20.709  -5.262  -1.476
    6    HG3  LYS  70           HG3      LYS  70 -20.881  -5.705  -3.170
    7    HD2  LYS  70           HD2      LYS  70 -21.806  -7.539  -2.148
    8    HD3  LYS  70           HD3      LYS  70 -20.140  -8.077  -2.315
    9    HE2  LYS  70           HE2      LYS  70 -20.496  -8.622  -0.129
   10    HE3  LYS  70           HE3      LYS  70 -19.944  -6.968   0.088
   11    HZ1  LYS  70           HZ1      LYS  70 -22.344  -6.313   0.042
   12    HZ2  LYS  70           HZ2      LYS  70 -22.724  -7.960   0.152
   13    HZ3  LYS  70           HZ3      LYS  70 -21.852  -7.211   1.396

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ASP  71           H        ASP  71 -16.322  -3.676  -1.232
    2    HA   ASP  71           HA       ASP  71 -14.299  -5.368  -2.491
    3    HB2  ASP  71           HB2      ASP  71 -14.883  -3.318  -3.688
    4    HB3  ASP  71           HB3      ASP  71 -14.336  -2.355  -2.308

  No H/Q in entry =           4
  In of MODEL    6
    1    H    GLU  72           H        GLU  72 -12.450  -5.854  -1.648
    2    HA   GLU  72           HA       GLU  72 -11.677  -4.948   1.039
    3    HB2  GLU  72           HB2      GLU  72 -12.072  -7.290   0.856
    4    HB3  GLU  72           HB3      GLU  72 -11.185  -7.419  -0.637
    5    HG2  GLU  72           HG2      GLU  72  -9.772  -6.703   1.882
    6    HG3  GLU  72           HG3      GLU  72 -10.242  -8.367   1.560

  No H/Q in entry =           6
  In of MODEL    6
    1    H    TYR  73           H        TYR  73  -9.618  -4.028   1.347
    2    HA   TYR  73           HA       TYR  73  -8.132  -3.391  -1.122
    3    HB2  TYR  73           HB2      TYR  73  -8.560  -1.690   1.346
    4    HB3  TYR  73           HB3      TYR  73  -7.372  -1.316   0.110
    5    HD1  TYR  73           HD1      TYR  73 -11.015  -1.837   0.632
    6    HD2  TYR  73           HD2      TYR  73  -7.985  -0.076  -1.782
    7    HE1  TYR  73           HE1      TYR  73 -12.732  -0.596  -0.619
    8    HE2  TYR  73           HE2      TYR  73  -9.690   1.166  -3.034
    9    HH   TYR  73           HH       TYR  73 -12.980   1.321  -1.998

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ALA  74           H        ALA  74  -6.053  -3.949  -1.213
    2    HA   ALA  74           HA       ALA  74  -4.695  -4.790   1.256
    3    HB1  ALA  74           HB1      ALA  74  -5.670  -6.719   0.070
    4    HB2  ALA  74           HB2      ALA  74  -3.910  -6.779   0.155
    5    HB3  ALA  74           HB3      ALA  74  -4.705  -6.298  -1.345

  No H/Q in entry =           5
  In of MODEL    6
    1    H    CYS  75           H        CYS  75  -2.325  -4.895   1.067
    2    HA   CYS  75           HA       CYS  75  -1.281  -3.469  -1.300
    3    HB2  CYS  75           HB2      CYS  75  -1.212  -1.935   0.544
    4    HB3  CYS  75           HB3      CYS  75  -0.439  -3.134   1.567

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ARG  76           H        ARG  76   0.259  -4.514  -2.380
    2    HA   ARG  76           HA       ARG  76   1.305  -7.049  -1.293
    3    HB2  ARG  76           HB2      ARG  76  -0.075  -6.815  -3.465
    4    HB3  ARG  76           HB3      ARG  76   1.382  -6.105  -4.153
    5    HG2  ARG  76           HG2      ARG  76   2.550  -8.172  -3.955
    6    HG3  ARG  76           HG3      ARG  76   1.293  -8.865  -2.928
    7    HD2  ARG  76           HD2      ARG  76   1.126  -9.728  -5.264
    8    HD3  ARG  76           HD3      ARG  76  -0.300  -8.791  -4.790
    9    HE   ARG  76           HE       ARG  76   1.178  -6.898  -5.940
   10   HH11  ARG  76          HH11      ARG  76   0.452 -10.148  -7.016
   11   HH12  ARG  76          HH12      ARG  76   0.602  -9.761  -8.707
   12   HH21  ARG  76          HH21      ARG  76   1.376  -6.374  -8.145
   13   HH22  ARG  76          HH22      ARG  76   1.112  -7.595  -9.350

  No H/Q in entry =          13
  In of MODEL    6
    1    H    VAL  77           H        VAL  77   3.489  -7.214  -0.869
    2    HA   VAL  77           HA       VAL  77   5.266  -5.382  -2.334
    3    HB   VAL  77           HB       VAL  77   4.776  -4.659   0.109
    4   HG11  VAL  77          HG11      VAL  77   5.136  -6.806   1.179
    5   HG12  VAL  77          HG12      VAL  77   6.809  -6.823   0.617
    6   HG13  VAL  77          HG13      VAL  77   6.281  -5.604   1.777
    7   HG21  VAL  77          HG21      VAL  77   6.479  -3.677  -1.370
    8   HG22  VAL  77          HG22      VAL  77   6.989  -3.714   0.320
    9   HG23  VAL  77          HG23      VAL  77   7.630  -4.898  -0.822

  No H/Q in entry =           9
  In of MODEL    6
    1    H    ASN  78           H        ASN  78   7.032  -6.171  -3.106
    2    HA   ASN  78           HA       ASN  78   7.999  -8.812  -2.175
    3    HB2  ASN  78           HB2      ASN  78   6.798  -8.935  -4.399
    4    HB3  ASN  78           HB3      ASN  78   8.067  -7.903  -5.065
    5   HD21  ASN  78          HD21      ASN  78   8.626  -9.556  -6.515
    6   HD22  ASN  78          HD22      ASN  78   9.535 -10.945  -6.002

  No H/Q in entry =           6
  In of MODEL    6
    1    H    HIS  79           H        HIS  79  10.123  -9.106  -1.987
    2    HA   HIS  79           HA       HIS  79  11.950  -7.070  -3.000
    3    HB2  HIS  79           HB2      HIS  79  11.523  -6.620  -0.552
    4    HB3  HIS  79           HB3      HIS  79  12.139  -8.218  -0.197
    5    HD2  HIS  79           HD2      HIS  79  13.468  -4.693  -1.178
    6    HE1  HIS  79           HE1      HIS  79  16.741  -7.235  -0.321
    7    HE2  HIS  79           HE2      HIS  79  16.049  -4.887  -0.972

  No H/Q in entry =           7
  In of MODEL    6
    1    H    VAL  80           H        VAL  80  14.169  -7.922  -3.148
    2    HA   VAL  80           HA       VAL  80  14.400 -10.314  -4.464
    3    HB   VAL  80           HB       VAL  80  16.567  -9.088  -2.745
    4   HG11  VAL  80          HG11      VAL  80  16.743 -10.952  -5.113
    5   HG12  VAL  80          HG12      VAL  80  18.114 -10.180  -4.316
    6   HG13  VAL  80          HG13      VAL  80  17.128 -11.350  -3.437
    7   HG21  VAL  80          HG21      VAL  80  15.832  -8.573  -5.628
    8   HG22  VAL  80          HG22      VAL  80  15.659  -7.442  -4.286
    9   HG23  VAL  80          HG23      VAL  80  17.264  -7.942  -4.818

  No H/Q in entry =           9
  In of MODEL    6
    1    H    THR  81           H        THR  81  14.564  -9.802  -0.964
    2    HA   THR  81           HA       THR  81  15.597 -12.405  -0.378
    3    HB   THR  81           HB       THR  81  15.988 -10.786   1.310
    4    HG1  THR  81           HG1      THR  81  15.534 -12.808   2.181
    5   HG21  THR  81          HG21      THR  81  12.992 -10.358   1.454
    6   HG22  THR  81          HG22      THR  81  14.185  -9.632   2.533
    7   HG23  THR  81          HG23      THR  81  14.179  -9.218   0.819

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LEU  82           H        LEU  82  12.284 -11.068   0.052
    2    HA   LEU  82           HA       LEU  82  11.075 -13.394   0.906
    3    HB2  LEU  82           HB2      LEU  82   9.721 -11.445  -0.950
    4    HB3  LEU  82           HB3      LEU  82   8.975 -12.482   0.254
    5    HG   LEU  82           HG       LEU  82  10.802 -10.180   0.916
    6   HD11  LEU  82          HD11      LEU  82   7.805 -10.353   0.965
    7   HD12  LEU  82          HD12      LEU  82   8.770  -9.027   1.612
    8   HD13  LEU  82          HD13      LEU  82   8.791  -9.368  -0.116
    9   HD21  LEU  82          HD21      LEU  82   9.021 -11.896   2.641
   10   HD22  LEU  82          HD22      LEU  82  10.785 -11.925   2.616
   11   HD23  LEU  82          HD23      LEU  82   9.933 -10.489   3.185

  No H/Q in entry =          11
  In of MODEL    6
    1    H    SER  83           H        SER  83  11.508 -12.282  -2.425
    2    HA   SER  83           HA       SER  83  11.494 -13.339  -4.428
    3    HB2  SER  83           HB2      SER  83  11.341 -15.904  -2.826
    4    HB3  SER  83           HB3      SER  83  11.630 -15.802  -4.562
    5    HG   SER  83           HG       SER  83  13.296 -14.318  -2.875

  No H/Q in entry =           5
  In of MODEL    6
    1    H    GLN  84           H        GLN  84   9.091 -14.109  -2.079
    2    HA   GLN  84           HA       GLN  84   7.076 -14.109  -4.204
    3    HB2  GLN  84           HB2      GLN  84   5.679 -15.652  -2.852
    4    HB3  GLN  84           HB3      GLN  84   7.173 -16.392  -3.398
    5    HG2  GLN  84           HG2      GLN  84   8.128 -16.163  -1.162
    6    HG3  GLN  84           HG3      GLN  84   6.681 -15.310  -0.617
    7   HE21  GLN  84          HE21      GLN  84   7.932 -17.791   0.315
    8   HE22  GLN  84          HE22      GLN  84   6.700 -19.005   0.205

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   PRO  85           HA       PRO  85   6.031 -10.529  -1.706
    2    HB2  PRO  85           HB2      PRO  85   3.785  -9.787  -3.055
    3    HB3  PRO  85           HB3      PRO  85   5.444  -9.337  -3.504
    4    HG2  PRO  85           HG2      PRO  85   3.673 -11.464  -4.647
    5    HG3  PRO  85           HG3      PRO  85   4.841 -10.404  -5.470
    6    HD2  PRO  85           HD2      PRO  85   5.380 -13.047  -4.869
    7    HD3  PRO  85           HD3      PRO  85   6.652 -11.778  -4.957

  No H/Q in entry =           7
  In of MODEL    6
    1    H    LYS  86           H        LYS  86   4.358  -9.887  -0.268
    2    HA   LYS  86           HA       LYS  86   2.218 -11.842   0.080
    3    HB2  LYS  86           HB2      LYS  86   2.382 -10.989   2.587
    4    HB3  LYS  86           HB3      LYS  86   3.183 -12.415   1.990
    5    HG2  LYS  86           HG2      LYS  86   5.150 -11.662   2.563
    6    HG3  LYS  86           HG3      LYS  86   4.921 -10.184   1.642
    7    HD2  LYS  86           HD2      LYS  86   5.397  -9.478   3.808
    8    HD3  LYS  86           HD3      LYS  86   3.644  -9.349   3.749
    9    HE2  LYS  86           HE2      LYS  86   5.207 -11.685   4.882
   10    HE3  LYS  86           HE3      LYS  86   4.465 -10.412   5.845
   11    HZ1  LYS  86           HZ1      LYS  86   2.291 -11.132   5.004
   12    HZ2  LYS  86           HZ2      LYS  86   3.033 -12.372   4.122
   13    HZ3  LYS  86           HZ3      LYS  86   3.102 -12.382   5.811

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ILE  87           H        ILE  87   0.290 -11.149   0.952
    2    HA   ILE  87           HA       ILE  87  -0.315  -8.352   0.239
    3    HB   ILE  87           HB       ILE  87  -1.794 -10.830  -0.249
    4   HG12  ILE  87          HG12      ILE  87  -1.217  -9.557  -2.138
    5   HG13  ILE  87          HG13      ILE  87  -2.939  -9.232  -1.921
    6   HG21  ILE  87          HG21      ILE  87  -3.262  -8.500   0.945
    7   HG22  ILE  87          HG22      ILE  87  -4.046  -9.697  -0.091
    8   HG23  ILE  87          HG23      ILE  87  -3.311 -10.192   1.441
    9   HD11  ILE  87          HD11      ILE  87  -0.715  -7.443  -1.017
   10   HD12  ILE  87          HD12      ILE  87  -1.702  -7.227  -2.459
   11   HD13  ILE  87          HD13      ILE  87  -2.442  -7.134  -0.867

  No H/Q in entry =          11
  In of MODEL    6
    1    H    VAL  88           H        VAL  88  -1.111  -6.944   1.659
    2    HA   VAL  88           HA       VAL  88  -1.955  -7.947   4.297
    3    HB   VAL  88           HB       VAL  88   0.042  -6.598   4.542
    4   HG11  VAL  88          HG11      VAL  88  -1.411  -4.437   3.058
    5   HG12  VAL  88          HG12      VAL  88   0.137  -4.247   3.887
    6   HG13  VAL  88          HG13      VAL  88   0.006  -5.329   2.495
    7   HG21  VAL  88          HG21      VAL  88  -2.481  -5.223   5.395
    8   HG22  VAL  88          HG22      VAL  88  -1.472  -6.322   6.335
    9   HG23  VAL  88          HG23      VAL  88  -0.880  -4.707   5.932

  No H/Q in entry =           9
  In of MODEL    6
    1    H    LYS  89           H        LYS  89  -4.091  -7.633   4.669
    2    HA   LYS  89           HA       LYS  89  -5.442  -5.780   2.855
    3    HB2  LYS  89           HB2      LYS  89  -6.596  -8.193   4.267
    4    HB3  LYS  89           HB3      LYS  89  -7.429  -7.156   3.114
    5    HG2  LYS  89           HG2      LYS  89  -6.255  -7.966   1.311
    6    HG3  LYS  89           HG3      LYS  89  -4.884  -8.463   2.306
    7    HD2  LYS  89           HD2      LYS  89  -7.575  -9.777   2.434
    8    HD3  LYS  89           HD3      LYS  89  -6.278 -10.332   1.379
    9    HE2  LYS  89           HE2      LYS  89  -4.846 -10.584   3.405
   10    HE3  LYS  89           HE3      LYS  89  -6.255 -10.180   4.391
   11    HZ1  LYS  89           HZ1      LYS  89  -7.400 -12.100   3.447
   12    HZ2  LYS  89           HZ2      LYS  89  -6.020 -12.495   2.543
   13    HZ3  LYS  89           HZ3      LYS  89  -5.971 -12.558   4.240

  No H/Q in entry =          13
  In of MODEL    6
    1    H    TRP  90           H        TRP  90  -7.050  -4.434   3.648
    2    HA   TRP  90           HA       TRP  90  -6.530  -3.556   6.357
    3    HB2  TRP  90           HB2      TRP  90  -6.622  -1.933   4.478
    4    HB3  TRP  90           HB3      TRP  90  -8.302  -2.375   4.203
    5    HD1  TRP  90           HD1      TRP  90  -6.542  -1.247   7.528
    6    HE1  TRP  90           HE1      TRP  90  -7.882   0.676   8.488
    7    HE3  TRP  90           HE3      TRP  90 -10.019  -0.729   3.770
    8    HZ2  TRP  90           HZ2      TRP  90 -10.159   2.212   7.807
    9    HZ3  TRP  90           HZ3      TRP  90 -11.728   0.998   4.003
   10    HH2  TRP  90           HH2      TRP  90 -11.811   2.453   5.958

  No H/Q in entry =          10
  In of MODEL    6
    1    H    ASP  91           H        ASP  91  -7.760  -3.937   8.067
    2    HA   ASP  91           HA       ASP  91  -9.828  -5.911   7.847
    3    HB2  ASP  91           HB2      ASP  91  -9.929  -5.747  10.328
    4    HB3  ASP  91           HB3      ASP  91  -8.297  -6.029   9.728

  No H/Q in entry =           4
  In of MODEL    6
    1    H    ARG  92           H        ARG  92 -11.739  -5.373   7.115
    2    HA   ARG  92           HA       ARG  92 -13.569  -3.738   8.403
    3    HB2  ARG  92           HB2      ARG  92 -13.696  -1.743   7.078
    4    HB3  ARG  92           HB3      ARG  92 -11.991  -1.955   7.481
    5    HG2  ARG  92           HG2      ARG  92 -11.659  -1.543   5.315
    6    HG3  ARG  92           HG3      ARG  92 -12.037  -3.264   5.126
    7    HD2  ARG  92           HD2      ARG  92 -13.411  -0.991   4.000
    8    HD3  ARG  92           HD3      ARG  92 -13.768  -2.710   3.800
    9    HE   ARG  92           HE       ARG  92 -14.803  -1.485   6.217
   10   HH11  ARG  92          HH11      ARG  92 -15.424  -2.404   2.889
   11   HH12  ARG  92          HH12      ARG  92 -17.140  -2.431   3.088
   12   HH21  ARG  92          HH21      ARG  92 -17.053  -1.520   6.484
   13   HH22  ARG  92          HH22      ARG  92 -18.078  -1.921   5.138

  No H/Q in entry =          13
  In of MODEL    6
    1    H    ASP  93           H        ASP  93 -12.558  -5.698   5.875
    2    HA   ASP  93           HA       ASP  93 -15.208  -6.313   4.995
    3    HB2  ASP  93           HB2      ASP  93 -14.561  -4.180   3.745
    4    HB3  ASP  93           HB3      ASP  93 -13.383  -5.178   2.880

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   MET  94           HA       MET  94 -11.710  -9.080   3.391
    2    HB2  MET  94           HB2      MET  94  -9.610  -9.724   4.611
    3    HB3  MET  94           HB3      MET  94  -9.637  -8.066   4.018
    4    HG2  MET  94           HG2      MET  94 -10.078  -7.218   6.257
    5    HG3  MET  94           HG3      MET  94 -10.249  -8.868   6.870
    6    HE1  MET  94           HE1      MET  94  -7.968 -10.507   5.656
    7    HE2  MET  94           HE2      MET  94  -6.652 -10.245   6.798
    8    HE3  MET  94           HE3      MET  94  -8.297 -10.479   7.389

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   MET   1           HA       MET   1   5.335  -7.936   5.995
    2    HB2  MET   1           HB2      MET   1   5.324  -9.001   8.203
    3    HB3  MET   1           HB3      MET   1   5.214  -7.426   8.973
    4    HG2  MET   1           HG2      MET   1   3.063  -8.610   8.907
    5    HG3  MET   1           HG3      MET   1   3.020  -7.071   8.046
    6    HE1  MET   1           HE1      MET   1   0.763  -9.263   7.706
    7    HE2  MET   1           HE2      MET   1   0.774  -7.738   6.821
    8    HE3  MET   1           HE3      MET   1   0.544  -9.256   5.956

  No H/Q in entry =           8
  In of MODEL    7
    1    H    ILE   2           H        ILE   2   3.506  -6.659   5.633
    2    HA   ILE   2           HA       ILE   2   4.043  -3.780   5.803
    3    HB   ILE   2           HB       ILE   2   1.803  -5.028   4.215
    4   HG12  ILE   2          HG12      ILE   2   4.372  -4.541   2.805
    5   HG13  ILE   2          HG13      ILE   2   4.276  -5.985   3.814
    6   HG21  ILE   2          HG21      ILE   2   2.023  -2.534   4.500
    7   HG22  ILE   2          HG22      ILE   2   3.491  -2.630   3.517
    8   HG23  ILE   2          HG23      ILE   2   1.940  -3.117   2.843
    9   HD11  ILE   2          HD11      ILE   2   2.231  -6.650   2.575
   10   HD12  ILE   2          HD12      ILE   2   2.486  -5.274   1.500
   11   HD13  ILE   2          HD13      ILE   2   3.684  -6.569   1.578

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLN   3           H        GLN   3   2.698  -2.459   6.985
    2    HA   GLN   3           HA       GLN   3   0.223  -3.674   8.015
    3    HB2  GLN   3           HB2      GLN   3   1.996  -1.576   9.306
    4    HB3  GLN   3           HB3      GLN   3   0.423  -2.073   9.926
    5    HG2  GLN   3           HG2      GLN   3   2.104  -3.199  11.186
    6    HG3  GLN   3           HG3      GLN   3   1.291  -4.406  10.179
    7   HE21  GLN   3          HE21      GLN   3   3.779  -2.087   9.179
    8   HE22  GLN   3          HE22      GLN   3   4.980  -3.279   8.810

  No H/Q in entry =           8
  In of MODEL    7
    1    H    VAL   4           H        VAL   4  -1.447  -2.905   6.880
    2    HA   VAL   4           HA       VAL   4  -1.293  -0.248   5.701
    3    HB   VAL   4           HB       VAL   4  -3.595  -0.887   4.725
    4   HG11  VAL   4          HG11      VAL   4  -1.159  -2.514   4.001
    5   HG12  VAL   4          HG12      VAL   4  -2.576  -2.278   2.979
    6   HG13  VAL   4          HG13      VAL   4  -1.557  -0.903   3.404
    7   HG21  VAL   4          HG21      VAL   4  -2.728  -3.591   5.735
    8   HG22  VAL   4          HG22      VAL   4  -4.126  -2.669   6.285
    9   HG23  VAL   4          HG23      VAL   4  -4.071  -3.284   4.634

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR   5           H        TYR   5  -2.889   1.290   5.895
    2    HA   TYR   5           HA       TYR   5  -4.803   1.195   8.072
    3    HB2  TYR   5           HB2      TYR   5  -2.492   3.156   8.007
    4    HB3  TYR   5           HB3      TYR   5  -3.947   3.413   8.957
    5    HD1  TYR   5           HD1      TYR   5  -0.718   2.790   9.406
    6    HD2  TYR   5           HD2      TYR   5  -4.404   0.843  10.300
    7    HE1  TYR   5           HE1      TYR   5   0.363   1.625  11.274
    8    HE2  TYR   5           HE2      TYR   5  -3.318  -0.344  12.177
    9    HH   TYR   5           HH       TYR   5  -1.065  -0.998  12.910

  No H/Q in entry =           9
  In of MODEL    7
    1    H    SER   6           H        SER   6  -5.809   3.603   8.095
    2    HA   SER   6           HA       SER   6  -5.655   4.754   5.392
    3    HB2  SER   6           HB2      SER   6  -8.089   5.153   5.417
    4    HB3  SER   6           HB3      SER   6  -7.784   3.409   5.604
    5    HG   SER   6           HG       SER   6  -8.020   3.721   7.887

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ARG   7           H        ARG   7  -6.223   6.985   5.285
    2    HA   ARG   7           HA       ARG   7  -5.120   8.409   7.537
    3    HB2  ARG   7           HB2      ARG   7  -4.942   8.800   4.877
    4    HB3  ARG   7           HB3      ARG   7  -6.267   9.905   5.228
    5    HG2  ARG   7           HG2      ARG   7  -3.636   9.982   6.679
    6    HG3  ARG   7           HG3      ARG   7  -3.975  10.917   5.222
    7    HD2  ARG   7           HD2      ARG   7  -5.907  11.938   6.389
    8    HD3  ARG   7           HD3      ARG   7  -5.440  11.073   7.852
    9    HE   ARG   7           HE       ARG   7  -3.261  12.589   6.869
   10   HH11  ARG   7          HH11      ARG   7  -6.321  12.909   8.538
   11   HH12  ARG   7          HH12      ARG   7  -5.908  14.411   9.295
   12   HH21  ARG   7          HH21      ARG   7  -2.699  14.574   7.855
   13   HH22  ARG   7          HH22      ARG   7  -3.841  15.362   8.912

  No H/Q in entry =          13
  In of MODEL    7
    1    H    HIS   8           H        HIS   8  -8.284   7.680   6.411
    2    HA   HIS   8           HA       HIS   8  -9.464   9.573   8.309
    3    HB2  HIS   8           HB2      HIS   8 -10.215   9.382   5.385
    4    HB3  HIS   8           HB3      HIS   8 -11.197  10.196   6.595
    5    HD2  HIS   8           HD2      HIS   8  -8.905  11.213   3.975
    6    HE1  HIS   8           HE1      HIS   8  -8.140  13.920   7.133
    7    HE2  HIS   8           HE2      HIS   8  -8.067  13.583   4.625

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   PRO   9           HA       PRO   9 -12.218   6.332   9.405
    2    HB2  PRO   9           HB2      PRO   9 -14.603   8.015   9.185
    3    HB3  PRO   9           HB3      PRO   9 -13.866   7.290  10.627
    4    HG2  PRO   9           HG2      PRO   9 -13.790   9.979  10.053
    5    HG3  PRO   9           HG3      PRO   9 -12.559   9.142  11.015
    6    HD2  PRO   9           HD2      PRO   9 -12.431  10.113   8.198
    7    HD3  PRO   9           HD3      PRO   9 -11.144   9.946   9.410

  No H/Q in entry =           7
  In of MODEL    7
    1    H    ALA  10           H        ALA  10 -13.159   4.692   8.358
    2    HA   ALA  10           HA       ALA  10 -13.728   4.692   5.627
    3    HB1  ALA  10           HB1      ALA  10 -14.622   2.461   5.997
    4    HB2  ALA  10           HB2      ALA  10 -13.142   2.696   6.930
    5    HB3  ALA  10           HB3      ALA  10 -14.711   2.769   7.732

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLU  11           H        GLU  11 -15.357   6.083   4.831
    2    HA   GLU  11           HA       GLU  11 -18.071   5.499   5.851
    3    HB2  GLU  11           HB2      GLU  11 -16.938   7.940   6.007
    4    HB3  GLU  11           HB3      GLU  11 -17.507   8.028   4.352
    5    HG2  GLU  11           HG2      GLU  11 -19.222   7.549   6.778
    6    HG3  GLU  11           HG3      GLU  11 -19.053   9.057   5.892

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ASN  12           H        ASN  12 -18.866   4.022   4.393
    2    HA   ASN  12           HA       ASN  12 -18.138   3.514   1.836
    3    HB2  ASN  12           HB2      ASN  12 -19.665   2.015   2.835
    4    HB3  ASN  12           HB3      ASN  12 -20.839   3.276   3.200
    5   HD21  ASN  12          HD21      ASN  12 -22.271   3.919   1.603
    6   HD22  ASN  12          HD22      ASN  12 -22.453   3.067   0.103

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLY  13           H        GLY  13 -18.031   4.660   0.028
    2    HA2  GLY  13           HA2      GLY  13 -20.074   6.747  -0.475
    3    HA3  GLY  13           HA3      GLY  13 -19.246   5.830  -1.719

  No H/Q in entry =           3
  In of MODEL    7
    1    H    LYS  14           H        LYS  14 -17.256   6.910   0.893
    2    HA   LYS  14           HA       LYS  14 -16.693   9.483  -0.373
    3    HB2  LYS  14           HB2      LYS  14 -15.169   8.295   1.939
    4    HB3  LYS  14           HB3      LYS  14 -15.254   9.971   1.454
    5    HG2  LYS  14           HG2      LYS  14 -17.534   8.408   2.652
    6    HG3  LYS  14           HG3      LYS  14 -16.438   9.457   3.529
    7    HD2  LYS  14           HD2      LYS  14 -18.383  10.702   3.185
    8    HD3  LYS  14           HD3      LYS  14 -17.201  11.347   2.052
    9    HE2  LYS  14           HE2      LYS  14 -19.360  11.131   0.991
   10    HE3  LYS  14           HE3      LYS  14 -18.213  10.000   0.272
   11    HZ1  LYS  14           HZ1      LYS  14 -20.113   9.229   2.424
   12    HZ2  LYS  14           HZ2      LYS  14 -20.482   9.076   0.776
   13    HZ3  LYS  14           HZ3      LYS  14 -19.191   8.208   1.444

  No H/Q in entry =          13
  In of MODEL    7
    1    H    SER  15           H        SER  15 -14.810  10.029  -1.417
    2    HA   SER  15           HA       SER  15 -12.885   7.875  -1.807
    3    HB2  SER  15           HB2      SER  15 -11.901   9.772  -3.410
    4    HB3  SER  15           HB3      SER  15 -13.158   8.644  -3.920
    5    HG   SER  15           HG       SER  15 -13.518  11.303  -2.944

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ASN  16           H        ASN  16 -10.846   7.964  -1.148
    2    HA   ASN  16           HA       ASN  16  -9.805  10.159   0.404
    3    HB2  ASN  16           HB2      ASN  16 -10.286   7.520   1.832
    4    HB3  ASN  16           HB3      ASN  16  -9.524   8.948   2.502
    5   HD21  ASN  16          HD21      ASN  16 -10.844   9.322   4.180
    6   HD22  ASN  16          HD22      ASN  16 -12.536   9.650   4.070

  No H/Q in entry =           6
  In of MODEL    7
    1    H    PHE  17           H        PHE  17  -7.891   8.245   1.782
    2    HA   PHE  17           HA       PHE  17  -6.509   7.317  -0.639
    3    HB2  PHE  17           HB2      PHE  17  -5.472   9.077   1.566
    4    HB3  PHE  17           HB3      PHE  17  -4.377   8.113   0.579
    5    HD1  PHE  17           HD1      PHE  17  -4.905  11.276   0.884
    6    HD2  PHE  17           HD2      PHE  17  -5.811   8.285  -1.992
    7    HE1  PHE  17           HE1      PHE  17  -4.939  12.993  -0.880
    8    HE2  PHE  17           HE2      PHE  17  -5.848   9.991  -3.775
    9    HZ   PHE  17           HZ       PHE  17  -5.410  12.353  -3.214

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  18           H        LEU  18  -5.555   5.351  -0.519
    2    HA   LEU  18           HA       LEU  18  -5.691   3.932   2.034
    3    HB2  LEU  18           HB2      LEU  18  -6.571   2.648   0.227
    4    HB3  LEU  18           HB3      LEU  18  -5.185   2.997  -0.789
    5    HG   LEU  18           HG       LEU  18  -3.762   1.536   0.566
    6   HD11  LEU  18          HD11      LEU  18  -6.226   1.108   2.257
    7   HD12  LEU  18          HD12      LEU  18  -4.770   0.118   2.332
    8   HD13  LEU  18          HD13      LEU  18  -4.694   1.823   2.765
    9   HD21  LEU  18          HD21      LEU  18  -6.372   0.263  -0.252
   10   HD22  LEU  18          HD22      LEU  18  -4.941   0.497  -1.257
   11   HD23  LEU  18          HD23      LEU  18  -4.886  -0.615   0.110

  No H/Q in entry =          11
  In of MODEL    7
    1    H    ASN  19           H        ASN  19  -4.006   3.803   3.290
    2    HA   ASN  19           HA       ASN  19  -1.396   4.612   2.212
    3    HB2  ASN  19           HB2      ASN  19  -2.678   5.012   4.917
    4    HB3  ASN  19           HB3      ASN  19  -0.931   5.150   4.708
    5   HD21  ASN  19          HD21      ASN  19  -0.841   7.320   5.166
    6   HD22  ASN  19          HD22      ASN  19  -1.506   8.528   4.125

  No H/Q in entry =           6
  In of MODEL    7
    1    H    CYS  20           H        CYS  20  -0.017   3.003   1.920
    2    HA   CYS  20           HA       CYS  20  -0.122   0.651   3.703
    3    HB2  CYS  20           HB2      CYS  20  -0.527  -0.106   1.507
    4    HB3  CYS  20           HB3      CYS  20   0.604   1.041   0.783

  No H/Q in entry =           4
  In of MODEL    7
    1    H    TYR  21           H        TYR  21   1.521   0.624   5.164
    2    HA   TYR  21           HA       TYR  21   3.948   2.159   4.611
    3    HB2  TYR  21           HB2      TYR  21   3.189   0.760   7.186
    4    HB3  TYR  21           HB3      TYR  21   4.459   1.955   6.964
    5    HD1  TYR  21           HD1      TYR  21   3.935   4.316   6.867
    6    HD2  TYR  21           HD2      TYR  21   0.860   1.412   7.255
    7    HE1  TYR  21           HE1      TYR  21   2.345   6.101   7.429
    8    HE2  TYR  21           HE2      TYR  21  -0.750   3.193   7.820
    9    HH   TYR  21           HH       TYR  21  -0.036   6.520   7.405

  No H/Q in entry =           9
  In of MODEL    7
    1    H    VAL  22           H        VAL  22   5.669   1.196   3.844
    2    HA   VAL  22           HA       VAL  22   5.971  -1.701   4.167
    3    HB   VAL  22           HB       VAL  22   7.167   0.213   2.111
    4   HG11  VAL  22          HG11      VAL  22   8.723  -1.639   2.536
    5   HG12  VAL  22          HG12      VAL  22   7.426  -2.798   2.226
    6   HG13  VAL  22          HG13      VAL  22   8.000  -1.748   0.931
    7   HG21  VAL  22          HG21      VAL  22   4.982  -1.868   1.926
    8   HG22  VAL  22          HG22      VAL  22   4.833  -0.123   1.698
    9   HG23  VAL  22          HG23      VAL  22   5.732  -1.090   0.527

  No H/Q in entry =           9
  In of MODEL    7
    1    H    SER  23           H        SER  23   7.860  -2.516   5.024
    2    HA   SER  23           HA       SER  23   8.999  -0.922   7.075
    3    HB2  SER  23           HB2      SER  23   8.406  -3.340   7.261
    4    HB3  SER  23           HB3      SER  23   9.760  -3.720   6.199
    5    HG   SER  23           HG       SER  23  10.569  -3.939   8.206

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLY  24           H        GLY  24  11.736  -2.117   7.076
    2    HA2  GLY  24           HA2      GLY  24  13.619  -0.781   6.942
    3    HA3  GLY  24           HA3      GLY  24  12.765   0.308   5.862

  No H/Q in entry =           3
  In of MODEL    7
    1    H    PHE  25           H        PHE  25  12.135  -0.904   3.731
    2    HA   PHE  25           HA       PHE  25  14.430  -2.430   2.737
    3    HB2  PHE  25           HB2      PHE  25  11.792  -1.778   1.399
    4    HB3  PHE  25           HB3      PHE  25  13.042  -2.831   0.752
    5    HD1  PHE  25           HD1      PHE  25  10.584  -2.490   3.514
    6    HD2  PHE  25           HD2      PHE  25  13.143  -5.130   1.361
    7    HE1  PHE  25           HE1      PHE  25   9.533  -4.418   4.642
    8    HE2  PHE  25           HE2      PHE  25  12.089  -7.067   2.483
    9    HZ   PHE  25           HZ       PHE  25  10.264  -6.698   4.098

  No H/Q in entry =           9
  In of MODEL    7
    1    H    HIS  26           H        HIS  26  15.344  -1.787   0.671
    2    HA   HIS  26           HA       HIS  26  15.612   1.139   0.603
    3    HB2  HIS  26           HB2      HIS  26  17.779   0.297   0.583
    4    HB3  HIS  26           HB3      HIS  26  17.346  -1.072  -0.464
    5    HD2  HIS  26           HD2      HIS  26  16.899   2.730  -1.431
    6    HE1  HIS  26           HE1      HIS  26  19.860   0.947  -3.874
    7    HE2  HIS  26           HE2      HIS  26  18.360   2.965  -3.568

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   PRO  27           HA       PRO  27  12.286   1.632  -2.168
    2    HB2  PRO  27           HB2      PRO  27  13.956   4.021  -2.859
    3    HB3  PRO  27           HB3      PRO  27  12.227   3.940  -2.504
    4    HG2  PRO  27           HG2      PRO  27  13.946   4.798  -0.666
    5    HG3  PRO  27           HG3      PRO  27  12.566   3.759  -0.206
    6    HD2  PRO  27           HD2      PRO  27  15.473   3.110  -0.416
    7    HD3  PRO  27           HD3      PRO  27  14.228   2.413   0.643

  No H/Q in entry =           7
  In of MODEL    7
    1    H    SER  28           H        SER  28  15.524   1.309  -3.288
    2    HA   SER  28           HA       SER  28  14.863   1.882  -6.025
    3    HB2  SER  28           HB2      SER  28  17.084   2.446  -4.947
    4    HB3  SER  28           HB3      SER  28  17.444   0.720  -4.981
    5    HG   SER  28           HG       SER  28  17.162   0.785  -7.277

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ASP  29           H        ASP  29  15.356  -1.101  -4.077
    2    HA   ASP  29           HA       ASP  29  14.831  -2.610  -6.581
    3    HB2  ASP  29           HB2      ASP  29  16.284  -3.721  -4.172
    4    HB3  ASP  29           HB3      ASP  29  16.106  -4.458  -5.758

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ILE  30           H        ILE  30  12.620  -1.702  -4.885
    2    HA   ILE  30           HA       ILE  30  11.676  -4.405  -4.179
    3    HB   ILE  30           HB       ILE  30  10.742  -3.797  -2.195
    4   HG12  ILE  30          HG12      ILE  30  10.508  -0.900  -3.093
    5   HG13  ILE  30          HG13      ILE  30   9.220  -2.109  -3.159
    6   HG21  ILE  30          HG21      ILE  30  12.954  -1.779  -2.508
    7   HG22  ILE  30          HG22      ILE  30  12.160  -2.141  -0.974
    8   HG23  ILE  30          HG23      ILE  30  13.053  -3.399  -1.823
    9   HD11  ILE  30          HD11      ILE  30   9.277  -2.309  -0.729
   10   HD12  ILE  30          HD12      ILE  30  10.571  -1.110  -0.659
   11   HD13  ILE  30          HD13      ILE  30   8.972  -0.650  -1.238

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLU  31           H        GLU  31   9.319  -4.628  -4.137
    2    HA   GLU  31           HA       GLU  31   7.991  -2.958  -6.175
    3    HB2  GLU  31           HB2      GLU  31   7.995  -5.960  -5.867
    4    HB3  GLU  31           HB3      GLU  31   6.756  -5.110  -6.776
    5    HG2  GLU  31           HG2      GLU  31   8.321  -4.344  -8.385
    6    HG3  GLU  31           HG3      GLU  31   9.692  -4.833  -7.393

  No H/Q in entry =           6
  In of MODEL    7
    1    H    VAL  32           H        VAL  32   6.322  -1.939  -5.233
    2    HA   VAL  32           HA       VAL  32   4.624  -3.441  -3.379
    3    HB   VAL  32           HB       VAL  32   5.522  -2.247  -1.657
    4   HG11  VAL  32          HG11      VAL  32   7.285  -1.309  -3.101
    5   HG12  VAL  32          HG12      VAL  32   6.210   0.023  -3.515
    6   HG13  VAL  32          HG13      VAL  32   6.753  -0.190  -1.848
    7   HG21  VAL  32          HG21      VAL  32   3.249  -1.398  -1.784
    8   HG22  VAL  32          HG22      VAL  32   4.346  -0.159  -1.175
    9   HG23  VAL  32          HG23      VAL  32   3.778  -0.091  -2.843

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ASP  33           H        ASP  33   2.484  -3.229  -3.797
    2    HA   ASP  33           HA       ASP  33   1.615  -0.978  -5.456
    3    HB2  ASP  33           HB2      ASP  33   1.073  -3.917  -6.095
    4    HB3  ASP  33           HB3      ASP  33   0.184  -2.575  -6.821

  No H/Q in entry =           4
  In of MODEL    7
    1    H    LEU  34           H        LEU  34  -0.788  -0.872  -5.515
    2    HA   LEU  34           HA       LEU  34  -1.920  -1.787  -2.952
    3    HB2  LEU  34           HB2      LEU  34  -2.275   0.745  -4.478
    4    HB3  LEU  34           HB3      LEU  34  -3.660   0.139  -3.593
    5    HG   LEU  34           HG       LEU  34  -2.238   0.132  -1.512
    6   HD11  LEU  34          HD11      LEU  34  -0.032   0.089  -2.560
    7   HD12  LEU  34          HD12      LEU  34  -0.313   1.701  -3.224
    8   HD13  LEU  34          HD13      LEU  34  -0.208   1.468  -1.478
    9   HD21  LEU  34          HD21      LEU  34  -3.826   1.926  -2.023
   10   HD22  LEU  34          HD22      LEU  34  -2.427   2.498  -1.117
   11   HD23  LEU  34          HD23      LEU  34  -2.542   2.807  -2.848

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU  35           H        LEU  35  -3.657  -3.081  -2.984
    2    HA   LEU  35           HA       LEU  35  -4.685  -3.853  -5.637
    3    HB2  LEU  35           HB2      LEU  35  -4.159  -5.684  -3.293
    4    HB3  LEU  35           HB3      LEU  35  -4.758  -6.152  -4.866
    5    HG   LEU  35           HG       LEU  35  -1.977  -5.381  -4.061
    6   HD11  LEU  35          HD11      LEU  35  -3.248  -7.662  -5.575
    7   HD12  LEU  35          HD12      LEU  35  -1.514  -7.462  -5.366
    8   HD13  LEU  35          HD13      LEU  35  -2.552  -7.716  -3.957
    9   HD21  LEU  35          HD21      LEU  35  -2.615  -4.033  -6.087
   10   HD22  LEU  35          HD22      LEU  35  -1.281  -5.162  -6.325
   11   HD23  LEU  35          HD23      LEU  35  -2.888  -5.558  -6.931

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LYS  36           H        LYS  36  -6.648  -5.158  -5.570
    2    HA   LYS  36           HA       LYS  36  -8.370  -4.836  -3.202
    3    HB2  LYS  36           HB2      LYS  36  -9.601  -5.281  -5.886
    4    HB3  LYS  36           HB3      LYS  36 -10.217  -4.325  -4.523
    5    HG2  LYS  36           HG2      LYS  36  -8.709  -2.523  -5.103
    6    HG3  LYS  36           HG3      LYS  36  -7.947  -3.490  -6.351
    7    HD2  LYS  36           HD2      LYS  36  -9.498  -1.840  -7.304
    8    HD3  LYS  36           HD3      LYS  36  -9.994  -3.496  -7.679
    9    HE2  LYS  36           HE2      LYS  36 -11.887  -1.955  -7.039
   10    HE3  LYS  36           HE3      LYS  36 -11.760  -3.379  -6.004
   11    HZ1  LYS  36           HZ1      LYS  36 -10.612  -0.723  -5.322
   12    HZ2  LYS  36           HZ2      LYS  36 -12.155  -1.230  -4.837
   13    HZ3  LYS  36           HZ3      LYS  36 -10.781  -2.063  -4.296

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ASN  37           H        ASN  37  -8.371  -6.911  -2.336
    2    HA   ASN  37           HA       ASN  37  -8.028  -9.188  -2.273
    3    HB2  ASN  37           HB2      ASN  37  -9.944 -10.366  -3.595
    4    HB3  ASN  37           HB3      ASN  37 -10.366  -9.274  -2.286
    5   HD21  ASN  37          HD21      ASN  37 -10.969  -7.108  -2.861
    6   HD22  ASN  37          HD22      ASN  37 -11.762  -6.786  -4.371

  No H/Q in entry =           6
  In of MODEL    7
    1    H    GLY  38           H        GLY  38  -6.031  -8.423  -3.719
    2    HA2  GLY  38           HA2      GLY  38  -5.591 -10.603  -5.496
    3    HA3  GLY  38           HA3      GLY  38  -4.457  -9.319  -5.162

  No H/Q in entry =           3
  In of MODEL    7
    1    H    GLU  39           H        GLU  39  -6.466  -7.265  -6.060
    2    HA   GLU  39           HA       GLU  39  -6.077  -7.690  -8.940
    3    HB2  GLU  39           HB2      GLU  39  -8.462  -8.062  -8.398
    4    HB3  GLU  39           HB3      GLU  39  -8.539  -6.465  -7.668
    5    HG2  GLU  39           HG2      GLU  39  -9.511  -6.425  -9.889
    6    HG3  GLU  39           HG3      GLU  39  -8.044  -5.448  -9.841

  No H/Q in entry =           6
  In of MODEL    7
    1    H    ARG  40           H        ARG  40  -4.667  -6.257  -9.567
    2    HA   ARG  40           HA       ARG  40  -3.758  -4.043  -8.192
    3    HB2  ARG  40           HB2      ARG  40  -2.971  -5.342 -10.425
    4    HB3  ARG  40           HB3      ARG  40  -3.709  -3.939 -11.178
    5    HG2  ARG  40           HG2      ARG  40  -2.222  -2.481  -9.857
    6    HG3  ARG  40           HG3      ARG  40  -1.441  -3.913  -9.200
    7    HD2  ARG  40           HD2      ARG  40  -0.111  -3.046 -11.028
    8    HD3  ARG  40           HD3      ARG  40  -0.809  -4.587 -11.528
    9    HE   ARG  40           HE       ARG  40  -2.534  -2.496 -12.288
   10   HH11  ARG  40          HH11      ARG  40   0.594  -3.864 -13.097
   11   HH12  ARG  40          HH12      ARG  40   0.545  -3.328 -14.752
   12   HH21  ARG  40          HH21      ARG  40  -2.618  -1.833 -14.475
   13   HH22  ARG  40          HH22      ARG  40  -1.284  -2.173 -15.535

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE  41           H        ILE  41  -4.360  -2.023  -7.946
    2    HA   ILE  41           HA       ILE  41  -6.973  -1.157  -8.784
    3    HB   ILE  41           HB       ILE  41  -4.852   0.308  -7.255
    4   HG12  ILE  41          HG12      ILE  41  -7.193  -1.332  -6.276
    5   HG13  ILE  41          HG13      ILE  41  -5.499  -1.777  -6.127
    6   HG21  ILE  41          HG21      ILE  41  -6.488   1.846  -8.191
    7   HG22  ILE  41          HG22      ILE  41  -7.802   0.887  -7.512
    8   HG23  ILE  41          HG23      ILE  41  -6.688   1.737  -6.440
    9   HD11  ILE  41          HD11      ILE  41  -6.463   0.749  -4.877
   10   HD12  ILE  41          HD12      ILE  41  -6.779  -0.808  -4.105
   11   HD13  ILE  41          HD13      ILE  41  -5.117  -0.307  -4.433

  No H/Q in entry =          11
  In of MODEL    7
    1    H    GLU  42           H        GLU  42  -4.114   0.885  -8.678
    2    HA   GLU  42           HA       GLU  42  -2.680   0.822 -10.767
    3    HB2  GLU  42           HB2      GLU  42  -5.358   1.480 -11.879
    4    HB3  GLU  42           HB3      GLU  42  -3.947   2.295 -12.535
    5    HG2  GLU  42           HG2      GLU  42  -4.478   0.411 -13.846
    6    HG3  GLU  42           HG3      GLU  42  -2.939   0.143 -13.057

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LYS  43           H        LYS  43  -5.036   3.092  -9.387
    2    HA   LYS  43           HA       LYS  43  -3.704   5.427 -10.383
    3    HB2  LYS  43           HB2      LYS  43  -5.709   5.269  -8.125
    4    HB3  LYS  43           HB3      LYS  43  -5.326   6.669  -9.109
    5    HG2  LYS  43           HG2      LYS  43  -6.914   4.226  -9.905
    6    HG3  LYS  43           HG3      LYS  43  -7.455   5.905  -9.804
    7    HD2  LYS  43           HD2      LYS  43  -5.728   6.399 -11.613
    8    HD3  LYS  43           HD3      LYS  43  -5.620   4.648 -11.817
    9    HE2  LYS  43           HE2      LYS  43  -8.033   4.559 -12.277
   10    HE3  LYS  43           HE3      LYS  43  -8.128   6.309 -12.082
   11    HZ1  LYS  43           HZ1      LYS  43  -6.430   4.967 -14.118
   12    HZ2  LYS  43           HZ2      LYS  43  -7.995   5.546 -14.423
   13    HZ3  LYS  43           HZ3      LYS  43  -6.763   6.627 -13.991

  No H/Q in entry =          13
  In of MODEL    7
    1    H    VAL  44           H        VAL  44  -1.650   4.202  -9.200
    2    HA   VAL  44           HA       VAL  44  -1.467   5.406  -6.528
    3    HB   VAL  44           HB       VAL  44  -1.537   2.669  -6.970
    4   HG11  VAL  44          HG11      VAL  44   1.315   3.499  -6.598
    5   HG12  VAL  44          HG12      VAL  44   0.705   1.870  -6.326
    6   HG13  VAL  44          HG13      VAL  44   0.649   2.573  -7.943
    7   HG21  VAL  44          HG21      VAL  44  -1.993   3.813  -4.878
    8   HG22  VAL  44          HG22      VAL  44  -0.883   2.462  -4.648
    9   HG23  VAL  44          HG23      VAL  44  -0.269   4.117  -4.666

  No H/Q in entry =           9
  In of MODEL    7
    1    H    GLU  45           H        GLU  45   0.264   6.659  -6.251
    2    HA   GLU  45           HA       GLU  45   2.659   6.293  -7.847
    3    HB2  GLU  45           HB2      GLU  45   0.771   8.579  -8.212
    4    HB3  GLU  45           HB3      GLU  45   2.498   8.881  -8.341
    5    HG2  GLU  45           HG2      GLU  45   0.995   6.838  -9.950
    6    HG3  GLU  45           HG3      GLU  45   1.394   8.465 -10.506

  No H/Q in entry =           6
  In of MODEL    7
    1    H    HIS  46           H        HIS  46   4.153   6.281  -6.244
    2    HA   HIS  46           HA       HIS  46   4.536   8.832  -4.914
    3    HB2  HIS  46           HB2      HIS  46   3.258   6.906  -3.482
    4    HB3  HIS  46           HB3      HIS  46   4.932   6.494  -3.140
    5    HD2  HIS  46           HD2      HIS  46   5.861   9.764  -3.020
    6    HE1  HIS  46           HE1      HIS  46   3.320   9.644   0.356
    7    HE2  HIS  46           HE2      HIS  46   5.338  10.767  -0.685

  No H/Q in entry =           7
  In of MODEL    7
    1    H    SER  47           H        SER  47   6.632   9.345  -5.065
    2    HA   SER  47           HA       SER  47   8.587   7.172  -5.418
    3    HB2  SER  47           HB2      SER  47   8.452   9.654  -7.157
    4    HB3  SER  47           HB3      SER  47   9.650   8.366  -7.270
    5    HG   SER  47           HG       SER  47   6.852   8.179  -7.772

  No H/Q in entry =           5
  In of MODEL    7
    1    H    ASP  48           H        ASP  48  10.116   7.394  -3.870
    2    HA   ASP  48           HA       ASP  48  11.144  10.075  -3.369
    3    HB2  ASP  48           HB2      ASP  48   9.328   9.295  -1.608
    4    HB3  ASP  48           HB3      ASP  48  10.686   8.378  -0.952

  No H/Q in entry =           4
  In of MODEL    7
    1    H    LEU  49           H        LEU  49  12.947   9.295  -4.514
    2    HA   LEU  49           HA       LEU  49  15.115   9.462  -4.214
    3    HB2  LEU  49           HB2      LEU  49  16.391   9.090  -2.292
    4    HB3  LEU  49           HB3      LEU  49  14.932   9.915  -1.810
    5    HG   LEU  49           HG       LEU  49  16.009   8.136  -0.283
    6   HD11  LEU  49          HD11      LEU  49  13.920   9.225   0.233
    7   HD12  LEU  49          HD12      LEU  49  13.049   8.057  -0.767
    8   HD13  LEU  49          HD13      LEU  49  13.882   7.520   0.690
    9   HD21  LEU  49          HD21      LEU  49  14.496   6.295  -2.100
   10   HD22  LEU  49          HD22      LEU  49  16.237   6.322  -1.829
   11   HD23  LEU  49          HD23      LEU  49  15.147   5.868  -0.518

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  50           H        SER  50  17.043   8.043  -4.277
    2    HA   SER  50           HA       SER  50  16.102   5.692  -5.781
    3    HB2  SER  50           HB2      SER  50  16.919   7.524  -7.220
    4    HB3  SER  50           HB3      SER  50  18.458   7.510  -6.364
    5    HG   SER  50           HG       SER  50  18.490   6.329  -8.351

  No H/Q in entry =           5
  In of MODEL    7
    1    H    PHE  51           H        PHE  51  18.104   6.831  -3.270
    2    HA   PHE  51           HA       PHE  51  19.321   4.216  -2.979
    3    HB2  PHE  51           HB2      PHE  51  20.901   5.546  -4.384
    4    HB3  PHE  51           HB3      PHE  51  21.012   6.726  -3.083
    5    HD1  PHE  51           HD1      PHE  51  22.854   6.572  -1.734
    6    HD2  PHE  51           HD2      PHE  51  21.314   3.029  -3.516
    7    HE1  PHE  51           HE1      PHE  51  24.681   5.274  -0.721
    8    HE2  PHE  51           HE2      PHE  51  23.136   1.722  -2.502
    9    HZ   PHE  51           HZ       PHE  51  24.823   2.843  -1.103

  No H/Q in entry =           9
  In of MODEL    7
    1    H    SER  52           H        SER  52  19.130   3.644  -0.945
    2    HA   SER  52           HA       SER  52  18.224   5.443   1.054
    3    HB2  SER  52           HB2      SER  52  19.214   2.599   1.243
    4    HB3  SER  52           HB3      SER  52  18.498   3.484   2.590
    5    HG   SER  52           HG       SER  52  16.651   2.910   1.807

  No H/Q in entry =           5
  In of MODEL    7
    1    H    LYS  53           H        LYS  53  20.406   6.742   0.329
    2    HA   LYS  53           HA       LYS  53  22.360   6.327   2.488
    3    HB2  LYS  53           HB2      LYS  53  23.129   6.832   0.120
    4    HB3  LYS  53           HB3      LYS  53  22.410   8.427   0.305
    5    HG2  LYS  53           HG2      LYS  53  23.902   8.794   2.267
    6    HG3  LYS  53           HG3      LYS  53  24.697   7.267   1.879
    7    HD2  LYS  53           HD2      LYS  53  25.244   8.165  -0.358
    8    HD3  LYS  53           HD3      LYS  53  24.520   9.706   0.110
    9    HE2  LYS  53           HE2      LYS  53  26.916   9.832   0.369
   10    HE3  LYS  53           HE3      LYS  53  26.151   9.871   1.958
   11    HZ1  LYS  53           HZ1      LYS  53  27.245   7.398   0.738
   12    HZ2  LYS  53           HZ2      LYS  53  28.144   8.402   1.767
   13    HZ3  LYS  53           HZ3      LYS  53  26.751   7.624   2.341

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ASP  54           H        ASP  54  19.464   7.505   2.165
    2    HA   ASP  54           HA       ASP  54  19.780   9.563   4.194
    3    HB2  ASP  54           HB2      ASP  54  19.836  10.952   2.193
    4    HB3  ASP  54           HB3      ASP  54  18.394  10.176   1.549

  No H/Q in entry =           4
  In of MODEL    7
    1    H    TRP  55           H        TRP  55  17.465   7.944   2.032
    2    HA   TRP  55           HA       TRP  55  15.268   7.782   3.658
    3    HB2  TRP  55           HB2      TRP  55  15.462   6.787   1.351
    4    HB3  TRP  55           HB3      TRP  55  16.349   5.442   2.064
    5    HD1  TRP  55           HD1      TRP  55  12.846   6.807   1.584
    6    HE1  TRP  55           HE1      TRP  55  11.141   5.153   2.509
    7    HE3  TRP  55           HE3      TRP  55  16.044   3.516   3.980
    8    HZ2  TRP  55           HZ2      TRP  55  11.104   2.811   4.015
    9    HZ3  TRP  55           HZ3      TRP  55  15.039   1.599   5.132
   10    HH2  TRP  55           HH2      TRP  55  12.626   1.247   5.153

  No H/Q in entry =          10
  In of MODEL    7
    1    H    SER  56           H        SER  56  15.392   7.464   5.763
    2    HA   SER  56           HA       SER  56  16.255   4.788   6.568
    3    HB2  SER  56           HB2      SER  56  16.718   5.936   8.871
    4    HB3  SER  56           HB3      SER  56  17.940   6.045   7.602
    5    HG   SER  56           HG       SER  56  17.738   8.125   7.752

  No H/Q in entry =           5
  In of MODEL    7
    1    H    PHE  57           H        PHE  57  13.891   7.360   6.642
    2    HA   PHE  57           HA       PHE  57  12.386   6.556   8.791
    3    HB2  PHE  57           HB2      PHE  57  10.615   7.943   7.742
    4    HB3  PHE  57           HB3      PHE  57  12.166   8.746   7.867
    5    HD1  PHE  57           HD1      PHE  57   9.442   8.623   5.913
    6    HD2  PHE  57           HD2      PHE  57  13.635   8.055   5.534
    7    HE1  PHE  57           HE1      PHE  57   9.305   9.196   3.526
    8    HE2  PHE  57           HE2      PHE  57  13.511   8.614   3.149
    9    HZ   PHE  57           HZ       PHE  57  11.340   9.192   2.140

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR  58           H        TYR  58  11.194   6.076   5.407
    2    HA   TYR  58           HA       TYR  58  10.118   3.551   5.781
    3    HB2  TYR  58           HB2      TYR  58   7.834   3.969   6.540
    4    HB3  TYR  58           HB3      TYR  58   8.992   4.506   7.740
    5    HD1  TYR  58           HD1      TYR  58   8.261   6.407   8.884
    6    HD2  TYR  58           HD2      TYR  58   7.433   6.112   4.724
    7    HE1  TYR  58           HE1      TYR  58   7.165   8.628   8.947
    8    HE2  TYR  58           HE2      TYR  58   6.328   8.315   4.771
    9    HH   TYR  58           HH       TYR  58   6.670  10.491   7.257

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LEU  59           H        LEU  59   8.521   2.961   4.257
    2    HA   LEU  59           HA       LEU  59   8.377   4.763   1.906
    3    HB2  LEU  59           HB2      LEU  59   8.796   1.859   2.288
    4    HB3  LEU  59           HB3      LEU  59   7.808   2.322   0.918
    5    HG   LEU  59           HG       LEU  59  10.529   3.555   1.312
    6   HD11  LEU  59          HD11      LEU  59  10.836   1.131   1.473
    7   HD12  LEU  59          HD12      LEU  59   9.921   0.908  -0.014
    8   HD13  LEU  59          HD13      LEU  59  11.464   1.747  -0.048
    9   HD21  LEU  59          HD21      LEU  59   8.670   3.054  -1.009
   10   HD22  LEU  59          HD22      LEU  59   9.235   4.606  -0.379
   11   HD23  LEU  59          HD23      LEU  59  10.353   3.540  -1.219

  No H/Q in entry =          11
  In of MODEL    7
    1    H    LEU  60           H        LEU  60   6.433   5.501   1.390
    2    HA   LEU  60           HA       LEU  60   4.028   3.882   1.880
    3    HB2  LEU  60           HB2      LEU  60   3.892   5.468   3.602
    4    HB3  LEU  60           HB3      LEU  60   4.512   6.754   2.591
    5    HG   LEU  60           HG       LEU  60   2.329   6.657   1.327
    6   HD11  LEU  60          HD11      LEU  60   1.541   4.933   3.670
    7   HD12  LEU  60          HD12      LEU  60   0.435   5.620   2.480
    8   HD13  LEU  60          HD13      LEU  60   1.634   4.425   1.983
    9   HD21  LEU  60          HD21      LEU  60   2.825   8.375   2.991
   10   HD22  LEU  60          HD22      LEU  60   1.120   7.928   3.012
   11   HD23  LEU  60          HD23      LEU  60   2.205   7.323   4.263

  No H/Q in entry =          11
  In of MODEL    7
    1    H    TYR  61           H        TYR  61   2.386   4.106   0.351
    2    HA   TYR  61           HA       TYR  61   2.820   5.914  -1.940
    3    HB2  TYR  61           HB2      TYR  61   1.992   2.982  -1.990
    4    HB3  TYR  61           HB3      TYR  61   1.747   4.067  -3.371
    5    HD1  TYR  61           HD1      TYR  61   3.398   4.151  -4.994
    6    HD2  TYR  61           HD2      TYR  61   4.498   2.962  -1.069
    7    HE1  TYR  61           HE1      TYR  61   5.669   3.677  -5.796
    8    HE2  TYR  61           HE2      TYR  61   6.782   2.493  -1.860
    9    HH   TYR  61           HH       TYR  61   7.923   1.935  -3.978

  No H/Q in entry =           9
  In of MODEL    7
    1    H    TYR  62           H        TYR  62   0.681   6.331  -3.159
    2    HA   TYR  62           HA       TYR  62  -1.604   5.916  -1.396
    3    HB2  TYR  62           HB2      TYR  62  -2.365   8.287  -1.714
    4    HB3  TYR  62           HB3      TYR  62  -1.004   8.043  -0.639
    5    HD1  TYR  62           HD1      TYR  62   0.784   9.488  -0.804
    6    HD2  TYR  62           HD2      TYR  62  -1.677   8.950  -4.242
    7    HE1  TYR  62           HE1      TYR  62   2.013  11.269  -1.968
    8    HE2  TYR  62           HE2      TYR  62  -0.448  10.729  -5.404
    9    HH   TYR  62           HH       TYR  62   2.480  12.046  -4.189

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR  63           H        THR  63  -3.573   5.732  -2.307
    2    HA   THR  63           HA       THR  63  -3.936   6.263  -5.168
    3    HB   THR  63           HB       THR  63  -3.286   3.762  -4.649
    4    HG1  THR  63           HG1      THR  63  -4.315   4.790  -6.608
    5   HG21  THR  63          HG21      THR  63  -4.923   3.408  -2.846
    6   HG22  THR  63          HG22      THR  63  -6.229   3.736  -3.985
    7   HG23  THR  63          HG23      THR  63  -5.201   2.320  -4.206

  No H/Q in entry =           7
  In of MODEL    7
    1    H    GLU  64           H        GLU  64  -6.081   6.801  -5.687
    2    HA   GLU  64           HA       GLU  64  -7.788   7.713  -3.626
    3    HB2  GLU  64           HB2      GLU  64  -7.787   8.688  -5.935
    4    HB3  GLU  64           HB3      GLU  64  -8.452   7.181  -6.544
    5    HG2  GLU  64           HG2      GLU  64 -10.455   7.544  -5.118
    6    HG3  GLU  64           HG3      GLU  64  -9.768   9.087  -4.612

  No H/Q in entry =           6
  In of MODEL    7
    1    H    PHE  65           H        PHE  65  -9.455   6.668  -2.531
    2    HA   PHE  65           HA       PHE  65 -10.363   4.120  -3.679
    3    HB2  PHE  65           HB2      PHE  65 -10.293   2.987  -1.615
    4    HB3  PHE  65           HB3      PHE  65  -8.778   3.843  -1.753
    5    HD1  PHE  65           HD1      PHE  65 -12.130   4.901  -0.435
    6    HD2  PHE  65           HD2      PHE  65  -7.982   4.338   0.306
    7    HE1  PHE  65           HE1      PHE  65 -12.411   5.809   1.839
    8    HE2  PHE  65           HE2      PHE  65  -8.267   5.244   2.582
    9    HZ   PHE  65           HZ       PHE  65 -10.490   5.986   3.353

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR  66           H        THR  66 -12.498   3.495  -3.244
    2    HA   THR  66           HA       THR  66 -14.073   5.203  -1.449
    3    HB   THR  66           HB       THR  66 -15.009   4.214  -4.170
    4    HG1  THR  66           HG1      THR  66 -13.781   6.517  -3.302
    5   HG21  THR  66          HG21      THR  66 -16.404   5.855  -2.035
    6   HG22  THR  66          HG22      THR  66 -16.996   5.644  -3.689
    7   HG23  THR  66          HG23      THR  66 -16.857   4.250  -2.619

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   PRO  67           HA       PRO  67 -14.553   0.932  -0.081
    2    HB2  PRO  67           HB2      PRO  67 -15.933   1.698   2.275
    3    HB3  PRO  67           HB3      PRO  67 -14.240   1.245   2.122
    4    HG2  PRO  67           HG2      PRO  67 -15.256   3.818   2.704
    5    HG3  PRO  67           HG3      PRO  67 -13.575   3.375   2.378
    6    HD2  PRO  67           HD2      PRO  67 -15.503   4.748   0.672
    7    HD3  PRO  67           HD3      PRO  67 -13.740   4.644   0.521

  No H/Q in entry =           7
  In of MODEL    7
    1    H    THR  68           H        THR  68 -16.003  -0.502  -0.247
    2    HA   THR  68           HA       THR  68 -18.862   0.163  -0.325
    3    HB   THR  68           HB       THR  68 -19.138  -1.379  -2.226
    4    HG1  THR  68           HG1      THR  68 -16.935  -1.933  -3.255
    5   HG21  THR  68          HG21      THR  68 -18.710   0.991  -2.739
    6   HG22  THR  68          HG22      THR  68 -16.979   0.659  -2.792
    7   HG23  THR  68          HG23      THR  68 -18.052  -0.075  -3.982

  No H/Q in entry =           7
  In of MODEL    7
    1    H    GLU  69           H        GLU  69 -20.209  -1.750   0.213
    2    HA   GLU  69           HA       GLU  69 -19.207  -3.439   2.203
    3    HB2  GLU  69           HB2      GLU  69 -21.527  -3.104   2.186
    4    HB3  GLU  69           HB3      GLU  69 -21.690  -3.479   0.480
    5    HG2  GLU  69           HG2      GLU  69 -22.641  -5.301   1.556
    6    HG3  GLU  69           HG3      GLU  69 -21.021  -5.858   1.127

  No H/Q in entry =           6
  In of MODEL    7
    1    H    LYS  70           H        LYS  70 -18.392  -3.584  -1.035
    2    HA   LYS  70           HA       LYS  70 -18.090  -6.494  -0.964
    3    HB2  LYS  70           HB2      LYS  70 -18.398  -4.635  -3.316
    4    HB3  LYS  70           HB3      LYS  70 -17.950  -6.322  -3.484
    5    HG2  LYS  70           HG2      LYS  70 -20.509  -5.515  -2.107
    6    HG3  LYS  70           HG3      LYS  70 -20.400  -5.674  -3.860
    7    HD2  LYS  70           HD2      LYS  70 -21.111  -7.779  -3.304
    8    HD3  LYS  70           HD3      LYS  70 -19.370  -8.027  -3.288
    9    HE2  LYS  70           HE2      LYS  70 -19.809  -7.287  -0.708
   10    HE3  LYS  70           HE3      LYS  70 -21.330  -8.078  -1.089
   11    HZ1  LYS  70           HZ1      LYS  70 -20.037 -10.016  -1.848
   12    HZ2  LYS  70           HZ2      LYS  70 -18.617  -9.262  -1.299
   13    HZ3  LYS  70           HZ3      LYS  70 -19.835  -9.682  -0.198

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ASP  71           H        ASP  71 -16.213  -3.540  -1.661
    2    HA   ASP  71           HA       ASP  71 -14.168  -5.234  -2.837
    3    HB2  ASP  71           HB2      ASP  71 -14.342  -2.220  -2.712
    4    HB3  ASP  71           HB3      ASP  71 -13.109  -3.136  -3.549

  No H/Q in entry =           4
  In of MODEL    7
    1    H    GLU  72           H        GLU  72 -12.434  -5.797  -1.829
    2    HA   GLU  72           HA       GLU  72 -11.727  -4.914   0.881
    3    HB2  GLU  72           HB2      GLU  72 -11.896  -7.324   0.368
    4    HB3  GLU  72           HB3      GLU  72 -10.724  -7.151  -0.923
    5    HG2  GLU  72           HG2      GLU  72  -9.034  -6.487   0.799
    6    HG3  GLU  72           HG3      GLU  72 -10.228  -6.880   2.034

  No H/Q in entry =           6
  In of MODEL    7
    1    H    TYR  73           H        TYR  73  -9.630  -4.018   1.312
    2    HA   TYR  73           HA       TYR  73  -8.070  -3.345  -1.117
    3    HB2  TYR  73           HB2      TYR  73  -8.492  -1.679   1.374
    4    HB3  TYR  73           HB3      TYR  73  -7.299  -1.304   0.140
    5    HD1  TYR  73           HD1      TYR  73 -10.949  -1.795   0.661
    6    HD2  TYR  73           HD2      TYR  73  -7.897  -0.091  -1.771
    7    HE1  TYR  73           HE1      TYR  73 -12.662  -0.576  -0.644
    8    HE2  TYR  73           HE2      TYR  73  -9.598   1.116  -3.070
    9    HH   TYR  73           HH       TYR  73 -12.883   1.327  -2.080

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ALA  74           H        ALA  74  -6.002  -3.975  -1.214
    2    HA   ALA  74           HA       ALA  74  -4.637  -4.802   1.258
    3    HB1  ALA  74           HB1      ALA  74  -5.503  -6.806   0.239
    4    HB2  ALA  74           HB2      ALA  74  -3.760  -6.754   0.038
    5    HB3  ALA  74           HB3      ALA  74  -4.810  -6.352  -1.322

  No H/Q in entry =           5
  In of MODEL    7
    1    H    CYS  75           H        CYS  75  -2.271  -4.837   1.077
    2    HA   CYS  75           HA       CYS  75  -1.253  -3.439  -1.321
    3    HB2  CYS  75           HB2      CYS  75  -1.169  -1.900   0.517
    4    HB3  CYS  75           HB3      CYS  75  -0.398  -3.092   1.544

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ARG  76           H        ARG  76   0.365  -4.441  -2.400
    2    HA   ARG  76           HA       ARG  76   1.390  -6.979  -1.313
    3    HB2  ARG  76           HB2      ARG  76   0.044  -6.754  -3.510
    4    HB3  ARG  76           HB3      ARG  76   1.517  -6.066  -4.175
    5    HG2  ARG  76           HG2      ARG  76   2.668  -8.111  -3.975
    6    HG3  ARG  76           HG3      ARG  76   1.466  -8.786  -2.871
    7    HD2  ARG  76           HD2      ARG  76   1.238  -9.757  -5.149
    8    HD3  ARG  76           HD3      ARG  76  -0.191  -8.826  -4.675
    9    HE   ARG  76           HE       ARG  76   1.542  -7.094  -6.026
   10   HH11  ARG  76          HH11      ARG  76  -0.289  -9.994  -6.757
   11   HH12  ARG  76          HH12      ARG  76  -0.608  -9.531  -8.405
   12   HH21  ARG  76          HH21      ARG  76   1.130  -6.484  -8.164
   13   HH22  ARG  76          HH22      ARG  76   0.198  -7.518  -9.207

  No H/Q in entry =          13
  In of MODEL    7
    1    H    VAL  77           H        VAL  77   3.573  -7.085  -0.796
    2    HA   VAL  77           HA       VAL  77   5.364  -5.298  -2.301
    3    HB   VAL  77           HB       VAL  77   4.878  -4.551   0.144
    4   HG11  VAL  77          HG11      VAL  77   5.259  -6.713   1.199
    5   HG12  VAL  77          HG12      VAL  77   6.931  -6.703   0.633
    6   HG13  VAL  77          HG13      VAL  77   6.386  -5.500   1.802
    7   HG21  VAL  77          HG21      VAL  77   6.574  -3.606  -1.388
    8   HG22  VAL  77          HG22      VAL  77   7.068  -3.579   0.304
    9   HG23  VAL  77          HG23      VAL  77   7.730  -4.795  -0.788

  No H/Q in entry =           9
  In of MODEL    7
    1    H    ASN  78           H        ASN  78   7.230  -6.047  -2.935
    2    HA   ASN  78           HA       ASN  78   8.155  -8.695  -2.014
    3    HB2  ASN  78           HB2      ASN  78   6.896  -8.881  -4.191
    4    HB3  ASN  78           HB3      ASN  78   8.130  -7.854  -4.924
    5   HD21  ASN  78          HD21      ASN  78   8.729  -9.473  -6.356
    6   HD22  ASN  78          HD22      ASN  78   9.651 -10.854  -5.852

  No H/Q in entry =           6
  In of MODEL    7
    1    H    HIS  79           H        HIS  79  10.288  -9.002  -1.926
    2    HA   HIS  79           HA       HIS  79  12.085  -6.983  -3.043
    3    HB2  HIS  79           HB2      HIS  79  11.756  -6.536  -0.572
    4    HB3  HIS  79           HB3      HIS  79  12.423  -8.126  -0.251
    5    HD2  HIS  79           HD2      HIS  79  13.591  -4.553  -1.155
    6    HE1  HIS  79           HE1      HIS  79  16.999  -7.019  -0.729
    7    HE2  HIS  79           HE2      HIS  79  16.182  -4.677  -1.250

  No H/Q in entry =           7
  In of MODEL    7
    1    H    VAL  80           H        VAL  80  14.299  -7.869  -3.281
    2    HA   VAL  80           HA       VAL  80  14.434 -10.262  -4.605
    3    HB   VAL  80           HB       VAL  80  16.693  -9.097  -2.966
    4   HG11  VAL  80          HG11      VAL  80  16.757 -10.935  -5.364
    5   HG12  VAL  80          HG12      VAL  80  18.165 -10.204  -4.590
    6   HG13  VAL  80          HG13      VAL  80  17.176 -11.367  -3.706
    7   HG21  VAL  80          HG21      VAL  80  15.836  -8.525  -5.802
    8   HG22  VAL  80          HG22      VAL  80  15.789  -7.411  -4.436
    9   HG23  VAL  80          HG23      VAL  80  17.338  -7.964  -5.067

  No H/Q in entry =           9
  In of MODEL    7
    1    H    THR  81           H        THR  81  14.605  -9.782  -1.136
    2    HA   THR  81           HA       THR  81  15.680 -12.392  -0.582
    3    HB   THR  81           HB       THR  81  16.141 -10.738   1.066
    4    HG1  THR  81           HG1      THR  81  15.692 -12.863   1.862
    5   HG21  THR  81          HG21      THR  81  13.151 -10.375   1.391
    6   HG22  THR  81          HG22      THR  81  14.393  -9.612   2.388
    7   HG23  THR  81          HG23      THR  81  14.269  -9.213   0.676

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LEU  82           H        LEU  82  12.401 -11.025   0.004
    2    HA   LEU  82           HA       LEU  82  11.192 -13.231   1.067
    3    HB2  LEU  82           HB2      LEU  82   9.899 -11.352  -0.906
    4    HB3  LEU  82           HB3      LEU  82   9.060 -12.409   0.222
    5    HG   LEU  82           HG       LEU  82  10.881 -10.172   1.082
    6   HD11  LEU  82          HD11      LEU  82   7.895 -10.241   0.770
    7   HD12  LEU  82          HD12      LEU  82   8.794  -8.977   1.614
    8   HD13  LEU  82          HD13      LEU  82   9.043  -9.232  -0.112
    9   HD21  LEU  82          HD21      LEU  82   8.902 -11.902   2.561
   10   HD22  LEU  82          HD22      LEU  82  10.655 -11.888   2.761
   11   HD23  LEU  82          HD23      LEU  82   9.703 -10.486   3.242

  No H/Q in entry =          11
  In of MODEL    7
    1    H    SER  83           H        SER  83  11.517 -12.521  -2.381
    2    HA   SER  83           HA       SER  83  11.480 -13.841  -4.228
    3    HB2  SER  83           HB2      SER  83  11.145 -16.204  -2.365
    4    HB3  SER  83           HB3      SER  83  11.644 -16.254  -4.057
    5    HG   SER  83           HG       SER  83  13.079 -14.850  -2.044

  No H/Q in entry =           5
  In of MODEL    7
    1    H    GLN  84           H        GLN  84   9.060 -14.180  -1.789
    2    HA   GLN  84           HA       GLN  84   7.038 -14.187  -3.910
    3    HB2  GLN  84           HB2      GLN  84   5.541 -15.591  -2.555
    4    HB3  GLN  84           HB3      GLN  84   7.030 -16.437  -2.939
    5    HG2  GLN  84           HG2      GLN  84   7.845 -16.080  -0.669
    6    HG3  GLN  84           HG3      GLN  84   6.425 -15.098  -0.297
    7   HE21  GLN  84          HE21      GLN  84   5.788 -16.428   1.365
    8   HE22  GLN  84          HE22      GLN  84   5.117 -18.000   1.101

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   PRO  85           HA       PRO  85   6.121 -10.448  -1.567
    2    HB2  PRO  85           HB2      PRO  85   3.949  -9.653  -3.008
    3    HB3  PRO  85           HB3      PRO  85   5.632  -9.317  -3.459
    4    HG2  PRO  85           HG2      PRO  85   3.761 -11.406  -4.499
    5    HG3  PRO  85           HG3      PRO  85   4.981 -10.448  -5.371
    6    HD2  PRO  85           HD2      PRO  85   5.393 -13.078  -4.635
    7    HD3  PRO  85           HD3      PRO  85   6.724 -11.878  -4.777

  No H/Q in entry =           7
  In of MODEL    7
    1    H    LYS  86           H        LYS  86   4.501  -9.643  -0.236
    2    HA   LYS  86           HA       LYS  86   2.529 -11.675   0.566
    3    HB2  LYS  86           HB2      LYS  86   3.462  -9.353   2.247
    4    HB3  LYS  86           HB3      LYS  86   2.614 -10.794   2.782
    5    HG2  LYS  86           HG2      LYS  86   5.483 -10.589   1.877
    6    HG3  LYS  86           HG3      LYS  86   4.907 -10.879   3.512
    7    HD2  LYS  86           HD2      LYS  86   3.810 -12.885   1.806
    8    HD3  LYS  86           HD3      LYS  86   5.543 -12.763   1.490
    9    HE2  LYS  86           HE2      LYS  86   4.232 -13.221   4.180
   10    HE3  LYS  86           HE3      LYS  86   5.150 -14.396   3.242
   11    HZ1  LYS  86           HZ1      LYS  86   6.249 -11.887   4.388
   12    HZ2  LYS  86           HZ2      LYS  86   6.438 -13.433   5.050
   13    HZ3  LYS  86           HZ3      LYS  86   7.124 -13.072   3.543

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ILE  87           H        ILE  87   0.462 -10.968   1.181
    2    HA   ILE  87           HA       ILE  87  -0.292  -8.282   0.235
    3    HB   ILE  87           HB       ILE  87  -1.661 -10.828  -0.238
    4   HG12  ILE  87          HG12      ILE  87  -1.126  -9.605  -2.162
    5   HG13  ILE  87          HG13      ILE  87  -2.841  -9.247  -1.944
    6   HG21  ILE  87          HG21      ILE  87  -3.228  -8.516   0.870
    7   HG22  ILE  87          HG22      ILE  87  -3.949  -9.786  -0.123
    8   HG23  ILE  87          HG23      ILE  87  -3.210 -10.190   1.430
    9   HD11  ILE  87          HD11      ILE  87  -0.590  -7.474  -1.067
   10   HD12  ILE  87          HD12      ILE  87  -1.559  -7.269  -2.523
   11   HD13  ILE  87          HD13      ILE  87  -2.313  -7.134  -0.940

  No H/Q in entry =          11
  In of MODEL    7
    1    H    VAL  88           H        VAL  88  -1.060  -6.900   1.642
    2    HA   VAL  88           HA       VAL  88  -1.948  -7.898   4.262
    3    HB   VAL  88           HB       VAL  88   0.093  -6.578   4.455
    4   HG11  VAL  88          HG11      VAL  88  -1.439  -4.405   3.076
    5   HG12  VAL  88          HG12      VAL  88   0.075  -4.154   3.944
    6   HG13  VAL  88          HG13      VAL  88   0.037  -5.196   2.514
    7   HG21  VAL  88          HG21      VAL  88  -2.405  -5.285   5.486
    8   HG22  VAL  88          HG22      VAL  88  -1.339  -6.412   6.324
    9   HG23  VAL  88          HG23      VAL  88  -0.792  -4.767   5.978

  No H/Q in entry =           9
  In of MODEL    7
    1    H    LYS  89           H        LYS  89  -4.078  -7.546   4.653
    2    HA   LYS  89           HA       LYS  89  -5.419  -5.693   2.823
    3    HB2  LYS  89           HB2      LYS  89  -6.701  -7.982   4.304
    4    HB3  LYS  89           HB3      LYS  89  -7.381  -7.042   2.986
    5    HG2  LYS  89           HG2      LYS  89  -6.040  -8.060   1.405
    6    HG3  LYS  89           HG3      LYS  89  -4.891  -8.624   2.618
    7    HD2  LYS  89           HD2      LYS  89  -7.732  -9.568   2.385
    8    HD3  LYS  89           HD3      LYS  89  -6.347 -10.427   1.710
    9    HE2  LYS  89           HE2      LYS  89  -5.430 -10.663   3.985
   10    HE3  LYS  89           HE3      LYS  89  -6.844  -9.830   4.632
   11    HZ1  LYS  89           HZ1      LYS  89  -8.185 -11.650   3.523
   12    HZ2  LYS  89           HZ2      LYS  89  -6.722 -12.495   3.347
   13    HZ3  LYS  89           HZ3      LYS  89  -7.294 -12.090   4.891

  No H/Q in entry =          13
  In of MODEL    7
    1    H    TRP  90           H        TRP  90  -7.073  -4.379   3.668
    2    HA   TRP  90           HA       TRP  90  -6.423  -3.507   6.353
    3    HB2  TRP  90           HB2      TRP  90  -6.541  -1.816   4.578
    4    HB3  TRP  90           HB3      TRP  90  -8.207  -2.274   4.246
    5    HD1  TRP  90           HD1      TRP  90  -6.547  -1.283   7.657
    6    HE1  TRP  90           HE1      TRP  90  -7.913   0.592   8.677
    7    HE3  TRP  90           HE3      TRP  90  -9.956  -0.621   3.848
    8    HZ2  TRP  90           HZ2      TRP  90 -10.208   2.112   8.043
    9    HZ3  TRP  90           HZ3      TRP  90 -11.690   1.090   4.145
   10    HH2  TRP  90           HH2      TRP  90 -11.819   2.448   6.174

  No H/Q in entry =          10
  In of MODEL    7
    1    H    ASP  91           H        ASP  91  -7.640  -3.727   8.104
    2    HA   ASP  91           HA       ASP  91  -9.708  -5.685   8.138
    3    HB2  ASP  91           HB2      ASP  91  -8.686  -3.808  10.277
    4    HB3  ASP  91           HB3      ASP  91  -9.888  -5.061  10.560

  No H/Q in entry =           4
  In of MODEL    7
    1    H    ARG  92           H        ARG  92 -11.589  -5.143   7.151
    2    HA   ARG  92           HA       ARG  92 -13.583  -3.812   8.406
    3    HB2  ARG  92           HB2      ARG  92 -13.698  -1.579   7.711
    4    HB3  ARG  92           HB3      ARG  92 -11.955  -1.813   7.834
    5    HG2  ARG  92           HG2      ARG  92 -12.146  -0.733   5.814
    6    HG3  ARG  92           HG3      ARG  92 -12.053  -2.430   5.320
    7    HD2  ARG  92           HD2      ARG  92 -14.635  -2.365   5.332
    8    HD3  ARG  92           HD3      ARG  92 -14.464  -0.607   5.387
    9    HE   ARG  92           HE       ARG  92 -12.886  -1.658   3.304
   10   HH11  ARG  92          HH11      ARG  92 -16.214  -1.036   4.195
   11   HH12  ARG  92          HH12      ARG  92 -16.816  -1.211   2.579
   12   HH21  ARG  92          HH21      ARG  92 -13.672  -1.894   1.176
   13   HH22  ARG  92          HH22      ARG  92 -15.372  -1.735   0.868

  No H/Q in entry =          13
  In of MODEL    7
    1    H    ASP  93           H        ASP  93 -12.184  -5.213   5.710
    2    HA   ASP  93           HA       ASP  93 -14.745  -5.485   4.314
    3    HB2  ASP  93           HB2      ASP  93 -13.402  -5.174   2.148
    4    HB3  ASP  93           HB3      ASP  93 -13.947  -3.734   3.012

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   MET  94           HA       MET  94 -11.367  -8.775   3.340
    2    HB2  MET  94           HB2      MET  94  -9.949  -9.800   5.219
    3    HB3  MET  94           HB3      MET  94  -9.424  -8.276   4.512
    4    HG2  MET  94           HG2      MET  94  -9.230  -8.459   7.023
    5    HG3  MET  94           HG3      MET  94 -10.076  -7.030   6.434
    6    HE1  MET  94           HE1      MET  94 -10.059  -8.219   9.434
    7    HE2  MET  94           HE2      MET  94 -10.900  -6.730   9.004
    8    HE3  MET  94           HE3      MET  94 -11.748  -7.998   9.890

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   MET   1           HA       MET   1   4.971  -7.876   7.051
    2    HB2  MET   1           HB2      MET   1   5.377  -8.348   9.434
    3    HB3  MET   1           HB3      MET   1   5.473  -6.623   9.761
    4    HG2  MET   1           HG2      MET   1   3.316  -7.537  10.410
    5    HG3  MET   1           HG3      MET   1   3.148  -6.350   9.116
    6    HE1  MET   1           HE1      MET   1   0.811  -8.336   9.899
    7    HE2  MET   1           HE2      MET   1   0.692  -7.174   8.578
    8    HE3  MET   1           HE3      MET   1   0.264  -8.863   8.308

  No H/Q in entry =           8
  In of MODEL    8
    1    H    ILE   2           H        ILE   2   3.399  -6.588   6.257
    2    HA   ILE   2           HA       ILE   2   3.939  -3.696   6.173
    3    HB   ILE   2           HB       ILE   2   1.778  -4.999   4.531
    4   HG12  ILE   2          HG12      ILE   2   4.620  -4.946   3.514
    5   HG13  ILE   2          HG13      ILE   2   3.930  -6.359   4.313
    6   HG21  ILE   2          HG21      ILE   2   2.126  -2.523   4.528
    7   HG22  ILE   2          HG22      ILE   2   3.700  -2.802   3.766
    8   HG23  ILE   2          HG23      ILE   2   2.224  -3.285   2.939
    9   HD11  ILE   2          HD11      ILE   2   2.180  -6.460   2.598
   10   HD12  ILE   2          HD12      ILE   2   2.905  -5.071   1.795
   11   HD13  ILE   2          HD13      ILE   2   3.797  -6.585   1.909

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLN   3           H        GLN   3   2.368  -2.252   6.875
    2    HA   GLN   3           HA       GLN   3  -0.098  -3.421   7.975
    3    HB2  GLN   3           HB2      GLN   3   1.662  -1.361   9.324
    4    HB3  GLN   3           HB3      GLN   3   0.063  -1.845   9.892
    5    HG2  GLN   3           HG2      GLN   3   0.877  -4.172  10.170
    6    HG3  GLN   3           HG3      GLN   3   2.501  -3.622   9.687
    7   HE21  GLN   3          HE21      GLN   3   3.672  -2.309  11.102
    8   HE22  GLN   3          HE22      GLN   3   3.256  -2.161  12.772

  No H/Q in entry =           8
  In of MODEL    8
    1    H    VAL   4           H        VAL   4  -1.691  -2.616   6.773
    2    HA   VAL   4           HA       VAL   4  -1.437   0.086   5.720
    3    HB   VAL   4           HB       VAL   4  -3.633  -0.551   4.488
    4   HG11  VAL   4          HG11      VAL   4  -1.007  -1.931   3.956
    5   HG12  VAL   4          HG12      VAL   4  -2.323  -1.785   2.795
    6   HG13  VAL   4          HG13      VAL   4  -1.508  -0.341   3.380
    7   HG21  VAL   4          HG21      VAL   4  -2.667  -3.270   5.350
    8   HG22  VAL   4          HG22      VAL   4  -4.206  -2.521   5.783
    9   HG23  VAL   4          HG23      VAL   4  -3.874  -2.959   4.103

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR   5           H        TYR   5  -3.060   1.595   5.793
    2    HA   TYR   5           HA       TYR   5  -5.086   1.482   7.872
    3    HB2  TYR   5           HB2      TYR   5  -2.783   3.456   7.966
    4    HB3  TYR   5           HB3      TYR   5  -4.262   3.626   8.897
    5    HD1  TYR   5           HD1      TYR   5  -1.018   3.031   9.365
    6    HD2  TYR   5           HD2      TYR   5  -4.696   1.005  10.100
    7    HE1  TYR   5           HE1      TYR   5   0.048   1.780  11.194
    8    HE2  TYR   5           HE2      TYR   5  -3.627  -0.264  11.933
    9    HH   TYR   5           HH       TYR   5  -0.567   0.599  13.201

  No H/Q in entry =           9
  In of MODEL    8
    1    H    SER   6           H        SER   6  -6.007   3.965   7.903
    2    HA   SER   6           HA       SER   6  -5.779   5.049   5.186
    3    HB2  SER   6           HB2      SER   6  -8.356   4.716   6.749
    4    HB3  SER   6           HB3      SER   6  -8.188   5.585   5.217
    5    HG   SER   6           HG       SER   6  -7.135   3.065   5.130

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ARG   7           H        ARG   7  -6.466   7.254   4.983
    2    HA   ARG   7           HA       ARG   7  -5.485   8.938   7.092
    3    HB2  ARG   7           HB2      ARG   7  -5.701   9.167   4.348
    4    HB3  ARG   7           HB3      ARG   7  -6.975  10.236   4.912
    5    HG2  ARG   7           HG2      ARG   7  -4.018  10.406   5.429
    6    HG3  ARG   7           HG3      ARG   7  -5.048  11.558   4.588
    7    HD2  ARG   7           HD2      ARG   7  -4.774  12.605   6.608
    8    HD3  ARG   7           HD3      ARG   7  -6.262  11.705   6.900
    9    HE   ARG   7           HE       ARG   7  -4.060  10.117   7.650
   10   HH11  ARG   7          HH11      ARG   7  -5.844  12.947   8.682
   11   HH12  ARG   7          HH12      ARG   7  -5.371  12.800  10.351
   12   HH21  ARG   7          HH21      ARG   7  -3.445   9.906   9.837
   13   HH22  ARG   7          HH22      ARG   7  -3.990  11.066  11.008

  No H/Q in entry =          13
  In of MODEL    8
    1    H    HIS   8           H        HIS   8  -8.599   7.782   6.107
    2    HA   HIS   8           HA       HIS   8  -9.934   9.611   7.971
    3    HB2  HIS   8           HB2      HIS   8 -10.850   9.081   5.129
    4    HB3  HIS   8           HB3      HIS   8 -11.721  10.034   6.325
    5    HD2  HIS   8           HD2      HIS   8 -10.552  12.547   6.932
    6    HE1  HIS   8           HE1      HIS   8  -8.076  12.504   3.500
    7    HE2  HIS   8           HE2      HIS   8  -8.866  13.881   5.473

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   PRO   9           HA       PRO   9 -12.332   6.081   9.214
    2    HB2  PRO   9           HB2      PRO   9 -14.840   7.608   9.059
    3    HB3  PRO   9           HB3      PRO   9 -14.027   6.920  10.476
    4    HG2  PRO   9           HG2      PRO   9 -14.109   9.595  10.028
    5    HG3  PRO   9           HG3      PRO   9 -12.697   8.809  10.772
    6    HD2  PRO   9           HD2      PRO   9 -13.098   9.712   7.941
    7    HD3  PRO   9           HD3      PRO   9 -11.663   9.898   8.979

  No H/Q in entry =           7
  In of MODEL    8
    1    H    ALA  10           H        ALA  10 -13.359   4.360   8.273
    2    HA   ALA  10           HA       ALA  10 -13.929   4.360   5.522
    3    HB1  ALA  10           HB1      ALA  10 -14.707   2.064   5.854
    4    HB2  ALA  10           HB2      ALA  10 -13.209   2.357   6.734
    5    HB3  ALA  10           HB3      ALA  10 -14.743   2.323   7.597

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLU  11           H        GLU  11 -15.596   5.709   4.814
    2    HA   GLU  11           HA       GLU  11 -18.292   5.020   5.789
    3    HB2  GLU  11           HB2      GLU  11 -17.298   7.451   6.155
    4    HB3  GLU  11           HB3      GLU  11 -17.672   7.648   4.456
    5    HG2  GLU  11           HG2      GLU  11 -19.616   7.066   6.673
    6    HG3  GLU  11           HG3      GLU  11 -19.418   8.570   5.785

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ASN  12           H        ASN  12 -18.996   3.585   4.258
    2    HA   ASN  12           HA       ASN  12 -18.230   3.183   1.702
    3    HB2  ASN  12           HB2      ASN  12 -19.704   1.624   2.668
    4    HB3  ASN  12           HB3      ASN  12 -20.916   2.833   3.061
    5   HD21  ASN  12          HD21      ASN  12 -22.415   3.388   1.550
    6   HD22  ASN  12          HD22      ASN  12 -22.601   2.557   0.036

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLY  13           H        GLY  13 -17.984   4.532   0.070
    2    HA2  GLY  13           HA2      GLY  13 -20.109   6.541  -0.467
    3    HA3  GLY  13           HA3      GLY  13 -19.186   5.737  -1.720

  No H/Q in entry =           3
  In of MODEL    8
    1    H    LYS  14           H        LYS  14 -17.215   6.600   0.920
    2    HA   LYS  14           HA       LYS  14 -16.639   9.265  -0.157
    3    HB2  LYS  14           HB2      LYS  14 -15.226   7.870   2.116
    4    HB3  LYS  14           HB3      LYS  14 -15.153   9.570   1.710
    5    HG2  LYS  14           HG2      LYS  14 -17.640   8.175   2.692
    6    HG3  LYS  14           HG3      LYS  14 -16.475   8.984   3.724
    7    HD2  LYS  14           HD2      LYS  14 -18.255  10.482   3.412
    8    HD3  LYS  14           HD3      LYS  14 -16.906  11.099   2.462
    9    HE2  LYS  14           HE2      LYS  14 -18.886  11.334   1.164
   10    HE3  LYS  14           HE3      LYS  14 -17.941  10.028   0.455
   11    HZ1  LYS  14           HZ1      LYS  14 -19.383   8.442   1.628
   12    HZ2  LYS  14           HZ2      LYS  14 -20.297   9.721   2.246
   13    HZ3  LYS  14           HZ3      LYS  14 -20.271   9.430   0.578

  No H/Q in entry =          13
  In of MODEL    8
    1    H    SER  15           H        SER  15 -14.878   9.777  -1.336
    2    HA   SER  15           HA       SER  15 -12.866   7.694  -1.722
    3    HB2  SER  15           HB2      SER  15 -12.047   9.477  -3.488
    4    HB3  SER  15           HB3      SER  15 -13.364   8.362  -3.857
    5    HG   SER  15           HG       SER  15 -14.036  10.791  -2.638

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ASN  16           H        ASN  16 -10.722   8.049  -1.329
    2    HA   ASN  16           HA       ASN  16  -9.762  10.371   0.049
    3    HB2  ASN  16           HB2      ASN  16 -10.173   7.813   1.628
    4    HB3  ASN  16           HB3      ASN  16  -9.174   9.153   2.153
    5   HD21  ASN  16          HD21      ASN  16 -11.432   7.910   3.403
    6   HD22  ASN  16          HD22      ASN  16 -12.626   9.130   3.657

  No H/Q in entry =           6
  In of MODEL    8
    1    H    PHE  17           H        PHE  17  -7.761   8.603   1.490
    2    HA   PHE  17           HA       PHE  17  -6.303   7.687  -0.895
    3    HB2  PHE  17           HB2      PHE  17  -5.317   9.355   1.422
    4    HB3  PHE  17           HB3      PHE  17  -4.226   8.526   0.321
    5    HD1  PHE  17           HD1      PHE  17  -4.729  11.597   0.961
    6    HD2  PHE  17           HD2      PHE  17  -5.819   8.983  -2.226
    7    HE1  PHE  17           HE1      PHE  17  -4.837  13.512  -0.574
    8    HE2  PHE  17           HE2      PHE  17  -5.915  10.900  -3.763
    9    HZ   PHE  17           HZ       PHE  17  -5.425  13.166  -2.939

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  18           H        LEU  18  -5.496   5.641  -0.734
    2    HA   LEU  18           HA       LEU  18  -5.747   4.296   1.844
    3    HB2  LEU  18           HB2      LEU  18  -6.566   3.004  -0.006
    4    HB3  LEU  18           HB3      LEU  18  -5.091   3.251  -0.916
    5    HG   LEU  18           HG       LEU  18  -3.857   1.771   0.611
    6   HD11  LEU  18          HD11      LEU  18  -6.490   1.600   2.078
    7   HD12  LEU  18          HD12      LEU  18  -5.166   0.459   2.300
    8   HD13  LEU  18          HD13      LEU  18  -4.937   2.156   2.709
    9   HD21  LEU  18          HD21      LEU  18  -6.444   0.599  -0.406
   10   HD22  LEU  18          HD22      LEU  18  -4.919   0.720  -1.281
   11   HD23  LEU  18          HD23      LEU  18  -5.048  -0.339   0.121

  No H/Q in entry =          11
  In of MODEL    8
    1    H    ASN  19           H        ASN  19  -4.120   3.990   3.179
    2    HA   ASN  19           HA       ASN  19  -1.455   4.850   2.283
    3    HB2  ASN  19           HB2      ASN  19  -2.860   5.105   4.941
    4    HB3  ASN  19           HB3      ASN  19  -1.113   5.300   4.796
    5   HD21  ASN  19          HD21      ASN  19  -1.407   6.514   2.104
    6   HD22  ASN  19          HD22      ASN  19  -1.959   8.124   2.399

  No H/Q in entry =           6
  In of MODEL    8
    1    H    CYS  20           H        CYS  20   0.003   3.310   2.057
    2    HA   CYS  20           HA       CYS  20  -0.181   0.818   3.642
    3    HB2  CYS  20           HB2      CYS  20   1.223   1.266   0.981
    4    HB3  CYS  20           HB3      CYS  20   0.711  -0.265   1.679

  No H/Q in entry =           4
  In of MODEL    8
    1    H    TYR  21           H        TYR  21   1.412   0.897   5.255
    2    HA   TYR  21           HA       TYR  21   3.845   2.425   4.762
    3    HB2  TYR  21           HB2      TYR  21   2.986   0.944   7.262
    4    HB3  TYR  21           HB3      TYR  21   4.387   1.992   7.118
    5    HD1  TYR  21           HD1      TYR  21   0.796   1.824   7.543
    6    HD2  TYR  21           HD2      TYR  21   4.104   4.423   6.958
    7    HE1  TYR  21           HE1      TYR  21  -0.603   3.746   8.202
    8    HE2  TYR  21           HE2      TYR  21   2.723   6.355   7.613
    9    HH   TYR  21           HH       TYR  21   0.352   6.972   7.700

  No H/Q in entry =           9
  In of MODEL    8
    1    H    VAL  22           H        VAL  22   5.600   1.514   4.035
    2    HA   VAL  22           HA       VAL  22   5.977  -1.372   4.410
    3    HB   VAL  22           HB       VAL  22   7.069   0.453   2.230
    4   HG11  VAL  22          HG11      VAL  22   8.668  -1.324   2.739
    5   HG12  VAL  22          HG12      VAL  22   7.396  -2.533   2.541
    6   HG13  VAL  22          HG13      VAL  22   7.920  -1.566   1.164
    7   HG21  VAL  22          HG21      VAL  22   4.927  -1.674   2.207
    8   HG22  VAL  22          HG22      VAL  22   4.748   0.043   1.844
    9   HG23  VAL  22          HG23      VAL  22   5.654  -1.001   0.744

  No H/Q in entry =           9
  In of MODEL    8
    1    H    SER  23           H        SER  23   7.874  -2.031   5.320
    2    HA   SER  23           HA       SER  23   9.019  -0.204   7.187
    3    HB2  SER  23           HB2      SER  23   8.410  -2.537   7.708
    4    HB3  SER  23           HB3      SER  23   9.728  -3.097   6.674
    5    HG   SER  23           HG       SER  23   9.791  -2.109   9.231

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLY  24           H        GLY  24  11.767  -1.474   7.289
    2    HA2  GLY  24           HA2      GLY  24  13.669  -0.232   7.105
    3    HA3  GLY  24           HA3      GLY  24  12.754   1.012   6.277

  No H/Q in entry =           3
  In of MODEL    8
    1    H    PHE  25           H        PHE  25  12.658  -2.176   4.897
    2    HA   PHE  25           HA       PHE  25  14.249  -2.660   3.011
    3    HB2  PHE  25           HB2      PHE  25  11.502  -1.670   2.254
    4    HB3  PHE  25           HB3      PHE  25  12.521  -2.708   1.272
    5    HD1  PHE  25           HD1      PHE  25  12.772  -5.065   1.768
    6    HD2  PHE  25           HD2      PHE  25  10.392  -2.562   4.266
    7    HE1  PHE  25           HE1      PHE  25  11.769  -7.067   2.817
    8    HE2  PHE  25           HE2      PHE  25   9.394  -4.560   5.324
    9    HZ   PHE  25           HZ       PHE  25  10.066  -6.799   4.569

  No H/Q in entry =           9
  In of MODEL    8
    1    H    HIS  26           H        HIS  26  15.371  -1.906   1.299
    2    HA   HIS  26           HA       HIS  26  15.873   0.915   1.200
    3    HB2  HIS  26           HB2      HIS  26  16.935  -0.823  -0.966
    4    HB3  HIS  26           HB3      HIS  26  17.774   0.381   0.020
    5    HD2  HIS  26           HD2      HIS  26  18.543  -0.627   2.629
    6    HE1  HIS  26           HE1      HIS  26  18.384  -4.644   1.318
    7    HE2  HIS  26           HE2      HIS  26  19.385  -3.050   3.012

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   PRO  27           HA       PRO  27  12.192   1.833  -1.100
    2    HB2  PRO  27           HB2      PRO  27  14.078   3.976  -2.023
    3    HB3  PRO  27           HB3      PRO  27  12.359   4.108  -1.612
    4    HG2  PRO  27           HG2      PRO  27  14.188   4.783   0.178
    5    HG3  PRO  27           HG3      PRO  27  12.737   3.871   0.675
    6    HD2  PRO  27           HD2      PRO  27  15.570   2.963   0.422
    7    HD3  PRO  27           HD3      PRO  27  14.268   2.344   1.463

  No H/Q in entry =           7
  In of MODEL    8
    1    H    SER  28           H        SER  28  15.188   2.195  -3.043
    2    HA   SER  28           HA       SER  28  13.613   1.974  -5.437
    3    HB2  SER  28           HB2      SER  28  15.781   3.364  -5.044
    4    HB3  SER  28           HB3      SER  28  16.615   1.850  -5.411
    5    HG   SER  28           HG       SER  28  14.821   3.321  -7.041

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ASP  29           H        ASP  29  15.295  -0.236  -3.399
    2    HA   ASP  29           HA       ASP  29  15.537  -2.233  -5.506
    3    HB2  ASP  29           HB2      ASP  29  16.357  -2.383  -2.594
    4    HB3  ASP  29           HB3      ASP  29  16.702  -3.594  -3.821

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ILE  30           H        ILE  30  12.939  -1.268  -4.017
    2    HA   ILE  30           HA       ILE  30  11.985  -4.010  -3.523
    3    HB   ILE  30           HB       ILE  30  10.836  -3.467  -1.623
    4   HG12  ILE  30          HG12      ILE  30  10.736  -0.544  -2.440
    5   HG13  ILE  30          HG13      ILE  30   9.448  -1.719  -2.663
    6   HG21  ILE  30          HG21      ILE  30  13.106  -1.508  -1.608
    7   HG22  ILE  30          HG22      ILE  30  12.132  -1.892  -0.187
    8   HG23  ILE  30          HG23      ILE  30  13.080  -3.153  -0.971
    9   HD11  ILE  30          HD11      ILE  30   9.324  -2.004  -0.221
   10   HD12  ILE  30          HD12      ILE  30  10.534  -0.734  -0.041
   11   HD13  ILE  30          HD13      ILE  30   8.964  -0.363  -0.754

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLU  31           H        GLU  31   9.550  -4.160  -3.719
    2    HA   GLU  31           HA       GLU  31   8.531  -2.267  -5.694
    3    HB2  GLU  31           HB2      GLU  31   9.469  -4.830  -6.083
    4    HB3  GLU  31           HB3      GLU  31   7.735  -4.985  -6.126
    5    HG2  GLU  31           HG2      GLU  31   9.487  -3.207  -7.834
    6    HG3  GLU  31           HG3      GLU  31   8.540  -4.594  -8.383

  No H/Q in entry =           6
  In of MODEL    8
    1    H    VAL  32           H        VAL  32   6.599  -1.594  -5.122
    2    HA   VAL  32           HA       VAL  32   4.838  -3.214  -3.427
    3    HB   VAL  32           HB       VAL  32   5.371  -1.992  -1.586
    4   HG11  VAL  32          HG11      VAL  32   7.385  -1.136  -2.725
    5   HG12  VAL  32          HG12      VAL  32   6.441   0.231  -3.316
    6   HG13  VAL  32          HG13      VAL  32   6.694   0.013  -1.582
    7   HG21  VAL  32          HG21      VAL  32   3.931   0.218  -3.042
    8   HG22  VAL  32          HG22      VAL  32   3.186  -1.053  -2.073
    9   HG23  VAL  32          HG23      VAL  32   4.230   0.145  -1.306

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ASP  33           H        ASP  33   2.680  -3.003  -3.859
    2    HA   ASP  33           HA       ASP  33   1.807  -0.793  -5.611
    3    HB2  ASP  33           HB2      ASP  33   1.067  -3.739  -5.981
    4    HB3  ASP  33           HB3      ASP  33   0.272  -2.399  -6.806

  No H/Q in entry =           4
  In of MODEL    8
    1    H    LEU  34           H        LEU  34  -0.608  -0.599  -5.579
    2    HA   LEU  34           HA       LEU  34  -1.746  -1.491  -3.005
    3    HB2  LEU  34           HB2      LEU  34  -2.094   1.039  -4.548
    4    HB3  LEU  34           HB3      LEU  34  -3.482   0.442  -3.657
    5    HG   LEU  34           HG       LEU  34  -2.031   0.415  -1.587
    6   HD11  LEU  34          HD11      LEU  34   0.147   0.458  -2.852
    7   HD12  LEU  34          HD12      LEU  34  -0.155   2.173  -3.148
    8   HD13  LEU  34          HD13      LEU  34   0.016   1.573  -1.489
    9   HD21  LEU  34          HD21      LEU  34  -3.643   2.194  -2.063
   10   HD22  LEU  34          HD22      LEU  34  -2.244   2.760  -1.151
   11   HD23  LEU  34          HD23      LEU  34  -2.370   3.103  -2.877

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU  35           H        LEU  35  -3.517  -2.788  -3.028
    2    HA   LEU  35           HA       LEU  35  -4.487  -3.605  -5.696
    3    HB2  LEU  35           HB2      LEU  35  -4.001  -5.394  -3.317
    4    HB3  LEU  35           HB3      LEU  35  -4.576  -5.888  -4.888
    5    HG   LEU  35           HG       LEU  35  -1.825  -5.092  -4.048
    6   HD11  LEU  35          HD11      LEU  35  -3.102  -7.407  -5.490
    7   HD12  LEU  35          HD12      LEU  35  -1.365  -7.193  -5.363
    8   HD13  LEU  35          HD13      LEU  35  -2.335  -7.417  -3.902
    9   HD21  LEU  35          HD21      LEU  35  -2.330  -3.766  -6.082
   10   HD22  LEU  35          HD22      LEU  35  -1.100  -5.001  -6.347
   11   HD23  LEU  35          HD23      LEU  35  -2.744  -5.260  -6.918

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LYS  36           H        LYS  36  -6.434  -4.907  -5.681
    2    HA   LYS  36           HA       LYS  36  -8.221  -4.612  -3.363
    3    HB2  LYS  36           HB2      LYS  36  -9.367  -5.155  -6.064
    4    HB3  LYS  36           HB3      LYS  36 -10.057  -4.229  -4.716
    5    HG2  LYS  36           HG2      LYS  36  -8.591  -2.360  -5.280
    6    HG3  LYS  36           HG3      LYS  36  -7.837  -3.290  -6.569
    7    HD2  LYS  36           HD2      LYS  36  -9.456  -1.708  -7.496
    8    HD3  LYS  36           HD3      LYS  36  -9.982  -3.371  -7.805
    9    HE2  LYS  36           HE2      LYS  36 -11.850  -1.859  -7.082
   10    HE3  LYS  36           HE3      LYS  36 -11.610  -3.191  -5.960
   11    HZ1  LYS  36           HZ1      LYS  36 -10.080  -1.456  -4.787
   12    HZ2  LYS  36           HZ2      LYS  36 -11.032  -0.333  -5.625
   13    HZ3  LYS  36           HZ3      LYS  36 -11.753  -1.427  -4.545

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ASN  37           H        ASN  37  -8.269  -6.617  -2.439
    2    HA   ASN  37           HA       ASN  37  -7.835  -8.870  -2.263
    3    HB2  ASN  37           HB2      ASN  37  -9.696 -10.146  -3.568
    4    HB3  ASN  37           HB3      ASN  37 -10.169  -8.993  -2.325
    5   HD21  ASN  37          HD21      ASN  37 -10.794  -6.850  -3.045
    6   HD22  ASN  37          HD22      ASN  37 -11.551  -6.639  -4.584

  No H/Q in entry =           6
  In of MODEL    8
    1    H    GLY  38           H        GLY  38  -5.836  -8.085  -3.672
    2    HA2  GLY  38           HA2      GLY  38  -5.246 -10.303  -5.365
    3    HA3  GLY  38           HA3      GLY  38  -4.154  -8.998  -4.966

  No H/Q in entry =           3
  In of MODEL    8
    1    H    GLU  39           H        GLU  39  -6.139  -6.973  -6.069
    2    HA   GLU  39           HA       GLU  39  -5.538  -7.502  -8.892
    3    HB2  GLU  39           HB2      GLU  39  -7.970  -7.924  -8.318
    4    HB3  GLU  39           HB3      GLU  39  -8.098  -6.233  -7.911
    5    HG2  GLU  39           HG2      GLU  39  -7.040  -6.626 -10.568
    6    HG3  GLU  39           HG3      GLU  39  -8.659  -7.291 -10.371

  No H/Q in entry =           6
  In of MODEL    8
    1    H    ARG  40           H        ARG  40  -4.220  -5.988  -9.603
    2    HA   ARG  40           HA       ARG  40  -3.373  -3.781  -8.137
    3    HB2  ARG  40           HB2      ARG  40  -2.529  -5.022 -10.451
    4    HB3  ARG  40           HB3      ARG  40  -3.085  -3.473 -11.067
    5    HG2  ARG  40           HG2      ARG  40  -1.590  -2.338  -9.451
    6    HG3  ARG  40           HG3      ARG  40  -0.994  -3.912  -8.948
    7    HD2  ARG  40           HD2      ARG  40   0.626  -3.239 -10.449
    8    HD3  ARG  40           HD3      ARG  40  -0.409  -4.222 -11.483
    9    HE   ARG  40           HE       ARG  40  -1.307  -2.194 -12.410
   10   HH11  ARG  40          HH11      ARG  40   1.459  -1.754 -10.275
   11   HH12  ARG  40          HH12      ARG  40   1.991  -0.295 -11.057
   12   HH21  ARG  40          HH21      ARG  40  -0.605  -0.237 -13.424
   13   HH22  ARG  40          HH22      ARG  40   0.803   0.586 -12.810

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE  41           H        ILE  41  -4.336  -1.952  -7.635
    2    HA   ILE  41           HA       ILE  41  -6.775  -1.087  -8.714
    3    HB   ILE  41           HB       ILE  41  -4.743   0.450  -7.089
    4   HG12  ILE  41          HG12      ILE  41  -7.195  -1.089  -6.214
    5   HG13  ILE  41          HG13      ILE  41  -5.539  -1.666  -6.063
    6   HG21  ILE  41          HG21      ILE  41  -7.670   1.017  -7.572
    7   HG22  ILE  41          HG22      ILE  41  -6.642   1.875  -6.425
    8   HG23  ILE  41          HG23      ILE  41  -6.311   1.974  -8.152
    9   HD11  ILE  41          HD11      ILE  41  -6.454   0.871  -4.766
   10   HD12  ILE  41          HD12      ILE  41  -6.628  -0.719  -4.007
   11   HD13  ILE  41          HD13      ILE  41  -5.021  -0.110  -4.422

  No H/Q in entry =          11
  In of MODEL    8
    1    H    GLU  42           H        GLU  42  -3.919   0.990  -8.690
    2    HA   GLU  42           HA       GLU  42  -2.490   0.958 -10.746
    3    HB2  GLU  42           HB2      GLU  42  -5.100   1.743 -12.071
    4    HB3  GLU  42           HB3      GLU  42  -3.516   1.940 -12.793
    5    HG2  GLU  42           HG2      GLU  42  -3.200  -0.527 -12.646
    6    HG3  GLU  42           HG3      GLU  42  -4.879  -0.648 -12.112

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LYS  43           H        LYS  43  -4.912   3.121  -9.333
    2    HA   LYS  43           HA       LYS  43  -3.661   5.474 -10.457
    3    HB2  LYS  43           HB2      LYS  43  -5.784   5.393  -8.313
    4    HB3  LYS  43           HB3      LYS  43  -5.431   6.693  -9.438
    5    HG2  LYS  43           HG2      LYS  43  -6.811   4.072 -10.041
    6    HG3  LYS  43           HG3      LYS  43  -7.485   5.697 -10.114
    7    HD2  LYS  43           HD2      LYS  43  -5.285   4.648 -11.894
    8    HD3  LYS  43           HD3      LYS  43  -6.985   4.791 -12.342
    9    HE2  LYS  43           HE2      LYS  43  -6.840   7.231 -11.888
   10    HE3  LYS  43           HE3      LYS  43  -5.111   7.033 -11.607
   11    HZ1  LYS  43           HZ1      LYS  43  -6.480   6.326 -14.147
   12    HZ2  LYS  43           HZ2      LYS  43  -5.676   7.794 -13.873
   13    HZ3  LYS  43           HZ3      LYS  43  -4.808   6.335 -13.859

  No H/Q in entry =          13
  In of MODEL    8
    1    H    VAL  44           H        VAL  44  -1.667   4.371  -9.195
    2    HA   VAL  44           HA       VAL  44  -1.568   5.646  -6.551
    3    HB   VAL  44           HB       VAL  44  -1.396   2.898  -6.961
    4   HG11  VAL  44          HG11      VAL  44   0.858   3.139  -7.912
    5   HG12  VAL  44          HG12      VAL  44   1.375   3.902  -6.406
    6   HG13  VAL  44          HG13      VAL  44   0.840   2.217  -6.406
    7   HG21  VAL  44          HG21      VAL  44  -1.982   4.010  -4.888
    8   HG22  VAL  44          HG22      VAL  44  -0.743   2.779  -4.635
    9   HG23  VAL  44          HG23      VAL  44  -0.298   4.488  -4.664

  No H/Q in entry =           9
  In of MODEL    8
    1    H    GLU  45           H        GLU  45  -0.003   7.104  -6.370
    2    HA   GLU  45           HA       GLU  45   2.263   6.934  -8.239
    3    HB2  GLU  45           HB2      GLU  45   0.452   9.320  -7.895
    4    HB3  GLU  45           HB3      GLU  45   2.081   9.467  -8.532
    5    HG2  GLU  45           HG2      GLU  45  -0.112   7.800  -9.753
    6    HG3  GLU  45           HG3      GLU  45   0.368   9.410 -10.286

  No H/Q in entry =           6
  In of MODEL    8
    1    H    HIS  46           H        HIS  46   3.858   6.605  -6.771
    2    HA   HIS  46           HA       HIS  46   4.705   9.086  -5.565
    3    HB2  HIS  46           HB2      HIS  46   3.518   7.750  -3.750
    4    HB3  HIS  46           HB3      HIS  46   4.782   6.541  -3.922
    5    HD2  HIS  46           HD2      HIS  46   7.438   7.559  -3.210
    6    HE1  HIS  46           HE1      HIS  46   5.782  10.656  -0.860
    7    HE2  HIS  46           HE2      HIS  46   7.828   9.215  -1.257

  No H/Q in entry =           7
  In of MODEL    8
    1    H    SER  47           H        SER  47   6.752   9.369  -6.091
    2    HA   SER  47           HA       SER  47   7.981   7.189  -7.592
    3    HB2  SER  47           HB2      SER  47   7.630   9.466  -8.602
    4    HB3  SER  47           HB3      SER  47   8.826  10.091  -7.470
    5    HG   SER  47           HG       SER  47   9.735   7.889  -8.803

  No H/Q in entry =           5
  In of MODEL    8
    1    H    ASP  48           H        ASP  48   9.486   6.001  -6.745
    2    HA   ASP  48           HA       ASP  48  10.855   6.449  -4.355
    3    HB2  ASP  48           HB2      ASP  48  11.022   4.251  -4.903
    4    HB3  ASP  48           HB3      ASP  48  11.037   4.570  -6.625

  No H/Q in entry =           4
  In of MODEL    8
    1    H    LEU  49           H        LEU  49  13.143   6.861  -4.060
    2    HA   LEU  49           HA       LEU  49  13.737   9.340  -5.441
    3    HB2  LEU  49           HB2      LEU  49  15.881   8.703  -3.680
    4    HB3  LEU  49           HB3      LEU  49  14.682   9.978  -3.514
    5    HG   LEU  49           HG       LEU  49  14.784   8.708  -1.480
    6   HD11  LEU  49          HD11      LEU  49  12.278   8.018  -2.992
    7   HD12  LEU  49          HD12      LEU  49  12.488   7.816  -1.252
    8   HD13  LEU  49          HD13      LEU  49  12.564   9.427  -1.970
    9   HD21  LEU  49          HD21      LEU  49  15.776   6.659  -2.305
   10   HD22  LEU  49          HD22      LEU  49  14.343   6.314  -1.335
   11   HD23  LEU  49          HD23      LEU  49  14.260   6.217  -3.093

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  50           H        SER  50  16.470   9.504  -5.366
    2    HA   SER  50           HA       SER  50  17.111   7.964  -7.739
    3    HB2  SER  50           HB2      SER  50  19.279   9.404  -7.502
    4    HB3  SER  50           HB3      SER  50  17.772  10.187  -7.979
    5    HG   SER  50           HG       SER  50  18.235  11.444  -6.345

  No H/Q in entry =           5
  In of MODEL    8
    1    H    PHE  51           H        PHE  51  18.594   8.578  -4.583
    2    HA   PHE  51           HA       PHE  51  20.141   6.113  -4.805
    3    HB2  PHE  51           HB2      PHE  51  20.187   8.348  -2.763
    4    HB3  PHE  51           HB3      PHE  51  21.215   6.920  -2.692
    5    HD1  PHE  51           HD1      PHE  51  23.095   6.669  -4.166
    6    HD2  PHE  51           HD2      PHE  51  20.527  10.049  -4.479
    7    HE1  PHE  51           HE1      PHE  51  24.749   7.791  -5.599
    8    HE2  PHE  51           HE2      PHE  51  22.181  11.175  -5.911
    9    HZ   PHE  51           HZ       PHE  51  24.294  10.045  -6.474

  No H/Q in entry =           9
  In of MODEL    8
    1    H    SER  52           H        SER  52  19.321   4.337  -4.086
    2    HA   SER  52           HA       SER  52  16.828   4.070  -2.886
    3    HB2  SER  52           HB2      SER  52  18.053   2.351  -4.234
    4    HB3  SER  52           HB3      SER  52  19.083   2.055  -2.836
    5    HG   SER  52           HG       SER  52  17.489   0.564  -2.709

  No H/Q in entry =           5
  In of MODEL    8
    1    H    LYS  53           H        LYS  53  20.063   3.728  -1.424
    2    HA   LYS  53           HA       LYS  53  20.812   4.044   0.705
    3    HB2  LYS  53           HB2      LYS  53  18.035   5.034   1.377
    4    HB3  LYS  53           HB3      LYS  53  19.494   5.278   2.325
    5    HG2  LYS  53           HG2      LYS  53  20.433   6.633   0.510
    6    HG3  LYS  53           HG3      LYS  53  18.945   6.408  -0.412
    7    HD2  LYS  53           HD2      LYS  53  17.719   7.441   1.531
    8    HD3  LYS  53           HD3      LYS  53  19.295   7.856   2.207
    9    HE2  LYS  53           HE2      LYS  53  18.421   9.754   1.012
   10    HE3  LYS  53           HE3      LYS  53  19.809   9.107   0.137
   11    HZ1  LYS  53           HZ1      LYS  53  18.233   7.930  -1.330
   12    HZ2  LYS  53           HZ2      LYS  53  16.949   8.683  -0.527
   13    HZ3  LYS  53           HZ3      LYS  53  18.051   9.616  -1.400

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ASP  54           H        ASP  54  20.735   3.007   2.818
    2    HA   ASP  54           HA       ASP  54  19.506   0.389   2.545
    3    HB2  ASP  54           HB2      ASP  54  20.908  -0.314   4.382
    4    HB3  ASP  54           HB3      ASP  54  21.882   0.601   3.238

  No H/Q in entry =           4
  In of MODEL    8
    1    H    TRP  55           H        TRP  55  18.242   3.088   3.500
    2    HA   TRP  55           HA       TRP  55  16.352   1.753   5.214
    3    HB2  TRP  55           HB2      TRP  55  16.454   3.183   7.100
    4    HB3  TRP  55           HB3      TRP  55  18.097   2.654   6.789
    5    HD1  TRP  55           HD1      TRP  55  16.365   5.583   7.877
    6    HE1  TRP  55           HE1      TRP  55  17.697   7.728   7.430
    7    HE3  TRP  55           HE3      TRP  55  19.748   3.765   4.419
    8    HZ2  TRP  55           HZ2      TRP  55  19.860   8.566   5.802
    9    HZ3  TRP  55           HZ3      TRP  55  21.382   5.315   3.477
   10    HH2  TRP  55           HH2      TRP  55  21.453   7.666   4.148

  No H/Q in entry =          10
  In of MODEL    8
    1    H    SER  56           H        SER  56  14.363   2.422   4.894
    2    HA   SER  56           HA       SER  56  13.955   4.336   2.773
    3    HB2  SER  56           HB2      SER  56  11.614   3.519   2.875
    4    HB3  SER  56           HB3      SER  56  12.786   2.215   2.687
    5    HG   SER  56           HG       SER  56  11.503   1.515   4.292

  No H/Q in entry =           5
  In of MODEL    8
    1    H    PHE  57           H        PHE  57  14.160   4.541   6.026
    2    HA   PHE  57           HA       PHE  57  13.119   5.608   7.753
    3    HB2  PHE  57           HB2      PHE  57  13.109   8.118   7.383
    4    HB3  PHE  57           HB3      PHE  57  14.636   7.291   7.114
    5    HD1  PHE  57           HD1      PHE  57  11.844   9.053   5.512
    6    HD2  PHE  57           HD2      PHE  57  15.633   7.200   4.936
    7    HE1  PHE  57           HE1      PHE  57  12.008  10.088   3.286
    8    HE2  PHE  57           HE2      PHE  57  15.803   8.231   2.709
    9    HZ   PHE  57           HZ       PHE  57  13.990   9.680   1.883

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR  58           H        TYR  58  11.248   4.354   6.020
    2    HA   TYR  58           HA       TYR  58   9.000   3.984   6.400
    3    HB2  TYR  58           HB2      TYR  58   9.216   6.648   7.625
    4    HB3  TYR  58           HB3      TYR  58   7.681   6.384   6.806
    5    HD1  TYR  58           HD1      TYR  58   6.030   5.853   8.374
    6    HD2  TYR  58           HD2      TYR  58   9.909   4.149   8.840
    7    HE1  TYR  58           HE1      TYR  58   5.217   4.542  10.311
    8    HE2  TYR  58           HE2      TYR  58   9.107   2.839  10.773
    9    HH   TYR  58           HH       TYR  58   7.404   2.728  12.334

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LEU  59           H        LEU  59   8.231   3.440   4.620
    2    HA   LEU  59           HA       LEU  59   8.255   5.191   2.232
    3    HB2  LEU  59           HB2      LEU  59   8.504   2.276   2.755
    4    HB3  LEU  59           HB3      LEU  59   7.660   2.741   1.294
    5    HG   LEU  59           HG       LEU  59  10.414   3.829   1.848
    6   HD11  LEU  59          HD11      LEU  59  10.197   1.240   2.045
    7   HD12  LEU  59          HD12      LEU  59   9.969   1.302   0.298
    8   HD13  LEU  59          HD13      LEU  59  11.448   1.930   1.025
    9   HD21  LEU  59          HD21      LEU  59   8.820   3.193  -0.640
   10   HD22  LEU  59          HD22      LEU  59   9.142   4.796   0.017
   11   HD23  LEU  59          HD23      LEU  59  10.467   3.826  -0.622

  No H/Q in entry =          11
  In of MODEL    8
    1    H    LEU  60           H        LEU  60   6.319   5.964   1.552
    2    HA   LEU  60           HA       LEU  60   3.921   4.345   1.990
    3    HB2  LEU  60           HB2      LEU  60   3.936   5.931   3.785
    4    HB3  LEU  60           HB3      LEU  60   4.305   7.248   2.689
    5    HG   LEU  60           HG       LEU  60   2.056   6.980   1.677
    6   HD11  LEU  60          HD11      LEU  60   1.711   4.623   2.245
    7   HD12  LEU  60          HD12      LEU  60   1.583   5.066   3.945
    8   HD13  LEU  60          HD13      LEU  60   0.380   5.640   2.796
    9   HD21  LEU  60          HD21      LEU  60   2.117   7.451   4.650
   10   HD22  LEU  60          HD22      LEU  60   2.426   8.650   3.394
   11   HD23  LEU  60          HD23      LEU  60   0.819   7.944   3.563

  No H/Q in entry =          11
  In of MODEL    8
    1    H    TYR  61           H        TYR  61   2.342   4.542   0.439
    2    HA   TYR  61           HA       TYR  61   2.804   6.325  -1.882
    3    HB2  TYR  61           HB2      TYR  61   1.998   3.374  -1.848
    4    HB3  TYR  61           HB3      TYR  61   1.797   4.406  -3.274
    5    HD1  TYR  61           HD1      TYR  61   3.553   4.641  -4.791
    6    HD2  TYR  61           HD2      TYR  61   4.428   3.189  -0.890
    7    HE1  TYR  61           HE1      TYR  61   5.862   4.179  -5.493
    8    HE2  TYR  61           HE2      TYR  61   6.749   2.735  -1.586
    9    HH   TYR  61           HH       TYR  61   8.076   3.925  -4.457

  No H/Q in entry =           9
  In of MODEL    8
    1    H    TYR  62           H        TYR  62   0.631   6.682  -3.099
    2    HA   TYR  62           HA       TYR  62  -1.638   6.244  -1.322
    3    HB2  TYR  62           HB2      TYR  62  -2.395   8.671  -1.925
    4    HB3  TYR  62           HB3      TYR  62  -1.312   8.370  -0.578
    5    HD1  TYR  62           HD1      TYR  62   0.824   9.376  -0.504
    6    HD2  TYR  62           HD2      TYR  62  -1.413   9.534  -4.111
    7    HE1  TYR  62           HE1      TYR  62   2.427  10.997  -1.410
    8    HE2  TYR  62           HE2      TYR  62   0.188  11.160  -5.035
    9    HH   TYR  62           HH       TYR  62   3.198  11.779  -3.617

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR  63           H        THR  63  -3.601   5.918  -2.264
    2    HA   THR  63           HA       THR  63  -3.947   6.391  -5.134
    3    HB   THR  63           HB       THR  63  -3.207   3.931  -4.575
    4    HG1  THR  63           HG1      THR  63  -4.345   4.927  -6.542
    5   HG21  THR  63          HG21      THR  63  -4.852   3.560  -2.774
    6   HG22  THR  63          HG22      THR  63  -6.151   3.787  -3.942
    7   HG23  THR  63          HG23      THR  63  -5.053   2.418  -4.103

  No H/Q in entry =           7
  In of MODEL    8
    1    H    GLU  64           H        GLU  64  -6.003   6.930  -5.671
    2    HA   GLU  64           HA       GLU  64  -7.973   7.749  -3.903
    3    HB2  GLU  64           HB2      GLU  64  -7.795   8.247  -6.384
    4    HB3  GLU  64           HB3      GLU  64  -8.441   6.638  -6.682
    5    HG2  GLU  64           HG2      GLU  64 -10.278   8.067  -6.886
    6    HG3  GLU  64           HG3      GLU  64 -10.446   7.305  -5.305

  No H/Q in entry =           6
  In of MODEL    8
    1    H    PHE  65           H        PHE  65  -9.471   6.614  -2.627
    2    HA   PHE  65           HA       PHE  65 -10.264   3.970  -3.629
    3    HB2  PHE  65           HB2      PHE  65 -10.147   2.976  -1.499
    4    HB3  PHE  65           HB3      PHE  65  -8.672   3.896  -1.674
    5    HD1  PHE  65           HD1      PHE  65 -12.111   4.582  -0.360
    6    HD2  PHE  65           HD2      PHE  65  -7.909   4.855   0.235
    7    HE1  PHE  65           HE1      PHE  65 -12.495   5.608   1.843
    8    HE2  PHE  65           HE2      PHE  65  -8.294   5.892   2.441
    9    HZ   PHE  65           HZ       PHE  65 -10.600   6.274   3.247

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR  66           H        THR  66 -12.398   3.335  -3.250
    2    HA   THR  66           HA       THR  66 -14.018   5.002  -1.451
    3    HB   THR  66           HB       THR  66 -14.967   4.039  -4.174
    4    HG1  THR  66           HG1      THR  66 -13.604   6.268  -3.410
    5   HG21  THR  66          HG21      THR  66 -16.293   5.734  -2.037
    6   HG22  THR  66          HG22      THR  66 -16.904   5.543  -3.684
    7   HG23  THR  66          HG23      THR  66 -16.802   4.145  -2.617

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   PRO  67           HA       PRO  67 -14.567   0.695  -0.177
    2    HB2  PRO  67           HB2      PRO  67 -16.064   1.453   2.111
    3    HB3  PRO  67           HB3      PRO  67 -14.376   0.944   2.051
    4    HG2  PRO  67           HG2      PRO  67 -15.363   3.532   2.615
    5    HG3  PRO  67           HG3      PRO  67 -13.674   3.053   2.403
    6    HD2  PRO  67           HD2      PRO  67 -15.431   4.530   0.622
    7    HD3  PRO  67           HD3      PRO  67 -13.670   4.342   0.550

  No H/Q in entry =           7
  In of MODEL    8
    1    H    THR  68           H        THR  68 -16.028  -0.676  -0.562
    2    HA   THR  68           HA       THR  68 -18.853   0.094  -0.711
    3    HB   THR  68           HB       THR  68 -19.082  -1.375  -2.698
    4    HG1  THR  68           HG1      THR  68 -16.725  -1.616  -3.674
    5   HG21  THR  68          HG21      THR  68 -18.770   1.034  -3.013
    6   HG22  THR  68          HG22      THR  68 -17.023   0.797  -3.068
    7   HG23  THR  68          HG23      THR  68 -18.047   0.108  -4.328

  No H/Q in entry =           7
  In of MODEL    8
    1    H    GLU  69           H        GLU  69 -20.307  -1.715  -0.379
    2    HA   GLU  69           HA       GLU  69 -19.602  -3.503   1.638
    3    HB2  GLU  69           HB2      GLU  69 -21.870  -2.895   1.361
    4    HB3  GLU  69           HB3      GLU  69 -21.922  -3.409  -0.313
    5    HG2  GLU  69           HG2      GLU  69 -23.100  -5.024   0.891
    6    HG3  GLU  69           HG3      GLU  69 -21.519  -5.740   0.541

  No H/Q in entry =           6
  In of MODEL    8
    1    H    LYS  70           H        LYS  70 -18.598  -3.677  -1.541
    2    HA   LYS  70           HA       LYS  70 -18.393  -6.597  -1.422
    3    HB2  LYS  70           HB2      LYS  70 -18.234  -4.816  -3.855
    4    HB3  LYS  70           HB3      LYS  70 -18.161  -6.568  -3.863
    5    HG2  LYS  70           HG2      LYS  70 -20.576  -5.322  -2.647
    6    HG3  LYS  70           HG3      LYS  70 -20.390  -5.218  -4.396
    7    HD2  LYS  70           HD2      LYS  70 -21.697  -7.162  -3.840
    8    HD3  LYS  70           HD3      LYS  70 -20.141  -7.670  -4.492
    9    HE2  LYS  70           HE2      LYS  70 -19.337  -8.231  -2.310
   10    HE3  LYS  70           HE3      LYS  70 -20.751  -7.506  -1.543
   11    HZ1  LYS  70           HZ1      LYS  70 -20.891  -9.827  -3.394
   12    HZ2  LYS  70           HZ2      LYS  70 -20.790  -9.978  -1.707
   13    HZ3  LYS  70           HZ3      LYS  70 -22.130  -9.216  -2.409

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ASP  71           H        ASP  71 -16.273  -3.731  -1.712
    2    HA   ASP  71           HA       ASP  71 -14.209  -5.482  -2.823
    3    HB2  ASP  71           HB2      ASP  71 -14.711  -3.478  -4.109
    4    HB3  ASP  71           HB3      ASP  71 -14.282  -2.464  -2.723

  No H/Q in entry =           4
  In of MODEL    8
    1    H    GLU  72           H        GLU  72 -12.305  -5.845  -1.940
    2    HA   GLU  72           HA       GLU  72 -11.644  -4.865   0.770
    3    HB2  GLU  72           HB2      GLU  72 -11.807  -7.311   0.395
    4    HB3  GLU  72           HB3      GLU  72 -10.590  -7.199  -0.855
    5    HG2  GLU  72           HG2      GLU  72  -8.952  -6.469   0.828
    6    HG3  GLU  72           HG3      GLU  72 -10.184  -6.638   2.074

  No H/Q in entry =           6
  In of MODEL    8
    1    H    TYR  73           H        TYR  73  -9.599  -3.921   1.144
    2    HA   TYR  73           HA       TYR  73  -8.035  -3.273  -1.273
    3    HB2  TYR  73           HB2      TYR  73  -8.569  -1.566   1.168
    4    HB3  TYR  73           HB3      TYR  73  -7.337  -1.183  -0.023
    5    HD1  TYR  73           HD1      TYR  73  -7.888   0.021  -1.949
    6    HD2  TYR  73           HD2      TYR  73 -11.004  -1.762   0.337
    7    HE1  TYR  73           HE1      TYR  73  -9.557   1.198  -3.315
    8    HE2  TYR  73           HE2      TYR  73 -12.680  -0.580  -1.026
    9    HH   TYR  73           HH       TYR  73 -12.957   1.172  -2.523

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ALA  74           H        ALA  74  -5.891  -3.747  -1.289
    2    HA   ALA  74           HA       ALA  74  -4.600  -4.551   1.222
    3    HB1  ALA  74           HB1      ALA  74  -5.391  -6.602   0.247
    4    HB2  ALA  74           HB2      ALA  74  -4.750  -6.150  -1.334
    5    HB3  ALA  74           HB3      ALA  74  -3.652  -6.507   0.005

  No H/Q in entry =           5
  In of MODEL    8
    1    H    CYS  75           H        CYS  75  -2.241  -4.522   1.094
    2    HA   CYS  75           HA       CYS  75  -1.220  -3.082  -1.271
    3    HB2  CYS  75           HB2      CYS  75  -0.502  -2.613   1.615
    4    HB3  CYS  75           HB3      CYS  75   0.230  -1.784   0.268

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ARG  76           H        ARG  76   0.385  -4.115  -2.311
    2    HA   ARG  76           HA       ARG  76   1.462  -6.590  -1.142
    3    HB2  ARG  76           HB2      ARG  76   0.191  -6.382  -3.378
    4    HB3  ARG  76           HB3      ARG  76   1.672  -5.647  -3.995
    5    HG2  ARG  76           HG2      ARG  76   2.860  -7.751  -3.631
    6    HG3  ARG  76           HG3      ARG  76   1.444  -8.457  -2.853
    7    HD2  ARG  76           HD2      ARG  76   1.623  -9.219  -5.223
    8    HD3  ARG  76           HD3      ARG  76   0.176  -8.243  -4.961
    9    HE   ARG  76           HE       ARG  76   2.046  -6.405  -5.715
   10   HH11  ARG  76          HH11      ARG  76   0.872  -9.371  -7.178
   11   HH12  ARG  76          HH12      ARG  76   1.305  -8.883  -8.793
   12   HH21  ARG  76          HH21      ARG  76   2.578  -5.751  -7.817
   13   HH22  ARG  76          HH22      ARG  76   2.271  -6.822  -9.153

  No H/Q in entry =          13
  In of MODEL    8
    1    H    VAL  77           H        VAL  77   3.653  -6.846  -0.745
    2    HA   VAL  77           HA       VAL  77   5.497  -5.014  -2.135
    3    HB   VAL  77           HB       VAL  77   4.988  -4.301   0.315
    4   HG11  VAL  77          HG11      VAL  77   6.999  -6.499   0.777
    5   HG12  VAL  77          HG12      VAL  77   6.512  -5.284   1.960
    6   HG13  VAL  77          HG13      VAL  77   5.337  -6.456   1.369
    7   HG21  VAL  77          HG21      VAL  77   6.683  -3.315  -1.167
    8   HG22  VAL  77          HG22      VAL  77   7.219  -3.385   0.516
    9   HG23  VAL  77          HG23      VAL  77   7.829  -4.557  -0.652

  No H/Q in entry =           9
  In of MODEL    8
    1    H    ASN  78           H        ASN  78   7.368  -5.745  -2.731
    2    HA   ASN  78           HA       ASN  78   8.246  -8.433  -1.878
    3    HB2  ASN  78           HB2      ASN  78   6.989  -8.593  -4.035
    4    HB3  ASN  78           HB3      ASN  78   8.180  -7.520  -4.765
    5   HD21  ASN  78          HD21      ASN  78   8.806  -9.059  -6.259
    6   HD22  ASN  78          HD22      ASN  78   9.748 -10.447  -5.817

  No H/Q in entry =           6
  In of MODEL    8
    1    H    HIS  79           H        HIS  79  10.358  -8.798  -1.810
    2    HA   HIS  79           HA       HIS  79  12.198  -6.721  -2.739
    3    HB2  HIS  79           HB2      HIS  79  11.754  -6.476  -0.247
    4    HB3  HIS  79           HB3      HIS  79  12.417  -8.087  -0.034
    5    HD2  HIS  79           HD2      HIS  79  13.560  -4.460  -0.330
    6    HE1  HIS  79           HE1      HIS  79  17.014  -6.900  -0.349
    7    HE2  HIS  79           HE2      HIS  79  16.154  -4.514  -0.364

  No H/Q in entry =           7
  In of MODEL    8
    1    H    VAL  80           H        VAL  80  14.396  -7.622  -3.031
    2    HA   VAL  80           HA       VAL  80  14.497 -10.045  -4.347
    3    HB   VAL  80           HB       VAL  80  16.830  -8.832  -2.860
    4   HG11  VAL  80          HG11      VAL  80  17.255 -11.105  -3.643
    5   HG12  VAL  80          HG12      VAL  80  16.741 -10.653  -5.270
    6   HG13  VAL  80          HG13      VAL  80  18.195  -9.936  -4.573
    7   HG21  VAL  80          HG21      VAL  80  15.785  -8.262  -5.632
    8   HG22  VAL  80          HG22      VAL  80  15.823  -7.149  -4.265
    9   HG23  VAL  80          HG23      VAL  80  17.331  -7.695  -4.998

  No H/Q in entry =           9
  In of MODEL    8
    1    H    THR  81           H        THR  81  14.771  -9.479  -0.891
    2    HA   THR  81           HA       THR  81  15.982 -12.000  -0.273
    3    HB   THR  81           HB       THR  81  16.215 -10.327   1.407
    4    HG1  THR  81           HG1      THR  81  15.615 -12.624   2.018
    5   HG21  THR  81          HG21      THR  81  13.194 -10.208   1.553
    6   HG22  THR  81          HG22      THR  81  14.307  -9.360   2.627
    7   HG23  THR  81          HG23      THR  81  14.254  -8.953   0.912

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LEU  82           H        LEU  82  12.571 -10.913  -0.009
    2    HA   LEU  82           HA       LEU  82  11.532 -13.455   0.603
    3    HB2  LEU  82           HB2      LEU  82  10.044 -11.410  -1.031
    4    HB3  LEU  82           HB3      LEU  82   9.390 -12.613   0.066
    5    HG   LEU  82           HG       LEU  82  11.007 -10.238   0.962
    6   HD11  LEU  82          HD11      LEU  82   8.038 -10.670   0.851
    7   HD12  LEU  82          HD12      LEU  82   8.838  -9.367   1.734
    8   HD13  LEU  82          HD13      LEU  82   8.986  -9.460  -0.019
    9   HD21  LEU  82          HD21      LEU  82   9.338 -12.232   2.487
   10   HD22  LEU  82          HD22      LEU  82  11.100 -12.139   2.491
   11   HD23  LEU  82          HD23      LEU  82  10.146 -10.822   3.174

  No H/Q in entry =          11
  In of MODEL    8
    1    H    SER  83           H        SER  83  10.483 -14.987  -0.711
    2    HA   SER  83           HA       SER  83  11.198 -14.890  -3.574
    3    HB2  SER  83           HB2      SER  83  10.664 -17.408  -3.414
    4    HB3  SER  83           HB3      SER  83  12.151 -16.841  -2.654
    5    HG   SER  83           HG       SER  83   9.672 -17.284  -1.315

  No H/Q in entry =           5
  In of MODEL    8
    1    H    GLN  84           H        GLN  84   8.795 -14.271  -1.488
    2    HA   GLN  84           HA       GLN  84   6.831 -14.235  -3.619
    3    HB2  GLN  84           HB2      GLN  84   5.044 -15.235  -2.198
    4    HB3  GLN  84           HB3      GLN  84   6.320 -16.373  -2.591
    5    HG2  GLN  84           HG2      GLN  84   6.712 -14.944  -0.066
    6    HG3  GLN  84           HG3      GLN  84   5.277 -15.965  -0.116
    7   HE21  GLN  84          HE21      GLN  84   6.154 -17.373   1.405
    8   HE22  GLN  84          HE22      GLN  84   7.430 -18.481   1.005

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   PRO  85           HA       PRO  85   6.253 -10.303  -1.419
    2    HB2  PRO  85           HB2      PRO  85   4.140  -9.421  -2.912
    3    HB3  PRO  85           HB3      PRO  85   5.851  -9.170  -3.326
    4    HG2  PRO  85           HG2      PRO  85   3.894 -11.150  -4.411
    5    HG3  PRO  85           HG3      PRO  85   5.219 -10.302  -5.241
    6    HD2  PRO  85           HD2      PRO  85   5.390 -12.945  -4.445
    7    HD3  PRO  85           HD3      PRO  85   6.816 -11.865  -4.574

  No H/Q in entry =           7
  In of MODEL    8
    1    H    LYS  86           H        LYS  86   4.616  -9.369  -0.138
    2    HA   LYS  86           HA       LYS  86   2.613 -11.374   0.652
    3    HB2  LYS  86           HB2      LYS  86   3.799  -9.202   2.391
    4    HB3  LYS  86           HB3      LYS  86   2.703 -10.475   2.905
    5    HG2  LYS  86           HG2      LYS  86   5.594 -10.697   2.118
    6    HG3  LYS  86           HG3      LYS  86   4.844 -11.116   3.659
    7    HD2  LYS  86           HD2      LYS  86   3.486 -12.792   2.077
    8    HD3  LYS  86           HD3      LYS  86   4.951 -12.625   1.105
    9    HE2  LYS  86           HE2      LYS  86   4.996 -14.562   2.677
   10    HE3  LYS  86           HE3      LYS  86   6.320 -13.430   2.916
   11    HZ1  LYS  86           HZ1      LYS  86   3.833 -13.482   4.540
   12    HZ2  LYS  86           HZ2      LYS  86   5.303 -14.185   5.001
   13    HZ3  LYS  86           HZ3      LYS  86   5.189 -12.507   4.808

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ILE  87           H        ILE  87   0.590 -10.716   1.207
    2    HA   ILE  87           HA       ILE  87  -0.144  -7.996   0.338
    3    HB   ILE  87           HB       ILE  87  -1.508 -10.537  -0.165
    4   HG12  ILE  87          HG12      ILE  87  -0.965  -9.316  -2.078
    5   HG13  ILE  87          HG13      ILE  87  -2.676  -8.919  -1.858
    6   HG21  ILE  87          HG21      ILE  87  -3.102  -8.224   0.899
    7   HG22  ILE  87          HG22      ILE  87  -3.793  -9.521  -0.079
    8   HG23  ILE  87          HG23      ILE  87  -3.077  -9.886   1.496
    9   HD11  ILE  87          HD11      ILE  87  -2.059  -6.837  -0.781
   10   HD12  ILE  87          HD12      ILE  87  -0.355  -7.213  -1.024
   11   HD13  ILE  87          HD13      ILE  87  -1.409  -6.955  -2.410

  No H/Q in entry =          11
  In of MODEL    8
    1    H    VAL  88           H        VAL  88  -0.946  -6.616   1.717
    2    HA   VAL  88           HA       VAL  88  -1.820  -7.598   4.348
    3    HB   VAL  88           HB       VAL  88   0.191  -6.227   4.553
    4   HG11  VAL  88          HG11      VAL  88  -1.359  -4.049   3.199
    5   HG12  VAL  88          HG12      VAL  88   0.215  -3.863   3.974
    6   HG13  VAL  88          HG13      VAL  88   0.050  -4.894   2.550
    7   HG21  VAL  88          HG21      VAL  88  -2.338  -4.953   5.533
    8   HG22  VAL  88          HG22      VAL  88  -1.274  -6.062   6.399
    9   HG23  VAL  88          HG23      VAL  88  -0.735  -4.419   6.038

  No H/Q in entry =           9
  In of MODEL    8
    1    H    LYS  89           H        LYS  89  -3.935  -7.263   4.737
    2    HA   LYS  89           HA       LYS  89  -5.322  -5.550   2.819
    3    HB2  LYS  89           HB2      LYS  89  -6.425  -7.828   4.470
    4    HB3  LYS  89           HB3      LYS  89  -7.293  -6.915   3.240
    5    HG2  LYS  89           HG2      LYS  89  -6.087  -7.869   1.496
    6    HG3  LYS  89           HG3      LYS  89  -4.767  -8.336   2.565
    7    HD2  LYS  89           HD2      LYS  89  -7.521  -9.500   2.766
    8    HD3  LYS  89           HD3      LYS  89  -6.241 -10.220   1.785
    9    HE2  LYS  89           HE2      LYS  89  -4.843 -10.263   3.900
   10    HE3  LYS  89           HE3      LYS  89  -6.318  -9.846   4.774
   11    HZ1  LYS  89           HZ1      LYS  89  -7.331 -11.872   3.748
   12    HZ2  LYS  89           HZ2      LYS  89  -5.789 -12.290   3.181
   13    HZ3  LYS  89           HZ3      LYS  89  -6.075 -12.183   4.847

  No H/Q in entry =          13
  In of MODEL    8
    1    H    TRP  90           H        TRP  90  -7.042  -4.231   3.589
    2    HA   TRP  90           HA       TRP  90  -6.448  -3.211   6.238
    3    HB2  TRP  90           HB2      TRP  90  -6.566  -1.596   4.387
    4    HB3  TRP  90           HB3      TRP  90  -8.213  -2.110   4.044
    5    HD1  TRP  90           HD1      TRP  90  -6.602  -0.917   7.414
    6    HE1  TRP  90           HE1      TRP  90  -8.067   0.920   8.363
    7    HE3  TRP  90           HE3      TRP  90 -10.059  -0.599   3.606
    8    HZ2  TRP  90           HZ2      TRP  90 -10.423   2.301   7.666
    9    HZ3  TRP  90           HZ3      TRP  90 -11.881   1.018   3.834
   10    HH2  TRP  90           HH2      TRP  90 -12.074   2.455   5.796

  No H/Q in entry =          10
  In of MODEL    8
    1    H    ASP  91           H        ASP  91  -7.679  -3.451   7.962
    2    HA   ASP  91           HA       ASP  91  -9.642  -5.500   7.982
    3    HB2  ASP  91           HB2      ASP  91  -9.868  -4.899  10.403
    4    HB3  ASP  91           HB3      ASP  91  -8.207  -5.214   9.909

  No H/Q in entry =           4
  In of MODEL    8
    1    H    ARG  92           H        ARG  92 -11.509  -5.126   6.948
    2    HA   ARG  92           HA       ARG  92 -13.503  -3.564   8.138
    3    HB2  ARG  92           HB2      ARG  92 -13.759  -1.679   6.760
    4    HB3  ARG  92           HB3      ARG  92 -12.010  -1.806   6.938
    5    HG2  ARG  92           HG2      ARG  92 -12.146  -1.409   4.706
    6    HG3  ARG  92           HG3      ARG  92 -12.174  -3.188   4.701
    7    HD2  ARG  92           HD2      ARG  92 -13.977  -1.732   3.303
    8    HD3  ARG  92           HD3      ARG  92 -14.407  -3.256   4.095
    9    HE   ARG  92           HE       ARG  92 -14.786  -0.886   5.708
   10   HH11  ARG  92          HH11      ARG  92 -16.238  -3.145   3.453
   11   HH12  ARG  92          HH12      ARG  92 -17.861  -2.822   3.977
   12   HH21  ARG  92          HH21      ARG  92 -16.905  -0.467   6.412
   13   HH22  ARG  92          HH22      ARG  92 -18.242  -1.273   5.644

  No H/Q in entry =          13
  In of MODEL    8
    1    H    ASP  93           H        ASP  93 -12.389  -5.829   6.064
    2    HA   ASP  93           HA       ASP  93 -14.930  -6.772   5.221
    3    HB2  ASP  93           HB2      ASP  93 -14.642  -4.924   3.608
    4    HB3  ASP  93           HB3      ASP  93 -13.112  -5.640   3.084

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   MET  94           HA       MET  94 -11.340  -9.582   4.354
    2    HB2  MET  94           HB2      MET  94  -9.069  -9.644   5.368
    3    HB3  MET  94           HB3      MET  94  -9.386  -8.168   4.455
    4    HG2  MET  94           HG2      MET  94  -9.707  -6.895   6.474
    5    HG3  MET  94           HG3      MET  94  -9.657  -8.368   7.451
    6    HE1  MET  94           HE1      MET  94  -7.317 -10.042   6.385
    7    HE2  MET  94           HE2      MET  94  -5.946  -9.429   7.310
    8    HE3  MET  94           HE3      MET  94  -7.505  -9.668   8.098

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   MET   1           HA       MET   1   4.750  -8.016   6.979
    2    HB2  MET   1           HB2      MET   1   4.907  -8.710   9.353
    3    HB3  MET   1           HB3      MET   1   4.943  -7.019   9.831
    4    HG2  MET   1           HG2      MET   1   2.734  -7.892  10.162
    5    HG3  MET   1           HG3      MET   1   2.706  -6.718   8.847
    6    HE1  MET   1           HE1      MET   1   3.944 -10.467   8.842
    7    HE2  MET   1           HE2      MET   1   2.499 -10.484   9.853
    8    HE3  MET   1           HE3      MET   1   2.488 -11.292   8.285

  No H/Q in entry =           8
  In of MODEL    9
    1    H    ILE   2           H        ILE   2   3.340  -6.603   6.129
    2    HA   ILE   2           HA       ILE   2   4.002  -3.752   6.280
    3    HB   ILE   2           HB       ILE   2   1.827  -4.949   4.550
    4   HG12  ILE   2          HG12      ILE   2   4.612  -4.639   3.459
    5   HG13  ILE   2          HG13      ILE   2   4.161  -6.120   4.307
    6   HG21  ILE   2          HG21      ILE   2   2.123  -2.456   4.770
    7   HG22  ILE   2          HG22      ILE   2   3.672  -2.643   3.944
    8   HG23  ILE   2          HG23      ILE   2   2.177  -3.085   3.123
    9   HD11  ILE   2          HD11      ILE   2   2.778  -4.991   1.880
   10   HD12  ILE   2          HD12      ILE   2   3.906  -6.348   1.894
   11   HD13  ILE   2          HD13      ILE   2   2.350  -6.485   2.712

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLN   3           H        GLN   3   2.359  -2.210   6.801
    2    HA   GLN   3           HA       GLN   3  -0.096  -3.302   8.004
    3    HB2  GLN   3           HB2      GLN   3   1.706  -1.186   9.214
    4    HB3  GLN   3           HB3      GLN   3   0.101  -1.610   9.830
    5    HG2  GLN   3           HG2      GLN   3   0.834  -3.827  10.417
    6    HG3  GLN   3           HG3      GLN   3   2.405  -3.547   9.621
    7   HE21  GLN   3          HE21      GLN   3   0.410  -2.829  12.395
    8   HE22  GLN   3          HE22      GLN   3   1.678  -2.163  13.375

  No H/Q in entry =           8
  In of MODEL    9
    1    H    VAL   4           H        VAL   4  -1.655  -2.561   6.688
    2    HA   VAL   4           HA       VAL   4  -1.441   0.100   5.516
    3    HB   VAL   4           HB       VAL   4  -3.656  -0.635   4.364
    4   HG11  VAL   4          HG11      VAL   4  -1.502  -0.474   3.222
    5   HG12  VAL   4          HG12      VAL   4  -1.075  -2.090   3.786
    6   HG13  VAL   4          HG13      VAL   4  -2.415  -1.875   2.663
    7   HG21  VAL   4          HG21      VAL   4  -4.109  -2.506   5.879
    8   HG22  VAL   4          HG22      VAL   4  -3.968  -3.044   4.206
    9   HG23  VAL   4          HG23      VAL   4  -2.639  -3.306   5.333

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR   5           H        TYR   5  -3.046   1.661   5.644
    2    HA   TYR   5           HA       TYR   5  -5.194   1.492   7.543
    3    HB2  TYR   5           HB2      TYR   5  -2.691   3.025   8.196
    4    HB3  TYR   5           HB3      TYR   5  -4.254   3.550   8.818
    5    HD1  TYR   5           HD1      TYR   5  -1.410   1.736   9.634
    6    HD2  TYR   5           HD2      TYR   5  -5.653   1.426   9.861
    7    HE1  TYR   5           HE1      TYR   5  -1.187   0.082  11.446
    8    HE2  TYR   5           HE2      TYR   5  -5.438  -0.228  11.685
    9    HH   TYR   5           HH       TYR   5  -3.802  -1.822  12.511

  No H/Q in entry =           9
  In of MODEL    9
    1    H    SER   6           H        SER   6  -6.071   3.889   7.827
    2    HA   SER   6           HA       SER   6  -5.736   5.309   5.269
    3    HB2  SER   6           HB2      SER   6  -8.328   4.919   6.800
    4    HB3  SER   6           HB3      SER   6  -8.136   5.829   5.298
    5    HG   SER   6           HG       SER   6  -7.121   3.339   5.040

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ARG   7           H        ARG   7  -6.153   7.598   5.346
    2    HA   ARG   7           HA       ARG   7  -5.150   8.682   7.846
    3    HB2  ARG   7           HB2      ARG   7  -4.689   9.280   5.199
    4    HB3  ARG   7           HB3      ARG   7  -5.751  10.591   5.700
    5    HG2  ARG   7           HG2      ARG   7  -3.336   9.841   7.309
    6    HG3  ARG   7           HG3      ARG   7  -3.220  10.916   5.916
    7    HD2  ARG   7           HD2      ARG   7  -5.230  11.443   8.062
    8    HD3  ARG   7           HD3      ARG   7  -3.545  11.912   8.296
    9    HE   ARG   7           HE       ARG   7  -4.116  12.957   5.871
   10   HH11  ARG   7          HH11      ARG   7  -5.819  13.117   8.925
   11   HH12  ARG   7          HH12      ARG   7  -6.422  14.721   8.647
   12   HH21  ARG   7          HH21      ARG   7  -4.915  15.051   5.503
   13   HH22  ARG   7          HH22      ARG   7  -5.904  15.825   6.710

  No H/Q in entry =          13
  In of MODEL    9
    1    H    HIS   8           H        HIS   8  -8.160   8.197   6.451
    2    HA   HIS   8           HA       HIS   8  -9.416   9.963   8.415
    3    HB2  HIS   8           HB2      HIS   8 -10.186   9.780   5.490
    4    HB3  HIS   8           HB3      HIS   8 -11.168  10.559   6.722
    5    HD2  HIS   8           HD2      HIS   8  -9.972  12.924   7.839
    6    HE1  HIS   8           HE1      HIS   8  -7.461  13.444   4.473
    7    HE2  HIS   8           HE2      HIS   8  -8.568  14.601   6.438

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   PRO   9           HA       PRO   9 -11.944   6.482   9.256
    2    HB2  PRO   9           HB2      PRO   9 -14.529   7.725   9.246
    3    HB3  PRO   9           HB3      PRO   9 -13.489   7.365  10.634
    4    HG2  PRO   9           HG2      PRO   9 -14.102   9.913   9.673
    5    HG3  PRO   9           HG3      PRO   9 -12.742   9.511  10.734
    6    HD2  PRO   9           HD2      PRO   9 -12.761  10.075   7.804
    7    HD3  PRO   9           HD3      PRO   9 -11.492  10.352   9.016

  No H/Q in entry =           7
  In of MODEL    9
    1    H    ALA  10           H        ALA  10 -12.793   4.751   8.227
    2    HA   ALA  10           HA       ALA  10 -13.373   4.653   5.529
    3    HB1  ALA  10           HB1      ALA  10 -14.217   2.412   5.966
    4    HB2  ALA  10           HB2      ALA  10 -12.764   2.719   6.920
    5    HB3  ALA  10           HB3      ALA  10 -14.348   2.785   7.683

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLU  11           H        GLU  11 -15.044   5.861   4.572
    2    HA   GLU  11           HA       GLU  11 -17.724   5.112   5.562
    3    HB2  GLU  11           HB2      GLU  11 -16.667   7.690   4.625
    4    HB3  GLU  11           HB3      GLU  11 -18.230   7.254   3.947
    5    HG2  GLU  11           HG2      GLU  11 -17.527   7.483   6.853
    6    HG3  GLU  11           HG3      GLU  11 -18.534   8.577   5.908

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ASN  12           H        ASN  12 -18.884   3.816   4.261
    2    HA   ASN  12           HA       ASN  12 -18.029   2.989   1.706
    3    HB2  ASN  12           HB2      ASN  12 -19.420   1.469   2.868
    4    HB3  ASN  12           HB3      ASN  12 -20.643   2.688   3.228
    5   HD21  ASN  12          HD21      ASN  12 -22.138   3.231   1.609
    6   HD22  ASN  12          HD22      ASN  12 -22.372   2.237   0.209

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLY  13           H        GLY  13 -17.992   4.126  -0.097
    2    HA2  GLY  13           HA2      GLY  13 -20.206   6.018  -0.659
    3    HA3  GLY  13           HA3      GLY  13 -19.342   5.108  -1.881

  No H/Q in entry =           3
  In of MODEL    9
    1    H    LYS  14           H        LYS  14 -17.357   6.430   0.613
    2    HA   LYS  14           HA       LYS  14 -16.963   8.926  -0.883
    3    HB2  LYS  14           HB2      LYS  14 -15.398   8.160   1.559
    4    HB3  LYS  14           HB3      LYS  14 -15.789   9.761   0.966
    5    HG2  LYS  14           HG2      LYS  14 -17.676   7.826   2.284
    6    HG3  LYS  14           HG3      LYS  14 -16.967   9.266   3.004
    7    HD2  LYS  14           HD2      LYS  14 -18.865   9.227   0.663
    8    HD3  LYS  14           HD3      LYS  14 -19.289   9.610   2.343
    9    HE2  LYS  14           HE2      LYS  14 -17.417  11.155   0.535
   10    HE3  LYS  14           HE3      LYS  14 -19.023  11.653   1.060
   11    HZ1  LYS  14           HZ1      LYS  14 -18.177  11.653   3.363
   12    HZ2  LYS  14           HZ2      LYS  14 -16.621  11.314   2.776
   13    HZ3  LYS  14           HZ3      LYS  14 -17.378  12.771   2.367

  No H/Q in entry =          13
  In of MODEL    9
    1    H    SER  15           H        SER  15 -15.017   9.581  -1.726
    2    HA   SER  15           HA       SER  15 -12.997   7.493  -2.034
    3    HB2  SER  15           HB2      SER  15 -12.011   9.425  -3.592
    4    HB3  SER  15           HB3      SER  15 -13.219   8.271  -4.161
    5    HG   SER  15           HG       SER  15 -13.422  10.985  -3.722

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ASN  16           H        ASN  16 -10.869   7.811  -1.469
    2    HA   ASN  16           HA       ASN  16  -9.969   9.996   0.145
    3    HB2  ASN  16           HB2      ASN  16 -11.812   8.685   1.526
    4    HB3  ASN  16           HB3      ASN  16 -10.521   7.495   1.714
    5   HD21  ASN  16          HD21      ASN  16 -11.969   9.296   3.606
    6   HD22  ASN  16          HD22      ASN  16 -10.707  10.143   4.431

  No H/Q in entry =           6
  In of MODEL    9
    1    H    PHE  17           H        PHE  17  -7.958   8.735   1.588
    2    HA   PHE  17           HA       PHE  17  -6.574   7.444  -0.676
    3    HB2  PHE  17           HB2      PHE  17  -5.593   9.349   1.427
    4    HB3  PHE  17           HB3      PHE  17  -4.472   8.351   0.506
    5    HD1  PHE  17           HD1      PHE  17  -6.079   8.394  -2.079
    6    HD2  PHE  17           HD2      PHE  17  -4.860  11.476   0.595
    7    HE1  PHE  17           HE1      PHE  17  -6.123  10.012  -3.934
    8    HE2  PHE  17           HE2      PHE  17  -4.907  13.098  -1.251
    9    HZ   PHE  17           HZ       PHE  17  -5.538  12.369  -3.517

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  18           H        LEU  18  -5.723   5.497  -0.505
    2    HA   LEU  18           HA       LEU  18  -5.782   4.134   2.072
    3    HB2  LEU  18           HB2      LEU  18  -6.582   2.798   0.254
    4    HB3  LEU  18           HB3      LEU  18  -5.166   3.168  -0.716
    5    HG   LEU  18           HG       LEU  18  -3.758   1.753   0.697
    6   HD11  LEU  18          HD11      LEU  18  -6.247   1.366   2.368
    7   HD12  LEU  18          HD12      LEU  18  -4.800   0.363   2.482
    8   HD13  LEU  18          HD13      LEU  18  -4.714   2.078   2.871
    9   HD21  LEU  18          HD21      LEU  18  -6.334   0.393  -0.094
   10   HD22  LEU  18          HD22      LEU  18  -4.928   0.667  -1.123
   11   HD23  LEU  18          HD23      LEU  18  -4.809  -0.420   0.259

  No H/Q in entry =          11
  In of MODEL    9
    1    H    ASN  19           H        ASN  19  -4.096   3.915   3.349
    2    HA   ASN  19           HA       ASN  19  -1.465   4.680   2.275
    3    HB2  ASN  19           HB2      ASN  19  -1.368   6.082   4.033
    4    HB3  ASN  19           HB3      ASN  19  -2.818   5.385   4.750
    5   HD21  ASN  19          HD21      ASN  19   0.654   5.245   4.601
    6   HD22  ASN  19          HD22      ASN  19   0.868   4.331   6.049

  No H/Q in entry =           6
  In of MODEL    9
    1    H    CYS  20           H        CYS  20  -0.042   3.118   1.953
    2    HA   CYS  20           HA       CYS  20  -0.096   0.774   3.734
    3    HB2  CYS  20           HB2      CYS  20  -0.335   0.038   1.475
    4    HB3  CYS  20           HB3      CYS  20   0.866   1.192   0.879

  No H/Q in entry =           4
  In of MODEL    9
    1    H    TYR  21           H        TYR  21   1.413   0.989   5.334
    2    HA   TYR  21           HA       TYR  21   3.801   2.597   4.846
    3    HB2  TYR  21           HB2      TYR  21   3.121   1.000   7.316
    4    HB3  TYR  21           HB3      TYR  21   4.407   2.163   7.160
    5    HD1  TYR  21           HD1      TYR  21   3.817   4.595   6.953
    6    HD2  TYR  21           HD2      TYR  21   0.974   1.631   8.030
    7    HE1  TYR  21           HE1      TYR  21   2.404   6.327   7.974
    8    HE2  TYR  21           HE2      TYR  21  -0.455   3.354   9.044
    9    HH   TYR  21           HH       TYR  21   0.178   6.734   8.638

  No H/Q in entry =           9
  In of MODEL    9
    1    H    VAL  22           H        VAL  22   5.359   1.544   3.679
    2    HA   VAL  22           HA       VAL  22   5.946  -1.195   4.505
    3    HB   VAL  22           HB       VAL  22   7.007   0.424   2.156
    4   HG11  VAL  22          HG11      VAL  22   8.597  -1.298   2.955
    5   HG12  VAL  22          HG12      VAL  22   7.344  -2.526   2.751
    6   HG13  VAL  22          HG13      VAL  22   7.965  -1.656   1.344
    7   HG21  VAL  22          HG21      VAL  22   4.938  -1.774   2.275
    8   HG22  VAL  22          HG22      VAL  22   4.670  -0.083   1.849
    9   HG23  VAL  22          HG23      VAL  22   5.628  -1.118   0.787

  No H/Q in entry =           9
  In of MODEL    9
    1    H    SER  23           H        SER  23   7.433  -1.397   6.023
    2    HA   SER  23           HA       SER  23   9.065   0.775   6.865
    3    HB2  SER  23           HB2      SER  23   8.147  -0.876   8.420
    4    HB3  SER  23           HB3      SER  23   9.157  -2.137   7.690
    5    HG   SER  23           HG       SER  23   9.770  -0.255   9.562

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLY  24           H        GLY  24  11.710  -1.142   7.118
    2    HA2  GLY  24           HA2      GLY  24  13.620  -0.248   6.303
    3    HA3  GLY  24           HA3      GLY  24  12.685   1.059   5.606

  No H/Q in entry =           3
  In of MODEL    9
    1    H    PHE  25           H        PHE  25  14.693  -1.334   4.952
    2    HA   PHE  25           HA       PHE  25  15.169  -2.734   3.107
    3    HB2  PHE  25           HB2      PHE  25  12.571  -1.647   1.943
    4    HB3  PHE  25           HB3      PHE  25  13.622  -2.807   1.141
    5    HD1  PHE  25           HD1      PHE  25  13.524  -5.152   1.675
    6    HD2  PHE  25           HD2      PHE  25  11.255  -2.352   3.951
    7    HE1  PHE  25           HE1      PHE  25  12.213  -7.010   2.657
    8    HE2  PHE  25           HE2      PHE  25   9.947  -4.203   4.938
    9    HZ   PHE  25           HZ       PHE  25  10.415  -6.518   4.267

  No H/Q in entry =           9
  In of MODEL    9
    1    H    HIS  26           H        HIS  26  15.665  -2.156   0.703
    2    HA   HIS  26           HA       HIS  26  16.399   0.671   0.553
    3    HB2  HIS  26           HB2      HIS  26  17.125  -1.586  -1.325
    4    HB3  HIS  26           HB3      HIS  26  17.836   0.027  -1.306
    5    HD2  HIS  26           HD2      HIS  26  19.393   0.564   1.081
    6    HE1  HIS  26           HE1      HIS  26  19.876  -3.553   1.929
    7    HE2  HIS  26           HE2      HIS  26  20.806  -1.229   2.315

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   PRO  27           HA       PRO  27  12.367   1.430  -1.379
    2    HB2  PRO  27           HB2      PRO  27  14.035   3.828  -2.052
    3    HB3  PRO  27           HB3      PRO  27  12.331   3.751  -1.574
    4    HG2  PRO  27           HG2      PRO  27  14.184   4.376   0.214
    5    HG3  PRO  27           HG3      PRO  27  12.822   3.309   0.654
    6    HD2  PRO  27           HD2      PRO  27  15.705   2.653   0.200
    7    HD3  PRO  27           HD3      PRO  27  14.502   1.826   1.212

  No H/Q in entry =           7
  In of MODEL    9
    1    H    SER  28           H        SER  28  15.457   1.915  -3.024
    2    HA   SER  28           HA       SER  28  14.312   2.229  -5.594
    3    HB2  SER  28           HB2      SER  28  16.519   3.158  -5.011
    4    HB3  SER  28           HB3      SER  28  17.153   1.525  -4.815
    5    HG   SER  28           HG       SER  28  16.042   1.597  -7.200

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ASP  29           H        ASP  29  15.292  -0.625  -3.756
    2    HA   ASP  29           HA       ASP  29  14.899  -2.253  -6.180
    3    HB2  ASP  29           HB2      ASP  29  16.407  -2.937  -3.644
    4    HB3  ASP  29           HB3      ASP  29  16.178  -4.023  -5.006

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ILE  30           H        ILE  30  12.683  -1.303  -4.401
    2    HA   ILE  30           HA       ILE  30  11.659  -4.009  -3.874
    3    HB   ILE  30           HB       ILE  30  10.781  -3.552  -1.835
    4   HG12  ILE  30          HG12      ILE  30  10.474  -0.614  -2.556
    5   HG13  ILE  30          HG13      ILE  30   9.221  -1.842  -2.650
    6   HG21  ILE  30          HG21      ILE  30  12.961  -1.496  -1.986
    7   HG22  ILE  30          HG22      ILE  30  12.176  -1.989  -0.486
    8   HG23  ILE  30          HG23      ILE  30  13.081  -3.165  -1.438
    9   HD11  ILE  30          HD11      ILE  30  10.588  -0.975  -0.117
   10   HD12  ILE  30          HD12      ILE  30   9.001  -0.438  -0.667
   11   HD13  ILE  30          HD13      ILE  30   9.264  -2.133  -0.256

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLU  31           H        GLU  31   9.306  -4.152  -3.972
    2    HA   GLU  31           HA       GLU  31   8.185  -2.206  -5.839
    3    HB2  GLU  31           HB2      GLU  31   9.291  -4.609  -6.421
    4    HB3  GLU  31           HB3      GLU  31   7.605  -5.025  -6.323
    5    HG2  GLU  31           HG2      GLU  31   7.122  -3.361  -8.079
    6    HG3  GLU  31           HG3      GLU  31   8.831  -2.896  -8.087

  No H/Q in entry =           6
  In of MODEL    9
    1    H    VAL  32           H        VAL  32   6.730  -1.419  -4.498
    2    HA   VAL  32           HA       VAL  32   4.802  -3.218  -3.194
    3    HB   VAL  32           HB       VAL  32   5.379  -2.048  -1.348
    4   HG11  VAL  32          HG11      VAL  32   7.338  -1.114  -2.495
    5   HG12  VAL  32          HG12      VAL  32   6.353   0.245  -3.033
    6   HG13  VAL  32          HG13      VAL  32   6.651  -0.007  -1.310
    7   HG21  VAL  32          HG21      VAL  32   3.151  -1.142  -1.746
    8   HG22  VAL  32          HG22      VAL  32   4.186   0.045  -0.951
    9   HG23  VAL  32          HG23      VAL  32   3.845   0.186  -2.676

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ASP  33           H        ASP  33   2.631  -3.022  -3.611
    2    HA   ASP  33           HA       ASP  33   1.733  -0.770  -5.266
    3    HB2  ASP  33           HB2      ASP  33   1.179  -3.711  -5.897
    4    HB3  ASP  33           HB3      ASP  33   0.330  -2.357  -6.650

  No H/Q in entry =           4
  In of MODEL    9
    1    H    LEU  34           H        LEU  34  -0.687  -0.675  -5.302
    2    HA   LEU  34           HA       LEU  34  -1.796  -1.570  -2.720
    3    HB2  LEU  34           HB2      LEU  34  -2.189   0.933  -4.303
    4    HB3  LEU  34           HB3      LEU  34  -3.537   0.345  -3.353
    5    HG   LEU  34           HG       LEU  34  -2.047   0.411  -1.317
    6   HD11  LEU  34          HD11      LEU  34  -0.183   1.889  -3.166
    7   HD12  LEU  34          HD12      LEU  34  -0.039   1.816  -1.408
    8   HD13  LEU  34          HD13      LEU  34   0.127   0.347  -2.367
    9   HD21  LEU  34          HD21      LEU  34  -3.654   2.181  -1.789
   10   HD22  LEU  34          HD22      LEU  34  -2.203   2.815  -1.012
   11   HD23  LEU  34          HD23      LEU  34  -2.442   3.033  -2.745

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU  35           H        LEU  35  -3.516  -2.932  -2.768
    2    HA   LEU  35           HA       LEU  35  -4.562  -3.649  -5.435
    3    HB2  LEU  35           HB2      LEU  35  -4.056  -5.528  -3.135
    4    HB3  LEU  35           HB3      LEU  35  -4.616  -5.951  -4.735
    5    HG   LEU  35           HG       LEU  35  -1.866  -5.211  -3.827
    6   HD11  LEU  35          HD11      LEU  35  -3.156  -7.414  -5.426
    7   HD12  LEU  35          HD12      LEU  35  -1.415  -7.222  -5.289
    8   HD13  LEU  35          HD13      LEU  35  -2.385  -7.535  -3.842
    9   HD21  LEU  35          HD21      LEU  35  -2.475  -3.781  -5.838
   10   HD22  LEU  35          HD22      LEU  35  -1.091  -4.857  -6.036
   11   HD23  LEU  35          HD23      LEU  35  -2.646  -5.285  -6.738

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LYS  36           H        LYS  36  -6.530  -4.951  -5.421
    2    HA   LYS  36           HA       LYS  36  -8.324  -4.615  -3.111
    3    HB2  LYS  36           HB2      LYS  36  -9.371  -5.169  -5.863
    4    HB3  LYS  36           HB3      LYS  36 -10.161  -4.314  -4.522
    5    HG2  LYS  36           HG2      LYS  36  -8.719  -2.396  -4.936
    6    HG3  LYS  36           HG3      LYS  36  -7.877  -3.257  -6.205
    7    HD2  LYS  36           HD2      LYS  36  -9.535  -1.623  -7.086
    8    HD3  LYS  36           HD3      LYS  36  -9.828  -3.280  -7.622
    9    HE2  LYS  36           HE2      LYS  36 -11.916  -2.044  -7.025
   10    HE3  LYS  36           HE3      LYS  36 -11.682  -3.472  -6.027
   11    HZ1  LYS  36           HZ1      LYS  36 -10.968  -0.698  -5.229
   12    HZ2  LYS  36           HZ2      LYS  36 -12.413  -1.473  -4.807
   13    HZ3  LYS  36           HZ3      LYS  36 -10.934  -2.071  -4.237

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ASN  37           H        ASN  37  -8.400  -6.596  -2.145
    2    HA   ASN  37           HA       ASN  37  -7.931  -8.834  -1.901
    3    HB2  ASN  37           HB2      ASN  37  -9.873  -9.741  -3.781
    4    HB3  ASN  37           HB3      ASN  37 -10.064  -9.666  -2.057
    5   HD21  ASN  37          HD21      ASN  37 -10.429  -7.815  -5.062
    6   HD22  ASN  37          HD22      ASN  37 -11.656  -6.755  -4.446

  No H/Q in entry =           6
  In of MODEL    9
    1    H    GLY  38           H        GLY  38  -5.934  -8.113  -3.367
    2    HA2  GLY  38           HA2      GLY  38  -5.443 -10.349  -5.071
    3    HA3  GLY  38           HA3      GLY  38  -4.313  -9.066  -4.712

  No H/Q in entry =           3
  In of MODEL    9
    1    H    GLU  39           H        GLU  39  -6.273  -7.002  -5.787
    2    HA   GLU  39           HA       GLU  39  -5.733  -7.535  -8.625
    3    HB2  GLU  39           HB2      GLU  39  -8.134  -7.878  -8.214
    4    HB3  GLU  39           HB3      GLU  39  -8.251  -6.281  -7.495
    5    HG2  GLU  39           HG2      GLU  39  -9.139  -6.279  -9.762
    6    HG3  GLU  39           HG3      GLU  39  -7.705  -5.256  -9.649

  No H/Q in entry =           6
  In of MODEL    9
    1    H    ARG  40           H        ARG  40  -4.436  -6.052  -9.419
    2    HA   ARG  40           HA       ARG  40  -3.486  -3.831  -8.035
    3    HB2  ARG  40           HB2      ARG  40  -2.668  -5.162 -10.220
    4    HB3  ARG  40           HB3      ARG  40  -3.450  -3.817 -11.031
    5    HG2  ARG  40           HG2      ARG  40  -2.008  -2.258  -9.785
    6    HG3  ARG  40           HG3      ARG  40  -1.200  -3.634  -9.046
    7    HD2  ARG  40           HD2      ARG  40   0.188  -2.931 -10.852
    8    HD3  ARG  40           HD3      ARG  40  -0.612  -4.407 -11.392
    9    HE   ARG  40           HE       ARG  40  -2.207  -2.979 -12.612
   10   HH11  ARG  40          HH11      ARG  40   0.928  -1.629 -11.742
   11   HH12  ARG  40          HH12      ARG  40   0.904  -0.467 -13.040
   12   HH21  ARG  40          HH21      ARG  40  -2.235  -1.449 -14.263
   13   HH22  ARG  40          HH22      ARG  40  -0.908  -0.339 -14.455

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE  41           H        ILE  41  -4.449  -2.062  -7.499
    2    HA   ILE  41           HA       ILE  41  -6.958  -1.206  -8.392
    3    HB   ILE  41           HB       ILE  41  -4.818   0.349  -6.979
    4   HG12  ILE  41          HG12      ILE  41  -7.207  -1.175  -5.924
    5   HG13  ILE  41          HG13      ILE  41  -5.537  -1.710  -5.807
    6   HG21  ILE  41          HG21      ILE  41  -7.764   0.945  -7.269
    7   HG22  ILE  41          HG22      ILE  41  -6.668   1.799  -6.184
    8   HG23  ILE  41          HG23      ILE  41  -6.434   1.888  -7.929
    9   HD11  ILE  41          HD11      ILE  41  -6.348   0.879  -4.589
   10   HD12  ILE  41          HD12      ILE  41  -6.727  -0.650  -3.787
   11   HD13  ILE  41          HD13      ILE  41  -5.042  -0.230  -4.145

  No H/Q in entry =          11
  In of MODEL    9
    1    H    GLU  42           H        GLU  42  -4.118   0.882  -8.625
    2    HA   GLU  42           HA       GLU  42  -2.969   0.822 -10.893
    3    HB2  GLU  42           HB2      GLU  42  -5.748   1.690 -11.672
    4    HB3  GLU  42           HB3      GLU  42  -4.350   2.135 -12.609
    5    HG2  GLU  42           HG2      GLU  42  -4.256   0.147 -13.527
    6    HG3  GLU  42           HG3      GLU  42  -4.575  -0.735 -12.058

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LYS  43           H        LYS  43  -5.211   3.085  -9.330
    2    HA   LYS  43           HA       LYS  43  -3.883   5.392 -10.413
    3    HB2  LYS  43           HB2      LYS  43  -5.848   5.389  -8.132
    4    HB3  LYS  43           HB3      LYS  43  -5.528   6.671  -9.286
    5    HG2  LYS  43           HG2      LYS  43  -7.060   4.114  -9.759
    6    HG3  LYS  43           HG3      LYS  43  -7.673   5.765  -9.774
    7    HD2  LYS  43           HD2      LYS  43  -5.715   4.597 -11.741
    8    HD3  LYS  43           HD3      LYS  43  -7.429   4.884 -12.036
    9    HE2  LYS  43           HE2      LYS  43  -7.007   7.309 -11.554
   10    HE3  LYS  43           HE3      LYS  43  -5.284   6.935 -11.524
   11    HZ1  LYS  43           HZ1      LYS  43  -5.535   6.065 -13.813
   12    HZ2  LYS  43           HZ2      LYS  43  -7.138   6.621 -13.817
   13    HZ3  LYS  43           HZ3      LYS  43  -5.860   7.725 -13.686

  No H/Q in entry =          13
  In of MODEL    9
    1    H    VAL  44           H        VAL  44  -1.851   4.160  -9.198
    2    HA   VAL  44           HA       VAL  44  -1.653   5.456  -6.574
    3    HB   VAL  44           HB       VAL  44  -1.603   2.699  -6.901
    4   HG11  VAL  44          HG11      VAL  44   0.593   2.758  -7.951
    5   HG12  VAL  44          HG12      VAL  44   1.226   3.654  -6.571
    6   HG13  VAL  44          HG13      VAL  44   0.672   1.994  -6.363
    7   HG21  VAL  44          HG21      VAL  44  -2.067   3.889  -4.846
    8   HG22  VAL  44          HG22      VAL  44  -0.833   2.656  -4.583
    9   HG23  VAL  44          HG23      VAL  44  -0.370   4.353  -4.714

  No H/Q in entry =           9
  In of MODEL    9
    1    H    GLU  45           H        GLU  45   0.054   6.756  -6.364
    2    HA   GLU  45           HA       GLU  45   2.253   6.535  -8.268
    3    HB2  GLU  45           HB2      GLU  45   0.272   8.762  -8.207
    4    HB3  GLU  45           HB3      GLU  45   1.957   9.159  -8.523
    5    HG2  GLU  45           HG2      GLU  45   0.347   7.151 -10.085
    6    HG3  GLU  45           HG3      GLU  45   0.614   8.827 -10.568

  No H/Q in entry =           6
  In of MODEL    9
    1    H    HIS  46           H        HIS  46   3.911   6.368  -6.916
    2    HA   HIS  46           HA       HIS  46   4.725   8.888  -5.809
    3    HB2  HIS  46           HB2      HIS  46   3.573   7.360  -3.954
    4    HB3  HIS  46           HB3      HIS  46   5.141   6.557  -3.975
    5    HD2  HIS  46           HD2      HIS  46   7.337   8.604  -3.601
    6    HE1  HIS  46           HE1      HIS  46   4.767  10.858  -1.107
    7    HE2  HIS  46           HE2      HIS  46   7.128  10.638  -2.005

  No H/Q in entry =           7
  In of MODEL    9
    1    H    SER  47           H        SER  47   6.887   9.119  -6.116
    2    HA   SER  47           HA       SER  47   8.000   7.002  -7.745
    3    HB2  SER  47           HB2      SER  47   9.701   8.859  -8.282
    4    HB3  SER  47           HB3      SER  47   8.042   9.082  -8.838
    5    HG   SER  47           HG       SER  47   7.772  10.683  -7.464

  No H/Q in entry =           5
  In of MODEL    9
    1    H    ASP  48           H        ASP  48   9.263   5.578  -6.898
    2    HA   ASP  48           HA       ASP  48  10.721   5.779  -4.518
    3    HB2  ASP  48           HB2      ASP  48  12.028   3.839  -5.424
    4    HB3  ASP  48           HB3      ASP  48  10.285   3.604  -5.482

  No H/Q in entry =           4
  In of MODEL    9
    1    H    LEU  49           H        LEU  49  13.051   5.995  -4.274
    2    HA   LEU  49           HA       LEU  49  13.832   8.248  -5.996
    3    HB2  LEU  49           HB2      LEU  49  15.525   8.494  -3.881
    4    HB3  LEU  49           HB3      LEU  49  14.016   9.374  -4.053
    5    HG   LEU  49           HG       LEU  49  14.345   8.498  -1.791
    6   HD11  LEU  49          HD11      LEU  49  12.067   7.180  -3.252
    7   HD12  LEU  49          HD12      LEU  49  12.216   7.253  -1.497
    8   HD13  LEU  49          HD13      LEU  49  12.057   8.741  -2.427
    9   HD21  LEU  49          HD21      LEU  49  15.708   6.546  -2.294
   10   HD22  LEU  49          HD22      LEU  49  14.324   6.119  -1.290
   11   HD23  LEU  49          HD23      LEU  49  14.310   5.738  -3.009

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  50           H        SER  50  16.506   8.355  -5.006
    2    HA   SER  50           HA       SER  50  17.587   6.207  -6.709
    3    HB2  SER  50           HB2      SER  50  18.653   9.022  -6.375
    4    HB3  SER  50           HB3      SER  50  19.357   7.767  -7.394
    5    HG   SER  50           HG       SER  50  16.702   8.153  -7.914

  No H/Q in entry =           5
  In of MODEL    9
    1    H    PHE  51           H        PHE  51  17.708   7.896  -3.730
    2    HA   PHE  51           HA       PHE  51  20.247   6.663  -2.999
    3    HB2  PHE  51           HB2      PHE  51  20.038   8.234  -0.980
    4    HB3  PHE  51           HB3      PHE  51  20.375   8.961  -2.543
    5    HD1  PHE  51           HD1      PHE  51  18.542  10.128  -3.771
    6    HD2  PHE  51           HD2      PHE  51  18.083   8.780   0.238
    7    HE1  PHE  51           HE1      PHE  51  16.620  11.636  -3.489
    8    HE2  PHE  51           HE2      PHE  51  16.156  10.280   0.525
    9    HZ   PHE  51           HZ       PHE  51  15.423  11.714  -1.339

  No H/Q in entry =           9
  In of MODEL    9
    1    H    SER  52           H        SER  52  19.865   4.665  -2.339
    2    HA   SER  52           HA       SER  52  18.141   4.381   0.033
    3    HB2  SER  52           HB2      SER  52  18.669   2.273  -2.082
    4    HB3  SER  52           HB3      SER  52  17.638   2.092  -0.663
    5    HG   SER  52           HG       SER  52  16.913   4.276  -2.052

  No H/Q in entry =           5
  In of MODEL    9
    1    H    LYS  53           H        LYS  53  19.869   4.762   1.423
    2    HA   LYS  53           HA       LYS  53  22.404   3.514   1.116
    3    HB2  LYS  53           HB2      LYS  53  21.215   4.845   3.558
    4    HB3  LYS  53           HB3      LYS  53  22.910   4.420   3.341
    5    HG2  LYS  53           HG2      LYS  53  22.997   5.940   1.388
    6    HG3  LYS  53           HG3      LYS  53  21.338   6.426   1.734
    7    HD2  LYS  53           HD2      LYS  53  23.703   6.762   3.580
    8    HD3  LYS  53           HD3      LYS  53  22.952   8.038   2.622
    9    HE2  LYS  53           HE2      LYS  53  20.820   7.587   3.840
   10    HE3  LYS  53           HE3      LYS  53  21.712   6.480   4.882
   11    HZ1  LYS  53           HZ1      LYS  53  23.164   8.373   5.481
   12    HZ2  LYS  53           HZ2      LYS  53  22.151   9.404   4.590
   13    HZ3  LYS  53           HZ3      LYS  53  21.552   8.593   5.951

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ASP  54           H        ASP  54  20.529   3.145   4.147
    2    HA   ASP  54           HA       ASP  54  20.396   0.271   3.627
    3    HB2  ASP  54           HB2      ASP  54  21.112  -0.248   5.900
    4    HB3  ASP  54           HB3      ASP  54  22.366   0.661   5.068

  No H/Q in entry =           4
  In of MODEL    9
    1    H    TRP  55           H        TRP  55  18.661   2.866   3.933
    2    HA   TRP  55           HA       TRP  55  16.593   1.554   5.534
    3    HB2  TRP  55           HB2      TRP  55  15.862   3.798   6.354
    4    HB3  TRP  55           HB3      TRP  55  17.367   3.207   7.021
    5    HD1  TRP  55           HD1      TRP  55  18.489   5.368   7.694
    6    HE1  TRP  55           HE1      TRP  55  19.269   7.489   6.506
    7    HE3  TRP  55           HE3      TRP  55  16.418   4.612   2.989
    8    HZ2  TRP  55           HZ2      TRP  55  19.097   8.696   3.993
    9    HZ3  TRP  55           HZ3      TRP  55  16.813   6.328   1.290
   10    HH2  TRP  55           HH2      TRP  55  18.118   8.324   1.768

  No H/Q in entry =          10
  In of MODEL    9
    1    H    SER  56           H        SER  56  14.438   2.677   5.241
    2    HA   SER  56           HA       SER  56  14.235   4.123   2.682
    3    HB2  SER  56           HB2      SER  56  12.034   3.206   2.323
    4    HB3  SER  56           HB3      SER  56  13.122   1.848   2.606
    5    HG   SER  56           HG       SER  56  11.522   1.389   3.951

  No H/Q in entry =           5
  In of MODEL    9
    1    H    PHE  57           H        PHE  57  14.264   4.184   5.880
    2    HA   PHE  57           HA       PHE  57  13.299   5.103   7.635
    3    HB2  PHE  57           HB2      PHE  57  12.666   7.587   7.352
    4    HB3  PHE  57           HB3      PHE  57  14.335   7.076   7.176
    5    HD1  PHE  57           HD1      PHE  57  11.390   8.396   5.424
    6    HD2  PHE  57           HD2      PHE  57  15.468   7.232   5.085
    7    HE1  PHE  57           HE1      PHE  57  11.537   9.547   3.255
    8    HE2  PHE  57           HE2      PHE  57  15.626   8.377   2.920
    9    HZ   PHE  57           HZ       PHE  57  13.654   9.540   1.999

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR  58           H        TYR  58  11.097   6.603   5.243
    2    HA   TYR  58           HA       TYR  58   8.924   4.929   6.310
    3    HB2  TYR  58           HB2      TYR  58   8.865   6.974   7.587
    4    HB3  TYR  58           HB3      TYR  58   9.123   7.953   6.157
    5    HD1  TYR  58           HD1      TYR  58   6.614   5.937   7.997
    6    HD2  TYR  58           HD2      TYR  58   7.299   8.676   4.812
    7    HE1  TYR  58           HE1      TYR  58   4.183   6.337   7.829
    8    HE2  TYR  58           HE2      TYR  58   4.856   9.075   4.621
    9    HH   TYR  58           HH       TYR  58   2.657   8.061   7.012

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LEU  59           H        LEU  59   8.248   3.873   4.508
    2    HA   LEU  59           HA       LEU  59   8.205   5.301   1.940
    3    HB2  LEU  59           HB2      LEU  59   8.374   2.454   2.803
    4    HB3  LEU  59           HB3      LEU  59   7.535   2.766   1.304
    5    HG   LEU  59           HG       LEU  59  10.398   3.674   1.754
    6   HD11  LEU  59          HD11      LEU  59   9.405   1.090   0.567
    7   HD12  LEU  59          HD12      LEU  59  11.068   1.668   0.559
    8   HD13  LEU  59          HD13      LEU  59  10.283   1.268   2.084
    9   HD21  LEU  59          HD21      LEU  59   8.633   3.254  -0.661
   10   HD22  LEU  59          HD22      LEU  59   9.286   4.784  -0.076
   11   HD23  LEU  59          HD23      LEU  59  10.367   3.564  -0.743

  No H/Q in entry =          11
  In of MODEL    9
    1    H    LEU  60           H        LEU  60   6.287   6.113   1.256
    2    HA   LEU  60           HA       LEU  60   3.802   4.685   1.896
    3    HB2  LEU  60           HB2      LEU  60   3.967   6.456   3.481
    4    HB3  LEU  60           HB3      LEU  60   4.511   7.580   2.266
    5    HG   LEU  60           HG       LEU  60   1.949   6.901   1.425
    6   HD11  LEU  60          HD11      LEU  60   1.682   5.823   3.678
    7   HD12  LEU  60          HD12      LEU  60   1.890   7.422   4.381
    8   HD13  LEU  60          HD13      LEU  60   0.524   7.104   3.314
    9   HD21  LEU  60          HD21      LEU  60   3.080   9.119   1.418
   10   HD22  LEU  60          HD22      LEU  60   1.408   9.162   1.976
   11   HD23  LEU  60          HD23      LEU  60   2.727   9.249   3.138

  No H/Q in entry =          11
  In of MODEL    9
    1    H    TYR  61           H        TYR  61   2.328   4.638   0.241
    2    HA   TYR  61           HA       TYR  61   2.766   6.311  -2.155
    3    HB2  TYR  61           HB2      TYR  61   1.924   3.390  -1.959
    4    HB3  TYR  61           HB3      TYR  61   1.685   4.348  -3.427
    5    HD1  TYR  61           HD1      TYR  61   4.379   3.228  -1.080
    6    HD2  TYR  61           HD2      TYR  61   3.382   4.504  -5.008
    7    HE1  TYR  61           HE1      TYR  61   6.665   2.670  -1.845
    8    HE2  TYR  61           HE2      TYR  61   5.648   3.956  -5.779
    9    HH   TYR  61           HH       TYR  61   7.770   2.061  -4.075

  No H/Q in entry =           9
  In of MODEL    9
    1    H    TYR  62           H        TYR  62   0.613   6.663  -3.398
    2    HA   TYR  62           HA       TYR  62  -1.649   6.514  -1.545
    3    HB2  TYR  62           HB2      TYR  62  -2.358   8.822  -2.105
    4    HB3  TYR  62           HB3      TYR  62  -0.872   8.728  -1.181
    5    HD1  TYR  62           HD1      TYR  62  -2.179   9.317  -4.636
    6    HD2  TYR  62           HD2      TYR  62   1.072   9.812  -1.942
    7    HE1  TYR  62           HE1      TYR  62  -1.111  10.867  -6.217
    8    HE2  TYR  62           HE2      TYR  62   2.148  11.357  -3.516
    9    HH   TYR  62           HH       TYR  62   0.581  12.791  -6.057

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR  63           H        THR  63  -3.598   6.039  -2.398
    2    HA   THR  63           HA       THR  63  -4.097   6.443  -5.258
    3    HB   THR  63           HB       THR  63  -3.328   4.013  -4.858
    4    HG1  THR  63           HG1      THR  63  -5.974   4.207  -5.877
    5   HG21  THR  63          HG21      THR  63  -6.057   3.878  -3.589
    6   HG22  THR  63          HG22      THR  63  -5.106   2.479  -4.082
    7   HG23  THR  63          HG23      THR  63  -4.524   3.536  -2.799

  No H/Q in entry =           7
  In of MODEL    9
    1    H    GLU  64           H        GLU  64  -6.221   6.897  -5.720
    2    HA   GLU  64           HA       GLU  64  -8.073   7.652  -3.749
    3    HB2  GLU  64           HB2      GLU  64  -8.288   8.544  -5.987
    4    HB3  GLU  64           HB3      GLU  64  -8.417   6.929  -6.669
    5    HG2  GLU  64           HG2      GLU  64 -10.576   6.697  -5.351
    6    HG3  GLU  64           HG3      GLU  64 -10.436   8.424  -5.017

  No H/Q in entry =           6
  In of MODEL    9
    1    H    PHE  65           H        PHE  65  -9.554   6.448  -2.546
    2    HA   PHE  65           HA       PHE  65 -10.273   3.820  -3.643
    3    HB2  PHE  65           HB2      PHE  65 -10.190   2.796  -1.517
    4    HB3  PHE  65           HB3      PHE  65  -8.721   3.722  -1.687
    5    HD1  PHE  65           HD1      PHE  65  -7.963   4.479   0.297
    6    HD2  PHE  65           HD2      PHE  65 -12.146   4.572  -0.430
    7    HE1  PHE  65           HE1      PHE  65  -8.322   5.502   2.514
    8    HE2  PHE  65           HE2      PHE  65 -12.506   5.615   1.770
    9    HZ   PHE  65           HZ       PHE  65 -10.606   6.078   3.248

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR  66           H        THR  66 -12.372   3.090  -3.273
    2    HA   THR  66           HA       THR  66 -14.087   4.757  -1.559
    3    HB   THR  66           HB       THR  66 -14.948   3.516  -4.197
    4    HG1  THR  66           HG1      THR  66 -13.854   5.978  -3.514
    5   HG21  THR  66          HG21      THR  66 -16.372   5.292  -2.202
    6   HG22  THR  66          HG22      THR  66 -16.943   4.998  -3.849
    7   HG23  THR  66          HG23      THR  66 -16.818   3.660  -2.711

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   PRO  67           HA       PRO  67 -14.386   0.531   0.054
    2    HB2  PRO  67           HB2      PRO  67 -15.836   1.401   2.340
    3    HB3  PRO  67           HB3      PRO  67 -14.131   0.968   2.251
    4    HG2  PRO  67           HG2      PRO  67 -15.198   3.549   2.669
    5    HG3  PRO  67           HG3      PRO  67 -13.504   3.126   2.388
    6    HD2  PRO  67           HD2      PRO  67 -15.447   4.350   0.577
    7    HD3  PRO  67           HD3      PRO  67 -13.680   4.295   0.458

  No H/Q in entry =           7
  In of MODEL    9
    1    H    THR  68           H        THR  68 -15.802  -0.918  -0.259
    2    HA   THR  68           HA       THR  68 -18.655  -0.236  -0.449
    3    HB   THR  68           HB       THR  68 -18.824  -1.752  -2.393
    4    HG1  THR  68           HG1      THR  68 -16.606  -2.268  -3.345
    5   HG21  THR  68          HG21      THR  68 -18.448   0.631  -2.837
    6   HG22  THR  68          HG22      THR  68 -16.706   0.363  -2.789
    7   HG23  THR  68          HG23      THR  68 -17.674  -0.379  -4.062

  No H/Q in entry =           7
  In of MODEL    9
    1    H    GLU  69           H        GLU  69 -20.055  -2.128  -0.072
    2    HA   GLU  69           HA       GLU  69 -19.209  -3.936   1.901
    3    HB2  GLU  69           HB2      GLU  69 -21.485  -3.531   1.846
    4    HB3  GLU  69           HB3      GLU  69 -21.593  -3.648   0.100
    5    HG2  GLU  69           HG2      GLU  69 -22.754  -5.492   0.933
    6    HG3  GLU  69           HG3      GLU  69 -21.210  -6.123   0.370

  No H/Q in entry =           6
  In of MODEL    9
    1    H    LYS  70           H        LYS  70 -18.195  -3.929  -1.274
    2    HA   LYS  70           HA       LYS  70 -17.998  -6.849  -1.369
    3    HB2  LYS  70           HB2      LYS  70 -17.856  -4.927  -3.689
    4    HB3  LYS  70           HB3      LYS  70 -17.810  -6.677  -3.796
    5    HG2  LYS  70           HG2      LYS  70 -20.174  -5.322  -2.557
    6    HG3  LYS  70           HG3      LYS  70 -20.014  -5.410  -4.307
    7    HD2  LYS  70           HD2      LYS  70 -21.376  -7.242  -3.548
    8    HD3  LYS  70           HD3      LYS  70 -19.840  -7.873  -4.133
    9    HE2  LYS  70           HE2      LYS  70 -19.120  -8.453  -2.021
   10    HE3  LYS  70           HE3      LYS  70 -20.173  -7.286  -1.226
   11    HZ1  LYS  70           HZ1      LYS  70 -21.063  -9.784  -2.558
   12    HZ2  LYS  70           HZ2      LYS  70 -20.918  -9.557  -0.883
   13    HZ3  LYS  70           HZ3      LYS  70 -22.066  -8.675  -1.761

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ASP  71           H        ASP  71 -15.932  -3.941  -1.638
    2    HA   ASP  71           HA       ASP  71 -13.832  -5.678  -2.697
    3    HB2  ASP  71           HB2      ASP  71 -13.951  -2.660  -2.722
    4    HB3  ASP  71           HB3      ASP  71 -12.739  -3.666  -3.480

  No H/Q in entry =           4
  In of MODEL    9
    1    H    GLU  72           H        GLU  72 -12.064  -6.105  -1.612
    2    HA   GLU  72           HA       GLU  72 -11.536  -5.014   1.092
    3    HB2  GLU  72           HB2      GLU  72 -11.681  -7.441   0.862
    4    HB3  GLU  72           HB3      GLU  72 -10.539  -7.430  -0.469
    5    HG2  GLU  72           HG2      GLU  72  -8.817  -6.591   1.183
    6    HG3  GLU  72           HG3      GLU  72  -9.994  -6.940   2.432

  No H/Q in entry =           6
  In of MODEL    9
    1    H    TYR  73           H        TYR  73  -9.419  -4.122   1.526
    2    HA   TYR  73           HA       TYR  73  -7.922  -3.409  -0.922
    3    HB2  TYR  73           HB2      TYR  73  -8.464  -1.727   1.531
    4    HB3  TYR  73           HB3      TYR  73  -7.210  -1.328   0.369
    5    HD1  TYR  73           HD1      TYR  73 -10.865  -1.946   0.668
    6    HD2  TYR  73           HD2      TYR  73  -7.739  -0.088  -1.547
    7    HE1  TYR  73           HE1      TYR  73 -12.537  -0.787  -0.738
    8    HE2  TYR  73           HE2      TYR  73  -9.398   1.078  -2.932
    9    HH   TYR  73           HH       TYR  73 -12.783   1.040  -2.203

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ALA  74           H        ALA  74  -5.814  -3.869  -1.001
    2    HA   ALA  74           HA       ALA  74  -4.447  -4.719   1.454
    3    HB1  ALA  74           HB1      ALA  74  -5.319  -6.710   0.369
    4    HB2  ALA  74           HB2      ALA  74  -4.564  -6.233  -1.156
    5    HB3  ALA  74           HB3      ALA  74  -3.569  -6.662   0.240

  No H/Q in entry =           5
  In of MODEL    9
    1    H    CYS  75           H        CYS  75  -2.077  -4.705   1.268
    2    HA   CYS  75           HA       CYS  75  -1.097  -3.255  -1.112
    3    HB2  CYS  75           HB2      CYS  75  -0.944  -1.709   0.681
    4    HB3  CYS  75           HB3      CYS  75  -0.272  -2.918   1.762

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ARG  76           H        ARG  76   0.496  -4.212  -2.225
    2    HA   ARG  76           HA       ARG  76   1.541  -6.780  -1.228
    3    HB2  ARG  76           HB2      ARG  76   0.150  -6.504  -3.380
    4    HB3  ARG  76           HB3      ARG  76   1.585  -5.744  -4.059
    5    HG2  ARG  76           HG2      ARG  76   2.770  -7.767  -4.040
    6    HG3  ARG  76           HG3      ARG  76   1.657  -8.520  -2.890
    7    HD2  ARG  76           HD2      ARG  76   1.270  -9.392  -5.193
    8    HD3  ARG  76           HD3      ARG  76  -0.124  -8.499  -4.588
    9    HE   ARG  76           HE       ARG  76   1.335  -6.615  -5.921
   10   HH11  ARG  76          HH11      ARG  76   0.037  -9.743  -6.804
   11   HH12  ARG  76          HH12      ARG  76  -0.160  -9.335  -8.479
   12   HH21  ARG  76          HH21      ARG  76   1.094  -6.072  -8.127
   13   HH22  ARG  76          HH22      ARG  76   0.425  -7.233  -9.234

  No H/Q in entry =          13
  In of MODEL    9
    1    H    VAL  77           H        VAL  77   3.715  -6.856  -0.700
    2    HA   VAL  77           HA       VAL  77   5.476  -5.008  -2.173
    3    HB   VAL  77           HB       VAL  77   5.020  -4.348   0.300
    4   HG11  VAL  77          HG11      VAL  77   5.402  -6.531   1.302
    5   HG12  VAL  77          HG12      VAL  77   7.073  -6.510   0.734
    6   HG13  VAL  77          HG13      VAL  77   6.534  -5.332   1.932
    7   HG21  VAL  77          HG21      VAL  77   6.704  -3.319  -1.165
    8   HG22  VAL  77          HG22      VAL  77   7.238  -3.415   0.518
    9   HG23  VAL  77          HG23      VAL  77   7.859  -4.558  -0.674

  No H/Q in entry =           9
  In of MODEL    9
    1    H    ASN  78           H        ASN  78   7.315  -5.718  -2.900
    2    HA   ASN  78           HA       ASN  78   8.220  -8.435  -2.178
    3    HB2  ASN  78           HB2      ASN  78   6.956  -8.464  -4.350
    4    HB3  ASN  78           HB3      ASN  78   8.152  -7.348  -5.005
    5   HD21  ASN  78          HD21      ASN  78   8.920  -8.723  -6.571
    6   HD22  ASN  78          HD22      ASN  78   9.810 -10.162  -6.211

  No H/Q in entry =           6
  In of MODEL    9
    1    H    HIS  79           H        HIS  79  10.315  -8.717  -1.996
    2    HA   HIS  79           HA       HIS  79  12.143  -6.714  -3.095
    3    HB2  HIS  79           HB2      HIS  79  11.864  -6.441  -0.570
    4    HB3  HIS  79           HB3      HIS  79  12.545  -8.048  -0.398
    5    HD2  HIS  79           HD2      HIS  79  13.663  -4.423  -0.908
    6    HE1  HIS  79           HE1      HIS  79  17.094  -6.891  -1.068
    7    HE2  HIS  79           HE2      HIS  79  16.241  -4.509  -1.191

  No H/Q in entry =           7
  In of MODEL    9
    1    H    VAL  80           H        VAL  80  14.301  -7.685  -3.502
    2    HA   VAL  80           HA       VAL  80  14.229 -10.037  -4.915
    3    HB   VAL  80           HB       VAL  80  16.649  -9.000  -3.420
    4   HG11  VAL  80          HG11      VAL  80  16.464 -10.814  -5.832
    5   HG12  VAL  80          HG12      VAL  80  17.954 -10.156  -5.156
    6   HG13  VAL  80          HG13      VAL  80  16.981 -11.284  -4.213
    7   HG21  VAL  80          HG21      VAL  80  15.633  -8.371  -6.192
    8   HG22  VAL  80          HG22      VAL  80  15.693  -7.268  -4.816
    9   HG23  VAL  80          HG23      VAL  80  17.189  -7.859  -5.539

  No H/Q in entry =           9
  In of MODEL    9
    1    H    THR  81           H        THR  81  14.760  -9.650  -1.448
    2    HA   THR  81           HA       THR  81  15.763 -12.273  -0.975
    3    HB   THR  81           HB       THR  81  16.244 -10.711   0.732
    4    HG1  THR  81           HG1      THR  81  15.958 -12.389   1.969
    5   HG21  THR  81          HG21      THR  81  13.271 -10.212   1.003
    6   HG22  THR  81          HG22      THR  81  14.528  -9.521   2.032
    7   HG23  THR  81          HG23      THR  81  14.457  -9.098   0.322

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LEU  82           H        LEU  82  12.478 -10.952  -0.304
    2    HA   LEU  82           HA       LEU  82  11.287 -13.325   0.459
    3    HB2  LEU  82           HB2      LEU  82   9.946 -11.177  -1.181
    4    HB3  LEU  82           HB3      LEU  82   9.150 -12.377  -0.175
    5    HG   LEU  82           HG       LEU  82  10.993 -10.257   0.907
    6   HD11  LEU  82          HD11      LEU  82   7.993 -10.307   0.738
    7   HD12  LEU  82          HD12      LEU  82   8.949  -9.138   1.654
    8   HD13  LEU  82          HD13      LEU  82   9.087  -9.204  -0.102
    9   HD21  LEU  82          HD21      LEU  82   9.060 -12.148   2.238
   10   HD22  LEU  82          HD22      LEU  82  10.820 -12.209   2.338
   11   HD23  LEU  82          HD23      LEU  82   9.940 -10.856   3.053

  No H/Q in entry =          11
  In of MODEL    9
    1    H    SER  83           H        SER  83  11.429 -11.930  -2.792
    2    HA   SER  83           HA       SER  83  11.383 -12.844  -4.862
    3    HB2  SER  83           HB2      SER  83  11.412 -15.551  -3.512
    4    HB3  SER  83           HB3      SER  83  11.757 -15.219  -5.211
    5    HG   SER  83           HG       SER  83  13.254 -13.763  -3.397

  No H/Q in entry =           5
  In of MODEL    9
    1    H    GLN  84           H        GLN  84   9.098 -13.845  -2.452
    2    HA   GLN  84           HA       GLN  84   7.059 -13.643  -4.534
    3    HB2  GLN  84           HB2      GLN  84   5.591 -15.205  -3.283
    4    HB3  GLN  84           HB3      GLN  84   7.028 -15.969  -3.938
    5    HG2  GLN  84           HG2      GLN  84   7.009 -15.026  -1.108
    6    HG3  GLN  84           HG3      GLN  84   6.191 -16.523  -1.543
    7   HE21  GLN  84          HE21      GLN  84   8.148 -17.068  -3.685
    8   HE22  GLN  84          HE22      GLN  84   9.569 -17.626  -2.877

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   PRO  85           HA       PRO  85   6.219 -10.169  -1.808
    2    HB2  PRO  85           HB2      PRO  85   4.018  -9.229  -3.126
    3    HB3  PRO  85           HB3      PRO  85   5.695  -8.847  -3.559
    4    HG2  PRO  85           HG2      PRO  85   3.822 -10.828  -4.789
    5    HG3  PRO  85           HG3      PRO  85   5.033  -9.788  -5.574
    6    HD2  PRO  85           HD2      PRO  85   5.450 -12.469  -5.118
    7    HD3  PRO  85           HD3      PRO  85   6.782 -11.260  -5.118

  No H/Q in entry =           7
  In of MODEL    9
    1    H    LYS  86           H        LYS  86   4.685  -9.470  -0.360
    2    HA   LYS  86           HA       LYS  86   2.670 -11.511   0.311
    3    HB2  LYS  86           HB2      LYS  86   3.834  -9.444   2.180
    4    HB3  LYS  86           HB3      LYS  86   2.886 -10.857   2.611
    5    HG2  LYS  86           HG2      LYS  86   5.728 -10.759   1.631
    6    HG3  LYS  86           HG3      LYS  86   5.140 -11.319   3.191
    7    HD2  LYS  86           HD2      LYS  86   3.809 -12.890   1.299
    8    HD3  LYS  86           HD3      LYS  86   5.473 -12.767   0.725
    9    HE2  LYS  86           HE2      LYS  86   6.268 -13.488   2.946
   10    HE3  LYS  86           HE3      LYS  86   4.595 -13.668   3.473
   11    HZ1  LYS  86           HZ1      LYS  86   4.357 -15.252   1.529
   12    HZ2  LYS  86           HZ2      LYS  86   6.053 -15.239   1.436
   13    HZ3  LYS  86           HZ3      LYS  86   5.289 -15.797   2.837

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ILE  87           H        ILE  87   0.657 -10.809   1.133
    2    HA   ILE  87           HA       ILE  87  -0.076  -8.069   0.351
    3    HB   ILE  87           HB       ILE  87  -1.492 -10.604  -0.083
    4   HG12  ILE  87          HG12      ILE  87  -0.938  -9.380  -2.011
    5   HG13  ILE  87          HG13      ILE  87  -2.659  -9.054  -1.797
    6   HG21  ILE  87          HG21      ILE  87  -3.019  -8.238   0.971
    7   HG22  ILE  87          HG22      ILE  87  -3.753  -9.594   0.112
    8   HG23  ILE  87          HG23      ILE  87  -2.948  -9.859   1.662
    9   HD11  ILE  87          HD11      ILE  87  -0.442  -7.238  -0.930
   10   HD12  ILE  87          HD12      ILE  87  -1.415  -7.059  -2.386
   11   HD13  ILE  87          HD13      ILE  87  -2.170  -6.927  -0.803

  No H/Q in entry =          11
  In of MODEL    9
    1    H    VAL  88           H        VAL  88  -0.809  -6.708   1.810
    2    HA   VAL  88           HA       VAL  88  -1.642  -7.745   4.438
    3    HB   VAL  88           HB       VAL  88   0.314  -6.316   4.645
    4   HG11  VAL  88          HG11      VAL  88  -1.290  -4.200   3.257
    5   HG12  VAL  88          HG12      VAL  88   0.283  -3.962   4.021
    6   HG13  VAL  88          HG13      VAL  88   0.134  -5.023   2.615
    7   HG21  VAL  88          HG21      VAL  88  -2.205  -4.965   5.573
    8   HG22  VAL  88          HG22      VAL  88  -1.268  -6.178   6.449
    9   HG23  VAL  88          HG23      VAL  88  -0.586  -4.575   6.153

  No H/Q in entry =           9
  In of MODEL    9
    1    H    LYS  89           H        LYS  89  -3.781  -7.455   4.899
    2    HA   LYS  89           HA       LYS  89  -5.229  -5.682   3.067
    3    HB2  LYS  89           HB2      LYS  89  -6.349  -8.025   4.585
    4    HB3  LYS  89           HB3      LYS  89  -7.143  -7.099   3.318
    5    HG2  LYS  89           HG2      LYS  89  -5.849  -8.031   1.654
    6    HG3  LYS  89           HG3      LYS  89  -4.583  -8.512   2.781
    7    HD2  LYS  89           HD2      LYS  89  -7.352  -9.669   2.769
    8    HD3  LYS  89           HD3      LYS  89  -5.983 -10.399   1.933
    9    HE2  LYS  89           HE2      LYS  89  -4.822 -10.668   4.065
   10    HE3  LYS  89           HE3      LYS  89  -6.158  -9.883   4.907
   11    HZ1  LYS  89           HZ1      LYS  89  -7.613 -11.673   4.179
   12    HZ2  LYS  89           HZ2      LYS  89  -6.316 -12.434   3.399
   13    HZ3  LYS  89           HZ3      LYS  89  -6.315 -12.273   5.088

  No H/Q in entry =          13
  In of MODEL    9
    1    H    TRP  90           H        TRP  90  -6.854  -4.371   3.870
    2    HA   TRP  90           HA       TRP  90  -6.199  -3.371   6.493
    3    HB2  TRP  90           HB2      TRP  90  -6.421  -1.798   4.614
    4    HB3  TRP  90           HB3      TRP  90  -8.088  -2.313   4.381
    5    HD1  TRP  90           HD1      TRP  90  -6.370  -1.093   7.683
    6    HE1  TRP  90           HE1      TRP  90  -7.718   0.856   8.591
    7    HE3  TRP  90           HE3      TRP  90  -9.823  -0.665   3.882
    8    HZ2  TRP  90           HZ2      TRP  90  -9.996   2.347   7.876
    9    HZ3  TRP  90           HZ3      TRP  90 -11.545   1.074   4.081
   10    HH2  TRP  90           HH2      TRP  90 -11.639   2.561   6.019

  No H/Q in entry =          10
  In of MODEL    9
    1    H    ASP  91           H        ASP  91  -7.348  -3.468   8.294
    2    HA   ASP  91           HA       ASP  91  -9.390  -5.417   8.559
    3    HB2  ASP  91           HB2      ASP  91  -9.453  -4.665  10.930
    4    HB3  ASP  91           HB3      ASP  91  -7.815  -4.999  10.380

  No H/Q in entry =           4
  In of MODEL    9
    1    H    ARG  92           H        ARG  92 -11.196  -4.931   7.390
    2    HA   ARG  92           HA       ARG  92 -13.200  -3.491   8.652
    3    HB2  ARG  92           HB2      ARG  92 -13.366  -1.408   7.618
    4    HB3  ARG  92           HB3      ARG  92 -11.622  -1.619   7.621
    5    HG2  ARG  92           HG2      ARG  92 -11.974  -0.901   5.471
    6    HG3  ARG  92           HG3      ARG  92 -11.959  -2.654   5.248
    7    HD2  ARG  92           HD2      ARG  92 -14.468  -2.590   5.385
    8    HD3  ARG  92           HD3      ARG  92 -14.369  -0.820   5.350
    9    HE   ARG  92           HE       ARG  92 -12.944  -1.608   3.185
   10   HH11  ARG  92          HH11      ARG  92 -16.189  -2.216   4.352
   11   HH12  ARG  92          HH12      ARG  92 -16.817  -2.556   2.766
   12   HH21  ARG  92          HH21      ARG  92 -13.805  -2.077   1.097
   13   HH22  ARG  92          HH22      ARG  92 -15.482  -2.500   0.956

  No H/Q in entry =          13
  In of MODEL    9
    1    H    ASP  93           H        ASP  93 -11.971  -5.415   6.253
    2    HA   ASP  93           HA       ASP  93 -14.541  -6.101   5.166
    3    HB2  ASP  93           HB2      ASP  93 -13.813  -4.098   3.826
    4    HB3  ASP  93           HB3      ASP  93 -12.442  -5.058   3.260

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   MET  94           HA       MET  94 -10.839  -8.911   4.139
    2    HB2  MET  94           HB2      MET  94  -9.216  -9.730   5.990
    3    HB3  MET  94           HB3      MET  94  -8.882  -8.211   5.164
    4    HG2  MET  94           HG2      MET  94  -8.498  -8.162   7.631
    5    HG3  MET  94           HG3      MET  94  -9.612  -6.921   7.052
    6    HE1  MET  94           HE1      MET  94  -9.161  -7.908  10.113
    7    HE2  MET  94           HE2      MET  94 -10.253  -6.595   9.672
    8    HE3  MET  94           HE3      MET  94 -10.826  -7.912  10.695

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   MET   1           HA       MET   1   5.975  -7.130   5.919
    2    HB2  MET   1           HB2      MET   1   3.969  -7.552   7.209
    3    HB3  MET   1           HB3      MET   1   5.336  -8.411   7.891
    4    HG2  MET   1           HG2      MET   1   5.509  -6.739   9.659
    5    HG3  MET   1           HG3      MET   1   4.135  -5.873   8.970
    6    HE1  MET   1           HE1      MET   1   2.886  -5.950  11.319
    7    HE2  MET   1           HE2      MET   1   2.619  -7.435  12.233
    8    HE3  MET   1           HE3      MET   1   4.254  -6.813  12.022

  No H/Q in entry =           8
  In of MODEL   10
    1    H    ILE   2           H        ILE   2   3.432  -5.980   6.431
    2    HA   ILE   2           HA       ILE   2   4.034  -3.126   6.020
    3    HB   ILE   2           HB       ILE   2   1.840  -4.511   4.478
    4   HG12  ILE   2          HG12      ILE   2   4.502  -4.062   3.159
    5   HG13  ILE   2          HG13      ILE   2   4.230  -5.542   4.080
    6   HG21  ILE   2          HG21      ILE   2   1.889  -2.051   4.600
    7   HG22  ILE   2          HG22      ILE   2   3.475  -2.064   3.821
    8   HG23  ILE   2          HG23      ILE   2   2.063  -2.663   2.956
    9   HD11  ILE   2          HD11      ILE   2   2.276  -6.035   2.653
   10   HD12  ILE   2          HD12      ILE   2   2.623  -4.583   1.715
   11   HD13  ILE   2          HD13      ILE   2   3.778  -5.919   1.734

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLN   3           H        GLN   3   2.574  -1.704   6.940
    2    HA   GLN   3           HA       GLN   3   0.244  -2.921   8.269
    3    HB2  GLN   3           HB2      GLN   3   1.949  -0.560   9.139
    4    HB3  GLN   3           HB3      GLN   3   0.454  -1.059   9.929
    5    HG2  GLN   3           HG2      GLN   3   2.310  -1.870  11.209
    6    HG3  GLN   3           HG3      GLN   3   1.473  -3.246  10.482
    7   HE21  GLN   3          HE21      GLN   3   3.751  -1.066   8.868
    8   HE22  GLN   3          HE22      GLN   3   4.986  -2.251   8.619

  No H/Q in entry =           8
  In of MODEL   10
    1    H    VAL   4           H        VAL   4  -1.449  -2.458   6.936
    2    HA   VAL   4           HA       VAL   4  -1.591   0.175   5.700
    3    HB   VAL   4           HB       VAL   4  -3.681  -0.745   4.564
    4   HG11  VAL   4          HG11      VAL   4  -1.085  -2.228   4.144
    5   HG12  VAL   4          HG12      VAL   4  -2.416  -2.132   2.993
    6   HG13  VAL   4          HG13      VAL   4  -1.526  -0.674   3.435
    7   HG21  VAL   4          HG21      VAL   4  -4.184  -2.486   6.214
    8   HG22  VAL   4          HG22      VAL   4  -4.024  -3.150   4.588
    9   HG23  VAL   4          HG23      VAL   4  -2.713  -3.344   5.756

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR   5           H        TYR   5  -3.344   1.522   5.804
    2    HA   TYR   5           HA       TYR   5  -5.691   1.204   7.208
    3    HB2  TYR   5           HB2      TYR   5  -5.415   2.744   9.158
    4    HB3  TYR   5           HB3      TYR   5  -4.670   1.164   9.338
    5    HD1  TYR   5           HD1      TYR   5  -2.447   1.079  10.131
    6    HD2  TYR   5           HD2      TYR   5  -3.890   4.726   8.454
    7    HE1  TYR   5           HE1      TYR   5  -0.381   2.225  10.854
    8    HE2  TYR   5           HE2      TYR   5  -1.828   5.866   9.153
    9    HH   TYR   5           HH       TYR   5  -0.065   5.469  11.039

  No H/Q in entry =           9
  In of MODEL   10
    1    H    SER   6           H        SER   6  -6.544   3.551   7.928
    2    HA   SER   6           HA       SER   6  -6.040   5.199   5.541
    3    HB2  SER   6           HB2      SER   6  -8.717   4.618   6.844
    4    HB3  SER   6           HB3      SER   6  -8.448   5.621   5.414
    5    HG   SER   6           HG       SER   6  -7.404   3.568   4.578

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ARG   7           H        ARG   7  -6.779   7.452   5.718
    2    HA   ARG   7           HA       ARG   7  -6.054   8.549   8.318
    3    HB2  ARG   7           HB2      ARG   7  -5.556   9.334   5.725
    4    HB3  ARG   7           HB3      ARG   7  -6.846  10.434   6.205
    5    HG2  ARG   7           HG2      ARG   7  -4.297  10.019   7.765
    6    HG3  ARG   7           HG3      ARG   7  -4.543  11.303   6.581
    7    HD2  ARG   7           HD2      ARG   7  -6.322  10.903   8.974
    8    HD3  ARG   7           HD3      ARG   7  -4.892  11.938   9.001
    9    HE   ARG   7           HE       ARG   7  -6.520  12.668   6.824
   10   HH11  ARG   7          HH11      ARG   7  -6.477  12.822  10.329
   11   HH12  ARG   7          HH12      ARG   7  -7.468  14.250  10.401
   12   HH21  ARG   7          HH21      ARG   7  -7.785  14.553   6.918
   13   HH22  ARG   7          HH22      ARG   7  -8.219  15.231   8.459

  No H/Q in entry =          13
  In of MODEL   10
    1    H    HIS   8           H        HIS   8  -8.892   7.678   6.769
    2    HA   HIS   8           HA       HIS   8 -10.486   9.421   8.508
    3    HB2  HIS   8           HB2      HIS   8 -10.785   9.072   5.530
    4    HB3  HIS   8           HB3      HIS   8 -12.170   9.494   6.528
    5    HD2  HIS   8           HD2      HIS   8  -9.570  11.234   4.520
    6    HE1  HIS   8           HE1      HIS   8 -10.724  13.971   7.532
    7    HE2  HIS   8           HE2      HIS   8  -9.286  13.627   5.472

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   PRO   9           HA       PRO   9 -12.772   5.744   9.454
    2    HB2  PRO   9           HB2      PRO   9 -15.283   7.271   9.402
    3    HB3  PRO   9           HB3      PRO   9 -14.479   6.475  10.767
    4    HG2  PRO   9           HG2      PRO   9 -14.579   9.179  10.519
    5    HG3  PRO   9           HG3      PRO   9 -13.183   8.347  11.239
    6    HD2  PRO   9           HD2      PRO   9 -13.513   9.469   8.477
    7    HD3  PRO   9           HD3      PRO   9 -12.103   9.563   9.559

  No H/Q in entry =           7
  In of MODEL   10
    1    H    ALA  10           H        ALA  10 -13.534   4.155   8.256
    2    HA   ALA  10           HA       ALA  10 -13.991   4.342   5.517
    3    HB1  ALA  10           HB1      ALA  10 -14.690   2.005   5.665
    4    HB2  ALA  10           HB2      ALA  10 -13.249   2.305   6.636
    5    HB3  ALA  10           HB3      ALA  10 -14.822   2.152   7.415

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLU  11           H        GLU  11 -15.681   5.632   4.762
    2    HA   GLU  11           HA       GLU  11 -18.377   4.827   5.705
    3    HB2  GLU  11           HB2      GLU  11 -17.554   7.279   6.121
    4    HB3  GLU  11           HB3      GLU  11 -17.811   7.493   4.404
    5    HG2  GLU  11           HG2      GLU  11 -19.916   6.764   6.431
    6    HG3  GLU  11           HG3      GLU  11 -19.677   8.332   5.678

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ASN  12           H        ASN  12 -18.940   3.299   4.202
    2    HA   ASN  12           HA       ASN  12 -18.308   2.952   1.626
    3    HB2  ASN  12           HB2      ASN  12 -19.735   1.387   2.713
    4    HB3  ASN  12           HB3      ASN  12 -20.997   2.577   2.996
    5   HD21  ASN  12          HD21      ASN  12 -22.354   3.148   1.286
    6   HD22  ASN  12          HD22      ASN  12 -22.490   2.181  -0.142

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLY  13           H        GLY  13 -18.125   4.365   0.033
    2    HA2  GLY  13           HA2      GLY  13 -20.332   6.298  -0.455
    3    HA3  GLY  13           HA3      GLY  13 -19.435   5.490  -1.732

  No H/Q in entry =           3
  In of MODEL   10
    1    H    LYS  14           H        LYS  14 -17.446   6.450   0.870
    2    HA   LYS  14           HA       LYS  14 -16.965   9.128  -0.217
    3    HB2  LYS  14           HB2      LYS  14 -15.494   7.740   2.025
    4    HB3  LYS  14           HB3      LYS  14 -15.431   9.442   1.631
    5    HG2  LYS  14           HG2      LYS  14 -17.897   8.034   2.634
    6    HG3  LYS  14           HG3      LYS  14 -16.717   8.839   3.654
    7    HD2  LYS  14           HD2      LYS  14 -18.498  10.338   3.385
    8    HD3  LYS  14           HD3      LYS  14 -17.166  10.966   2.420
    9    HE2  LYS  14           HE2      LYS  14 -19.083  11.240   1.099
   10    HE3  LYS  14           HE3      LYS  14 -18.281   9.818   0.437
   11    HZ1  LYS  14           HZ1      LYS  14 -19.828   8.494   1.935
   12    HZ2  LYS  14           HZ2      LYS  14 -20.691   9.935   2.152
   13    HZ3  LYS  14           HZ3      LYS  14 -20.547   9.267   0.601

  No H/Q in entry =          13
  In of MODEL   10
    1    H    SER  15           H        SER  15 -15.060   9.791  -1.151
    2    HA   SER  15           HA       SER  15 -13.059   7.729  -1.653
    3    HB2  SER  15           HB2      SER  15 -12.051   9.749  -3.028
    4    HB3  SER  15           HB3      SER  15 -13.356   8.757  -3.683
    5    HG   SER  15           HG       SER  15 -13.845  10.960  -3.912

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ASN  16           H        ASN  16 -11.021   7.874  -0.909
    2    HA   ASN  16           HA       ASN  16 -10.135   9.997   0.835
    3    HB2  ASN  16           HB2      ASN  16 -10.411   7.237   2.058
    4    HB3  ASN  16           HB3      ASN  16  -9.956   8.726   2.861
    5   HD21  ASN  16          HD21      ASN  16 -11.500   9.829   3.902
    6   HD22  ASN  16          HD22      ASN  16 -13.196   9.500   3.804

  No H/Q in entry =           6
  In of MODEL   10
    1    H    PHE  17           H        PHE  17  -8.040   8.451   2.068
    2    HA   PHE  17           HA       PHE  17  -6.702   7.428  -0.343
    3    HB2  PHE  17           HB2      PHE  17  -5.647   9.170   1.871
    4    HB3  PHE  17           HB3      PHE  17  -4.565   8.220   0.851
    5    HD1  PHE  17           HD1      PHE  17  -5.993   8.427  -1.728
    6    HD2  PHE  17           HD2      PHE  17  -5.135  11.385   1.211
    7    HE1  PHE  17           HE1      PHE  17  -6.056  10.163  -3.471
    8    HE2  PHE  17           HE2      PHE  17  -5.197  13.128  -0.526
    9    HZ   PHE  17           HZ       PHE  17  -5.658  12.521  -2.868

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  18           H        LEU  18  -5.748   5.504  -0.273
    2    HA   LEU  18           HA       LEU  18  -5.805   4.022   2.254
    3    HB2  LEU  18           HB2      LEU  18  -6.665   2.767   0.416
    4    HB3  LEU  18           HB3      LEU  18  -5.299   3.189  -0.600
    5    HG   LEU  18           HG       LEU  18  -3.826   1.712   0.695
    6   HD11  LEU  18          HD11      LEU  18  -6.276   1.139   2.367
    7   HD12  LEU  18          HD12      LEU  18  -4.770   0.229   2.425
    8   HD13  LEU  18          HD13      LEU  18  -4.791   1.922   2.907
    9   HD21  LEU  18          HD21      LEU  18  -6.414   0.426  -0.162
   10   HD22  LEU  18          HD22      LEU  18  -4.979   0.699  -1.151
   11   HD23  LEU  18          HD23      LEU  18  -4.925  -0.449   0.184

  No H/Q in entry =          11
  In of MODEL   10
    1    H    ASN  19           H        ASN  19  -4.083   3.849   3.492
    2    HA   ASN  19           HA       ASN  19  -1.506   4.761   2.419
    3    HB2  ASN  19           HB2      ASN  19  -2.549   4.710   5.265
    4    HB3  ASN  19           HB3      ASN  19  -0.896   5.120   4.833
    5   HD21  ASN  19          HD21      ASN  19  -1.052   7.176   5.676
    6   HD22  ASN  19          HD22      ASN  19  -1.971   8.426   4.917

  No H/Q in entry =           6
  In of MODEL   10
    1    H    CYS  20           H        CYS  20  -0.130   3.162   1.922
    2    HA   CYS  20           HA       CYS  20  -0.056   0.787   3.664
    3    HB2  CYS  20           HB2      CYS  20  -0.489   0.044   1.460
    4    HB3  CYS  20           HB3      CYS  20   0.584   1.245   0.731

  No H/Q in entry =           4
  In of MODEL   10
    1    H    TYR  21           H        TYR  21   1.573   0.971   5.096
    2    HA   TYR  21           HA       TYR  21   3.840   2.726   4.420
    3    HB2  TYR  21           HB2      TYR  21   3.013   3.634   6.352
    4    HB3  TYR  21           HB3      TYR  21   2.408   2.111   6.942
    5    HD1  TYR  21           HD1      TYR  21   5.464   4.179   6.642
    6    HD2  TYR  21           HD2      TYR  21   3.583   0.880   8.563
    7    HE1  TYR  21           HE1      TYR  21   7.274   4.116   8.295
    8    HE2  TYR  21           HE2      TYR  21   5.401   0.803  10.211
    9    HH   TYR  21           HH       TYR  21   7.781   1.513  10.368

  No H/Q in entry =           9
  In of MODEL   10
    1    H    VAL  22           H        VAL  22   5.533   1.755   3.635
    2    HA   VAL  22           HA       VAL  22   6.304  -0.936   4.555
    3    HB   VAL  22           HB       VAL  22   7.136   0.592   2.056
    4   HG11  VAL  22          HG11      VAL  22   8.691  -1.179   2.775
    5   HG12  VAL  22          HG12      VAL  22   7.374  -2.353   2.714
    6   HG13  VAL  22          HG13      VAL  22   7.913  -1.552   1.233
    7   HG21  VAL  22          HG21      VAL  22   4.741   0.178   1.996
    8   HG22  VAL  22          HG22      VAL  22   5.570  -0.853   0.830
    9   HG23  VAL  22          HG23      VAL  22   5.000  -1.529   2.357

  No H/Q in entry =           9
  In of MODEL   10
    1    H    SER  23           H        SER  23   7.932  -0.807   6.092
    2    HA   SER  23           HA       SER  23   9.908   1.362   5.762
    3    HB2  SER  23           HB2      SER  23   9.923   1.627   8.221
    4    HB3  SER  23           HB3      SER  23   8.312   1.888   7.554
    5    HG   SER  23           HG       SER  23   9.063  -0.672   8.455

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLY  24           H        GLY  24  12.047   0.914   6.179
    2    HA2  GLY  24           HA2      GLY  24  12.774  -1.824   7.091
    3    HA3  GLY  24           HA3      GLY  24  13.796  -0.398   7.231

  No H/Q in entry =           3
  In of MODEL   10
    1    H    PHE  25           H        PHE  25  12.159  -0.567   4.307
    2    HA   PHE  25           HA       PHE  25  14.159  -2.256   3.017
    3    HB2  PHE  25           HB2      PHE  25  11.514  -1.166   2.049
    4    HB3  PHE  25           HB3      PHE  25  12.563  -2.237   1.124
    5    HD1  PHE  25           HD1      PHE  25  10.322  -2.027   4.043
    6    HD2  PHE  25           HD2      PHE  25  12.776  -4.581   1.668
    7    HE1  PHE  25           HE1      PHE  25   9.333  -4.006   5.152
    8    HE2  PHE  25           HE2      PHE  25  11.787  -6.559   2.765
    9    HZ   PHE  25           HZ       PHE  25  10.057  -6.260   4.488

  No H/Q in entry =           9
  In of MODEL   10
    1    H    HIS  26           H        HIS  26  15.048  -1.619   0.943
    2    HA   HIS  26           HA       HIS  26  15.779   1.203   0.921
    3    HB2  HIS  26           HB2      HIS  26  16.817  -0.752  -1.100
    4    HB3  HIS  26           HB3      HIS  26  17.640   0.606  -0.334
    5    HD2  HIS  26           HD2      HIS  26  17.991  -0.038   2.615
    6    HE1  HIS  26           HE1      HIS  26  18.738  -4.069   1.565
    7    HE2  HIS  26           HE2      HIS  26  18.744  -2.380   3.454

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   PRO  27           HA       PRO  27  12.091   1.965  -1.504
    2    HB2  PRO  27           HB2      PRO  27  13.874   4.249  -2.283
    3    HB3  PRO  27           HB3      PRO  27  12.149   4.264  -1.885
    4    HG2  PRO  27           HG2      PRO  27  13.990   4.986  -0.086
    5    HG3  PRO  27           HG3      PRO  27  12.521   4.083   0.391
    6    HD2  PRO  27           HD2      PRO  27  15.350   3.189   0.257
    7    HD3  PRO  27           HD3      PRO  27  13.994   2.524   1.192

  No H/Q in entry =           7
  In of MODEL   10
    1    H    SER  28           H        SER  28  15.274   2.259  -3.057
    2    HA   SER  28           HA       SER  28  14.277   2.339  -5.704
    3    HB2  SER  28           HB2      SER  28  16.767   1.680  -6.163
    4    HB3  SER  28           HB3      SER  28  16.400   3.268  -5.468
    5    HG   SER  28           HG       SER  28  17.646   1.050  -4.338

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ASP  29           H        ASP  29  15.296  -0.341  -3.637
    2    HA   ASP  29           HA       ASP  29  15.069  -2.188  -5.910
    3    HB2  ASP  29           HB2      ASP  29  16.396  -2.515  -3.215
    4    HB3  ASP  29           HB3      ASP  29  16.256  -3.800  -4.412

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ILE  30           H        ILE  30  12.710  -1.126  -4.388
    2    HA   ILE  30           HA       ILE  30  11.648  -3.798  -3.761
    3    HB   ILE  30           HB       ILE  30  10.707  -3.215  -1.792
    4   HG12  ILE  30          HG12      ILE  30  10.382  -0.339  -2.705
    5   HG13  ILE  30          HG13      ILE  30   9.150  -1.595  -2.779
    6   HG21  ILE  30          HG21      ILE  30  12.825  -1.093  -1.993
    7   HG22  ILE  30          HG22      ILE  30  12.022  -1.573  -0.497
    8   HG23  ILE  30          HG23      ILE  30  13.007  -2.737  -1.382
    9   HD11  ILE  30          HD11      ILE  30   9.217  -1.785  -0.332
   10   HD12  ILE  30          HD12      ILE  30  10.409  -0.486  -0.280
   11   HD13  ILE  30          HD13      ILE  30   8.781  -0.166  -0.871

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLU  31           H        GLU  31   9.344  -4.013  -3.951
    2    HA   GLU  31           HA       GLU  31   8.106  -2.135  -5.849
    3    HB2  GLU  31           HB2      GLU  31   8.173  -5.154  -5.983
    4    HB3  GLU  31           HB3      GLU  31   7.029  -4.177  -6.892
    5    HG2  GLU  31           HG2      GLU  31   8.756  -3.174  -8.178
    6    HG3  GLU  31           HG3      GLU  31  10.013  -3.812  -7.120

  No H/Q in entry =           6
  In of MODEL   10
    1    H    VAL  32           H        VAL  32   6.436  -1.279  -4.806
    2    HA   VAL  32           HA       VAL  32   4.680  -3.055  -3.255
    3    HB   VAL  32           HB       VAL  32   5.304  -1.909  -1.404
    4   HG11  VAL  32          HG11      VAL  32   7.199  -0.907  -2.640
    5   HG12  VAL  32          HG12      VAL  32   6.164   0.458  -3.054
    6   HG13  VAL  32          HG13      VAL  32   6.558   0.125  -1.364
    7   HG21  VAL  32          HG21      VAL  32   3.046  -1.042  -1.749
    8   HG22  VAL  32          HG22      VAL  32   4.075   0.140  -0.940
    9   HG23  VAL  32          HG23      VAL  32   3.703   0.323  -2.654

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ASP  33           H        ASP  33   2.544  -2.940  -3.716
    2    HA   ASP  33           HA       ASP  33   1.604  -0.700  -5.379
    3    HB2  ASP  33           HB2      ASP  33   0.995  -3.652  -5.921
    4    HB3  ASP  33           HB3      ASP  33   0.224  -2.296  -6.728

  No H/Q in entry =           4
  In of MODEL   10
    1    H    LEU  34           H        LEU  34  -0.782  -0.539  -5.334
    2    HA   LEU  34           HA       LEU  34  -1.893  -1.527  -2.783
    3    HB2  LEU  34           HB2      LEU  34  -2.380   0.984  -4.336
    4    HB3  LEU  34           HB3      LEU  34  -3.675   0.346  -3.347
    5    HG   LEU  34           HG       LEU  34  -2.121   0.438  -1.366
    6   HD11  LEU  34          HD11      LEU  34  -0.370   1.994  -3.258
    7   HD12  LEU  34          HD12      LEU  34  -0.162   1.884  -1.508
    8   HD13  LEU  34          HD13      LEU  34   0.006   0.441  -2.503
    9   HD21  LEU  34          HD21      LEU  34  -3.799   2.173  -1.799
   10   HD22  LEU  34          HD22      LEU  34  -2.360   2.817  -1.009
   11   HD23  LEU  34          HD23      LEU  34  -2.608   3.075  -2.738

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU  35           H        LEU  35  -3.574  -2.923  -2.853
    2    HA   LEU  35           HA       LEU  35  -4.560  -3.660  -5.534
    3    HB2  LEU  35           HB2      LEU  35  -3.987  -5.501  -3.215
    4    HB3  LEU  35           HB3      LEU  35  -4.576  -5.967  -4.791
    5    HG   LEU  35           HG       LEU  35  -1.824  -5.141  -3.971
    6   HD11  LEU  35          HD11      LEU  35  -3.044  -7.387  -5.572
    7   HD12  LEU  35          HD12      LEU  35  -1.314  -7.148  -5.386
    8   HD13  LEU  35          HD13      LEU  35  -2.315  -7.494  -3.968
    9   HD21  LEU  35          HD21      LEU  35  -2.356  -3.701  -5.898
   10   HD22  LEU  35          HD22      LEU  35  -1.158  -4.932  -6.301
   11   HD23  LEU  35          HD23      LEU  35  -2.828  -5.125  -6.815

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LYS  36           H        LYS  36  -6.470  -5.031  -5.552
    2    HA   LYS  36           HA       LYS  36  -8.268  -4.828  -3.239
    3    HB2  LYS  36           HB2      LYS  36  -9.316  -5.235  -6.019
    4    HB3  LYS  36           HB3      LYS  36 -10.111  -4.474  -4.621
    5    HG2  LYS  36           HG2      LYS  36  -8.671  -2.524  -4.897
    6    HG3  LYS  36           HG3      LYS  36  -7.816  -3.313  -6.212
    7    HD2  LYS  36           HD2      LYS  36  -9.528  -1.553  -6.925
    8    HD3  LYS  36           HD3      LYS  36  -9.598  -3.103  -7.744
    9    HE2  LYS  36           HE2      LYS  36 -11.552  -3.606  -6.040
   10    HE3  LYS  36           HE3      LYS  36 -11.594  -1.844  -5.855
   11    HZ1  LYS  36           HZ1      LYS  36 -11.814  -1.652  -8.245
   12    HZ2  LYS  36           HZ2      LYS  36 -11.853  -3.335  -8.402
   13    HZ3  LYS  36           HZ3      LYS  36 -13.090  -2.531  -7.568

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ASN  37           H        ASN  37  -8.112  -6.942  -2.379
    2    HA   ASN  37           HA       ASN  37  -7.940  -9.244  -2.347
    3    HB2  ASN  37           HB2      ASN  37  -9.714  -9.184  -4.761
    4    HB3  ASN  37           HB3      ASN  37  -9.780 -10.336  -3.456
    5   HD21  ASN  37          HD21      ASN  37 -10.441  -7.122  -4.539
    6   HD22  ASN  37          HD22      ASN  37 -11.672  -6.733  -3.405

  No H/Q in entry =           6
  In of MODEL   10
    1    H    GLY  38           H        GLY  38  -5.764  -8.211  -3.627
    2    HA2  GLY  38           HA2      GLY  38  -5.021 -10.355  -5.366
    3    HA3  GLY  38           HA3      GLY  38  -4.009  -8.992  -4.939

  No H/Q in entry =           3
  In of MODEL   10
    1    H    GLU  39           H        GLU  39  -6.063  -7.060  -5.997
    2    HA   GLU  39           HA       GLU  39  -5.593  -7.505  -8.861
    3    HB2  GLU  39           HB2      GLU  39  -7.930  -8.095  -8.276
    4    HB3  GLU  39           HB3      GLU  39  -8.151  -6.506  -7.597
    5    HG2  GLU  39           HG2      GLU  39  -7.279  -6.302 -10.311
    6    HG3  GLU  39           HG3      GLU  39  -8.757  -7.257 -10.188

  No H/Q in entry =           6
  In of MODEL   10
    1    H    ARG  40           H        ARG  40  -4.345  -5.918  -9.585
    2    HA   ARG  40           HA       ARG  40  -3.590  -3.723  -8.069
    3    HB2  ARG  40           HB2      ARG  40  -2.462  -4.858 -10.174
    4    HB3  ARG  40           HB3      ARG  40  -3.382  -3.664 -11.075
    5    HG2  ARG  40           HG2      ARG  40  -2.274  -1.857  -9.957
    6    HG3  ARG  40           HG3      ARG  40  -1.499  -2.978  -8.855
    7    HD2  ARG  40           HD2      ARG  40  -0.904  -3.487 -11.700
    8    HD3  ARG  40           HD3      ARG  40  -0.291  -1.958 -11.067
    9    HE   ARG  40           HE       ARG  40   0.701  -3.403  -9.239
   10   HH11  ARG  40          HH11      ARG  40   0.150  -4.611 -12.478
   11   HH12  ARG  40          HH12      ARG  40   1.627  -5.528 -12.514
   12   HH21  ARG  40          HH21      ARG  40   2.630  -4.586  -9.268
   13   HH22  ARG  40          HH22      ARG  40   3.032  -5.542 -10.679

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE  41           H        ILE  41  -4.528  -1.949  -7.566
    2    HA   ILE  41           HA       ILE  41  -7.069  -1.195  -8.377
    3    HB   ILE  41           HB       ILE  41  -4.961   0.412  -6.938
    4   HG12  ILE  41          HG12      ILE  41  -7.338  -1.159  -5.945
    5   HG13  ILE  41          HG13      ILE  41  -5.665  -1.697  -5.852
    6   HG21  ILE  41          HG21      ILE  41  -7.919   0.975  -7.213
    7   HG22  ILE  41          HG22      ILE  41  -6.812   1.829  -6.141
    8   HG23  ILE  41          HG23      ILE  41  -6.613   1.944  -7.889
    9   HD11  ILE  41          HD11      ILE  41  -6.556   0.834  -4.535
   10   HD12  ILE  41          HD12      ILE  41  -6.754  -0.747  -3.771
   11   HD13  ILE  41          HD13      ILE  41  -5.139  -0.171  -4.205

  No H/Q in entry =          11
  In of MODEL   10
    1    H    GLU  42           H        GLU  42  -4.426   1.120  -8.722
    2    HA   GLU  42           HA       GLU  42  -3.366   1.061 -11.068
    3    HB2  GLU  42           HB2      GLU  42  -6.180   1.984 -11.697
    4    HB3  GLU  42           HB3      GLU  42  -4.807   2.339 -12.728
    5    HG2  GLU  42           HG2      GLU  42  -4.456  -0.179 -12.865
    6    HG3  GLU  42           HG3      GLU  42  -6.052  -0.320 -12.115

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LYS  43           H        LYS  43  -5.440   3.219  -9.154
    2    HA   LYS  43           HA       LYS  43  -4.201   5.599 -10.229
    3    HB2  LYS  43           HB2      LYS  43  -6.043   5.370  -7.846
    4    HB3  LYS  43           HB3      LYS  43  -5.696   6.813  -8.780
    5    HG2  LYS  43           HG2      LYS  43  -7.390   4.447  -9.574
    6    HG3  LYS  43           HG3      LYS  43  -7.867   6.139  -9.406
    7    HD2  LYS  43           HD2      LYS  43  -6.007   5.022 -11.505
    8    HD3  LYS  43           HD3      LYS  43  -7.684   5.507 -11.752
    9    HE2  LYS  43           HE2      LYS  43  -5.460   7.347 -10.852
   10    HE3  LYS  43           HE3      LYS  43  -6.075   7.239 -12.502
   11    HZ1  LYS  43           HZ1      LYS  43  -7.798   7.925 -10.190
   12    HZ2  LYS  43           HZ2      LYS  43  -6.990   9.094 -11.106
   13    HZ3  LYS  43           HZ3      LYS  43  -8.151   8.098 -11.836

  No H/Q in entry =          13
  In of MODEL   10
    1    H    VAL  44           H        VAL  44  -2.034   4.418  -9.325
    2    HA   VAL  44           HA       VAL  44  -1.602   5.611  -6.691
    3    HB   VAL  44           HB       VAL  44  -1.594   2.806  -7.169
    4   HG11  VAL  44          HG11      VAL  44   1.112   3.894  -6.486
    5   HG12  VAL  44          HG12      VAL  44   0.623   2.218  -6.237
    6   HG13  VAL  44          HG13      VAL  44   0.694   2.887  -7.870
    7   HG21  VAL  44          HG21      VAL  44  -0.816   4.457  -4.779
    8   HG22  VAL  44          HG22      VAL  44  -2.426   3.846  -5.165
    9   HG23  VAL  44          HG23      VAL  44  -1.132   2.725  -4.748

  No H/Q in entry =           9
  In of MODEL   10
    1    H    GLU  45           H        GLU  45   0.095   6.823  -6.564
    2    HA   GLU  45           HA       GLU  45   2.377   6.469  -8.357
    3    HB2  GLU  45           HB2      GLU  45   0.845   9.077  -8.264
    4    HB3  GLU  45           HB3      GLU  45   2.375   8.830  -9.078
    5    HG2  GLU  45           HG2      GLU  45   1.201   7.189 -10.589
    6    HG3  GLU  45           HG3      GLU  45  -0.313   7.709  -9.844

  No H/Q in entry =           6
  In of MODEL   10
    1    H    HIS  46           H        HIS  46   4.022   6.400  -6.900
    2    HA   HIS  46           HA       HIS  46   4.701   8.877  -5.648
    3    HB2  HIS  46           HB2      HIS  46   3.179   7.280  -4.042
    4    HB3  HIS  46           HB3      HIS  46   4.789   6.691  -3.652
    5    HD2  HIS  46           HD2      HIS  46   6.037   9.899  -3.943
    6    HE1  HIS  46           HE1      HIS  46   3.694  10.301  -0.451
    7    HE2  HIS  46           HE2      HIS  46   5.763  11.122  -1.678

  No H/Q in entry =           7
  In of MODEL   10
    1    H    SER  47           H        SER  47   6.936   8.973  -5.256
    2    HA   SER  47           HA       SER  47   8.557   6.586  -5.278
    3    HB2  SER  47           HB2      SER  47   8.011   7.016  -7.728
    4    HB3  SER  47           HB3      SER  47   8.928   8.516  -7.583
    5    HG   SER  47           HG       SER  47   9.889   5.873  -7.162

  No H/Q in entry =           5
  In of MODEL   10
    1    H    ASP  48           H        ASP  48  10.473   6.995  -4.204
    2    HA   ASP  48           HA       ASP  48  11.326   9.779  -4.025
    3    HB2  ASP  48           HB2      ASP  48  11.878   9.322  -1.547
    4    HB3  ASP  48           HB3      ASP  48  10.221   9.706  -1.988

  No H/Q in entry =           4
  In of MODEL   10
    1    H    LEU  49           H        LEU  49  13.386  10.117  -3.325
    2    HA   LEU  49           HA       LEU  49  15.539  10.073  -3.985
    3    HB2  LEU  49           HB2      LEU  49  17.016   8.451  -2.843
    4    HB3  LEU  49           HB3      LEU  49  15.956   9.335  -1.775
    5    HG   LEU  49           HG       LEU  49  16.380   6.988  -1.122
    6   HD11  LEU  49          HD11      LEU  49  14.395   8.137  -0.310
    7   HD12  LEU  49          HD12      LEU  49  13.480   7.543  -1.699
    8   HD13  LEU  49          HD13      LEU  49  14.119   6.408  -0.514
    9   HD21  LEU  49          HD21      LEU  49  14.835   6.289  -3.607
   10   HD22  LEU  49          HD22      LEU  49  16.509   5.875  -3.239
   11   HD23  LEU  49          HD23      LEU  49  15.196   5.166  -2.297

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  50           H        SER  50  17.480   8.701  -4.754
    2    HA   SER  50           HA       SER  50  16.514   7.060  -6.998
    3    HB2  SER  50           HB2      SER  50  19.065   8.669  -6.762
    4    HB3  SER  50           HB3      SER  50  18.596   7.702  -8.160
    5    HG   SER  50           HG       SER  50  17.170   9.937  -7.105

  No H/Q in entry =           5
  In of MODEL   10
    1    H    PHE  51           H        PHE  51  18.800   7.262  -4.352
    2    HA   PHE  51           HA       PHE  51  19.360   4.397  -4.666
    3    HB2  PHE  51           HB2      PHE  51  21.402   6.584  -4.224
    4    HB3  PHE  51           HB3      PHE  51  21.733   4.883  -3.918
    5    HD1  PHE  51           HD1      PHE  51  21.357   7.468  -6.433
    6    HD2  PHE  51           HD2      PHE  51  21.802   3.286  -5.777
    7    HE1  PHE  51           HE1      PHE  51  21.998   7.172  -8.791
    8    HE2  PHE  51           HE2      PHE  51  22.450   2.983  -8.131
    9    HZ   PHE  51           HZ       PHE  51  22.548   4.926  -9.639

  No H/Q in entry =           9
  In of MODEL   10
    1    H    SER  52           H        SER  52  19.566   3.281  -2.746
    2    HA   SER  52           HA       SER  52  19.424   4.820  -0.266
    3    HB2  SER  52           HB2      SER  52  17.101   4.332  -0.837
    4    HB3  SER  52           HB3      SER  52  17.485   2.624  -1.037
    5    HG   SER  52           HG       SER  52  16.929   4.023   1.231

  No H/Q in entry =           5
  In of MODEL   10
    1    H    LYS  53           H        LYS  53  19.974   3.634   1.603
    2    HA   LYS  53           HA       LYS  53  20.953   0.925   1.366
    3    HB2  LYS  53           HB2      LYS  53  22.964   2.174   0.742
    4    HB3  LYS  53           HB3      LYS  53  22.788   3.207   2.156
    5    HG2  LYS  53           HG2      LYS  53  22.980   1.050   3.521
    6    HG3  LYS  53           HG3      LYS  53  23.579   0.318   2.032
    7    HD2  LYS  53           HD2      LYS  53  25.416   1.858   1.944
    8    HD3  LYS  53           HD3      LYS  53  24.759   2.791   3.292
    9    HE2  LYS  53           HE2      LYS  53  25.012   0.806   4.737
   10    HE3  LYS  53           HE3      LYS  53  25.761  -0.049   3.389
   11    HZ1  LYS  53           HZ1      LYS  53  27.514   1.618   3.362
   12    HZ2  LYS  53           HZ2      LYS  53  26.799   2.414   4.681
   13    HZ3  LYS  53           HZ3      LYS  53  27.420   0.849   4.871

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ASP  54           H        ASP  54  19.715   0.112   2.995
    2    HA   ASP  54           HA       ASP  54  18.452   0.039   4.894
    3    HB2  ASP  54           HB2      ASP  54  20.913  -0.537   5.474
    4    HB3  ASP  54           HB3      ASP  54  20.923   1.020   6.295

  No H/Q in entry =           4
  In of MODEL   10
    1    H    TRP  55           H        TRP  55  17.511   2.127   3.817
    2    HA   TRP  55           HA       TRP  55  17.175   4.171   5.791
    3    HB2  TRP  55           HB2      TRP  55  19.307   4.922   5.043
    4    HB3  TRP  55           HB3      TRP  55  18.906   4.627   3.360
    5    HD1  TRP  55           HD1      TRP  55  17.734   7.048   6.208
    6    HE1  TRP  55           HE1      TRP  55  17.248   9.324   5.104
    7    HE3  TRP  55           HE3      TRP  55  18.623   5.808   1.271
    8    HZ2  TRP  55           HZ2      TRP  55  17.244  10.450   2.512
    9    HZ3  TRP  55           HZ3      TRP  55  18.348   7.546  -0.427
   10    HH2  TRP  55           HH2      TRP  55  17.675   9.820   0.169

  No H/Q in entry =          10
  In of MODEL   10
    1    H    SER  56           H        SER  56  14.988   3.613   5.460
    2    HA   SER  56           HA       SER  56  13.867   4.379   2.852
    3    HB2  SER  56           HB2      SER  56  11.818   3.180   3.635
    4    HB3  SER  56           HB3      SER  56  13.238   2.140   3.526
    5    HG   SER  56           HG       SER  56  12.236   3.350   5.895

  No H/Q in entry =           5
  In of MODEL   10
    1    H    PHE  57           H        PHE  57  14.191   5.366   6.061
    2    HA   PHE  57           HA       PHE  57  13.070   6.615   7.527
    3    HB2  PHE  57           HB2      PHE  57  12.315   8.895   6.676
    4    HB3  PHE  57           HB3      PHE  57  14.011   8.487   6.529
    5    HD1  PHE  57           HD1      PHE  57  14.987   8.041   4.314
    6    HD2  PHE  57           HD2      PHE  57  10.959   9.336   4.767
    7    HE1  PHE  57           HE1      PHE  57  14.940   8.714   1.947
    8    HE2  PHE  57           HE2      PHE  57  10.902  10.003   2.401
    9    HZ   PHE  57           HZ       PHE  57  12.892   9.688   0.988

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR  58           H        TYR  58  10.794   7.696   5.039
    2    HA   TYR  58           HA       TYR  58   8.800   5.874   6.178
    3    HB2  TYR  58           HB2      TYR  58   8.662   8.115   7.252
    4    HB3  TYR  58           HB3      TYR  58   8.402   8.835   5.672
    5    HD1  TYR  58           HD1      TYR  58   6.935   6.337   8.033
    6    HD2  TYR  58           HD2      TYR  58   6.183   9.095   4.872
    7    HE1  TYR  58           HE1      TYR  58   4.504   6.005   8.330
    8    HE2  TYR  58           HE2      TYR  58   3.745   8.762   5.157
    9    HH   TYR  58           HH       TYR  58   2.457   6.978   7.873

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LEU  59           H        LEU  59   8.280   4.607   4.483
    2    HA   LEU  59           HA       LEU  59   7.962   5.791   1.809
    3    HB2  LEU  59           HB2      LEU  59   8.466   3.052   2.878
    4    HB3  LEU  59           HB3      LEU  59   7.567   3.182   1.387
    5    HG   LEU  59           HG       LEU  59  10.336   4.359   1.724
    6   HD11  LEU  59          HD11      LEU  59   9.503   1.648   0.690
    7   HD12  LEU  59          HD12      LEU  59  11.117   2.331   0.566
    8   HD13  LEU  59          HD13      LEU  59  10.435   1.969   2.148
    9   HD21  LEU  59          HD21      LEU  59   8.526   3.778  -0.620
   10   HD22  LEU  59          HD22      LEU  59   9.207   5.336  -0.143
   11   HD23  LEU  59          HD23      LEU  59  10.251   4.082  -0.801

  No H/Q in entry =          11
  In of MODEL   10
    1    H    LEU  60           H        LEU  60   5.968   6.279   1.155
    2    HA   LEU  60           HA       LEU  60   3.723   4.531   1.832
    3    HB2  LEU  60           HB2      LEU  60   3.696   6.279   3.518
    4    HB3  LEU  60           HB3      LEU  60   3.869   7.515   2.289
    5    HG   LEU  60           HG       LEU  60   1.614   6.934   1.436
    6   HD11  LEU  60          HD11      LEU  60   1.560   4.616   2.206
    7   HD12  LEU  60          HD12      LEU  60   1.504   5.174   3.879
    8   HD13  LEU  60          HD13      LEU  60   0.164   5.524   2.785
    9   HD21  LEU  60          HD21      LEU  60   1.947   8.763   3.031
   10   HD22  LEU  60          HD22      LEU  60   0.388   7.973   3.255
   11   HD23  LEU  60          HD23      LEU  60   1.716   7.635   4.367

  No H/Q in entry =          11
  In of MODEL   10
    1    H    TYR  61           H        TYR  61   2.100   4.546   0.261
    2    HA   TYR  61           HA       TYR  61   2.486   6.315  -2.064
    3    HB2  TYR  61           HB2      TYR  61   1.692   3.368  -2.035
    4    HB3  TYR  61           HB3      TYR  61   1.545   4.396  -3.469
    5    HD1  TYR  61           HD1      TYR  61   3.310   4.426  -4.978
    6    HD2  TYR  61           HD2      TYR  61   4.139   3.359  -0.950
    7    HE1  TYR  61           HE1      TYR  61   5.625   3.921  -5.606
    8    HE2  TYR  61           HE2      TYR  61   6.471   2.861  -1.574
    9    HH   TYR  61           HH       TYR  61   7.781   2.296  -3.500

  No H/Q in entry =           9
  In of MODEL   10
    1    H    TYR  62           H        TYR  62   0.363   6.721  -3.253
    2    HA   TYR  62           HA       TYR  62  -1.895   6.414  -1.409
    3    HB2  TYR  62           HB2      TYR  62  -2.628   8.764  -2.042
    4    HB3  TYR  62           HB3      TYR  62  -1.292   8.608  -0.917
    5    HD1  TYR  62           HD1      TYR  62  -2.178   9.462  -4.414
    6    HD2  TYR  62           HD2      TYR  62   0.853   9.514  -1.427
    7    HE1  TYR  62           HE1      TYR  62  -0.836  10.979  -5.809
    8    HE2  TYR  62           HE2      TYR  62   2.202  11.026  -2.820
    9    HH   TYR  62           HH       TYR  62   2.439  11.653  -5.160

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR  63           H        THR  63  -3.843   5.949  -2.288
    2    HA   THR  63           HA       THR  63  -4.327   6.521  -5.113
    3    HB   THR  63           HB       THR  63  -3.655   4.085  -4.974
    4    HG1  THR  63           HG1      THR  63  -6.396   4.423  -5.681
    5   HG21  THR  63          HG21      THR  63  -6.099   3.972  -3.236
    6   HG22  THR  63          HG22      THR  63  -5.565   2.575  -4.168
    7   HG23  THR  63          HG23      THR  63  -4.511   3.274  -2.945

  No H/Q in entry =           7
  In of MODEL   10
    1    H    GLU  64           H        GLU  64  -6.379   7.159  -5.525
    2    HA   GLU  64           HA       GLU  64  -8.204   7.787  -3.471
    3    HB2  GLU  64           HB2      GLU  64  -8.242   8.994  -5.602
    4    HB3  GLU  64           HB3      GLU  64  -8.568   7.506  -6.472
    5    HG2  GLU  64           HG2      GLU  64 -10.768   7.371  -5.317
    6    HG3  GLU  64           HG3      GLU  64 -10.416   8.925  -4.555

  No H/Q in entry =           6
  In of MODEL   10
    1    H    PHE  65           H        PHE  65  -9.930   6.617  -2.609
    2    HA   PHE  65           HA       PHE  65 -10.658   4.118  -3.952
    3    HB2  PHE  65           HB2      PHE  65 -10.597   2.842  -1.931
    4    HB3  PHE  65           HB3      PHE  65  -9.074   3.684  -2.068
    5    HD1  PHE  65           HD1      PHE  65  -8.203   4.210  -0.042
    6    HD2  PHE  65           HD2      PHE  65 -12.395   4.618  -0.623
    7    HE1  PHE  65           HE1      PHE  65  -8.458   5.056   2.270
    8    HE2  PHE  65           HE2      PHE  65 -12.632   5.464   1.671
    9    HZ   PHE  65           HZ       PHE  65 -10.683   5.676   3.119

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR  66           H        THR  66 -12.803   3.367  -3.514
    2    HA   THR  66           HA       THR  66 -14.377   4.962  -1.608
    3    HB   THR  66           HB       THR  66 -15.369   3.994  -4.315
    4    HG1  THR  66           HG1      THR  66 -14.090   6.279  -3.511
    5   HG21  THR  66          HG21      THR  66 -16.686   5.634  -2.139
    6   HG22  THR  66          HG22      THR  66 -17.330   5.430  -3.772
    7   HG23  THR  66          HG23      THR  66 -17.164   4.032  -2.713

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   PRO  67           HA       PRO  67 -14.725   0.638  -0.318
    2    HB2  PRO  67           HB2      PRO  67 -16.071   1.317   2.078
    3    HB3  PRO  67           HB3      PRO  67 -14.366   0.939   1.884
    4    HG2  PRO  67           HG2      PRO  67 -15.487   3.465   2.518
    5    HG3  PRO  67           HG3      PRO  67 -13.790   3.080   2.194
    6    HD2  PRO  67           HD2      PRO  67 -15.746   4.430   0.518
    7    HD3  PRO  67           HD3      PRO  67 -13.982   4.355   0.348

  No H/Q in entry =           7
  In of MODEL   10
    1    H    THR  68           H        THR  68 -16.136  -0.809  -0.530
    2    HA   THR  68           HA       THR  68 -19.010  -0.202  -0.602
    3    HB   THR  68           HB       THR  68 -19.227  -1.694  -2.543
    4    HG1  THR  68           HG1      THR  68 -16.892  -2.132  -3.474
    5   HG21  THR  68          HG21      THR  68 -18.779   0.701  -2.974
    6   HG22  THR  68          HG22      THR  68 -17.051   0.347  -3.031
    7   HG23  THR  68          HG23      THR  68 -18.131  -0.341  -4.243

  No H/Q in entry =           7
  In of MODEL   10
    1    H    GLU  69           H        GLU  69 -20.316  -2.184  -0.170
    2    HA   GLU  69           HA       GLU  69 -19.314  -3.853   1.845
    3    HB2  GLU  69           HB2      GLU  69 -21.632  -3.530   1.773
    4    HB3  GLU  69           HB3      GLU  69 -21.763  -3.933   0.074
    5    HG2  GLU  69           HG2      GLU  69 -22.697  -5.748   1.168
    6    HG3  GLU  69           HG3      GLU  69 -21.053  -6.282   0.782

  No H/Q in entry =           6
  In of MODEL   10
    1    H    LYS  70           H        LYS  70 -18.426  -3.955  -1.383
    2    HA   LYS  70           HA       LYS  70 -18.108  -6.867  -1.333
    3    HB2  LYS  70           HB2      LYS  70 -18.207  -5.045  -3.732
    4    HB3  LYS  70           HB3      LYS  70 -18.008  -6.787  -3.792
    5    HG2  LYS  70           HG2      LYS  70 -20.430  -5.655  -2.447
    6    HG3  LYS  70           HG3      LYS  70 -20.346  -5.682  -4.207
    7    HD2  LYS  70           HD2      LYS  70 -21.471  -7.658  -3.534
    8    HD3  LYS  70           HD3      LYS  70 -19.857  -8.140  -4.052
    9    HE2  LYS  70           HE2      LYS  70 -19.144  -8.501  -1.842
   10    HE3  LYS  70           HE3      LYS  70 -20.516  -7.622  -1.168
   11    HZ1  LYS  70           HZ1      LYS  70 -20.696 -10.203  -2.629
   12    HZ2  LYS  70           HZ2      LYS  70 -20.714 -10.042  -0.940
   13    HZ3  LYS  70           HZ3      LYS  70 -21.973  -9.387  -1.866

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ASP  71           H        ASP  71 -16.145  -3.927  -1.705
    2    HA   ASP  71           HA       ASP  71 -14.049  -5.573  -2.900
    3    HB2  ASP  71           HB2      ASP  71 -14.217  -2.558  -2.718
    4    HB3  ASP  71           HB3      ASP  71 -13.004  -3.489  -3.569

  No H/Q in entry =           4
  In of MODEL   10
    1    H    GLU  72           H        GLU  72 -12.261  -6.059  -1.912
    2    HA   GLU  72           HA       GLU  72 -11.644  -5.214   0.838
    3    HB2  GLU  72           HB2      GLU  72 -11.838  -7.582   0.402
    4    HB3  GLU  72           HB3      GLU  72 -10.814  -7.486  -1.003
    5    HG2  GLU  72           HG2      GLU  72  -9.639  -6.853   1.651
    6    HG3  GLU  72           HG3      GLU  72 -10.019  -8.523   1.264

  No H/Q in entry =           6
  In of MODEL   10
    1    H    TYR  73           H        TYR  73  -9.589  -4.250   1.300
    2    HA   TYR  73           HA       TYR  73  -8.032  -3.398  -1.078
    3    HB2  TYR  73           HB2      TYR  73  -8.623  -1.858   1.460
    4    HB3  TYR  73           HB3      TYR  73  -7.398  -1.372   0.302
    5    HD1  TYR  73           HD1      TYR  73 -11.022  -2.051   0.668
    6    HD2  TYR  73           HD2      TYR  73  -7.980  -0.122  -1.600
    7    HE1  TYR  73           HE1      TYR  73 -12.746  -0.904  -0.677
    8    HE2  TYR  73           HE2      TYR  73  -9.694   1.027  -2.941
    9    HH   TYR  73           HH       TYR  73 -13.031   1.003  -2.075

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ALA  74           H        ALA  74  -5.943  -3.897  -1.137
    2    HA   ALA  74           HA       ALA  74  -4.577  -4.759   1.318
    3    HB1  ALA  74           HB1      ALA  74  -5.464  -6.721   0.147
    4    HB2  ALA  74           HB2      ALA  74  -4.580  -6.245  -1.304
    5    HB3  ALA  74           HB3      ALA  74  -3.702  -6.702   0.160

  No H/Q in entry =           5
  In of MODEL   10
    1    H    CYS  75           H        CYS  75  -2.185  -4.753   1.144
    2    HA   CYS  75           HA       CYS  75  -1.217  -3.286  -1.229
    3    HB2  CYS  75           HB2      CYS  75  -1.124  -1.740   0.602
    4    HB3  CYS  75           HB3      CYS  75  -0.301  -2.915   1.617

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ARG  76           H        ARG  76   0.462  -4.169  -2.283
    2    HA   ARG  76           HA       ARG  76   1.549  -6.718  -1.268
    3    HB2  ARG  76           HB2      ARG  76   0.191  -6.481  -3.464
    4    HB3  ARG  76           HB3      ARG  76   1.644  -5.727  -4.112
    5    HG2  ARG  76           HG2      ARG  76   2.845  -7.740  -3.982
    6    HG3  ARG  76           HG3      ARG  76   1.683  -8.474  -2.873
    7    HD2  ARG  76           HD2      ARG  76   1.419  -9.414  -5.150
    8    HD3  ARG  76           HD3      ARG  76  -0.011  -8.501  -4.660
    9    HE   ARG  76           HE       ARG  76   1.198  -6.608  -5.975
   10   HH11  ARG  76          HH11      ARG  76   1.193 -10.002  -6.810
   11   HH12  ARG  76          HH12      ARG  76   1.336  -9.709  -8.519
   12   HH21  ARG  76          HH21      ARG  76   1.420  -6.219  -8.214
   13   HH22  ARG  76          HH22      ARG  76   1.469  -7.563  -9.317

  No H/Q in entry =          13
  In of MODEL   10
    1    H    VAL  77           H        VAL  77   3.725  -6.770  -0.759
    2    HA   VAL  77           HA       VAL  77   5.456  -4.887  -2.214
    3    HB   VAL  77           HB       VAL  77   4.942  -4.174   0.220
    4   HG11  VAL  77          HG11      VAL  77   5.299  -6.333   1.279
    5   HG12  VAL  77          HG12      VAL  77   6.981  -6.327   0.745
    6   HG13  VAL  77          HG13      VAL  77   6.418  -5.124   1.908
    7   HG21  VAL  77          HG21      VAL  77   7.773  -4.403  -0.774
    8   HG22  VAL  77          HG22      VAL  77   6.625  -3.119  -1.155
    9   HG23  VAL  77          HG23      VAL  77   7.220  -3.310   0.496

  No H/Q in entry =           9
  In of MODEL   10
    1    H    ASN  78           H        ASN  78   7.318  -5.572  -2.888
    2    HA   ASN  78           HA       ASN  78   8.328  -8.203  -2.005
    3    HB2  ASN  78           HB2      ASN  78   7.130  -8.332  -4.247
    4    HB3  ASN  78           HB3      ASN  78   8.416  -7.309  -4.893
    5   HD21  ASN  78          HD21      ASN  78   9.111  -8.927  -6.311
    6   HD22  ASN  78          HD22      ASN  78   9.962 -10.330  -5.756

  No H/Q in entry =           6
  In of MODEL   10
    1    H    HIS  79           H        HIS  79  10.442  -8.437  -1.828
    2    HA   HIS  79           HA       HIS  79  12.214  -6.388  -2.924
    3    HB2  HIS  79           HB2      HIS  79  11.836  -6.125  -0.378
    4    HB3  HIS  79           HB3      HIS  79  12.697  -7.645  -0.218
    5    HD2  HIS  79           HD2      HIS  79  13.399  -3.921  -0.608
    6    HE1  HIS  79           HE1      HIS  79  17.082  -5.955  -1.035
    7    HE2  HIS  79           HE2      HIS  79  15.967  -3.683  -0.918

  No H/Q in entry =           7
  In of MODEL   10
    1    H    VAL  80           H        VAL  80  14.356  -7.241  -3.272
    2    HA   VAL  80           HA       VAL  80  14.214  -9.739  -4.550
    3    HB   VAL  80           HB       VAL  80  15.540  -8.008  -5.406
    4   HG11  VAL  80          HG11      VAL  80  16.310  -6.938  -3.402
    5   HG12  VAL  80          HG12      VAL  80  17.437  -8.270  -3.138
    6   HG13  VAL  80          HG13      VAL  80  17.615  -7.227  -4.545
    7   HG21  VAL  80          HG21      VAL  80  16.161 -10.218  -6.095
    8   HG22  VAL  80          HG22      VAL  80  17.601  -9.205  -5.981
    9   HG23  VAL  80          HG23      VAL  80  17.239 -10.369  -4.706

  No H/Q in entry =           9
  In of MODEL   10
    1    H    THR  81           H        THR  81  14.511  -9.193  -1.338
    2    HA   THR  81           HA       THR  81  16.136 -11.527  -0.795
    3    HB   THR  81           HB       THR  81  16.440 -10.132   1.009
    4    HG1  THR  81           HG1      THR  81  15.515 -12.052   1.874
    5   HG21  THR  81          HG21      THR  81  14.857  -8.446   0.068
    6   HG22  THR  81          HG22      THR  81  13.542  -9.288   0.903
    7   HG23  THR  81          HG23      THR  81  14.841  -8.539   1.837

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LEU  82           H        LEU  82  12.747 -10.580  -0.068
    2    HA   LEU  82           HA       LEU  82  11.718 -13.014   0.656
    3    HB2  LEU  82           HB2      LEU  82  10.306 -10.963  -1.053
    4    HB3  LEU  82           HB3      LEU  82   9.535 -12.230  -0.110
    5    HG   LEU  82           HG       LEU  82  11.163 -10.009   1.117
    6   HD11  LEU  82          HD11      LEU  82   8.196 -10.216   0.654
    7   HD12  LEU  82          HD12      LEU  82   8.969  -9.048   1.728
    8   HD13  LEU  82          HD13      LEU  82   9.308  -9.011  -0.002
    9   HD21  LEU  82          HD21      LEU  82   9.213 -11.993   2.286
   10   HD22  LEU  82          HD22      LEU  82  10.966 -12.016   2.490
   11   HD23  LEU  82          HD23      LEU  82  10.017 -10.696   3.171

  No H/Q in entry =          11
  In of MODEL   10
    1    H    SER  83           H        SER  83  11.693 -11.658  -2.613
    2    HA   SER  83           HA       SER  83  11.723 -12.594  -4.677
    3    HB2  SER  83           HB2      SER  83  13.170 -14.425  -3.717
    4    HB3  SER  83           HB3      SER  83  11.695 -15.343  -3.414
    5    HG   SER  83           HG       SER  83  11.881 -15.992  -5.398

  No H/Q in entry =           5
  In of MODEL   10
    1    H    GLN  84           H        GLN  84   9.477 -13.605  -2.219
    2    HA   GLN  84           HA       GLN  84   7.399 -13.538  -4.281
    3    HB2  GLN  84           HB2      GLN  84   6.038 -15.139  -3.052
    4    HB3  GLN  84           HB3      GLN  84   7.611 -15.844  -3.390
    5    HG2  GLN  84           HG2      GLN  84   6.934 -14.568  -0.755
    6    HG3  GLN  84           HG3      GLN  84   6.612 -16.265  -1.103
    7   HE21  GLN  84          HE21      GLN  84   8.966 -16.678  -2.688
    8   HE22  GLN  84          HE22      GLN  84  10.312 -16.669  -1.599

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   PRO  85           HA       PRO  85   6.371  -9.987  -1.701
    2    HB2  PRO  85           HB2      PRO  85   4.164  -9.181  -3.072
    3    HB3  PRO  85           HB3      PRO  85   5.829  -8.765  -3.521
    4    HG2  PRO  85           HG2      PRO  85   4.023 -10.862  -4.662
    5    HG3  PRO  85           HG3      PRO  85   5.193  -9.810  -5.494
    6    HD2  PRO  85           HD2      PRO  85   5.708 -12.456  -4.912
    7    HD3  PRO  85           HD3      PRO  85   6.993 -11.202  -4.997

  No H/Q in entry =           7
  In of MODEL   10
    1    H    LYS  86           H        LYS  86   4.776  -9.324  -0.294
    2    HA   LYS  86           HA       LYS  86   2.788 -11.408   0.348
    3    HB2  LYS  86           HB2      LYS  86   3.786  -9.289   2.245
    4    HB3  LYS  86           HB3      LYS  86   2.926 -10.771   2.636
    5    HG2  LYS  86           HG2      LYS  86   5.765 -10.540   1.655
    6    HG3  LYS  86           HG3      LYS  86   5.247 -10.932   3.290
    7    HD2  LYS  86           HD2      LYS  86   4.289 -12.653   1.055
    8    HD3  LYS  86           HD3      LYS  86   5.969 -12.808   1.567
    9    HE2  LYS  86           HE2      LYS  86   4.713 -14.427   2.789
   10    HE3  LYS  86           HE3      LYS  86   5.122 -13.135   3.915
   11    HZ1  LYS  86           HZ1      LYS  86   2.511 -13.288   2.507
   12    HZ2  LYS  86           HZ2      LYS  86   2.782 -13.962   4.037
   13    HZ3  LYS  86           HZ3      LYS  86   2.926 -12.289   3.813

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ILE  87           H        ILE  87   0.743 -10.767   1.030
    2    HA   ILE  87           HA       ILE  87  -0.059  -8.039   0.264
    3    HB   ILE  87           HB       ILE  87  -1.385 -10.605  -0.236
    4   HG12  ILE  87          HG12      ILE  87  -0.830  -9.313  -2.125
    5   HG13  ILE  87          HG13      ILE  87  -2.571  -9.072  -1.953
    6   HG21  ILE  87          HG21      ILE  87  -3.001  -8.320   0.861
    7   HG22  ILE  87          HG22      ILE  87  -3.683  -9.657  -0.070
    8   HG23  ILE  87          HG23      ILE  87  -2.904  -9.969   1.483
    9   HD11  ILE  87          HD11      ILE  87  -0.469  -7.176  -0.982
   10   HD12  ILE  87          HD12      ILE  87  -1.395  -7.017  -2.470
   11   HD13  ILE  87          HD13      ILE  87  -2.216  -6.947  -0.914

  No H/Q in entry =          11
  In of MODEL   10
    1    H    VAL  88           H        VAL  88  -0.879  -6.699   1.706
    2    HA   VAL  88           HA       VAL  88  -1.722  -7.782   4.305
    3    HB   VAL  88           HB       VAL  88   0.263  -6.370   4.537
    4   HG11  VAL  88          HG11      VAL  88  -1.379  -4.246   3.209
    5   HG12  VAL  88          HG12      VAL  88   0.121  -3.940   4.079
    6   HG13  VAL  88          HG13      VAL  88   0.130  -4.951   2.623
    7   HG21  VAL  88          HG21      VAL  88  -2.285  -5.179   5.584
    8   HG22  VAL  88          HG22      VAL  88  -1.214  -6.322   6.396
    9   HG23  VAL  88          HG23      VAL  88  -0.683  -4.660   6.110

  No H/Q in entry =           9
  In of MODEL   10
    1    H    LYS  89           H        LYS  89  -3.850  -7.549   4.678
    2    HA   LYS  89           HA       LYS  89  -5.276  -5.706   2.891
    3    HB2  LYS  89           HB2      LYS  89  -6.442  -8.116   4.270
    4    HB3  LYS  89           HB3      LYS  89  -7.167  -7.154   2.991
    5    HG2  LYS  89           HG2      LYS  89  -5.820  -8.053   1.370
    6    HG3  LYS  89           HG3      LYS  89  -4.586  -8.547   2.532
    7    HD2  LYS  89           HD2      LYS  89  -7.343  -9.725   2.382
    8    HD3  LYS  89           HD3      LYS  89  -5.935 -10.428   1.591
    9    HE2  LYS  89           HE2      LYS  89  -4.862 -10.683   3.793
   10    HE3  LYS  89           HE3      LYS  89  -6.297  -9.997   4.559
   11    HZ1  LYS  89           HZ1      LYS  89  -7.585 -11.843   3.578
   12    HZ2  LYS  89           HZ2      LYS  89  -6.139 -12.532   3.023
   13    HZ3  LYS  89           HZ3      LYS  89  -6.414 -12.362   4.688

  No H/Q in entry =          13
  In of MODEL   10
    1    H    TRP  90           H        TRP  90  -7.065  -4.559   3.738
    2    HA   TRP  90           HA       TRP  90  -6.495  -3.663   6.424
    3    HB2  TRP  90           HB2      TRP  90  -6.699  -2.009   4.611
    4    HB3  TRP  90           HB3      TRP  90  -8.337  -2.566   4.289
    5    HD1  TRP  90           HD1      TRP  90  -6.817  -1.440   7.703
    6    HE1  TRP  90           HE1      TRP  90  -8.212   0.495   8.586
    7    HE3  TRP  90           HE3      TRP  90 -10.085  -0.915   3.752
    8    HZ2  TRP  90           HZ2      TRP  90 -10.453   2.007   7.794
    9    HZ3  TRP  90           HZ3      TRP  90 -11.820   0.813   3.910
   10    HH2  TRP  90           HH2      TRP  90 -12.008   2.256   5.868

  No H/Q in entry =          10
  In of MODEL   10
    1    H    ASP  91           H        ASP  91  -7.766  -3.840   8.175
    2    HA   ASP  91           HA       ASP  91  -9.769  -5.883   8.187
    3    HB2  ASP  91           HB2      ASP  91  -9.892  -5.471  10.604
    4    HB3  ASP  91           HB3      ASP  91  -8.220  -5.624  10.075

  No H/Q in entry =           4
  In of MODEL   10
    1    H    ARG  92           H        ARG  92 -11.585  -5.357   7.097
    2    HA   ARG  92           HA       ARG  92 -13.655  -4.088   8.373
    3    HB2  ARG  92           HB2      ARG  92 -13.826  -1.890   7.612
    4    HB3  ARG  92           HB3      ARG  92 -12.076  -2.065   7.695
    5    HG2  ARG  92           HG2      ARG  92 -12.353  -1.058   5.646
    6    HG3  ARG  92           HG3      ARG  92 -12.221  -2.764   5.200
    7    HD2  ARG  92           HD2      ARG  92 -14.791  -2.789   5.261
    8    HD3  ARG  92           HD3      ARG  92 -14.688  -1.020   5.290
    9    HE   ARG  92           HE       ARG  92 -13.105  -2.018   3.191
   10   HH11  ARG  92          HH11      ARG  92 -16.483  -1.636   4.100
   11   HH12  ARG  92          HH12      ARG  92 -17.059  -1.835   2.473
   12   HH21  ARG  92          HH21      ARG  92 -13.883  -2.292   1.072
   13   HH22  ARG  92          HH22      ARG  92 -15.594  -2.224   0.769

  No H/Q in entry =          13
  In of MODEL   10
    1    H    ASP  93           H        ASP  93 -12.209  -5.589   5.766
    2    HA   ASP  93           HA       ASP  93 -14.719  -6.036   4.352
    3    HB2  ASP  93           HB2      ASP  93 -13.427  -5.577   2.189
    4    HB3  ASP  93           HB3      ASP  93 -14.078  -4.196   3.077

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   MET  94           HA       MET  94 -10.934  -8.878   3.223
    2    HB2  MET  94           HB2      MET  94  -9.443  -9.942   4.967
    3    HB3  MET  94           HB3      MET  94  -9.124  -8.258   4.584
    4    HG2  MET  94           HG2      MET  94  -8.906  -8.675   6.983
    5    HG3  MET  94           HG3      MET  94 -10.222  -7.555   6.676
    6    HE1  MET  94           HE1      MET  94 -10.957  -7.954   9.199
    7    HE2  MET  94           HE2      MET  94 -11.309  -9.541   9.884
    8    HE3  MET  94           HE3      MET  94  -9.657  -9.120   9.435

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   MET   1           HA       MET   1   5.028  -8.122   6.773
    2    HB2  MET   1           HB2      MET   1   5.171  -8.715   9.132
    3    HB3  MET   1           HB3      MET   1   5.263  -7.018   9.583
    4    HG2  MET   1           HG2      MET   1   2.989  -6.686   8.703
    5    HG3  MET   1           HG3      MET   1   2.904  -8.405   8.328
    6    HE1  MET   1           HE1      MET   1   0.751  -6.848  10.104
    7    HE2  MET   1           HE2      MET   1   0.638  -8.569   9.735
    8    HE3  MET   1           HE3      MET   1   0.488  -8.012  11.403

  No H/Q in entry =           8
  In of MODEL   11
    1    H    ILE   2           H        ILE   2   3.411  -6.879   5.940
    2    HA   ILE   2           HA       ILE   2   3.831  -3.981   5.963
    3    HB   ILE   2           HB       ILE   2   1.653  -5.336   4.381
    4   HG12  ILE   2          HG12      ILE   2   4.374  -4.990   3.150
    5   HG13  ILE   2          HG13      ILE   2   3.964  -6.476   4.012
    6   HG21  ILE   2          HG21      ILE   2   1.774  -2.876   4.471
    7   HG22  ILE   2          HG22      ILE   2   3.371  -2.948   3.718
    8   HG23  ILE   2          HG23      ILE   2   1.954  -3.518   2.841
    9   HD11  ILE   2          HD11      ILE   2   2.042  -6.788   2.502
   10   HD12  ILE   2          HD12      ILE   2   2.510  -5.331   1.629
   11   HD13  ILE   2          HD13      ILE   2   3.576  -6.738   1.636

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLN   3           H        GLN   3   2.340  -2.593   6.840
    2    HA   GLN   3           HA       GLN   3  -0.150  -3.775   7.884
    3    HB2  GLN   3           HB2      GLN   3   1.675  -1.776   9.231
    4    HB3  GLN   3           HB3      GLN   3   0.017  -2.100   9.770
    5    HG2  GLN   3           HG2      GLN   3   0.551  -4.380  10.304
    6    HG3  GLN   3           HG3      GLN   3   2.167  -4.208   9.570
    7   HE21  GLN   3          HE21      GLN   3   0.138  -3.346  12.287
    8   HE22  GLN   3          HE22      GLN   3   1.429  -2.858  13.335

  No H/Q in entry =           8
  In of MODEL   11
    1    H    VAL   4           H        VAL   4  -1.699  -3.005   6.594
    2    HA   VAL   4           HA       VAL   4  -1.513  -0.287   5.571
    3    HB   VAL   4           HB       VAL   4  -3.693  -0.936   4.356
    4   HG11  VAL   4          HG11      VAL   4  -1.162  -2.486   3.802
    5   HG12  VAL   4          HG12      VAL   4  -2.481  -2.232   2.659
    6   HG13  VAL   4          HG13      VAL   4  -1.537  -0.859   3.234
    7   HG21  VAL   4          HG21      VAL   4  -4.301  -2.801   5.803
    8   HG22  VAL   4          HG22      VAL   4  -4.111  -3.332   4.132
    9   HG23  VAL   4          HG23      VAL   4  -2.848  -3.670   5.314

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR   5           H        TYR   5  -3.067   1.256   5.831
    2    HA   TYR   5           HA       TYR   5  -5.245   0.978   7.696
    3    HB2  TYR   5           HB2      TYR   5  -2.776   2.569   8.387
    4    HB3  TYR   5           HB3      TYR   5  -4.350   2.971   9.068
    5    HD1  TYR   5           HD1      TYR   5  -1.401   1.426   9.859
    6    HD2  TYR   5           HD2      TYR   5  -5.582   0.591   9.917
    7    HE1  TYR   5           HE1      TYR   5  -1.034  -0.277  11.601
    8    HE2  TYR   5           HE2      TYR   5  -5.218  -1.116  11.664
    9    HH   TYR   5           HH       TYR   5  -3.422  -2.534  12.491

  No H/Q in entry =           9
  In of MODEL   11
    1    H    SER   6           H        SER   6  -6.228   3.305   8.001
    2    HA   SER   6           HA       SER   6  -5.833   4.776   5.479
    3    HB2  SER   6           HB2      SER   6  -8.464   4.350   6.927
    4    HB3  SER   6           HB3      SER   6  -8.224   5.243   5.424
    5    HG   SER   6           HG       SER   6  -7.280   2.635   5.466

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ARG   7           H        ARG   7  -6.522   6.995   5.544
    2    HA   ARG   7           HA       ARG   7  -5.476   8.321   7.865
    3    HB2  ARG   7           HB2      ARG   7  -5.531   8.926   5.215
    4    HB3  ARG   7           HB3      ARG   7  -6.853   9.931   5.796
    5    HG2  ARG   7           HG2      ARG   7  -4.077   9.976   6.942
    6    HG3  ARG   7           HG3      ARG   7  -4.658  11.070   5.689
    7    HD2  ARG   7           HD2      ARG   7  -6.455  11.800   7.229
    8    HD3  ARG   7           HD3      ARG   7  -5.743  10.785   8.483
    9    HE   ARG   7           HE       ARG   7  -4.214  12.963   7.207
   10   HH11  ARG   7          HH11      ARG   7  -5.378  11.341  10.087
   11   HH12  ARG   7          HH12      ARG   7  -4.582  12.444  11.171
   12   HH21  ARG   7          HH21      ARG   7  -3.137  14.353   8.598
   13   HH22  ARG   7          HH22      ARG   7  -3.271  14.148  10.319

  No H/Q in entry =          13
  In of MODEL   11
    1    H    HIS   8           H        HIS   8  -8.634   7.454   6.787
    2    HA   HIS   8           HA       HIS   8  -9.874   9.299   8.727
    3    HB2  HIS   8           HB2      HIS   8 -11.664   9.687   7.234
    4    HB3  HIS   8           HB3      HIS   8 -10.237   9.749   6.206
    5    HD2  HIS   8           HD2      HIS   8 -13.542   8.584   5.674
    6    HE1  HIS   8           HE1      HIS   8 -11.248   5.309   4.308
    7    HE2  HIS   8           HE2      HIS   8 -13.426   6.564   4.057

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   PRO   9           HA       PRO   9 -12.293   5.600   9.968
    2    HB2  PRO   9           HB2      PRO   9 -14.763   7.092  10.164
    3    HB3  PRO   9           HB3      PRO   9 -13.759   6.450  11.474
    4    HG2  PRO   9           HG2      PRO   9 -14.064   9.130  10.952
    5    HG3  PRO   9           HG3      PRO   9 -12.620   8.442  11.717
    6    HD2  PRO   9           HD2      PRO   9 -13.059   9.263   8.867
    7    HD3  PRO   9           HD3      PRO   9 -11.623   9.505   9.893

  No H/Q in entry =           7
  In of MODEL   11
    1    H    ALA  10           H        ALA  10 -13.111   4.096   8.647
    2    HA   ALA  10           HA       ALA  10 -13.456   4.493   5.931
    3    HB1  ALA  10           HB1      ALA  10 -14.339   2.214   5.843
    4    HB2  ALA  10           HB2      ALA  10 -12.947   2.323   6.917
    5    HB3  ALA  10           HB3      ALA  10 -14.573   2.236   7.591

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLU  11           H        GLU  11 -15.026   5.854   5.017
    2    HA   GLU  11           HA       GLU  11 -17.787   5.242   5.855
    3    HB2  GLU  11           HB2      GLU  11 -16.461   7.785   5.218
    4    HB3  GLU  11           HB3      GLU  11 -18.038   7.581   4.469
    5    HG2  GLU  11           HG2      GLU  11 -17.409   7.405   7.399
    6    HG3  GLU  11           HG3      GLU  11 -18.255   8.709   6.565

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ASN  12           H        ASN  12 -19.042   4.226   4.421
    2    HA   ASN  12           HA       ASN  12 -18.227   3.579   1.805
    3    HB2  ASN  12           HB2      ASN  12 -19.782   2.090   2.763
    4    HB3  ASN  12           HB3      ASN  12 -20.849   3.376   3.317
    5   HD21  ASN  12          HD21      ASN  12 -22.345   4.232   1.908
    6   HD22  ASN  12          HD22      ASN  12 -22.720   3.520   0.374

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLY  13           H        GLY  13 -18.028   4.904   0.145
    2    HA2  GLY  13           HA2      GLY  13 -20.063   7.028  -0.238
    3    HA3  GLY  13           HA3      GLY  13 -19.264   6.178  -1.546

  No H/Q in entry =           3
  In of MODEL   11
    1    H    LYS  14           H        LYS  14 -17.196   7.047   1.069
    2    HA   LYS  14           HA       LYS  14 -16.565   9.655  -0.116
    3    HB2  LYS  14           HB2      LYS  14 -15.087   8.362   2.165
    4    HB3  LYS  14           HB3      LYS  14 -15.209  10.067   1.787
    5    HG2  LYS  14           HG2      LYS  14 -17.442   8.339   2.816
    6    HG3  LYS  14           HG3      LYS  14 -16.458   9.433   3.778
    7    HD2  LYS  14           HD2      LYS  14 -18.302  10.229   1.530
    8    HD3  LYS  14           HD3      LYS  14 -18.630  10.388   3.263
    9    HE2  LYS  14           HE2      LYS  14 -16.474  11.810   1.683
   10    HE3  LYS  14           HE3      LYS  14 -17.931  12.522   2.366
   11    HZ1  LYS  14           HZ1      LYS  14 -17.121  12.000   4.580
   12    HZ2  LYS  14           HZ2      LYS  14 -15.718  11.305   3.934
   13    HZ3  LYS  14           HZ3      LYS  14 -16.000  12.967   3.752

  No H/Q in entry =          13
  In of MODEL   11
    1    H    SER  15           H        SER  15 -14.648  10.195  -1.075
    2    HA   SER  15           HA       SER  15 -12.779   8.002  -1.558
    3    HB2  SER  15           HB2      SER  15 -11.716   9.878  -3.085
    4    HB3  SER  15           HB3      SER  15 -13.085   8.914  -3.635
    5    HG   SER  15           HG       SER  15 -12.971  11.496  -3.543

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ASN  16           H        ASN  16 -10.645   8.146  -1.007
    2    HA   ASN  16           HA       ASN  16  -9.696  10.215   0.762
    3    HB2  ASN  16           HB2      ASN  16 -10.025   7.446   1.934
    4    HB3  ASN  16           HB3      ASN  16  -9.536   8.913   2.763
    5   HD21  ASN  16          HD21      ASN  16 -11.086  10.217   3.634
    6   HD22  ASN  16          HD22      ASN  16 -12.776   9.842   3.602

  No H/Q in entry =           6
  In of MODEL   11
    1    H    PHE  17           H        PHE  17  -7.827   8.142   2.012
    2    HA   PHE  17           HA       PHE  17  -6.322   7.451  -0.408
    3    HB2  PHE  17           HB2      PHE  17  -5.287   8.966   1.994
    4    HB3  PHE  17           HB3      PHE  17  -4.234   8.196   0.810
    5    HD1  PHE  17           HD1      PHE  17  -5.017  11.271   1.704
    6    HD2  PHE  17           HD2      PHE  17  -5.548   8.772  -1.694
    7    HE1  PHE  17           HE1      PHE  17  -5.156  13.263   0.266
    8    HE2  PHE  17           HE2      PHE  17  -5.683  10.757  -3.142
    9    HZ   PHE  17           HZ       PHE  17  -5.488  13.008  -2.162

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  18           H        LEU  18  -5.420   5.456  -0.356
    2    HA   LEU  18           HA       LEU  18  -5.660   3.936   2.131
    3    HB2  LEU  18           HB2      LEU  18  -6.476   2.736   0.247
    4    HB3  LEU  18           HB3      LEU  18  -5.053   3.117  -0.699
    5    HG   LEU  18           HG       LEU  18  -3.692   1.582   0.632
    6   HD11  LEU  18          HD11      LEU  18  -6.213   1.066   2.214
    7   HD12  LEU  18          HD12      LEU  18  -4.738   0.110   2.311
    8   HD13  LEU  18          HD13      LEU  18  -4.723   1.799   2.810
    9   HD21  LEU  18          HD21      LEU  18  -6.288   0.366  -0.304
   10   HD22  LEU  18          HD22      LEU  18  -4.841   0.642  -1.273
   11   HD23  LEU  18          HD23      LEU  18  -4.812  -0.532   0.042

  No H/Q in entry =          11
  In of MODEL   11
    1    H    ASN  19           H        ASN  19  -4.031   3.690   3.451
    2    HA   ASN  19           HA       ASN  19  -1.380   4.559   2.544
    3    HB2  ASN  19           HB2      ASN  19  -2.654   4.609   5.292
    4    HB3  ASN  19           HB3      ASN  19  -0.969   5.022   4.985
    5   HD21  ASN  19          HD21      ASN  19  -0.503   6.931   3.855
    6   HD22  ASN  19          HD22      ASN  19  -1.667   8.194   3.680

  No H/Q in entry =           6
  In of MODEL   11
    1    H    CYS  20           H        CYS  20  -0.051   2.915   2.130
    2    HA   CYS  20           HA       CYS  20  -0.159   0.502   3.829
    3    HB2  CYS  20           HB2      CYS  20  -0.518  -0.157   1.577
    4    HB3  CYS  20           HB3      CYS  20   0.667   0.993   0.944

  No H/Q in entry =           4
  In of MODEL   11
    1    H    TYR  21           H        TYR  21   1.462   0.458   5.325
    2    HA   TYR  21           HA       TYR  21   3.869   2.050   4.851
    3    HB2  TYR  21           HB2      TYR  21   3.128   0.440   7.299
    4    HB3  TYR  21           HB3      TYR  21   4.459   1.565   7.173
    5    HD1  TYR  21           HD1      TYR  21   3.946   4.021   6.932
    6    HD2  TYR  21           HD2      TYR  21   0.972   1.153   7.907
    7    HE1  TYR  21           HE1      TYR  21   2.495   5.829   7.751
    8    HE2  TYR  21           HE2      TYR  21  -0.502   2.954   8.726
    9    HH   TYR  21           HH       TYR  21   0.224   6.304   8.193

  No H/Q in entry =           9
  In of MODEL   11
    1    H    VAL  22           H        VAL  22   5.780   1.216   4.297
    2    HA   VAL  22           HA       VAL  22   6.220  -1.667   4.664
    3    HB   VAL  22           HB       VAL  22   7.106  -0.009   2.260
    4   HG11  VAL  22          HG11      VAL  22   8.653  -1.842   2.943
    5   HG12  VAL  22          HG12      VAL  22   7.334  -2.994   2.705
    6   HG13  VAL  22          HG13      VAL  22   7.951  -2.063   1.337
    7   HG21  VAL  22          HG21      VAL  22   4.974  -2.141   2.465
    8   HG22  VAL  22          HG22      VAL  22   4.728  -0.426   2.130
    9   HG23  VAL  22          HG23      VAL  22   5.568  -1.442   0.958

  No H/Q in entry =           9
  In of MODEL   11
    1    H    SER  23           H        SER  23   7.742  -1.653   6.276
    2    HA   SER  23           HA       SER  23   9.780   0.472   6.193
    3    HB2  SER  23           HB2      SER  23   9.576   0.621   8.671
    4    HB3  SER  23           HB3      SER  23   8.076   1.027   7.840
    5    HG   SER  23           HG       SER  23   8.463  -1.639   8.599

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLY  24           H        GLY  24  11.846  -0.020   6.800
    2    HA2  GLY  24           HA2      GLY  24  12.452  -2.829   7.541
    3    HA3  GLY  24           HA3      GLY  24  13.503  -1.450   7.842

  No H/Q in entry =           3
  In of MODEL   11
    1    H    PHE  25           H        PHE  25  12.042  -1.332   4.816
    2    HA   PHE  25           HA       PHE  25  14.172  -2.876   3.512
    3    HB2  PHE  25           HB2      PHE  25  11.543  -1.892   2.372
    4    HB3  PHE  25           HB3      PHE  25  12.681  -2.988   1.591
    5    HD1  PHE  25           HD1      PHE  25  12.723  -5.327   2.114
    6    HD2  PHE  25           HD2      PHE  25  10.228  -2.688   4.343
    7    HE1  PHE  25           HE1      PHE  25  11.578  -7.270   3.130
    8    HE2  PHE  25           HE2      PHE  25   9.081  -4.625   5.363
    9    HZ   PHE  25           HZ       PHE  25   9.750  -6.904   4.734

  No H/Q in entry =           9
  In of MODEL   11
    1    H    HIS  26           H        HIS  26  15.429  -1.941   1.883
    2    HA   HIS  26           HA       HIS  26  15.496   0.952   1.878
    3    HB2  HIS  26           HB2      HIS  26  17.513   0.725   0.514
    4    HB3  HIS  26           HB3      HIS  26  17.609  -0.305   1.925
    5    HD2  HIS  26           HD2      HIS  26  17.591  -0.613  -1.944
    6    HE1  HIS  26           HE1      HIS  26  18.008  -4.463  -0.248
    7    HE2  HIS  26           HE2      HIS  26  18.288  -3.073  -2.353

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   PRO  27           HA       PRO  27  12.565   1.318  -1.336
    2    HB2  PRO  27           HB2      PRO  27  13.874   3.906  -1.915
    3    HB3  PRO  27           HB3      PRO  27  12.210   3.588  -1.417
    4    HG2  PRO  27           HG2      PRO  27  13.948   4.668   0.286
    5    HG3  PRO  27           HG3      PRO  27  12.771   3.452   0.840
    6    HD2  PRO  27           HD2      PRO  27  15.689   3.121   0.189
    7    HD3  PRO  27           HD3      PRO  27  14.759   2.472   1.562

  No H/Q in entry =           7
  In of MODEL   11
    1    H    SER  28           H        SER  28  15.654   0.626  -2.021
    2    HA   SER  28           HA       SER  28  15.627   1.593  -4.762
    3    HB2  SER  28           HB2      SER  28  17.676   1.944  -3.508
    4    HB3  SER  28           HB3      SER  28  17.805   0.220  -3.176
    5    HG   SER  28           HG       SER  28  18.824   0.055  -4.992

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ASP  29           H        ASP  29  15.719  -1.566  -3.025
    2    HA   ASP  29           HA       ASP  29  15.161  -2.793  -5.665
    3    HB2  ASP  29           HB2      ASP  29  16.479  -4.198  -3.327
    4    HB3  ASP  29           HB3      ASP  29  16.204  -4.847  -4.936

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ILE  30           H        ILE  30  12.948  -1.849  -4.118
    2    HA   ILE  30           HA       ILE  30  11.756  -4.488  -3.564
    3    HB   ILE  30           HB       ILE  30  10.730  -3.875  -1.632
    4   HG12  ILE  30          HG12      ILE  30  10.714  -0.956  -2.490
    5   HG13  ILE  30          HG13      ILE  30   9.372  -2.093  -2.644
    6   HG21  ILE  30          HG21      ILE  30  13.028  -1.928  -1.686
    7   HG22  ILE  30          HG22      ILE  30  12.138  -2.401  -0.238
    8   HG23  ILE  30          HG23      ILE  30  13.061  -3.603  -1.137
    9   HD11  ILE  30          HD11      ILE  30  10.620  -1.210  -0.050
   10   HD12  ILE  30          HD12      ILE  30   9.106  -0.611  -0.725
   11   HD13  ILE  30          HD13      ILE  30   9.242  -2.297  -0.229

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLU  31           H        GLU  31   9.425  -4.566  -3.763
    2    HA   GLU  31           HA       GLU  31   8.319  -2.636  -5.690
    3    HB2  GLU  31           HB2      GLU  31   8.220  -5.652  -5.799
    4    HB3  GLU  31           HB3      GLU  31   7.111  -4.631  -6.699
    5    HG2  GLU  31           HG2      GLU  31   8.895  -3.685  -7.987
    6    HG3  GLU  31           HG3      GLU  31  10.114  -4.473  -6.989

  No H/Q in entry =           6
  In of MODEL   11
    1    H    VAL  32           H        VAL  32   6.576  -1.717  -4.801
    2    HA   VAL  32           HA       VAL  32   4.729  -3.385  -3.238
    3    HB   VAL  32           HB       VAL  32   5.401  -2.326  -1.351
    4   HG11  VAL  32          HG11      VAL  32   7.377  -1.410  -2.467
    5   HG12  VAL  32          HG12      VAL  32   6.432  -0.013  -2.979
    6   HG13  VAL  32          HG13      VAL  32   6.723  -0.303  -1.261
    7   HG21  VAL  32          HG21      VAL  32   3.203  -1.341  -1.674
    8   HG22  VAL  32          HG22      VAL  32   4.285  -0.211  -0.859
    9   HG23  VAL  32          HG23      VAL  32   3.919  -0.003  -2.572

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ASP  33           H        ASP  33   2.605  -3.100  -3.699
    2    HA   ASP  33           HA       ASP  33   1.813  -0.748  -5.269
    3    HB2  ASP  33           HB2      ASP  33   1.169  -3.641  -6.020
    4    HB3  ASP  33           HB3      ASP  33   0.388  -2.228  -6.731

  No H/Q in entry =           4
  In of MODEL   11
    1    H    LEU  34           H        LEU  34  -0.615  -0.622  -5.388
    2    HA   LEU  34           HA       LEU  34  -1.810  -1.604  -2.881
    3    HB2  LEU  34           HB2      LEU  34  -2.108   0.973  -4.349
    4    HB3  LEU  34           HB3      LEU  34  -3.514   0.350  -3.509
    5    HG   LEU  34           HG       LEU  34  -2.162   0.295  -1.398
    6   HD11  LEU  34          HD11      LEU  34  -0.143   1.785  -3.057
    7   HD12  LEU  34          HD12      LEU  34  -0.111   1.624  -1.302
    8   HD13  LEU  34          HD13      LEU  34   0.066   0.195  -2.317
    9   HD21  LEU  34          HD21      LEU  34  -3.677   2.148  -1.925
   10   HD22  LEU  34          HD22      LEU  34  -2.286   2.662  -0.969
   11   HD23  LEU  34          HD23      LEU  34  -2.342   3.001  -2.700

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU  35           H        LEU  35  -3.559  -2.885  -3.012
    2    HA   LEU  35           HA       LEU  35  -4.563  -3.503  -5.706
    3    HB2  LEU  35           HB2      LEU  35  -4.076  -5.459  -3.467
    4    HB3  LEU  35           HB3      LEU  35  -4.663  -5.836  -5.069
    5    HG   LEU  35           HG       LEU  35  -1.884  -5.136  -4.189
    6   HD11  LEU  35          HD11      LEU  35  -3.122  -7.302  -5.891
    7   HD12  LEU  35          HD12      LEU  35  -1.404  -7.148  -5.560
    8   HD13  LEU  35          HD13      LEU  35  -2.533  -7.474  -4.238
    9   HD21  LEU  35          HD21      LEU  35  -2.451  -3.658  -6.131
   10   HD22  LEU  35          HD22      LEU  35  -1.161  -4.816  -6.450
   11   HD23  LEU  35          HD23      LEU  35  -2.784  -5.109  -7.073

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LYS  36           H        LYS  36  -6.512  -4.760  -5.730
    2    HA   LYS  36           HA       LYS  36  -8.316  -4.579  -3.417
    3    HB2  LYS  36           HB2      LYS  36  -9.482  -4.928  -6.133
    4    HB3  LYS  36           HB3      LYS  36 -10.126  -4.013  -4.751
    5    HG2  LYS  36           HG2      LYS  36  -8.599  -2.189  -5.260
    6    HG3  LYS  36           HG3      LYS  36  -7.864  -3.106  -6.564
    7    HD2  LYS  36           HD2      LYS  36  -9.402  -1.417  -7.442
    8    HD3  LYS  36           HD3      LYS  36  -9.962  -3.047  -7.839
    9    HE2  LYS  36           HE2      LYS  36 -11.800  -1.475  -7.115
   10    HE3  LYS  36           HE3      LYS  36 -11.668  -2.912  -6.094
   11    HZ1  LYS  36           HZ1      LYS  36 -10.453  -0.280  -5.442
   12    HZ2  LYS  36           HZ2      LYS  36 -11.976  -0.782  -4.893
   13    HZ3  LYS  36           HZ3      LYS  36 -10.584  -1.626  -4.423

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ASN  37           H        ASN  37  -8.377  -6.680  -2.672
    2    HA   ASN  37           HA       ASN  37  -8.021  -8.957  -2.729
    3    HB2  ASN  37           HB2      ASN  37  -9.940 -10.029  -4.126
    4    HB3  ASN  37           HB3      ASN  37 -10.358  -8.992  -2.770
    5   HD21  ASN  37          HD21      ASN  37 -10.931  -6.795  -3.253
    6   HD22  ASN  37          HD22      ASN  37 -11.724  -6.401  -4.737

  No H/Q in entry =           6
  In of MODEL   11
    1    H    GLY  38           H        GLY  38  -6.039  -8.049  -4.157
    2    HA2  GLY  38           HA2      GLY  38  -5.587 -10.131  -6.068
    3    HA3  GLY  38           HA3      GLY  38  -4.428  -8.927  -5.565

  No H/Q in entry =           3
  In of MODEL   11
    1    H    GLU  39           H        GLU  39  -6.376  -6.688  -6.465
    2    HA   GLU  39           HA       GLU  39  -5.697  -6.993  -9.314
    3    HB2  GLU  39           HB2      GLU  39  -8.302  -6.333  -8.236
    4    HB3  GLU  39           HB3      GLU  39  -7.666  -4.977  -9.155
    5    HG2  GLU  39           HG2      GLU  39  -9.011  -6.457 -10.532
    6    HG3  GLU  39           HG3      GLU  39  -7.334  -6.273 -11.045

  No H/Q in entry =           6
  In of MODEL   11
    1    H    ARG  40           H        ARG  40  -4.302  -5.539 -10.046
    2    HA   ARG  40           HA       ARG  40  -3.337  -3.509  -8.365
    3    HB2  ARG  40           HB2      ARG  40  -2.283  -4.712 -10.570
    4    HB3  ARG  40           HB3      ARG  40  -2.804  -3.196 -11.289
    5    HG2  ARG  40           HG2      ARG  40  -1.500  -1.983  -9.571
    6    HG3  ARG  40           HG3      ARG  40  -0.930  -3.532  -8.969
    7    HD2  ARG  40           HD2      ARG  40   0.832  -2.985 -10.314
    8    HD3  ARG  40           HD3      ARG  40  -0.155  -3.833 -11.502
    9    HE   ARG  40           HE       ARG  40  -0.981  -1.518 -12.119
   10   HH11  ARG  40          HH11      ARG  40   2.192  -2.037 -10.703
   11   HH12  ARG  40          HH12      ARG  40   2.920  -0.692 -11.523
   12   HH21  ARG  40          HH21      ARG  40  -0.047   0.256 -13.170
   13   HH22  ARG  40          HH22      ARG  40   1.640   0.633 -12.928

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE  41           H        ILE  41  -4.326  -1.802  -7.769
    2    HA   ILE  41           HA       ILE  41  -6.716  -0.813  -8.776
    3    HB   ILE  41           HB       ILE  41  -4.653   0.597  -7.075
    4   HG12  ILE  41          HG12      ILE  41  -7.127  -0.955  -6.290
    5   HG13  ILE  41          HG13      ILE  41  -5.473  -1.540  -6.135
    6   HG21  ILE  41          HG21      ILE  41  -7.568   1.261  -7.521
    7   HG22  ILE  41          HG22      ILE  41  -6.534   2.010  -6.306
    8   HG23  ILE  41          HG23      ILE  41  -6.185   2.233  -8.018
    9   HD11  ILE  41          HD11      ILE  41  -6.383   0.948  -4.753
   10   HD12  ILE  41          HD12      ILE  41  -6.621  -0.659  -4.060
   11   HD13  ILE  41          HD13      ILE  41  -4.988  -0.079  -4.409

  No H/Q in entry =          11
  In of MODEL   11
    1    H    GLU  42           H        GLU  42  -3.818   1.235  -8.698
    2    HA   GLU  42           HA       GLU  42  -2.439   1.318 -10.759
    3    HB2  GLU  42           HB2      GLU  42  -5.109   1.972 -12.020
    4    HB3  GLU  42           HB3      GLU  42  -3.557   2.292 -12.776
    5    HG2  GLU  42           HG2      GLU  42  -3.969  -0.475 -11.865
    6    HG3  GLU  42           HG3      GLU  42  -4.979   0.078 -13.197

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LYS  43           H        LYS  43  -4.938   3.411  -9.355
    2    HA   LYS  43           HA       LYS  43  -3.682   5.835 -10.291
    3    HB2  LYS  43           HB2      LYS  43  -5.658   5.589  -8.021
    4    HB3  LYS  43           HB3      LYS  43  -5.362   6.976  -9.053
    5    HG2  LYS  43           HG2      LYS  43  -6.844   4.441  -9.755
    6    HG3  LYS  43           HG3      LYS  43  -7.478   6.088  -9.657
    7    HD2  LYS  43           HD2      LYS  43  -5.941   6.693 -11.539
    8    HD3  LYS  43           HD3      LYS  43  -5.561   4.974 -11.694
    9    HE2  LYS  43           HE2      LYS  43  -7.924   4.483 -12.083
   10    HE3  LYS  43           HE3      LYS  43  -8.314   6.194 -11.918
   11    HZ1  LYS  43           HZ1      LYS  43  -6.563   5.021 -14.013
   12    HZ2  LYS  43           HZ2      LYS  43  -8.167   5.515 -14.233
   13    HZ3  LYS  43           HZ3      LYS  43  -6.972   6.663 -13.863

  No H/Q in entry =          13
  In of MODEL   11
    1    H    VAL  44           H        VAL  44  -1.625   4.582  -9.184
    2    HA   VAL  44           HA       VAL  44  -1.403   5.673  -6.478
    3    HB   VAL  44           HB       VAL  44  -1.588   2.972  -6.901
    4   HG11  VAL  44          HG11      VAL  44   1.335   3.636  -6.828
    5   HG12  VAL  44          HG12      VAL  44   0.661   2.036  -6.519
    6   HG13  VAL  44          HG13      VAL  44   0.476   2.779  -8.108
    7   HG21  VAL  44          HG21      VAL  44  -0.033   4.364  -4.740
    8   HG22  VAL  44          HG22      VAL  44  -1.772   4.065  -4.762
    9   HG23  VAL  44          HG23      VAL  44  -0.646   2.710  -4.662

  No H/Q in entry =           9
  In of MODEL   11
    1    H    GLU  45           H        GLU  45   0.441   6.750  -6.122
    2    HA   GLU  45           HA       GLU  45   2.660   6.412  -8.003
    3    HB2  GLU  45           HB2      GLU  45   1.256   9.050  -7.522
    4    HB3  GLU  45           HB3      GLU  45   2.870   8.945  -8.194
    5    HG2  GLU  45           HG2      GLU  45   2.019   7.819 -10.176
    6    HG3  GLU  45           HG3      GLU  45   0.395   7.762  -9.481

  No H/Q in entry =           6
  In of MODEL   11
    1    H    HIS  46           H        HIS  46   4.218   5.802  -6.594
    2    HA   HIS  46           HA       HIS  46   5.299   8.083  -5.169
    3    HB2  HIS  46           HB2      HIS  46   4.344   6.719  -3.355
    4    HB3  HIS  46           HB3      HIS  46   5.188   5.301  -3.965
    5    HD2  HIS  46           HD2      HIS  46   6.690   8.869  -3.172
    6    HE1  HIS  46           HE1      HIS  46   8.783   5.890  -1.027
    7    HE2  HIS  46           HE2      HIS  46   8.713   8.346  -1.646

  No H/Q in entry =           7
  In of MODEL   11
    1    H    SER  47           H        SER  47   7.206   8.419  -6.029
    2    HA   SER  47           HA       SER  47   8.304   6.272  -7.675
    3    HB2  SER  47           HB2      SER  47   7.808   8.564  -8.639
    4    HB3  SER  47           HB3      SER  47   9.144   9.175  -7.662
    5    HG   SER  47           HG       SER  47   9.626   6.933  -9.261

  No H/Q in entry =           5
  In of MODEL   11
    1    H    ASP  48           H        ASP  48  10.049   5.238  -7.163
    2    HA   ASP  48           HA       ASP  48  11.365   5.569  -4.709
    3    HB2  ASP  48           HB2      ASP  48  12.938   3.874  -5.550
    4    HB3  ASP  48           HB3      ASP  48  11.264   3.417  -5.848

  No H/Q in entry =           4
  In of MODEL   11
    1    H    LEU  49           H        LEU  49  13.566   6.120  -4.336
    2    HA   LEU  49           HA       LEU  49  14.046   8.677  -5.623
    3    HB2  LEU  49           HB2      LEU  49  16.125   7.994  -3.716
    4    HB3  LEU  49           HB3      LEU  49  15.006   9.348  -3.709
    5    HG   LEU  49           HG       LEU  49  14.784   8.211  -1.637
    6   HD11  LEU  49          HD11      LEU  49  12.456   7.478  -3.394
    7   HD12  LEU  49          HD12      LEU  49  12.449   7.391  -1.633
    8   HD13  LEU  49          HD13      LEU  49  12.661   8.948  -2.439
    9   HD21  LEU  49          HD21      LEU  49  14.406   5.640  -3.164
   10   HD22  LEU  49          HD22      LEU  49  15.804   6.096  -2.193
   11   HD23  LEU  49          HD23      LEU  49  14.240   5.832  -1.419

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  50           H        SER  50  16.794   8.970  -5.365
    2    HA   SER  50           HA       SER  50  17.595   7.621  -7.808
    3    HB2  SER  50           HB2      SER  50  18.060  10.040  -7.509
    4    HB3  SER  50           HB3      SER  50  19.078   9.663  -6.121
    5    HG   SER  50           HG       SER  50  19.633   8.397  -8.557

  No H/Q in entry =           5
  In of MODEL   11
    1    H    PHE  51           H        PHE  51  18.850   8.034  -4.520
    2    HA   PHE  51           HA       PHE  51  19.511   5.280  -4.230
    3    HB2  PHE  51           HB2      PHE  51  21.699   7.209  -4.889
    4    HB3  PHE  51           HB3      PHE  51  22.014   5.998  -3.650
    5    HD1  PHE  51           HD1      PHE  51  21.037   3.561  -4.448
    6    HD2  PHE  51           HD2      PHE  51  22.488   6.668  -6.964
    7    HE1  PHE  51           HE1      PHE  51  21.552   1.902  -6.190
    8    HE2  PHE  51           HE2      PHE  51  23.004   5.016  -8.712
    9    HZ   PHE  51           HZ       PHE  51  22.536   2.631  -8.328

  No H/Q in entry =           9
  In of MODEL   11
    1    H    SER  52           H        SER  52  19.549   4.770  -2.111
    2    HA   SER  52           HA       SER  52  18.848   6.894  -0.281
    3    HB2  SER  52           HB2      SER  52  19.166   3.926   0.226
    4    HB3  SER  52           HB3      SER  52  18.379   5.091   1.292
    5    HG   SER  52           HG       SER  52  17.546   4.495  -1.358

  No H/Q in entry =           5
  In of MODEL   11
    1    H    LYS  53           H        LYS  53  20.425   8.080   0.572
    2    HA   LYS  53           HA       LYS  53  23.052   6.907   1.101
    3    HB2  LYS  53           HB2      LYS  53  22.313   9.725   1.819
    4    HB3  LYS  53           HB3      LYS  53  23.869   9.085   1.325
    5    HG2  LYS  53           HG2      LYS  53  21.495   9.569  -0.460
    6    HG3  LYS  53           HG3      LYS  53  22.950  10.554  -0.361
    7    HD2  LYS  53           HD2      LYS  53  24.245   8.512  -1.063
    8    HD3  LYS  53           HD3      LYS  53  22.692   7.737  -1.387
    9    HE2  LYS  53           HE2      LYS  53  23.814  10.211  -2.692
   10    HE3  LYS  53           HE3      LYS  53  23.522   8.645  -3.444
   11    HZ1  LYS  53           HZ1      LYS  53  21.115   9.003  -2.946
   12    HZ2  LYS  53           HZ2      LYS  53  21.492  10.588  -2.478
   13    HZ3  LYS  53           HZ3      LYS  53  21.767  10.087  -4.075

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ASP  54           H        ASP  54  20.147   7.212   2.617
    2    HA   ASP  54           HA       ASP  54  21.039   6.687   5.231
    3    HB2  ASP  54           HB2      ASP  54  20.415   8.749   6.372
    4    HB3  ASP  54           HB3      ASP  54  21.653   9.099   5.173

  No H/Q in entry =           4
  In of MODEL   11
    1    H    TRP  55           H        TRP  55  18.467   8.109   3.237
    2    HA   TRP  55           HA       TRP  55  16.198   7.903   3.282
    3    HB2  TRP  55           HB2      TRP  55  16.773   5.740   2.351
    4    HB3  TRP  55           HB3      TRP  55  17.062   5.074   3.950
    5    HD1  TRP  55           HD1      TRP  55  13.961   6.696   2.136
    6    HE1  TRP  55           HE1      TRP  55  11.902   5.274   2.829
    7    HE3  TRP  55           HE3      TRP  55  16.215   3.215   5.246
    8    HZ2  TRP  55           HZ2      TRP  55  11.310   3.123   4.357
    9    HZ3  TRP  55           HZ3      TRP  55  14.772   1.507   6.266
   10    HH2  TRP  55           HH2      TRP  55  12.368   1.451   5.834

  No H/Q in entry =          10
  In of MODEL   11
    1    H    SER  56           H        SER  56  16.858   9.240   5.386
    2    HA   SER  56           HA       SER  56  15.719   8.076   7.772
    3    HB2  SER  56           HB2      SER  56  17.581   9.648   7.993
    4    HB3  SER  56           HB3      SER  56  16.648  10.899   7.160
    5    HG   SER  56           HG       SER  56  15.969  11.420   9.062

  No H/Q in entry =           5
  In of MODEL   11
    1    H    PHE  57           H        PHE  57  13.791   7.584   6.291
    2    HA   PHE  57           HA       PHE  57  11.598   8.993   7.202
    3    HB2  PHE  57           HB2      PHE  57  10.644   9.885   5.109
    4    HB3  PHE  57           HB3      PHE  57  12.067  10.761   5.628
    5    HD1  PHE  57           HD1      PHE  57  10.528   8.785   3.012
    6    HD2  PHE  57           HD2      PHE  57  14.159  10.544   4.337
    7    HE1  PHE  57           HE1      PHE  57  11.433   8.655   0.725
    8    HE2  PHE  57           HE2      PHE  57  15.084  10.381   2.072
    9    HZ   PHE  57           HZ       PHE  57  13.716   9.446   0.258

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR  58           H        TYR  58   9.577   8.026   6.441
    2    HA   TYR  58           HA       TYR  58  10.043   5.206   6.067
    3    HB2  TYR  58           HB2      TYR  58   7.811   4.908   6.833
    4    HB3  TYR  58           HB3      TYR  58   8.520   6.191   7.797
    5    HD1  TYR  58           HD1      TYR  58   5.531   5.670   7.493
    6    HD2  TYR  58           HD2      TYR  58   8.158   8.256   5.358
    7    HE1  TYR  58           HE1      TYR  58   3.627   7.153   6.947
    8    HE2  TYR  58           HE2      TYR  58   6.269   9.736   4.813
    9    HH   TYR  58           HH       TYR  58   3.832   9.613   4.617

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LEU  59           H        LEU  59   8.532   3.897   4.695
    2    HA   LEU  59           HA       LEU  59   8.281   5.102   2.020
    3    HB2  LEU  59           HB2      LEU  59   8.717   2.365   3.102
    4    HB3  LEU  59           HB3      LEU  59   7.746   2.480   1.653
    5    HG   LEU  59           HG       LEU  59  10.520   3.649   1.827
    6   HD11  LEU  59          HD11      LEU  59   9.669   0.905   0.916
    7   HD12  LEU  59          HD12      LEU  59  11.258   1.616   0.645
    8   HD13  LEU  59          HD13      LEU  59  10.710   1.283   2.289
    9   HD21  LEU  59          HD21      LEU  59   8.582   3.018  -0.386
   10   HD22  LEU  59          HD22      LEU  59   9.347   4.563  -0.008
   11   HD23  LEU  59          HD23      LEU  59  10.304   3.250  -0.682

  No H/Q in entry =          11
  In of MODEL   11
    1    H    LEU  60           H        LEU  60   6.328   5.734   1.432
    2    HA   LEU  60           HA       LEU  60   4.010   4.065   2.017
    3    HB2  LEU  60           HB2      LEU  60   3.961   5.735   3.739
    4    HB3  LEU  60           HB3      LEU  60   4.290   7.007   2.582
    5    HG   LEU  60           HG       LEU  60   2.061   6.630   1.571
    6   HD11  LEU  60          HD11      LEU  60   1.786   4.288   2.228
    7   HD12  LEU  60          HD12      LEU  60   1.635   4.787   3.911
    8   HD13  LEU  60          HD13      LEU  60   0.421   5.282   2.736
    9   HD21  LEU  60          HD21      LEU  60   2.078   7.224   4.527
   10   HD22  LEU  60          HD22      LEU  60   2.364   8.377   3.223
   11   HD23  LEU  60          HD23      LEU  60   0.778   7.631   3.407

  No H/Q in entry =          11
  In of MODEL   11
    1    H    TYR  61           H        TYR  61   2.442   4.129   0.429
    2    HA   TYR  61           HA       TYR  61   2.935   5.821  -1.944
    3    HB2  TYR  61           HB2      TYR  61   1.991   2.922  -1.763
    4    HB3  TYR  61           HB3      TYR  61   1.785   3.896  -3.228
    5    HD1  TYR  61           HD1      TYR  61   3.365   3.574  -4.872
    6    HD2  TYR  61           HD2      TYR  61   4.581   3.067  -0.827
    7    HE1  TYR  61           HE1      TYR  61   5.614   2.956  -5.643
    8    HE2  TYR  61           HE2      TYR  61   6.848   2.448  -1.596
    9    HH   TYR  61           HH       TYR  61   7.950   3.002  -4.687

  No H/Q in entry =           9
  In of MODEL   11
    1    H    TYR  62           H        TYR  62   0.752   6.237  -3.168
    2    HA   TYR  62           HA       TYR  62  -1.500   6.094  -1.314
    3    HB2  TYR  62           HB2      TYR  62  -2.057   8.526  -1.746
    4    HB3  TYR  62           HB3      TYR  62  -0.716   8.201  -0.663
    5    HD1  TYR  62           HD1      TYR  62  -1.612   9.410  -4.047
    6    HD2  TYR  62           HD2      TYR  62   1.492   8.967  -1.173
    7    HE1  TYR  62           HE1      TYR  62  -0.192  10.930  -5.358
    8    HE2  TYR  62           HE2      TYR  62   2.927  10.475  -2.483
    9    HH   TYR  62           HH       TYR  62   3.136  11.268  -4.792

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR  63           H        THR  63  -3.465   5.873  -2.215
    2    HA   THR  63           HA       THR  63  -3.859   6.459  -5.054
    3    HB   THR  63           HB       THR  63  -3.176   3.964  -4.651
    4    HG1  THR  63           HG1      THR  63  -4.357   5.069  -6.517
    5   HG21  THR  63          HG21      THR  63  -4.751   3.546  -2.796
    6   HG22  THR  63          HG22      THR  63  -6.091   3.855  -3.897
    7   HG23  THR  63          HG23      THR  63  -5.031   2.474  -4.167

  No H/Q in entry =           7
  In of MODEL   11
    1    H    GLU  64           H        GLU  64  -5.947   7.064  -5.530
    2    HA   GLU  64           HA       GLU  64  -7.724   7.818  -3.464
    3    HB2  GLU  64           HB2      GLU  64  -7.420   8.721  -5.929
    4    HB3  GLU  64           HB3      GLU  64  -8.590   7.468  -6.312
    5    HG2  GLU  64           HG2      GLU  64 -10.264   8.434  -4.954
    6    HG3  GLU  64           HG3      GLU  64  -9.125   9.563  -4.220

  No H/Q in entry =           6
  In of MODEL   11
    1    H    PHE  65           H        PHE  65  -9.516   6.758  -2.595
    2    HA   PHE  65           HA       PHE  65 -10.444   4.341  -3.971
    3    HB2  PHE  65           HB2      PHE  65 -10.415   3.033  -1.970
    4    HB3  PHE  65           HB3      PHE  65  -8.846   3.791  -2.119
    5    HD1  PHE  65           HD1      PHE  65  -7.912   4.325  -0.120
    6    HD2  PHE  65           HD2      PHE  65 -12.105   4.810  -0.606
    7    HE1  PHE  65           HE1      PHE  65  -8.102   5.171   2.198
    8    HE2  PHE  65           HE2      PHE  65 -12.276   5.658   1.692
    9    HZ   PHE  65           HZ       PHE  65 -10.296   5.829   3.095

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR  66           H        THR  66 -12.632   3.715  -3.453
    2    HA   THR  66           HA       THR  66 -14.024   5.351  -1.436
    3    HB   THR  66           HB       THR  66 -15.170   4.581  -4.145
    4    HG1  THR  66           HG1      THR  66 -13.692   6.711  -3.294
    5   HG21  THR  66          HG21      THR  66 -16.317   6.206  -1.861
    6   HG22  THR  66          HG22      THR  66 -17.015   6.114  -3.481
    7   HG23  THR  66          HG23      THR  66 -16.917   4.665  -2.484

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   PRO  67           HA       PRO  67 -14.710   1.020  -0.286
    2    HB2  PRO  67           HB2      PRO  67 -15.938   1.699   2.164
    3    HB3  PRO  67           HB3      PRO  67 -14.268   1.198   1.917
    4    HG2  PRO  67           HG2      PRO  67 -15.213   3.785   2.665
    5    HG3  PRO  67           HG3      PRO  67 -13.544   3.285   2.337
    6    HD2  PRO  67           HD2      PRO  67 -15.356   4.861   0.712
    7    HD3  PRO  67           HD3      PRO  67 -13.612   4.613   0.510

  No H/Q in entry =           7
  In of MODEL   11
    1    H    THR  68           H        THR  68 -16.242  -0.302  -0.467
    2    HA   THR  68           HA       THR  68 -19.051   0.552  -0.461
    3    HB   THR  68           HB       THR  68 -19.477  -0.789  -2.449
    4    HG1  THR  68           HG1      THR  68 -17.059  -1.468  -3.302
    5   HG21  THR  68          HG21      THR  68 -18.638   1.499  -2.848
    6   HG22  THR  68          HG22      THR  68 -16.996   0.859  -2.937
    7   HG23  THR  68          HG23      THR  68 -18.194   0.383  -4.141

  No H/Q in entry =           7
  In of MODEL   11
    1    H    GLU  69           H        GLU  69 -20.481  -1.479  -0.164
    2    HA   GLU  69           HA       GLU  69 -19.511  -3.227   1.814
    3    HB2  GLU  69           HB2      GLU  69 -21.821  -2.921   1.740
    4    HB3  GLU  69           HB3      GLU  69 -21.916  -3.186   0.007
    5    HG2  GLU  69           HG2      GLU  69 -22.918  -5.022   1.129
    6    HG3  GLU  69           HG3      GLU  69 -21.423  -5.557   0.363

  No H/Q in entry =           6
  In of MODEL   11
    1    H    LYS  70           H        LYS  70 -18.540  -3.175  -1.375
    2    HA   LYS  70           HA       LYS  70 -18.312  -6.089  -1.515
    3    HB2  LYS  70           HB2      LYS  70 -18.400  -4.061  -3.743
    4    HB3  LYS  70           HB3      LYS  70 -18.043  -5.757  -3.996
    5    HG2  LYS  70           HG2      LYS  70 -20.628  -4.867  -2.736
    6    HG3  LYS  70           HG3      LYS  70 -20.410  -4.926  -4.482
    7    HD2  LYS  70           HD2      LYS  70 -21.270  -7.012  -4.154
    8    HD3  LYS  70           HD3      LYS  70 -19.562  -7.386  -3.947
    9    HE2  LYS  70           HE2      LYS  70 -20.056  -6.882  -1.432
   10    HE3  LYS  70           HE3      LYS  70 -21.727  -7.132  -1.901
   11    HZ1  LYS  70           HZ1      LYS  70 -21.102  -9.328  -2.736
   12    HZ2  LYS  70           HZ2      LYS  70 -19.511  -9.081  -2.197
   13    HZ3  LYS  70           HZ3      LYS  70 -20.784  -9.159  -1.078

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ASP  71           H        ASP  71 -16.260  -3.178  -1.772
    2    HA   ASP  71           HA       ASP  71 -14.232  -4.843  -3.041
    3    HB2  ASP  71           HB2      ASP  71 -14.150  -1.848  -2.598
    4    HB3  ASP  71           HB3      ASP  71 -13.111  -2.801  -3.642

  No H/Q in entry =           4
  In of MODEL   11
    1    H    GLU  72           H        GLU  72 -12.443  -5.492  -2.111
    2    HA   GLU  72           HA       GLU  72 -11.732  -4.764   0.657
    3    HB2  GLU  72           HB2      GLU  72 -11.946  -7.165   0.030
    4    HB3  GLU  72           HB3      GLU  72 -10.711  -6.949  -1.191
    5    HG2  GLU  72           HG2      GLU  72  -9.085  -6.396   0.593
    6    HG3  GLU  72           HG3      GLU  72 -10.336  -6.718   1.790

  No H/Q in entry =           6
  In of MODEL   11
    1    H    TYR  73           H        TYR  73  -9.608  -3.955   1.104
    2    HA   TYR  73           HA       TYR  73  -8.009  -3.256  -1.278
    3    HB2  TYR  73           HB2      TYR  73  -8.402  -1.655   1.265
    4    HB3  TYR  73           HB3      TYR  73  -7.199  -1.271   0.041
    5    HD1  TYR  73           HD1      TYR  73  -7.782  -0.017  -1.865
    6    HD2  TYR  73           HD2      TYR  73 -10.849  -1.667   0.585
    7    HE1  TYR  73           HE1      TYR  73  -9.467   1.260  -3.117
    8    HE2  TYR  73           HE2      TYR  73 -12.535  -0.384  -0.674
    9    HH   TYR  73           HH       TYR  73 -12.695   1.586  -2.061

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ALA  74           H        ALA  74  -5.935  -3.871  -1.350
    2    HA   ALA  74           HA       ALA  74  -4.650  -4.847   1.108
    3    HB1  ALA  74           HB1      ALA  74  -5.530  -6.780  -0.051
    4    HB2  ALA  74           HB2      ALA  74  -3.775  -6.756  -0.186
    5    HB3  ALA  74           HB3      ALA  74  -4.773  -6.261  -1.558

  No H/Q in entry =           5
  In of MODEL   11
    1    H    CYS  75           H        CYS  75  -2.270  -4.906   0.968
    2    HA   CYS  75           HA       CYS  75  -1.201  -3.401  -1.339
    3    HB2  CYS  75           HB2      CYS  75  -1.141  -1.941   0.557
    4    HB3  CYS  75           HB3      CYS  75  -0.404  -3.180   1.558

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ARG  76           H        ARG  76   0.443  -4.345  -2.419
    2    HA   ARG  76           HA       ARG  76   1.396  -6.964  -1.464
    3    HB2  ARG  76           HB2      ARG  76   0.149  -6.590  -3.685
    4    HB3  ARG  76           HB3      ARG  76   1.630  -5.829  -4.245
    5    HG2  ARG  76           HG2      ARG  76   2.805  -7.876  -4.182
    6    HG3  ARG  76           HG3      ARG  76   1.579  -8.647  -3.173
    7    HD2  ARG  76           HD2      ARG  76   1.418  -9.449  -5.500
    8    HD3  ARG  76           HD3      ARG  76  -0.024  -8.544  -5.029
    9    HE   ARG  76           HE       ARG  76   1.962  -6.913  -6.330
   10   HH11  ARG  76          HH11      ARG  76  -0.731  -9.101  -6.815
   11   HH12  ARG  76          HH12      ARG  76  -1.092  -8.506  -8.409
   12   HH21  ARG  76          HH21      ARG  76   1.506  -6.148  -8.457
   13   HH22  ARG  76          HH22      ARG  76   0.173  -6.840  -9.333

  No H/Q in entry =          13
  In of MODEL   11
    1    H    VAL  77           H        VAL  77   3.550  -7.145  -0.843
    2    HA   VAL  77           HA       VAL  77   5.449  -5.309  -2.145
    3    HB   VAL  77           HB       VAL  77   4.865  -4.671   0.313
    4   HG11  VAL  77          HG11      VAL  77   5.149  -6.905   1.271
    5   HG12  VAL  77          HG12      VAL  77   6.850  -6.885   0.804
    6   HG13  VAL  77          HG13      VAL  77   6.249  -5.732   1.997
    7   HG21  VAL  77          HG21      VAL  77   6.628  -3.647  -1.028
    8   HG22  VAL  77          HG22      VAL  77   7.124  -3.843   0.655
    9   HG23  VAL  77          HG23      VAL  77   7.727  -4.951  -0.578

  No H/Q in entry =           9
  In of MODEL   11
    1    H    ASN  78           H        ASN  78   7.326  -6.063  -2.725
    2    HA   ASN  78           HA       ASN  78   8.151  -8.776  -1.898
    3    HB2  ASN  78           HB2      ASN  78   6.990  -8.791  -4.151
    4    HB3  ASN  78           HB3      ASN  78   8.327  -7.817  -4.763
    5   HD21  ASN  78          HD21      ASN  78   8.817  -9.489  -6.235
    6   HD22  ASN  78          HD22      ASN  78   9.652 -10.916  -5.713

  No H/Q in entry =           6
  In of MODEL   11
    1    H    HIS  79           H        HIS  79  10.268  -9.123  -1.662
    2    HA   HIS  79           HA       HIS  79  12.168  -7.032  -2.435
    3    HB2  HIS  79           HB2      HIS  79  11.493  -6.721  -0.016
    4    HB3  HIS  79           HB3      HIS  79  12.153  -8.309   0.316
    5    HD2  HIS  79           HD2      HIS  79  13.340  -4.679  -0.306
    6    HE1  HIS  79           HE1      HIS  79  16.702  -7.073   0.615
    7    HE2  HIS  79           HE2      HIS  79  15.837  -4.705   0.382

  No H/Q in entry =           7
  In of MODEL   11
    1    H    VAL  80           H        VAL  80  14.451  -7.876  -2.268
    2    HA   VAL  80           HA       VAL  80  14.795 -10.183  -3.746
    3    HB   VAL  80           HB       VAL  80  16.806  -9.042  -1.794
    4   HG11  VAL  80          HG11      VAL  80  17.199 -10.809  -4.211
    5   HG12  VAL  80          HG12      VAL  80  18.488 -10.085  -3.248
    6   HG13  VAL  80          HG13      VAL  80  17.414 -11.284  -2.525
    7   HG21  VAL  80          HG21      VAL  80  16.332  -8.421  -4.706
    8   HG22  VAL  80          HG22      VAL  80  16.053  -7.341  -3.342
    9   HG23  VAL  80          HG23      VAL  80  17.695  -7.838  -3.750

  No H/Q in entry =           9
  In of MODEL   11
    1    H    THR  81           H        THR  81  14.735  -9.864  -0.208
    2    HA   THR  81           HA       THR  81  15.719 -12.491   0.306
    3    HB   THR  81           HB       THR  81  15.885 -11.014   2.143
    4    HG1  THR  81           HG1      THR  81  13.688 -12.324   3.194
    5   HG21  THR  81          HG21      THR  81  12.906 -10.532   1.903
    6   HG22  THR  81          HG22      THR  81  13.932  -9.912   3.196
    7   HG23  THR  81          HG23      THR  81  14.187  -9.379   1.535

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LEU  82           H        LEU  82  12.364 -11.214   0.411
    2    HA   LEU  82           HA       LEU  82  11.079 -13.637   0.826
    3    HB2  LEU  82           HB2      LEU  82   9.950 -11.524  -0.995
    4    HB3  LEU  82           HB3      LEU  82   9.085 -12.642   0.048
    5    HG   LEU  82           HG       LEU  82  10.795 -10.374   1.051
    6   HD11  LEU  82          HD11      LEU  82   7.817 -10.602   0.760
    7   HD12  LEU  82          HD12      LEU  82   8.670  -9.309   1.608
    8   HD13  LEU  82          HD13      LEU  82   8.894  -9.521  -0.127
    9   HD21  LEU  82          HD21      LEU  82  10.625 -12.255   2.610
   10   HD22  LEU  82          HD22      LEU  82   9.730 -10.853   3.198
   11   HD23  LEU  82          HD23      LEU  82   8.870 -12.208   2.469

  No H/Q in entry =          11
  In of MODEL   11
    1    H    SER  83           H        SER  83  10.361 -15.281  -0.454
    2    HA   SER  83           HA       SER  83  11.244 -15.308  -3.270
    3    HB2  SER  83           HB2      SER  83  11.939 -17.168  -1.747
    4    HB3  SER  83           HB3      SER  83  10.241 -17.589  -1.539
    5    HG   SER  83           HG       SER  83  10.804 -17.395  -4.158

  No H/Q in entry =           5
  In of MODEL   11
    1    H    GLN  84           H        GLN  84   8.757 -14.126  -1.758
    2    HA   GLN  84           HA       GLN  84   6.865 -14.444  -3.813
    3    HB2  GLN  84           HB2      GLN  84   5.090 -15.632  -2.601
    4    HB3  GLN  84           HB3      GLN  84   6.517 -16.651  -2.708
    5    HG2  GLN  84           HG2      GLN  84   7.072 -16.114  -0.385
    6    HG3  GLN  84           HG3      GLN  84   5.672 -15.048  -0.294
    7   HE21  GLN  84          HE21      GLN  84   3.586 -15.963  -0.356
    8   HE22  GLN  84          HE22      GLN  84   3.325 -17.618   0.079

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   PRO  85           HA       PRO  85   6.058 -10.565  -1.592
    2    HB2  PRO  85           HB2      PRO  85   3.987  -9.697  -3.144
    3    HB3  PRO  85           HB3      PRO  85   5.701  -9.420  -3.504
    4    HG2  PRO  85           HG2      PRO  85   3.811 -11.427  -4.659
    5    HG3  PRO  85           HG3      PRO  85   5.137 -10.542  -5.448
    6    HD2  PRO  85           HD2      PRO  85   5.352 -13.190  -4.669
    7    HD3  PRO  85           HD3      PRO  85   6.754 -12.076  -4.746

  No H/Q in entry =           7
  In of MODEL   11
    1    H    LYS  86           H        LYS  86   4.404  -9.704  -0.327
    2    HA   LYS  86           HA       LYS  86   2.300 -11.662   0.319
    3    HB2  LYS  86           HB2      LYS  86   3.348  -9.456   2.110
    4    HB3  LYS  86           HB3      LYS  86   2.232 -10.738   2.557
    5    HG2  LYS  86           HG2      LYS  86   3.980 -12.380   2.511
    6    HG3  LYS  86           HG3      LYS  86   5.074 -11.249   1.705
    7    HD2  LYS  86           HD2      LYS  86   5.569 -10.147   3.659
    8    HD3  LYS  86           HD3      LYS  86   4.004 -10.491   4.394
    9    HE2  LYS  86           HE2      LYS  86   4.700 -12.855   4.676
   10    HE3  LYS  86           HE3      LYS  86   6.289 -12.442   4.036
   11    HZ1  LYS  86           HZ1      LYS  86   6.520 -10.841   5.879
   12    HZ2  LYS  86           HZ2      LYS  86   5.049 -11.385   6.518
   13    HZ3  LYS  86           HZ3      LYS  86   6.366 -12.444   6.411

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ILE  87           H        ILE  87   0.261 -11.011   0.718
    2    HA   ILE  87           HA       ILE  87  -0.419  -8.250  -0.028
    3    HB   ILE  87           HB       ILE  87  -1.819 -10.764  -0.620
    4   HG12  ILE  87          HG12      ILE  87  -1.221  -9.527  -2.504
    5   HG13  ILE  87          HG13      ILE  87  -2.919  -9.080  -2.291
    6   HG21  ILE  87          HG21      ILE  87  -3.339  -8.442   0.524
    7   HG22  ILE  87          HG22      ILE  87  -4.079  -9.632  -0.550
    8   HG23  ILE  87          HG23      ILE  87  -3.411 -10.140   1.006
    9   HD11  ILE  87          HD11      ILE  87  -0.588  -7.464  -1.322
   10   HD12  ILE  87          HD12      ILE  87  -1.503  -7.162  -2.796
   11   HD13  ILE  87          HD13      ILE  87  -2.292  -7.027  -1.225

  No H/Q in entry =          11
  In of MODEL   11
    1    H    VAL  88           H        VAL  88  -1.132  -6.940   1.472
    2    HA   VAL  88           HA       VAL  88  -2.071  -8.084   4.010
    3    HB   VAL  88           HB       VAL  88  -0.064  -6.795   4.352
    4   HG11  VAL  88          HG11      VAL  88  -1.477  -4.528   2.998
    5   HG12  VAL  88          HG12      VAL  88   0.064  -4.403   3.846
    6   HG13  VAL  88          HG13      VAL  88  -0.065  -5.398   2.391
    7   HG21  VAL  88          HG21      VAL  88  -2.545  -5.384   5.273
    8   HG22  VAL  88          HG22      VAL  88  -1.623  -6.619   6.134
    9   HG23  VAL  88          HG23      VAL  88  -0.929  -5.015   5.878

  No H/Q in entry =           9
  In of MODEL   11
    1    H    LYS  89           H        LYS  89  -4.178  -7.751   4.408
    2    HA   LYS  89           HA       LYS  89  -5.520  -5.860   2.628
    3    HB2  LYS  89           HB2      LYS  89  -6.698  -8.225   4.094
    4    HB3  LYS  89           HB3      LYS  89  -7.514  -7.208   2.910
    5    HG2  LYS  89           HG2      LYS  89  -6.281  -8.070   1.124
    6    HG3  LYS  89           HG3      LYS  89  -5.019  -8.669   2.198
    7    HD2  LYS  89           HD2      LYS  89  -7.800  -9.734   2.374
    8    HD3  LYS  89           HD3      LYS  89  -6.659 -10.363   1.183
    9    HE2  LYS  89           HE2      LYS  89  -5.974 -10.162   4.096
   10    HE3  LYS  89           HE3      LYS  89  -6.797 -11.576   3.429
   11    HZ1  LYS  89           HZ1      LYS  89  -4.886 -11.692   1.804
   12    HZ2  LYS  89           HZ2      LYS  89  -4.090 -10.565   2.793
   13    HZ3  LYS  89           HZ3      LYS  89  -4.521 -12.079   3.414

  No H/Q in entry =          13
  In of MODEL   11
    1    H    TRP  90           H        TRP  90  -7.131  -4.520   3.499
    2    HA   TRP  90           HA       TRP  90  -6.468  -3.734   6.202
    3    HB2  TRP  90           HB2      TRP  90  -6.558  -1.974   4.500
    4    HB3  TRP  90           HB3      TRP  90  -8.220  -2.413   4.126
    5    HD1  TRP  90           HD1      TRP  90  -6.641  -1.595   7.610
    6    HE1  TRP  90           HE1      TRP  90  -8.006   0.256   8.672
    7    HE3  TRP  90           HE3      TRP  90  -9.936  -0.719   3.749
    8    HZ2  TRP  90           HZ2      TRP  90 -10.238   1.858   8.026
    9    HZ3  TRP  90           HZ3      TRP  90 -11.651   1.011   4.063
   10    HH2  TRP  90           HH2      TRP  90 -11.803   2.292   6.142

  No H/Q in entry =          10
  In of MODEL   11
    1    H    ASP  91           H        ASP  91  -7.633  -4.073   7.939
    2    HA   ASP  91           HA       ASP  91  -9.767  -5.913   7.962
    3    HB2  ASP  91           HB2      ASP  91  -8.772  -4.011  10.089
    4    HB3  ASP  91           HB3      ASP  91  -9.991  -5.251  10.372

  No H/Q in entry =           4
  In of MODEL   11
    1    H    ARG  92           H        ARG  92 -11.530  -5.284   6.804
    2    HA   ARG  92           HA       ARG  92 -13.385  -3.575   8.104
    3    HB2  ARG  92           HB2      ARG  92 -13.393  -1.648   6.803
    4    HB3  ARG  92           HB3      ARG  92 -11.697  -2.083   6.634
    5    HG2  ARG  92           HG2      ARG  92 -12.298  -1.611   4.449
    6    HG3  ARG  92           HG3      ARG  92 -12.442  -3.373   4.497
    7    HD2  ARG  92           HD2      ARG  92 -14.913  -2.999   5.009
    8    HD3  ARG  92           HD3      ARG  92 -14.654  -1.308   4.547
    9    HE   ARG  92           HE       ARG  92 -13.738  -2.581   2.402
   10   HH11  ARG  92          HH11      ARG  92 -16.623  -3.071   4.319
   11   HH12  ARG  92          HH12      ARG  92 -17.510  -3.828   3.039
   12   HH21  ARG  92          HH21      ARG  92 -14.890  -3.629   0.708
   13   HH22  ARG  92          HH22      ARG  92 -16.526  -4.141   0.983

  No H/Q in entry =          13
  In of MODEL   11
    1    H    ASP  93           H        ASP  93 -12.482  -5.938   6.025
    2    HA   ASP  93           HA       ASP  93 -15.075  -6.682   5.130
    3    HB2  ASP  93           HB2      ASP  93 -14.555  -4.914   3.512
    4    HB3  ASP  93           HB3      ASP  93 -13.052  -5.743   3.092

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   MET  94           HA       MET  94 -11.733  -9.788   4.312
    2    HB2  MET  94           HB2      MET  94  -9.401  -9.943   5.175
    3    HB3  MET  94           HB3      MET  94  -9.706  -8.454   4.282
    4    HG2  MET  94           HG2      MET  94  -9.821  -7.160   6.292
    5    HG3  MET  94           HG3      MET  94  -9.829  -8.620   7.285
    6    HE1  MET  94           HE1      MET  94  -7.767 -10.151   7.721
    7    HE2  MET  94           HE2      MET  94  -7.607 -10.442   5.988
    8    HE3  MET  94           HE3      MET  94  -6.201  -9.955   6.934

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   MET   1           HA       MET   1   4.775  -8.241   6.748
    2    HB2  MET   1           HB2      MET   1   4.795  -9.055   9.088
    3    HB3  MET   1           HB3      MET   1   4.797  -7.388   9.653
    4    HG2  MET   1           HG2      MET   1   2.622  -7.067   8.476
    5    HG3  MET   1           HG3      MET   1   2.615  -8.796   8.131
    6    HE1  MET   1           HE1      MET   1   2.352  -6.007  10.841
    7    HE2  MET   1           HE2      MET   1   2.323  -6.930  12.344
    8    HE3  MET   1           HE3      MET   1   3.800  -6.855  11.384

  No H/Q in entry =           8
  In of MODEL   12
    1    H    ILE   2           H        ILE   2   3.501  -6.783   5.798
    2    HA   ILE   2           HA       ILE   2   4.093  -3.943   6.153
    3    HB   ILE   2           HB       ILE   2   1.905  -5.013   4.369
    4   HG12  ILE   2          HG12      ILE   2   4.688  -4.765   3.277
    5   HG13  ILE   2          HG13      ILE   2   4.194  -6.255   4.078
    6   HG21  ILE   2          HG21      ILE   2   2.195  -2.572   4.628
    7   HG22  ILE   2          HG22      ILE   2   3.817  -2.717   3.946
    8   HG23  ILE   2          HG23      ILE   2   2.405  -3.128   2.972
    9   HD11  ILE   2          HD11      ILE   2   2.333  -6.480   2.503
   10   HD12  ILE   2          HD12      ILE   2   2.848  -4.997   1.695
   11   HD13  ILE   2          HD13      ILE   2   3.891  -6.420   1.679

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLN   3           H        GLN   3   2.475  -2.407   6.743
    2    HA   GLN   3           HA       GLN   3  -0.016  -3.551   7.814
    3    HB2  GLN   3           HB2      GLN   3   1.800  -1.553   9.175
    4    HB3  GLN   3           HB3      GLN   3   0.135  -1.872   9.689
    5    HG2  GLN   3           HG2      GLN   3   0.708  -4.223  10.125
    6    HG3  GLN   3           HG3      GLN   3   2.388  -3.889   9.636
    7   HE21  GLN   3          HE21      GLN   3   0.437  -1.612  11.405
    8   HE22  GLN   3          HE22      GLN   3   1.304  -1.713  12.900

  No H/Q in entry =           8
  In of MODEL   12
    1    H    VAL   4           H        VAL   4  -1.598  -2.719   6.608
    2    HA   VAL   4           HA       VAL   4  -1.333  -0.021   5.529
    3    HB   VAL   4           HB       VAL   4  -3.575  -0.617   4.383
    4   HG11  VAL   4          HG11      VAL   4  -1.078  -2.190   3.762
    5   HG12  VAL   4          HG12      VAL   4  -2.435  -1.954   2.660
    6   HG13  VAL   4          HG13      VAL   4  -1.472  -0.572   3.185
    7   HG21  VAL   4          HG21      VAL   4  -2.752  -3.357   5.343
    8   HG22  VAL   4          HG22      VAL   4  -4.189  -2.465   5.838
    9   HG23  VAL   4          HG23      VAL   4  -4.025  -3.017   4.171

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR   5           H        TYR   5  -2.962   1.532   5.717
    2    HA   TYR   5           HA       TYR   5  -5.024   1.368   7.703
    3    HB2  TYR   5           HB2      TYR   5  -2.476   2.878   8.263
    4    HB3  TYR   5           HB3      TYR   5  -4.007   3.425   8.941
    5    HD1  TYR   5           HD1      TYR   5  -5.387   1.300  10.034
    6    HD2  TYR   5           HD2      TYR   5  -1.153   1.618   9.680
    7    HE1  TYR   5           HE1      TYR   5  -5.116  -0.331  11.870
    8    HE2  TYR   5           HE2      TYR   5  -0.878  -0.005  11.517
    9    HH   TYR   5           HH       TYR   5  -3.362  -1.950  12.634

  No H/Q in entry =           9
  In of MODEL   12
    1    H    SER   6           H        SER   6  -5.974   3.735   7.967
    2    HA   SER   6           HA       SER   6  -5.584   5.207   5.453
    3    HB2  SER   6           HB2      SER   6  -8.237   4.468   6.729
    4    HB3  SER   6           HB3      SER   6  -8.040   5.541   5.334
    5    HG   SER   6           HG       SER   6  -6.833   3.042   5.167

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ARG   7           H        ARG   7  -6.354   7.430   5.531
    2    HA   ARG   7           HA       ARG   7  -5.710   8.651   8.078
    3    HB2  ARG   7           HB2      ARG   7  -5.422   9.422   5.405
    4    HB3  ARG   7           HB3      ARG   7  -6.660  10.499   6.041
    5    HG2  ARG   7           HG2      ARG   7  -3.876  10.095   7.130
    6    HG3  ARG   7           HG3      ARG   7  -4.490  11.515   6.285
    7    HD2  ARG   7           HD2      ARG   7  -5.663  10.511   8.866
    8    HD3  ARG   7           HD3      ARG   7  -4.339  11.675   8.814
    9    HE   ARG   7           HE       ARG   7  -6.155  12.872   7.259
   10   HH11  ARG   7          HH11      ARG   7  -6.498  11.346  10.398
   11   HH12  ARG   7          HH12      ARG   7  -7.801  12.384  10.895
   12   HH21  ARG   7          HH21      ARG   7  -7.826  14.250   7.930
   13   HH22  ARG   7          HH22      ARG   7  -8.528  14.056   9.510

  No H/Q in entry =          13
  In of MODEL   12
    1    H    HIS   8           H        HIS   8  -8.538   7.640   6.536
    2    HA   HIS   8           HA       HIS   8 -10.178   9.512   8.099
    3    HB2  HIS   8           HB2      HIS   8 -10.750   8.629   5.263
    4    HB3  HIS   8           HB3      HIS   8 -11.727   9.725   6.228
    5    HD2  HIS   8           HD2      HIS   8 -10.187  12.182   6.913
    6    HE1  HIS   8           HE1      HIS   8  -8.109  11.897   3.237
    7    HE2  HIS   8           HE2      HIS   8  -8.896  13.466   5.061

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   PRO   9           HA       PRO   9 -12.552   5.883   9.226
    2    HB2  PRO   9           HB2      PRO   9 -15.012   7.488   8.980
    3    HB3  PRO   9           HB3      PRO   9 -14.308   6.720  10.417
    4    HG2  PRO   9           HG2      PRO   9 -14.290   9.407  10.081
    5    HG3  PRO   9           HG3      PRO   9 -12.942   8.555  10.865
    6    HD2  PRO   9           HD2      PRO   9 -13.168   9.568   8.049
    7    HD3  PRO   9           HD3      PRO   9 -11.792   9.697   9.172

  No H/Q in entry =           7
  In of MODEL   12
    1    H    ALA  10           H        ALA  10 -13.448   4.249   8.085
    2    HA   ALA  10           HA       ALA  10 -13.803   4.392   5.301
    3    HB1  ALA  10           HB1      ALA  10 -14.633   2.099   5.475
    4    HB2  ALA  10           HB2      ALA  10 -13.216   2.330   6.500
    5    HB3  ALA  10           HB3      ALA  10 -14.827   2.292   7.216

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLU  11           H        GLU  11 -15.418   5.814   4.517
    2    HA   GLU  11           HA       GLU  11 -18.165   5.121   5.404
    3    HB2  GLU  11           HB2      GLU  11 -17.181   7.511   5.880
    4    HB3  GLU  11           HB3      GLU  11 -17.469   7.782   4.177
    5    HG2  GLU  11           HG2      GLU  11 -19.612   6.997   6.130
    6    HG3  GLU  11           HG3      GLU  11 -19.216   8.647   5.678

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ASN  12           H        ASN  12 -18.555   3.562   3.850
    2    HA   ASN  12           HA       ASN  12 -18.069   3.261   1.289
    3    HB2  ASN  12           HB2      ASN  12 -19.567   1.760   2.343
    4    HB3  ASN  12           HB3      ASN  12 -20.750   3.010   2.690
    5   HD21  ASN  12          HD21      ASN  12 -22.183   3.630   1.091
    6   HD22  ASN  12          HD22      ASN  12 -22.365   2.759  -0.397

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLY  13           H        GLY  13 -17.840   4.601  -0.336
    2    HA2  GLY  13           HA2      GLY  13 -19.987   6.579  -0.896
    3    HA3  GLY  13           HA3      GLY  13 -19.015   5.789  -2.124

  No H/Q in entry =           3
  In of MODEL   12
    1    H    LYS  14           H        LYS  14 -17.166   6.751   0.589
    2    HA   LYS  14           HA       LYS  14 -16.616   9.422  -0.478
    3    HB2  LYS  14           HB2      LYS  14 -15.163   7.981   1.746
    4    HB3  LYS  14           HB3      LYS  14 -15.063   9.685   1.368
    5    HG2  LYS  14           HG2      LYS  14 -17.574   8.346   2.340
    6    HG3  LYS  14           HG3      LYS  14 -16.357   9.050   3.391
    7    HD2  LYS  14           HD2      LYS  14 -18.125  10.603   3.154
    8    HD3  LYS  14           HD3      LYS  14 -16.709  11.240   2.319
    9    HE2  LYS  14           HE2      LYS  14 -18.691  11.638   1.005
   10    HE3  LYS  14           HE3      LYS  14 -17.660  10.466   0.187
   11    HZ1  LYS  14           HZ1      LYS  14 -19.819   9.524   1.952
   12    HZ2  LYS  14           HZ2      LYS  14 -20.186  10.038   0.372
   13    HZ3  LYS  14           HZ3      LYS  14 -19.107   8.758   0.626

  No H/Q in entry =          13
  In of MODEL   12
    1    H    SER  15           H        SER  15 -14.725  10.025  -1.532
    2    HA   SER  15           HA       SER  15 -12.753   7.917  -1.919
    3    HB2  SER  15           HB2      SER  15 -11.700   9.900  -3.362
    4    HB3  SER  15           HB3      SER  15 -12.923   8.800  -4.003
    5    HG   SER  15           HG       SER  15 -13.159  11.274  -4.131

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ASN  16           H        ASN  16 -10.744   8.019  -1.179
    2    HA   ASN  16           HA       ASN  16  -9.847  10.153   0.563
    3    HB2  ASN  16           HB2      ASN  16 -10.181   7.377   1.721
    4    HB3  ASN  16           HB3      ASN  16  -9.698   8.837   2.565
    5   HD21  ASN  16          HD21      ASN  16 -11.232  10.016   3.559
    6   HD22  ASN  16          HD22      ASN  16 -12.936   9.696   3.453

  No H/Q in entry =           6
  In of MODEL   12
    1    H    PHE  17           H        PHE  17  -7.948   8.149   1.856
    2    HA   PHE  17           HA       PHE  17  -6.426   7.428  -0.543
    3    HB2  PHE  17           HB2      PHE  17  -5.509   9.200   1.713
    4    HB3  PHE  17           HB3      PHE  17  -4.370   8.358   0.663
    5    HD1  PHE  17           HD1      PHE  17  -5.456  11.464   1.154
    6    HD2  PHE  17           HD2      PHE  17  -5.541   8.519  -1.914
    7    HE1  PHE  17           HE1      PHE  17  -5.653  13.240  -0.539
    8    HE2  PHE  17           HE2      PHE  17  -5.731  10.290  -3.621
    9    HZ   PHE  17           HZ       PHE  17  -5.790  12.657  -2.930

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  18           H        LEU  18  -5.369   5.520  -0.416
    2    HA   LEU  18           HA       LEU  18  -5.536   4.061   2.119
    3    HB2  LEU  18           HB2      LEU  18  -6.382   2.797   0.278
    4    HB3  LEU  18           HB3      LEU  18  -4.989   3.189  -0.714
    5    HG   LEU  18           HG       LEU  18  -3.561   1.718   0.637
    6   HD11  LEU  18          HD11      LEU  18  -6.054   1.160   2.250
    7   HD12  LEU  18          HD12      LEU  18  -4.549   0.250   2.351
    8   HD13  LEU  18          HD13      LEU  18  -4.581   1.946   2.822
    9   HD21  LEU  18          HD21      LEU  18  -6.133   0.430  -0.268
   10   HD22  LEU  18          HD22      LEU  18  -4.691   0.719  -1.241
   11   HD23  LEU  18          HD23      LEU  18  -4.639  -0.434   0.092

  No H/Q in entry =          11
  In of MODEL   12
    1    H    ASN  19           H        ASN  19  -3.846   3.901   3.386
    2    HA   ASN  19           HA       ASN  19  -1.238   4.711   2.311
    3    HB2  ASN  19           HB2      ASN  19  -2.419   5.019   5.075
    4    HB3  ASN  19           HB3      ASN  19  -0.709   5.272   4.735
    5   HD21  ASN  19          HD21      ASN  19  -2.660   7.174   5.725
    6   HD22  ASN  19          HD22      ASN  19  -2.718   8.459   4.563

  No H/Q in entry =           6
  In of MODEL   12
    1    H    CYS  20           H        CYS  20   0.232   3.184   2.108
    2    HA   CYS  20           HA       CYS  20   0.075   0.790   3.822
    3    HB2  CYS  20           HB2      CYS  20  -0.244   0.105   1.566
    4    HB3  CYS  20           HB3      CYS  20   0.979   1.224   0.953

  No H/Q in entry =           4
  In of MODEL   12
    1    H    TYR  21           H        TYR  21   1.677   0.740   5.336
    2    HA   TYR  21           HA       TYR  21   4.075   2.354   4.917
    3    HB2  TYR  21           HB2      TYR  21   3.345   0.702   7.336
    4    HB3  TYR  21           HB3      TYR  21   4.636   1.876   7.228
    5    HD1  TYR  21           HD1      TYR  21   4.096   4.305   7.132
    6    HD2  TYR  21           HD2      TYR  21   1.111   1.351   7.795
    7    HE1  TYR  21           HE1      TYR  21   2.582   6.037   8.011
    8    HE2  TYR  21           HE2      TYR  21  -0.413   3.073   8.660
    9    HH   TYR  21           HH       TYR  21   0.265   6.441   8.392

  No H/Q in entry =           9
  In of MODEL   12
    1    H    VAL  22           H        VAL  22   5.947   1.531   4.268
    2    HA   VAL  22           HA       VAL  22   6.446  -1.349   4.657
    3    HB   VAL  22           HB       VAL  22   7.264   0.319   2.241
    4   HG11  VAL  22          HG11      VAL  22   8.845  -1.497   2.933
    5   HG12  VAL  22          HG12      VAL  22   7.553  -2.660   2.622
    6   HG13  VAL  22          HG13      VAL  22   8.185  -1.665   1.305
    7   HG21  VAL  22          HG21      VAL  22   4.871  -0.185   2.238
    8   HG22  VAL  22          HG22      VAL  22   5.714  -1.063   0.961
    9   HG23  VAL  22          HG23      VAL  22   5.225  -1.901   2.435

  No H/Q in entry =           9
  In of MODEL   12
    1    H    SER  23           H        SER  23   8.085  -1.355   6.223
    2    HA   SER  23           HA       SER  23  10.119   0.769   5.995
    3    HB2  SER  23           HB2      SER  23   8.481   1.145   7.858
    4    HB3  SER  23           HB3      SER  23   9.063  -0.342   8.601
    5    HG   SER  23           HG       SER  23  10.234   2.158   8.470

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLY  24           H        GLY  24  12.208   0.251   6.250
    2    HA2  GLY  24           HA2      GLY  24  12.924  -2.457   7.206
    3    HA3  GLY  24           HA3      GLY  24  13.994  -1.060   7.211

  No H/Q in entry =           3
  In of MODEL   12
    1    H    PHE  25           H        PHE  25  12.384  -0.915   4.406
    2    HA   PHE  25           HA       PHE  25  14.315  -2.601   2.952
    3    HB2  PHE  25           HB2      PHE  25  11.587  -1.663   2.058
    4    HB3  PHE  25           HB3      PHE  25  12.646  -2.766   1.191
    5    HD1  PHE  25           HD1      PHE  25  12.782  -5.087   1.761
    6    HD2  PHE  25           HD2      PHE  25  10.504  -2.427   4.193
    7    HE1  PHE  25           HE1      PHE  25  11.783  -7.020   2.941
    8    HE2  PHE  25           HE2      PHE  25   9.499  -4.354   5.373
    9    HZ   PHE  25           HZ       PHE  25  10.128  -6.638   4.721

  No H/Q in entry =           9
  In of MODEL   12
    1    H    HIS  26           H        HIS  26  15.531  -1.721   1.350
    2    HA   HIS  26           HA       HIS  26  15.864   1.122   1.364
    3    HB2  HIS  26           HB2      HIS  26  17.074  -0.752  -0.667
    4    HB3  HIS  26           HB3      HIS  26  17.719   0.783  -0.079
    5    HD2  HIS  26           HD2      HIS  26  18.029   0.379   3.000
    6    HE1  HIS  26           HE1      HIS  26  19.739  -3.382   2.096
    7    HE2  HIS  26           HE2      HIS  26  19.337  -1.663   3.915

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   PRO  27           HA       PRO  27  12.469   1.946  -1.349
    2    HB2  PRO  27           HB2      PRO  27  13.973   4.492  -1.772
    3    HB3  PRO  27           HB3      PRO  27  12.283   4.251  -1.301
    4    HG2  PRO  27           HG2      PRO  27  14.066   4.993   0.517
    5    HG3  PRO  27           HG3      PRO  27  12.838   3.760   0.920
    6    HD2  PRO  27           HD2      PRO  27  15.749   3.402   0.230
    7    HD3  PRO  27           HD3      PRO  27  14.774   2.576   1.469

  No H/Q in entry =           7
  In of MODEL   12
    1    H    SER  28           H        SER  28  15.551   1.427  -2.561
    2    HA   SER  28           HA       SER  28  14.822   2.250  -5.274
    3    HB2  SER  28           HB2      SER  28  17.256   1.427  -5.692
    4    HB3  SER  28           HB3      SER  28  17.015   2.947  -4.823
    5    HG   SER  28           HG       SER  28  17.959   0.486  -3.917

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ASP  29           H        ASP  29  15.592  -0.642  -3.388
    2    HA   ASP  29           HA       ASP  29  15.438  -2.232  -5.857
    3    HB2  ASP  29           HB2      ASP  29  16.479  -3.302  -3.249
    4    HB3  ASP  29           HB3      ASP  29  16.850  -3.827  -4.883

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ILE  30           H        ILE  30  13.061  -1.332  -4.211
    2    HA   ILE  30           HA       ILE  30  12.058  -4.053  -3.647
    3    HB   ILE  30           HB       ILE  30  10.955  -3.441  -1.732
    4   HG12  ILE  30          HG12      ILE  30  10.954  -0.520  -2.587
    5   HG13  ILE  30          HG13      ILE  30   9.610  -1.649  -2.763
    6   HG21  ILE  30          HG21      ILE  30  13.261  -1.503  -1.794
    7   HG22  ILE  30          HG22      ILE  30  12.355  -1.938  -0.345
    8   HG23  ILE  30          HG23      ILE  30  13.279  -3.165  -1.207
    9   HD11  ILE  30          HD11      ILE  30   9.508  -1.891  -0.324
   10   HD12  ILE  30          HD12      ILE  30  10.818  -0.718  -0.170
   11   HD13  ILE  30          HD13      ILE  30   9.269  -0.224  -0.849

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLU  31           H        GLU  31   9.643  -4.162  -3.715
    2    HA   GLU  31           HA       GLU  31   8.487  -2.338  -5.704
    3    HB2  GLU  31           HB2      GLU  31   8.611  -5.342  -5.821
    4    HB3  GLU  31           HB3      GLU  31   7.352  -4.444  -6.657
    5    HG2  GLU  31           HG2      GLU  31   8.905  -3.386  -8.086
    6    HG3  GLU  31           HG3      GLU  31  10.276  -3.865  -7.087

  No H/Q in entry =           6
  In of MODEL   12
    1    H    VAL  32           H        VAL  32   6.811  -1.429  -4.716
    2    HA   VAL  32           HA       VAL  32   4.970  -3.130  -3.174
    3    HB   VAL  32           HB       VAL  32   5.635  -2.042  -1.304
    4   HG11  VAL  32          HG11      VAL  32   7.602  -1.129  -2.457
    5   HG12  VAL  32          HG12      VAL  32   6.646   0.263  -2.961
    6   HG13  VAL  32          HG13      VAL  32   6.958  -0.020  -1.246
    7   HG21  VAL  32          HG21      VAL  32   3.422  -1.071  -1.674
    8   HG22  VAL  32          HG22      VAL  32   4.486   0.041  -0.815
    9   HG23  VAL  32          HG23      VAL  32   4.158   0.281  -2.531

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ASP  33           H        ASP  33   2.835  -2.878  -3.628
    2    HA   ASP  33           HA       ASP  33   2.015  -0.581  -5.271
    3    HB2  ASP  33           HB2      ASP  33   1.487  -3.510  -5.976
    4    HB3  ASP  33           HB3      ASP  33   0.681  -2.142  -6.748

  No H/Q in entry =           4
  In of MODEL   12
    1    H    LEU  34           H        LEU  34  -0.385  -0.470  -5.422
    2    HA   LEU  34           HA       LEU  34  -1.618  -1.444  -2.922
    3    HB2  LEU  34           HB2      LEU  34  -1.939   1.099  -4.444
    4    HB3  LEU  34           HB3      LEU  34  -3.355   0.462  -3.632
    5    HG   LEU  34           HG       LEU  34  -2.056   0.458  -1.485
    6   HD11  LEU  34          HD11      LEU  34   0.197   0.416  -2.433
    7   HD12  LEU  34          HD12      LEU  34  -0.046   2.045  -3.069
    8   HD13  LEU  34          HD13      LEU  34  -0.026   1.769  -1.326
    9   HD21  LEU  34          HD21      LEU  34  -3.604   2.262  -2.064
   10   HD22  LEU  34          HD22      LEU  34  -2.248   2.830  -1.090
   11   HD23  LEU  34          HD23      LEU  34  -2.278   3.141  -2.830

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU  35           H        LEU  35  -3.328  -2.789  -3.047
    2    HA   LEU  35           HA       LEU  35  -4.237  -3.514  -5.761
    3    HB2  LEU  35           HB2      LEU  35  -3.803  -5.399  -3.450
    4    HB3  LEU  35           HB3      LEU  35  -4.290  -5.816  -5.072
    5    HG   LEU  35           HG       LEU  35  -1.583  -5.054  -4.049
    6   HD11  LEU  35          HD11      LEU  35  -2.785  -7.274  -5.705
    7   HD12  LEU  35          HD12      LEU  35  -1.056  -7.089  -5.436
    8   HD13  LEU  35          HD13      LEU  35  -2.134  -7.388  -4.068
    9   HD21  LEU  35          HD21      LEU  35  -2.097  -3.638  -6.087
   10   HD22  LEU  35          HD22      LEU  35  -0.728  -4.739  -6.250
   11   HD23  LEU  35          HD23      LEU  35  -2.274  -5.143  -6.983

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LYS  36           H        LYS  36  -6.202  -4.825  -5.811
    2    HA   LYS  36           HA       LYS  36  -8.035  -4.549  -3.525
    3    HB2  LYS  36           HB2      LYS  36  -9.077  -5.099  -6.270
    4    HB3  LYS  36           HB3      LYS  36  -9.857  -4.237  -4.928
    5    HG2  LYS  36           HG2      LYS  36  -8.451  -2.296  -5.391
    6    HG3  LYS  36           HG3      LYS  36  -7.602  -3.177  -6.658
    7    HD2  LYS  36           HD2      LYS  36  -9.248  -1.651  -7.637
    8    HD3  LYS  36           HD3      LYS  36  -9.644  -3.330  -8.012
    9    HE2  LYS  36           HE2      LYS  36 -11.674  -2.021  -7.437
   10    HE3  LYS  36           HE3      LYS  36 -11.396  -3.268  -6.229
   11    HZ1  LYS  36           HZ1      LYS  36 -10.334  -0.549  -5.832
   12    HZ2  LYS  36           HZ2      LYS  36 -11.967  -0.878  -5.523
   13    HZ3  LYS  36           HZ3      LYS  36 -10.767  -1.715  -4.667

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ASN  37           H        ASN  37  -8.090  -6.579  -2.596
    2    HA   ASN  37           HA       ASN  37  -7.957  -8.873  -2.437
    3    HB2  ASN  37           HB2      ASN  37  -9.674  -8.906  -4.883
    4    HB3  ASN  37           HB3      ASN  37  -9.834  -9.929  -3.489
    5   HD21  ASN  37          HD21      ASN  37 -10.298  -6.720  -4.792
    6   HD22  ASN  37          HD22      ASN  37 -11.528  -6.212  -3.701

  No H/Q in entry =           6
  In of MODEL   12
    1    H    GLY  38           H        GLY  38  -5.735  -7.955  -3.715
    2    HA2  GLY  38           HA2      GLY  38  -5.008 -10.208  -5.326
    3    HA3  GLY  38           HA3      GLY  38  -3.951  -8.890  -4.871

  No H/Q in entry =           3
  In of MODEL   12
    1    H    GLU  39           H        GLU  39  -5.878  -6.885  -6.129
    2    HA   GLU  39           HA       GLU  39  -5.090  -7.416  -8.905
    3    HB2  GLU  39           HB2      GLU  39  -7.524  -7.887  -8.562
    4    HB3  GLU  39           HB3      GLU  39  -7.742  -6.210  -8.073
    5    HG2  GLU  39           HG2      GLU  39  -8.384  -6.681 -10.444
    6    HG3  GLU  39           HG3      GLU  39  -7.167  -5.416 -10.244

  No H/Q in entry =           6
  In of MODEL   12
    1    H    ARG  40           H        ARG  40  -3.796  -5.862  -9.597
    2    HA   ARG  40           HA       ARG  40  -3.039  -3.609  -8.207
    3    HB2  ARG  40           HB2      ARG  40  -2.062  -4.807 -10.383
    4    HB3  ARG  40           HB3      ARG  40  -2.959  -3.542 -11.204
    5    HG2  ARG  40           HG2      ARG  40  -1.701  -1.829 -10.026
    6    HG3  ARG  40           HG3      ARG  40  -0.856  -3.072  -9.112
    7    HD2  ARG  40           HD2      ARG  40  -0.709  -2.910 -12.133
    8    HD3  ARG  40           HD3      ARG  40   0.444  -2.114 -11.050
    9    HE   ARG  40           HE       ARG  40   0.022  -5.021 -10.884
   10   HH11  ARG  40          HH11      ARG  40   2.063  -2.244 -11.505
   11   HH12  ARG  40          HH12      ARG  40   3.531  -3.172 -11.578
   12   HH21  ARG  40          HH21      ARG  40   1.957  -6.257 -11.010
   13   HH22  ARG  40          HH22      ARG  40   3.463  -5.456 -11.324

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE  41           H        ILE  41  -3.992  -1.762  -7.732
    2    HA   ILE  41           HA       ILE  41  -6.537  -1.042  -8.684
    3    HB   ILE  41           HB       ILE  41  -4.531   0.585  -7.117
    4   HG12  ILE  41          HG12      ILE  41  -6.917  -1.048  -6.259
    5   HG13  ILE  41          HG13      ILE  41  -5.242  -1.544  -6.083
    6   HG21  ILE  41          HG21      ILE  41  -7.483   1.074  -7.554
    7   HG22  ILE  41          HG22      ILE  41  -6.468   1.946  -6.408
    8   HG23  ILE  41          HG23      ILE  41  -6.166   2.083  -8.138
    9   HD11  ILE  41          HD11      ILE  41  -6.145   0.992  -4.817
   10   HD12  ILE  41          HD12      ILE  41  -6.551  -0.565  -4.085
   11   HD13  ILE  41          HD13      ILE  41  -4.854  -0.128  -4.349

  No H/Q in entry =          11
  In of MODEL   12
    1    H    GLU  42           H        GLU  42  -3.921   1.323  -8.805
    2    HA   GLU  42           HA       GLU  42  -2.646   1.302 -11.040
    3    HB2  GLU  42           HB2      GLU  42  -5.421   2.067 -11.953
    4    HB3  GLU  42           HB3      GLU  42  -3.977   2.547 -12.824
    5    HG2  GLU  42           HG2      GLU  42  -3.461  -0.018 -12.788
    6    HG3  GLU  42           HG3      GLU  42  -5.199  -0.144 -12.511

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LYS  43           H        LYS  43  -4.938   3.463  -9.344
    2    HA   LYS  43           HA       LYS  43  -3.660   5.820 -10.427
    3    HB2  LYS  43           HB2      LYS  43  -5.622   5.736  -8.135
    4    HB3  LYS  43           HB3      LYS  43  -5.294   7.069  -9.226
    5    HG2  LYS  43           HG2      LYS  43  -6.861   4.553  -9.813
    6    HG3  LYS  43           HG3      LYS  43  -7.443   6.217  -9.763
    7    HD2  LYS  43           HD2      LYS  43  -5.448   5.150 -11.761
    8    HD3  LYS  43           HD3      LYS  43  -7.174   5.334 -12.062
    9    HE2  LYS  43           HE2      LYS  43  -5.281   7.574 -11.343
   10    HE3  LYS  43           HE3      LYS  43  -5.865   7.217 -12.967
   11    HZ1  LYS  43           HZ1      LYS  43  -8.155   7.579 -12.096
   12    HZ2  LYS  43           HZ2      LYS  43  -7.476   8.117 -10.638
   13    HZ3  LYS  43           HZ3      LYS  43  -7.178   8.964 -12.072

  No H/Q in entry =          13
  In of MODEL   12
    1    H    VAL  44           H        VAL  44  -1.611   4.560  -9.246
    2    HA   VAL  44           HA       VAL  44  -1.465   5.728  -6.568
    3    HB   VAL  44           HB       VAL  44  -1.383   3.057  -6.921
    4   HG11  VAL  44          HG11      VAL  44   0.648   3.121  -8.296
    5   HG12  VAL  44          HG12      VAL  44   1.505   3.876  -6.948
    6   HG13  VAL  44          HG13      VAL  44   0.877   2.231  -6.787
    7   HG21  VAL  44          HG21      VAL  44  -1.493   4.213  -4.797
    8   HG22  VAL  44          HG22      VAL  44  -0.278   2.933  -4.745
    9   HG23  VAL  44          HG23      VAL  44   0.222   4.620  -4.914

  No H/Q in entry =           9
  In of MODEL   12
    1    H    GLU  45           H        GLU  45   0.177   6.990  -6.176
    2    HA   GLU  45           HA       GLU  45   1.973   7.547  -8.427
    3    HB2  GLU  45           HB2      GLU  45   0.832   9.464  -6.343
    4    HB3  GLU  45           HB3      GLU  45   1.913   9.930  -7.631
    5    HG2  GLU  45           HG2      GLU  45   0.221   9.457  -9.319
    6    HG3  GLU  45           HG3      GLU  45  -0.870   8.805  -8.098

  No H/Q in entry =           6
  In of MODEL   12
    1    H    HIS  46           H        HIS  46   4.158   7.998  -7.949
    2    HA   HIS  46           HA       HIS  46   5.088   6.426  -5.682
    3    HB2  HIS  46           HB2      HIS  46   5.989   6.237  -8.039
    4    HB3  HIS  46           HB3      HIS  46   6.744   7.815  -7.810
    5    HD2  HIS  46           HD2      HIS  46   7.104   5.716  -4.667
    6    HE1  HIS  46           HE1      HIS  46  10.591   5.084  -6.971
    7    HE2  HIS  46           HE2      HIS  46   9.600   5.001  -4.641

  No H/Q in entry =           7
  In of MODEL   12
    1    H    SER  47           H        SER  47   7.196   7.401  -4.529
    2    HA   SER  47           HA       SER  47   6.455  10.087  -3.648
    3    HB2  SER  47           HB2      SER  47   6.663   9.166  -1.256
    4    HB3  SER  47           HB3      SER  47   5.193   8.772  -2.150
    5    HG   SER  47           HG       SER  47   5.843   6.851  -1.372

  No H/Q in entry =           5
  In of MODEL   12
    1    H    ASP  48           H        ASP  48   8.042  10.484  -1.598
    2    HA   ASP  48           HA       ASP  48  10.544  11.072  -2.439
    3    HB2  ASP  48           HB2      ASP  48   9.323  10.523   0.193
    4    HB3  ASP  48           HB3      ASP  48  11.079  10.462   0.145

  No H/Q in entry =           4
  In of MODEL   12
    1    H    LEU  49           H        LEU  49  12.545  10.134  -2.520
    2    HA   LEU  49           HA       LEU  49  14.107   8.544  -2.838
    3    HB2  LEU  49           HB2      LEU  49  12.514   7.018  -0.765
    4    HB3  LEU  49           HB3      LEU  49  14.134   6.607  -1.318
    5    HG   LEU  49           HG       LEU  49  14.476   9.205  -0.479
    6   HD11  LEU  49          HD11      LEU  49  12.210   9.356   0.438
    7   HD12  LEU  49          HD12      LEU  49  12.534   7.954   1.461
    8   HD13  LEU  49          HD13      LEU  49  13.433   9.448   1.706
    9   HD21  LEU  49          HD21      LEU  49  14.806   6.705   1.189
   10   HD22  LEU  49          HD22      LEU  49  16.000   7.410   0.094
   11   HD23  LEU  49          HD23      LEU  49  15.515   8.275   1.550

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  50           H        SER  50  13.887   7.914  -4.878
    2    HA   SER  50           HA       SER  50  11.967   5.783  -5.491
    3    HB2  SER  50           HB2      SER  50  12.405   6.480  -7.880
    4    HB3  SER  50           HB3      SER  50  11.633   7.717  -6.887
    5    HG   SER  50           HG       SER  50  13.476   8.403  -8.229

  No H/Q in entry =           5
  In of MODEL   12
    1    H    PHE  51           H        PHE  51  15.300   6.715  -5.430
    2    HA   PHE  51           HA       PHE  51  16.197   4.010  -5.845
    3    HB2  PHE  51           HB2      PHE  51  16.922   6.206  -7.799
    4    HB3  PHE  51           HB3      PHE  51  17.860   4.729  -7.623
    5    HD1  PHE  51           HD1      PHE  51  16.577   2.509  -7.958
    6    HD2  PHE  51           HD2      PHE  51  15.181   6.294  -9.319
    7    HE1  PHE  51           HE1      PHE  51  15.126   1.382  -9.592
    8    HE2  PHE  51           HE2      PHE  51  13.720   5.172 -10.952
    9    HZ   PHE  51           HZ       PHE  51  13.692   2.713 -11.090

  No H/Q in entry =           9
  In of MODEL   12
    1    H    SER  52           H        SER  52  16.212   5.983  -3.723
    2    HA   SER  52           HA       SER  52  18.909   7.048  -3.653
    3    HB2  SER  52           HB2      SER  52  16.953   8.395  -2.883
    4    HB3  SER  52           HB3      SER  52  16.737   7.257  -1.556
    5    HG   SER  52           HG       SER  52  18.852   7.816  -0.846

  No H/Q in entry =           5
  In of MODEL   12
    1    H    LYS  53           H        LYS  53  17.457   4.192  -2.866
    2    HA   LYS  53           HA       LYS  53  17.790   2.469  -1.427
    3    HB2  LYS  53           HB2      LYS  53  20.017   1.530  -1.519
    4    HB3  LYS  53           HB3      LYS  53  19.571   2.173  -3.087
    5    HG2  LYS  53           HG2      LYS  53  21.171   3.891  -1.262
    6    HG3  LYS  53           HG3      LYS  53  21.967   2.536  -2.059
    7    HD2  LYS  53           HD2      LYS  53  21.206   3.395  -4.234
    8    HD3  LYS  53           HD3      LYS  53  20.461   4.768  -3.416
    9    HE2  LYS  53           HE2      LYS  53  23.393   4.075  -3.420
   10    HE3  LYS  53           HE3      LYS  53  22.632   5.369  -4.342
   11    HZ1  LYS  53           HZ1      LYS  53  22.003   6.431  -2.261
   12    HZ2  LYS  53           HZ2      LYS  53  22.736   5.185  -1.374
   13    HZ3  LYS  53           HZ3      LYS  53  23.678   6.210  -2.346

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ASP  54           H        ASP  54  19.997   1.860   0.213
    2    HA   ASP  54           HA       ASP  54  20.862   2.103   2.271
    3    HB2  ASP  54           HB2      ASP  54  20.585   5.030   1.577
    4    HB3  ASP  54           HB3      ASP  54  21.445   4.431   2.997

  No H/Q in entry =           4
  In of MODEL   12
    1    H    TRP  55           H        TRP  55  20.028   4.615   3.926
    2    HA   TRP  55           HA       TRP  55  18.560   3.147   5.752
    3    HB2  TRP  55           HB2      TRP  55  18.467   5.043   7.075
    4    HB3  TRP  55           HB3      TRP  55  19.884   5.323   6.083
    5    HD1  TRP  55           HD1      TRP  55  17.369   7.266   7.556
    6    HE1  TRP  55           HE1      TRP  55  16.742   9.355   6.193
    7    HE3  TRP  55           HE3      TRP  55  19.361   5.933   2.964
    8    HZ2  TRP  55           HZ2      TRP  55  17.033  10.314   3.562
    9    HZ3  TRP  55           HZ3      TRP  55  19.113   7.505   1.105
   10    HH2  TRP  55           HH2      TRP  55  17.980   9.648   1.389

  No H/Q in entry =          10
  In of MODEL   12
    1    H    SER  56           H        SER  56  16.559   2.665   6.123
    2    HA   SER  56           HA       SER  56  14.499   3.782   4.343
    3    HB2  SER  56           HB2      SER  56  14.917   1.380   3.993
    4    HB3  SER  56           HB3      SER  56  14.624   1.076   5.702
    5    HG   SER  56           HG       SER  56  12.851   1.385   3.654

  No H/Q in entry =           5
  In of MODEL   12
    1    H    PHE  57           H        PHE  57  13.050   5.158   5.525
    2    HA   PHE  57           HA       PHE  57  12.895   4.611   8.385
    3    HB2  PHE  57           HB2      PHE  57  12.399   7.089   8.567
    4    HB3  PHE  57           HB3      PHE  57  14.037   6.680   8.066
    5    HD1  PHE  57           HD1      PHE  57  11.200   8.669   7.360
    6    HD2  PHE  57           HD2      PHE  57  14.464   6.678   5.482
    7    HE1  PHE  57           HE1      PHE  57  10.942  10.112   5.386
    8    HE2  PHE  57           HE2      PHE  57  14.199   8.117   3.500
    9    HZ   PHE  57           HZ       PHE  57  12.442   9.825   3.451

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR  58           H        TYR  58  10.961   6.577   6.116
    2    HA   TYR  58           HA       TYR  58   8.667   4.852   6.667
    3    HB2  TYR  58           HB2      TYR  58   8.942   7.782   7.131
    4    HB3  TYR  58           HB3      TYR  58   7.404   7.230   6.476
    5    HD1  TYR  58           HD1      TYR  58   5.867   5.938   7.819
    6    HD2  TYR  58           HD2      TYR  58   9.673   7.025   9.393
    7    HE1  TYR  58           HE1      TYR  58   5.120   5.261  10.077
    8    HE2  TYR  58           HE2      TYR  58   8.932   6.355  11.657
    9    HH   TYR  58           HH       TYR  58   6.699   6.141  12.860

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LEU  59           H        LEU  59   8.317   3.896   4.827
    2    HA   LEU  59           HA       LEU  59   8.322   5.349   2.250
    3    HB2  LEU  59           HB2      LEU  59   8.724   2.547   3.140
    4    HB3  LEU  59           HB3      LEU  59   7.822   2.748   1.656
    5    HG   LEU  59           HG       LEU  59  10.585   3.906   2.063
    6   HD11  LEU  59          HD11      LEU  59   9.747   1.245   0.910
    7   HD12  LEU  59          HD12      LEU  59  11.344   1.962   0.711
    8   HD13  LEU  59          HD13      LEU  59  10.771   1.521   2.318
    9   HD21  LEU  59          HD21      LEU  59   8.681   3.609  -0.228
   10   HD22  LEU  59          HD22      LEU  59   9.620   5.022   0.261
   11   HD23  LEU  59          HD23      LEU  59  10.415   3.654  -0.524

  No H/Q in entry =          11
  In of MODEL   12
    1    H    LEU  60           H        LEU  60   6.351   5.969   1.490
    2    HA   LEU  60           HA       LEU  60   4.017   4.310   2.113
    3    HB2  LEU  60           HB2      LEU  60   3.996   6.134   3.704
    4    HB3  LEU  60           HB3      LEU  60   4.283   7.293   2.423
    5    HG   LEU  60           HG       LEU  60   2.044   6.747   1.485
    6   HD11  LEU  60          HD11      LEU  60   1.824   4.508   2.423
    7   HD12  LEU  60          HD12      LEU  60   1.739   5.192   4.046
    8   HD13  LEU  60          HD13      LEU  60   0.464   5.533   2.877
    9   HD21  LEU  60          HD21      LEU  60   2.389   8.684   2.935
   10   HD22  LEU  60          HD22      LEU  60   0.791   7.979   3.176
   11   HD23  LEU  60          HD23      LEU  60   2.071   7.685   4.354

  No H/Q in entry =          11
  In of MODEL   12
    1    H    TYR  61           H        TYR  61   2.501   4.218   0.475
    2    HA   TYR  61           HA       TYR  61   2.978   5.867  -1.908
    3    HB2  TYR  61           HB2      TYR  61   2.195   2.942  -1.749
    4    HB3  TYR  61           HB3      TYR  61   1.911   3.908  -3.206
    5    HD1  TYR  61           HD1      TYR  61   4.753   3.320  -0.816
    6    HD2  TYR  61           HD2      TYR  61   3.511   3.692  -4.868
    7    HE1  TYR  61           HE1      TYR  61   7.060   2.906  -1.567
    8    HE2  TYR  61           HE2      TYR  61   5.808   3.274  -5.624
    9    HH   TYR  61           HH       TYR  61   8.118   3.517  -4.689

  No H/Q in entry =           9
  In of MODEL   12
    1    H    TYR  62           H        TYR  62   0.878   6.298  -3.175
    2    HA   TYR  62           HA       TYR  62  -1.374   6.248  -1.335
    3    HB2  TYR  62           HB2      TYR  62  -1.743   8.705  -1.468
    4    HB3  TYR  62           HB3      TYR  62  -0.319   8.230  -0.569
    5    HD1  TYR  62           HD1      TYR  62   1.865   8.086  -2.508
    6    HD2  TYR  62           HD2      TYR  62  -1.462  10.763  -2.407
    7    HE1  TYR  62           HE1      TYR  62   3.151   9.787  -3.764
    8    HE2  TYR  62           HE2      TYR  62  -0.184  12.417  -3.678
    9    HH   TYR  62           HH       TYR  62   2.246  12.974  -4.033

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR  63           H        THR  63  -3.319   6.117  -2.228
    2    HA   THR  63           HA       THR  63  -3.729   6.640  -5.083
    3    HB   THR  63           HB       THR  63  -3.012   4.137  -4.552
    4    HG1  THR  63           HG1      THR  63  -4.081   5.218  -6.515
    5   HG21  THR  63          HG21      THR  63  -5.967   4.102  -3.946
    6   HG22  THR  63          HG22      THR  63  -4.960   2.677  -4.205
    7   HG23  THR  63          HG23      THR  63  -4.679   3.719  -2.809

  No H/Q in entry =           7
  In of MODEL   12
    1    H    GLU  64           H        GLU  64  -5.845   7.103  -5.593
    2    HA   GLU  64           HA       GLU  64  -7.641   7.908  -3.557
    3    HB2  GLU  64           HB2      GLU  64  -7.668   8.967  -5.799
    4    HB3  GLU  64           HB3      GLU  64  -8.117   7.431  -6.519
    5    HG2  GLU  64           HG2      GLU  64 -10.243   7.498  -5.236
    6    HG3  GLU  64           HG3      GLU  64  -9.767   9.075  -4.605

  No H/Q in entry =           6
  In of MODEL   12
    1    H    PHE  65           H        PHE  65  -9.354   6.791  -2.598
    2    HA   PHE  65           HA       PHE  65 -10.129   4.263  -3.866
    3    HB2  PHE  65           HB2      PHE  65 -10.098   3.036  -1.852
    4    HB3  PHE  65           HB3      PHE  65  -8.597   3.923  -1.914
    5    HD1  PHE  65           HD1      PHE  65  -7.839   4.398   0.156
    6    HD2  PHE  65           HD2      PHE  65 -11.997   4.812  -0.622
    7    HE1  PHE  65           HE1      PHE  65  -8.196   5.203   2.463
    8    HE2  PHE  65           HE2      PHE  65 -12.344   5.625   1.674
    9    HZ   PHE  65           HZ       PHE  65 -10.460   5.819   3.223

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR  66           H        THR  66 -12.273   3.574  -3.512
    2    HA   THR  66           HA       THR  66 -13.935   5.210  -1.727
    3    HB   THR  66           HB       THR  66 -14.760   4.332  -4.522
    4    HG1  THR  66           HG1      THR  66 -13.474   6.532  -3.597
    5   HG21  THR  66          HG21      THR  66 -16.221   5.885  -2.368
    6   HG22  THR  66          HG22      THR  66 -16.751   5.776  -4.050
    7   HG23  THR  66          HG23      THR  66 -16.672   4.321  -3.058

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   PRO  67           HA       PRO  67 -14.407   0.872  -0.565
    2    HB2  PRO  67           HB2      PRO  67 -15.839   1.502   1.788
    3    HB3  PRO  67           HB3      PRO  67 -14.125   1.108   1.651
    4    HG2  PRO  67           HG2      PRO  67 -15.254   3.630   2.304
    5    HG3  PRO  67           HG3      PRO  67 -13.549   3.247   2.043
    6    HD2  PRO  67           HD2      PRO  67 -15.423   4.652   0.314
    7    HD3  PRO  67           HD3      PRO  67 -13.654   4.566   0.219

  No H/Q in entry =           7
  In of MODEL   12
    1    H    THR  68           H        THR  68 -15.828  -0.582  -0.730
    2    HA   THR  68           HA       THR  68 -18.683   0.063  -0.866
    3    HB   THR  68           HB       THR  68 -18.880  -1.532  -2.767
    4    HG1  THR  68           HG1      THR  68 -16.885  -2.164  -3.806
    5   HG21  THR  68          HG21      THR  68 -18.648   0.875  -3.249
    6   HG22  THR  68          HG22      THR  68 -16.895   0.684  -3.304
    7   HG23  THR  68          HG23      THR  68 -17.905  -0.119  -4.505

  No H/Q in entry =           7
  In of MODEL   12
    1    H    GLU  69           H        GLU  69 -20.034  -1.847  -0.398
    2    HA   GLU  69           HA       GLU  69 -19.127  -3.467   1.693
    3    HB2  GLU  69           HB2      GLU  69 -21.451  -3.057   1.480
    4    HB3  GLU  69           HB3      GLU  69 -21.517  -3.661  -0.165
    5    HG2  GLU  69           HG2      GLU  69 -22.511  -5.322   1.118
    6    HG3  GLU  69           HG3      GLU  69 -20.866  -5.906   0.824

  No H/Q in entry =           6
  In of MODEL   12
    1    H    LYS  70           H        LYS  70 -18.203  -3.723  -1.509
    2    HA   LYS  70           HA       LYS  70 -17.858  -6.615  -1.269
    3    HB2  LYS  70           HB2      LYS  70 -18.152  -4.931  -3.750
    4    HB3  LYS  70           HB3      LYS  70 -17.706  -6.626  -3.784
    5    HG2  LYS  70           HG2      LYS  70 -20.253  -5.840  -2.410
    6    HG3  LYS  70           HG3      LYS  70 -20.185  -5.855  -4.168
    7    HD2  LYS  70           HD2      LYS  70 -21.027  -7.980  -3.287
    8    HD3  LYS  70           HD3      LYS  70 -19.513  -8.193  -4.163
    9    HE2  LYS  70           HE2      LYS  70 -18.290  -8.365  -2.096
   10    HE3  LYS  70           HE3      LYS  70 -19.743  -7.997  -1.161
   11    HZ1  LYS  70           HZ1      LYS  70 -19.441 -10.372  -2.915
   12    HZ2  LYS  70           HZ2      LYS  70 -19.150 -10.381  -1.246
   13    HZ3  LYS  70           HZ3      LYS  70 -20.708 -10.057  -1.836

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ASP  71           H        ASP  71 -15.923  -3.688  -1.779
    2    HA   ASP  71           HA       ASP  71 -13.834  -5.379  -2.912
    3    HB2  ASP  71           HB2      ASP  71 -14.384  -3.364  -4.168
    4    HB3  ASP  71           HB3      ASP  71 -13.921  -2.364  -2.786

  No H/Q in entry =           4
  In of MODEL   12
    1    H    GLU  72           H        GLU  72 -12.001  -5.812  -2.018
    2    HA   GLU  72           HA       GLU  72 -11.306  -4.864   0.678
    3    HB2  GLU  72           HB2      GLU  72 -11.619  -7.222   0.486
    4    HB3  GLU  72           HB3      GLU  72 -10.685  -7.317  -0.986
    5    HG2  GLU  72           HG2      GLU  72  -9.398  -6.586   1.605
    6    HG3  GLU  72           HG3      GLU  72  -9.745  -8.260   1.200

  No H/Q in entry =           6
  In of MODEL   12
    1    H    TYR  73           H        TYR  73  -9.294  -3.872   1.020
    2    HA   TYR  73           HA       TYR  73  -7.744  -3.224  -1.407
    3    HB2  TYR  73           HB2      TYR  73  -8.286  -1.519   1.036
    4    HB3  TYR  73           HB3      TYR  73  -7.070  -1.122  -0.166
    5    HD1  TYR  73           HD1      TYR  73  -7.650   0.081  -2.077
    6    HD2  TYR  73           HD2      TYR  73 -10.705  -1.746   0.246
    7    HE1  TYR  73           HE1      TYR  73  -9.353   1.253  -3.413
    8    HE2  TYR  73           HE2      TYR  73 -12.421  -0.576  -1.080
    9    HH   TYR  73           HH       TYR  73 -12.735   1.194  -2.543

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ALA  74           H        ALA  74  -5.647  -3.754  -1.422
    2    HA   ALA  74           HA       ALA  74  -4.365  -4.579   1.092
    3    HB1  ALA  74           HB1      ALA  74  -5.253  -6.541  -0.073
    4    HB2  ALA  74           HB2      ALA  74  -4.349  -6.088  -1.521
    5    HB3  ALA  74           HB3      ALA  74  -3.491  -6.548  -0.047

  No H/Q in entry =           5
  In of MODEL   12
    1    H    CYS  75           H        CYS  75  -1.994  -4.623   0.992
    2    HA   CYS  75           HA       CYS  75  -0.895  -3.170  -1.340
    3    HB2  CYS  75           HB2      CYS  75  -0.853  -1.649   0.491
    4    HB3  CYS  75           HB3      CYS  75  -0.194  -2.864   1.571

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ARG  76           H        ARG  76   0.761  -4.142  -2.385
    2    HA   ARG  76           HA       ARG  76   1.731  -6.717  -1.335
    3    HB2  ARG  76           HB2      ARG  76   0.470  -6.420  -3.575
    4    HB3  ARG  76           HB3      ARG  76   1.961  -5.703  -4.164
    5    HG2  ARG  76           HG2      ARG  76   3.103  -7.751  -4.044
    6    HG3  ARG  76           HG3      ARG  76   1.906  -8.463  -2.961
    7    HD2  ARG  76           HD2      ARG  76   1.673  -9.389  -5.243
    8    HD3  ARG  76           HD3      ARG  76   0.249  -8.460  -4.768
    9    HE   ARG  76           HE       ARG  76   2.203  -6.898  -6.205
   10   HH11  ARG  76          HH11      ARG  76  -0.488  -9.111  -6.553
   11   HH12  ARG  76          HH12      ARG  76  -0.945  -8.508  -8.123
   12   HH21  ARG  76          HH21      ARG  76   1.642  -6.128  -8.266
   13   HH22  ARG  76          HH22      ARG  76   0.289  -6.825  -9.117

  No H/Q in entry =          13
  In of MODEL   12
    1    H    VAL  77           H        VAL  77   3.894  -6.876  -0.758
    2    HA   VAL  77           HA       VAL  77   5.745  -5.037  -2.119
    3    HB   VAL  77           HB       VAL  77   5.176  -4.348   0.327
    4   HG11  VAL  77          HG11      VAL  77   5.488  -6.566   1.318
    5   HG12  VAL  77          HG12      VAL  77   7.188  -6.532   0.851
    6   HG13  VAL  77          HG13      VAL  77   6.573  -5.371   2.029
    7   HG21  VAL  77          HG21      VAL  77   6.916  -3.335  -1.042
    8   HG22  VAL  77          HG22      VAL  77   7.433  -3.501   0.636
    9   HG23  VAL  77          HG23      VAL  77   8.032  -4.623  -0.584

  No H/Q in entry =           9
  In of MODEL   12
    1    H    ASN  78           H        ASN  78   7.614  -5.777  -2.711
    2    HA   ASN  78           HA       ASN  78   8.509  -8.432  -1.782
    3    HB2  ASN  78           HB2      ASN  78   7.373  -8.481  -4.078
    4    HB3  ASN  78           HB3      ASN  78   8.770  -7.581  -4.665
    5   HD21  ASN  78          HD21      ASN  78   9.289  -9.306  -6.045
    6   HD22  ASN  78          HD22      ASN  78  10.029 -10.758  -5.445

  No H/Q in entry =           6
  In of MODEL   12
    1    H    HIS  79           H        HIS  79  10.665  -8.767  -1.629
    2    HA   HIS  79           HA       HIS  79  12.501  -6.661  -2.488
    3    HB2  HIS  79           HB2      HIS  79  11.942  -6.278  -0.057
    4    HB3  HIS  79           HB3      HIS  79  12.586  -7.872   0.296
    5    HD2  HIS  79           HD2      HIS  79  13.813  -4.291  -0.499
    6    HE1  HIS  79           HE1      HIS  79  17.174  -6.720   0.317
    7    HE2  HIS  79           HE2      HIS  79  16.408  -4.418  -0.399

  No H/Q in entry =           7
  In of MODEL   12
    1    H    VAL  80           H        VAL  80  14.771  -7.464  -2.471
    2    HA   VAL  80           HA       VAL  80  15.134  -9.860  -3.777
    3    HB   VAL  80           HB       VAL  80  17.166  -8.509  -1.992
    4   HG11  VAL  80          HG11      VAL  80  17.554 -10.447  -4.276
    5   HG12  VAL  80          HG12      VAL  80  18.843  -9.591  -3.430
    6   HG13  VAL  80          HG13      VAL  80  17.856 -10.774  -2.568
    7   HG21  VAL  80          HG21      VAL  80  16.584  -8.144  -4.928
    8   HG22  VAL  80          HG22      VAL  80  16.260  -6.976  -3.648
    9   HG23  VAL  80          HG23      VAL  80  17.923  -7.403  -4.052

  No H/Q in entry =           9
  In of MODEL   12
    1    H    THR  81           H        THR  81  14.959  -9.330  -0.298
    2    HA   THR  81           HA       THR  81  16.038 -11.875   0.435
    3    HB   THR  81           HB       THR  81  16.077 -10.260   2.165
    4    HG1  THR  81           HG1      THR  81  14.548 -11.257   3.756
    5   HG21  THR  81          HG21      THR  81  14.295  -8.782   1.351
    6   HG22  THR  81          HG22      THR  81  13.081  -9.960   1.853
    7   HG23  THR  81          HG23      THR  81  14.080  -9.151   3.063

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LEU  82           H        LEU  82  12.632 -10.736   0.318
    2    HA   LEU  82           HA       LEU  82  11.499 -13.277   0.728
    3    HB2  LEU  82           HB2      LEU  82  10.235 -11.097  -0.930
    4    HB3  LEU  82           HB3      LEU  82   9.435 -12.372  -0.023
    5    HG   LEU  82           HG       LEU  82  10.965 -10.108   1.242
    6   HD11  LEU  82          HD11      LEU  82   8.017 -10.503   0.832
    7   HD12  LEU  82          HD12      LEU  82   8.748  -9.263   1.853
    8   HD13  LEU  82          HD13      LEU  82   9.041  -9.257   0.115
    9   HD21  LEU  82          HD21      LEU  82  10.872 -12.186   2.572
   10   HD22  LEU  82          HD22      LEU  82   9.949 -10.875   3.306
   11   HD23  LEU  82          HD23      LEU  82   9.113 -12.165   2.443

  No H/Q in entry =          11
  In of MODEL   12
    1    H    SER  83           H        SER  83  10.629 -14.791  -0.704
    2    HA   SER  83           HA       SER  83  11.600 -14.627  -3.497
    3    HB2  SER  83           HB2      SER  83  12.392 -16.544  -2.000
    4    HB3  SER  83           HB3      SER  83  10.729 -17.132  -2.033
    5    HG   SER  83           HG       SER  83  12.037 -16.534  -4.454

  No H/Q in entry =           5
  In of MODEL   12
    1    H    GLN  84           H        GLN  84   9.104 -13.817  -1.802
    2    HA   GLN  84           HA       GLN  84   7.172 -14.083  -3.857
    3    HB2  GLN  84           HB2      GLN  84   5.475 -15.359  -2.637
    4    HB3  GLN  84           HB3      GLN  84   6.928 -16.322  -2.829
    5    HG2  GLN  84           HG2      GLN  84   6.292 -14.806  -0.311
    6    HG3  GLN  84           HG3      GLN  84   5.754 -16.458  -0.597
    7   HE21  GLN  84          HE21      GLN  84   7.286 -18.118  -0.663
    8   HE22  GLN  84          HE22      GLN  84   8.866 -17.919   0.025

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   PRO  85           HA       PRO  85   6.445 -10.255  -1.577
    2    HB2  PRO  85           HB2      PRO  85   4.346  -9.364  -3.088
    3    HB3  PRO  85           HB3      PRO  85   6.054  -9.082  -3.469
    4    HG2  PRO  85           HG2      PRO  85   4.153 -11.090  -4.608
    5    HG3  PRO  85           HG3      PRO  85   5.457 -10.188  -5.415
    6    HD2  PRO  85           HD2      PRO  85   5.701 -12.838  -4.679
    7    HD3  PRO  85           HD3      PRO  85   7.099 -11.711  -4.737

  No H/Q in entry =           7
  In of MODEL   12
    1    H    LYS  86           H        LYS  86   4.783  -9.352  -0.307
    2    HA   LYS  86           HA       LYS  86   2.780 -11.371   0.445
    3    HB2  LYS  86           HB2      LYS  86   3.957  -9.206   2.203
    4    HB3  LYS  86           HB3      LYS  86   2.843 -10.465   2.706
    5    HG2  LYS  86           HG2      LYS  86   5.734 -10.724   1.939
    6    HG3  LYS  86           HG3      LYS  86   4.962 -11.156   3.466
    7    HD2  LYS  86           HD2      LYS  86   3.595 -12.785   1.835
    8    HD3  LYS  86           HD3      LYS  86   5.076 -12.628   0.891
    9    HE2  LYS  86           HE2      LYS  86   5.097 -14.586   2.409
   10    HE3  LYS  86           HE3      LYS  86   6.403 -13.454   2.739
   11    HZ1  LYS  86           HZ1      LYS  86   3.848 -13.590   4.254
   12    HZ2  LYS  86           HZ2      LYS  86   5.323 -14.264   4.758
   13    HZ3  LYS  86           HZ3      LYS  86   5.174 -12.584   4.600

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ILE  87           H        ILE  87   0.758 -10.709   1.056
    2    HA   ILE  87           HA       ILE  87   0.006  -7.997   0.173
    3    HB   ILE  87           HB       ILE  87  -1.327 -10.556  -0.346
    4   HG12  ILE  87          HG12      ILE  87  -0.749  -9.324  -2.252
    5   HG13  ILE  87          HG13      ILE  87  -2.469  -8.957  -2.078
    6   HG21  ILE  87          HG21      ILE  87  -2.934  -8.263   0.742
    7   HG22  ILE  87          HG22      ILE  87  -3.628  -9.533  -0.272
    8   HG23  ILE  87          HG23      ILE  87  -2.918  -9.939   1.292
    9   HD11  ILE  87          HD11      ILE  87  -0.244  -7.207  -1.092
   10   HD12  ILE  87          HD12      ILE  87  -1.124  -6.987  -2.603
   11   HD13  ILE  87          HD13      ILE  87  -1.970  -6.850  -1.064

  No H/Q in entry =          11
  In of MODEL   12
    1    H    VAL  88           H        VAL  88  -0.823  -6.642   1.567
    2    HA   VAL  88           HA       VAL  88  -1.742  -7.661   4.170
    3    HB   VAL  88           HB       VAL  88   0.280  -6.326   4.439
    4   HG11  VAL  88          HG11      VAL  88   0.143  -4.972   2.421
    5   HG12  VAL  88          HG12      VAL  88  -1.206  -4.075   3.129
    6   HG13  VAL  88          HG13      VAL  88   0.396  -3.981   3.862
    7   HG21  VAL  88          HG21      VAL  88  -2.249  -5.012   5.374
    8   HG22  VAL  88          HG22      VAL  88  -1.251  -6.178   6.242
    9   HG23  VAL  88          HG23      VAL  88  -0.646  -4.546   5.947

  No H/Q in entry =           9
  In of MODEL   12
    1    H    LYS  89           H        LYS  89  -3.860  -7.330   4.520
    2    HA   LYS  89           HA       LYS  89  -5.193  -5.533   2.610
    3    HB2  LYS  89           HB2      LYS  89  -6.483  -7.818   4.077
    4    HB3  LYS  89           HB3      LYS  89  -7.111  -6.931   2.698
    5    HG2  LYS  89           HG2      LYS  89  -5.830  -8.069   1.208
    6    HG3  LYS  89           HG3      LYS  89  -4.540  -8.350   2.380
    7    HD2  LYS  89           HD2      LYS  89  -7.235  -9.699   2.446
    8    HD3  LYS  89           HD3      LYS  89  -5.777 -10.423   1.768
    9    HE2  LYS  89           HE2      LYS  89  -4.700 -10.250   3.979
   10    HE3  LYS  89           HE3      LYS  89  -6.186  -9.567   4.639
   11    HZ1  LYS  89           HZ1      LYS  89  -7.321 -11.642   3.988
   12    HZ2  LYS  89           HZ2      LYS  89  -5.820 -12.295   3.538
   13    HZ3  LYS  89           HZ3      LYS  89  -6.109 -11.867   5.152

  No H/Q in entry =          13
  In of MODEL   12
    1    H    TRP  90           H        TRP  90  -6.875  -4.218   3.358
    2    HA   TRP  90           HA       TRP  90  -6.404  -3.339   6.075
    3    HB2  TRP  90           HB2      TRP  90  -6.490  -1.651   4.296
    4    HB3  TRP  90           HB3      TRP  90  -8.124  -2.157   3.890
    5    HD1  TRP  90           HD1      TRP  90  -6.620  -1.098   7.347
    6    HE1  TRP  90           HE1      TRP  90  -8.094   0.717   8.316
    7    HE3  TRP  90           HE3      TRP  90  -9.957  -0.618   3.463
    8    HZ2  TRP  90           HZ2      TRP  90 -10.434   2.161   7.591
    9    HZ3  TRP  90           HZ3      TRP  90 -11.782   0.997   3.686
   10    HH2  TRP  90           HH2      TRP  90 -12.025   2.375   5.684

  No H/Q in entry =          10
  In of MODEL   12
    1    H    ASP  91           H        ASP  91  -7.644  -3.649   7.768
    2    HA   ASP  91           HA       ASP  91  -9.652  -5.667   7.701
    3    HB2  ASP  91           HB2      ASP  91  -9.826  -5.279  10.125
    4    HB3  ASP  91           HB3      ASP  91  -8.144  -5.416   9.624

  No H/Q in entry =           4
  In of MODEL   12
    1    H    ARG  92           H        ARG  92 -11.543  -5.248   6.761
    2    HA   ARG  92           HA       ARG  92 -13.486  -3.667   7.968
    3    HB2  ARG  92           HB2      ARG  92 -13.679  -1.728   6.615
    4    HB3  ARG  92           HB3      ARG  92 -11.953  -1.881   6.935
    5    HG2  ARG  92           HG2      ARG  92 -11.863  -1.402   4.731
    6    HG3  ARG  92           HG3      ARG  92 -11.952  -3.174   4.631
    7    HD2  ARG  92           HD2      ARG  92 -13.585  -1.497   3.203
    8    HD3  ARG  92           HD3      ARG  92 -14.070  -3.115   3.728
    9    HE   ARG  92           HE       ARG  92 -14.674  -1.126   5.686
   10   HH11  ARG  92          HH11      ARG  92 -15.750  -2.513   2.658
   11   HH12  ARG  92          HH12      ARG  92 -17.418  -2.152   2.940
   12   HH21  ARG  92          HH21      ARG  92 -16.866  -0.627   6.052
   13   HH22  ARG  92          HH22      ARG  92 -18.062  -1.076   4.867

  No H/Q in entry =          13
  In of MODEL   12
    1    H    ASP  93           H        ASP  93 -12.413  -5.826   5.702
    2    HA   ASP  93           HA       ASP  93 -14.988  -6.618   4.788
    3    HB2  ASP  93           HB2      ASP  93 -14.489  -4.485   3.455
    4    HB3  ASP  93           HB3      ASP  93 -13.248  -5.433   2.630

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   MET  94           HA       MET  94 -10.946  -8.931   3.338
    2    HB2  MET  94           HB2      MET  94  -9.675  -9.801   5.661
    3    HB3  MET  94           HB3      MET  94  -9.051  -8.651   4.485
    4    HG2  MET  94           HG2      MET  94  -8.910  -7.898   6.867
    5    HG3  MET  94           HG3      MET  94  -9.755  -6.769   5.805
    6    HE1  MET  94           HE1      MET  94  -9.841  -9.058   8.889
    7    HE2  MET  94           HE2      MET  94 -11.557  -9.347   9.170
    8    HE3  MET  94           HE3      MET  94 -10.754 -10.083   7.779

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   MET   1           HA       MET   1   5.546  -7.510   6.185
    2    HB2  MET   1           HB2      MET   1   5.179  -8.801   8.310
    3    HB3  MET   1           HB3      MET   1   4.486  -7.350   9.018
    4    HG2  MET   1           HG2      MET   1   2.685  -7.379   7.419
    5    HG3  MET   1           HG3      MET   1   3.409  -8.748   6.580
    6    HE1  MET   1           HE1      MET   1   3.679 -11.168   7.683
    7    HE2  MET   1           HE2      MET   1   4.463 -10.458   9.094
    8    HE3  MET   1           HE3      MET   1   3.111 -11.570   9.303

  No H/Q in entry =           8
  In of MODEL   13
    1    H    ILE   2           H        ILE   2   3.626  -6.322   5.570
    2    HA   ILE   2           HA       ILE   2   4.035  -3.462   5.929
    3    HB   ILE   2           HB       ILE   2   1.799  -4.623   4.284
    4   HG12  ILE   2          HG12      ILE   2   4.520  -4.342   3.040
    5   HG13  ILE   2          HG13      ILE   2   4.069  -5.844   3.854
    6   HG21  ILE   2          HG21      ILE   2   2.093  -2.168   4.536
    7   HG22  ILE   2          HG22      ILE   2   3.636  -2.313   3.692
    8   HG23  ILE   2          HG23      ILE   2   2.137  -2.735   2.868
    9   HD11  ILE   2          HD11      ILE   2   2.110  -6.021   2.361
   10   HD12  ILE   2          HD12      ILE   2   2.647  -4.567   1.522
   11   HD13  ILE   2          HD13      ILE   2   3.641  -6.026   1.485

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLN   3           H        GLN   3   2.472  -2.047   6.758
    2    HA   GLN   3           HA       GLN   3  -0.004  -3.295   7.745
    3    HB2  GLN   3           HB2      GLN   3   1.714  -1.265   9.180
    4    HB3  GLN   3           HB3      GLN   3   0.065  -1.672   9.662
    5    HG2  GLN   3           HG2      GLN   3   0.832  -4.088   9.872
    6    HG3  GLN   3           HG3      GLN   3   2.494  -3.467   9.703
    7   HE21  GLN   3          HE21      GLN   3  -0.136  -1.819  11.330
    8   HE22  GLN   3          HE22      GLN   3   0.517  -1.939  12.928

  No H/Q in entry =           8
  In of MODEL   13
    1    H    VAL   4           H        VAL   4  -1.621  -2.499   6.617
    2    HA   VAL   4           HA       VAL   4  -1.420   0.144   5.422
    3    HB   VAL   4           HB       VAL   4  -3.733  -0.539   4.438
    4   HG11  VAL   4          HG11      VAL   4  -1.226  -2.057   3.698
    5   HG12  VAL   4          HG12      VAL   4  -2.646  -1.862   2.673
    6   HG13  VAL   4          HG13      VAL   4  -1.684  -0.455   3.122
    7   HG21  VAL   4          HG21      VAL   4  -4.124  -2.374   6.021
    8   HG22  VAL   4          HG22      VAL   4  -4.146  -2.929   4.347
    9   HG23  VAL   4          HG23      VAL   4  -2.735  -3.232   5.358

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR   5           H        TYR   5  -3.062   1.703   5.596
    2    HA   TYR   5           HA       TYR   5  -4.872   1.659   7.858
    3    HB2  TYR   5           HB2      TYR   5  -2.367   3.328   7.800
    4    HB3  TYR   5           HB3      TYR   5  -3.804   3.912   8.633
    5    HD1  TYR   5           HD1      TYR   5  -0.778   2.688   9.354
    6    HD2  TYR   5           HD2      TYR   5  -4.843   1.598  10.018
    7    HE1  TYR   5           HE1      TYR   5  -0.107   1.424  11.361
    8    HE2  TYR   5           HE2      TYR   5  -4.176   0.322  12.023
    9    HH   TYR   5           HH       TYR   5  -2.259  -0.719  12.984

  No H/Q in entry =           9
  In of MODEL   13
    1    H    SER   6           H        SER   6  -6.058   3.856   7.961
    2    HA   SER   6           HA       SER   6  -5.852   5.308   5.420
    3    HB2  SER   6           HB2      SER   6  -8.298   5.439   5.278
    4    HB3  SER   6           HB3      SER   6  -7.877   3.716   5.456
    5    HG   SER   6           HG       SER   6  -8.703   3.692   7.407

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ARG   7           H        ARG   7  -6.673   7.492   5.532
    2    HA   ARG   7           HA       ARG   7  -5.983   8.735   8.075
    3    HB2  ARG   7           HB2      ARG   7  -5.363   9.515   5.610
    4    HB3  ARG   7           HB3      ARG   7  -6.919  10.338   5.710
    5    HG2  ARG   7           HG2      ARG   7  -4.807  10.707   7.809
    6    HG3  ARG   7           HG3      ARG   7  -4.825  11.656   6.325
    7    HD2  ARG   7           HD2      ARG   7  -7.080  12.435   6.853
    8    HD3  ARG   7           HD3      ARG   7  -7.066  11.482   8.335
    9    HE   ARG   7           HE       ARG   7  -4.942  13.447   8.041
   10   HH11  ARG   7          HH11      ARG   7  -8.081  12.666   9.391
   11   HH12  ARG   7          HH12      ARG   7  -8.027  13.923  10.588
   12   HH21  ARG   7          HH21      ARG   7  -4.875  15.131   9.587
   13   HH22  ARG   7          HH22      ARG   7  -6.189  15.314  10.718

  No H/Q in entry =          13
  In of MODEL   13
    1    H    HIS   8           H        HIS   8  -8.814   7.763   6.463
    2    HA   HIS   8           HA       HIS   8 -10.460   9.651   8.009
    3    HB2  HIS   8           HB2      HIS   8 -11.071   8.671   5.214
    4    HB3  HIS   8           HB3      HIS   8 -11.939   9.905   6.119
    5    HD2  HIS   8           HD2      HIS   8 -10.528  12.382   6.380
    6    HE1  HIS   8           HE1      HIS   8  -7.941  11.479   3.155
    7    HE2  HIS   8           HE2      HIS   8  -8.967  13.341   4.533

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   PRO   9           HA       PRO   9 -12.943   6.089   9.070
    2    HB2  PRO   9           HB2      PRO   9 -15.478   7.368   8.758
    3    HB3  PRO   9           HB3      PRO   9 -14.590   7.061  10.257
    4    HG2  PRO   9           HG2      PRO   9 -15.058   9.563   9.076
    5    HG3  PRO   9           HG3      PRO   9 -13.900   9.213  10.367
    6    HD2  PRO   9           HD2      PRO   9 -13.422   9.709   7.486
    7    HD3  PRO   9           HD3      PRO   9 -12.331   9.894   8.876

  No H/Q in entry =           7
  In of MODEL   13
    1    H    ALA  10           H        ALA  10 -13.492   4.378   7.831
    2    HA   ALA  10           HA       ALA  10 -13.830   4.363   5.101
    3    HB1  ALA  10           HB1      ALA  10 -14.682   2.088   5.367
    4    HB2  ALA  10           HB2      ALA  10 -13.325   2.374   6.456
    5    HB3  ALA  10           HB3      ALA  10 -14.973   2.388   7.078

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLU  11           H        GLU  11 -15.379   5.774   4.175
    2    HA   GLU  11           HA       GLU  11 -18.140   5.232   5.017
    3    HB2  GLU  11           HB2      GLU  11 -16.794   7.637   3.932
    4    HB3  GLU  11           HB3      GLU  11 -18.450   7.358   3.411
    5    HG2  GLU  11           HG2      GLU  11 -17.532   7.518   6.273
    6    HG3  GLU  11           HG3      GLU  11 -18.324   8.806   5.371

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ASN  12           H        ASN  12 -19.273   3.919   3.803
    2    HA   ASN  12           HA       ASN  12 -18.405   2.908   1.306
    3    HB2  ASN  12           HB2      ASN  12 -20.828   2.603   3.089
    4    HB3  ASN  12           HB3      ASN  12 -20.923   1.939   1.469
    5   HD21  ASN  12          HD21      ASN  12 -21.110  -0.143   2.366
    6   HD22  ASN  12          HD22      ASN  12 -19.743  -0.984   3.034

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLY  13           H        GLY  13 -18.185   4.327  -0.267
    2    HA2  GLY  13           HA2      GLY  13 -20.634   5.748  -1.158
    3    HA3  GLY  13           HA3      GLY  13 -19.537   4.963  -2.283

  No H/Q in entry =           3
  In of MODEL   13
    1    H    LYS  14           H        LYS  14 -17.675   6.510   0.122
    2    HA   LYS  14           HA       LYS  14 -17.319   8.674  -1.866
    3    HB2  LYS  14           HB2      LYS  14 -17.132  10.371  -0.207
    4    HB3  LYS  14           HB3      LYS  14 -18.618   9.494   0.096
    5    HG2  LYS  14           HG2      LYS  14 -17.809   9.768   2.199
    6    HG3  LYS  14           HG3      LYS  14 -17.189   8.164   1.806
    7    HD2  LYS  14           HD2      LYS  14 -15.442   9.427   2.870
    8    HD3  LYS  14           HD3      LYS  14 -15.025   9.233   1.174
    9    HE2  LYS  14           HE2      LYS  14 -14.608  11.509   2.162
   10    HE3  LYS  14           HE3      LYS  14 -15.567  11.493   0.691
   11    HZ1  LYS  14           HZ1      LYS  14 -17.575  11.610   2.163
   12    HZ2  LYS  14           HZ2      LYS  14 -16.530  11.865   3.475
   13    HZ3  LYS  14           HZ3      LYS  14 -16.580  12.981   2.205

  No H/Q in entry =          13
  In of MODEL   13
    1    H    SER  15           H        SER  15 -15.328   9.532  -2.175
    2    HA   SER  15           HA       SER  15 -13.239   7.611  -1.845
    3    HB2  SER  15           HB2      SER  15 -11.943   9.346  -3.250
    4    HB3  SER  15           HB3      SER  15 -13.335   8.538  -3.981
    5    HG   SER  15           HG       SER  15 -13.383  10.803  -4.324

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ASN  16           H        ASN  16 -11.176   7.908  -1.124
    2    HA   ASN  16           HA       ASN  16 -10.368  10.090   0.584
    3    HB2  ASN  16           HB2      ASN  16 -10.594   7.330   1.826
    4    HB3  ASN  16           HB3      ASN  16 -10.053   8.802   2.612
    5   HD21  ASN  16          HD21      ASN  16 -11.557  10.229   3.408
    6   HD22  ASN  16          HD22      ASN  16 -13.240   9.845   3.513

  No H/Q in entry =           6
  In of MODEL   13
    1    H    PHE  17           H        PHE  17  -8.287   8.305   1.874
    2    HA   PHE  17           HA       PHE  17  -6.841   7.479  -0.557
    3    HB2  PHE  17           HB2      PHE  17  -5.894   9.258   1.673
    4    HB3  PHE  17           HB3      PHE  17  -4.751   8.322   0.715
    5    HD1  PHE  17           HD1      PHE  17  -5.939   8.475  -1.940
    6    HD2  PHE  17           HD2      PHE  17  -5.516  11.470   1.050
    7    HE1  PHE  17           HE1      PHE  17  -5.901  10.208  -3.692
    8    HE2  PHE  17           HE2      PHE  17  -5.487  13.209  -0.690
    9    HZ   PHE  17           HZ       PHE  17  -5.677  12.579  -3.063

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  18           H        LEU  18  -5.745   5.574  -0.454
    2    HA   LEU  18           HA       LEU  18  -5.779   4.105   2.086
    3    HB2  LEU  18           HB2      LEU  18  -6.673   2.819   0.284
    4    HB3  LEU  18           HB3      LEU  18  -5.329   3.233  -0.762
    5    HG   LEU  18           HG       LEU  18  -3.818   1.797   0.539
    6   HD11  LEU  18          HD11      LEU  18  -6.240   1.215   2.249
    7   HD12  LEU  18          HD12      LEU  18  -4.725   0.317   2.294
    8   HD13  LEU  18          HD13      LEU  18  -4.753   2.016   2.757
    9   HD21  LEU  18          HD21      LEU  18  -6.391   0.428  -0.248
   10   HD22  LEU  18          HD22      LEU  18  -5.015   0.769  -1.296
   11   HD23  LEU  18          HD23      LEU  18  -4.848  -0.379   0.031

  No H/Q in entry =          11
  In of MODEL   13
    1    H    ASN  19           H        ASN  19  -4.025   3.910   3.281
    2    HA   ASN  19           HA       ASN  19  -1.458   4.752   2.121
    3    HB2  ASN  19           HB2      ASN  19  -2.401   4.757   5.001
    4    HB3  ASN  19           HB3      ASN  19  -0.774   5.184   4.485
    5   HD21  ASN  19          HD21      ASN  19  -2.762   6.775   5.886
    6   HD22  ASN  19          HD22      ASN  19  -3.015   8.180   4.915

  No H/Q in entry =           6
  In of MODEL   13
    1    H    CYS  20           H        CYS  20   0.040   3.215   1.798
    2    HA   CYS  20           HA       CYS  20  -0.059   0.776   3.458
    3    HB2  CYS  20           HB2      CYS  20  -0.355   0.135   1.190
    4    HB3  CYS  20           HB3      CYS  20   0.854   1.281   0.603

  No H/Q in entry =           4
  In of MODEL   13
    1    H    TYR  21           H        TYR  21   1.455   0.857   5.017
    2    HA   TYR  21           HA       TYR  21   3.799   2.585   4.612
    3    HB2  TYR  21           HB2      TYR  21   2.727   3.337   6.554
    4    HB3  TYR  21           HB3      TYR  21   2.265   1.723   7.056
    5    HD1  TYR  21           HD1      TYR  21   5.161   4.055   6.840
    6    HD2  TYR  21           HD2      TYR  21   3.495   0.609   8.703
    7    HE1  TYR  21           HE1      TYR  21   6.940   4.115   8.527
    8    HE2  TYR  21           HE2      TYR  21   5.283   0.653  10.387
    9    HH   TYR  21           HH       TYR  21   7.530   1.518  10.666

  No H/Q in entry =           9
  In of MODEL   13
    1    H    VAL  22           H        VAL  22   5.448   1.539   3.750
    2    HA   VAL  22           HA       VAL  22   6.043  -1.240   4.530
    3    HB   VAL  22           HB       VAL  22   7.210   0.329   2.196
    4   HG11  VAL  22          HG11      VAL  22   8.286  -1.806   2.974
    5   HG12  VAL  22          HG12      VAL  22   6.816  -2.641   2.482
    6   HG13  VAL  22          HG13      VAL  22   7.780  -1.774   1.281
    7   HG21  VAL  22          HG21      VAL  22   4.686  -1.328   2.242
    8   HG22  VAL  22          HG22      VAL  22   4.831   0.387   1.856
    9   HG23  VAL  22          HG23      VAL  22   5.520  -0.826   0.769

  No H/Q in entry =           9
  In of MODEL   13
    1    H    SER  23           H        SER  23   7.558  -1.301   6.193
    2    HA   SER  23           HA       SER  23   9.489   0.927   6.326
    3    HB2  SER  23           HB2      SER  23   9.220   0.851   8.790
    4    HB3  SER  23           HB3      SER  23   7.708   1.187   7.959
    5    HG   SER  23           HG       SER  23   8.350  -1.475   8.543

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLY  24           H        GLY  24  11.580   0.565   6.941
    2    HA2  GLY  24           HA2      GLY  24  12.420  -2.101   7.831
    3    HA3  GLY  24           HA3      GLY  24  13.428  -0.657   7.774

  No H/Q in entry =           3
  In of MODEL   13
    1    H    PHE  25           H        PHE  25  11.691  -0.934   4.973
    2    HA   PHE  25           HA       PHE  25  13.627  -2.687   3.650
    3    HB2  PHE  25           HB2      PHE  25  11.053  -1.564   2.579
    4    HB3  PHE  25           HB3      PHE  25  12.009  -2.869   1.910
    5    HD1  PHE  25           HD1      PHE  25   9.356  -2.038   4.179
    6    HD2  PHE  25           HD2      PHE  25  12.239  -5.036   3.244
    7    HE1  PHE  25           HE1      PHE  25   8.035  -3.699   5.449
    8    HE2  PHE  25           HE2      PHE  25  10.922  -6.699   4.506
    9    HZ   PHE  25           HZ       PHE  25   8.812  -6.020   5.577

  No H/Q in entry =           9
  In of MODEL   13
    1    H    HIS  26           H        HIS  26  14.825  -2.003   1.873
    2    HA   HIS  26           HA       HIS  26  15.406   0.832   2.018
    3    HB2  HIS  26           HB2      HIS  26  16.934  -1.036   0.245
    4    HB3  HIS  26           HB3      HIS  26  17.515   0.318   1.222
    5    HD2  HIS  26           HD2      HIS  26  18.009  -0.284   3.944
    6    HE1  HIS  26           HE1      HIS  26  17.513  -4.455   3.450
    7    HE2  HIS  26           HE2      HIS  26  18.004  -2.598   5.103

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   PRO  27           HA       PRO  27  12.443   1.770  -1.070
    2    HB2  PRO  27           HB2      PRO  27  14.333   4.032  -1.572
    3    HB3  PRO  27           HB3      PRO  27  12.584   4.071  -1.323
    4    HG2  PRO  27           HG2      PRO  27  14.278   4.756   0.625
    5    HG3  PRO  27           HG3      PRO  27  12.772   3.864   0.980
    6    HD2  PRO  27           HD2      PRO  27  15.603   2.924   0.966
    7    HD3  PRO  27           HD3      PRO  27  14.221   2.345   1.920

  No H/Q in entry =           7
  In of MODEL   13
    1    H    SER  28           H        SER  28  15.854   1.846  -2.032
    2    HA   SER  28           HA       SER  28  15.403   2.366  -4.749
    3    HB2  SER  28           HB2      SER  28  17.770   1.332  -4.949
    4    HB3  SER  28           HB3      SER  28  17.578   2.818  -4.003
    5    HG   SER  28           HG       SER  28  18.043   0.169  -3.154

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ASP  29           H        ASP  29  15.582  -0.746  -3.030
    2    HA   ASP  29           HA       ASP  29  15.227  -2.069  -5.646
    3    HB2  ASP  29           HB2      ASP  29  16.512  -3.218  -3.157
    4    HB3  ASP  29           HB3      ASP  29  16.351  -4.024  -4.713

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ILE  30           H        ILE  30  12.861  -1.221  -4.143
    2    HA   ILE  30           HA       ILE  30  11.822  -3.933  -3.717
    3    HB   ILE  30           HB       ILE  30  10.806  -3.547  -1.753
    4   HG12  ILE  30          HG12      ILE  30  10.621  -0.561  -2.213
    5   HG13  ILE  30          HG13      ILE  30   9.365  -1.731  -2.627
    6   HG21  ILE  30          HG21      ILE  30  13.005  -1.499  -1.652
    7   HG22  ILE  30          HG22      ILE  30  12.141  -2.100  -0.237
    8   HG23  ILE  30          HG23      ILE  30  13.104  -3.203  -1.216
    9   HD11  ILE  30          HD11      ILE  30   9.469  -2.460  -0.198
   10   HD12  ILE  30          HD12      ILE  30  10.369  -0.967   0.081
   11   HD13  ILE  30          HD13      ILE  30   8.722  -0.894  -0.553

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLU  31           H        GLU  31   9.462  -4.120  -3.862
    2    HA   GLU  31           HA       GLU  31   8.332  -2.182  -5.730
    3    HB2  GLU  31           HB2      GLU  31   9.261  -4.762  -6.165
    4    HB3  GLU  31           HB3      GLU  31   7.524  -4.876  -6.193
    5    HG2  GLU  31           HG2      GLU  31   9.227  -3.017  -7.862
    6    HG3  GLU  31           HG3      GLU  31   8.453  -4.492  -8.443

  No H/Q in entry =           6
  In of MODEL   13
    1    H    VAL  32           H        VAL  32   6.447  -1.527  -5.038
    2    HA   VAL  32           HA       VAL  32   4.732  -3.231  -3.380
    3    HB   VAL  32           HB       VAL  32   5.288  -2.124  -1.477
    4   HG11  VAL  32          HG11      VAL  32   7.290  -1.220  -2.636
    5   HG12  VAL  32          HG12      VAL  32   6.352   0.215  -3.046
    6   HG13  VAL  32          HG13      VAL  32   6.667  -0.185  -1.354
    7   HG21  VAL  32          HG21      VAL  32   3.095  -1.136  -1.965
    8   HG22  VAL  32          HG22      VAL  32   4.125  -0.060  -1.025
    9   HG23  VAL  32          HG23      VAL  32   3.893   0.225  -2.750

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ASP  33           H        ASP  33   2.559  -3.006  -3.763
    2    HA   ASP  33           HA       ASP  33   1.675  -0.710  -5.389
    3    HB2  ASP  33           HB2      ASP  33   1.047  -3.642  -5.983
    4    HB3  ASP  33           HB3      ASP  33   0.212  -2.275  -6.729

  No H/Q in entry =           4
  In of MODEL   13
    1    H    LEU  34           H        LEU  34  -0.712  -0.532  -5.399
    2    HA   LEU  34           HA       LEU  34  -1.880  -1.498  -2.870
    3    HB2  LEU  34           HB2      LEU  34  -2.279   1.012  -4.440
    4    HB3  LEU  34           HB3      LEU  34  -3.634   0.385  -3.526
    5    HG   LEU  34           HG       LEU  34  -2.199   0.462  -1.465
    6   HD11  LEU  34          HD11      LEU  34  -0.338   2.034  -3.239
    7   HD12  LEU  34          HD12      LEU  34  -0.220   1.892  -1.483
    8   HD13  LEU  34          HD13      LEU  34   0.000   0.467  -2.501
    9   HD21  LEU  34          HD21      LEU  34  -3.840   2.179  -1.934
   10   HD22  LEU  34          HD22      LEU  34  -2.414   2.866  -1.159
   11   HD23  LEU  34          HD23      LEU  34  -2.656   3.066  -2.893

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU  35           H        LEU  35  -3.591  -2.859  -2.965
    2    HA   LEU  35           HA       LEU  35  -4.588  -3.562  -5.648
    3    HB2  LEU  35           HB2      LEU  35  -4.135  -5.473  -3.351
    4    HB3  LEU  35           HB3      LEU  35  -4.684  -5.872  -4.959
    5    HG   LEU  35           HG       LEU  35  -1.935  -5.184  -4.014
    6   HD11  LEU  35          HD11      LEU  35  -3.226  -7.379  -5.622
    7   HD12  LEU  35          HD12      LEU  35  -1.485  -7.212  -5.446
    8   HD13  LEU  35          HD13      LEU  35  -2.492  -7.500  -4.020
    9   HD21  LEU  35          HD21      LEU  35  -2.420  -3.736  -6.002
   10   HD22  LEU  35          HD22      LEU  35  -1.135  -4.916  -6.248
   11   HD23  LEU  35          HD23      LEU  35  -2.735  -5.205  -6.921

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LYS  36           H        LYS  36  -6.559  -4.784  -5.688
    2    HA   LYS  36           HA       LYS  36  -8.363  -4.508  -3.382
    3    HB2  LYS  36           HB2      LYS  36  -9.456  -4.963  -6.125
    4    HB3  LYS  36           HB3      LYS  36 -10.182  -4.094  -4.758
    5    HG2  LYS  36           HG2      LYS  36  -8.715  -2.207  -5.201
    6    HG3  LYS  36           HG3      LYS  36  -7.910  -3.084  -6.492
    7    HD2  LYS  36           HD2      LYS  36  -9.507  -1.465  -7.410
    8    HD3  LYS  36           HD3      LYS  36  -9.970  -3.119  -7.824
    9    HE2  LYS  36           HE2      LYS  36 -11.935  -1.731  -7.175
   10    HE3  LYS  36           HE3      LYS  36 -11.703  -3.052  -6.045
   11    HZ1  LYS  36           HZ1      LYS  36 -10.523  -0.407  -5.491
   12    HZ2  LYS  36           HZ2      LYS  36 -12.164  -0.693  -5.180
   13    HZ3  LYS  36           HZ3      LYS  36 -10.990  -1.632  -4.402

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ASN  37           H        ASN  37  -8.535  -6.504  -2.501
    2    HA   ASN  37           HA       ASN  37  -8.059  -8.757  -2.329
    3    HB2  ASN  37           HB2      ASN  37  -9.998  -9.517  -4.305
    4    HB3  ASN  37           HB3      ASN  37 -10.185  -9.600  -2.581
    5   HD21  ASN  37          HD21      ASN  37 -10.482  -7.456  -5.380
    6   HD22  ASN  37          HD22      ASN  37 -11.713  -6.442  -4.692

  No H/Q in entry =           6
  In of MODEL   13
    1    H    GLY  38           H        GLY  38  -6.001  -8.081  -3.680
    2    HA2  GLY  38           HA2      GLY  38  -5.527 -10.231  -5.477
    3    HA3  GLY  38           HA3      GLY  38  -4.381  -8.980  -5.065

  No H/Q in entry =           3
  In of MODEL   13
    1    H    GLU  39           H        GLU  39  -6.326  -6.858  -6.105
    2    HA   GLU  39           HA       GLU  39  -5.711  -7.295  -8.953
    3    HB2  GLU  39           HB2      GLU  39  -8.139  -7.611  -8.547
    4    HB3  GLU  39           HB3      GLU  39  -8.227  -5.993  -7.868
    5    HG2  GLU  39           HG2      GLU  39  -9.058  -6.122 -10.206
    6    HG3  GLU  39           HG3      GLU  39  -7.705  -5.004  -9.998

  No H/Q in entry =           6
  In of MODEL   13
    1    H    ARG  40           H        ARG  40  -4.417  -5.763  -9.717
    2    HA   ARG  40           HA       ARG  40  -3.480  -3.643  -8.126
    3    HB2  ARG  40           HB2      ARG  40  -2.629  -4.838 -10.460
    4    HB3  ARG  40           HB3      ARG  40  -3.161  -3.272 -11.052
    5    HG2  ARG  40           HG2      ARG  40  -1.679  -2.184  -9.398
    6    HG3  ARG  40           HG3      ARG  40  -1.100  -3.773  -8.906
    7    HD2  ARG  40           HD2      ARG  40   0.550  -3.150 -10.371
    8    HD3  ARG  40           HD3      ARG  40  -0.520  -4.007 -11.480
    9    HE   ARG  40           HE       ARG  40  -1.243  -1.912 -12.353
   10   HH11  ARG  40          HH11      ARG  40   1.321  -1.609  -9.956
   11   HH12  ARG  40          HH12      ARG  40   1.839  -0.055 -10.533
   12   HH21  ARG  40          HH21      ARG  40  -0.525   0.116 -13.119
   13   HH22  ARG  40          HH22      ARG  40   0.781   0.937 -12.311

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE  41           H        ILE  41  -4.372  -1.816  -7.603
    2    HA   ILE  41           HA       ILE  41  -6.813  -0.885  -8.623
    3    HB   ILE  41           HB       ILE  41  -4.747   0.553  -6.955
    4   HG12  ILE  41          HG12      ILE  41  -7.246  -0.951  -6.160
    5   HG13  ILE  41          HG13      ILE  41  -5.604  -1.561  -5.984
    6   HG21  ILE  41          HG21      ILE  41  -7.649   1.227  -7.455
    7   HG22  ILE  41          HG22      ILE  41  -6.607   2.026  -6.279
    8   HG23  ILE  41          HG23      ILE  41  -6.255   2.150  -8.003
    9   HD11  ILE  41          HD11      ILE  41  -6.457   0.976  -4.660
   10   HD12  ILE  41          HD12      ILE  41  -6.770  -0.610  -3.942
   11   HD13  ILE  41          HD13      ILE  41  -5.112  -0.107  -4.275

  No H/Q in entry =          11
  In of MODEL   13
    1    H    GLU  42           H        GLU  42  -3.872   1.114  -8.617
    2    HA   GLU  42           HA       GLU  42  -2.485   1.112 -10.675
    3    HB2  GLU  42           HB2      GLU  42  -5.166   1.650 -11.954
    4    HB3  GLU  42           HB3      GLU  42  -3.636   1.976 -12.750
    5    HG2  GLU  42           HG2      GLU  42  -3.889  -0.744 -11.700
    6    HG3  GLU  42           HG3      GLU  42  -5.058  -0.319 -12.945

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LYS  43           H        LYS  43  -4.945   3.226  -9.313
    2    HA   LYS  43           HA       LYS  43  -3.761   5.619 -10.424
    3    HB2  LYS  43           HB2      LYS  43  -5.762   5.450  -8.167
    4    HB3  LYS  43           HB3      LYS  43  -5.459   6.807  -9.240
    5    HG2  LYS  43           HG2      LYS  43  -6.894   4.230  -9.884
    6    HG3  LYS  43           HG3      LYS  43  -7.539   5.873  -9.893
    7    HD2  LYS  43           HD2      LYS  43  -5.884   6.372 -11.744
    8    HD3  LYS  43           HD3      LYS  43  -5.586   4.634 -11.816
    9    HE2  LYS  43           HE2      LYS  43  -7.974   4.252 -12.253
   10    HE3  LYS  43           HE3      LYS  43  -8.258   5.992 -12.207
   11    HZ1  LYS  43           HZ1      LYS  43  -6.670   6.187 -14.094
   12    HZ2  LYS  43           HZ2      LYS  43  -6.627   4.491 -14.183
   13    HZ3  LYS  43           HZ3      LYS  43  -8.076   5.319 -14.469

  No H/Q in entry =          13
  In of MODEL   13
    1    H    VAL  44           H        VAL  44  -1.678   4.501  -9.275
    2    HA   VAL  44           HA       VAL  44  -1.481   5.708  -6.612
    3    HB   VAL  44           HB       VAL  44  -1.480   2.947  -7.032
    4   HG11  VAL  44          HG11      VAL  44   0.765   2.994  -7.953
    5   HG12  VAL  44          HG12      VAL  44   1.334   3.843  -6.516
    6   HG13  VAL  44          HG13      VAL  44   0.741   2.187  -6.382
    7   HG21  VAL  44          HG21      VAL  44  -2.042   4.109  -4.973
    8   HG22  VAL  44          HG22      VAL  44  -0.893   2.801  -4.689
    9   HG23  VAL  44          HG23      VAL  44  -0.337   4.476  -4.714

  No H/Q in entry =           9
  In of MODEL   13
    1    H    GLU  45           H        GLU  45   0.245   6.949  -6.353
    2    HA   GLU  45           HA       GLU  45   2.463   6.760  -8.273
    3    HB2  GLU  45           HB2      GLU  45   0.753   9.211  -7.815
    4    HB3  GLU  45           HB3      GLU  45   2.342   9.278  -8.559
    5    HG2  GLU  45           HG2      GLU  45   0.122   7.583  -9.656
    6    HG3  GLU  45           HG3      GLU  45   0.341   9.273 -10.108

  No H/Q in entry =           6
  In of MODEL   13
    1    H    HIS  46           H        HIS  46   4.104   6.389  -6.819
    2    HA   HIS  46           HA       HIS  46   4.885   8.704  -5.275
    3    HB2  HIS  46           HB2      HIS  46   3.604   7.643  -3.574
    4    HB3  HIS  46           HB3      HIS  46   4.187   6.050  -4.030
    5    HD2  HIS  46           HD2      HIS  46   5.807   9.300  -2.423
    6    HE1  HIS  46           HE1      HIS  46   7.738   5.800  -1.042
    7    HE2  HIS  46           HE2      HIS  46   7.788   8.321  -1.049

  No H/Q in entry =           7
  In of MODEL   13
    1    H    SER  47           H        SER  47   7.014   8.914  -5.167
    2    HA   SER  47           HA       SER  47   8.775   6.630  -5.102
    3    HB2  SER  47           HB2      SER  47   8.931   8.563  -7.433
    4    HB3  SER  47           HB3      SER  47  10.167   7.372  -7.032
    5    HG   SER  47           HG       SER  47   7.662   6.290  -7.200

  No H/Q in entry =           5
  In of MODEL   13
    1    H    ASP  48           H        ASP  48  10.349   7.122  -3.638
    2    HA   ASP  48           HA       ASP  48  11.550   9.760  -3.825
    3    HB2  ASP  48           HB2      ASP  48  11.668  10.066  -1.384
    4    HB3  ASP  48           HB3      ASP  48  10.017  10.094  -1.976

  No H/Q in entry =           4
  In of MODEL   13
    1    H    LEU  49           H        LEU  49  13.618   9.811  -2.530
    2    HA   LEU  49           HA       LEU  49  15.771   9.166  -2.678
    3    HB2  LEU  49           HB2      LEU  49  14.561   6.487  -1.963
    4    HB3  LEU  49           HB3      LEU  49  16.286   6.727  -2.231
    5    HG   LEU  49           HG       LEU  49  16.490   8.177  -0.312
    6   HD11  LEU  49          HD11      LEU  49  14.283   9.357  -0.652
    7   HD12  LEU  49          HD12      LEU  49  13.525   8.009   0.209
    8   HD13  LEU  49          HD13      LEU  49  14.725   9.012   1.021
    9   HD21  LEU  49          HD21      LEU  49  14.784   5.773   0.338
   10   HD22  LEU  49          HD22      LEU  49  16.546   5.914   0.441
   11   HD23  LEU  49          HD23      LEU  49  15.520   6.800   1.567

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  50           H        SER  50  16.865   9.192  -4.500
    2    HA   SER  50           HA       SER  50  15.612   8.035  -6.862
    3    HB2  SER  50           HB2      SER  50  16.450  10.399  -6.853
    4    HB3  SER  50           HB3      SER  50  18.087   9.770  -6.681
    5    HG   SER  50           HG       SER  50  17.596  10.206  -8.855

  No H/Q in entry =           5
  In of MODEL   13
    1    H    PHE  51           H        PHE  51  18.860   8.101  -5.420
    2    HA   PHE  51           HA       PHE  51  19.214   5.329  -5.428
    3    HB2  PHE  51           HB2      PHE  51  19.584   6.368  -7.988
    4    HB3  PHE  51           HB3      PHE  51  21.218   6.232  -7.345
    5    HD1  PHE  51           HD1      PHE  51  21.965   3.999  -6.434
    6    HD2  PHE  51           HD2      PHE  51  18.416   4.485  -8.724
    7    HE1  PHE  51           HE1      PHE  51  21.944   1.585  -6.903
    8    HE2  PHE  51           HE2      PHE  51  18.386   2.071  -9.198
    9    HZ   PHE  51           HZ       PHE  51  20.152   0.619  -8.285

  No H/Q in entry =           9
  In of MODEL   13
    1    H    SER  52           H        SER  52  21.495   4.765  -4.853
    2    HA   SER  52           HA       SER  52  23.302   5.010  -3.502
    3    HB2  SER  52           HB2      SER  52  23.154   7.940  -4.275
    4    HB3  SER  52           HB3      SER  52  24.519   7.151  -3.486
    5    HG   SER  52           HG       SER  52  24.275   5.655  -5.472

  No H/Q in entry =           5
  In of MODEL   13
    1    H    LYS  53           H        LYS  53  20.429   5.598  -2.768
    2    HA   LYS  53           HA       LYS  53  20.964   6.451  -0.020
    3    HB2  LYS  53           HB2      LYS  53  18.659   7.452  -1.719
    4    HB3  LYS  53           HB3      LYS  53  18.824   7.720   0.010
    5    HG2  LYS  53           HG2      LYS  53  20.727   8.730  -2.096
    6    HG3  LYS  53           HG3      LYS  53  19.462   9.678  -1.316
    7    HD2  LYS  53           HD2      LYS  53  20.540   9.359   0.848
    8    HD3  LYS  53           HD3      LYS  53  21.787   8.365   0.090
    9    HE2  LYS  53           HE2      LYS  53  22.453  10.293  -1.284
   10    HE3  LYS  53           HE3      LYS  53  21.237  11.275  -0.473
   11    HZ1  LYS  53           HZ1      LYS  53  23.524   9.949   0.882
   12    HZ2  LYS  53           HZ2      LYS  53  23.470  11.584   0.437
   13    HZ3  LYS  53           HZ3      LYS  53  22.393  10.990   1.603

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ASP  54           H        ASP  54  20.800   4.316   0.642
    2    HA   ASP  54           HA       ASP  54  18.352   2.866  -0.079
    3    HB2  ASP  54           HB2      ASP  54  19.539   0.854   0.719
    4    HB3  ASP  54           HB3      ASP  54  20.435   1.678  -0.553

  No H/Q in entry =           4
  In of MODEL   13
    1    H    TRP  55           H        TRP  55  19.207   4.947   2.153
    2    HA   TRP  55           HA       TRP  55  18.655   3.741   4.621
    3    HB2  TRP  55           HB2      TRP  55  19.609   6.072   4.159
    4    HB3  TRP  55           HB3      TRP  55  17.939   6.583   3.953
    5    HD1  TRP  55           HD1      TRP  55  18.446   8.223   6.102
    6    HE1  TRP  55           HE1      TRP  55  18.272   7.762   8.594
    7    HE3  TRP  55           HE3      TRP  55  18.450   3.058   5.977
    8    HZ2  TRP  55           HZ2      TRP  55  18.126   5.483  10.335
    9    HZ3  TRP  55           HZ3      TRP  55  18.282   1.844   8.082
   10    HH2  TRP  55           HH2      TRP  55  18.125   3.018  10.228

  No H/Q in entry =          10
  In of MODEL   13
    1    H    SER  56           H        SER  56  16.960   2.631   5.061
    2    HA   SER  56           HA       SER  56  14.396   3.167   3.822
    3    HB2  SER  56           HB2      SER  56  13.895   0.974   5.114
    4    HB3  SER  56           HB3      SER  56  14.987   0.910   3.729
    5    HG   SER  56           HG       SER  56  15.700  -0.174   5.730

  No H/Q in entry =           5
  In of MODEL   13
    1    H    PHE  57           H        PHE  57  13.201   4.859   5.036
    2    HA   PHE  57           HA       PHE  57  12.918   4.162   7.848
    3    HB2  PHE  57           HB2      PHE  57  12.466   6.734   8.073
    4    HB3  PHE  57           HB3      PHE  57  14.112   6.117   8.045
    5    HD1  PHE  57           HD1      PHE  57  15.544   6.461   6.099
    6    HD2  PHE  57           HD2      PHE  57  11.625   8.111   6.280
    7    HE1  PHE  57           HE1      PHE  57  16.106   7.991   4.254
    8    HE2  PHE  57           HE2      PHE  57  12.180   9.636   4.432
    9    HZ   PHE  57           HZ       PHE  57  14.424   9.579   3.419

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR  58           H        TYR  58  11.200   6.611   5.876
    2    HA   TYR  58           HA       TYR  58   8.723   5.144   6.477
    3    HB2  TYR  58           HB2      TYR  58   9.055   7.354   7.622
    4    HB3  TYR  58           HB3      TYR  58   9.042   8.125   6.043
    5    HD1  TYR  58           HD1      TYR  58   6.981   6.320   8.524
    6    HD2  TYR  58           HD2      TYR  58   6.932   8.503   4.863
    7    HE1  TYR  58           HE1      TYR  58   4.522   6.501   8.671
    8    HE2  TYR  58           HE2      TYR  58   4.466   8.685   5.003
    9    HH   TYR  58           HH       TYR  58   2.748   7.924   7.850

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LEU  59           H        LEU  59   8.362   3.995   4.645
    2    HA   LEU  59           HA       LEU  59   8.173   5.413   2.074
    3    HB2  LEU  59           HB2      LEU  59   8.505   2.556   2.902
    4    HB3  LEU  59           HB3      LEU  59   7.757   2.905   1.362
    5    HG   LEU  59           HG       LEU  59  10.481   4.003   2.038
    6   HD11  LEU  59          HD11      LEU  59  10.496   1.551   2.387
    7   HD12  LEU  59          HD12      LEU  59   9.873   1.333   0.751
    8   HD13  LEU  59          HD13      LEU  59  11.460   2.047   1.005
    9   HD21  LEU  59          HD21      LEU  59   8.974   3.383  -0.498
   10   HD22  LEU  59          HD22      LEU  59   9.401   4.978   0.121
   11   HD23  LEU  59          HD23      LEU  59  10.664   3.887  -0.444

  No H/Q in entry =          11
  In of MODEL   13
    1    H    LEU  60           H        LEU  60   6.165   5.999   1.390
    2    HA   LEU  60           HA       LEU  60   3.883   4.298   2.044
    3    HB2  LEU  60           HB2      LEU  60   3.958   5.913   3.823
    4    HB3  LEU  60           HB3      LEU  60   4.160   7.223   2.683
    5    HG   LEU  60           HG       LEU  60   1.850   6.712   1.828
    6   HD11  LEU  60          HD11      LEU  60   1.730   4.414   2.656
    7   HD12  LEU  60          HD12      LEU  60   1.750   5.016   4.313
    8   HD13  LEU  60          HD13      LEU  60   0.391   5.394   3.256
    9   HD21  LEU  60          HD21      LEU  60   2.295   8.564   3.357
   10   HD22  LEU  60          HD22      LEU  60   0.731   7.820   3.696
   11   HD23  LEU  60          HD23      LEU  60   2.114   7.477   4.733

  No H/Q in entry =          11
  In of MODEL   13
    1    H    TYR  61           H        TYR  61   2.278   4.334   0.520
    2    HA   TYR  61           HA       TYR  61   2.691   6.046  -1.846
    3    HB2  TYR  61           HB2      TYR  61   1.869   3.111  -1.713
    4    HB3  TYR  61           HB3      TYR  61   1.706   4.088  -3.180
    5    HD1  TYR  61           HD1      TYR  61   3.454   4.114  -4.706
    6    HD2  TYR  61           HD2      TYR  61   4.338   3.030  -0.685
    7    HE1  TYR  61           HE1      TYR  61   5.756   3.577  -5.370
    8    HE2  TYR  61           HE2      TYR  61   6.660   2.500  -1.350
    9    HH   TYR  61           HH       TYR  61   7.982   3.419  -4.304

  No H/Q in entry =           9
  In of MODEL   13
    1    H    TYR  62           H        TYR  62   0.562   6.446  -3.066
    2    HA   TYR  62           HA       TYR  62  -1.730   6.157  -1.288
    3    HB2  TYR  62           HB2      TYR  62  -2.356   8.582  -1.621
    4    HB3  TYR  62           HB3      TYR  62  -1.017   8.256  -0.539
    5    HD1  TYR  62           HD1      TYR  62  -1.776   9.350  -4.031
    6    HD2  TYR  62           HD2      TYR  62   1.020   9.386  -0.822
    7    HE1  TYR  62           HE1      TYR  62  -0.432  11.018  -5.233
    8    HE2  TYR  62           HE2      TYR  62   2.373  11.059  -2.017
    9    HH   TYR  62           HH       TYR  62   1.219  12.723  -4.784

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR  63           H        THR  63  -3.686   5.939  -2.239
    2    HA   THR  63           HA       THR  63  -4.027   6.552  -5.090
    3    HB   THR  63           HB       THR  63  -3.318   4.064  -4.662
    4    HG1  THR  63           HG1      THR  63  -4.411   5.139  -6.576
    5   HG21  THR  63          HG21      THR  63  -4.948   3.614  -2.866
    6   HG22  THR  63          HG22      THR  63  -6.254   3.919  -4.008
    7   HG23  THR  63          HG23      THR  63  -5.174   2.550  -4.253

  No H/Q in entry =           7
  In of MODEL   13
    1    H    GLU  64           H        GLU  64  -6.153   7.069  -5.628
    2    HA   GLU  64           HA       GLU  64  -8.020   7.800  -3.643
    3    HB2  GLU  64           HB2      GLU  64  -7.676   8.497  -6.203
    4    HB3  GLU  64           HB3      GLU  64  -8.865   7.226  -6.455
    5    HG2  GLU  64           HG2      GLU  64 -10.065   9.268  -6.338
    6    HG3  GLU  64           HG3      GLU  64 -10.374   8.387  -4.842

  No H/Q in entry =           6
  In of MODEL   13
    1    H    PHE  65           H        PHE  65  -9.758   6.637  -2.731
    2    HA   PHE  65           HA       PHE  65 -10.472   4.115  -4.047
    3    HB2  PHE  65           HB2      PHE  65 -10.471   2.883  -2.011
    4    HB3  PHE  65           HB3      PHE  65  -8.949   3.738  -2.105
    5    HD1  PHE  65           HD1      PHE  65  -8.152   4.359  -0.090
    6    HD2  PHE  65           HD2      PHE  65 -12.342   4.590  -0.768
    7    HE1  PHE  65           HE1      PHE  65  -8.481   5.221   2.200
    8    HE2  PHE  65           HE2      PHE  65 -12.664   5.465   1.507
    9    HZ   PHE  65           HZ       PHE  65 -10.746   5.784   2.998

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR  66           H        THR  66 -12.604   3.370  -3.721
    2    HA   THR  66           HA       THR  66 -14.310   4.949  -1.922
    3    HB   THR  66           HB       THR  66 -15.139   3.936  -4.668
    4    HG1  THR  66           HG1      THR  66 -13.872   6.202  -3.879
    5   HG21  THR  66          HG21      THR  66 -16.588   5.632  -2.621
    6   HG22  THR  66          HG22      THR  66 -17.151   5.321  -4.266
    7   HG23  THR  66          HG23      THR  66 -17.005   3.991  -3.119

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   PRO  67           HA       PRO  67 -14.730   0.626  -0.629
    2    HB2  PRO  67           HB2      PRO  67 -16.137   1.311   1.723
    3    HB3  PRO  67           HB3      PRO  67 -14.421   0.939   1.579
    4    HG2  PRO  67           HG2      PRO  67 -15.590   3.472   2.167
    5    HG3  PRO  67           HG3      PRO  67 -13.879   3.092   1.911
    6    HD2  PRO  67           HD2      PRO  67 -15.768   4.417   0.131
    7    HD3  PRO  67           HD3      PRO  67 -13.999   4.351   0.050

  No H/Q in entry =           7
  In of MODEL   13
    1    H    THR  68           H        THR  68 -16.155  -0.830  -0.837
    2    HA   THR  68           HA       THR  68 -19.029  -0.238  -0.837
    3    HB   THR  68           HB       THR  68 -19.329  -1.747  -2.773
    4    HG1  THR  68           HG1      THR  68 -17.565  -2.610  -3.837
    5   HG21  THR  68          HG21      THR  68 -17.339   0.452  -3.332
    6   HG22  THR  68          HG22      THR  68 -18.369  -0.328  -4.531
    7   HG23  THR  68          HG23      THR  68 -19.091   0.636  -3.244

  No H/Q in entry =           7
  In of MODEL   13
    1    H    GLU  69           H        GLU  69 -20.295  -2.167  -0.283
    2    HA   GLU  69           HA       GLU  69 -19.253  -3.737   1.755
    3    HB2  GLU  69           HB2      GLU  69 -21.588  -3.477   1.652
    4    HB3  GLU  69           HB3      GLU  69 -21.697  -4.019  -0.010
    5    HG2  GLU  69           HG2      GLU  69 -22.573  -5.778   1.218
    6    HG3  GLU  69           HG3      GLU  69 -20.913  -6.280   0.881

  No H/Q in entry =           6
  In of MODEL   13
    1    H    LYS  70           H        LYS  70 -18.379  -4.026  -1.460
    2    HA   LYS  70           HA       LYS  70 -17.940  -6.899  -1.165
    3    HB2  LYS  70           HB2      LYS  70 -18.261  -5.327  -3.714
    4    HB3  LYS  70           HB3      LYS  70 -17.883  -7.038  -3.643
    5    HG2  LYS  70           HG2      LYS  70 -20.376  -6.006  -2.332
    6    HG3  LYS  70           HG3      LYS  70 -20.323  -6.272  -4.070
    7    HD2  LYS  70           HD2      LYS  70 -21.235  -8.222  -2.987
    8    HD3  LYS  70           HD3      LYS  70 -19.667  -8.614  -3.680
    9    HE2  LYS  70           HE2      LYS  70 -18.632  -8.625  -1.548
   10    HE3  LYS  70           HE3      LYS  70 -20.041  -7.888  -0.778
   11    HZ1  LYS  70           HZ1      LYS  70 -19.981 -10.587  -2.018
   12    HZ2  LYS  70           HZ2      LYS  70 -19.838 -10.279  -0.359
   13    HZ3  LYS  70           HZ3      LYS  70 -21.277  -9.898  -1.171

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ASP  71           H        ASP  71 -16.124  -3.934  -1.697
    2    HA   ASP  71           HA       ASP  71 -13.983  -5.524  -2.881
    3    HB2  ASP  71           HB2      ASP  71 -14.611  -3.474  -4.076
    4    HB3  ASP  71           HB3      ASP  71 -14.129  -2.518  -2.668

  No H/Q in entry =           4
  In of MODEL   13
    1    H    GLU  72           H        GLU  72 -12.155  -5.971  -1.907
    2    HA   GLU  72           HA       GLU  72 -11.579  -5.002   0.838
    3    HB2  GLU  72           HB2      GLU  72 -11.805  -7.394   0.609
    4    HB3  GLU  72           HB3      GLU  72 -10.739  -7.422  -0.782
    5    HG2  GLU  72           HG2      GLU  72  -8.891  -6.679   0.758
    6    HG3  GLU  72           HG3      GLU  72 -10.018  -6.941   2.073

  No H/Q in entry =           6
  In of MODEL   13
    1    H    TYR  73           H        TYR  73  -9.527  -4.076   1.255
    2    HA   TYR  73           HA       TYR  73  -8.016  -3.364  -1.183
    3    HB2  TYR  73           HB2      TYR  73  -8.538  -1.716   1.298
    4    HB3  TYR  73           HB3      TYR  73  -7.303  -1.301   0.122
    5    HD1  TYR  73           HD1      TYR  73 -10.957  -1.952   0.429
    6    HD2  TYR  73           HD2      TYR  73  -7.850   0.000  -1.724
    7    HE1  TYR  73           HE1      TYR  73 -12.634  -0.751  -0.911
    8    HE2  TYR  73           HE2      TYR  73  -9.524   1.213  -3.051
    9    HH   TYR  73           HH       TYR  73 -12.863   1.213  -2.251

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ALA  74           H        ALA  74  -5.902  -3.838  -1.258
    2    HA   ALA  74           HA       ALA  74  -4.544  -4.685   1.208
    3    HB1  ALA  74           HB1      ALA  74  -5.353  -6.691   0.145
    4    HB2  ALA  74           HB2      ALA  74  -4.679  -6.182  -1.409
    5    HB3  ALA  74           HB3      ALA  74  -3.612  -6.594  -0.063

  No H/Q in entry =           5
  In of MODEL   13
    1    H    CYS  75           H        CYS  75  -2.160  -4.675   1.018
    2    HA   CYS  75           HA       CYS  75  -1.179  -3.262  -1.381
    3    HB2  CYS  75           HB2      CYS  75  -1.045  -1.708   0.438
    4    HB3  CYS  75           HB3      CYS  75  -0.285  -2.910   1.473

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ARG  76           H        ARG  76   0.448  -4.229  -2.457
    2    HA   ARG  76           HA       ARG  76   1.448  -6.795  -1.420
    3    HB2  ARG  76           HB2      ARG  76   0.134  -6.529  -3.626
    4    HB3  ARG  76           HB3      ARG  76   1.614  -5.819  -4.261
    5    HG2  ARG  76           HG2      ARG  76   2.771  -7.886  -4.050
    6    HG3  ARG  76           HG3      ARG  76   1.501  -8.582  -3.040
    7    HD2  ARG  76           HD2      ARG  76   1.344  -9.486  -5.335
    8    HD3  ARG  76           HD3      ARG  76  -0.061  -8.492  -4.949
    9    HE   ARG  76           HE       ARG  76   2.039  -7.003  -6.232
   10   HH11  ARG  76          HH11      ARG  76  -0.691  -9.124  -6.798
   11   HH12  ARG  76          HH12      ARG  76  -0.995  -8.531  -8.401
   12   HH21  ARG  76          HH21      ARG  76   1.674  -6.229  -8.335
   13   HH22  ARG  76          HH22      ARG  76   0.379  -6.884  -9.293

  No H/Q in entry =          13
  In of MODEL   13
    1    H    VAL  77           H        VAL  77   3.632  -6.963  -0.927
    2    HA   VAL  77           HA       VAL  77   5.436  -5.082  -2.295
    3    HB   VAL  77           HB       VAL  77   4.941  -4.436   0.158
    4   HG11  VAL  77          HG11      VAL  77   6.854  -6.712   0.643
    5   HG12  VAL  77          HG12      VAL  77   6.359  -5.506   1.835
    6   HG13  VAL  77          HG13      VAL  77   5.171  -6.626   1.168
    7   HG21  VAL  77          HG21      VAL  77   6.728  -3.473  -1.231
    8   HG22  VAL  77          HG22      VAL  77   7.174  -3.594   0.474
    9   HG23  VAL  77          HG23      VAL  77   7.813  -4.761  -0.688

  No H/Q in entry =           9
  In of MODEL   13
    1    H    ASN  78           H        ASN  78   7.242  -5.811  -3.034
    2    HA   ASN  78           HA       ASN  78   8.144  -8.525  -2.308
    3    HB2  ASN  78           HB2      ASN  78   6.757  -8.700  -4.351
    4    HB3  ASN  78           HB3      ASN  78   7.812  -7.541  -5.153
    5   HD21  ASN  78          HD21      ASN  78   8.359  -8.997  -6.756
    6   HD22  ASN  78          HD22      ASN  78   9.426 -10.334  -6.460

  No H/Q in entry =           6
  In of MODEL   13
    1    H    HIS  79           H        HIS  79  10.227  -8.780  -2.125
    2    HA   HIS  79           HA       HIS  79  12.024  -6.699  -3.081
    3    HB2  HIS  79           HB2      HIS  79  12.457  -8.217  -0.509
    4    HB3  HIS  79           HB3      HIS  79  13.132  -6.709  -1.037
    5    HD2  HIS  79           HD2      HIS  79  12.297  -4.711   0.389
    6    HE1  HIS  79           HE1      HIS  79   8.394  -6.155   1.144
    7    HE2  HIS  79           HE2      HIS  79   9.926  -4.150   1.314

  No H/Q in entry =           7
  In of MODEL   13
    1    H    VAL  80           H        VAL  80  14.230  -7.586  -3.386
    2    HA   VAL  80           HA       VAL  80  14.148 -10.117  -4.673
    3    HB   VAL  80           HB       VAL  80  16.673  -8.637  -3.920
    4   HG11  VAL  80          HG11      VAL  80  16.060 -10.556  -6.172
    5   HG12  VAL  80          HG12      VAL  80  17.591  -9.712  -5.932
    6   HG13  VAL  80          HG13      VAL  80  17.043 -10.902  -4.749
    7   HG21  VAL  80          HG21      VAL  80  14.884  -8.248  -6.314
    8   HG22  VAL  80          HG22      VAL  80  15.226  -7.078  -5.042
    9   HG23  VAL  80          HG23      VAL  80  16.506  -7.574  -6.147

  No H/Q in entry =           9
  In of MODEL   13
    1    H    THR  81           H        THR  81  14.321  -9.467  -1.421
    2    HA   THR  81           HA       THR  81  15.988 -11.759  -0.776
    3    HB   THR  81           HB       THR  81  16.248  -9.991   0.775
    4    HG1  THR  81           HG1      THR  81  15.871 -12.196   1.671
    5   HG21  THR  81          HG21      THR  81  13.241  -9.934   1.083
    6   HG22  THR  81          HG22      THR  81  14.384  -8.985   2.034
    7   HG23  THR  81          HG23      THR  81  14.237  -8.706   0.299

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LEU  82           H        LEU  82  12.564 -10.842  -0.158
    2    HA   LEU  82           HA       LEU  82  11.627 -13.330   0.588
    3    HB2  LEU  82           HB2      LEU  82  10.021 -11.484  -1.167
    4    HB3  LEU  82           HB3      LEU  82   9.442 -12.603   0.057
    5    HG   LEU  82           HG       LEU  82  11.030 -10.125   0.678
    6   HD11  LEU  82          HD11      LEU  82   8.072 -10.619   0.708
    7   HD12  LEU  82          HD12      LEU  82   8.873  -9.226   1.437
    8   HD13  LEU  82          HD13      LEU  82   8.965  -9.481  -0.303
    9   HD21  LEU  82          HD21      LEU  82  11.197 -11.904   2.358
   10   HD22  LEU  82          HD22      LEU  82  10.276 -10.525   2.959
   11   HD23  LEU  82          HD23      LEU  82   9.437 -11.984   2.435

  No H/Q in entry =          11
  In of MODEL   13
    1    H    SER  83           H        SER  83  10.427 -14.928  -0.529
    2    HA   SER  83           HA       SER  83  11.235 -15.320  -3.340
    3    HB2  SER  83           HB2      SER  83  10.172 -17.288  -1.302
    4    HB3  SER  83           HB3      SER  83  10.752 -17.683  -2.922
    5    HG   SER  83           HG       SER  83  12.486 -16.245  -1.302

  No H/Q in entry =           5
  In of MODEL   13
    1    H    GLN  84           H        GLN  84   8.797 -14.024  -1.689
    2    HA   GLN  84           HA       GLN  84   6.826 -14.357  -3.691
    3    HB2  GLN  84           HB2      GLN  84   5.094 -15.490  -2.390
    4    HB3  GLN  84           HB3      GLN  84   6.517 -16.511  -2.459
    5    HG2  GLN  84           HG2      GLN  84   5.893 -14.735  -0.116
    6    HG3  GLN  84           HG3      GLN  84   5.293 -16.385  -0.252
    7   HE21  GLN  84          HE21      GLN  84   6.756 -18.097  -0.110
    8   HE22  GLN  84          HE22      GLN  84   8.327 -17.895   0.597

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   PRO  85           HA       PRO  85   6.209 -10.341  -1.690
    2    HB2  PRO  85           HB2      PRO  85   4.000  -9.592  -3.129
    3    HB3  PRO  85           HB3      PRO  85   5.684  -9.313  -3.621
    4    HG2  PRO  85           HG2      PRO  85   3.760 -11.419  -4.521
    5    HG3  PRO  85           HG3      PRO  85   5.013 -10.567  -5.450
    6    HD2  PRO  85           HD2      PRO  85   5.328 -13.150  -4.550
    7    HD3  PRO  85           HD3      PRO  85   6.707 -12.020  -4.744

  No H/Q in entry =           7
  In of MODEL   13
    1    H    LYS  86           H        LYS  86   4.648  -9.346  -0.373
    2    HA   LYS  86           HA       LYS  86   2.721 -11.287   0.700
    3    HB2  LYS  86           HB2      LYS  86   3.736  -8.795   2.070
    4    HB3  LYS  86           HB3      LYS  86   2.824 -10.111   2.792
    5    HG2  LYS  86           HG2      LYS  86   5.642 -10.313   1.722
    6    HG3  LYS  86           HG3      LYS  86   5.220 -10.090   3.412
    7    HD2  LYS  86           HD2      LYS  86   3.809 -12.370   2.399
    8    HD3  LYS  86           HD3      LYS  86   5.516 -12.509   1.981
    9    HE2  LYS  86           HE2      LYS  86   6.098 -12.031   4.342
   10    HE3  LYS  86           HE3      LYS  86   4.382 -12.022   4.739
   11    HZ1  LYS  86           HZ1      LYS  86   4.290 -14.338   3.897
   12    HZ2  LYS  86           HZ2      LYS  86   5.978 -14.313   3.737
   13    HZ3  LYS  86           HZ3      LYS  86   5.269 -14.146   5.270

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ILE  87           H        ILE  87   0.645 -10.715   1.081
    2    HA   ILE  87           HA       ILE  87  -0.196  -8.035   0.168
    3    HB   ILE  87           HB       ILE  87  -1.479 -10.634  -0.286
    4   HG12  ILE  87          HG12      ILE  87  -1.014  -9.437  -2.232
    5   HG13  ILE  87          HG13      ILE  87  -2.724  -9.059  -1.989
    6   HG21  ILE  87          HG21      ILE  87  -3.128  -8.357   0.793
    7   HG22  ILE  87          HG22      ILE  87  -3.806  -9.673  -0.173
    8   HG23  ILE  87          HG23      ILE  87  -3.048 -10.018   1.388
    9   HD11  ILE  87          HD11      ILE  87  -0.442  -7.306  -1.153
   10   HD12  ILE  87          HD12      ILE  87  -1.426  -7.103  -2.600
   11   HD13  ILE  87          HD13      ILE  87  -2.159  -6.947  -1.008

  No H/Q in entry =          11
  In of MODEL   13
    1    H    VAL  88           H        VAL  88  -1.006  -6.672   1.574
    2    HA   VAL  88           HA       VAL  88  -1.806  -7.691   4.214
    3    HB   VAL  88           HB       VAL  88   0.196  -6.301   4.395
    4   HG11  VAL  88          HG11      VAL  88  -1.418  -4.128   3.102
    5   HG12  VAL  88          HG12      VAL  88   0.170  -3.922   3.837
    6   HG13  VAL  88          HG13      VAL  88  -0.015  -4.942   2.404
    7   HG21  VAL  88          HG21      VAL  88  -2.316  -5.022   5.427
    8   HG22  VAL  88          HG22      VAL  88  -1.282  -6.184   6.259
    9   HG23  VAL  88          HG23      VAL  88  -0.697  -4.548   5.940

  No H/Q in entry =           9
  In of MODEL   13
    1    H    LYS  89           H        LYS  89  -3.939  -7.418   4.620
    2    HA   LYS  89           HA       LYS  89  -5.334  -5.597   2.808
    3    HB2  LYS  89           HB2      LYS  89  -6.571  -7.899   4.319
    4    HB3  LYS  89           HB3      LYS  89  -7.283  -6.947   3.025
    5    HG2  LYS  89           HG2      LYS  89  -6.003  -7.951   1.386
    6    HG3  LYS  89           HG3      LYS  89  -4.771  -8.465   2.540
    7    HD2  LYS  89           HD2      LYS  89  -7.579  -9.527   2.482
    8    HD3  LYS  89           HD3      LYS  89  -6.220 -10.316   1.683
    9    HE2  LYS  89           HE2      LYS  89  -5.109 -10.571   3.851
   10    HE3  LYS  89           HE3      LYS  89  -6.464  -9.764   4.643
   11    HZ1  LYS  89           HZ1      LYS  89  -7.904 -11.566   3.791
   12    HZ2  LYS  89           HZ2      LYS  89  -6.530 -12.362   3.209
   13    HZ3  LYS  89           HZ3      LYS  89  -6.721 -12.110   4.878

  No H/Q in entry =          13
  In of MODEL   13
    1    H    TRP  90           H        TRP  90  -6.864  -4.214   3.589
    2    HA   TRP  90           HA       TRP  90  -6.315  -3.282   6.260
    3    HB2  TRP  90           HB2      TRP  90  -6.535  -1.649   4.438
    4    HB3  TRP  90           HB3      TRP  90  -8.166  -2.219   4.120
    5    HD1  TRP  90           HD1      TRP  90  -6.609  -1.037   7.517
    6    HE1  TRP  90           HE1      TRP  90  -8.106   0.794   8.452
    7    HE3  TRP  90           HE3      TRP  90  -9.976  -0.684   3.638
    8    HZ2  TRP  90           HZ2      TRP  90 -10.458   2.168   7.720
    9    HZ3  TRP  90           HZ3      TRP  90 -11.813   0.918   3.841
   10    HH2  TRP  90           HH2      TRP  90 -12.058   2.334   5.819

  No H/Q in entry =          10
  In of MODEL   13
    1    H    ASP  91           H        ASP  91  -7.390  -3.801   8.018
    2    HA   ASP  91           HA       ASP  91  -9.465  -5.733   7.964
    3    HB2  ASP  91           HB2      ASP  91  -9.554  -5.282  10.457
    4    HB3  ASP  91           HB3      ASP  91  -7.973  -5.764   9.844

  No H/Q in entry =           4
  In of MODEL   13
    1    H    ARG  92           H        ARG  92 -11.337  -5.169   7.069
    2    HA   ARG  92           HA       ARG  92 -13.171  -3.583   8.482
    3    HB2  ARG  92           HB2      ARG  92 -13.305  -1.557   7.327
    4    HB3  ARG  92           HB3      ARG  92 -11.574  -1.861   7.269
    5    HG2  ARG  92           HG2      ARG  92 -11.974  -1.261   5.092
    6    HG3  ARG  92           HG3      ARG  92 -12.082  -3.019   4.976
    7    HD2  ARG  92           HD2      ARG  92 -14.574  -2.785   5.217
    8    HD3  ARG  92           HD3      ARG  92 -14.367  -1.033   5.079
    9    HE   ARG  92           HE       ARG  92 -13.102  -2.255   2.910
   10   HH11  ARG  92          HH11      ARG  92 -16.302  -1.702   4.197
   11   HH12  ARG  92          HH12      ARG  92 -17.094  -1.883   2.668
   12   HH21  ARG  92          HH21      ARG  92 -14.141  -2.527   0.889
   13   HH22  ARG  92          HH22      ARG  92 -15.872  -2.381   0.801

  No H/Q in entry =          13
  In of MODEL   13
    1    H    ASP  93           H        ASP  93 -12.287  -5.742   6.139
    2    HA   ASP  93           HA       ASP  93 -14.944  -6.338   5.301
    3    HB2  ASP  93           HB2      ASP  93 -14.206  -4.384   3.821
    4    HB3  ASP  93           HB3      ASP  93 -13.060  -5.515   3.102

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   MET  94           HA       MET  94 -11.746  -9.466   4.082
    2    HB2  MET  94           HB2      MET  94  -9.453  -9.859   4.861
    3    HB3  MET  94           HB3      MET  94  -9.632  -8.212   4.255
    4    HG2  MET  94           HG2      MET  94  -9.724  -7.323   6.496
    5    HG3  MET  94           HG3      MET  94  -9.731  -8.959   7.172
    6    HE1  MET  94           HE1      MET  94  -7.721  -6.868   8.278
    7    HE2  MET  94           HE2      MET  94  -7.719  -8.561   8.777
    8    HE3  MET  94           HE3      MET  94  -6.213  -7.782   8.292

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   MET   1           HA       MET   1   4.737  -8.494   6.116
    2    HB2  MET   1           HB2      MET   1   2.411  -8.803   6.746
    3    HB3  MET   1           HB3      MET   1   3.403 -10.054   7.478
    4    HG2  MET   1           HG2      MET   1   3.290  -8.996   9.612
    5    HG3  MET   1           HG3      MET   1   2.509  -7.573   8.923
    6    HE1  MET   1           HE1      MET   1   2.134 -11.404   9.695
    7    HE2  MET   1           HE2      MET   1   0.488 -11.718   9.141
    8    HE3  MET   1           HE3      MET   1   1.749 -11.317   7.976

  No H/Q in entry =           8
  In of MODEL   14
    1    H    ILE   2           H        ILE   2   2.889  -6.949   5.609
    2    HA   ILE   2           HA       ILE   2   3.766  -4.293   6.414
    3    HB   ILE   2           HB       ILE   2   1.574  -4.902   4.424
    4   HG12  ILE   2          HG12      ILE   2   4.316  -4.601   3.348
    5   HG13  ILE   2          HG13      ILE   2   3.960  -6.135   4.146
    6   HG21  ILE   2          HG21      ILE   2   1.998  -2.550   5.060
    7   HG22  ILE   2          HG22      ILE   2   3.637  -2.704   4.421
    8   HG23  ILE   2          HG23      ILE   2   2.251  -2.872   3.349
    9   HD11  ILE   2          HD11      ILE   2   2.027  -6.438   2.656
   10   HD12  ILE   2          HD12      ILE   2   2.433  -4.927   1.844
   11   HD13  ILE   2          HD13      ILE   2   3.544  -6.297   1.765

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLN   3           H        GLN   3   2.069  -2.634   6.904
    2    HA   GLN   3           HA       GLN   3  -0.440  -3.752   7.923
    3    HB2  GLN   3           HB2      GLN   3   1.395  -1.839   9.390
    4    HB3  GLN   3           HB3      GLN   3  -0.278  -2.157   9.859
    5    HG2  GLN   3           HG2      GLN   3   0.269  -4.551  10.161
    6    HG3  GLN   3           HG3      GLN   3   1.966  -4.178   9.772
    7   HE21  GLN   3          HE21      GLN   3   0.781  -5.295  12.184
    8   HE22  GLN   3          HE22      GLN   3   1.242  -4.236  13.475

  No H/Q in entry =           8
  In of MODEL   14
    1    H    VAL   4           H        VAL   4  -1.934  -2.855   6.673
    2    HA   VAL   4           HA       VAL   4  -1.532  -0.164   5.620
    3    HB   VAL   4           HB       VAL   4  -3.773  -0.704   4.408
    4   HG11  VAL   4          HG11      VAL   4  -1.266  -2.272   3.806
    5   HG12  VAL   4          HG12      VAL   4  -2.587  -1.973   2.675
    6   HG13  VAL   4          HG13      VAL   4  -1.622  -0.627   3.282
    7   HG21  VAL   4          HG21      VAL   4  -4.402  -2.603   5.804
    8   HG22  VAL   4          HG22      VAL   4  -4.221  -3.085   4.117
    9   HG23  VAL   4          HG23      VAL   4  -2.960  -3.474   5.285

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR   5           H        TYR   5  -3.112   1.451   5.774
    2    HA   TYR   5           HA       TYR   5  -5.117   1.287   7.867
    3    HB2  TYR   5           HB2      TYR   5  -2.695   3.092   8.075
    4    HB3  TYR   5           HB3      TYR   5  -4.186   3.397   8.957
    5    HD1  TYR   5           HD1      TYR   5  -1.089   2.560   9.669
    6    HD2  TYR   5           HD2      TYR   5  -4.910   0.682   9.906
    7    HE1  TYR   5           HE1      TYR   5  -0.265   1.113  11.488
    8    HE2  TYR   5           HE2      TYR   5  -4.083  -0.775  11.718
    9    HH   TYR   5           HH       TYR   5  -1.033  -0.220  13.264

  No H/Q in entry =           9
  In of MODEL   14
    1    H    SER   6           H        SER   6  -6.199   3.545   8.063
    2    HA   SER   6           HA       SER   6  -5.910   5.097   5.585
    3    HB2  SER   6           HB2      SER   6  -8.522   4.212   6.849
    4    HB3  SER   6           HB3      SER   6  -8.371   5.332   5.488
    5    HG   SER   6           HG       SER   6  -7.008   2.990   5.110

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ARG   7           H        ARG   7  -6.698   7.311   5.772
    2    HA   ARG   7           HA       ARG   7  -6.096   8.367   8.419
    3    HB2  ARG   7           HB2      ARG   7  -5.458   9.254   5.932
    4    HB3  ARG   7           HB3      ARG   7  -6.892  10.231   6.250
    5    HG2  ARG   7           HG2      ARG   7  -4.488  10.078   8.071
    6    HG3  ARG   7           HG3      ARG   7  -4.757  11.336   6.866
    7    HD2  ARG   7           HD2      ARG   7  -6.730  12.083   7.997
    8    HD3  ARG   7           HD3      ARG   7  -6.674  10.716   9.106
    9    HE   ARG   7           HE       ARG   7  -4.303  12.309   9.239
   10   HH11  ARG   7          HH11      ARG   7  -7.632  12.101  10.340
   11   HH12  ARG   7          HH12      ARG   7  -7.348  13.043  11.771
   12   HH21  ARG   7          HH21      ARG   7  -3.935  13.553  11.106
   13   HH22  ARG   7          HH22      ARG   7  -5.250  13.891  12.192

  No H/Q in entry =          13
  In of MODEL   14
    1    H    HIS   8           H        HIS   8  -8.857   7.596   6.580
    2    HA   HIS   8           HA       HIS   8 -10.532   9.310   8.283
    3    HB2  HIS   8           HB2      HIS   8 -10.886   8.723   5.337
    4    HB3  HIS   8           HB3      HIS   8 -12.074   9.551   6.338
    5    HD2  HIS   8           HD2      HIS   8 -10.732  11.933   7.644
    6    HE1  HIS   8           HE1      HIS   8  -8.632  12.601   4.030
    7    HE2  HIS   8           HE2      HIS   8  -9.198  13.552   6.316

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   PRO   9           HA       PRO   9 -12.936   5.706   9.135
    2    HB2  PRO   9           HB2      PRO   9 -15.482   7.007   8.958
    3    HB3  PRO   9           HB3      PRO   9 -14.568   6.585  10.415
    4    HG2  PRO   9           HG2      PRO   9 -15.045   9.171   9.459
    5    HG3  PRO   9           HG3      PRO   9 -13.816   8.717  10.648
    6    HD2  PRO   9           HD2      PRO   9 -13.512   9.397   7.777
    7    HD3  PRO   9           HD3      PRO   9 -12.349   9.527   9.113

  No H/Q in entry =           7
  In of MODEL   14
    1    H    ALA  10           H        ALA  10 -13.739   4.025   7.900
    2    HA   ALA  10           HA       ALA  10 -14.110   4.225   5.159
    3    HB1  ALA  10           HB1      ALA  10 -14.980   1.940   5.299
    4    HB2  ALA  10           HB2      ALA  10 -13.568   2.142   6.336
    5    HB3  ALA  10           HB3      ALA  10 -15.183   2.121   7.040

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLU  11           H        GLU  11 -15.662   5.767   4.463
    2    HA   GLU  11           HA       GLU  11 -18.438   5.108   5.234
    3    HB2  GLU  11           HB2      GLU  11 -17.061   7.652   4.811
    4    HB3  GLU  11           HB3      GLU  11 -18.557   7.546   3.900
    5    HG2  GLU  11           HG2      GLU  11 -18.926   8.628   6.002
    6    HG3  GLU  11           HG3      GLU  11 -19.770   7.088   5.975

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ASN  12           H        ASN  12 -18.898   3.518   3.777
    2    HA   ASN  12           HA       ASN  12 -18.461   3.077   1.194
    3    HB2  ASN  12           HB2      ASN  12 -21.016   2.889   2.820
    4    HB3  ASN  12           HB3      ASN  12 -20.993   2.284   1.173
    5   HD21  ASN  12          HD21      ASN  12 -21.457   0.234   1.978
    6   HD22  ASN  12          HD22      ASN  12 -20.239  -0.749   2.726

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLY  13           H        GLY  13 -18.093   4.653  -0.257
    2    HA2  GLY  13           HA2      GLY  13 -20.328   6.506  -0.895
    3    HA3  GLY  13           HA3      GLY  13 -19.342   5.748  -2.135

  No H/Q in entry =           3
  In of MODEL   14
    1    H    LYS  14           H        LYS  14 -17.438   6.657   0.528
    2    HA   LYS  14           HA       LYS  14 -16.927   9.337  -0.607
    3    HB2  LYS  14           HB2      LYS  14 -15.579   8.062   1.778
    4    HB3  LYS  14           HB3      LYS  14 -15.564   9.756   1.331
    5    HG2  LYS  14           HG2      LYS  14 -18.124   8.381   2.040
    6    HG3  LYS  14           HG3      LYS  14 -17.008   8.945   3.268
    7    HD2  LYS  14           HD2      LYS  14 -18.765  10.551   2.876
    8    HD3  LYS  14           HD3      LYS  14 -17.182  11.215   2.474
    9    HE2  LYS  14           HE2      LYS  14 -18.741  11.886   0.792
   10    HE3  LYS  14           HE3      LYS  14 -17.637  10.704   0.093
   11    HZ1  LYS  14           HZ1      LYS  14 -19.353   9.006   0.457
   12    HZ2  LYS  14           HZ2      LYS  14 -20.411  10.198   1.019
   13    HZ3  LYS  14           HZ3      LYS  14 -19.877  10.231  -0.589

  No H/Q in entry =          13
  In of MODEL   14
    1    H    SER  15           H        SER  15 -14.925  10.027  -1.277
    2    HA   SER  15           HA       SER  15 -12.948   7.930  -1.764
    3    HB2  SER  15           HB2      SER  15 -11.830   9.962  -3.037
    4    HB3  SER  15           HB3      SER  15 -13.086   8.975  -3.789
    5    HG   SER  15           HG       SER  15 -13.101  11.581  -3.379

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ASN  16           H        ASN  16 -10.865   8.123  -1.058
    2    HA   ASN  16           HA       ASN  16 -10.042  10.105   0.849
    3    HB2  ASN  16           HB2      ASN  16 -10.451   7.294   1.904
    4    HB3  ASN  16           HB3      ASN  16  -9.949   8.709   2.809
    5   HD21  ASN  16          HD21      ASN  16 -11.471   9.932   3.781
    6   HD22  ASN  16          HD22      ASN  16 -13.177   9.651   3.657

  No H/Q in entry =           6
  In of MODEL   14
    1    H    PHE  17           H        PHE  17  -8.024   8.538   2.090
    2    HA   PHE  17           HA       PHE  17  -6.564   7.603  -0.296
    3    HB2  PHE  17           HB2      PHE  17  -5.625   9.271   2.024
    4    HB3  PHE  17           HB3      PHE  17  -4.491   8.371   1.018
    5    HD1  PHE  17           HD1      PHE  17  -4.714  11.426   1.435
    6    HD2  PHE  17           HD2      PHE  17  -6.179   8.772  -1.559
    7    HE1  PHE  17           HE1      PHE  17  -4.673  13.257  -0.206
    8    HE2  PHE  17           HE2      PHE  17  -6.134  10.601  -3.205
    9    HZ   PHE  17           HZ       PHE  17  -5.381  12.846  -2.530

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  18           H        LEU  18  -5.665   5.632  -0.251
    2    HA   LEU  18           HA       LEU  18  -5.764   4.113   2.250
    3    HB2  LEU  18           HB2      LEU  18  -6.594   2.884   0.375
    4    HB3  LEU  18           HB3      LEU  18  -5.203   3.311  -0.601
    5    HG   LEU  18           HG       LEU  18  -3.768   1.812   0.717
    6   HD11  LEU  18          HD11      LEU  18  -6.267   1.192   2.298
    7   HD12  LEU  18          HD12      LEU  18  -4.752   0.297   2.387
    8   HD13  LEU  18          HD13      LEU  18  -4.808   1.981   2.899
    9   HD21  LEU  18          HD21      LEU  18  -6.328   0.534  -0.246
   10   HD22  LEU  18          HD22      LEU  18  -4.877   0.851  -1.196
   11   HD23  LEU  18          HD23      LEU  18  -4.836  -0.334   0.107

  No H/Q in entry =          11
  In of MODEL   14
    1    H    ASN  19           H        ASN  19  -4.061   3.748   3.478
    2    HA   ASN  19           HA       ASN  19  -1.421   4.597   2.439
    3    HB2  ASN  19           HB2      ASN  19  -1.632   6.104   4.152
    4    HB3  ASN  19           HB3      ASN  19  -2.751   5.081   5.062
    5   HD21  ASN  19          HD21      ASN  19   0.562   5.865   4.434
    6   HD22  ASN  19          HD22      ASN  19   1.230   4.972   5.752

  No H/Q in entry =           6
  In of MODEL   14
    1    H    CYS  20           H        CYS  20   0.162   3.200   2.373
    2    HA   CYS  20           HA       CYS  20  -0.065   0.694   3.934
    3    HB2  CYS  20           HB2      CYS  20  -0.254   0.194   1.570
    4    HB3  CYS  20           HB3      CYS  20   1.121   1.233   1.176

  No H/Q in entry =           4
  In of MODEL   14
    1    H    TYR  21           H        TYR  21   1.413   0.722   5.571
    2    HA   TYR  21           HA       TYR  21   3.829   2.367   5.253
    3    HB2  TYR  21           HB2      TYR  21   2.692   0.976   7.689
    4    HB3  TYR  21           HB3      TYR  21   4.251   1.766   7.674
    5    HD1  TYR  21           HD1      TYR  21   0.874   2.133   8.494
    6    HD2  TYR  21           HD2      TYR  21   4.174   4.333   6.943
    7    HE1  TYR  21           HE1      TYR  21  -0.179   4.229   9.241
    8    HE2  TYR  21           HE2      TYR  21   3.120   6.440   7.682
    9    HH   TYR  21           HH       TYR  21   0.440   6.510   9.792

  No H/Q in entry =           9
  In of MODEL   14
    1    H    VAL  22           H        VAL  22   5.599   1.417   4.520
    2    HA   VAL  22           HA       VAL  22   6.023  -1.435   5.165
    3    HB   VAL  22           HB       VAL  22   6.996   0.117   2.737
    4   HG11  VAL  22          HG11      VAL  22   8.525  -1.680   3.547
    5   HG12  VAL  22          HG12      VAL  22   7.225  -2.841   3.267
    6   HG13  VAL  22          HG13      VAL  22   7.903  -1.929   1.914
    7   HG21  VAL  22          HG21      VAL  22   4.604  -0.345   2.613
    8   HG22  VAL  22          HG22      VAL  22   5.505  -1.276   1.414
    9   HG23  VAL  22          HG23      VAL  22   4.919  -2.059   2.886

  No H/Q in entry =           9
  In of MODEL   14
    1    H    SER  23           H        SER  23   7.602  -1.485   6.773
    2    HA   SER  23           HA       SER  23   9.637   0.635   6.631
    3    HB2  SER  23           HB2      SER  23   7.885   1.091   8.361
    4    HB3  SER  23           HB3      SER  23   8.398  -0.375   9.197
    5    HG   SER  23           HG       SER  23   9.994   1.918   8.651

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLY  24           H        GLY  24  11.680   0.178   7.428
    2    HA2  GLY  24           HA2      GLY  24  12.277  -2.594   8.216
    3    HA3  GLY  24           HA3      GLY  24  13.339  -1.207   8.422

  No H/Q in entry =           3
  In of MODEL   14
    1    H    PHE  25           H        PHE  25  11.846  -1.274   5.410
    2    HA   PHE  25           HA       PHE  25  14.006  -2.814   4.161
    3    HB2  PHE  25           HB2      PHE  25  11.407  -1.814   2.974
    4    HB3  PHE  25           HB3      PHE  25  12.565  -2.878   2.185
    5    HD1  PHE  25           HD1      PHE  25  12.609  -5.228   2.634
    6    HD2  PHE  25           HD2      PHE  25  10.078  -2.667   4.916
    7    HE1  PHE  25           HE1      PHE  25  11.456  -7.205   3.573
    8    HE2  PHE  25           HE2      PHE  25   8.921  -4.637   5.859
    9    HZ   PHE  25           HZ       PHE  25   9.603  -6.896   5.162

  No H/Q in entry =           9
  In of MODEL   14
    1    H    HIS  26           H        HIS  26  14.914  -1.963   2.155
    2    HA   HIS  26           HA       HIS  26  15.295   0.949   2.408
    3    HB2  HIS  26           HB2      HIS  26  17.469   0.018   2.337
    4    HB3  HIS  26           HB3      HIS  26  17.014  -1.162   1.093
    5    HD2  HIS  26           HD2      HIS  26  17.369   2.778   1.258
    6    HE1  HIS  26           HE1      HIS  26  18.681   1.322  -2.490
    7    HE2  HIS  26           HE2      HIS  26  18.132   3.394  -1.142

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   PRO  27           HA       PRO  27  11.961   1.549  -0.259
    2    HB2  PRO  27           HB2      PRO  27  13.527   3.986  -0.975
    3    HB3  PRO  27           HB3      PRO  27  11.821   3.843  -0.545
    4    HG2  PRO  27           HG2      PRO  27  13.613   4.712   1.221
    5    HG3  PRO  27           HG3      PRO  27  12.274   3.655   1.716
    6    HD2  PRO  27           HD2      PRO  27  15.172   3.042   1.414
    7    HD3  PRO  27           HD3      PRO  27  13.959   2.304   2.483

  No H/Q in entry =           7
  In of MODEL   14
    1    H    SER  28           H        SER  28  15.177   2.122  -1.675
    2    HA   SER  28           HA       SER  28  14.110   2.326  -4.307
    3    HB2  SER  28           HB2      SER  28  17.032   1.872  -3.829
    4    HB3  SER  28           HB3      SER  28  16.239   3.012  -4.930
    5    HG   SER  28           HG       SER  28  16.673   4.396  -3.404

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ASP  29           H        ASP  29  15.336  -0.386  -2.410
    2    HA   ASP  29           HA       ASP  29  15.375  -2.022  -4.851
    3    HB2  ASP  29           HB2      ASP  29  16.540  -2.519  -2.110
    4    HB3  ASP  29           HB3      ASP  29  16.378  -3.797  -3.308

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ILE  30           H        ILE  30  12.884  -1.190  -3.227
    2    HA   ILE  30           HA       ILE  30  11.887  -3.957  -2.979
    3    HB   ILE  30           HB       ILE  30  10.768  -3.564  -1.049
    4   HG12  ILE  30          HG12      ILE  30  10.422  -0.632  -1.752
    5   HG13  ILE  30          HG13      ILE  30   9.237  -1.908  -2.008
    6   HG21  ILE  30          HG21      ILE  30  12.826  -1.385  -0.899
    7   HG22  ILE  30          HG22      ILE  30  11.941  -2.036   0.480
    8   HG23  ILE  30          HG23      ILE  30  13.023  -3.077  -0.445
    9   HD11  ILE  30          HD11      ILE  30   9.097  -2.280   0.393
   10   HD12  ILE  30          HD12      ILE  30  10.287  -1.010   0.665
   11   HD13  ILE  30          HD13      ILE  30   8.714  -0.612  -0.027

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLU  31           H        GLU  31   9.566  -4.219  -3.325
    2    HA   GLU  31           HA       GLU  31   8.456  -2.242  -5.205
    3    HB2  GLU  31           HB2      GLU  31   8.397  -5.258  -5.416
    4    HB3  GLU  31           HB3      GLU  31   7.424  -4.182  -6.408
    5    HG2  GLU  31           HG2      GLU  31   9.358  -3.241  -7.442
    6    HG3  GLU  31           HG3      GLU  31  10.437  -4.061  -6.315

  No H/Q in entry =           6
  In of MODEL   14
    1    H    VAL  32           H        VAL  32   6.675  -1.398  -4.328
    2    HA   VAL  32           HA       VAL  32   4.833  -3.168  -2.878
    3    HB   VAL  32           HB       VAL  32   5.411  -2.107  -0.955
    4   HG11  VAL  32          HG11      VAL  32   7.380  -1.118  -2.015
    5   HG12  VAL  32          HG12      VAL  32   6.405   0.250  -2.545
    6   HG13  VAL  32          HG13      VAL  32   6.658  -0.042  -0.820
    7   HG21  VAL  32          HG21      VAL  32   3.873   0.167  -2.208
    8   HG22  VAL  32          HG22      VAL  32   3.186  -1.209  -1.344
    9   HG23  VAL  32          HG23      VAL  32   4.189  -0.043  -0.484

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ASP  33           H        ASP  33   2.729  -2.956  -3.429
    2    HA   ASP  33           HA       ASP  33   1.941  -0.612  -5.034
    3    HB2  ASP  33           HB2      ASP  33   1.149  -3.499  -5.668
    4    HB3  ASP  33           HB3      ASP  33   0.582  -2.065  -6.510

  No H/Q in entry =           4
  In of MODEL   14
    1    H    LEU  34           H        LEU  34  -0.427  -0.325  -5.077
    2    HA   LEU  34           HA       LEU  34  -1.699  -1.374  -2.638
    3    HB2  LEU  34           HB2      LEU  34  -2.040   1.160  -4.182
    4    HB3  LEU  34           HB3      LEU  34  -3.420   0.527  -3.310
    5    HG   LEU  34           HG       LEU  34  -2.026   0.567  -1.213
    6   HD11  LEU  34          HD11      LEU  34  -0.121   2.174  -2.907
    7   HD12  LEU  34          HD12      LEU  34  -0.047   1.990  -1.153
    8   HD13  LEU  34          HD13      LEU  34   0.197   0.588  -2.196
    9   HD21  LEU  34          HD21      LEU  34  -3.651   2.294  -1.682
   10   HD22  LEU  34          HD22      LEU  34  -2.235   2.965  -0.872
   11   HD23  LEU  34          HD23      LEU  34  -2.450   3.194  -2.608

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU  35           H        LEU  35  -3.377  -2.768  -2.839
    2    HA   LEU  35           HA       LEU  35  -4.282  -3.388  -5.574
    3    HB2  LEU  35           HB2      LEU  35  -3.895  -5.316  -3.289
    4    HB3  LEU  35           HB3      LEU  35  -4.438  -5.717  -4.900
    5    HG   LEU  35           HG       LEU  35  -1.691  -5.057  -3.935
    6   HD11  LEU  35          HD11      LEU  35  -2.960  -7.176  -5.670
    7   HD12  LEU  35          HD12      LEU  35  -1.229  -7.041  -5.402
    8   HD13  LEU  35          HD13      LEU  35  -2.308  -7.374  -4.042
    9   HD21  LEU  35          HD21      LEU  35  -2.602  -4.822  -6.803
   10   HD22  LEU  35          HD22      LEU  35  -1.977  -3.520  -5.798
   11   HD23  LEU  35          HD23      LEU  35  -0.930  -4.858  -6.265

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LYS  36           H        LYS  36  -6.238  -4.649  -5.729
    2    HA   LYS  36           HA       LYS  36  -8.115  -4.519  -3.457
    3    HB2  LYS  36           HB2      LYS  36  -9.128  -4.886  -6.246
    4    HB3  LYS  36           HB3      LYS  36  -9.917  -4.091  -4.869
    5    HG2  LYS  36           HG2      LYS  36  -8.458  -2.151  -5.203
    6    HG3  LYS  36           HG3      LYS  36  -7.646  -2.966  -6.533
    7    HD2  LYS  36           HD2      LYS  36  -9.333  -1.277  -7.280
    8    HD3  LYS  36           HD3      LYS  36  -9.609  -2.904  -7.917
    9    HE2  LYS  36           HE2      LYS  36 -11.701  -1.718  -7.186
   10    HE3  LYS  36           HE3      LYS  36 -11.446  -3.240  -6.332
   11    HZ1  LYS  36           HZ1      LYS  36 -10.386  -1.785  -4.546
   12    HZ2  LYS  36           HZ2      LYS  36 -11.095  -0.472  -5.349
   13    HZ3  LYS  36           HZ3      LYS  36 -12.068  -1.698  -4.718

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ASN  37           H        ASN  37  -8.185  -6.616  -2.683
    2    HA   ASN  37           HA       ASN  37  -7.753  -8.878  -2.698
    3    HB2  ASN  37           HB2      ASN  37  -9.582 -10.008  -4.154
    4    HB3  ASN  37           HB3      ASN  37 -10.087  -8.945  -2.849
    5   HD21  ASN  37          HD21      ASN  37 -10.748  -6.808  -3.394
    6   HD22  ASN  37          HD22      ASN  37 -11.425  -6.452  -4.949

  No H/Q in entry =           6
  In of MODEL   14
    1    H    GLY  38           H        GLY  38  -5.685  -8.073  -3.949
    2    HA2  GLY  38           HA2      GLY  38  -5.073 -10.117  -5.799
    3    HA3  GLY  38           HA3      GLY  38  -4.002  -8.824  -5.330

  No H/Q in entry =           3
  In of MODEL   14
    1    H    GLU  39           H        GLU  39  -6.055  -6.806  -6.354
    2    HA   GLU  39           HA       GLU  39  -5.296  -7.096  -9.188
    3    HB2  GLU  39           HB2      GLU  39  -7.721  -7.497  -8.881
    4    HB3  GLU  39           HB3      GLU  39  -7.876  -5.934  -8.095
    5    HG2  GLU  39           HG2      GLU  39  -8.672  -5.875 -10.418
    6    HG3  GLU  39           HG3      GLU  39  -7.299  -4.795 -10.156

  No H/Q in entry =           6
  In of MODEL   14
    1    H    ARG  40           H        ARG  40  -3.964  -5.493  -9.809
    2    HA   ARG  40           HA       ARG  40  -3.198  -3.431  -8.085
    3    HB2  ARG  40           HB2      ARG  40  -1.983  -4.534 -10.184
    4    HB3  ARG  40           HB3      ARG  40  -2.764  -3.228 -11.062
    5    HG2  ARG  40           HG2      ARG  40  -1.634  -1.572  -9.726
    6    HG3  ARG  40           HG3      ARG  40  -0.976  -2.829  -8.697
    7    HD2  ARG  40           HD2      ARG  40  -0.243  -3.203 -11.512
    8    HD3  ARG  40           HD3      ARG  40   0.342  -1.686 -10.834
    9    HE   ARG  40           HE       ARG  40   1.064  -3.447  -8.954
   10   HH11  ARG  40          HH11      ARG  40   1.437  -3.507 -12.429
   11   HH12  ARG  40          HH12      ARG  40   3.053  -4.148 -12.377
   12   HH21  ARG  40          HH21      ARG  40   3.222  -4.221  -8.866
   13   HH22  ARG  40          HH22      ARG  40   4.057  -4.569 -10.355

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE  41           H        ILE  41  -4.147  -1.680  -7.581
    2    HA   ILE  41           HA       ILE  41  -6.616  -0.833  -8.521
    3    HB   ILE  41           HB       ILE  41  -4.545   0.701  -6.950
    4   HG12  ILE  41          HG12      ILE  41  -6.975  -0.876  -6.091
    5   HG13  ILE  41          HG13      ILE  41  -5.307  -1.422  -5.936
    6   HG21  ILE  41          HG21      ILE  41  -6.147   2.262  -7.943
    7   HG22  ILE  41          HG22      ILE  41  -7.483   1.309  -7.310
    8   HG23  ILE  41          HG23      ILE  41  -6.391   2.137  -6.204
    9   HD11  ILE  41          HD11      ILE  41  -6.214   1.092  -4.609
   10   HD12  ILE  41          HD12      ILE  41  -6.515  -0.499  -3.894
   11   HD13  ILE  41          HD13      ILE  41  -4.859   0.022  -4.217

  No H/Q in entry =          11
  In of MODEL   14
    1    H    GLU  42           H        GLU  42  -3.865   1.391  -8.692
    2    HA   GLU  42           HA       GLU  42  -2.654   1.447 -10.907
    3    HB2  GLU  42           HB2      GLU  42  -5.423   2.205 -11.864
    4    HB3  GLU  42           HB3      GLU  42  -3.957   2.559 -12.755
    5    HG2  GLU  42           HG2      GLU  42  -3.625  -0.059 -12.488
    6    HG3  GLU  42           HG3      GLU  42  -5.382  -0.002 -12.364

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LYS  43           H        LYS  43  -5.025   3.501  -9.252
    2    HA   LYS  43           HA       LYS  43  -3.788   5.929 -10.218
    3    HB2  LYS  43           HB2      LYS  43  -5.815   5.699  -7.990
    4    HB3  LYS  43           HB3      LYS  43  -5.487   7.086  -9.015
    5    HG2  LYS  43           HG2      LYS  43  -6.980   4.564  -9.722
    6    HG3  LYS  43           HG3      LYS  43  -7.569   6.229  -9.725
    7    HD2  LYS  43           HD2      LYS  43  -5.864   6.677 -11.548
    8    HD3  LYS  43           HD3      LYS  43  -5.649   4.928 -11.636
    9    HE2  LYS  43           HE2      LYS  43  -8.137   4.743 -12.000
   10    HE3  LYS  43           HE3      LYS  43  -8.170   6.498 -12.158
   11    HZ1  LYS  43           HZ1      LYS  43  -6.541   4.686 -13.859
   12    HZ2  LYS  43           HZ2      LYS  43  -8.038   5.334 -14.303
   13    HZ3  LYS  43           HZ3      LYS  43  -6.714   6.362 -14.049

  No H/Q in entry =          13
  In of MODEL   14
    1    H    VAL  44           H        VAL  44  -1.708   4.807  -9.125
    2    HA   VAL  44           HA       VAL  44  -1.583   5.839  -6.386
    3    HB   VAL  44           HB       VAL  44  -1.429   3.105  -6.975
    4   HG11  VAL  44          HG11      VAL  44   0.858   3.403  -7.832
    5   HG12  VAL  44          HG12      VAL  44   1.322   4.103  -6.281
    6   HG13  VAL  44          HG13      VAL  44   0.808   2.414  -6.368
    7   HG21  VAL  44          HG21      VAL  44  -0.501   4.654  -4.574
    8   HG22  VAL  44          HG22      VAL  44  -2.115   4.007  -4.867
    9   HG23  VAL  44          HG23      VAL  44  -0.758   2.911  -4.606

  No H/Q in entry =           9
  In of MODEL   14
    1    H    GLU  45           H        GLU  45   0.079   7.120  -6.023
    2    HA   GLU  45           HA       GLU  45   2.335   7.134  -7.862
    3    HB2  GLU  45           HB2      GLU  45   0.260   9.259  -7.758
    4    HB3  GLU  45           HB3      GLU  45   1.934   9.764  -7.945
    5    HG2  GLU  45           HG2      GLU  45   0.488   7.824  -9.736
    6    HG3  GLU  45           HG3      GLU  45   0.788   9.526 -10.096

  No H/Q in entry =           6
  In of MODEL   14
    1    H    HIS  46           H        HIS  46   3.970   6.974  -6.497
    2    HA   HIS  46           HA       HIS  46   4.619   9.379  -5.066
    3    HB2  HIS  46           HB2      HIS  46   3.420   7.736  -3.432
    4    HB3  HIS  46           HB3      HIS  46   4.898   6.793  -3.540
    5    HD2  HIS  46           HD2      HIS  46   7.262   8.256  -2.583
    6    HE1  HIS  46           HE1      HIS  46   4.871  10.848  -0.245
    7    HE2  HIS  46           HE2      HIS  46   7.205   9.926  -0.601

  No H/Q in entry =           7
  In of MODEL   14
    1    H    SER  47           H        SER  47   6.808   9.710  -5.224
    2    HA   SER  47           HA       SER  47   8.139   7.752  -6.917
    3    HB2  SER  47           HB2      SER  47   9.006  10.569  -6.227
    4    HB3  SER  47           HB3      SER  47   9.627   9.555  -7.531
    5    HG   SER  47           HG       SER  47   7.331   9.560  -8.286

  No H/Q in entry =           5
  In of MODEL   14
    1    H    ASP  48           H        ASP  48   9.345   6.327  -6.000
    2    HA   ASP  48           HA       ASP  48  10.491   6.518  -3.426
    3    HB2  ASP  48           HB2      ASP  48  11.952   4.557  -4.665
    4    HB3  ASP  48           HB3      ASP  48  10.406   4.307  -3.866

  No H/Q in entry =           4
  In of MODEL   14
    1    H    LEU  49           H        LEU  49  12.945   6.173  -3.134
    2    HA   LEU  49           HA       LEU  49  14.137   8.412  -4.621
    3    HB2  LEU  49           HB2      LEU  49  15.715   8.548  -2.584
    4    HB3  LEU  49           HB3      LEU  49  14.087   9.186  -2.436
    5    HG   LEU  49           HG       LEU  49  15.027   7.956  -0.430
    6   HD11  LEU  49          HD11      LEU  49  12.627   8.411  -0.670
    7   HD12  LEU  49          HD12      LEU  49  12.425   6.860  -1.487
    8   HD13  LEU  49          HD13      LEU  49  12.954   6.910   0.193
    9   HD21  LEU  49          HD21      LEU  49  14.538   5.527  -2.136
   10   HD22  LEU  49          HD22      LEU  49  16.092   6.087  -1.514
   11   HD23  LEU  49          HD23      LEU  49  14.849   5.514  -0.401

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  50           H        SER  50  14.151   6.020  -5.805
    2    HA   SER  50           HA       SER  50  16.170   4.263  -5.634
    3    HB2  SER  50           HB2      SER  50  15.639   5.589  -8.276
    4    HB3  SER  50           HB3      SER  50  15.886   3.877  -7.921
    5    HG   SER  50           HG       SER  50  13.813   3.690  -7.619

  No H/Q in entry =           5
  In of MODEL   14
    1    H    PHE  51           H        PHE  51  16.551   7.620  -6.650
    2    HA   PHE  51           HA       PHE  51  19.227   7.399  -7.563
    3    HB2  PHE  51           HB2      PHE  51  17.828   9.871  -6.522
    4    HB3  PHE  51           HB3      PHE  51  19.222   9.817  -7.593
    5    HD1  PHE  51           HD1      PHE  51  15.619   9.625  -7.348
    6    HD2  PHE  51           HD2      PHE  51  18.954   9.067  -9.931
    7    HE1  PHE  51           HE1      PHE  51  14.114   9.665  -9.293
    8    HE2  PHE  51           HE2      PHE  51  17.453   9.105 -11.881
    9    HZ   PHE  51           HZ       PHE  51  15.031   9.405 -11.561

  No H/Q in entry =           9
  In of MODEL   14
    1    H    SER  52           H        SER  52  17.987   7.148  -4.482
    2    HA   SER  52           HA       SER  52  20.509   8.029  -3.253
    3    HB2  SER  52           HB2      SER  52  18.684   9.739  -2.941
    4    HB3  SER  52           HB3      SER  52  17.760   8.517  -2.071
    5    HG   SER  52           HG       SER  52  19.151  10.070  -0.837

  No H/Q in entry =           5
  In of MODEL   14
    1    H    LYS  53           H        LYS  53  21.320   6.039  -2.804
    2    HA   LYS  53           HA       LYS  53  19.566   4.184  -1.342
    3    HB2  LYS  53           HB2      LYS  53  21.185   2.398  -2.146
    4    HB3  LYS  53           HB3      LYS  53  20.138   3.115  -3.360
    5    HG2  LYS  53           HG2      LYS  53  22.012   4.583  -4.045
    6    HG3  LYS  53           HG3      LYS  53  23.048   3.729  -2.900
    7    HD2  LYS  53           HD2      LYS  53  22.590   1.622  -4.085
    8    HD3  LYS  53           HD3      LYS  53  21.594   2.506  -5.244
    9    HE2  LYS  53           HE2      LYS  53  23.772   2.149  -6.197
   10    HE3  LYS  53           HE3      LYS  53  23.576   3.864  -5.842
   11    HZ1  LYS  53           HZ1      LYS  53  24.848   3.527  -3.793
   12    HZ2  LYS  53           HZ2      LYS  53  25.076   1.896  -4.197
   13    HZ3  LYS  53           HZ3      LYS  53  25.751   3.112  -5.169

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ASP  54           H        ASP  54  20.136   5.474   0.525
    2    HA   ASP  54           HA       ASP  54  22.632   4.524   1.725
    3    HB2  ASP  54           HB2      ASP  54  23.226   6.709   1.011
    4    HB3  ASP  54           HB3      ASP  54  21.710   7.400   1.574

  No H/Q in entry =           4
  In of MODEL   14
    1    H    TRP  55           H        TRP  55  19.289   5.292   2.084
    2    HA   TRP  55           HA       TRP  55  19.394   4.510   4.909
    3    HB2  TRP  55           HB2      TRP  55  19.332   7.131   4.307
    4    HB3  TRP  55           HB3      TRP  55  17.612   6.786   4.230
    5    HD1  TRP  55           HD1      TRP  55  17.930   8.711   6.320
    6    HE1  TRP  55           HE1      TRP  55  17.994   8.264   8.819
    7    HE3  TRP  55           HE3      TRP  55  19.193   3.681   6.256
    8    HZ2  TRP  55           HZ2      TRP  55  18.494   6.103  10.575
    9    HZ3  TRP  55           HZ3      TRP  55  19.429   2.540   8.416
   10    HH2  TRP  55           HH2      TRP  55  19.087   3.712  10.524

  No H/Q in entry =          10
  In of MODEL   14
    1    H    SER  56           H        SER  56  17.256   4.022   5.769
    2    HA   SER  56           HA       SER  56  15.190   3.340   3.853
    3    HB2  SER  56           HB2      SER  56  15.319   0.914   4.755
    4    HB3  SER  56           HB3      SER  56  16.480   1.415   3.527
    5    HG   SER  56           HG       SER  56  16.882   0.690   6.151

  No H/Q in entry =           5
  In of MODEL   14
    1    H    PHE  57           H        PHE  57  13.842   4.770   5.257
    2    HA   PHE  57           HA       PHE  57  13.381   3.651   7.922
    3    HB2  PHE  57           HB2      PHE  57  12.800   6.106   8.494
    4    HB3  PHE  57           HB3      PHE  57  14.492   5.671   8.337
    5    HD1  PHE  57           HD1      PHE  57  11.883   7.840   7.204
    6    HD2  PHE  57           HD2      PHE  57  15.664   6.205   6.130
    7    HE1  PHE  57           HE1      PHE  57  12.162   9.605   5.519
    8    HE2  PHE  57           HE2      PHE  57  15.948   7.972   4.443
    9    HZ   PHE  57           HZ       PHE  57  14.200   9.678   4.137

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR  58           H        TYR  58  11.795   6.220   6.089
    2    HA   TYR  58           HA       TYR  58   9.177   5.071   6.599
    3    HB2  TYR  58           HB2      TYR  58   9.863   7.438   7.167
    4    HB3  TYR  58           HB3      TYR  58   9.962   7.764   5.447
    5    HD1  TYR  58           HD1      TYR  58   8.302   9.347   5.097
    6    HD2  TYR  58           HD2      TYR  58   7.340   5.835   7.307
    7    HE1  TYR  58           HE1      TYR  58   5.906  10.007   5.096
    8    HE2  TYR  58           HE2      TYR  58   4.955   6.483   7.315
    9    HH   TYR  58           HH       TYR  58   3.629   8.572   7.114

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LEU  59           H        LEU  59   7.736   6.089   4.355
    2    HA   LEU  59           HA       LEU  59   8.126   4.996   2.121
    3    HB2  LEU  59           HB2      LEU  59   8.122   2.677   4.004
    4    HB3  LEU  59           HB3      LEU  59   7.329   2.485   2.445
    5    HG   LEU  59           HG       LEU  59  10.107   3.620   2.546
    6   HD11  LEU  59          HD11      LEU  59  10.099   1.454   3.857
    7   HD12  LEU  59          HD12      LEU  59   9.669   0.654   2.341
    8   HD13  LEU  59          HD13      LEU  59  11.186   1.536   2.468
    9   HD21  LEU  59          HD21      LEU  59   8.496   2.103   0.520
   10   HD22  LEU  59          HD22      LEU  59   9.156   3.733   0.405
   11   HD23  LEU  59          HD23      LEU  59  10.232   2.342   0.363

  No H/Q in entry =          11
  In of MODEL   14
    1    H    LEU  60           H        LEU  60   5.859   4.306   1.093
    2    HA   LEU  60           HA       LEU  60   3.638   5.095   2.168
    3    HB2  LEU  60           HB2      LEU  60   4.780   6.911   3.260
    4    HB3  LEU  60           HB3      LEU  60   5.169   7.617   1.708
    5    HG   LEU  60           HG       LEU  60   2.541   7.611   1.420
    6   HD11  LEU  60          HD11      LEU  60   2.107   6.420   3.530
    7   HD12  LEU  60          HD12      LEU  60   2.857   7.743   4.416
    8   HD13  LEU  60          HD13      LEU  60   1.371   8.020   3.509
    9   HD21  LEU  60          HD21      LEU  60   3.991   9.593   1.418
   10   HD22  LEU  60          HD22      LEU  60   2.466   9.876   2.257
   11   HD23  LEU  60          HD23      LEU  60   3.939   9.612   3.177

  No H/Q in entry =          11
  In of MODEL   14
    1    H    TYR  61           H        TYR  61   2.365   4.579   0.479
    2    HA   TYR  61           HA       TYR  61   2.696   6.224  -1.930
    3    HB2  TYR  61           HB2      TYR  61   1.901   3.288  -1.730
    4    HB3  TYR  61           HB3      TYR  61   1.767   4.229  -3.224
    5    HD1  TYR  61           HD1      TYR  61   4.276   3.057  -0.690
    6    HD2  TYR  61           HD2      TYR  61   3.629   4.472  -4.657
    7    HE1  TYR  61           HE1      TYR  61   6.629   2.534  -1.256
    8    HE2  TYR  61           HE2      TYR  61   5.963   3.959  -5.229
    9    HH   TYR  61           HH       TYR  61   8.081   3.602  -4.197

  No H/Q in entry =           9
  In of MODEL   14
    1    H    TYR  62           H        TYR  62   0.617   6.851  -3.006
    2    HA   TYR  62           HA       TYR  62  -1.666   6.463  -1.215
    3    HB2  TYR  62           HB2      TYR  62  -2.396   8.782  -1.501
    4    HB3  TYR  62           HB3      TYR  62  -0.846   8.663  -0.694
    5    HD1  TYR  62           HD1      TYR  62   0.898  10.039  -1.385
    6    HD2  TYR  62           HD2      TYR  62  -2.317   9.361  -4.089
    7    HE1  TYR  62           HE1      TYR  62   1.801  11.757  -2.900
    8    HE2  TYR  62           HE2      TYR  62  -1.417  11.071  -5.599
    9    HH   TYR  62           HH       TYR  62   1.687  12.273  -5.359

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR  63           H        THR  63  -3.616   6.083  -2.122
    2    HA   THR  63           HA       THR  63  -4.018   6.654  -4.966
    3    HB   THR  63           HB       THR  63  -3.264   4.212  -4.644
    4    HG1  THR  63           HG1      THR  63  -4.564   5.181  -6.435
    5   HG21  THR  63          HG21      THR  63  -6.058   4.010  -3.550
    6   HG22  THR  63          HG22      THR  63  -5.078   2.645  -4.069
    7   HG23  THR  63          HG23      THR  63  -4.574   3.618  -2.692

  No H/Q in entry =           7
  In of MODEL   14
    1    H    GLU  64           H        GLU  64  -6.042   7.347  -5.414
    2    HA   GLU  64           HA       GLU  64  -7.941   8.033  -3.491
    3    HB2  GLU  64           HB2      GLU  64  -7.630   8.788  -5.974
    4    HB3  GLU  64           HB3      GLU  64  -8.621   7.387  -6.360
    5    HG2  GLU  64           HG2      GLU  64 -10.192   9.052  -6.300
    6    HG3  GLU  64           HG3      GLU  64 -10.297   8.403  -4.662

  No H/Q in entry =           6
  In of MODEL   14
    1    H    PHE  65           H        PHE  65  -9.464   6.743  -2.384
    2    HA   PHE  65           HA       PHE  65 -10.351   4.346  -3.831
    3    HB2  PHE  65           HB2      PHE  65 -10.358   3.046  -1.861
    4    HB3  PHE  65           HB3      PHE  65  -8.832   3.895  -1.904
    5    HD1  PHE  65           HD1      PHE  65  -8.035   4.479   0.122
    6    HD2  PHE  65           HD2      PHE  65 -12.227   4.648  -0.533
    7    HE1  PHE  65           HE1      PHE  65  -8.375   5.230   2.450
    8    HE2  PHE  65           HE2      PHE  65 -12.562   5.402   1.782
    9    HZ   PHE  65           HZ       PHE  65 -10.651   5.687   3.280

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR  66           H        THR  66 -12.495   3.729  -3.625
    2    HA   THR  66           HA       THR  66 -14.163   5.231  -1.719
    3    HB   THR  66           HB       THR  66 -14.938   4.509  -4.572
    4    HG1  THR  66           HG1      THR  66 -14.040   6.878  -3.301
    5   HG21  THR  66          HG21      THR  66 -16.437   6.020  -2.411
    6   HG22  THR  66          HG22      THR  66 -16.929   5.910  -4.106
    7   HG23  THR  66          HG23      THR  66 -16.871   4.458  -3.111

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   PRO  67           HA       PRO  67 -14.802   0.867  -0.747
    2    HB2  PRO  67           HB2      PRO  67 -16.227   1.415   1.608
    3    HB3  PRO  67           HB3      PRO  67 -14.515   1.042   1.477
    4    HG2  PRO  67           HG2      PRO  67 -15.700   3.555   2.185
    5    HG3  PRO  67           HG3      PRO  67 -13.982   3.153   2.022
    6    HD2  PRO  67           HD2      PRO  67 -15.691   4.664   0.238
    7    HD3  PRO  67           HD3      PRO  67 -13.926   4.488   0.212

  No H/Q in entry =           7
  In of MODEL   14
    1    H    THR  68           H        THR  68 -16.267  -0.511  -1.096
    2    HA   THR  68           HA       THR  68 -19.112   0.213  -1.146
    3    HB   THR  68           HB       THR  68 -19.463  -1.105  -3.143
    4    HG1  THR  68           HG1      THR  68 -17.017  -1.745  -3.953
    5   HG21  THR  68          HG21      THR  68 -18.688   1.189  -3.536
    6   HG22  THR  68          HG22      THR  68 -17.020   0.612  -3.563
    7   HG23  THR  68          HG23      THR  68 -18.153   0.092  -4.811

  No H/Q in entry =           7
  In of MODEL   14
    1    H    GLU  69           H        GLU  69 -20.468  -1.818  -0.846
    2    HA   GLU  69           HA       GLU  69 -19.588  -3.423   1.227
    3    HB2  GLU  69           HB2      GLU  69 -21.911  -3.190   0.807
    4    HB3  GLU  69           HB3      GLU  69 -21.779  -3.804  -0.832
    5    HG2  GLU  69           HG2      GLU  69 -22.764  -5.492   0.488
    6    HG3  GLU  69           HG3      GLU  69 -21.112  -5.994   0.114

  No H/Q in entry =           6
  In of MODEL   14
    1    H    LYS  70           H        LYS  70 -18.436  -3.603  -1.979
    2    HA   LYS  70           HA       LYS  70 -17.799  -6.446  -1.596
    3    HB2  LYS  70           HB2      LYS  70 -18.244  -4.943  -4.154
    4    HB3  LYS  70           HB3      LYS  70 -17.546  -6.551  -4.104
    5    HG2  LYS  70           HG2      LYS  70 -20.247  -5.963  -2.909
    6    HG3  LYS  70           HG3      LYS  70 -20.033  -6.352  -4.610
    7    HD2  LYS  70           HD2      LYS  70 -20.521  -8.419  -3.716
    8    HD3  LYS  70           HD3      LYS  70 -18.764  -8.447  -3.736
    9    HE2  LYS  70           HE2      LYS  70 -20.248  -7.565  -1.286
   10    HE3  LYS  70           HE3      LYS  70 -20.066  -9.275  -1.641
   11    HZ1  LYS  70           HZ1      LYS  70 -17.586  -8.758  -1.778
   12    HZ2  LYS  70           HZ2      LYS  70 -17.969  -7.295  -1.009
   13    HZ3  LYS  70           HZ3      LYS  70 -18.303  -8.759  -0.240

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ASP  71           H        ASP  71 -16.141  -3.395  -2.159
    2    HA   ASP  71           HA       ASP  71 -13.943  -4.816  -3.421
    3    HB2  ASP  71           HB2      ASP  71 -14.266  -1.842  -2.972
    4    HB3  ASP  71           HB3      ASP  71 -12.958  -2.610  -3.844

  No H/Q in entry =           4
  In of MODEL   14
    1    H    GLU  72           H        GLU  72 -12.199  -5.402  -2.416
    2    HA   GLU  72           HA       GLU  72 -11.675  -4.724   0.412
    3    HB2  GLU  72           HB2      GLU  72 -11.866  -7.107  -0.217
    4    HB3  GLU  72           HB3      GLU  72 -10.585  -6.907  -1.397
    5    HG2  GLU  72           HG2      GLU  72  -9.015  -6.379   0.453
    6    HG3  GLU  72           HG3      GLU  72 -10.314  -6.695   1.600

  No H/Q in entry =           6
  In of MODEL   14
    1    H    TYR  73           H        TYR  73  -9.557  -3.953   0.981
    2    HA   TYR  73           HA       TYR  73  -7.884  -3.139  -1.306
    3    HB2  TYR  73           HB2      TYR  73  -8.464  -1.583   1.231
    4    HB3  TYR  73           HB3      TYR  73  -7.205  -1.146   0.082
    5    HD1  TYR  73           HD1      TYR  73 -10.859  -1.621   0.456
    6    HD2  TYR  73           HD2      TYR  73  -7.732   0.098  -1.866
    7    HE1  TYR  73           HE1      TYR  73 -12.519  -0.379  -0.882
    8    HE2  TYR  73           HE2      TYR  73  -9.397   1.338  -3.191
    9    HH   TYR  73           HH       TYR  73 -12.680   1.566  -2.284

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ALA  74           H        ALA  74  -5.796  -3.642  -1.265
    2    HA   ALA  74           HA       ALA  74  -4.604  -4.679   1.214
    3    HB1  ALA  74           HB1      ALA  74  -5.431  -6.591  -0.027
    4    HB2  ALA  74           HB2      ALA  74  -4.581  -6.047  -1.474
    5    HB3  ALA  74           HB3      ALA  74  -3.672  -6.566  -0.051

  No H/Q in entry =           5
  In of MODEL   14
    1    H    CYS  75           H        CYS  75  -2.202  -4.770   1.125
    2    HA   CYS  75           HA       CYS  75  -1.075  -3.206  -1.109
    3    HB2  CYS  75           HB2      CYS  75  -1.018  -1.750   0.790
    4    HB3  CYS  75           HB3      CYS  75  -0.343  -3.010   1.813

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ARG  76           H        ARG  76   0.550  -4.147  -2.152
    2    HA   ARG  76           HA       ARG  76   1.509  -6.770  -1.203
    3    HB2  ARG  76           HB2      ARG  76   0.281  -6.396  -3.437
    4    HB3  ARG  76           HB3      ARG  76   1.773  -5.620  -3.972
    5    HG2  ARG  76           HG2      ARG  76   2.964  -7.683  -3.820
    6    HG3  ARG  76           HG3      ARG  76   1.641  -8.466  -2.951
    7    HD2  ARG  76           HD2      ARG  76   1.690  -9.159  -5.345
    8    HD3  ARG  76           HD3      ARG  76   0.213  -8.276  -4.933
    9    HE   ARG  76           HE       ARG  76   1.580  -6.262  -5.830
   10   HH11  ARG  76          HH11      ARG  76   1.624  -9.514  -7.135
   11   HH12  ARG  76          HH12      ARG  76   2.138  -8.996  -8.714
   12   HH21  ARG  76          HH21      ARG  76   2.257  -5.586  -7.888
   13   HH22  ARG  76          HH22      ARG  76   2.462  -6.764  -9.153

  No H/Q in entry =          13
  In of MODEL   14
    1    H    VAL  77           H        VAL  77   3.666  -6.976  -0.623
    2    HA   VAL  77           HA       VAL  77   5.543  -5.056  -1.828
    3    HB   VAL  77           HB       VAL  77   4.890  -4.500   0.631
    4   HG11  VAL  77          HG11      VAL  77   5.194  -6.719   1.571
    5   HG12  VAL  77          HG12      VAL  77   6.898  -6.696   1.107
    6   HG13  VAL  77          HG13      VAL  77   6.295  -5.559   2.317
    7   HG21  VAL  77          HG21      VAL  77   6.651  -3.384  -0.625
    8   HG22  VAL  77          HG22      VAL  77   7.118  -3.626   1.061
    9   HG23  VAL  77          HG23      VAL  77   7.777  -4.674  -0.197

  No H/Q in entry =           9
  In of MODEL   14
    1    H    ASN  78           H        ASN  78   7.368  -5.794  -2.495
    2    HA   ASN  78           HA       ASN  78   8.265  -8.487  -1.667
    3    HB2  ASN  78           HB2      ASN  78   7.101  -8.564  -3.910
    4    HB3  ASN  78           HB3      ASN  78   8.391  -7.536  -4.537
    5   HD21  ASN  78          HD21      ASN  78   9.057  -9.134  -5.991
    6   HD22  ASN  78          HD22      ASN  78   9.919 -10.543  -5.462

  No H/Q in entry =           6
  In of MODEL   14
    1    H    HIS  79           H        HIS  79  10.350  -8.829  -1.480
    2    HA   HIS  79           HA       HIS  79  12.218  -6.706  -2.243
    3    HB2  HIS  79           HB2      HIS  79  11.721  -6.694   0.246
    4    HB3  HIS  79           HB3      HIS  79  12.383  -8.317   0.320
    5    HD2  HIS  79           HD2      HIS  79  13.551  -4.645   0.163
    6    HE1  HIS  79           HE1      HIS  79  16.967  -7.141   0.298
    7    HE2  HIS  79           HE2      HIS  79  16.110  -4.775   0.573

  No H/Q in entry =           7
  In of MODEL   14
    1    H    VAL  80           H        VAL  80  14.428  -7.602  -2.534
    2    HA   VAL  80           HA       VAL  80  14.548  -9.792  -4.191
    3    HB   VAL  80           HB       VAL  80  16.783  -8.858  -2.379
    4   HG11  VAL  80          HG11      VAL  80  16.876 -10.446  -4.947
    5   HG12  VAL  80          HG12      VAL  80  18.278  -9.790  -4.101
    6   HG13  VAL  80          HG13      VAL  80  17.289 -11.032  -3.334
    7   HG21  VAL  80          HG21      VAL  80  16.024  -7.998  -5.168
    8   HG22  VAL  80          HG22      VAL  80  15.899  -7.031  -3.698
    9   HG23  VAL  80          HG23      VAL  80  17.483  -7.504  -4.309

  No H/Q in entry =           9
  In of MODEL   14
    1    H    THR  81           H        THR  81  14.554  -9.794  -0.687
    2    HA   THR  81           HA       THR  81  15.731 -12.416  -0.460
    3    HB   THR  81           HB       THR  81  16.154 -10.943   1.370
    4    HG1  THR  81           HG1      THR  81  15.975 -12.974   2.142
    5   HG21  THR  81          HG21      THR  81  13.152 -10.722   1.732
    6   HG22  THR  81          HG22      THR  81  14.369 -10.051   2.821
    7   HG23  THR  81          HG23      THR  81  14.233  -9.444   1.171

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LEU  82           H        LEU  82  12.432 -11.213   0.337
    2    HA   LEU  82           HA       LEU  82  11.238 -13.460   1.168
    3    HB2  LEU  82           HB2      LEU  82   9.944 -11.547  -0.761
    4    HB3  LEU  82           HB3      LEU  82   9.112 -12.631   0.345
    5    HG   LEU  82           HG       LEU  82  10.894 -10.354   1.200
    6   HD11  LEU  82          HD11      LEU  82   7.897 -10.568   1.045
    7   HD12  LEU  82          HD12      LEU  82   8.791  -9.264   1.833
    8   HD13  LEU  82          HD13      LEU  82   8.946  -9.506   0.097
    9   HD21  LEU  82          HD21      LEU  82   9.055 -12.170   2.751
   10   HD22  LEU  82          HD22      LEU  82  10.816 -12.121   2.853
   11   HD23  LEU  82          HD23      LEU  82   9.862 -10.745   3.404

  No H/Q in entry =          11
  In of MODEL   14
    1    H    SER  83           H        SER  83  11.577 -12.665  -2.276
    2    HA   SER  83           HA       SER  83  11.506 -13.962  -4.144
    3    HB2  SER  83           HB2      SER  83  12.587 -15.818  -2.997
    4    HB3  SER  83           HB3      SER  83  11.064 -16.277  -2.239
    5    HG   SER  83           HG       SER  83  10.714 -17.450  -3.931

  No H/Q in entry =           5
  In of MODEL   14
    1    H    GLN  84           H        GLN  84   9.008 -14.298  -1.711
    2    HA   GLN  84           HA       GLN  84   7.064 -14.028  -3.887
    3    HB2  GLN  84           HB2      GLN  84   5.438 -15.408  -2.716
    4    HB3  GLN  84           HB3      GLN  84   6.922 -16.316  -2.946
    5    HG2  GLN  84           HG2      GLN  84   6.265 -14.910  -0.374
    6    HG3  GLN  84           HG3      GLN  84   5.732 -16.552  -0.721
    7   HE21  GLN  84          HE21      GLN  84   8.173 -17.225  -2.172
    8   HE22  GLN  84          HE22      GLN  84   9.406 -17.409  -0.978

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   PRO  85           HA       PRO  85   6.261 -10.315  -1.421
    2    HB2  PRO  85           HB2      PRO  85   4.175  -9.379  -2.921
    3    HB3  PRO  85           HB3      PRO  85   5.890  -9.057  -3.255
    4    HG2  PRO  85           HG2      PRO  85   4.025 -10.997  -4.550
    5    HG3  PRO  85           HG3      PRO  85   5.363 -10.066  -5.263
    6    HD2  PRO  85           HD2      PRO  85   5.550 -12.764  -4.640
    7    HD3  PRO  85           HD3      PRO  85   6.959 -11.650  -4.665

  No H/Q in entry =           7
  In of MODEL   14
    1    H    LYS  86           H        LYS  86   4.601  -9.495  -0.125
    2    HA   LYS  86           HA       LYS  86   2.524 -11.502   0.449
    3    HB2  LYS  86           HB2      LYS  86   3.598  -9.426   2.360
    4    HB3  LYS  86           HB3      LYS  86   2.512 -10.755   2.737
    5    HG2  LYS  86           HG2      LYS  86   5.447 -10.844   2.108
    6    HG3  LYS  86           HG3      LYS  86   4.620 -11.390   3.568
    7    HD2  LYS  86           HD2      LYS  86   3.437 -12.927   1.632
    8    HD3  LYS  86           HD3      LYS  86   5.086 -12.768   1.021
    9    HE2  LYS  86           HE2      LYS  86   4.911 -14.754   2.402
   10    HE3  LYS  86           HE3      LYS  86   5.944 -13.566   3.198
   11    HZ1  LYS  86           HZ1      LYS  86   3.058 -13.882   3.820
   12    HZ2  LYS  86           HZ2      LYS  86   4.286 -14.694   4.665
   13    HZ3  LYS  86           HZ3      LYS  86   4.217 -13.000   4.692

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ILE  87           H        ILE  87   0.474 -10.874   0.888
    2    HA   ILE  87           HA       ILE  87  -0.222  -8.096   0.200
    3    HB   ILE  87           HB       ILE  87  -1.593 -10.619  -0.394
    4   HG12  ILE  87          HG12      ILE  87  -1.022  -9.358  -2.270
    5   HG13  ILE  87          HG13      ILE  87  -2.731  -8.957  -2.060
    6   HG21  ILE  87          HG21      ILE  87  -3.211  -8.319   0.677
    7   HG22  ILE  87          HG22      ILE  87  -3.875  -9.643  -0.285
    8   HG23  ILE  87          HG23      ILE  87  -3.157  -9.971   1.293
    9   HD11  ILE  87          HD11      ILE  87  -0.429  -7.286  -1.115
   10   HD12  ILE  87          HD12      ILE  87  -1.405  -6.999  -2.553
   11   HD13  ILE  87          HD13      ILE  87  -2.142  -6.902  -0.961

  No H/Q in entry =          11
  In of MODEL   14
    1    H    VAL  88           H        VAL  88  -1.114  -6.767   1.639
    2    HA   VAL  88           HA       VAL  88  -2.040  -7.911   4.186
    3    HB   VAL  88           HB       VAL  88  -0.051  -6.586   4.575
    4   HG11  VAL  88          HG11      VAL  88  -0.079  -5.185   2.599
    5   HG12  VAL  88          HG12      VAL  88  -1.480  -4.321   3.229
    6   HG13  VAL  88          HG13      VAL  88   0.069  -4.208   4.064
    7   HG21  VAL  88          HG21      VAL  88  -2.581  -5.214   5.437
    8   HG22  VAL  88          HG22      VAL  88  -1.689  -6.462   6.311
    9   HG23  VAL  88          HG23      VAL  88  -0.988  -4.853   6.103

  No H/Q in entry =           9
  In of MODEL   14
    1    H    LYS  89           H        LYS  89  -4.164  -7.619   4.503
    2    HA   LYS  89           HA       LYS  89  -5.482  -5.697   2.726
    3    HB2  LYS  89           HB2      LYS  89  -6.714  -8.062   4.142
    4    HB3  LYS  89           HB3      LYS  89  -7.477  -7.041   2.928
    5    HG2  LYS  89           HG2      LYS  89  -6.232  -7.947   1.189
    6    HG3  LYS  89           HG3      LYS  89  -4.957  -8.479   2.282
    7    HD2  LYS  89           HD2      LYS  89  -7.711  -9.635   2.393
    8    HD3  LYS  89           HD3      LYS  89  -6.457 -10.283   1.323
    9    HE2  LYS  89           HE2      LYS  89  -6.032  -9.874   4.266
   10    HE3  LYS  89           HE3      LYS  89  -6.679 -11.382   3.610
   11    HZ1  LYS  89           HZ1      LYS  89  -4.647 -11.582   2.271
   12    HZ2  LYS  89           HZ2      LYS  89  -4.045 -10.165   2.978
   13    HZ3  LYS  89           HZ3      LYS  89  -4.304 -11.536   3.931

  No H/Q in entry =          13
  In of MODEL   14
    1    H    TRP  90           H        TRP  90  -7.052  -4.324   3.520
    2    HA   TRP  90           HA       TRP  90  -6.585  -3.497   6.250
    3    HB2  TRP  90           HB2      TRP  90  -6.689  -1.787   4.496
    4    HB3  TRP  90           HB3      TRP  90  -8.301  -2.333   4.053
    5    HD1  TRP  90           HD1      TRP  90  -6.945  -1.262   7.567
    6    HE1  TRP  90           HE1      TRP  90  -8.488   0.566   8.460
    7    HE3  TRP  90           HE3      TRP  90 -10.107  -0.800   3.529
    8    HZ2  TRP  90           HZ2      TRP  90 -10.802   1.957   7.637
    9    HZ3  TRP  90           HZ3      TRP  90 -11.950   0.804   3.669
   10    HH2  TRP  90           HH2      TRP  90 -12.300   2.167   5.658

  No H/Q in entry =          10
  In of MODEL   14
    1    H    ASP  91           H        ASP  91  -7.759  -4.086   7.930
    2    HA   ASP  91           HA       ASP  91  -9.833  -5.993   7.754
    3    HB2  ASP  91           HB2      ASP  91  -8.869  -4.267  10.035
    4    HB3  ASP  91           HB3      ASP  91 -10.174  -5.434  10.215

  No H/Q in entry =           4
  In of MODEL   14
    1    H    ARG  92           H        ARG  92 -11.635  -5.367   6.640
    2    HA   ARG  92           HA       ARG  92 -13.589  -3.927   8.066
    3    HB2  ARG  92           HB2      ARG  92 -13.690  -1.828   7.053
    4    HB3  ARG  92           HB3      ARG  92 -11.955  -2.112   7.044
    5    HG2  ARG  92           HG2      ARG  92 -12.281  -1.374   4.897
    6    HG3  ARG  92           HG3      ARG  92 -12.362  -3.124   4.665
    7    HD2  ARG  92           HD2      ARG  92 -14.864  -2.927   4.854
    8    HD3  ARG  92           HD3      ARG  92 -14.666  -1.166   4.802
    9    HE   ARG  92           HE       ARG  92 -13.330  -2.145   2.615
   10   HH11  ARG  92          HH11      ARG  92 -16.573  -2.200   3.881
   11   HH12  ARG  92          HH12      ARG  92 -17.318  -2.452   2.338
   12   HH21  ARG  92          HH21      ARG  92 -14.299  -2.489   0.562
   13   HH22  ARG  92          HH22      ARG  92 -16.033  -2.599   0.461

  No H/Q in entry =          13
  In of MODEL   14
    1    H    ASP  93           H        ASP  93 -12.552  -5.929   5.689
    2    HA   ASP  93           HA       ASP  93 -15.140  -6.489   4.600
    3    HB2  ASP  93           HB2      ASP  93 -14.394  -4.530   3.232
    4    HB3  ASP  93           HB3      ASP  93 -12.996  -5.477   2.722

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   MET  94           HA       MET  94 -11.783  -9.557   3.615
    2    HB2  MET  94           HB2      MET  94  -9.576  -9.945   4.742
    3    HB3  MET  94           HB3      MET  94  -9.721  -8.364   3.972
    4    HG2  MET  94           HG2      MET  94 -10.043  -7.270   6.092
    5    HG3  MET  94           HG3      MET  94 -10.176  -8.828   6.915
    6    HE1  MET  94           HE1      MET  94  -8.197 -10.429   7.433
    7    HE2  MET  94           HE2      MET  94  -7.876 -10.578   5.705
    8    HE3  MET  94           HE3      MET  94  -6.558 -10.214   6.818

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   MET   1           HA       MET   1   4.751  -8.236   6.230
    2    HB2  MET   1           HB2      MET   1   4.241  -9.357   8.382
    3    HB3  MET   1           HB3      MET   1   4.009  -7.783   9.132
    4    HG2  MET   1           HG2      MET   1   1.889  -8.839   8.577
    5    HG3  MET   1           HG3      MET   1   2.121  -7.344   7.673
    6    HE1  MET   1           HE1      MET   1   0.112  -8.105   6.088
    7    HE2  MET   1           HE2      MET   1   0.083  -9.630   5.206
    8    HE3  MET   1           HE3      MET   1  -0.052  -9.626   6.963

  No H/Q in entry =           8
  In of MODEL   15
    1    H    ILE   2           H        ILE   2   3.209  -6.741   5.512
    2    HA   ILE   2           HA       ILE   2   3.977  -3.960   5.888
    3    HB   ILE   2           HB       ILE   2   1.696  -4.931   4.163
    4   HG12  ILE   2          HG12      ILE   2   4.340  -4.659   2.851
    5   HG13  ILE   2          HG13      ILE   2   4.129  -6.082   3.873
    6   HG21  ILE   2          HG21      ILE   2   2.015  -2.509   4.454
    7   HG22  ILE   2          HG22      ILE   2   3.631  -2.650   3.755
    8   HG23  ILE   2          HG23      ILE   2   2.211  -3.028   2.782
    9   HD11  ILE   2          HD11      ILE   2   2.140  -6.707   2.589
   10   HD12  ILE   2          HD12      ILE   2   2.359  -5.289   1.562
   11   HD13  ILE   2          HD13      ILE   2   3.568  -6.578   1.563

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLN   3           H        GLN   3   2.405  -2.323   6.522
    2    HA   GLN   3           HA       GLN   3  -0.021  -3.421   7.784
    3    HB2  GLN   3           HB2      GLN   3   1.762  -1.213   8.863
    4    HB3  GLN   3           HB3      GLN   3   0.230  -1.737   9.580
    5    HG2  GLN   3           HG2      GLN   3   1.162  -3.954  10.033
    6    HG3  GLN   3           HG3      GLN   3   2.703  -3.452   9.287
    7   HE21  GLN   3          HE21      GLN   3   3.888  -3.764  11.142
    8   HE22  GLN   3          HE22      GLN   3   3.750  -2.749  12.539

  No H/Q in entry =           8
  In of MODEL   15
    1    H    VAL   4           H        VAL   4  -1.622  -2.736   6.493
    2    HA   VAL   4           HA       VAL   4  -1.461  -0.101   5.267
    3    HB   VAL   4           HB       VAL   4  -3.703  -0.808   4.205
    4   HG11  VAL   4          HG11      VAL   4  -1.224  -2.431   3.640
    5   HG12  VAL   4          HG12      VAL   4  -2.590  -2.217   2.544
    6   HG13  VAL   4          HG13      VAL   4  -1.593  -0.832   2.993
    7   HG21  VAL   4          HG21      VAL   4  -2.843  -3.467   5.341
    8   HG22  VAL   4          HG22      VAL   4  -4.289  -2.559   5.779
    9   HG23  VAL   4          HG23      VAL   4  -4.125  -3.224   4.154

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR   5           H        TYR   5  -3.005   1.474   5.490
    2    HA   TYR   5           HA       TYR   5  -5.088   1.386   7.451
    3    HB2  TYR   5           HB2      TYR   5  -2.493   2.790   8.081
    4    HB3  TYR   5           HB3      TYR   5  -4.015   3.367   8.752
    5    HD1  TYR   5           HD1      TYR   5  -1.230   1.589   9.584
    6    HD2  TYR   5           HD2      TYR   5  -5.463   1.134   9.683
    7    HE1  TYR   5           HE1      TYR   5  -1.004  -0.090  11.378
    8    HE2  TYR   5           HE2      TYR   5  -5.248  -0.538  11.488
    9    HH   TYR   5           HH       TYR   5  -2.456  -0.967  13.256

  No H/Q in entry =           9
  In of MODEL   15
    1    H    SER   6           H        SER   6  -5.893   3.774   7.775
    2    HA   SER   6           HA       SER   6  -5.563   5.174   5.205
    3    HB2  SER   6           HB2      SER   6  -8.146   4.820   6.754
    4    HB3  SER   6           HB3      SER   6  -7.948   5.697   5.229
    5    HG   SER   6           HG       SER   6  -7.593   2.913   5.671

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ARG   7           H        ARG   7  -6.232   7.417   5.249
    2    HA   ARG   7           HA       ARG   7  -5.282   8.759   7.655
    3    HB2  ARG   7           HB2      ARG   7  -4.800   9.371   5.119
    4    HB3  ARG   7           HB3      ARG   7  -6.297  10.295   5.288
    5    HG2  ARG   7           HG2      ARG   7  -4.192  11.570   5.733
    6    HG3  ARG   7           HG3      ARG   7  -5.393  11.615   7.030
    7    HD2  ARG   7           HD2      ARG   7  -3.155  11.249   7.931
    8    HD3  ARG   7           HD3      ARG   7  -4.202   9.848   8.202
    9    HE   ARG   7           HE       ARG   7  -2.708   9.583   5.789
   10   HH11  ARG   7          HH11      ARG   7  -2.457   9.304   9.270
   11   HH12  ARG   7          HH12      ARG   7  -1.152   8.152   9.214
   12   HH21  ARG   7          HH21      ARG   7  -1.021   8.041   5.706
   13   HH22  ARG   7          HH22      ARG   7  -0.347   7.412   7.183

  No H/Q in entry =          13
  In of MODEL   15
    1    H    HIS   8           H        HIS   8  -8.214   7.847   6.364
    2    HA   HIS   8           HA       HIS   8  -9.702   9.814   7.954
    3    HB2  HIS   8           HB2      HIS   8 -10.590   8.796   5.248
    4    HB3  HIS   8           HB3      HIS   8 -11.321  10.085   6.194
    5    HD2  HIS   8           HD2      HIS   8  -9.478  12.401   6.440
    6    HE1  HIS   8           HE1      HIS   8  -7.825  11.508   2.648
    7    HE2  HIS   8           HE2      HIS   8  -7.930  13.211   4.517

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   PRO   9           HA       PRO   9 -12.084   6.286   9.358
    2    HB2  PRO   9           HB2      PRO   9 -14.589   7.775   9.140
    3    HB3  PRO   9           HB3      PRO   9 -13.744   7.218  10.594
    4    HG2  PRO   9           HG2      PRO   9 -13.917   9.850   9.901
    5    HG3  PRO   9           HG3      PRO   9 -12.516   9.179  10.763
    6    HD2  PRO   9           HD2      PRO   9 -12.830   9.820   7.851
    7    HD3  PRO   9           HD3      PRO   9 -11.437  10.124   8.918

  No H/Q in entry =           7
  In of MODEL   15
    1    H    ALA  10           H        ALA  10 -12.979   4.543   8.345
    2    HA   ALA  10           HA       ALA  10 -13.518   4.518   5.613
    3    HB1  ALA  10           HB1      ALA  10 -14.344   2.255   5.939
    4    HB2  ALA  10           HB2      ALA  10 -12.909   2.522   6.931
    5    HB3  ALA  10           HB3      ALA  10 -14.509   2.544   7.671

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLU  11           H        GLU  11 -15.081   5.941   4.841
    2    HA   GLU  11           HA       GLU  11 -17.809   5.395   5.827
    3    HB2  GLU  11           HB2      GLU  11 -16.495   7.862   4.821
    4    HB3  GLU  11           HB3      GLU  11 -18.191   7.648   4.423
    5    HG2  GLU  11           HG2      GLU  11 -17.058   7.593   7.207
    6    HG3  GLU  11           HG3      GLU  11 -17.804   8.988   6.436

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ASN  12           H        ASN  12 -18.837   3.986   4.537
    2    HA   ASN  12           HA       ASN  12 -18.158   3.285   1.943
    3    HB2  ASN  12           HB2      ASN  12 -19.571   1.773   3.082
    4    HB3  ASN  12           HB3      ASN  12 -20.722   3.025   3.546
    5   HD21  ASN  12          HD21      ASN  12 -22.291   3.650   2.085
    6   HD22  ASN  12          HD22      ASN  12 -22.642   2.749   0.648

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLY  13           H        GLY  13 -18.034   4.561   0.239
    2    HA2  GLY  13           HA2      GLY  13 -20.217   6.515  -0.230
    3    HA3  GLY  13           HA3      GLY  13 -19.436   5.605  -1.508

  No H/Q in entry =           3
  In of MODEL   15
    1    H    LYS  14           H        LYS  14 -17.283   6.753   0.941
    2    HA   LYS  14           HA       LYS  14 -16.831   9.290  -0.468
    3    HB2  LYS  14           HB2      LYS  14 -15.206   8.181   1.815
    4    HB3  LYS  14           HB3      LYS  14 -15.302   9.845   1.275
    5    HG2  LYS  14           HG2      LYS  14 -17.651   8.394   2.461
    6    HG3  LYS  14           HG3      LYS  14 -16.438   9.232   3.401
    7    HD2  LYS  14           HD2      LYS  14 -18.395  10.610   3.076
    8    HD3  LYS  14           HD3      LYS  14 -16.942  11.337   2.391
    9    HE2  LYS  14           HE2      LYS  14 -17.777  10.307   0.143
   10    HE3  LYS  14           HE3      LYS  14 -19.339  10.204   0.968
   11    HZ1  LYS  14           HZ1      LYS  14 -19.197  12.586   1.412
   12    HZ2  LYS  14           HZ2      LYS  14 -17.724  12.665   0.575
   13    HZ3  LYS  14           HZ3      LYS  14 -19.147  12.258  -0.253

  No H/Q in entry =          13
  In of MODEL   15
    1    H    SER  15           H        SER  15 -14.906   9.896  -1.435
    2    HA   SER  15           HA       SER  15 -12.966   7.759  -1.890
    3    HB2  SER  15           HB2      SER  15 -11.918   9.693  -3.365
    4    HB3  SER  15           HB3      SER  15 -13.247   8.697  -3.964
    5    HG   SER  15           HG       SER  15 -13.390  11.303  -2.810

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ASN  16           H        ASN  16 -10.883   7.902  -1.238
    2    HA   ASN  16           HA       ASN  16  -9.905  10.085   0.387
    3    HB2  ASN  16           HB2      ASN  16 -10.196   7.363   1.679
    4    HB3  ASN  16           HB3      ASN  16  -9.648   8.848   2.431
    5   HD21  ASN  16          HD21      ASN  16 -11.106  10.136   3.405
    6   HD22  ASN  16          HD22      ASN  16 -12.811   9.824   3.440

  No H/Q in entry =           6
  In of MODEL   15
    1    H    PHE  17           H        PHE  17  -7.919   8.147   1.662
    2    HA   PHE  17           HA       PHE  17  -6.504   7.371  -0.791
    3    HB2  PHE  17           HB2      PHE  17  -5.379   9.050   1.462
    4    HB3  PHE  17           HB3      PHE  17  -4.393   8.291   0.219
    5    HD1  PHE  17           HD1      PHE  17  -5.861   8.764  -2.214
    6    HD2  PHE  17           HD2      PHE  17  -5.286  11.332   1.133
    7    HE1  PHE  17           HE1      PHE  17  -6.144  10.726  -3.672
    8    HE2  PHE  17           HE2      PHE  17  -5.580  13.294  -0.315
    9    HZ   PHE  17           HZ       PHE  17  -6.009  12.994  -2.719

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  18           H        LEU  18  -5.578   5.387  -0.664
    2    HA   LEU  18           HA       LEU  18  -5.617   4.018   1.929
    3    HB2  LEU  18           HB2      LEU  18  -6.599   2.724   0.177
    4    HB3  LEU  18           HB3      LEU  18  -5.252   3.031  -0.898
    5    HG   LEU  18           HG       LEU  18  -3.805   1.546   0.435
    6   HD11  LEU  18          HD11      LEU  18  -6.252   1.152   2.161
    7   HD12  LEU  18          HD12      LEU  18  -4.801   0.157   2.218
    8   HD13  LEU  18          HD13      LEU  18  -4.712   1.863   2.647
    9   HD21  LEU  18          HD21      LEU  18  -6.458   0.325  -0.322
   10   HD22  LEU  18          HD22      LEU  18  -5.056   0.544  -1.369
   11   HD23  LEU  18          HD23      LEU  18  -4.973  -0.576  -0.012

  No H/Q in entry =          11
  In of MODEL   15
    1    H    ASN  19           H        ASN  19  -3.866   3.697   3.105
    2    HA   ASN  19           HA       ASN  19  -1.267   4.459   1.957
    3    HB2  ASN  19           HB2      ASN  19  -2.171   4.386   4.848
    4    HB3  ASN  19           HB3      ASN  19  -0.562   4.843   4.303
    5   HD21  ASN  19          HD21      ASN  19  -3.899   5.769   4.480
    6   HD22  ASN  19          HD22      ASN  19  -3.663   7.438   4.083

  No H/Q in entry =           6
  In of MODEL   15
    1    H    CYS  20           H        CYS  20   0.164   2.878   1.585
    2    HA   CYS  20           HA       CYS  20   0.038   0.462   3.270
    3    HB2  CYS  20           HB2      CYS  20  -0.306  -0.207   1.009
    4    HB3  CYS  20           HB3      CYS  20   0.930   0.896   0.391

  No H/Q in entry =           4
  In of MODEL   15
    1    H    TYR  21           H        TYR  21   1.555   0.583   4.816
    2    HA   TYR  21           HA       TYR  21   3.897   2.292   4.357
    3    HB2  TYR  21           HB2      TYR  21   3.021   3.081   6.320
    4    HB3  TYR  21           HB3      TYR  21   2.333   1.544   6.781
    5    HD1  TYR  21           HD1      TYR  21   3.382   0.208   8.383
    6    HD2  TYR  21           HD2      TYR  21   5.495   3.481   6.679
    7    HE1  TYR  21           HE1      TYR  21   5.129  -0.044  10.087
    8    HE2  TYR  21           HE2      TYR  21   7.252   3.233   8.374
    9    HH   TYR  21           HH       TYR  21   7.442   0.503  10.429

  No H/Q in entry =           9
  In of MODEL   15
    1    H    VAL  22           H        VAL  22   5.553   1.297   3.474
    2    HA   VAL  22           HA       VAL  22   6.271  -1.425   4.338
    3    HB   VAL  22           HB       VAL  22   7.048   0.093   1.812
    4   HG11  VAL  22          HG11      VAL  22   8.645  -1.663   2.524
    5   HG12  VAL  22          HG12      VAL  22   7.337  -2.849   2.457
    6   HG13  VAL  22          HG13      VAL  22   7.862  -2.028   0.983
    7   HG21  VAL  22          HG21      VAL  22   4.950  -2.049   2.190
    8   HG22  VAL  22          HG22      VAL  22   4.666  -0.356   1.786
    9   HG23  VAL  22          HG23      VAL  22   5.487  -1.413   0.633

  No H/Q in entry =           9
  In of MODEL   15
    1    H    SER  23           H        SER  23   7.919  -1.298   5.861
    2    HA   SER  23           HA       SER  23   9.923   0.828   5.466
    3    HB2  SER  23           HB2      SER  23   9.990   1.183   7.881
    4    HB3  SER  23           HB3      SER  23   8.334   1.355   7.298
    5    HG   SER  23           HG       SER  23   8.996  -1.212   8.044

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLY  24           H        GLY  24  12.050   0.375   5.879
    2    HA2  GLY  24           HA2      GLY  24  12.767  -2.371   6.759
    3    HA3  GLY  24           HA3      GLY  24  13.780  -0.949   6.974

  No H/Q in entry =           3
  In of MODEL   15
    1    H    PHE  25           H        PHE  25  12.209  -1.097   3.987
    2    HA   PHE  25           HA       PHE  25  14.301  -2.707   2.733
    3    HB2  PHE  25           HB2      PHE  25  11.655  -1.723   1.641
    4    HB3  PHE  25           HB3      PHE  25  12.752  -2.843   0.839
    5    HD1  PHE  25           HD1      PHE  25  12.847  -5.167   1.458
    6    HD2  PHE  25           HD2      PHE  25  10.414  -2.463   3.678
    7    HE1  PHE  25           HE1      PHE  25  11.757  -7.074   2.588
    8    HE2  PHE  25           HE2      PHE  25   9.319  -4.367   4.811
    9    HZ   PHE  25           HZ       PHE  25   9.981  -6.665   4.243

  No H/Q in entry =           9
  In of MODEL   15
    1    H    HIS  26           H        HIS  26  15.422  -2.005   0.893
    2    HA   HIS  26           HA       HIS  26  15.839   0.863   0.741
    3    HB2  HIS  26           HB2      HIS  26  17.112  -1.399  -0.827
    4    HB3  HIS  26           HB3      HIS  26  17.615   0.286  -0.886
    5    HD2  HIS  26           HD2      HIS  26  18.380   1.203   1.877
    6    HE1  HIS  26           HE1      HIS  26  19.975  -2.641   2.644
    7    HE2  HIS  26           HE2      HIS  26  19.754  -0.270   3.519

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   PRO  27           HA       PRO  27  12.326   1.337  -1.902
    2    HB2  PRO  27           HB2      PRO  27  13.965   3.689  -2.759
    3    HB3  PRO  27           HB3      PRO  27  12.242   3.609  -2.362
    4    HG2  PRO  27           HG2      PRO  27  13.970   4.555  -0.605
    5    HG3  PRO  27           HG3      PRO  27  12.630   3.501  -0.090
    6    HD2  PRO  27           HD2      PRO  27  15.547   2.899  -0.327
    7    HD3  PRO  27           HD3      PRO  27  14.339   2.234   0.797

  No H/Q in entry =           7
  In of MODEL   15
    1    H    SER  28           H        SER  28  15.590   1.434  -3.209
    2    HA   SER  28           HA       SER  28  14.764   1.683  -5.913
    3    HB2  SER  28           HB2      SER  28  16.975   2.460  -5.055
    4    HB3  SER  28           HB3      SER  28  17.451   0.771  -4.855
    5    HG   SER  28           HG       SER  28  17.493   0.488  -7.016

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ASP  29           H        ASP  29  15.490  -1.151  -3.853
    2    HA   ASP  29           HA       ASP  29  15.067  -2.848  -6.231
    3    HB2  ASP  29           HB2      ASP  29  16.369  -3.591  -3.600
    4    HB3  ASP  29           HB3      ASP  29  16.143  -4.669  -4.970

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ILE  30           H        ILE  30  12.771  -1.746  -4.666
    2    HA   ILE  30           HA       ILE  30  11.666  -4.371  -3.954
    3    HB   ILE  30           HB       ILE  30  10.800  -3.757  -1.963
    4   HG12  ILE  30          HG12      ILE  30  10.488  -0.882  -2.896
    5   HG13  ILE  30          HG13      ILE  30   9.244  -2.122  -2.956
    6   HG21  ILE  30          HG21      ILE  30  12.960  -1.688  -2.270
    7   HG22  ILE  30          HG22      ILE  30  12.170  -2.074  -0.739
    8   HG23  ILE  30          HG23      ILE  30  13.099  -3.308  -1.588
    9   HD11  ILE  30          HD11      ILE  30   9.284  -2.291  -0.524
   10   HD12  ILE  30          HD12      ILE  30  10.515  -1.026  -0.464
   11   HD13  ILE  30          HD13      ILE  30   8.900  -0.660  -1.069

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLU  31           H        GLU  31   9.303  -4.485  -4.052
    2    HA   GLU  31           HA       GLU  31   8.168  -2.581  -5.955
    3    HB2  GLU  31           HB2      GLU  31   9.125  -5.100  -6.445
    4    HB3  GLU  31           HB3      GLU  31   7.403  -5.334  -6.323
    5    HG2  GLU  31           HG2      GLU  31   8.869  -3.441  -8.169
    6    HG3  GLU  31           HG3      GLU  31   8.031  -4.924  -8.644

  No H/Q in entry =           6
  In of MODEL   15
    1    H    VAL  32           H        VAL  32   6.260  -1.928  -5.285
    2    HA   VAL  32           HA       VAL  32   4.601  -3.585  -3.528
    3    HB   VAL  32           HB       VAL  32   5.140  -2.385  -1.689
    4   HG11  VAL  32          HG11      VAL  32   7.162  -1.585  -2.884
    5   HG12  VAL  32          HG12      VAL  32   6.253  -0.159  -3.382
    6   HG13  VAL  32          HG13      VAL  32   6.555  -0.461  -1.669
    7   HG21  VAL  32          HG21      VAL  32   3.769  -0.110  -3.115
    8   HG22  VAL  32          HG22      VAL  32   2.988  -1.360  -2.146
    9   HG23  VAL  32          HG23      VAL  32   4.081  -0.208  -1.380

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ASP  33           H        ASP  33   2.438  -3.444  -3.935
    2    HA   ASP  33           HA       ASP  33   1.508  -1.232  -5.643
    3    HB2  ASP  33           HB2      ASP  33   0.826  -4.180  -6.081
    4    HB3  ASP  33           HB3      ASP  33   0.082  -2.830  -6.942

  No H/Q in entry =           4
  In of MODEL   15
    1    H    LEU  34           H        LEU  34  -0.810  -0.958  -5.552
    2    HA   LEU  34           HA       LEU  34  -1.953  -1.862  -2.987
    3    HB2  LEU  34           HB2      LEU  34  -2.348   0.620  -4.603
    4    HB3  LEU  34           HB3      LEU  34  -3.679   0.050  -3.620
    5    HG   LEU  34           HG       LEU  34  -2.155   0.136  -1.622
    6   HD11  LEU  34          HD11      LEU  34  -0.328   1.623  -3.501
    7   HD12  LEU  34          HD12      LEU  34  -0.142   1.509  -1.750
    8   HD13  LEU  34          HD13      LEU  34  -0.004   0.061  -2.746
    9   HD21  LEU  34          HD21      LEU  34  -3.776   1.889  -2.092
   10   HD22  LEU  34          HD22      LEU  34  -2.320   2.535  -1.339
   11   HD23  LEU  34          HD23      LEU  34  -2.577   2.736  -3.071

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU  35           H        LEU  35  -3.708  -3.171  -2.992
    2    HA   LEU  35           HA       LEU  35  -4.774  -3.944  -5.631
    3    HB2  LEU  35           HB2      LEU  35  -4.329  -5.757  -3.255
    4    HB3  LEU  35           HB3      LEU  35  -4.935  -6.221  -4.825
    5    HG   LEU  35           HG       LEU  35  -2.138  -5.568  -3.997
    6   HD11  LEU  35          HD11      LEU  35  -3.506  -7.790  -5.511
    7   HD12  LEU  35          HD12      LEU  35  -1.762  -7.669  -5.311
    8   HD13  LEU  35          HD13      LEU  35  -2.800  -7.868  -3.897
    9   HD21  LEU  35          HD21      LEU  35  -2.612  -4.182  -6.004
   10   HD22  LEU  35          HD22      LEU  35  -1.420  -5.448  -6.288
   11   HD23  LEU  35          HD23      LEU  35  -3.073  -5.648  -6.864

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LYS  36           H        LYS  36  -6.803  -5.137  -5.581
    2    HA   LYS  36           HA       LYS  36  -8.541  -4.674  -3.251
    3    HB2  LYS  36           HB2      LYS  36  -9.738  -5.210  -5.933
    4    HB3  LYS  36           HB3      LYS  36 -10.379  -4.225  -4.606
    5    HG2  LYS  36           HG2      LYS  36  -8.813  -2.458  -5.192
    6    HG3  LYS  36           HG3      LYS  36  -8.094  -3.459  -6.444
    7    HD2  LYS  36           HD2      LYS  36  -9.644  -1.748  -7.353
    8    HD3  LYS  36           HD3      LYS  36 -10.106  -3.404  -7.769
    9    HE2  LYS  36           HE2      LYS  36 -12.031  -1.909  -7.123
   10    HE3  LYS  36           HE3      LYS  36 -11.902  -3.358  -6.126
   11    HZ1  LYS  36           HZ1      LYS  36 -10.789  -1.981  -4.435
   12    HZ2  LYS  36           HZ2      LYS  36 -11.005  -0.611  -5.412
   13    HZ3  LYS  36           HZ3      LYS  36 -12.347  -1.429  -4.787

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ASN  37           H        ASN  37  -8.706  -6.653  -2.271
    2    HA   ASN  37           HA       ASN  37  -8.366  -8.915  -2.030
    3    HB2  ASN  37           HB2      ASN  37 -10.346  -9.704  -3.926
    4    HB3  ASN  37           HB3      ASN  37 -10.544  -9.640  -2.203
    5   HD21  ASN  37          HD21      ASN  37 -10.767  -7.758  -5.181
    6   HD22  ASN  37          HD22      ASN  37 -11.957  -6.634  -4.597

  No H/Q in entry =           6
  In of MODEL   15
    1    H    GLY  38           H        GLY  38  -6.314  -8.303  -3.472
    2    HA2  GLY  38           HA2      GLY  38  -5.911 -10.582  -5.130
    3    HA3  GLY  38           HA3      GLY  38  -4.739  -9.324  -4.819

  No H/Q in entry =           3
  In of MODEL   15
    1    H    GLU  39           H        GLU  39  -6.663  -7.249  -5.900
    2    HA   GLU  39           HA       GLU  39  -6.221  -7.850  -8.744
    3    HB2  GLU  39           HB2      GLU  39  -8.642  -8.084  -8.031
    4    HB3  GLU  39           HB3      GLU  39  -8.633  -6.362  -7.679
    5    HG2  GLU  39           HG2      GLU  39  -9.612  -6.599  -9.803
    6    HG3  GLU  39           HG3      GLU  39  -7.971  -6.010 -10.095

  No H/Q in entry =           6
  In of MODEL   15
    1    H    ARG  40           H        ARG  40  -4.863  -6.425  -9.561
    2    HA   ARG  40           HA       ARG  40  -3.812  -4.253  -8.130
    3    HB2  ARG  40           HB2      ARG  40  -3.050  -5.684 -10.318
    4    HB3  ARG  40           HB3      ARG  40  -3.576  -4.209 -11.100
    5    HG2  ARG  40           HG2      ARG  40  -2.034  -2.935  -9.629
    6    HG3  ARG  40           HG3      ARG  40  -1.443  -4.472  -8.997
    7    HD2  ARG  40           HD2      ARG  40   0.123  -3.912 -10.636
    8    HD3  ARG  40           HD3      ARG  40  -0.926  -5.053 -11.477
    9    HE   ARG  40           HE       ARG  40  -2.069  -2.983 -12.375
   10   HH11  ARG  40          HH11      ARG  40   1.301  -3.067 -11.475
   11   HH12  ARG  40          HH12      ARG  40   1.778  -1.811 -12.577
   12   HH21  ARG  40          HH21      ARG  40  -1.462  -1.329 -13.858
   13   HH22  ARG  40          HH22      ARG  40   0.189  -0.815 -13.929

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE  41           H        ILE  41  -4.542  -2.294  -7.756
    2    HA   ILE  41           HA       ILE  41  -7.008  -1.317  -8.774
    3    HB   ILE  41           HB       ILE  41  -4.862   0.150  -7.230
    4   HG12  ILE  41          HG12      ILE  41  -7.271  -1.390  -6.236
    5   HG13  ILE  41          HG13      ILE  41  -5.597  -1.919  -6.098
    6   HG21  ILE  41          HG21      ILE  41  -7.736   0.834  -7.803
    7   HG22  ILE  41          HG22      ILE  41  -6.952   1.405  -6.333
    8   HG23  ILE  41          HG23      ILE  41  -6.308   1.860  -7.899
    9   HD11  ILE  41          HD11      ILE  41  -6.503   0.643  -4.862
   10   HD12  ILE  41          HD12      ILE  41  -6.750  -0.916  -4.063
   11   HD13  ILE  41          HD13      ILE  41  -5.119  -0.380  -4.462

  No H/Q in entry =          11
  In of MODEL   15
    1    H    GLU  42           H        GLU  42  -4.161   0.701  -8.738
    2    HA   GLU  42           HA       GLU  42  -2.745   0.687 -10.777
    3    HB2  GLU  42           HB2      GLU  42  -5.255   0.534 -12.113
    4    HB3  GLU  42           HB3      GLU  42  -4.588   2.096 -12.477
    5    HG2  GLU  42           HG2      GLU  42  -2.549   1.074 -13.229
    6    HG3  GLU  42           HG3      GLU  42  -3.185  -0.521 -12.849

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LYS  43           H        LYS  43  -5.088   2.914  -9.332
    2    HA   LYS  43           HA       LYS  43  -3.881   5.245 -10.541
    3    HB2  LYS  43           HB2      LYS  43  -5.816   5.268  -8.239
    4    HB3  LYS  43           HB3      LYS  43  -5.579   6.487  -9.479
    5    HG2  LYS  43           HG2      LYS  43  -6.975   3.822  -9.800
    6    HG3  LYS  43           HG3      LYS  43  -7.702   5.422  -9.839
    7    HD2  LYS  43           HD2      LYS  43  -5.748   4.312 -11.846
    8    HD3  LYS  43           HD3      LYS  43  -7.487   4.467 -12.070
    9    HE2  LYS  43           HE2      LYS  43  -7.260   6.923 -11.778
   10    HE3  LYS  43           HE3      LYS  43  -5.508   6.719 -11.702
   11    HZ1  LYS  43           HZ1      LYS  43  -5.570   5.765 -13.934
   12    HZ2  LYS  43           HZ2      LYS  43  -7.248   5.984 -13.996
   13    HZ3  LYS  43           HZ3      LYS  43  -6.220   7.331 -13.926

  No H/Q in entry =          13
  In of MODEL   15
    1    H    VAL  44           H        VAL  44  -1.826   4.056  -9.388
    2    HA   VAL  44           HA       VAL  44  -1.510   5.309  -6.752
    3    HB   VAL  44           HB       VAL  44  -1.549   2.519  -7.232
    4   HG11  VAL  44          HG11      VAL  44   1.205   3.479  -6.522
    5   HG12  VAL  44          HG12      VAL  44   0.638   1.816  -6.347
    6   HG13  VAL  44          HG13      VAL  44   0.752   2.550  -7.949
    7   HG21  VAL  44          HG21      VAL  44  -0.669   4.105  -4.838
    8   HG22  VAL  44          HG22      VAL  44  -2.310   3.583  -5.215
    9   HG23  VAL  44          HG23      VAL  44  -1.072   2.387  -4.829

  No H/Q in entry =           9
  In of MODEL   15
    1    H    GLU  45           H        GLU  45   0.204   6.547  -6.590
    2    HA   GLU  45           HA       GLU  45   2.566   6.162  -8.238
    3    HB2  GLU  45           HB2      GLU  45   0.920   8.700  -8.486
    4    HB3  GLU  45           HB3      GLU  45   2.517   8.465  -9.167
    5    HG2  GLU  45           HG2      GLU  45   1.622   6.745 -10.674
    6    HG3  GLU  45           HG3      GLU  45   0.019   6.977  -9.969

  No H/Q in entry =           6
  In of MODEL   15
    1    H    HIS  46           H        HIS  46   4.165   6.355  -6.729
    2    HA   HIS  46           HA       HIS  46   4.645   8.972  -5.728
    3    HB2  HIS  46           HB2      HIS  46   3.058   7.935  -3.991
    4    HB3  HIS  46           HB3      HIS  46   4.386   6.848  -3.598
    5    HD2  HIS  46           HD2      HIS  46   4.261   8.264  -0.988
    6    HE1  HIS  46           HE1      HIS  46   6.348  11.584  -2.570
    7    HE2  HIS  46           HE2      HIS  46   5.799  10.279  -0.473

  No H/Q in entry =           7
  In of MODEL   15
    1    H    SER  47           H        SER  47   6.792   9.188  -5.007
    2    HA   SER  47           HA       SER  47   8.432   6.877  -4.628
    3    HB2  SER  47           HB2      SER  47  10.068   7.454  -6.454
    4    HB3  SER  47           HB3      SER  47   8.518   6.852  -7.043
    5    HG   SER  47           HG       SER  47   7.933   9.165  -7.225

  No H/Q in entry =           5
  In of MODEL   15
    1    H    ASP  48           H        ASP  48  10.006   7.415  -3.131
    2    HA   ASP  48           HA       ASP  48  10.762  10.239  -3.008
    3    HB2  ASP  48           HB2      ASP  48   8.813   9.543  -1.388
    4    HB3  ASP  48           HB3      ASP  48  10.124   8.846  -0.437

  No H/Q in entry =           4
  In of MODEL   15
    1    H    LEU  49           H        LEU  49  12.683   9.442  -3.882
    2    HA   LEU  49           HA       LEU  49  14.760   9.533  -2.101
    3    HB2  LEU  49           HB2      LEU  49  15.381   7.461  -1.493
    4    HB3  LEU  49           HB3      LEU  49  13.750   6.973  -1.951
    5    HG   LEU  49           HG       LEU  49  15.940   6.957  -4.023
    6   HD11  LEU  49          HD11      LEU  49  15.461   4.732  -2.029
    7   HD12  LEU  49          HD12      LEU  49  16.355   4.563  -3.534
    8   HD13  LEU  49          HD13      LEU  49  16.955   5.643  -2.279
    9   HD21  LEU  49          HD21      LEU  49  13.655   6.639  -4.768
   10   HD22  LEU  49          HD22      LEU  49  14.596   5.167  -4.990
   11   HD23  LEU  49          HD23      LEU  49  13.460   5.291  -3.647

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  50           H        SER  50  16.723   9.761  -3.209
    2    HA   SER  50           HA       SER  50  16.640   9.182  -6.098
    3    HB2  SER  50           HB2      SER  50  17.262  11.547  -5.192
    4    HB3  SER  50           HB3      SER  50  18.779  10.797  -4.702
    5    HG   SER  50           HG       SER  50  17.742  10.698  -7.347

  No H/Q in entry =           5
  In of MODEL   15
    1    H    PHE  51           H        PHE  51  18.929   9.228  -3.387
    2    HA   PHE  51           HA       PHE  51  19.280   6.335  -3.789
    3    HB2  PHE  51           HB2      PHE  51  21.294   7.544  -4.633
    4    HB3  PHE  51           HB3      PHE  51  21.510   8.243  -3.030
    5    HD1  PHE  51           HD1      PHE  51  21.383   5.029  -4.865
    6    HD2  PHE  51           HD2      PHE  51  22.666   7.079  -1.363
    7    HE1  PHE  51           HE1      PHE  51  22.677   3.052  -4.186
    8    HE2  PHE  51           HE2      PHE  51  23.965   5.105  -0.681
    9    HZ   PHE  51           HZ       PHE  51  23.973   3.089  -2.093

  No H/Q in entry =           9
  In of MODEL   15
    1    H    SER  52           H        SER  52  18.989   5.163  -1.980
    2    HA   SER  52           HA       SER  52  18.126   6.483   0.402
    3    HB2  SER  52           HB2      SER  52  18.114   4.032   1.249
    4    HB3  SER  52           HB3      SER  52  17.015   4.472  -0.059
    5    HG   SER  52           HG       SER  52  19.515   3.147  -0.274

  No H/Q in entry =           5
  In of MODEL   15
    1    H    LYS  53           H        LYS  53  20.067   7.720   0.884
    2    HA   LYS  53           HA       LYS  53  22.175   6.098   2.158
    3    HB2  LYS  53           HB2      LYS  53  22.698   7.740   0.199
    4    HB3  LYS  53           HB3      LYS  53  22.508   8.995   1.414
    5    HG2  LYS  53           HG2      LYS  53  24.845   8.387   1.126
    6    HG3  LYS  53           HG3      LYS  53  24.280   7.982   2.751
    7    HD2  LYS  53           HD2      LYS  53  23.951   5.652   2.032
    8    HD3  LYS  53           HD3      LYS  53  24.565   6.069   0.432
    9    HE2  LYS  53           HE2      LYS  53  26.725   6.599   1.341
   10    HE3  LYS  53           HE3      LYS  53  26.131   6.392   2.987
   11    HZ1  LYS  53           HZ1      LYS  53  25.702   4.041   2.448
   12    HZ2  LYS  53           HZ2      LYS  53  26.415   4.271   0.926
   13    HZ3  LYS  53           HZ3      LYS  53  27.344   4.454   2.334

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ASP  54           H        ASP  54  19.470   7.612   2.875
    2    HA   ASP  54           HA       ASP  54  19.997   7.887   5.644
    3    HB2  ASP  54           HB2      ASP  54  21.031  10.027   4.986
    4    HB3  ASP  54           HB3      ASP  54  19.557  10.495   4.145

  No H/Q in entry =           4
  In of MODEL   15
    1    H    TRP  55           H        TRP  55  18.075   7.655   6.724
    2    HA   TRP  55           HA       TRP  55  15.745   7.511   4.951
    3    HB2  TRP  55           HB2      TRP  55  16.523   5.528   6.443
    4    HB3  TRP  55           HB3      TRP  55  15.760   6.427   7.755
    5    HD1  TRP  55           HD1      TRP  55  13.073   7.311   6.897
    6    HE1  TRP  55           HE1      TRP  55  11.277   5.772   5.901
    7    HE3  TRP  55           HE3      TRP  55  16.044   3.359   5.368
    8    HZ2  TRP  55           HZ2      TRP  55  11.093   3.258   4.684
    9    HZ3  TRP  55           HZ3      TRP  55  14.940   1.442   4.308
   10    HH2  TRP  55           HH2      TRP  55  12.525   1.384   3.973

  No H/Q in entry =          10
  In of MODEL   15
    1    H    SER  56           H        SER  56  15.228   9.687   4.899
    2    HA   SER  56           HA       SER  56  13.872  10.614   7.337
    3    HB2  SER  56           HB2      SER  56  14.478  12.975   6.320
    4    HB3  SER  56           HB3      SER  56  15.650  12.099   7.307
    5    HG   SER  56           HG       SER  56  16.844  11.671   5.577

  No H/Q in entry =           5
  In of MODEL   15
    1    H    PHE  57           H        PHE  57  13.196   9.287   4.629
    2    HA   PHE  57           HA       PHE  57  11.112  11.190   3.800
    3    HB2  PHE  57           HB2      PHE  57  11.189   9.410   1.743
    4    HB3  PHE  57           HB3      PHE  57  12.087  10.921   1.782
    5    HD1  PHE  57           HD1      PHE  57  13.998  10.498   0.574
    6    HD2  PHE  57           HD2      PHE  57  12.799   7.699   3.548
    7    HE1  PHE  57           HE1      PHE  57  16.100   9.260   0.252
    8    HE2  PHE  57           HE2      PHE  57  14.906   6.469   3.247
    9    HZ   PHE  57           HZ       PHE  57  16.552   7.240   1.586

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR  58           H        TYR  58  11.716   7.718   4.386
    2    HA   TYR  58           HA       TYR  58  10.359   5.993   4.840
    3    HB2  TYR  58           HB2      TYR  58   8.915   8.283   5.891
    4    HB3  TYR  58           HB3      TYR  58   7.809   7.004   5.407
    5    HD1  TYR  58           HD1      TYR  58  10.023   8.134   7.982
    6    HD2  TYR  58           HD2      TYR  58   8.352   4.612   6.252
    7    HE1  TYR  58           HE1      TYR  58  10.587   6.863  10.033
    8    HE2  TYR  58           HE2      TYR  58   8.908   3.338   8.294
    9    HH   TYR  58           HH       TYR  58  10.589   3.524  10.168

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LEU  59           H        LEU  59   8.874   4.573   3.876
    2    HA   LEU  59           HA       LEU  59   8.287   5.313   1.082
    3    HB2  LEU  59           HB2      LEU  59   8.829   2.785   2.571
    4    HB3  LEU  59           HB3      LEU  59   7.795   2.690   1.165
    5    HG   LEU  59           HG       LEU  59  10.581   3.818   1.081
    6   HD11  LEU  59          HD11      LEU  59   9.630   1.018   0.487
    7   HD12  LEU  59          HD12      LEU  59  11.250   1.633   0.176
    8   HD13  LEU  59          HD13      LEU  59  10.663   1.496   1.833
    9   HD21  LEU  59          HD21      LEU  59   8.553   3.009  -0.987
   10   HD22  LEU  59          HD22      LEU  59   9.382   4.560  -0.817
   11   HD23  LEU  59          HD23      LEU  59  10.270   3.139  -1.360

  No H/Q in entry =          11
  In of MODEL   15
    1    H    LEU  60           H        LEU  60   6.246   5.827   0.640
    2    HA   LEU  60           HA       LEU  60   4.074   4.119   1.503
    3    HB2  LEU  60           HB2      LEU  60   4.211   5.804   3.250
    4    HB3  LEU  60           HB3      LEU  60   4.268   7.084   2.059
    5    HG   LEU  60           HG       LEU  60   1.937   6.572   1.422
    6   HD11  LEU  60          HD11      LEU  60   2.079   4.628   3.722
    7   HD12  LEU  60          HD12      LEU  60   0.616   5.085   2.847
    8   HD13  LEU  60          HD13      LEU  60   1.905   4.213   2.017
    9   HD21  LEU  60          HD21      LEU  60   2.445   8.286   3.098
   10   HD22  LEU  60          HD22      LEU  60   0.908   7.488   3.427
   11   HD23  LEU  60          HD23      LEU  60   2.339   7.070   4.370

  No H/Q in entry =          11
  In of MODEL   15
    1    H    TYR  61           H        TYR  61   2.301   4.257   0.068
    2    HA   TYR  61           HA       TYR  61   2.649   6.019  -2.266
    3    HB2  TYR  61           HB2      TYR  61   1.856   3.075  -2.231
    4    HB3  TYR  61           HB3      TYR  61   1.670   4.110  -3.653
    5    HD1  TYR  61           HD1      TYR  61   4.270   2.827  -1.277
    6    HD2  TYR  61           HD2      TYR  61   3.446   4.373  -5.154
    7    HE1  TYR  61           HE1      TYR  61   6.588   2.315  -1.981
    8    HE2  TYR  61           HE2      TYR  61   5.738   3.853  -5.863
    9    HH   TYR  61           HH       TYR  61   7.791   1.854  -4.119

  No H/Q in entry =           9
  In of MODEL   15
    1    H    TYR  62           H        TYR  62   0.511   6.459  -3.402
    2    HA   TYR  62           HA       TYR  62  -1.732   6.005  -1.597
    3    HB2  TYR  62           HB2      TYR  62  -2.531   8.384  -2.039
    4    HB3  TYR  62           HB3      TYR  62  -1.239   8.145  -0.880
    5    HD1  TYR  62           HD1      TYR  62   0.501   9.646  -0.936
    6    HD2  TYR  62           HD2      TYR  62  -1.613   8.904  -4.565
    7    HE1  TYR  62           HE1      TYR  62   1.830  11.390  -2.064
    8    HE2  TYR  62           HE2      TYR  62  -0.280  10.635  -5.696
    9    HH   TYR  62           HH       TYR  62   1.034  12.553  -5.219

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR  63           H        THR  63  -3.720   5.713  -2.501
    2    HA   THR  63           HA       THR  63  -4.145   6.353  -5.321
    3    HB   THR  63           HB       THR  63  -3.470   3.890  -5.178
    4    HG1  THR  63           HG1      THR  63  -6.132   4.277  -6.101
    5   HG21  THR  63          HG21      THR  63  -6.137   3.715  -3.784
    6   HG22  THR  63          HG22      THR  63  -5.331   2.342  -4.537
    7   HG23  THR  63          HG23      THR  63  -4.582   3.162  -3.173

  No H/Q in entry =           7
  In of MODEL   15
    1    H    GLU  64           H        GLU  64  -6.240   6.905  -5.779
    2    HA   GLU  64           HA       GLU  64  -8.019   7.712  -3.780
    3    HB2  GLU  64           HB2      GLU  64  -7.848   8.245  -6.380
    4    HB3  GLU  64           HB3      GLU  64  -9.000   6.920  -6.499
    5    HG2  GLU  64           HG2      GLU  64 -10.373   8.778  -6.419
    6    HG3  GLU  64           HG3      GLU  64 -10.377   8.205  -4.752

  No H/Q in entry =           6
  In of MODEL   15
    1    H    PHE  65           H        PHE  65  -9.693   6.624  -2.690
    2    HA   PHE  65           HA       PHE  65 -10.512   4.041  -3.812
    3    HB2  PHE  65           HB2      PHE  65 -10.326   2.890  -1.760
    4    HB3  PHE  65           HB3      PHE  65  -8.844   3.788  -1.963
    5    HD1  PHE  65           HD1      PHE  65  -7.955   4.390   0.023
    6    HD2  PHE  65           HD2      PHE  65 -12.164   4.665  -0.474
    7    HE1  PHE  65           HE1      PHE  65  -8.171   5.294   2.308
    8    HE2  PHE  65           HE2      PHE  65 -12.370   5.585   1.803
    9    HZ   PHE  65           HZ       PHE  65 -10.395   5.892   3.194

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR  66           H        THR  66 -12.618   3.340  -3.262
    2    HA   THR  66           HA       THR  66 -14.158   5.038  -1.425
    3    HB   THR  66           HB       THR  66 -15.200   3.938  -4.064
    4    HG1  THR  66           HG1      THR  66 -14.004   6.334  -3.328
    5   HG21  THR  66          HG21      THR  66 -16.492   5.709  -1.969
    6   HG22  THR  66          HG22      THR  66 -17.162   5.377  -3.570
    7   HG23  THR  66          HG23      THR  66 -16.964   4.065  -2.414

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   PRO  67           HA       PRO  67 -14.597   0.778   0.069
    2    HB2  PRO  67           HB2      PRO  67 -15.966   1.610   2.409
    3    HB3  PRO  67           HB3      PRO  67 -14.273   1.146   2.267
    4    HG2  PRO  67           HG2      PRO  67 -15.275   3.739   2.785
    5    HG3  PRO  67           HG3      PRO  67 -13.596   3.278   2.470
    6    HD2  PRO  67           HD2      PRO  67 -15.515   4.623   0.736
    7    HD3  PRO  67           HD3      PRO  67 -13.753   4.497   0.576

  No H/Q in entry =           7
  In of MODEL   15
    1    H    THR  68           H        THR  68 -16.030  -0.616  -0.162
    2    HA   THR  68           HA       THR  68 -18.888   0.049  -0.160
    3    HB   THR  68           HB       THR  68 -19.196  -1.437  -2.104
    4    HG1  THR  68           HG1      THR  68 -17.101  -2.060  -3.185
    5   HG21  THR  68          HG21      THR  68 -18.772   0.939  -2.576
    6   HG22  THR  68          HG22      THR  68 -17.040   0.608  -2.658
    7   HG23  THR  68          HG23      THR  68 -18.131  -0.102  -3.848

  No H/Q in entry =           7
  In of MODEL   15
    1    H    GLU  69           H        GLU  69 -20.191  -1.942   0.309
    2    HA   GLU  69           HA       GLU  69 -19.005  -3.653   2.202
    3    HB2  GLU  69           HB2      GLU  69 -21.283  -3.456   2.519
    4    HB3  GLU  69           HB3      GLU  69 -21.646  -3.452   0.807
    5    HG2  GLU  69           HG2      GLU  69 -21.013  -5.970   0.920
    6    HG3  GLU  69           HG3      GLU  69 -21.301  -5.789   2.651

  No H/Q in entry =           6
  In of MODEL   15
    1    H    LYS  70           H        LYS  70 -18.389  -3.639  -1.043
    2    HA   LYS  70           HA       LYS  70 -18.202  -6.556  -1.208
    3    HB2  LYS  70           HB2      LYS  70 -18.410  -4.525  -3.428
    4    HB3  LYS  70           HB3      LYS  70 -18.198  -6.247  -3.679
    5    HG2  LYS  70           HG2      LYS  70 -20.566  -5.261  -2.124
    6    HG3  LYS  70           HG3      LYS  70 -20.550  -5.155  -3.881
    7    HD2  LYS  70           HD2      LYS  70 -21.543  -7.200  -3.573
    8    HD3  LYS  70           HD3      LYS  70 -19.857  -7.661  -3.769
    9    HE2  LYS  70           HE2      LYS  70 -20.833  -8.907  -1.953
   10    HE3  LYS  70           HE3      LYS  70 -19.652  -7.786  -1.303
   11    HZ1  LYS  70           HZ1      LYS  70 -22.572  -7.304  -1.359
   12    HZ2  LYS  70           HZ2      LYS  70 -21.703  -7.865  -0.011
   13    HZ3  LYS  70           HZ3      LYS  70 -21.403  -6.322  -0.635

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ASP  71           H        ASP  71 -16.273  -3.614  -1.717
    2    HA   ASP  71           HA       ASP  71 -14.191  -5.273  -2.897
    3    HB2  ASP  71           HB2      ASP  71 -14.345  -2.257  -2.691
    4    HB3  ASP  71           HB3      ASP  71 -13.151  -3.179  -3.577

  No H/Q in entry =           4
  In of MODEL   15
    1    H    GLU  72           H        GLU  72 -12.432  -5.821  -1.840
    2    HA   GLU  72           HA       GLU  72 -11.809  -4.776   0.848
    3    HB2  GLU  72           HB2      GLU  72 -12.046  -7.189   0.638
    4    HB3  GLU  72           HB3      GLU  72 -10.926  -7.224  -0.712
    5    HG2  GLU  72           HG2      GLU  72  -9.143  -6.448   0.877
    6    HG3  GLU  72           HG3      GLU  72 -10.307  -6.703   2.173

  No H/Q in entry =           6
  In of MODEL   15
    1    H    TYR  73           H        TYR  73  -9.644  -3.981   1.273
    2    HA   TYR  73           HA       TYR  73  -8.109  -3.350  -1.168
    3    HB2  TYR  73           HB2      TYR  73  -8.536  -1.631   1.290
    4    HB3  TYR  73           HB3      TYR  73  -7.330  -1.282   0.062
    5    HD1  TYR  73           HD1      TYR  73  -7.918  -0.093  -1.882
    6    HD2  TYR  73           HD2      TYR  73 -10.982  -1.732   0.578
    7    HE1  TYR  73           HE1      TYR  73  -9.610   1.102  -3.202
    8    HE2  TYR  73           HE2      TYR  73 -12.685  -0.516  -0.745
    9    HH   TYR  73           HH       TYR  73 -12.906   1.328  -2.218

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ALA  74           H        ALA  74  -6.034  -3.934  -1.232
    2    HA   ALA  74           HA       ALA  74  -4.696  -4.814   1.234
    3    HB1  ALA  74           HB1      ALA  74  -5.605  -6.799   0.208
    4    HB2  ALA  74           HB2      ALA  74  -3.858  -6.786   0.000
    5    HB3  ALA  74           HB3      ALA  74  -4.910  -6.353  -1.352

  No H/Q in entry =           5
  In of MODEL   15
    1    H    CYS  75           H        CYS  75  -2.303  -4.936   1.011
    2    HA   CYS  75           HA       CYS  75  -1.301  -3.586  -1.416
    3    HB2  CYS  75           HB2      CYS  75  -1.061  -2.002   0.359
    4    HB3  CYS  75           HB3      CYS  75  -0.340  -3.212   1.411

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ARG  76           H        ARG  76   0.278  -4.594  -2.492
    2    HA   ARG  76           HA       ARG  76   1.312  -7.136  -1.423
    3    HB2  ARG  76           HB2      ARG  76  -0.057  -6.923  -3.610
    4    HB3  ARG  76           HB3      ARG  76   1.397  -6.201  -4.286
    5    HG2  ARG  76           HG2      ARG  76   2.584  -8.235  -4.114
    6    HG3  ARG  76           HG3      ARG  76   1.392  -8.937  -3.017
    7    HD2  ARG  76           HD2      ARG  76   1.122  -9.906  -5.267
    8    HD3  ARG  76           HD3      ARG  76  -0.280  -8.919  -4.844
    9    HE   ARG  76           HE       ARG  76   1.498  -7.261  -6.202
   10   HH11  ARG  76          HH11      ARG  76  -0.364 -10.142  -6.873
   11   HH12  ARG  76          HH12      ARG  76  -0.510  -9.816  -8.572
   12   HH21  ARG  76          HH21      ARG  76   1.311  -6.816  -8.452
   13   HH22  ARG  76          HH22      ARG  76   0.412  -7.906  -9.462

  No H/Q in entry =          13
  In of MODEL   15
    1    H    VAL  77           H        VAL  77   3.493  -7.208  -0.910
    2    HA   VAL  77           HA       VAL  77   5.251  -5.393  -2.422
    3    HB   VAL  77           HB       VAL  77   4.799  -4.601   0.010
    4   HG11  VAL  77          HG11      VAL  77   5.131  -6.750   1.108
    5   HG12  VAL  77          HG12      VAL  77   6.802  -6.791   0.543
    6   HG13  VAL  77          HG13      VAL  77   6.289  -5.551   1.692
    7   HG21  VAL  77          HG21      VAL  77   6.503  -3.672  -1.488
    8   HG22  VAL  77          HG22      VAL  77   7.062  -3.723   0.186
    9   HG23  VAL  77          HG23      VAL  77   7.631  -4.926  -0.973

  No H/Q in entry =           9
  In of MODEL   15
    1    H    ASN  78           H        ASN  78   7.154  -6.080  -2.991
    2    HA   ASN  78           HA       ASN  78   8.038  -8.772  -2.164
    3    HB2  ASN  78           HB2      ASN  78   6.808  -8.947  -4.322
    4    HB3  ASN  78           HB3      ASN  78   7.952  -7.813  -5.036
    5   HD21  ASN  78          HD21      ASN  78   8.613  -9.285  -6.573
    6   HD22  ASN  78          HD22      ASN  78   9.620 -10.639  -6.184

  No H/Q in entry =           6
  In of MODEL   15
    1    H    HIS  79           H        HIS  79  10.157  -9.085  -2.018
    2    HA   HIS  79           HA       HIS  79  11.981  -7.021  -2.987
    3    HB2  HIS  79           HB2      HIS  79  11.537  -6.598  -0.541
    4    HB3  HIS  79           HB3      HIS  79  12.122  -8.211  -0.191
    5    HD2  HIS  79           HD2      HIS  79  13.459  -4.677  -0.859
    6    HE1  HIS  79           HE1      HIS  79  16.754  -7.266  -0.332
    7    HE2  HIS  79           HE2      HIS  79  15.976  -4.856  -0.284

  No H/Q in entry =           7
  In of MODEL   15
    1    H    VAL  80           H        VAL  80  14.216  -7.891  -3.143
    2    HA   VAL  80           HA       VAL  80  14.419 -10.296  -4.452
    3    HB   VAL  80           HB       VAL  80  16.608  -9.052  -2.775
    4   HG11  VAL  80          HG11      VAL  80  17.146 -11.343  -3.430
    5   HG12  VAL  80          HG12      VAL  80  16.791 -10.955  -5.114
    6   HG13  VAL  80          HG13      VAL  80  18.154 -10.185  -4.299
    7   HG21  VAL  80          HG21      VAL  80  15.861  -8.608  -5.662
    8   HG22  VAL  80          HG22      VAL  80  15.701  -7.448  -4.346
    9   HG23  VAL  80          HG23      VAL  80  17.301  -7.967  -4.871

  No H/Q in entry =           9
  In of MODEL   15
    1    H    THR  81           H        THR  81  14.553  -9.757  -0.965
    2    HA   THR  81           HA       THR  81  15.618 -12.348  -0.355
    3    HB   THR  81           HB       THR  81  15.973 -10.671   1.306
    4    HG1  THR  81           HG1      THR  81  15.242 -11.743   3.113
    5   HG21  THR  81          HG21      THR  81  12.963 -10.371   1.471
    6   HG22  THR  81          HG22      THR  81  14.126  -9.586   2.540
    7   HG23  THR  81          HG23      THR  81  14.095  -9.184   0.822

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LEU  82           H        LEU  82  12.293 -11.035   0.070
    2    HA   LEU  82           HA       LEU  82  11.068 -13.310   0.977
    3    HB2  LEU  82           HB2      LEU  82   9.780 -11.452  -1.020
    4    HB3  LEU  82           HB3      LEU  82   8.972 -12.486   0.149
    5    HG   LEU  82           HG       LEU  82  10.750 -10.188   0.938
    6   HD11  LEU  82          HD11      LEU  82   7.771 -10.297   0.582
    7   HD12  LEU  82          HD12      LEU  82   8.636  -9.008   1.417
    8   HD13  LEU  82          HD13      LEU  82   8.922  -9.291  -0.300
    9   HD21  LEU  82          HD21      LEU  82  10.450 -11.956   2.625
   10   HD22  LEU  82          HD22      LEU  82   9.684 -10.443   3.105
   11   HD23  LEU  82          HD23      LEU  82   8.702 -11.769   2.487

  No H/Q in entry =          11
  In of MODEL   15
    1    H    SER  83           H        SER  83  11.328 -12.346  -2.434
    2    HA   SER  83           HA       SER  83  11.328 -13.535  -4.368
    3    HB2  SER  83           HB2      SER  83  11.289 -16.026  -2.653
    4    HB3  SER  83           HB3      SER  83  11.607 -15.960  -4.387
    5    HG   SER  83           HG       SER  83  13.167 -14.424  -2.620

  No H/Q in entry =           5
  In of MODEL   15
    1    H    GLN  84           H        GLN  84   9.024 -14.281  -1.863
    2    HA   GLN  84           HA       GLN  84   6.972 -14.307  -3.955
    3    HB2  GLN  84           HB2      GLN  84   5.547 -15.761  -2.622
    4    HB3  GLN  84           HB3      GLN  84   7.101 -16.537  -2.871
    5    HG2  GLN  84           HG2      GLN  84   6.459 -15.025  -0.359
    6    HG3  GLN  84           HG3      GLN  84   6.021 -16.716  -0.570
    7   HE21  GLN  84          HE21      GLN  84   8.427 -17.294  -2.129
    8   HE22  GLN  84          HE22      GLN  84   9.731 -17.346  -0.990

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   PRO  85           HA       PRO  85   6.041 -10.520  -1.706
    2    HB2  PRO  85           HB2      PRO  85   3.839  -9.795  -3.137
    3    HB3  PRO  85           HB3      PRO  85   5.512  -9.450  -3.618
    4    HG2  PRO  85           HG2      PRO  85   3.657 -11.594  -4.582
    5    HG3  PRO  85           HG3      PRO  85   4.854 -10.643  -5.494
    6    HD2  PRO  85           HD2      PRO  85   5.312 -13.243  -4.687
    7    HD3  PRO  85           HD3      PRO  85   6.624 -12.030  -4.879

  No H/Q in entry =           7
  In of MODEL   15
    1    H    LYS  86           H        LYS  86   4.386  -9.702  -0.373
    2    HA   LYS  86           HA       LYS  86   2.378 -11.727   0.401
    3    HB2  LYS  86           HB2      LYS  86   3.440  -9.507   2.159
    4    HB3  LYS  86           HB3      LYS  86   2.486 -10.893   2.663
    5    HG2  LYS  86           HG2      LYS  86   4.388 -12.375   2.304
    6    HG3  LYS  86           HG3      LYS  86   5.335 -11.031   1.658
    7    HD2  LYS  86           HD2      LYS  86   6.120 -11.109   3.805
    8    HD3  LYS  86           HD3      LYS  86   4.783  -9.988   4.038
    9    HE2  LYS  86           HE2      LYS  86   4.782 -12.954   4.589
   10    HE3  LYS  86           HE3      LYS  86   4.758 -11.662   5.785
   11    HZ1  LYS  86           HZ1      LYS  86   2.575 -10.999   4.918
   12    HZ2  LYS  86           HZ2      LYS  86   2.603 -12.307   3.840
   13    HZ3  LYS  86           HZ3      LYS  86   2.570 -12.585   5.510

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ILE  87           H        ILE  87   0.364 -11.051   1.045
    2    HA   ILE  87           HA       ILE  87  -0.410  -8.345   0.175
    3    HB   ILE  87           HB       ILE  87  -1.790 -10.907  -0.192
    4   HG12  ILE  87          HG12      ILE  87  -1.347  -9.759  -2.165
    5   HG13  ILE  87          HG13      ILE  87  -3.036  -9.335  -1.876
    6   HG21  ILE  87          HG21      ILE  87  -3.335  -8.567   0.896
    7   HG22  ILE  87          HG22      ILE  87  -4.077  -9.877  -0.029
    8   HG23  ILE  87          HG23      ILE  87  -3.286 -10.219   1.513
    9   HD11  ILE  87          HD11      ILE  87  -0.698  -7.620  -1.124
   10   HD12  ILE  87          HD12      ILE  87  -1.679  -7.434  -2.572
   11   HD13  ILE  87          HD13      ILE  87  -2.408  -7.212  -0.985

  No H/Q in entry =          11
  In of MODEL   15
    1    H    VAL  88           H        VAL  88  -1.170  -6.940   1.592
    2    HA   VAL  88           HA       VAL  88  -1.985  -7.916   4.244
    3    HB   VAL  88           HB       VAL  88   0.029  -6.573   4.428
    4   HG11  VAL  88          HG11      VAL  88  -1.493  -4.403   3.026
    5   HG12  VAL  88          HG12      VAL  88   0.085  -4.216   3.789
    6   HG13  VAL  88          HG13      VAL  88  -0.099  -5.280   2.390
    7   HG21  VAL  88          HG21      VAL  88  -2.448  -5.158   5.365
    8   HG22  VAL  88          HG22      VAL  88  -1.502  -6.355   6.249
    9   HG23  VAL  88          HG23      VAL  88  -0.818  -4.762   5.914

  No H/Q in entry =           9
  In of MODEL   15
    1    H    LYS  89           H        LYS  89  -4.114  -7.562   4.684
    2    HA   LYS  89           HA       LYS  89  -5.504  -5.758   2.843
    3    HB2  LYS  89           HB2      LYS  89  -6.713  -8.029   4.407
    4    HB3  LYS  89           HB3      LYS  89  -7.469  -7.091   3.128
    5    HG2  LYS  89           HG2      LYS  89  -6.245  -8.106   1.470
    6    HG3  LYS  89           HG3      LYS  89  -4.982  -8.617   2.586
    7    HD2  LYS  89           HD2      LYS  89  -7.793  -9.668   2.663
    8    HD3  LYS  89           HD3      LYS  89  -6.487 -10.458   1.779
    9    HE2  LYS  89           HE2      LYS  89  -5.263 -10.808   3.834
   10    HE3  LYS  89           HE3      LYS  89  -6.457  -9.885   4.745
   11    HZ1  LYS  89           HZ1      LYS  89  -7.006 -12.422   3.305
   12    HZ2  LYS  89           HZ2      LYS  89  -6.761 -12.282   4.978
   13    HZ3  LYS  89           HZ3      LYS  89  -8.106 -11.548   4.251

  No H/Q in entry =          13
  In of MODEL   15
    1    H    TRP  90           H        TRP  90  -7.116  -4.393   3.636
    2    HA   TRP  90           HA       TRP  90  -6.499  -3.439   6.305
    3    HB2  TRP  90           HB2      TRP  90  -6.553  -1.832   4.425
    4    HB3  TRP  90           HB3      TRP  90  -8.240  -2.249   4.137
    5    HD1  TRP  90           HD1      TRP  90  -6.461  -1.116   7.446
    6    HE1  TRP  90           HE1      TRP  90  -7.771   0.835   8.398
    7    HE3  TRP  90           HE3      TRP  90 -10.007  -0.631   3.739
    8    HZ2  TRP  90           HZ2      TRP  90 -10.054   2.356   7.753
    9    HZ3  TRP  90           HZ3      TRP  90 -11.715   1.105   3.995
   10    HH2  TRP  90           HH2      TRP  90 -11.746   2.594   5.937

  No H/Q in entry =          10
  In of MODEL   15
    1    H    ASP  91           H        ASP  91  -7.767  -3.545   8.019
    2    HA   ASP  91           HA       ASP  91  -9.867  -5.451   8.152
    3    HB2  ASP  91           HB2      ASP  91  -8.868  -3.412  10.141
    4    HB3  ASP  91           HB3      ASP  91 -10.158  -4.555  10.498

  No H/Q in entry =           4
  In of MODEL   15
    1    H    ARG  92           H        ARG  92 -11.665  -4.975   6.987
    2    HA   ARG  92           HA       ARG  92 -13.584  -3.303   8.184
    3    HB2  ARG  92           HB2      ARG  92 -13.771  -1.446   6.760
    4    HB3  ARG  92           HB3      ARG  92 -12.025  -1.655   6.917
    5    HG2  ARG  92           HG2      ARG  92 -12.194  -1.280   4.681
    6    HG3  ARG  92           HG3      ARG  92 -12.277  -3.057   4.706
    7    HD2  ARG  92           HD2      ARG  92 -14.056  -1.533   3.323
    8    HD3  ARG  92           HD3      ARG  92 -14.500  -3.060   4.090
    9    HE   ARG  92           HE       ARG  92 -14.859  -0.740   5.769
   10   HH11  ARG  92          HH11      ARG  92 -16.321  -2.884   3.405
   11   HH12  ARG  92          HH12      ARG  92 -17.941  -2.486   3.864
   12   HH21  ARG  92          HH21      ARG  92 -16.993  -0.229   6.379
   13   HH22  ARG  92          HH22      ARG  92 -18.335  -0.959   5.542

  No H/Q in entry =          13
  In of MODEL   15
    1    H    ASP  93           H        ASP  93 -12.592  -5.649   6.078
    2    HA   ASP  93           HA       ASP  93 -15.182  -6.562   5.387
    3    HB2  ASP  93           HB2      ASP  93 -14.602  -4.468   3.859
    4    HB3  ASP  93           HB3      ASP  93 -13.714  -5.698   2.949

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   MET  94           HA       MET  94 -11.288  -9.008   3.987
    2    HB2  MET  94           HB2      MET  94  -9.750  -9.739   6.080
    3    HB3  MET  94           HB3      MET  94  -9.339  -8.434   4.970
    4    HG2  MET  94           HG2      MET  94  -9.002  -7.904   7.392
    5    HG3  MET  94           HG3      MET  94 -10.040  -6.753   6.550
    6    HE1  MET  94           HE1      MET  94 -10.582 -10.336   8.136
    7    HE2  MET  94           HE2      MET  94  -9.643  -9.420   9.317
    8    HE3  MET  94           HE3      MET  94 -11.306  -9.885   9.680

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   MET   1           HA       MET   1   4.328  -8.863   6.005
    2    HB2  MET   1           HB2      MET   1   2.868  -8.856   8.627
    3    HB3  MET   1           HB3      MET   1   2.056  -8.362   7.151
    4    HG2  MET   1           HG2      MET   1   1.504 -10.602   7.424
    5    HG3  MET   1           HG3      MET   1   2.757 -10.595   6.188
    6    HE1  MET   1           HE1      MET   1   3.068 -13.209   6.536
    7    HE2  MET   1           HE2      MET   1   3.400 -13.959   8.097
    8    HE3  MET   1           HE3      MET   1   1.833 -13.209   7.795

  No H/Q in entry =           8
  In of MODEL   16
    1    H    ILE   2           H        ILE   2   2.746  -7.135   5.472
    2    HA   ILE   2           HA       ILE   2   3.766  -4.491   6.182
    3    HB   ILE   2           HB       ILE   2   1.585  -5.177   4.189
    4   HG12  ILE   2          HG12      ILE   2   4.282  -4.690   3.108
    5   HG13  ILE   2          HG13      ILE   2   4.087  -6.214   3.977
    6   HG21  ILE   2          HG21      ILE   2   1.987  -2.769   4.899
    7   HG22  ILE   2          HG22      ILE   2   3.526  -2.879   4.037
    8   HG23  ILE   2          HG23      ILE   2   2.007  -3.102   3.171
    9   HD11  ILE   2          HD11      ILE   2   2.153  -6.747   2.530
   10   HD12  ILE   2          HD12      ILE   2   2.473  -5.274   1.615
   11   HD13  ILE   2          HD13      ILE   2   3.671  -6.573   1.643

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLN   3           H        GLN   3   2.164  -2.823   6.840
    2    HA   GLN   3           HA       GLN   3  -0.330  -3.958   7.901
    3    HB2  GLN   3           HB2      GLN   3   1.537  -2.041   9.319
    4    HB3  GLN   3           HB3      GLN   3  -0.082  -2.474   9.891
    5    HG2  GLN   3           HG2      GLN   3   0.609  -4.828  10.093
    6    HG3  GLN   3           HG3      GLN   3   2.242  -4.378   9.540
    7   HE21  GLN   3          HE21      GLN   3   0.277  -2.402  11.663
    8   HE22  GLN   3          HE22      GLN   3   1.257  -2.603  13.071

  No H/Q in entry =           8
  In of MODEL   16
    1    H    VAL   4           H        VAL   4  -1.852  -3.066   6.673
    2    HA   VAL   4           HA       VAL   4  -1.558  -0.327   5.732
    3    HB   VAL   4           HB       VAL   4  -3.795  -0.866   4.543
    4   HG11  VAL   4          HG11      VAL   4  -1.285  -2.398   3.857
    5   HG12  VAL   4          HG12      VAL   4  -2.633  -2.101   2.759
    6   HG13  VAL   4          HG13      VAL   4  -1.678  -0.750   3.365
    7   HG21  VAL   4          HG21      VAL   4  -4.357  -2.802   5.930
    8   HG22  VAL   4          HG22      VAL   4  -4.266  -3.227   4.221
    9   HG23  VAL   4          HG23      VAL   4  -2.947  -3.656   5.310

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR   5           H        TYR   5  -3.140   1.234   5.977
    2    HA   TYR   5           HA       TYR   5  -5.235   0.963   7.949
    3    HB2  TYR   5           HB2      TYR   5  -2.815   2.724   8.427
    4    HB3  TYR   5           HB3      TYR   5  -4.361   3.004   9.221
    5    HD1  TYR   5           HD1      TYR   5  -1.249   1.850   9.876
    6    HD2  TYR   5           HD2      TYR   5  -5.269   0.466  10.173
    7    HE1  TYR   5           HE1      TYR   5  -0.572   0.272  11.642
    8    HE2  TYR   5           HE2      TYR   5  -4.594  -1.121  11.943
    9    HH   TYR   5           HH       TYR   5  -2.587  -2.257  12.728

  No H/Q in entry =           9
  In of MODEL   16
    1    H    SER   6           H        SER   6  -6.343   3.250   8.131
    2    HA   SER   6           HA       SER   6  -6.059   4.570   5.516
    3    HB2  SER   6           HB2      SER   6  -8.459   4.998   5.545
    4    HB3  SER   6           HB3      SER   6  -8.235   3.262   5.864
    5    HG   SER   6           HG       SER   6  -9.518   5.013   7.361

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ARG   7           H        ARG   7  -6.467   6.800   5.420
    2    HA   ARG   7           HA       ARG   7  -5.350   8.258   7.610
    3    HB2  ARG   7           HB2      ARG   7  -5.395   8.672   4.936
    4    HB3  ARG   7           HB3      ARG   7  -6.702   9.745   5.420
    5    HG2  ARG   7           HG2      ARG   7  -3.941   9.852   6.610
    6    HG3  ARG   7           HG3      ARG   7  -4.457  10.816   5.227
    7    HD2  ARG   7           HD2      ARG   7  -6.232  11.810   6.595
    8    HD3  ARG   7           HD3      ARG   7  -5.689  10.858   7.977
    9    HE   ARG   7           HE       ARG   7  -3.570  12.426   6.892
   10   HH11  ARG   7          HH11      ARG   7  -6.433  12.604   8.899
   11   HH12  ARG   7          HH12      ARG   7  -5.886  13.992   9.790
   12   HH21  ARG   7          HH21      ARG   7  -2.833  14.243   8.063
   13   HH22  ARG   7          HH22      ARG   7  -3.842  14.946   9.295

  No H/Q in entry =          13
  In of MODEL   16
    1    H    HIS   8           H        HIS   8  -8.574   7.482   6.646
    2    HA   HIS   8           HA       HIS   8  -9.651   9.080   8.819
    3    HB2  HIS   8           HB2      HIS   8 -10.290   9.554   5.925
    4    HB3  HIS   8           HB3      HIS   8 -11.541   9.802   7.138
    5    HD2  HIS   8           HD2      HIS   8  -8.653  11.667   5.553
    6    HE1  HIS   8           HE1      HIS   8  -9.650  13.737   9.106
    7    HE2  HIS   8           HE2      HIS   8  -8.390  13.866   6.911

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   PRO   9           HA       PRO   9 -12.392   5.743   9.546
    2    HB2  PRO   9           HB2      PRO   9 -14.797   7.455   9.361
    3    HB3  PRO   9           HB3      PRO   9 -14.179   6.518  10.733
    4    HG2  PRO   9           HG2      PRO   9 -14.005   9.211  10.683
    5    HG3  PRO   9           HG3      PRO   9 -12.699   8.213  11.365
    6    HD2  PRO   9           HD2      PRO   9 -12.874   9.545   8.684
    7    HD3  PRO   9           HD3      PRO   9 -11.486   9.461   9.796

  No H/Q in entry =           7
  In of MODEL   16
    1    H    ALA  10           H        ALA  10 -13.319   4.157   8.407
    2    HA   ALA  10           HA       ALA  10 -13.680   4.338   5.623
    3    HB1  ALA  10           HB1      ALA  10 -14.478   2.048   5.751
    4    HB2  ALA  10           HB2      ALA  10 -13.091   2.260   6.817
    5    HB3  ALA  10           HB3      ALA  10 -14.720   2.204   7.490

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLU  11           H        GLU  11 -15.288   5.693   4.795
    2    HA   GLU  11           HA       GLU  11 -18.009   4.979   5.690
    3    HB2  GLU  11           HB2      GLU  11 -16.835   7.578   4.882
    4    HB3  GLU  11           HB3      GLU  11 -18.488   7.264   4.368
    5    HG2  GLU  11           HG2      GLU  11 -17.430   7.286   7.176
    6    HG3  GLU  11           HG3      GLU  11 -18.532   8.439   6.427

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ASN  12           H        ASN  12 -19.296   3.979   4.257
    2    HA   ASN  12           HA       ASN  12 -18.322   3.206   1.704
    3    HB2  ASN  12           HB2      ASN  12 -19.760   1.667   2.797
    4    HB3  ASN  12           HB3      ASN  12 -20.989   2.883   3.130
    5   HD21  ASN  12          HD21      ASN  12 -22.659   1.865   2.170
    6   HD22  ASN  12          HD22      ASN  12 -22.763   1.542   0.469

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLY  13           H        GLY  13 -18.044   4.637   0.182
    2    HA2  GLY  13           HA2      GLY  13 -20.277   6.487  -0.467
    3    HA3  GLY  13           HA3      GLY  13 -19.327   5.658  -1.686

  No H/Q in entry =           3
  In of MODEL   16
    1    H    LYS  14           H        LYS  14 -17.385   6.717   0.916
    2    HA   LYS  14           HA       LYS  14 -16.941   9.353  -0.325
    3    HB2  LYS  14           HB2      LYS  14 -15.435   8.321   2.060
    4    HB3  LYS  14           HB3      LYS  14 -15.747   9.982   1.603
    5    HG2  LYS  14           HG2      LYS  14 -17.732   8.027   2.732
    6    HG3  LYS  14           HG3      LYS  14 -16.972   9.375   3.569
    7    HD2  LYS  14           HD2      LYS  14 -18.840   9.605   1.225
    8    HD3  LYS  14           HD3      LYS  14 -19.263   9.872   2.928
    9    HE2  LYS  14           HE2      LYS  14 -17.319  11.472   1.249
   10    HE3  LYS  14           HE3      LYS  14 -18.890  12.000   1.840
   11    HZ1  LYS  14           HZ1      LYS  14 -18.048  11.802   4.112
   12    HZ2  LYS  14           HZ2      LYS  14 -16.523  11.350   3.517
   13    HZ3  LYS  14           HZ3      LYS  14 -17.126  12.898   3.199

  No H/Q in entry =          13
  In of MODEL   16
    1    H    SER  15           H        SER  15 -14.944  10.040  -1.078
    2    HA   SER  15           HA       SER  15 -12.968   7.945  -1.518
    3    HB2  SER  15           HB2      SER  15 -11.886   9.920  -2.874
    4    HB3  SER  15           HB3      SER  15 -13.237   9.001  -3.548
    5    HG   SER  15           HG       SER  15 -14.512  10.697  -3.333

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ASN  16           H        ASN  16 -10.919   8.078  -0.801
    2    HA   ASN  16           HA       ASN  16  -9.981  10.211   0.912
    3    HB2  ASN  16           HB2      ASN  16 -10.177   7.431   2.102
    4    HB3  ASN  16           HB3      ASN  16  -9.704   8.913   2.911
    5   HD21  ASN  16          HD21      ASN  16 -11.258  10.138   3.878
    6   HD22  ASN  16          HD22      ASN  16 -12.932   9.701   3.921

  No H/Q in entry =           6
  In of MODEL   16
    1    H    PHE  17           H        PHE  17  -7.979   8.339   2.099
    2    HA   PHE  17           HA       PHE  17  -6.574   7.524  -0.361
    3    HB2  PHE  17           HB2      PHE  17  -5.477   9.070   1.988
    4    HB3  PHE  17           HB3      PHE  17  -4.438   8.219   0.852
    5    HD1  PHE  17           HD1      PHE  17  -5.872   8.754  -1.666
    6    HD2  PHE  17           HD2      PHE  17  -4.965  11.323   1.598
    7    HE1  PHE  17           HE1      PHE  17  -5.898  10.688  -3.190
    8    HE2  PHE  17           HE2      PHE  17  -5.000  13.263   0.087
    9    HZ   PHE  17           HZ       PHE  17  -5.467  12.948  -2.311

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  18           H        LEU  18  -5.566   5.541  -0.316
    2    HA   LEU  18           HA       LEU  18  -5.813   4.004   2.169
    3    HB2  LEU  18           HB2      LEU  18  -6.673   2.782   0.326
    4    HB3  LEU  18           HB3      LEU  18  -5.305   3.189  -0.685
    5    HG   LEU  18           HG       LEU  18  -3.850   1.683   0.627
    6   HD11  LEU  18          HD11      LEU  18  -6.352   1.061   2.199
    7   HD12  LEU  18          HD12      LEU  18  -4.839   0.165   2.286
    8   HD13  LEU  18          HD13      LEU  18  -4.893   1.846   2.809
    9   HD21  LEU  18          HD21      LEU  18  -6.416   0.440  -0.359
   10   HD22  LEU  18          HD22      LEU  18  -4.942   0.727  -1.286
   11   HD23  LEU  18          HD23      LEU  18  -4.947  -0.456   0.020

  No H/Q in entry =          11
  In of MODEL   16
    1    H    ASN  19           H        ASN  19  -4.143   3.749   3.449
    2    HA   ASN  19           HA       ASN  19  -1.507   4.575   2.442
    3    HB2  ASN  19           HB2      ASN  19  -2.814   4.893   5.141
    4    HB3  ASN  19           HB3      ASN  19  -1.064   4.998   4.958
    5   HD21  ASN  19          HD21      ASN  19  -1.013   7.138   5.566
    6   HD22  ASN  19          HD22      ASN  19  -1.594   8.411   4.552

  No H/Q in entry =           6
  In of MODEL   16
    1    H    CYS  20           H        CYS  20  -0.059   3.020   2.203
    2    HA   CYS  20           HA       CYS  20  -0.251   0.597   3.879
    3    HB2  CYS  20           HB2      CYS  20  -0.491  -0.044   1.601
    4    HB3  CYS  20           HB3      CYS  20   0.752   1.085   1.052

  No H/Q in entry =           4
  In of MODEL   16
    1    H    TYR  21           H        TYR  21   1.298   0.516   5.441
    2    HA   TYR  21           HA       TYR  21   3.725   2.106   5.135
    3    HB2  TYR  21           HB2      TYR  21   2.806   0.483   7.516
    4    HB3  TYR  21           HB3      TYR  21   4.117   1.645   7.497
    5    HD1  TYR  21           HD1      TYR  21   0.549   1.145   7.741
    6    HD2  TYR  21           HD2      TYR  21   3.608   4.074   7.361
    7    HE1  TYR  21           HE1      TYR  21  -1.058   2.898   8.384
    8    HE2  TYR  21           HE2      TYR  21   2.012   5.836   8.004
    9    HH   TYR  21           HH       TYR  21  -1.118   5.110   9.266

  No H/Q in entry =           9
  In of MODEL   16
    1    H    VAL  22           H        VAL  22   5.519   1.225   4.386
    2    HA   VAL  22           HA       VAL  22   5.900  -1.663   4.740
    3    HB   VAL  22           HB       VAL  22   7.136   0.190   2.654
    4   HG11  VAL  22          HG11      VAL  22   7.371  -2.811   2.931
    5   HG12  VAL  22          HG12      VAL  22   7.985  -1.843   1.590
    6   HG13  VAL  22          HG13      VAL  22   8.663  -1.634   3.203
    7   HG21  VAL  22          HG21      VAL  22   4.942  -1.875   2.472
    8   HG22  VAL  22          HG22      VAL  22   4.832  -0.145   2.135
    9   HG23  VAL  22          HG23      VAL  22   5.769  -1.192   1.064

  No H/Q in entry =           9
  In of MODEL   16
    1    H    SER  23           H        SER  23   7.770  -2.317   5.737
    2    HA   SER  23           HA       SER  23   8.734  -0.488   7.704
    3    HB2  SER  23           HB2      SER  23   8.252  -2.932   8.081
    4    HB3  SER  23           HB3      SER  23   9.726  -3.301   7.185
    5    HG   SER  23           HG       SER  23   9.685  -1.590   9.454

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLY  24           H        GLY  24  11.555  -1.576   7.881
    2    HA2  GLY  24           HA2      GLY  24  13.322  -0.066   7.723
    3    HA3  GLY  24           HA3      GLY  24  12.437   0.835   6.503

  No H/Q in entry =           3
  In of MODEL   16
    1    H    PHE  25           H        PHE  25  11.991  -0.645   4.497
    2    HA   PHE  25           HA       PHE  25  14.365  -2.172   3.740
    3    HB2  PHE  25           HB2      PHE  25  11.835  -1.531   2.192
    4    HB3  PHE  25           HB3      PHE  25  13.110  -2.617   1.664
    5    HD1  PHE  25           HD1      PHE  25  10.513  -2.166   4.292
    6    HD2  PHE  25           HD2      PHE  25  13.046  -4.916   2.247
    7    HE1  PHE  25           HE1      PHE  25   9.316  -4.050   5.353
    8    HE2  PHE  25           HE2      PHE  25  11.852  -6.806   3.306
    9    HZ   PHE  25           HZ       PHE  25   9.974  -6.360   4.838

  No H/Q in entry =           9
  In of MODEL   16
    1    H    HIS  26           H        HIS  26  15.523  -1.543   1.737
    2    HA   HIS  26           HA       HIS  26  15.689   1.350   1.529
    3    HB2  HIS  26           HB2      HIS  26  17.361  -0.808   0.217
    4    HB3  HIS  26           HB3      HIS  26  17.663   0.928   0.108
    5    HD2  HIS  26           HD2      HIS  26  18.156   2.110   2.765
    6    HE1  HIS  26           HE1      HIS  26  19.782  -1.538   4.161
    7    HE2  HIS  26           HE2      HIS  26  19.529   0.942   4.631

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   PRO  27           HA       PRO  27  12.371   1.410  -1.270
    2    HB2  PRO  27           HB2      PRO  27  13.816   3.791  -2.323
    3    HB3  PRO  27           HB3      PRO  27  12.116   3.621  -1.870
    4    HG2  PRO  27           HG2      PRO  27  13.877   4.839  -0.260
    5    HG3  PRO  27           HG3      PRO  27  12.552   3.836   0.394
    6    HD2  PRO  27           HD2      PRO  27  15.475   3.277   0.228
    7    HD3  PRO  27           HD3      PRO  27  14.263   2.654   1.368

  No H/Q in entry =           7
  In of MODEL   16
    1    H    SER  28           H        SER  28  15.628   1.626  -2.602
    2    HA   SER  28           HA       SER  28  14.761   1.593  -5.310
    3    HB2  SER  28           HB2      SER  28  16.908   2.590  -4.597
    4    HB3  SER  28           HB3      SER  28  17.505   0.984  -4.181
    5    HG   SER  28           HG       SER  28  16.542   1.580  -6.777

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ASP  29           H        ASP  29  15.572  -0.948  -3.009
    2    HA   ASP  29           HA       ASP  29  15.548  -2.921  -5.188
    3    HB2  ASP  29           HB2      ASP  29  16.433  -3.287  -2.323
    4    HB3  ASP  29           HB3      ASP  29  16.617  -4.449  -3.632

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ILE  30           H        ILE  30  13.039  -1.733  -3.959
    2    HA   ILE  30           HA       ILE  30  11.865  -4.342  -3.282
    3    HB   ILE  30           HB       ILE  30  10.857  -3.681  -1.374
    4   HG12  ILE  30          HG12      ILE  30  10.640  -0.828  -2.396
    5   HG13  ILE  30          HG13      ILE  30   9.383  -2.055  -2.461
    6   HG21  ILE  30          HG21      ILE  30  13.047  -1.625  -1.553
    7   HG22  ILE  30          HG22      ILE  30  12.157  -2.001  -0.077
    8   HG23  ILE  30          HG23      ILE  30  13.140  -3.240  -0.856
    9   HD11  ILE  30          HD11      ILE  30  10.588  -0.956   0.069
   10   HD12  ILE  30          HD12      ILE  30   9.043  -0.473  -0.627
   11   HD13  ILE  30          HD13      ILE  30   9.269  -2.121  -0.043

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLU  31           H        GLU  31   9.533  -4.447  -3.572
    2    HA   GLU  31           HA       GLU  31   8.483  -2.545  -5.560
    3    HB2  GLU  31           HB2      GLU  31   8.385  -5.568  -5.665
    4    HB3  GLU  31           HB3      GLU  31   7.411  -4.519  -6.687
    5    HG2  GLU  31           HG2      GLU  31   9.350  -3.615  -7.755
    6    HG3  GLU  31           HG3      GLU  31  10.427  -4.403  -6.607

  No H/Q in entry =           6
  In of MODEL   16
    1    H    VAL  32           H        VAL  32   6.731  -1.619  -4.663
    2    HA   VAL  32           HA       VAL  32   4.874  -3.290  -3.090
    3    HB   VAL  32           HB       VAL  32   5.623  -2.166  -1.243
    4   HG11  VAL  32          HG11      VAL  32   7.470  -1.117  -2.477
    5   HG12  VAL  32          HG12      VAL  32   6.392   0.194  -2.956
    6   HG13  VAL  32          HG13      VAL  32   6.790  -0.049  -1.252
    7   HG21  VAL  32          HG21      VAL  32   3.337  -1.359  -1.507
    8   HG22  VAL  32          HG22      VAL  32   4.357  -0.143  -0.737
    9   HG23  VAL  32          HG23      VAL  32   3.921   0.021  -2.437

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ASP  33           H        ASP  33   2.727  -3.016  -3.536
    2    HA   ASP  33           HA       ASP  33   1.928  -0.683  -5.140
    3    HB2  ASP  33           HB2      ASP  33   1.329  -3.588  -5.874
    4    HB3  ASP  33           HB3      ASP  33   0.483  -2.205  -6.557

  No H/Q in entry =           4
  In of MODEL   16
    1    H    LEU  34           H        LEU  34  -0.492  -0.559  -5.294
    2    HA   LEU  34           HA       LEU  34  -1.748  -1.543  -2.810
    3    HB2  LEU  34           HB2      LEU  34  -2.079   1.011  -4.320
    4    HB3  LEU  34           HB3      LEU  34  -3.478   0.362  -3.489
    5    HG   LEU  34           HG       LEU  34  -2.107   0.346  -1.366
    6   HD11  LEU  34          HD11      LEU  34   0.114   0.419  -2.374
    7   HD12  LEU  34          HD12      LEU  34  -0.220   2.040  -2.994
    8   HD13  LEU  34          HD13      LEU  34  -0.140   1.755  -1.253
    9   HD21  LEU  34          HD21      LEU  34  -3.752   2.070  -1.837
   10   HD22  LEU  34          HD22      LEU  34  -2.374   2.711  -0.945
   11   HD23  LEU  34          HD23      LEU  34  -2.524   3.017  -2.676

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU  35           H        LEU  35  -3.485  -2.862  -2.976
    2    HA   LEU  35           HA       LEU  35  -4.350  -3.548  -5.711
    3    HB2  LEU  35           HB2      LEU  35  -3.959  -5.464  -3.415
    4    HB3  LEU  35           HB3      LEU  35  -4.439  -5.862  -5.044
    5    HG   LEU  35           HG       LEU  35  -1.731  -5.137  -3.997
    6   HD11  LEU  35          HD11      LEU  35  -2.911  -7.324  -5.707
    7   HD12  LEU  35          HD12      LEU  35  -1.189  -7.149  -5.403
    8   HD13  LEU  35          HD13      LEU  35  -2.298  -7.467  -4.059
    9   HD21  LEU  35          HD21      LEU  35  -2.150  -3.672  -5.980
   10   HD22  LEU  35          HD22      LEU  35  -0.867  -4.856  -6.224
   11   HD23  LEU  35          HD23      LEU  35  -2.457  -5.124  -6.924

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LYS  36           H        LYS  36  -6.315  -4.843  -5.817
    2    HA   LYS  36           HA       LYS  36  -8.152  -4.632  -3.529
    3    HB2  LYS  36           HB2      LYS  36  -9.184  -5.040  -6.312
    4    HB3  LYS  36           HB3      LYS  36  -9.980  -4.266  -4.927
    5    HG2  LYS  36           HG2      LYS  36  -8.513  -2.319  -5.238
    6    HG3  LYS  36           HG3      LYS  36  -7.741  -3.107  -6.610
    7    HD2  LYS  36           HD2      LYS  36  -9.438  -1.402  -7.281
    8    HD3  LYS  36           HD3      LYS  36  -9.764  -3.017  -7.930
    9    HE2  LYS  36           HE2      LYS  36 -11.802  -1.783  -7.058
   10    HE3  LYS  36           HE3      LYS  36 -11.544  -3.356  -6.301
   11    HZ1  LYS  36           HZ1      LYS  36 -10.443  -2.124  -4.452
   12    HZ2  LYS  36           HZ2      LYS  36 -10.933  -0.673  -5.183
   13    HZ3  LYS  36           HZ3      LYS  36 -12.089  -1.783  -4.632

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ASN  37           H        ASN  37  -8.159  -6.724  -2.676
    2    HA   ASN  37           HA       ASN  37  -8.104  -9.033  -2.639
    3    HB2  ASN  37           HB2      ASN  37  -9.767  -8.794  -5.126
    4    HB3  ASN  37           HB3      ASN  37  -9.938 -10.009  -3.886
    5   HD21  ASN  37          HD21      ASN  37 -10.434  -6.727  -4.846
    6   HD22  ASN  37          HD22      ASN  37 -11.661  -6.331  -3.711

  No H/Q in entry =           6
  In of MODEL   16
    1    H    GLY  38           H        GLY  38  -5.832  -8.050  -3.848
    2    HA2  GLY  38           HA2      GLY  38  -5.083 -10.243  -5.530
    3    HA3  GLY  38           HA3      GLY  38  -4.038  -8.932  -5.031

  No H/Q in entry =           3
  In of MODEL   16
    1    H    GLU  39           H        GLU  39  -5.960  -6.903  -6.219
    2    HA   GLU  39           HA       GLU  39  -5.236  -7.341  -9.031
    3    HB2  GLU  39           HB2      GLU  39  -7.676  -7.805  -8.599
    4    HB3  GLU  39           HB3      GLU  39  -7.850  -6.133  -8.088
    5    HG2  GLU  39           HG2      GLU  39  -8.624  -6.389 -10.364
    6    HG3  GLU  39           HG3      GLU  39  -7.164  -5.392 -10.328

  No H/Q in entry =           6
  In of MODEL   16
    1    H    ARG  40           H        ARG  40  -3.864  -5.782  -9.603
    2    HA   ARG  40           HA       ARG  40  -3.228  -3.570  -8.098
    3    HB2  ARG  40           HB2      ARG  40  -2.010  -4.656 -10.186
    4    HB3  ARG  40           HB3      ARG  40  -2.929  -3.469 -11.098
    5    HG2  ARG  40           HG2      ARG  40  -1.900  -1.655  -9.933
    6    HG3  ARG  40           HG3      ARG  40  -1.138  -2.765  -8.814
    7    HD2  ARG  40           HD2      ARG  40  -0.442  -3.207 -11.656
    8    HD3  ARG  40           HD3      ARG  40   0.143  -1.703 -10.947
    9    HE   ARG  40           HE       ARG  40   0.987  -3.340  -9.111
   10   HH11  ARG  40          HH11      ARG  40   0.938  -3.946 -12.562
   11   HH12  ARG  40          HH12      ARG  40   2.486  -4.743 -12.563
   12   HH21  ARG  40          HH21      ARG  40   3.036  -4.349  -9.115
   13   HH22  ARG  40          HH22      ARG  40   3.666  -4.986 -10.614

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE  41           H        ILE  41  -4.148  -1.729  -7.667
    2    HA   ILE  41           HA       ILE  41  -6.682  -0.992  -8.632
    3    HB   ILE  41           HB       ILE  41  -4.666   0.611  -7.048
    4   HG12  ILE  41          HG12      ILE  41  -7.046  -1.029  -6.186
    5   HG13  ILE  41          HG13      ILE  41  -5.371  -1.545  -6.050
    6   HG21  ILE  41          HG21      ILE  41  -6.334   2.109  -8.062
    7   HG22  ILE  41          HG22      ILE  41  -7.628   1.107  -7.406
    8   HG23  ILE  41          HG23      ILE  41  -6.557   1.988  -6.317
    9   HD11  ILE  41          HD11      ILE  41  -6.338   0.941  -4.704
   10   HD12  ILE  41          HD12      ILE  41  -6.548  -0.663  -3.985
   11   HD13  ILE  41          HD13      ILE  41  -4.927  -0.066  -4.347

  No H/Q in entry =          11
  In of MODEL   16
    1    H    GLU  42           H        GLU  42  -4.084   1.395  -8.694
    2    HA   GLU  42           HA       GLU  42  -2.804   1.405 -10.963
    3    HB2  GLU  42           HB2      GLU  42  -5.572   2.328 -11.750
    4    HB3  GLU  42           HB3      GLU  42  -4.135   2.866 -12.599
    5    HG2  GLU  42           HG2      GLU  42  -3.691   0.285 -12.816
    6    HG3  GLU  42           HG3      GLU  42  -5.440   0.204 -12.567

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LYS  43           H        LYS  43  -5.040   3.541  -9.146
    2    HA   LYS  43           HA       LYS  43  -3.760   5.927 -10.124
    3    HB2  LYS  43           HB2      LYS  43  -5.685   5.735  -7.812
    4    HB3  LYS  43           HB3      LYS  43  -5.354   7.130  -8.818
    5    HG2  LYS  43           HG2      LYS  43  -6.961   4.678  -9.533
    6    HG3  LYS  43           HG3      LYS  43  -7.513   6.345  -9.400
    7    HD2  LYS  43           HD2      LYS  43  -5.910   6.860 -11.309
    8    HD3  LYS  43           HD3      LYS  43  -5.794   5.110 -11.525
    9    HE2  LYS  43           HE2      LYS  43  -8.228   4.982 -11.809
   10    HE3  LYS  43           HE3      LYS  43  -8.344   6.727 -11.584
   11    HZ1  LYS  43           HZ1      LYS  43  -6.902   5.365 -13.798
   12    HZ2  LYS  43           HZ2      LYS  43  -8.411   6.124 -13.918
   13    HZ3  LYS  43           HZ3      LYS  43  -7.027   7.042 -13.582

  No H/Q in entry =          13
  In of MODEL   16
    1    H    VAL  44           H        VAL  44  -1.679   4.633  -9.001
    2    HA   VAL  44           HA       VAL  44  -1.495   5.737  -6.288
    3    HB   VAL  44           HB       VAL  44  -1.475   3.025  -6.838
    4   HG11  VAL  44          HG11      VAL  44   1.363   3.904  -6.427
    5   HG12  VAL  44          HG12      VAL  44   0.782   2.241  -6.301
    6   HG13  VAL  44          HG13      VAL  44   0.718   3.087  -7.850
    7   HG21  VAL  44          HG21      VAL  44  -1.950   4.032  -4.696
    8   HG22  VAL  44          HG22      VAL  44  -0.733   2.766  -4.527
    9   HG23  VAL  44          HG23      VAL  44  -0.251   4.463  -4.502

  No H/Q in entry =           9
  In of MODEL   16
    1    H    GLU  45           H        GLU  45   0.128   7.083  -6.000
    2    HA   GLU  45           HA       GLU  45   2.493   6.917  -7.726
    3    HB2  GLU  45           HB2      GLU  45   0.539   9.158  -7.706
    4    HB3  GLU  45           HB3      GLU  45   2.245   9.564  -7.829
    5    HG2  GLU  45           HG2      GLU  45   0.775   7.698  -9.672
    6    HG3  GLU  45           HG3      GLU  45   1.129   9.394 -10.011

  No H/Q in entry =           6
  In of MODEL   16
    1    H    HIS  46           H        HIS  46   4.012   6.614  -6.241
    2    HA   HIS  46           HA       HIS  46   4.380   8.794  -4.302
    3    HB2  HIS  46           HB2      HIS  46   4.354   6.562  -3.261
    4    HB3  HIS  46           HB3      HIS  46   5.629   6.002  -4.345
    5    HD2  HIS  46           HD2      HIS  46   5.360   8.932  -1.661
    6    HE1  HIS  46           HE1      HIS  46   9.181   7.120  -1.525
    7    HE2  HIS  46           HE2      HIS  46   7.760   9.046  -0.688

  No H/Q in entry =           7
  In of MODEL   16
    1    H    SER  47           H        SER  47   7.192   8.885  -4.060
    2    HA   SER  47           HA       SER  47   7.851   9.710  -6.770
    3    HB2  SER  47           HB2      SER  47   8.246  11.495  -4.341
    4    HB3  SER  47           HB3      SER  47   8.667  11.881  -6.010
    5    HG   SER  47           HG       SER  47   6.268  11.484  -6.366

  No H/Q in entry =           5
  In of MODEL   16
    1    H    ASP  48           H        ASP  48   9.859   8.786  -7.179
    2    HA   ASP  48           HA       ASP  48  10.993   7.558  -4.761
    3    HB2  ASP  48           HB2      ASP  48  11.615   5.635  -6.102
    4    HB3  ASP  48           HB3      ASP  48   9.896   5.967  -6.262

  No H/Q in entry =           4
  In of MODEL   16
    1    H    LEU  49           H        LEU  49  13.203   6.968  -4.812
    2    HA   LEU  49           HA       LEU  49  14.741   9.307  -5.692
    3    HB2  LEU  49           HB2      LEU  49  16.359   7.710  -4.041
    4    HB3  LEU  49           HB3      LEU  49  15.564   9.233  -3.606
    5    HG   LEU  49           HG       LEU  49  13.500   7.713  -3.078
    6   HD11  LEU  49          HD11      LEU  49  14.326   5.674  -4.106
    7   HD12  LEU  49          HD12      LEU  49  15.677   5.632  -2.972
    8   HD13  LEU  49          HD13      LEU  49  14.023   5.432  -2.386
    9   HD21  LEU  49          HD21      LEU  49  15.926   7.622  -1.265
   10   HD22  LEU  49          HD22      LEU  49  14.649   8.844  -1.270
   11   HD23  LEU  49          HD23      LEU  49  14.283   7.187  -0.798

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  50           H        SER  50  17.302   8.379  -5.633
    2    HA   SER  50           HA       SER  50  17.346   6.784  -8.093
    3    HB2  SER  50           HB2      SER  50  19.634   8.255  -6.758
    4    HB3  SER  50           HB3      SER  50  19.603   7.603  -8.398
    5    HG   SER  50           HG       SER  50  17.588   9.404  -7.727

  No H/Q in entry =           5
  In of MODEL   16
    1    H    PHE  51           H        PHE  51  18.823   6.927  -4.887
    2    HA   PHE  51           HA       PHE  51  18.864   4.089  -4.598
    3    HB2  PHE  51           HB2      PHE  51  20.906   4.515  -6.038
    4    HB3  PHE  51           HB3      PHE  51  21.554   5.488  -4.723
    5    HD1  PHE  51           HD1      PHE  51  22.704   4.491  -2.945
    6    HD2  PHE  51           HD2      PHE  51  20.427   2.073  -5.605
    7    HE1  PHE  51           HE1      PHE  51  23.660   2.469  -1.918
    8    HE2  PHE  51           HE2      PHE  51  21.380   0.047  -4.588
    9    HZ   PHE  51           HZ       PHE  51  22.998   0.242  -2.740

  No H/Q in entry =           9
  In of MODEL   16
    1    H    SER  52           H        SER  52  19.517   3.530  -2.383
    2    HA   SER  52           HA       SER  52  18.656   5.558  -0.567
    3    HB2  SER  52           HB2      SER  52  18.201   3.072  -0.346
    4    HB3  SER  52           HB3      SER  52  19.878   2.892   0.166
    5    HG   SER  52           HG       SER  52  19.388   4.411   1.869

  No H/Q in entry =           5
  In of MODEL   16
    1    H    LYS  53           H        LYS  53  20.197   7.196  -0.824
    2    HA   LYS  53           HA       LYS  53  22.779   6.648   0.493
    3    HB2  LYS  53           HB2      LYS  53  22.107   8.634  -1.679
    4    HB3  LYS  53           HB3      LYS  53  23.619   8.653  -0.781
    5    HG2  LYS  53           HG2      LYS  53  24.165   6.440  -1.606
    6    HG3  LYS  53           HG3      LYS  53  22.625   6.363  -2.463
    7    HD2  LYS  53           HD2      LYS  53  23.275   8.230  -3.863
    8    HD3  LYS  53           HD3      LYS  53  24.780   8.415  -2.959
    9    HE2  LYS  53           HE2      LYS  53  23.999   5.958  -4.523
   10    HE3  LYS  53           HE3      LYS  53  25.062   7.231  -5.118
   11    HZ1  LYS  53           HZ1      LYS  53  25.575   5.537  -2.728
   12    HZ2  LYS  53           HZ2      LYS  53  26.308   5.353  -4.243
   13    HZ3  LYS  53           HZ3      LYS  53  26.603   6.747  -3.325

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ASP  54           H        ASP  54  19.919   8.544   0.381
    2    HA   ASP  54           HA       ASP  54  20.637   9.766   2.932
    3    HB2  ASP  54           HB2      ASP  54  21.114  11.408   0.946
    4    HB3  ASP  54           HB3      ASP  54  19.359  11.559   0.867

  No H/Q in entry =           4
  In of MODEL   16
    1    H    TRP  55           H        TRP  55  19.138   7.786   3.040
    2    HA   TRP  55           HA       TRP  55  16.344   8.691   2.866
    3    HB2  TRP  55           HB2      TRP  55  16.744   6.922   1.244
    4    HB3  TRP  55           HB3      TRP  55  17.470   5.905   2.484
    5    HD1  TRP  55           HD1      TRP  55  14.051   7.219   1.298
    6    HE1  TRP  55           HE1      TRP  55  12.220   5.754   2.333
    7    HE3  TRP  55           HE3      TRP  55  16.938   4.305   4.457
    8    HZ2  TRP  55           HZ2      TRP  55  11.988   3.699   4.189
    9    HZ3  TRP  55           HZ3      TRP  55  15.784   2.615   5.816
   10    HH2  TRP  55           HH2      TRP  55  13.368   2.309   5.690

  No H/Q in entry =          10
  In of MODEL   16
    1    H    SER  56           H        SER  56  15.150   8.576   4.685
    2    HA   SER  56           HA       SER  56  15.927   6.665   6.717
    3    HB2  SER  56           HB2      SER  56  15.540   8.400   8.535
    4    HB3  SER  56           HB3      SER  56  17.027   8.581   7.601
    5    HG   SER  56           HG       SER  56  16.273  10.565   7.432

  No H/Q in entry =           5
  In of MODEL   16
    1    H    PHE  57           H        PHE  57  13.403   9.086   5.720
    2    HA   PHE  57           HA       PHE  57  11.387   8.154   7.269
    3    HB2  PHE  57           HB2      PHE  57   9.915   9.303   5.740
    4    HB3  PHE  57           HB3      PHE  57  11.389  10.232   5.948
    5    HD1  PHE  57           HD1      PHE  57  13.276   9.480   4.087
    6    HD2  PHE  57           HD2      PHE  57   9.051   9.298   3.626
    7    HE1  PHE  57           HE1      PHE  57  13.548   9.588   1.644
    8    HE2  PHE  57           HE2      PHE  57   9.316   9.407   1.183
    9    HZ   PHE  57           HZ       PHE  57  11.562   9.545   0.189

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR  58           H        TYR  58  10.606   6.196   7.455
    2    HA   TYR  58           HA       TYR  58   9.757   4.137   6.262
    3    HB2  TYR  58           HB2      TYR  58   7.507   4.404   7.062
    4    HB3  TYR  58           HB3      TYR  58   8.587   5.240   8.171
    5    HD1  TYR  58           HD1      TYR  58   8.993   7.771   6.461
    6    HD2  TYR  58           HD2      TYR  58   5.479   5.634   7.551
    7    HE1  TYR  58           HE1      TYR  58   7.670   9.827   6.191
    8    HE2  TYR  58           HE2      TYR  58   4.137   7.694   7.273
    9    HH   TYR  58           HH       TYR  58   4.630  10.219   7.391

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LEU  59           H        LEU  59   8.286   3.321   4.728
    2    HA   LEU  59           HA       LEU  59   8.180   4.969   2.281
    3    HB2  LEU  59           HB2      LEU  59   8.666   2.115   2.880
    4    HB3  LEU  59           HB3      LEU  59   7.679   2.426   1.472
    5    HG   LEU  59           HG       LEU  59  10.335   3.816   1.713
    6   HD11  LEU  59          HD11      LEU  59  10.679   1.402   2.247
    7   HD12  LEU  59          HD12      LEU  59   9.951   0.998   0.694
    8   HD13  LEU  59          HD13      LEU  59  11.454   1.915   0.755
    9   HD21  LEU  59          HD21      LEU  59   8.689   2.729  -0.582
   10   HD22  LEU  59          HD22      LEU  59   8.836   4.423  -0.119
   11   HD23  LEU  59          HD23      LEU  59  10.239   3.561  -0.751

  No H/Q in entry =          11
  In of MODEL   16
    1    H    LEU  60           H        LEU  60   6.242   5.668   1.692
    2    HA   LEU  60           HA       LEU  60   3.859   4.046   2.227
    3    HB2  LEU  60           HB2      LEU  60   3.868   5.680   3.963
    4    HB3  LEU  60           HB3      LEU  60   4.298   6.953   2.845
    5    HG   LEU  60           HG       LEU  60   2.055   6.713   1.787
    6   HD11  LEU  60          HD11      LEU  60   1.609   4.408   2.468
    7   HD12  LEU  60          HD12      LEU  60   1.501   4.930   4.148
    8   HD13  LEU  60          HD13      LEU  60   0.320   5.499   2.973
    9   HD21  LEU  60          HD21      LEU  60   2.505   8.448   3.435
   10   HD22  LEU  60          HD22      LEU  60   0.851   7.853   3.580
   11   HD23  LEU  60          HD23      LEU  60   2.080   7.337   4.736

  No H/Q in entry =          11
  In of MODEL   16
    1    H    TYR  61           H        TYR  61   2.271   4.191   0.662
    2    HA   TYR  61           HA       TYR  61   2.725   5.988  -1.616
    3    HB2  TYR  61           HB2      TYR  61   1.924   3.050  -1.685
    4    HB3  TYR  61           HB3      TYR  61   1.759   4.123  -3.083
    5    HD1  TYR  61           HD1      TYR  61   3.466   4.081  -4.643
    6    HD2  TYR  61           HD2      TYR  61   4.424   3.115  -0.616
    7    HE1  TYR  61           HE1      TYR  61   5.772   3.590  -5.327
    8    HE2  TYR  61           HE2      TYR  61   6.748   2.623  -1.297
    9    HH   TYR  61           HH       TYR  61   7.982   3.454  -4.364

  No H/Q in entry =           9
  In of MODEL   16
    1    H    TYR  62           H        TYR  62   0.612   6.444  -2.847
    2    HA   TYR  62           HA       TYR  62  -1.677   6.028  -1.106
    3    HB2  TYR  62           HB2      TYR  62  -2.380   8.447  -1.398
    4    HB3  TYR  62           HB3      TYR  62  -1.110   8.093  -0.247
    5    HD1  TYR  62           HD1      TYR  62   0.873   9.315  -0.302
    6    HD2  TYR  62           HD2      TYR  62  -1.621   9.327  -3.755
    7    HE1  TYR  62           HE1      TYR  62   2.252  11.090  -1.288
    8    HE2  TYR  62           HE2      TYR  62  -0.239  11.098  -4.751
    9    HH   TYR  62           HH       TYR  62   1.290  12.853  -4.044

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR  63           H        THR  63  -3.678   5.912  -2.075
    2    HA   THR  63           HA       THR  63  -3.971   6.634  -4.889
    3    HB   THR  63           HB       THR  63  -3.331   4.161  -4.799
    4    HG1  THR  63           HG1      THR  63  -5.942   4.655  -5.821
    5   HG21  THR  63          HG21      THR  63  -6.015   4.017  -3.453
    6   HG22  THR  63          HG22      THR  63  -5.315   2.655  -4.318
    7   HG23  THR  63          HG23      THR  63  -4.494   3.316  -2.911

  No H/Q in entry =           7
  In of MODEL   16
    1    H    GLU  64           H        GLU  64  -6.017   7.262  -5.406
    2    HA   GLU  64           HA       GLU  64  -7.909   7.957  -3.441
    3    HB2  GLU  64           HB2      GLU  64  -7.586   8.804  -5.919
    4    HB3  GLU  64           HB3      GLU  64  -8.670   7.478  -6.311
    5    HG2  GLU  64           HG2      GLU  64 -10.411   8.397  -4.928
    6    HG3  GLU  64           HG3      GLU  64  -9.350   9.700  -4.389

  No H/Q in entry =           6
  In of MODEL   16
    1    H    PHE  65           H        PHE  65  -9.715   6.871  -2.618
    2    HA   PHE  65           HA       PHE  65 -10.498   4.377  -3.940
    3    HB2  PHE  65           HB2      PHE  65 -10.481   3.096  -1.928
    4    HB3  PHE  65           HB3      PHE  65  -8.937   3.898  -2.050
    5    HD1  PHE  65           HD1      PHE  65 -12.245   4.896  -0.604
    6    HD2  PHE  65           HD2      PHE  65  -8.070   4.381  -0.016
    7    HE1  PHE  65           HE1      PHE  65 -12.473   5.693   1.714
    8    HE2  PHE  65           HE2      PHE  65  -8.307   5.181   2.309
    9    HZ   PHE  65           HZ       PHE  65 -10.521   5.832   3.171

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR  66           H        THR  66 -12.652   3.659  -3.462
    2    HA   THR  66           HA       THR  66 -14.203   5.271  -1.563
    3    HB   THR  66           HB       THR  66 -15.189   4.364  -4.295
    4    HG1  THR  66           HG1      THR  66 -13.901   6.590  -3.486
    5   HG21  THR  66          HG21      THR  66 -16.584   5.897  -2.086
    6   HG22  THR  66          HG22      THR  66 -17.213   5.672  -3.721
    7   HG23  THR  66          HG23      THR  66 -16.983   4.278  -2.668

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   PRO  67           HA       PRO  67 -14.630   0.943  -0.321
    2    HB2  PRO  67           HB2      PRO  67 -16.014   1.648   2.061
    3    HB3  PRO  67           HB3      PRO  67 -14.321   1.197   1.889
    4    HG2  PRO  67           HG2      PRO  67 -15.318   3.745   2.559
    5    HG3  PRO  67           HG3      PRO  67 -13.644   3.323   2.169
    6    HD2  PRO  67           HD2      PRO  67 -15.650   4.711   0.558
    7    HD3  PRO  67           HD3      PRO  67 -13.886   4.671   0.376

  No H/Q in entry =           7
  In of MODEL   16
    1    H    THR  68           H        THR  68 -16.037  -0.522  -0.380
    2    HA   THR  68           HA       THR  68 -18.907  -0.004  -0.296
    3    HB   THR  68           HB       THR  68 -19.324  -1.333  -2.267
    4    HG1  THR  68           HG1      THR  68 -16.991  -1.827  -3.362
    5   HG21  THR  68          HG21      THR  68 -18.744   1.013  -2.745
    6   HG22  THR  68          HG22      THR  68 -17.058   0.539  -2.952
    7   HG23  THR  68          HG23      THR  68 -18.285  -0.067  -4.063

  No H/Q in entry =           7
  In of MODEL   16
    1    H    GLU  69           H        GLU  69 -20.041  -2.084   0.289
    2    HA   GLU  69           HA       GLU  69 -18.437  -3.758   1.921
    3    HB2  GLU  69           HB2      GLU  69 -20.478  -5.253   2.025
    4    HB3  GLU  69           HB3      GLU  69 -20.632  -3.628   2.672
    5    HG2  GLU  69           HG2      GLU  69 -21.827  -2.954   0.671
    6    HG3  GLU  69           HG3      GLU  69 -21.618  -4.571  -0.005

  No H/Q in entry =           6
  In of MODEL   16
    1    H    LYS  70           H        LYS  70 -18.231  -3.654  -1.268
    2    HA   LYS  70           HA       LYS  70 -18.050  -6.561  -1.562
    3    HB2  LYS  70           HB2      LYS  70 -18.186  -4.476  -3.745
    4    HB3  LYS  70           HB3      LYS  70 -18.176  -6.214  -3.977
    5    HG2  LYS  70           HG2      LYS  70 -20.365  -5.010  -2.347
    6    HG3  LYS  70           HG3      LYS  70 -20.411  -4.836  -4.097
    7    HD2  LYS  70           HD2      LYS  70 -21.690  -6.741  -3.571
    8    HD3  LYS  70           HD3      LYS  70 -20.171  -7.338  -4.233
    9    HE2  LYS  70           HE2      LYS  70 -19.380  -7.872  -2.025
   10    HE3  LYS  70           HE3      LYS  70 -20.801  -7.125  -1.292
   11    HZ1  LYS  70           HZ1      LYS  70 -20.833  -9.501  -3.086
   12    HZ2  LYS  70           HZ2      LYS  70 -20.941  -9.557  -1.395
   13    HZ3  LYS  70           HZ3      LYS  70 -22.173  -8.821  -2.301

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ASP  71           H        ASP  71 -16.216  -3.554  -2.009
    2    HA   ASP  71           HA       ASP  71 -14.054  -5.096  -3.199
    3    HB2  ASP  71           HB2      ASP  71 -14.179  -2.097  -2.797
    4    HB3  ASP  71           HB3      ASP  71 -13.078  -2.995  -3.832

  No H/Q in entry =           4
  In of MODEL   16
    1    H    GLU  72           H        GLU  72 -12.294  -5.652  -2.223
    2    HA   GLU  72           HA       GLU  72 -11.634  -4.871   0.540
    3    HB2  GLU  72           HB2      GLU  72 -11.906  -7.220   0.044
    4    HB3  GLU  72           HB3      GLU  72 -10.861  -7.127  -1.345
    5    HG2  GLU  72           HG2      GLU  72  -9.725  -6.580   1.342
    6    HG3  GLU  72           HG3      GLU  72 -10.109  -8.232   0.894

  No H/Q in entry =           6
  In of MODEL   16
    1    H    TYR  73           H        TYR  73  -9.589  -3.907   0.977
    2    HA   TYR  73           HA       TYR  73  -7.943  -3.198  -1.384
    3    HB2  TYR  73           HB2      TYR  73  -8.463  -1.587   1.132
    4    HB3  TYR  73           HB3      TYR  73  -7.242  -1.172  -0.064
    5    HD1  TYR  73           HD1      TYR  73  -7.814   0.048  -1.993
    6    HD2  TYR  73           HD2      TYR  73 -10.888  -1.680   0.388
    7    HE1  TYR  73           HE1      TYR  73  -9.506   1.258  -3.309
    8    HE2  TYR  73           HE2      TYR  73 -12.586  -0.465  -0.924
    9    HH   TYR  73           HH       TYR  73 -12.793   1.463  -2.357

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ALA  74           H        ALA  74  -5.865  -3.811  -1.385
    2    HA   ALA  74           HA       ALA  74  -4.634  -4.734   1.121
    3    HB1  ALA  74           HB1      ALA  74  -5.543  -6.656  -0.080
    4    HB2  ALA  74           HB2      ALA  74  -3.779  -6.688  -0.071
    5    HB3  ALA  74           HB3      ALA  74  -4.645  -6.180  -1.524

  No H/Q in entry =           5
  In of MODEL   16
    1    H    CYS  75           H        CYS  75  -2.262  -4.816   1.039
    2    HA   CYS  75           HA       CYS  75  -1.121  -3.322  -1.246
    3    HB2  CYS  75           HB2      CYS  75  -1.100  -1.851   0.638
    4    HB3  CYS  75           HB3      CYS  75  -0.421  -3.098   1.672

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ARG  76           H        ARG  76   0.579  -4.274  -2.272
    2    HA   ARG  76           HA       ARG  76   1.531  -6.857  -1.221
    3    HB2  ARG  76           HB2      ARG  76   0.284  -6.539  -3.486
    4    HB3  ARG  76           HB3      ARG  76   1.820  -5.904  -4.057
    5    HG2  ARG  76           HG2      ARG  76   2.861  -7.984  -3.873
    6    HG3  ARG  76           HG3      ARG  76   1.637  -8.617  -2.770
    7    HD2  ARG  76           HD2      ARG  76   1.370  -9.617  -5.013
    8    HD3  ARG  76           HD3      ARG  76  -0.017  -8.607  -4.592
    9    HE   ARG  76           HE       ARG  76   1.940  -7.110  -6.027
   10   HH11  ARG  76          HH11      ARG  76  -0.604  -9.495  -6.476
   11   HH12  ARG  76          HH12      ARG  76  -0.908  -9.033  -8.128
   12   HH21  ARG  76          HH21      ARG  76   1.561  -6.534  -8.177
   13   HH22  ARG  76          HH22      ARG  76   0.353  -7.368  -9.116

  No H/Q in entry =          13
  In of MODEL   16
    1    H    VAL  77           H        VAL  77   3.697  -7.015  -0.653
    2    HA   VAL  77           HA       VAL  77   5.553  -5.183  -2.017
    3    HB   VAL  77           HB       VAL  77   4.985  -4.505   0.437
    4   HG11  VAL  77          HG11      VAL  77   6.975  -6.714   0.930
    5   HG12  VAL  77          HG12      VAL  77   6.459  -5.512   2.113
    6   HG13  VAL  77          HG13      VAL  77   5.296  -6.672   1.473
    7   HG21  VAL  77          HG21      VAL  77   6.729  -3.485  -0.953
    8   HG22  VAL  77          HG22      VAL  77   7.215  -3.596   0.740
    9   HG23  VAL  77          HG23      VAL  77   7.859  -4.740  -0.444

  No H/Q in entry =           9
  In of MODEL   16
    1    H    ASN  78           H        ASN  78   7.370  -5.969  -2.679
    2    HA   ASN  78           HA       ASN  78   8.235  -8.650  -1.766
    3    HB2  ASN  78           HB2      ASN  78   7.110  -8.704  -4.035
    4    HB3  ASN  78           HB3      ASN  78   8.437  -7.709  -4.636
    5   HD21  ASN  78          HD21      ASN  78   9.060  -9.328  -6.076
    6   HD22  ASN  78          HD22      ASN  78   9.874 -10.759  -5.549

  No H/Q in entry =           6
  In of MODEL   16
    1    H    HIS  79           H        HIS  79  10.357  -9.020  -1.573
    2    HA   HIS  79           HA       HIS  79  12.257  -6.991  -2.461
    3    HB2  HIS  79           HB2      HIS  79  11.681  -6.708   0.041
    4    HB3  HIS  79           HB3      HIS  79  12.479  -8.256   0.278
    5    HD2  HIS  79           HD2      HIS  79  13.331  -4.580   0.037
    6    HE1  HIS  79           HE1      HIS  79  16.961  -6.714  -0.285
    7    HE2  HIS  79           HE2      HIS  79  15.914  -4.411  -0.153

  No H/Q in entry =           7
  In of MODEL   16
    1    H    VAL  80           H        VAL  80  14.362  -7.867  -2.724
    2    HA   VAL  80           HA       VAL  80  14.273 -10.402  -3.938
    3    HB   VAL  80           HB       VAL  80  15.623  -8.592  -4.727
    4   HG11  VAL  80          HG11      VAL  80  16.501  -7.707  -2.671
    5   HG12  VAL  80          HG12      VAL  80  17.550  -9.119  -2.529
    6   HG13  VAL  80          HG13      VAL  80  17.758  -7.997  -3.866
    7   HG21  VAL  80          HG21      VAL  80  17.171 -11.105  -4.208
    8   HG22  VAL  80          HG22      VAL  80  16.088 -10.793  -5.566
    9   HG23  VAL  80          HG23      VAL  80  17.597  -9.892  -5.417

  No H/Q in entry =           9
  In of MODEL   16
    1    H    THR  81           H        THR  81  14.513  -9.770  -0.729
    2    HA   THR  81           HA       THR  81  16.075 -12.132  -0.109
    3    HB   THR  81           HB       THR  81  16.300 -10.705   1.689
    4    HG1  THR  81           HG1      THR  81  15.158 -11.544   3.402
    5   HG21  THR  81          HG21      THR  81  14.675  -9.075   0.700
    6   HG22  THR  81          HG22      THR  81  13.385  -9.949   1.539
    7   HG23  THR  81          HG23      THR  81  14.654  -9.151   2.470

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LEU  82           H        LEU  82  12.657 -11.138   0.231
    2    HA   LEU  82           HA       LEU  82  11.574 -13.666   0.769
    3    HB2  LEU  82           HB2      LEU  82  10.188 -11.528  -0.854
    4    HB3  LEU  82           HB3      LEU  82   9.450 -12.783   0.119
    5    HG   LEU  82           HG       LEU  82  11.095 -10.591   1.346
    6   HD11  LEU  82          HD11      LEU  82   8.124 -10.674   0.898
    7   HD12  LEU  82          HD12      LEU  82   8.990  -9.485   1.873
    8   HD13  LEU  82          HD13      LEU  82   9.268  -9.569   0.135
    9   HD21  LEU  82          HD21      LEU  82  10.754 -12.621   2.685
   10   HD22  LEU  82          HD22      LEU  82   9.908 -11.233   3.367
   11   HD23  LEU  82          HD23      LEU  82   9.008 -12.458   2.470

  No H/Q in entry =          11
  In of MODEL   16
    1    H    SER  83           H        SER  83  10.407 -15.103  -0.613
    2    HA   SER  83           HA       SER  83  11.323 -15.111  -3.429
    3    HB2  SER  83           HB2      SER  83  11.975 -17.053  -1.921
    4    HB3  SER  83           HB3      SER  83  10.262 -17.459  -1.828
    5    HG   SER  83           HG       SER  83  11.131 -17.093  -4.397

  No H/Q in entry =           5
  In of MODEL   16
    1    H    GLN  84           H        GLN  84   8.866 -14.264  -1.527
    2    HA   GLN  84           HA       GLN  84   6.899 -14.344  -3.635
    3    HB2  GLN  84           HB2      GLN  84   5.158 -15.407  -2.198
    4    HB3  GLN  84           HB3      GLN  84   6.474 -16.501  -2.596
    5    HG2  GLN  84           HG2      GLN  84   7.452 -16.066  -0.352
    6    HG3  GLN  84           HG3      GLN  84   6.056 -15.057   0.023
    7   HE21  GLN  84          HE21      GLN  84   5.857 -17.991  -1.856
    8   HE22  GLN  84          HE22      GLN  84   5.000 -18.919  -0.675

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   PRO  85           HA       PRO  85   6.236 -10.422  -1.436
    2    HB2  PRO  85           HB2      PRO  85   4.115  -9.570  -2.938
    3    HB3  PRO  85           HB3      PRO  85   5.815  -9.290  -3.349
    4    HG2  PRO  85           HG2      PRO  85   3.901 -11.303  -4.442
    5    HG3  PRO  85           HG3      PRO  85   5.218 -10.434  -5.264
    6    HD2  PRO  85           HD2      PRO  85   5.422 -13.079  -4.460
    7    HD3  PRO  85           HD3      PRO  85   6.834 -11.980  -4.594

  No H/Q in entry =           7
  In of MODEL   16
    1    H    LYS  86           H        LYS  86   4.568  -9.519  -0.149
    2    HA   LYS  86           HA       LYS  86   2.574 -11.548   0.601
    3    HB2  LYS  86           HB2      LYS  86   3.439  -9.255   2.344
    4    HB3  LYS  86           HB3      LYS  86   2.633 -10.744   2.820
    5    HG2  LYS  86           HG2      LYS  86   5.504 -10.430   1.945
    6    HG3  LYS  86           HG3      LYS  86   4.930 -10.742   3.577
    7    HD2  LYS  86           HD2      LYS  86   4.309 -12.646   1.348
    8    HD3  LYS  86           HD3      LYS  86   5.869 -12.698   2.163
    9    HE2  LYS  86           HE2      LYS  86   4.549 -14.271   3.302
   10    HE3  LYS  86           HE3      LYS  86   4.545 -12.846   4.342
   11    HZ1  LYS  86           HZ1      LYS  86   2.386 -13.502   2.403
   12    HZ2  LYS  86           HZ2      LYS  86   2.330 -13.904   4.045
   13    HZ3  LYS  86           HZ3      LYS  86   2.355 -12.275   3.577

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ILE  87           H        ILE  87   0.499 -10.917   1.036
    2    HA   ILE  87           HA       ILE  87  -0.240  -8.192   0.193
    3    HB   ILE  87           HB       ILE  87  -1.550 -10.735  -0.434
    4   HG12  ILE  87          HG12      ILE  87  -0.968  -9.431  -2.284
    5   HG13  ILE  87          HG13      ILE  87  -2.691  -9.080  -2.114
    6   HG21  ILE  87          HG21      ILE  87  -3.214  -8.495   0.684
    7   HG22  ILE  87          HG22      ILE  87  -3.859  -9.771  -0.354
    8   HG23  ILE  87          HG23      ILE  87  -3.163 -10.176   1.216
    9   HD11  ILE  87          HD11      ILE  87  -0.487  -7.354  -1.048
   10   HD12  ILE  87          HD12      ILE  87  -1.353  -7.091  -2.558
   11   HD13  ILE  87          HD13      ILE  87  -2.215  -7.011  -1.024

  No H/Q in entry =          11
  In of MODEL   16
    1    H    VAL  88           H        VAL  88  -1.102  -6.885   1.594
    2    HA   VAL  88           HA       VAL  88  -2.069  -7.978   4.149
    3    HB   VAL  88           HB       VAL  88  -0.092  -6.625   4.508
    4   HG11  VAL  88          HG11      VAL  88  -0.107  -5.280   2.503
    5   HG12  VAL  88          HG12      VAL  88  -1.527  -4.409   3.089
    6   HG13  VAL  88          HG13      VAL  88   0.009  -4.261   3.943
    7   HG21  VAL  88          HG21      VAL  88  -2.681  -5.374   5.345
    8   HG22  VAL  88          HG22      VAL  88  -1.641  -6.455   6.270
    9   HG23  VAL  88          HG23      VAL  88  -1.120  -4.797   5.940

  No H/Q in entry =           9
  In of MODEL   16
    1    H    LYS  89           H        LYS  89  -4.229  -7.739   4.405
    2    HA   LYS  89           HA       LYS  89  -5.534  -5.861   2.567
    3    HB2  LYS  89           HB2      LYS  89  -6.759  -8.256   3.932
    4    HB3  LYS  89           HB3      LYS  89  -7.489  -7.245   2.687
    5    HG2  LYS  89           HG2      LYS  89  -6.198  -8.134   1.012
    6    HG3  LYS  89           HG3      LYS  89  -4.933  -8.645   2.130
    7    HD2  LYS  89           HD2      LYS  89  -7.681  -9.857   2.138
    8    HD3  LYS  89           HD3      LYS  89  -6.368 -10.491   1.144
    9    HE2  LYS  89           HE2      LYS  89  -5.023 -10.745   3.240
   10    HE3  LYS  89           HE3      LYS  89  -6.459 -10.278   4.152
   11    HZ1  LYS  89           HZ1      LYS  89  -6.265 -12.627   2.341
   12    HZ2  LYS  89           HZ2      LYS  89  -6.189 -12.681   4.036
   13    HZ3  LYS  89           HZ3      LYS  89  -7.619 -12.191   3.266

  No H/Q in entry =          13
  In of MODEL   16
    1    H    TRP  90           H        TRP  90  -7.070  -4.468   3.350
    2    HA   TRP  90           HA       TRP  90  -6.518  -3.721   6.066
    3    HB2  TRP  90           HB2      TRP  90  -6.612  -1.930   4.412
    4    HB3  TRP  90           HB3      TRP  90  -8.271  -2.377   4.008
    5    HD1  TRP  90           HD1      TRP  90  -6.724  -1.654   7.541
    6    HE1  TRP  90           HE1      TRP  90  -8.174   0.080   8.678
    7    HE3  TRP  90           HE3      TRP  90  -9.977  -0.714   3.680
    8    HZ2  TRP  90           HZ2      TRP  90 -10.448   1.657   8.067
    9    HZ3  TRP  90           HZ3      TRP  90 -11.751   0.944   4.039
   10    HH2  TRP  90           HH2      TRP  90 -11.994   2.109   6.164

  No H/Q in entry =          10
  In of MODEL   16
    1    H    ASP  91           H        ASP  91  -7.534  -4.304   7.733
    2    HA   ASP  91           HA       ASP  91  -9.706  -6.075   7.844
    3    HB2  ASP  91           HB2      ASP  91  -8.007  -5.301   9.758
    4    HB3  ASP  91           HB3      ASP  91  -9.373  -4.266  10.193

  No H/Q in entry =           4
  In of MODEL   16
    1    H    ARG  92           H        ARG  92 -11.565  -5.550   6.818
    2    HA   ARG  92           HA       ARG  92 -13.503  -4.050   8.116
    3    HB2  ARG  92           HB2      ARG  92 -13.617  -1.960   7.072
    4    HB3  ARG  92           HB3      ARG  92 -11.879  -2.222   7.119
    5    HG2  ARG  92           HG2      ARG  92 -12.140  -1.491   4.963
    6    HG3  ARG  92           HG3      ARG  92 -12.192  -3.240   4.730
    7    HD2  ARG  92           HD2      ARG  92 -14.694  -3.089   4.772
    8    HD3  ARG  92           HD3      ARG  92 -14.543  -1.326   4.804
    9    HE   ARG  92           HE       ARG  92 -14.213  -3.063   2.553
   10   HH11  ARG  92          HH11      ARG  92 -13.267  -0.005   3.940
   11   HH12  ARG  92          HH12      ARG  92 -12.952   0.742   2.412
   12   HH21  ARG  92          HH21      ARG  92 -13.813  -2.107   0.531
   13   HH22  ARG  92          HH22      ARG  92 -13.260  -0.461   0.461

  No H/Q in entry =          13
  In of MODEL   16
    1    H    ASP  93           H        ASP  93 -12.360  -5.974   5.711
    2    HA   ASP  93           HA       ASP  93 -14.899  -6.609   4.549
    3    HB2  ASP  93           HB2      ASP  93 -14.328  -4.557   3.312
    4    HB3  ASP  93           HB3      ASP  93 -12.793  -5.288   2.819

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   MET  94           HA       MET  94 -10.682  -8.861   3.206
    2    HB2  MET  94           HB2      MET  94  -9.764 -10.008   5.622
    3    HB3  MET  94           HB3      MET  94  -8.938  -8.868   4.570
    4    HG2  MET  94           HG2      MET  94  -9.019  -8.167   6.973
    5    HG3  MET  94           HG3      MET  94  -9.695  -6.977   5.857
    6    HE1  MET  94           HE1      MET  94 -10.324  -9.507   8.748
    7    HE2  MET  94           HE2      MET  94 -12.084  -9.613   8.808
    8    HE3  MET  94           HE3      MET  94 -11.205 -10.306   7.446

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   MET   1           HA       MET   1   4.044  -8.472   6.183
    2    HB2  MET   1           HB2      MET   1   3.928  -9.495   8.421
    3    HB3  MET   1           HB3      MET   1   4.320  -7.945   9.152
    4    HG2  MET   1           HG2      MET   1   2.252  -6.997   8.314
    5    HG3  MET   1           HG3      MET   1   1.864  -8.512   7.505
    6    HE1  MET   1           HE1      MET   1   3.492  -8.061  11.059
    7    HE2  MET   1           HE2      MET   1   2.352  -6.719  10.969
    8    HE3  MET   1           HE3      MET   1   2.066  -8.045  12.096

  No H/Q in entry =           8
  In of MODEL   17
    1    H    ILE   2           H        ILE   2   2.898  -6.744   5.585
    2    HA   ILE   2           HA       ILE   2   3.999  -4.073   6.118
    3    HB   ILE   2           HB       ILE   2   1.736  -4.781   4.233
    4   HG12  ILE   2          HG12      ILE   2   3.866  -4.395   2.562
    5   HG13  ILE   2          HG13      ILE   2   4.597  -5.330   3.862
    6   HG21  ILE   2          HG21      ILE   2   1.996  -2.421   4.752
    7   HG22  ILE   2          HG22      ILE   2   3.667  -2.474   4.176
    8   HG23  ILE   2          HG23      ILE   2   2.340  -2.772   3.062
    9   HD11  ILE   2          HD11      ILE   2   2.132  -6.148   2.334
   10   HD12  ILE   2          HD12      ILE   2   3.768  -6.743   2.040
   11   HD13  ILE   2          HD13      ILE   2   2.967  -7.086   3.575

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLN   3           H        GLN   3   2.547  -2.383   6.956
    2    HA   GLN   3           HA       GLN   3   0.060  -3.481   8.089
    3    HB2  GLN   3           HB2      GLN   3   1.939  -1.446   9.327
    4    HB3  GLN   3           HB3      GLN   3   0.361  -1.882   9.980
    5    HG2  GLN   3           HG2      GLN   3   2.005  -3.062  11.224
    6    HG3  GLN   3           HG3      GLN   3   1.158  -4.252  10.224
    7   HE21  GLN   3          HE21      GLN   3   3.703  -2.006   9.203
    8   HE22  GLN   3          HE22      GLN   3   4.869  -3.233   8.841

  No H/Q in entry =           8
  In of MODEL   17
    1    H    VAL   4           H        VAL   4  -1.543  -2.689   6.887
    2    HA   VAL   4           HA       VAL   4  -1.345  -0.023   5.731
    3    HB   VAL   4           HB       VAL   4  -3.593  -0.717   4.629
    4   HG11  VAL   4          HG11      VAL   4  -1.051  -2.223   4.026
    5   HG12  VAL   4          HG12      VAL   4  -2.418  -2.008   2.930
    6   HG13  VAL   4          HG13      VAL   4  -1.471  -0.611   3.439
    7   HG21  VAL   4          HG21      VAL   4  -4.019  -2.615   6.151
    8   HG22  VAL   4          HG22      VAL   4  -3.972  -3.084   4.447
    9   HG23  VAL   4          HG23      VAL   4  -2.594  -3.420   5.491

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR   5           H        TYR   5  -3.048   1.499   5.799
    2    HA   TYR   5           HA       TYR   5  -5.018   1.394   7.927
    3    HB2  TYR   5           HB2      TYR   5  -2.734   3.383   8.001
    4    HB3  TYR   5           HB3      TYR   5  -4.222   3.573   8.914
    5    HD1  TYR   5           HD1      TYR   5  -0.941   2.846   9.328
    6    HD2  TYR   5           HD2      TYR   5  -4.723   1.101  10.237
    7    HE1  TYR   5           HE1      TYR   5   0.082   1.622  11.192
    8    HE2  TYR   5           HE2      TYR   5  -3.698  -0.149  12.106
    9    HH   TYR   5           HH       TYR   5  -0.571   0.563  13.275

  No H/Q in entry =           9
  In of MODEL   17
    1    H    SER   6           H        SER   6  -6.066   3.763   8.005
    2    HA   SER   6           HA       SER   6  -5.885   5.021   5.344
    3    HB2  SER   6           HB2      SER   6  -8.430   4.524   6.919
    4    HB3  SER   6           HB3      SER   6  -8.314   5.439   5.408
    5    HG   SER   6           HG       SER   6  -7.240   2.875   5.393

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ARG   7           H        ARG   7  -6.590   7.241   5.272
    2    HA   ARG   7           HA       ARG   7  -5.564   8.739   7.516
    3    HB2  ARG   7           HB2      ARG   7  -5.614   9.166   4.818
    4    HB3  ARG   7           HB3      ARG   7  -6.946  10.192   5.338
    5    HG2  ARG   7           HG2      ARG   7  -4.119  10.346   6.366
    6    HG3  ARG   7           HG3      ARG   7  -4.834  11.407   5.155
    7    HD2  ARG   7           HD2      ARG   7  -6.595  11.938   6.934
    8    HD3  ARG   7           HD3      ARG   7  -5.476  11.191   8.078
    9    HE   ARG   7           HE       ARG   7  -4.564  13.392   6.348
   10   HH11  ARG   7          HH11      ARG   7  -5.260  12.166   9.563
   11   HH12  ARG   7          HH12      ARG   7  -4.405  13.448  10.368
   12   HH21  ARG   7          HH21      ARG   7  -3.441  15.070   7.410
   13   HH22  ARG   7          HH22      ARG   7  -3.384  15.105   9.149

  No H/Q in entry =          13
  In of MODEL   17
    1    H    HIS   8           H        HIS   8  -8.669   7.777   6.388
    2    HA   HIS   8           HA       HIS   8 -10.012   9.525   8.304
    3    HB2  HIS   8           HB2      HIS   8 -10.629   9.355   5.346
    4    HB3  HIS   8           HB3      HIS   8 -11.735  10.049   6.523
    5    HD2  HIS   8           HD2      HIS   8 -10.932  12.505   7.624
    6    HE1  HIS   8           HE1      HIS   8  -7.899  13.137   4.744
    7    HE2  HIS   8           HE2      HIS   8  -9.411  14.245   6.448

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   PRO   9           HA       PRO   9 -12.639   6.087   9.088
    2    HB2  PRO   9           HB2      PRO   9 -15.185   7.403   8.790
    3    HB3  PRO   9           HB3      PRO   9 -14.333   6.969  10.283
    4    HG2  PRO   9           HG2      PRO   9 -14.730   9.559   9.359
    5    HG3  PRO   9           HG3      PRO   9 -13.470   9.071  10.505
    6    HD2  PRO   9           HD2      PRO   9 -13.258   9.703   7.598
    7    HD3  PRO   9           HD3      PRO   9 -12.072   9.914   8.904

  No H/Q in entry =           7
  In of MODEL   17
    1    H    ALA  10           H        ALA  10 -13.399   4.352   7.980
    2    HA   ALA  10           HA       ALA  10 -13.826   4.308   5.242
    3    HB1  ALA  10           HB1      ALA  10 -14.672   2.046   5.571
    4    HB2  ALA  10           HB2      ALA  10 -13.279   2.330   6.614
    5    HB3  ALA  10           HB3      ALA  10 -14.908   2.365   7.288

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLU  11           H        GLU  11 -15.380   5.759   4.424
    2    HA   GLU  11           HA       GLU  11 -18.137   5.204   5.282
    3    HB2  GLU  11           HB2      GLU  11 -16.792   7.662   4.335
    4    HB3  GLU  11           HB3      GLU  11 -18.429   7.410   3.743
    5    HG2  GLU  11           HG2      GLU  11 -17.553   7.537   6.610
    6    HG3  GLU  11           HG3      GLU  11 -18.468   8.751   5.729

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ASN  12           H        ASN  12 -19.302   3.955   3.955
    2    HA   ASN  12           HA       ASN  12 -18.456   3.163   1.393
    3    HB2  ASN  12           HB2      ASN  12 -19.907   1.670   2.517
    4    HB3  ASN  12           HB3      ASN  12 -21.099   2.919   2.873
    5   HD21  ASN  12          HD21      ASN  12 -22.568   3.502   1.273
    6   HD22  ASN  12          HD22      ASN  12 -22.789   2.567  -0.170

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLY  13           H        GLY  13 -18.315   4.404  -0.349
    2    HA2  GLY  13           HA2      GLY  13 -20.439   6.416  -0.836
    3    HA3  GLY  13           HA3      GLY  13 -19.671   5.485  -2.107

  No H/Q in entry =           3
  In of MODEL   17
    1    H    LYS  14           H        LYS  14 -17.574   6.609   0.408
    2    HA   LYS  14           HA       LYS  14 -16.987   9.089  -1.062
    3    HB2  LYS  14           HB2      LYS  14 -15.494   8.212   1.388
    4    HB3  LYS  14           HB3      LYS  14 -15.784   9.837   0.803
    5    HG2  LYS  14           HG2      LYS  14 -17.764   8.019   2.147
    6    HG3  LYS  14           HG3      LYS  14 -16.984   9.446   2.825
    7    HD2  LYS  14           HD2      LYS  14 -18.899   9.408   0.511
    8    HD3  LYS  14           HD3      LYS  14 -19.276   9.902   2.175
    9    HE2  LYS  14           HE2      LYS  14 -17.396  11.238   0.221
   10    HE3  LYS  14           HE3      LYS  14 -18.922  11.868   0.829
   11    HZ1  LYS  14           HZ1      LYS  14 -16.481  11.384   2.450
   12    HZ2  LYS  14           HZ2      LYS  14 -17.038  12.892   1.923
   13    HZ3  LYS  14           HZ3      LYS  14 -17.950  11.997   3.034

  No H/Q in entry =          13
  In of MODEL   17
    1    H    SER  15           H        SER  15 -14.875   9.634  -1.736
    2    HA   SER  15           HA       SER  15 -13.050   7.348  -1.848
    3    HB2  SER  15           HB2      SER  15 -13.505   8.579  -4.034
    4    HB3  SER  15           HB3      SER  15 -12.533   9.883  -3.360
    5    HG   SER  15           HG       SER  15 -11.556   8.046  -4.690

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ASN  16           H        ASN  16 -10.881   7.645  -1.305
    2    HA   ASN  16           HA       ASN  16  -9.970   9.868   0.210
    3    HB2  ASN  16           HB2      ASN  16 -11.492   7.899   1.730
    4    HB3  ASN  16           HB3      ASN  16  -9.793   7.866   2.205
    5   HD21  ASN  16          HD21      ASN  16 -12.355   8.858   3.474
    6   HD22  ASN  16          HD22      ASN  16 -11.941  10.444   4.015

  No H/Q in entry =           6
  In of MODEL   17
    1    H    PHE  17           H        PHE  17  -7.964   8.580   1.683
    2    HA   PHE  17           HA       PHE  17  -6.560   7.386  -0.613
    3    HB2  PHE  17           HB2      PHE  17  -5.644   9.271   1.531
    4    HB3  PHE  17           HB3      PHE  17  -4.486   8.325   0.594
    5    HD1  PHE  17           HD1      PHE  17  -4.919  11.434   0.718
    6    HD2  PHE  17           HD2      PHE  17  -6.163   8.375  -1.973
    7    HE1  PHE  17           HE1      PHE  17  -5.034  13.080  -1.105
    8    HE2  PHE  17           HE2      PHE  17  -6.277  10.016  -3.802
    9    HZ   PHE  17           HZ       PHE  17  -5.710  12.376  -3.367

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  18           H        LEU  18  -5.718   5.428  -0.465
    2    HA   LEU  18           HA       LEU  18  -5.859   4.045   2.096
    3    HB2  LEU  18           HB2      LEU  18  -6.639   2.741   0.262
    4    HB3  LEU  18           HB3      LEU  18  -5.215   3.104  -0.693
    5    HG   LEU  18           HG       LEU  18  -3.842   1.653   0.720
    6   HD11  LEU  18          HD11      LEU  18  -6.374   1.199   2.306
    7   HD12  LEU  18          HD12      LEU  18  -4.906   0.236   2.448
    8   HD13  LEU  18          HD13      LEU  18  -4.883   1.944   2.882
    9   HD21  LEU  18          HD21      LEU  18  -6.410   0.378  -0.211
   10   HD22  LEU  18          HD22      LEU  18  -4.932   0.607  -1.147
   11   HD23  LEU  18          HD23      LEU  18  -4.946  -0.502   0.221

  No H/Q in entry =          11
  In of MODEL   17
    1    H    ASN  19           H        ASN  19  -4.239   3.876   3.436
    2    HA   ASN  19           HA       ASN  19  -1.600   4.841   2.532
    3    HB2  ASN  19           HB2      ASN  19  -1.997   6.346   4.215
    4    HB3  ASN  19           HB3      ASN  19  -3.131   5.277   5.044
    5   HD21  ASN  19          HD21      ASN  19  -2.362   3.859   6.577
    6   HD22  ASN  19          HD22      ASN  19  -0.775   3.984   7.244

  No H/Q in entry =           6
  In of MODEL   17
    1    H    CYS  20           H        CYS  20  -0.008   3.413   2.359
    2    HA   CYS  20           HA       CYS  20  -0.202   0.906   3.893
    3    HB2  CYS  20           HB2      CYS  20   0.529   1.414   0.981
    4    HB3  CYS  20           HB3      CYS  20   0.661  -0.147   1.774

  No H/Q in entry =           4
  In of MODEL   17
    1    H    TYR  21           H        TYR  21   1.495   0.886   5.300
    2    HA   TYR  21           HA       TYR  21   3.852   2.519   4.740
    3    HB2  TYR  21           HB2      TYR  21   3.006   1.030   7.236
    4    HB3  TYR  21           HB3      TYR  21   4.535   1.862   7.083
    5    HD1  TYR  21           HD1      TYR  21   4.501   4.384   6.745
    6    HD2  TYR  21           HD2      TYR  21   1.071   2.165   7.931
    7    HE1  TYR  21           HE1      TYR  21   3.488   6.444   7.638
    8    HE2  TYR  21           HE2      TYR  21   0.047   4.217   8.816
    9    HH   TYR  21           HH       TYR  21   1.128   7.283   8.101

  No H/Q in entry =           9
  In of MODEL   17
    1    H    VAL  22           H        VAL  22   5.773   1.736   4.185
    2    HA   VAL  22           HA       VAL  22   6.287  -1.140   4.552
    3    HB   VAL  22           HB       VAL  22   6.997   0.500   2.077
    4   HG11  VAL  22          HG11      VAL  22   8.665  -1.227   2.656
    5   HG12  VAL  22          HG12      VAL  22   7.394  -2.452   2.610
    6   HG13  VAL  22          HG13      VAL  22   7.831  -1.576   1.141
    7   HG21  VAL  22          HG21      VAL  22   4.955  -1.702   2.447
    8   HG22  VAL  22          HG22      VAL  22   4.631  -0.003   2.092
    9   HG23  VAL  22          HG23      VAL  22   5.438  -1.016   0.894

  No H/Q in entry =           9
  In of MODEL   17
    1    H    SER  23           H        SER  23   7.961  -1.110   6.051
    2    HA   SER  23           HA       SER  23   9.998   0.995   5.706
    3    HB2  SER  23           HB2      SER  23   8.408   1.451   7.594
    4    HB3  SER  23           HB3      SER  23   8.999  -0.014   8.376
    5    HG   SER  23           HG       SER  23  10.228   2.459   8.049

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLY  24           H        GLY  24  12.088   0.472   6.013
    2    HA2  GLY  24           HA2      GLY  24  12.773  -2.269   6.920
    3    HA3  GLY  24           HA3      GLY  24  13.831  -0.871   7.049

  No H/Q in entry =           3
  In of MODEL   17
    1    H    PHE  25           H        PHE  25  12.271  -0.739   4.160
    2    HA   PHE  25           HA       PHE  25  14.266  -2.382   2.740
    3    HB2  PHE  25           HB2      PHE  25  11.519  -1.465   1.861
    4    HB3  PHE  25           HB3      PHE  25  12.595  -2.529   0.951
    5    HD1  PHE  25           HD1      PHE  25  10.384  -2.307   3.897
    6    HD2  PHE  25           HD2      PHE  25  12.906  -4.845   1.578
    7    HE1  PHE  25           HE1      PHE  25   9.469  -4.282   5.069
    8    HE2  PHE  25           HE2      PHE  25  11.991  -6.819   2.739
    9    HZ   PHE  25           HZ       PHE  25  10.254  -6.527   4.458

  No H/Q in entry =           9
  In of MODEL   17
    1    H    HIS  26           H        HIS  26  15.425  -1.514   1.014
    2    HA   HIS  26           HA       HIS  26  15.689   1.342   1.004
    3    HB2  HIS  26           HB2      HIS  26  16.947  -0.700  -0.842
    4    HB3  HIS  26           HB3      HIS  26  17.424   0.990  -0.696
    5    HD2  HIS  26           HD2      HIS  26  17.127   0.500   2.793
    6    HE1  HIS  26           HE1      HIS  26  20.709  -1.575   1.917
    7    HE2  HIS  26           HE2      HIS  26  19.168  -0.781   3.765

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   PRO  27           HA       PRO  27  12.015   2.080  -1.294
    2    HB2  PRO  27           HB2      PRO  27  13.699   4.403  -2.178
    3    HB3  PRO  27           HB3      PRO  27  12.005   4.386  -1.659
    4    HG2  PRO  27           HG2      PRO  27  13.940   5.145   0.015
    5    HG3  PRO  27           HG3      PRO  27  12.544   4.188   0.591
    6    HD2  PRO  27           HD2      PRO  27  15.385   3.387   0.196
    7    HD3  PRO  27           HD3      PRO  27  14.150   2.696   1.272

  No H/Q in entry =           7
  In of MODEL   17
    1    H    SER  28           H        SER  28  15.037   2.664  -3.108
    2    HA   SER  28           HA       SER  28  13.682   2.689  -5.599
    3    HB2  SER  28           HB2      SER  28  15.794   3.921  -5.123
    4    HB3  SER  28           HB3      SER  28  16.651   2.379  -5.103
    5    HG   SER  28           HG       SER  28  16.124   3.898  -7.180

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ASP  29           H        ASP  29  15.045   0.036  -3.728
    2    HA   ASP  29           HA       ASP  29  14.928  -1.661  -6.132
    3    HB2  ASP  29           HB2      ASP  29  16.364  -2.072  -3.507
    4    HB3  ASP  29           HB3      ASP  29  16.206  -3.327  -4.731

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ILE  30           H        ILE  30  12.557  -0.907  -4.353
    2    HA   ILE  30           HA       ILE  30  11.798  -3.714  -3.832
    3    HB   ILE  30           HB       ILE  30  10.743  -3.235  -1.863
    4   HG12  ILE  30          HG12      ILE  30  10.454  -0.313  -2.649
    5   HG13  ILE  30          HG13      ILE  30   9.204  -1.557  -2.790
    6   HG21  ILE  30          HG21      ILE  30  12.918  -1.164  -2.009
    7   HG22  ILE  30          HG22      ILE  30  12.083  -1.610  -0.520
    8   HG23  ILE  30          HG23      ILE  30  13.026  -2.813  -1.394
    9   HD11  ILE  30          HD11      ILE  30   9.236  -1.849  -0.363
   10   HD12  ILE  30          HD12      ILE  30  10.464  -0.590  -0.233
   11   HD13  ILE  30          HD13      ILE  30   8.853  -0.193  -0.823

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLU  31           H        GLU  31   9.411  -4.055  -3.811
    2    HA   GLU  31           HA       GLU  31   8.076  -2.387  -5.835
    3    HB2  GLU  31           HB2      GLU  31   8.170  -5.405  -5.690
    4    HB3  GLU  31           HB3      GLU  31   7.066  -4.500  -6.713
    5    HG2  GLU  31           HG2      GLU  31   8.854  -3.614  -8.021
    6    HG3  GLU  31           HG3      GLU  31  10.065  -4.234  -6.901

  No H/Q in entry =           6
  In of MODEL   17
    1    H    VAL  32           H        VAL  32   6.415  -1.478  -4.839
    2    HA   VAL  32           HA       VAL  32   4.664  -3.170  -3.200
    3    HB   VAL  32           HB       VAL  32   5.312  -1.990  -1.379
    4   HG11  VAL  32          HG11      VAL  32   7.211  -1.028  -2.647
    5   HG12  VAL  32          HG12      VAL  32   6.182   0.332  -3.089
    6   HG13  VAL  32          HG13      VAL  32   6.582   0.040  -1.393
    7   HG21  VAL  32          HG21      VAL  32   3.701   0.203  -2.686
    8   HG22  VAL  32          HG22      VAL  32   3.063  -1.118  -1.707
    9   HG23  VAL  32          HG23      VAL  32   4.104   0.100  -0.972

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ASP  33           H        ASP  33   2.529  -3.015  -3.637
    2    HA   ASP  33           HA       ASP  33   1.618  -0.805  -5.361
    3    HB2  ASP  33           HB2      ASP  33   0.896  -3.749  -5.775
    4    HB3  ASP  33           HB3      ASP  33   0.200  -2.398  -6.661

  No H/Q in entry =           4
  In of MODEL   17
    1    H    LEU  34           H        LEU  34  -0.756  -0.619  -5.325
    2    HA   LEU  34           HA       LEU  34  -1.909  -1.568  -2.785
    3    HB2  LEU  34           HB2      LEU  34  -2.305   0.947  -4.351
    4    HB3  LEU  34           HB3      LEU  34  -3.666   0.322  -3.443
    5    HG   LEU  34           HG       LEU  34  -2.230   0.381  -1.376
    6   HD11  LEU  34          HD11      LEU  34  -0.045   0.408  -2.553
    7   HD12  LEU  34          HD12      LEU  34  -0.364   2.080  -3.015
    8   HD13  LEU  34          HD13      LEU  34  -0.217   1.642  -1.306
    9   HD21  LEU  34          HD21      LEU  34  -3.870   2.125  -1.882
   10   HD22  LEU  34          HD22      LEU  34  -2.475   2.746  -1.000
   11   HD23  LEU  34          HD23      LEU  34  -2.623   3.036  -2.734

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU  35           H        LEU  35  -3.611  -2.957  -2.869
    2    HA   LEU  35           HA       LEU  35  -4.583  -3.720  -5.547
    3    HB2  LEU  35           HB2      LEU  35  -4.069  -5.557  -3.211
    4    HB3  LEU  35           HB3      LEU  35  -4.627  -6.016  -4.797
    5    HG   LEU  35           HG       LEU  35  -1.890  -5.209  -3.921
    6   HD11  LEU  35          HD11      LEU  35  -3.120  -7.504  -5.427
    7   HD12  LEU  35          HD12      LEU  35  -1.384  -7.262  -5.291
    8   HD13  LEU  35          HD13      LEU  35  -2.349  -7.537  -3.839
    9   HD21  LEU  35          HD21      LEU  35  -2.844  -5.239  -6.785
   10   HD22  LEU  35          HD22      LEU  35  -2.315  -3.819  -5.888
   11   HD23  LEU  35          HD23      LEU  35  -1.173  -5.110  -6.254

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LYS  36           H        LYS  36  -6.508  -5.071  -5.553
    2    HA   LYS  36           HA       LYS  36  -8.334  -4.796  -3.263
    3    HB2  LYS  36           HB2      LYS  36  -9.355  -5.289  -6.037
    4    HB3  LYS  36           HB3      LYS  36 -10.161  -4.472  -4.683
    5    HG2  LYS  36           HG2      LYS  36  -8.716  -2.541  -5.031
    6    HG3  LYS  36           HG3      LYS  36  -7.883  -3.359  -6.344
    7    HD2  LYS  36           HD2      LYS  36  -9.535  -1.707  -7.157
    8    HD3  LYS  36           HD3      LYS  36  -9.875  -3.346  -7.726
    9    HE2  LYS  36           HE2      LYS  36 -11.905  -2.026  -6.998
   10    HE3  LYS  36           HE3      LYS  36 -11.705  -3.555  -6.136
   11    HZ1  LYS  36           HZ1      LYS  36 -10.923  -0.861  -5.138
   12    HZ2  LYS  36           HZ2      LYS  36 -12.290  -1.738  -4.658
   13    HZ3  LYS  36           HZ3      LYS  36 -10.747  -2.318  -4.287

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ASN  37           H        ASN  37  -8.255  -6.848  -2.341
    2    HA   ASN  37           HA       ASN  37  -8.116  -9.141  -2.194
    3    HB2  ASN  37           HB2      ASN  37  -9.842  -9.131  -4.641
    4    HB3  ASN  37           HB3      ASN  37  -9.961 -10.241  -3.302
    5   HD21  ASN  37          HD21      ASN  37 -10.552  -7.065  -4.525
    6   HD22  ASN  37          HD22      ASN  37 -11.790  -6.607  -3.418

  No H/Q in entry =           6
  In of MODEL   17
    1    H    GLY  38           H        GLY  38  -5.887  -8.202  -3.498
    2    HA2  GLY  38           HA2      GLY  38  -5.167 -10.418  -5.148
    3    HA3  GLY  38           HA3      GLY  38  -4.135  -9.061  -4.755

  No H/Q in entry =           3
  In of MODEL   17
    1    H    GLU  39           H        GLU  39  -6.160  -7.134  -5.916
    2    HA   GLU  39           HA       GLU  39  -5.574  -7.661  -8.744
    3    HB2  GLU  39           HB2      GLU  39  -7.949  -8.189  -8.254
    4    HB3  GLU  39           HB3      GLU  39  -8.169  -6.575  -7.637
    5    HG2  GLU  39           HG2      GLU  39  -7.175  -6.576 -10.346
    6    HG3  GLU  39           HG3      GLU  39  -8.747  -7.355 -10.190

  No H/Q in entry =           6
  In of MODEL   17
    1    H    ARG  40           H        ARG  40  -4.278  -6.115  -9.462
    2    HA   ARG  40           HA       ARG  40  -3.476  -3.896  -7.989
    3    HB2  ARG  40           HB2      ARG  40  -2.582  -5.101 -10.287
    4    HB3  ARG  40           HB3      ARG  40  -3.225  -3.600 -10.932
    5    HG2  ARG  40           HG2      ARG  40  -1.799  -2.349  -9.332
    6    HG3  ARG  40           HG3      ARG  40  -1.097  -3.880  -8.815
    7    HD2  ARG  40           HD2      ARG  40   0.471  -3.162 -10.337
    8    HD3  ARG  40           HD3      ARG  40  -0.546  -4.146 -11.387
    9    HE   ARG  40           HE       ARG  40  -1.593  -2.060 -12.144
   10   HH11  ARG  40          HH11      ARG  40   1.523  -1.852 -10.521
   11   HH12  ARG  40          HH12      ARG  40   1.946  -0.332 -11.252
   12   HH21  ARG  40          HH21      ARG  40  -1.028  -0.065 -13.111
   13   HH22  ARG  40          HH22      ARG  40   0.500   0.687 -12.719

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE  41           H        ILE  41  -4.455  -2.109  -7.472
    2    HA   ILE  41           HA       ILE  41  -6.895  -1.227  -8.523
    3    HB   ILE  41           HB       ILE  41  -4.849   0.305  -6.917
    4   HG12  ILE  41          HG12      ILE  41  -7.307  -1.203  -6.033
    5   HG13  ILE  41          HG13      ILE  41  -5.662  -1.800  -5.880
    6   HG21  ILE  41          HG21      ILE  41  -7.764   0.892  -7.446
    7   HG22  ILE  41          HG22      ILE  41  -6.789   1.703  -6.225
    8   HG23  ILE  41          HG23      ILE  41  -6.383   1.874  -7.932
    9   HD11  ILE  41          HD11      ILE  41  -6.497   0.766  -4.594
   10   HD12  ILE  41          HD12      ILE  41  -6.789  -0.808  -3.837
   11   HD13  ILE  41          HD13      ILE  41  -5.138  -0.303  -4.211

  No H/Q in entry =          11
  In of MODEL   17
    1    H    GLU  42           H        GLU  42  -3.994   0.810  -8.562
    2    HA   GLU  42           HA       GLU  42  -2.635   0.748 -10.672
    3    HB2  GLU  42           HB2      GLU  42  -5.320   1.494 -11.856
    4    HB3  GLU  42           HB3      GLU  42  -3.792   1.774 -12.670
    5    HG2  GLU  42           HG2      GLU  42  -4.404  -0.993 -11.744
    6    HG3  GLU  42           HG3      GLU  42  -5.216  -0.360 -13.167

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LYS  43           H        LYS  43  -5.038   2.974  -9.322
    2    HA   LYS  43           HA       LYS  43  -3.716   5.298 -10.433
    3    HB2  LYS  43           HB2      LYS  43  -5.780   5.332  -8.242
    4    HB3  LYS  43           HB3      LYS  43  -5.431   6.581  -9.416
    5    HG2  LYS  43           HG2      LYS  43  -6.868   3.973  -9.918
    6    HG3  LYS  43           HG3      LYS  43  -7.559   5.598  -9.913
    7    HD2  LYS  43           HD2      LYS  43  -5.447   4.633 -11.836
    8    HD3  LYS  43           HD3      LYS  43  -7.175   4.695 -12.185
    9    HE2  LYS  43           HE2      LYS  43  -5.455   7.064 -11.450
   10    HE3  LYS  43           HE3      LYS  43  -5.971   6.648 -13.084
   11    HZ1  LYS  43           HZ1      LYS  43  -7.845   7.232 -10.857
   12    HZ2  LYS  43           HZ2      LYS  43  -7.351   8.378 -11.995
   13    HZ3  LYS  43           HZ3      LYS  43  -8.240   7.022 -12.488

  No H/Q in entry =          13
  In of MODEL   17
    1    H    VAL  44           H        VAL  44  -1.686   4.260  -9.161
    2    HA   VAL  44           HA       VAL  44  -1.628   5.549  -6.525
    3    HB   VAL  44           HB       VAL  44  -1.492   2.791  -6.907
    4   HG11  VAL  44          HG11      VAL  44   0.783   2.935  -7.774
    5   HG12  VAL  44          HG12      VAL  44   1.276   3.803  -6.320
    6   HG13  VAL  44          HG13      VAL  44   0.745   2.125  -6.207
    7   HG21  VAL  44          HG21      VAL  44  -2.151   3.922  -4.872
    8   HG22  VAL  44          HG22      VAL  44  -0.909   2.712  -4.540
    9   HG23  VAL  44          HG23      VAL  44  -0.483   4.423  -4.592

  No H/Q in entry =           9
  In of MODEL   17
    1    H    GLU  45           H        GLU  45   0.061   6.895  -6.215
    2    HA   GLU  45           HA       GLU  45   2.401   6.740  -7.952
    3    HB2  GLU  45           HB2      GLU  45   0.581   9.164  -7.909
    4    HB3  GLU  45           HB3      GLU  45   2.188   9.147  -8.606
    5    HG2  GLU  45           HG2      GLU  45   1.397   7.474 -10.274
    6    HG3  GLU  45           HG3      GLU  45  -0.225   7.621  -9.595

  No H/Q in entry =           6
  In of MODEL   17
    1    H    HIS  46           H        HIS  46   3.975   6.767  -6.390
    2    HA   HIS  46           HA       HIS  46   4.313   9.319  -5.039
    3    HB2  HIS  46           HB2      HIS  46   3.122   7.348  -3.590
    4    HB3  HIS  46           HB3      HIS  46   4.810   6.957  -3.312
    5    HD2  HIS  46           HD2      HIS  46   5.980   9.965  -2.806
    6    HE1  HIS  46           HE1      HIS  46   3.053  10.039   0.230
    7    HE2  HIS  46           HE2      HIS  46   5.380  10.786  -0.429

  No H/Q in entry =           7
  In of MODEL   17
    1    H    SER  47           H        SER  47   6.455   9.859  -5.124
    2    HA   SER  47           HA       SER  47   8.393   7.667  -5.568
    3    HB2  SER  47           HB2      SER  47   8.295  10.203  -7.218
    4    HB3  SER  47           HB3      SER  47   9.438   8.868  -7.399
    5    HG   SER  47           HG       SER  47   7.186   7.678  -7.558

  No H/Q in entry =           5
  In of MODEL   17
    1    H    ASP  48           H        ASP  48   9.813   7.803  -3.932
    2    HA   ASP  48           HA       ASP  48  11.204  10.326  -3.596
    3    HB2  ASP  48           HB2      ASP  48  11.192  10.155  -1.130
    4    HB3  ASP  48           HB3      ASP  48   9.585  10.418  -1.792

  No H/Q in entry =           4
  In of MODEL   17
    1    H    LEU  49           H        LEU  49  13.309  10.090  -2.767
    2    HA   LEU  49           HA       LEU  49  15.393   9.235  -3.044
    3    HB2  LEU  49           HB2      LEU  49  14.040   6.693  -2.090
    4    HB3  LEU  49           HB3      LEU  49  15.781   6.918  -2.233
    5    HG   LEU  49           HG       LEU  49  15.151   9.019  -0.611
    6   HD11  LEU  49          HD11      LEU  49  12.785   8.440  -0.441
    7   HD12  LEU  49          HD12      LEU  49  13.219   6.840   0.159
    8   HD13  LEU  49          HD13      LEU  49  13.596   8.269   1.115
    9   HD21  LEU  49          HD21      LEU  49  15.765   6.196   0.286
   10   HD22  LEU  49          HD22      LEU  49  16.931   7.470  -0.097
   11   HD23  LEU  49          HD23      LEU  49  15.874   7.629   1.304

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  50           H        SER  50  16.405   8.929  -4.859
    2    HA   SER  50           HA       SER  50  15.042   7.451  -6.994
    3    HB2  SER  50           HB2      SER  50  17.458   9.261  -7.214
    4    HB3  SER  50           HB3      SER  50  16.442   8.677  -8.530
    5    HG   SER  50           HG       SER  50  15.999  10.724  -6.699

  No H/Q in entry =           5
  In of MODEL   17
    1    H    PHE  51           H        PHE  51  18.216   7.801  -5.467
    2    HA   PHE  51           HA       PHE  51  18.651   4.954  -5.702
    3    HB2  PHE  51           HB2      PHE  51  19.558   5.855  -7.842
    4    HB3  PHE  51           HB3      PHE  51  20.639   6.894  -6.920
    5    HD1  PHE  51           HD1      PHE  51  22.803   6.178  -6.727
    6    HD2  PHE  51           HD2      PHE  51  19.704   3.277  -7.032
    7    HE1  PHE  51           HE1      PHE  51  24.483   4.381  -6.654
    8    HE2  PHE  51           HE2      PHE  51  21.378   1.476  -6.962
    9    HZ   PHE  51           HZ       PHE  51  23.770   2.024  -6.770

  No H/Q in entry =           9
  In of MODEL   17
    1    H    SER  52           H        SER  52  18.297   5.456  -3.416
    2    HA   SER  52           HA       SER  52  20.843   6.078  -2.118
    3    HB2  SER  52           HB2      SER  52  18.161   7.176  -1.232
    4    HB3  SER  52           HB3      SER  52  19.697   7.396  -0.391
    5    HG   SER  52           HG       SER  52  20.297   8.234  -2.683

  No H/Q in entry =           5
  In of MODEL   17
    1    H    LYS  53           H        LYS  53  21.339   4.138  -1.320
    2    HA   LYS  53           HA       LYS  53  19.249   2.592   0.037
    3    HB2  LYS  53           HB2      LYS  53  20.728   0.681  -0.138
    4    HB3  LYS  53           HB3      LYS  53  20.570   1.432  -1.720
    5    HG2  LYS  53           HG2      LYS  53  22.731   2.472  -1.490
    6    HG3  LYS  53           HG3      LYS  53  22.885   1.856   0.158
    7    HD2  LYS  53           HD2      LYS  53  22.653  -0.463  -0.843
    8    HD3  LYS  53           HD3      LYS  53  22.874   0.304  -2.418
    9    HE2  LYS  53           HE2      LYS  53  24.987  -0.565  -1.580
   10    HE3  LYS  53           HE3      LYS  53  25.032   1.195  -1.675
   11    HZ1  LYS  53           HZ1      LYS  53  24.461  -0.326   0.811
   12    HZ2  LYS  53           HZ2      LYS  53  25.985   0.286   0.398
   13    HZ3  LYS  53           HZ3      LYS  53  24.695   1.347   0.674

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ASP  54           H        ASP  54  19.528   1.889   2.145
    2    HA   ASP  54           HA       ASP  54  21.397   1.971   3.998
    3    HB2  ASP  54           HB2      ASP  54  22.074   4.271   3.349
    4    HB3  ASP  54           HB3      ASP  54  20.465   4.850   3.767

  No H/Q in entry =           4
  In of MODEL   17
    1    H    TRP  55           H        TRP  55  18.406   3.777   3.485
    2    HA   TRP  55           HA       TRP  55  16.994   2.287   5.481
    3    HB2  TRP  55           HB2      TRP  55  16.692   3.913   7.128
    4    HB3  TRP  55           HB3      TRP  55  18.401   4.007   6.754
    5    HD1  TRP  55           HD1      TRP  55  16.175   6.265   7.940
    6    HE1  TRP  55           HE1      TRP  55  16.339   8.621   6.944
    7    HE3  TRP  55           HE3      TRP  55  18.773   5.195   3.587
    8    HZ2  TRP  55           HZ2      TRP  55  17.390   9.874   4.651
    9    HZ3  TRP  55           HZ3      TRP  55  19.292   7.050   2.078
   10    HH2  TRP  55           HH2      TRP  55  18.624   9.338   2.589

  No H/Q in entry =          10
  In of MODEL   17
    1    H    SER  56           H        SER  56  14.746   2.991   5.671
    2    HA   SER  56           HA       SER  56  13.847   4.339   3.206
    3    HB2  SER  56           HB2      SER  56  11.697   2.970   3.712
    4    HB3  SER  56           HB3      SER  56  13.088   2.135   3.017
    5    HG   SER  56           HG       SER  56  13.664   1.543   5.187

  No H/Q in entry =           5
  In of MODEL   17
    1    H    PHE  57           H        PHE  57  13.932   4.414   6.558
    2    HA   PHE  57           HA       PHE  57  12.704   5.258   8.226
    3    HB2  PHE  57           HB2      PHE  57  12.285   7.704   8.065
    4    HB3  PHE  57           HB3      PHE  57  13.916   7.206   7.646
    5    HD1  PHE  57           HD1      PHE  57  10.927   8.904   6.537
    6    HD2  PHE  57           HD2      PHE  57  14.638   7.257   5.270
    7    HE1  PHE  57           HE1      PHE  57  10.806  10.230   4.470
    8    HE2  PHE  57           HE2      PHE  57  14.516   8.568   3.194
    9    HZ   PHE  57           HZ       PHE  57  12.600  10.058   2.792

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR  58           H        TYR  58  10.746   7.009   5.830
    2    HA   TYR  58           HA       TYR  58   8.537   5.219   6.494
    3    HB2  TYR  58           HB2      TYR  58   8.696   8.170   6.890
    4    HB3  TYR  58           HB3      TYR  58   7.153   7.517   6.346
    5    HD1  TYR  58           HD1      TYR  58   9.461   7.801   9.162
    6    HD2  TYR  58           HD2      TYR  58   5.948   5.851   7.748
    7    HE1  TYR  58           HE1      TYR  58   8.925   7.094  11.473
    8    HE2  TYR  58           HE2      TYR  58   5.401   5.147  10.051
    9    HH   TYR  58           HH       TYR  58   6.895   6.449  12.766

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LEU  59           H        LEU  59   8.132   4.211   4.690
    2    HA   LEU  59           HA       LEU  59   8.059   5.610   2.091
    3    HB2  LEU  59           HB2      LEU  59   8.444   2.806   3.010
    4    HB3  LEU  59           HB3      LEU  59   7.570   3.022   1.514
    5    HG   LEU  59           HG       LEU  59  10.345   4.131   1.962
    6   HD11  LEU  59          HD11      LEU  59  10.230   1.651   2.215
    7   HD12  LEU  59          HD12      LEU  59   9.595   1.570   0.575
    8   HD13  LEU  59          HD13      LEU  59  11.213   2.206   0.864
    9   HD21  LEU  59          HD21      LEU  59   8.476   3.839  -0.364
   10   HD22  LEU  59          HD22      LEU  59   9.401   5.257   0.143
   11   HD23  LEU  59          HD23      LEU  59  10.218   3.896  -0.614

  No H/Q in entry =          11
  In of MODEL   17
    1    H    LEU  60           H        LEU  60   6.085   6.216   1.368
    2    HA   LEU  60           HA       LEU  60   3.778   4.530   1.971
    3    HB2  LEU  60           HB2      LEU  60   3.709   6.228   3.659
    4    HB3  LEU  60           HB3      LEU  60   4.041   7.485   2.489
    5    HG   LEU  60           HG       LEU  60   1.821   7.136   1.484
    6   HD11  LEU  60          HD11      LEU  60   1.457   5.172   3.743
    7   HD12  LEU  60          HD12      LEU  60   0.185   5.742   2.662
    8   HD13  LEU  60          HD13      LEU  60   1.522   4.789   2.022
    9   HD21  LEU  60          HD21      LEU  60   2.124   8.819   3.223
   10   HD22  LEU  60          HD22      LEU  60   0.522   8.087   3.319
   11   HD23  LEU  60          HD23      LEU  60   1.778   7.613   4.463

  No H/Q in entry =          11
  In of MODEL   17
    1    H    TYR  61           H        TYR  61   2.140   4.613   0.451
    2    HA   TYR  61           HA       TYR  61   2.524   6.343  -1.896
    3    HB2  TYR  61           HB2      TYR  61   1.776   3.398  -1.772
    4    HB3  TYR  61           HB3      TYR  61   1.516   4.386  -3.221
    5    HD1  TYR  61           HD1      TYR  61   3.280   4.838  -4.722
    6    HD2  TYR  61           HD2      TYR  61   4.175   3.135  -0.930
    7    HE1  TYR  61           HE1      TYR  61   5.588   4.446  -5.460
    8    HE2  TYR  61           HE2      TYR  61   6.502   2.748  -1.662
    9    HH   TYR  61           HH       TYR  61   7.852   4.188  -4.321

  No H/Q in entry =           9
  In of MODEL   17
    1    H    TYR  62           H        TYR  62   0.391   6.689  -3.107
    2    HA   TYR  62           HA       TYR  62  -1.888   6.261  -1.350
    3    HB2  TYR  62           HB2      TYR  62  -2.705   8.617  -1.801
    4    HB3  TYR  62           HB3      TYR  62  -1.401   8.421  -0.645
    5    HD1  TYR  62           HD1      TYR  62   0.519   9.716  -0.842
    6    HD2  TYR  62           HD2      TYR  62  -2.023   9.314  -4.228
    7    HE1  TYR  62           HE1      TYR  62   1.822  11.433  -2.024
    8    HE2  TYR  62           HE2      TYR  62  -0.722  11.024  -5.419
    9    HH   TYR  62           HH       TYR  62   0.772  12.816  -5.008

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR  63           H        THR  63  -3.784   5.880  -2.291
    2    HA   THR  63           HA       THR  63  -4.093   6.313  -5.176
    3    HB   THR  63           HB       THR  63  -3.403   3.863  -4.535
    4    HG1  THR  63           HG1      THR  63  -4.411   4.774  -6.557
    5   HG21  THR  63          HG21      THR  63  -5.088   3.584  -2.742
    6   HG22  THR  63          HG22      THR  63  -6.356   3.778  -3.950
    7   HG23  THR  63          HG23      THR  63  -5.269   2.395  -4.033

  No H/Q in entry =           7
  In of MODEL   17
    1    H    GLU  64           H        GLU  64  -6.482   5.872  -5.754
    2    HA   GLU  64           HA       GLU  64  -8.067   7.499  -3.915
    3    HB2  GLU  64           HB2      GLU  64  -7.926   8.472  -6.108
    4    HB3  GLU  64           HB3      GLU  64  -8.143   6.919  -6.887
    5    HG2  GLU  64           HG2      GLU  64 -10.504   7.007  -5.769
    6    HG3  GLU  64           HG3      GLU  64 -10.165   8.738  -5.675

  No H/Q in entry =           6
  In of MODEL   17
    1    H    PHE  65           H        PHE  65  -9.725   6.444  -2.759
    2    HA   PHE  65           HA       PHE  65 -10.597   3.874  -3.871
    3    HB2  PHE  65           HB2      PHE  65 -10.342   2.766  -1.821
    4    HB3  PHE  65           HB3      PHE  65  -8.925   3.758  -2.022
    5    HD1  PHE  65           HD1      PHE  65 -12.287   4.429  -0.524
    6    HD2  PHE  65           HD2      PHE  65  -8.063   4.430  -0.048
    7    HE1  PHE  65           HE1      PHE  65 -12.545   5.339   1.747
    8    HE2  PHE  65           HE2      PHE  65  -8.324   5.350   2.231
    9    HZ   PHE  65           HZ       PHE  65 -10.573   5.802   3.132

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR  66           H        THR  66 -12.676   3.195  -3.521
    2    HA   THR  66           HA       THR  66 -14.327   4.851  -1.734
    3    HB   THR  66           HB       THR  66 -15.180   3.819  -4.462
    4    HG1  THR  66           HG1      THR  66 -13.995   6.144  -3.599
    5   HG21  THR  66          HG21      THR  66 -16.632   5.456  -2.373
    6   HG22  THR  66          HG22      THR  66 -17.172   5.280  -4.043
    7   HG23  THR  66          HG23      THR  66 -17.082   3.864  -2.999

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   PRO  67           HA       PRO  67 -14.830   0.577  -0.366
    2    HB2  PRO  67           HB2      PRO  67 -16.174   1.314   1.992
    3    HB3  PRO  67           HB3      PRO  67 -14.466   0.920   1.831
    4    HG2  PRO  67           HG2      PRO  67 -15.625   3.480   2.372
    5    HG3  PRO  67           HG3      PRO  67 -13.914   3.065   2.197
    6    HD2  PRO  67           HD2      PRO  67 -15.666   4.440   0.341
    7    HD3  PRO  67           HD3      PRO  67 -13.907   4.240   0.277

  No H/Q in entry =           7
  In of MODEL   17
    1    H    THR  68           H        THR  68 -16.307  -0.755  -0.730
    2    HA   THR  68           HA       THR  68 -19.131   0.043  -0.809
    3    HB   THR  68           HB       THR  68 -19.448  -1.300  -2.821
    4    HG1  THR  68           HG1      THR  68 -16.971  -1.853  -3.606
    5   HG21  THR  68          HG21      THR  68 -18.729   1.022  -3.170
    6   HG22  THR  68          HG22      THR  68 -17.046   0.496  -3.167
    7   HG23  THR  68          HG23      THR  68 -18.135  -0.040  -4.448

  No H/Q in entry =           7
  In of MODEL   17
    1    H    GLU  69           H        GLU  69 -20.571  -1.876  -0.487
    2    HA   GLU  69           HA       GLU  69 -19.741  -3.641   1.498
    3    HB2  GLU  69           HB2      GLU  69 -22.031  -3.280   1.275
    4    HB3  GLU  69           HB3      GLU  69 -22.038  -3.604  -0.450
    5    HG2  GLU  69           HG2      GLU  69 -23.123  -5.398   0.659
    6    HG3  GLU  69           HG3      GLU  69 -21.572  -5.975   0.040

  No H/Q in entry =           6
  In of MODEL   17
    1    H    LYS  70           H        LYS  70 -18.639  -3.671  -1.648
    2    HA   LYS  70           HA       LYS  70 -18.400  -6.587  -1.729
    3    HB2  LYS  70           HB2      LYS  70 -18.090  -4.588  -3.969
    4    HB3  LYS  70           HB3      LYS  70 -17.992  -6.333  -4.138
    5    HG2  LYS  70           HG2      LYS  70 -20.480  -5.091  -3.015
    6    HG3  LYS  70           HG3      LYS  70 -20.186  -5.067  -4.752
    7    HD2  LYS  70           HD2      LYS  70 -21.517  -6.979  -4.316
    8    HD3  LYS  70           HD3      LYS  70 -19.889  -7.567  -4.638
    9    HE2  LYS  70           HE2      LYS  70 -20.653  -7.048  -1.813
   10    HE3  LYS  70           HE3      LYS  70 -21.350  -8.454  -2.609
   11    HZ1  LYS  70           HZ1      LYS  70 -18.439  -7.892  -2.453
   12    HZ2  LYS  70           HZ2      LYS  70 -19.274  -8.937  -1.413
   13    HZ3  LYS  70           HZ3      LYS  70 -19.167  -9.287  -3.070

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ASP  71           H        ASP  71 -16.257  -3.695  -1.788
    2    HA   ASP  71           HA       ASP  71 -14.181  -5.405  -2.922
    3    HB2  ASP  71           HB2      ASP  71 -14.161  -2.389  -2.673
    4    HB3  ASP  71           HB3      ASP  71 -13.066  -3.384  -3.611

  No H/Q in entry =           4
  In of MODEL   17
    1    H    GLU  72           H        GLU  72 -12.395  -5.964  -1.871
    2    HA   GLU  72           HA       GLU  72 -11.755  -5.022   0.857
    3    HB2  GLU  72           HB2      GLU  72 -11.873  -7.416   0.533
    4    HB3  GLU  72           HB3      GLU  72 -10.837  -7.336  -0.883
    5    HG2  GLU  72           HG2      GLU  72  -9.006  -6.527   0.675
    6    HG3  GLU  72           HG3      GLU  72 -10.080  -6.980   1.984

  No H/Q in entry =           6
  In of MODEL   17
    1    H    TYR  73           H        TYR  73  -9.620  -4.145   1.274
    2    HA   TYR  73           HA       TYR  73  -8.057  -3.450  -1.132
    3    HB2  TYR  73           HB2      TYR  73  -8.555  -1.766   1.335
    4    HB3  TYR  73           HB3      TYR  73  -7.336  -1.379   0.131
    5    HD1  TYR  73           HD1      TYR  73 -10.981  -1.944   0.568
    6    HD2  TYR  73           HD2      TYR  73  -7.922  -0.145  -1.785
    7    HE1  TYR  73           HE1      TYR  73 -12.694  -0.773  -0.780
    8    HE2  TYR  73           HE2      TYR  73  -9.625   1.016  -3.121
    9    HH   TYR  73           HH       TYR  73 -12.919   1.152  -2.227

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ALA  74           H        ALA  74  -5.921  -3.921  -1.158
    2    HA   ALA  74           HA       ALA  74  -4.616  -4.788   1.329
    3    HB1  ALA  74           HB1      ALA  74  -5.425  -6.807   0.266
    4    HB2  ALA  74           HB2      ALA  74  -4.702  -6.322  -1.268
    5    HB3  ALA  74           HB3      ALA  74  -3.675  -6.724   0.113

  No H/Q in entry =           5
  In of MODEL   17
    1    H    CYS  75           H        CYS  75  -2.219  -4.770   1.199
    2    HA   CYS  75           HA       CYS  75  -1.243  -3.363  -1.188
    3    HB2  CYS  75           HB2      CYS  75  -0.924  -2.555   1.636
    4    HB3  CYS  75           HB3      CYS  75   0.376  -2.187   0.540

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ARG  76           H        ARG  76   0.327  -4.290  -2.207
    2    HA   ARG  76           HA       ARG  76   1.500  -6.765  -1.144
    3    HB2  ARG  76           HB2      ARG  76   0.184  -6.529  -3.342
    4    HB3  ARG  76           HB3      ARG  76   1.607  -5.698  -3.960
    5    HG2  ARG  76           HG2      ARG  76   2.898  -7.728  -3.791
    6    HG3  ARG  76           HG3      ARG  76   1.605  -8.538  -2.904
    7    HD2  ARG  76           HD2      ARG  76   1.660  -9.207  -5.327
    8    HD3  ARG  76           HD3      ARG  76   0.143  -8.422  -4.856
    9    HE   ARG  76           HE       ARG  76   1.705  -6.358  -5.731
   10   HH11  ARG  76          HH11      ARG  76   0.752  -9.402  -7.178
   11   HH12  ARG  76          HH12      ARG  76   0.747  -8.766  -8.796
   12   HH21  ARG  76          HH21      ARG  76   1.743  -5.534  -7.845
   13   HH22  ARG  76          HH22      ARG  76   1.335  -6.582  -9.174

  No H/Q in entry =          13
  In of MODEL   17
    1    H    VAL  77           H        VAL  77   3.687  -6.896  -0.679
    2    HA   VAL  77           HA       VAL  77   5.467  -5.013  -2.094
    3    HB   VAL  77           HB       VAL  77   4.900  -4.314   0.339
    4   HG11  VAL  77          HG11      VAL  77   5.323  -6.453   1.412
    5   HG12  VAL  77          HG12      VAL  77   7.002  -6.409   0.868
    6   HG13  VAL  77          HG13      VAL  77   6.418  -5.213   2.025
    7   HG21  VAL  77          HG21      VAL  77   6.561  -3.254  -1.104
    8   HG22  VAL  77          HG22      VAL  77   7.103  -3.323   0.574
    9   HG23  VAL  77          HG23      VAL  77   7.754  -4.458  -0.609

  No H/Q in entry =           9
  In of MODEL   17
    1    H    ASN  78           H        ASN  78   7.357  -5.702  -2.719
    2    HA   ASN  78           HA       ASN  78   8.398  -8.276  -1.727
    3    HB2  ASN  78           HB2      ASN  78   7.159  -8.567  -3.944
    4    HB3  ASN  78           HB3      ASN  78   8.445  -7.598  -4.675
    5   HD21  ASN  78          HD21      ASN  78   9.060  -9.381  -5.965
    6   HD22  ASN  78          HD22      ASN  78   9.955 -10.705  -5.300

  No H/Q in entry =           6
  In of MODEL   17
    1    H    HIS  79           H        HIS  79  10.526  -8.468  -1.611
    2    HA   HIS  79           HA       HIS  79  12.214  -6.371  -2.775
    3    HB2  HIS  79           HB2      HIS  79  11.987  -6.090  -0.277
    4    HB3  HIS  79           HB3      HIS  79  12.688  -7.687  -0.081
    5    HD2  HIS  79           HD2      HIS  79  13.748  -4.058  -0.811
    6    HE1  HIS  79           HE1      HIS  79  17.217  -6.464  -0.643
    7    HE2  HIS  79           HE2      HIS  79  16.337  -4.114  -0.967

  No H/Q in entry =           7
  In of MODEL   17
    1    H    VAL  80           H        VAL  80  14.458  -7.186  -3.168
    2    HA   VAL  80           HA       VAL  80  14.545  -9.536  -4.608
    3    HB   VAL  80           HB       VAL  80  16.907  -8.383  -3.114
    4   HG11  VAL  80          HG11      VAL  80  17.321 -10.600  -4.060
    5   HG12  VAL  80          HG12      VAL  80  16.786 -10.027  -5.641
    6   HG13  VAL  80          HG13      VAL  80  18.243  -9.358  -4.908
    7   HG21  VAL  80          HG21      VAL  80  15.775  -7.648  -5.809
    8   HG22  VAL  80          HG22      VAL  80  15.851  -6.623  -4.378
    9   HG23  VAL  80          HG23      VAL  80  17.336  -7.109  -5.193

  No H/Q in entry =           9
  In of MODEL   17
    1    H    THR  81           H        THR  81  14.944  -9.110  -1.148
    2    HA   THR  81           HA       THR  81  16.133 -11.667  -0.658
    3    HB   THR  81           HB       THR  81  16.456 -10.048   1.057
    4    HG1  THR  81           HG1      THR  81  14.578 -11.981   2.014
    5   HG21  THR  81          HG21      THR  81  14.469  -8.653   0.662
    6   HG22  THR  81          HG22      THR  81  13.448  -9.903   1.376
    7   HG23  THR  81          HG23      THR  81  14.641  -9.063   2.369

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LEU  82           H        LEU  82  12.748 -10.561  -0.045
    2    HA   LEU  82           HA       LEU  82  11.703 -12.989   0.736
    3    HB2  LEU  82           HB2      LEU  82  10.286 -10.955  -0.986
    4    HB3  LEU  82           HB3      LEU  82   9.525 -12.208  -0.019
    5    HG   LEU  82           HG       LEU  82  11.158  -9.962   1.155
    6   HD11  LEU  82          HD11      LEU  82   8.190 -10.235   0.783
    7   HD12  LEU  82          HD12      LEU  82   8.976  -9.015   1.783
    8   HD13  LEU  82          HD13      LEU  82   9.254  -9.037   0.043
    9   HD21  LEU  82          HD21      LEU  82   9.252 -11.951   2.395
   10   HD22  LEU  82          HD22      LEU  82  11.010 -11.957   2.563
   11   HD23  LEU  82          HD23      LEU  82  10.064 -10.631   3.240

  No H/Q in entry =          11
  In of MODEL   17
    1    H    SER  83           H        SER  83  11.620 -11.661  -2.552
    2    HA   SER  83           HA       SER  83  11.661 -12.628  -4.601
    3    HB2  SER  83           HB2      SER  83  11.886 -15.300  -3.198
    4    HB3  SER  83           HB3      SER  83  12.147 -14.994  -4.916
    5    HG   SER  83           HG       SER  83  13.629 -13.644  -2.915

  No H/Q in entry =           5
  In of MODEL   17
    1    H    GLN  84           H        GLN  84   9.489 -13.643  -2.108
    2    HA   GLN  84           HA       GLN  84   7.399 -13.686  -4.153
    3    HB2  GLN  84           HB2      GLN  84   6.083 -15.298  -2.869
    4    HB3  GLN  84           HB3      GLN  84   7.633 -15.979  -3.329
    5    HG2  GLN  84           HG2      GLN  84   7.176 -14.783  -0.617
    6    HG3  GLN  84           HG3      GLN  84   6.745 -16.450  -0.981
    7   HE21  GLN  84          HE21      GLN  84   9.014 -16.782  -2.807
    8   HE22  GLN  84          HE22      GLN  84  10.416 -16.926  -1.798

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   PRO  85           HA       PRO  85   6.384 -10.152  -1.550
    2    HB2  PRO  85           HB2      PRO  85   4.208  -9.310  -2.954
    3    HB3  PRO  85           HB3      PRO  85   5.889  -8.901  -3.351
    4    HG2  PRO  85           HG2      PRO  85   4.083 -10.940  -4.591
    5    HG3  PRO  85           HG3      PRO  85   5.315  -9.908  -5.356
    6    HD2  PRO  85           HD2      PRO  85   5.719 -12.589  -4.782
    7    HD3  PRO  85           HD3      PRO  85   7.042 -11.373  -4.855

  No H/Q in entry =           7
  In of MODEL   17
    1    H    LYS  86           H        LYS  86   4.713  -9.459  -0.191
    2    HA   LYS  86           HA       LYS  86   2.747 -11.566   0.412
    3    HB2  LYS  86           HB2      LYS  86   3.690  -9.473   2.355
    4    HB3  LYS  86           HB3      LYS  86   2.894 -11.000   2.704
    5    HG2  LYS  86           HG2      LYS  86   5.725 -10.630   1.736
    6    HG3  LYS  86           HG3      LYS  86   5.223 -11.076   3.360
    7    HD2  LYS  86           HD2      LYS  86   4.363 -12.776   1.065
    8    HD3  LYS  86           HD3      LYS  86   6.027 -12.897   1.640
    9    HE2  LYS  86           HE2      LYS  86   4.726 -14.566   2.771
   10    HE3  LYS  86           HE3      LYS  86   5.129 -13.302   3.934
   11    HZ1  LYS  86           HZ1      LYS  86   2.526 -13.565   2.508
   12    HZ2  LYS  86           HZ2      LYS  86   2.812 -14.000   4.122
   13    HZ3  LYS  86           HZ3      LYS  86   2.912 -12.378   3.653

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ILE  87           H        ILE  87   0.695 -10.905   1.149
    2    HA   ILE  87           HA       ILE  87  -0.072  -8.173   0.351
    3    HB   ILE  87           HB       ILE  87  -1.399 -10.714  -0.221
    4   HG12  ILE  87          HG12      ILE  87  -0.893  -9.397  -2.084
    5   HG13  ILE  87          HG13      ILE  87  -2.616  -9.083  -1.852
    6   HG21  ILE  87          HG21      ILE  87  -3.050  -8.488   0.945
    7   HG22  ILE  87          HG22      ILE  87  -3.708  -9.787  -0.051
    8   HG23  ILE  87          HG23      ILE  87  -2.951 -10.160   1.501
    9   HD11  ILE  87          HD11      ILE  87  -0.385  -7.308  -0.922
   10   HD12  ILE  87          HD12      ILE  87  -1.403  -7.050  -2.333
   11   HD13  ILE  87          HD13      ILE  87  -2.111  -7.009  -0.725

  No H/Q in entry =          11
  In of MODEL   17
    1    H    VAL  88           H        VAL  88  -0.960  -6.840   1.748
    2    HA   VAL  88           HA       VAL  88  -1.858  -7.885   4.356
    3    HB   VAL  88           HB       VAL  88   0.101  -6.486   4.667
    4   HG11  VAL  88          HG11      VAL  88  -1.406  -4.374   3.169
    5   HG12  VAL  88          HG12      VAL  88   0.067  -4.085   4.095
    6   HG13  VAL  88          HG13      VAL  88   0.102  -5.150   2.683
    7   HG21  VAL  88          HG21      VAL  88  -2.466  -5.174   5.486
    8   HG22  VAL  88          HG22      VAL  88  -1.502  -6.323   6.416
    9   HG23  VAL  88          HG23      VAL  88  -0.884  -4.696   6.106

  No H/Q in entry =           9
  In of MODEL   17
    1    H    LYS  89           H        LYS  89  -3.981  -7.581   4.704
    2    HA   LYS  89           HA       LYS  89  -5.327  -5.739   2.860
    3    HB2  LYS  89           HB2      LYS  89  -6.573  -8.021   4.363
    4    HB3  LYS  89           HB3      LYS  89  -7.279  -7.089   3.050
    5    HG2  LYS  89           HG2      LYS  89  -6.009  -8.153   1.446
    6    HG3  LYS  89           HG3      LYS  89  -4.749  -8.571   2.608
    7    HD2  LYS  89           HD2      LYS  89  -7.497  -9.756   2.717
    8    HD3  LYS  89           HD3      LYS  89  -6.171 -10.491   1.810
    9    HE2  LYS  89           HE2      LYS  89  -5.953  -9.763   4.713
   10    HE3  LYS  89           HE3      LYS  89  -6.537 -11.338   4.178
   11    HZ1  LYS  89           HZ1      LYS  89  -4.397 -11.548   2.935
   12    HZ2  LYS  89           HZ2      LYS  89  -3.861 -10.148   3.729
   13    HZ3  LYS  89           HZ3      LYS  89  -4.236 -11.534   4.624

  No H/Q in entry =          13
  In of MODEL   17
    1    H    TRP  90           H        TRP  90  -6.867  -4.335   3.630
    2    HA   TRP  90           HA       TRP  90  -6.293  -3.390   6.285
    3    HB2  TRP  90           HB2      TRP  90  -6.546  -1.765   4.470
    4    HB3  TRP  90           HB3      TRP  90  -8.178  -2.348   4.165
    5    HD1  TRP  90           HD1      TRP  90  -6.588  -1.140   7.532
    6    HE1  TRP  90           HE1      TRP  90  -8.070   0.681   8.484
    7    HE3  TRP  90           HE3      TRP  90 -10.032  -0.829   3.719
    8    HZ2  TRP  90           HZ2      TRP  90 -10.456   2.047   7.789
    9    HZ3  TRP  90           HZ3      TRP  90 -11.873   0.767   3.944
   10    HH2  TRP  90           HH2      TRP  90 -12.094   2.193   5.920

  No H/Q in entry =          10
  In of MODEL   17
    1    H    ASP  91           H        ASP  91  -7.433  -3.671   8.085
    2    HA   ASP  91           HA       ASP  91  -9.385  -5.726   8.211
    3    HB2  ASP  91           HB2      ASP  91  -8.470  -3.711  10.276
    4    HB3  ASP  91           HB3      ASP  91  -9.540  -5.067  10.618

  No H/Q in entry =           4
  In of MODEL   17
    1    H    ARG  92           H        ARG  92 -11.274  -5.277   7.140
    2    HA   ARG  92           HA       ARG  92 -13.199  -3.726   8.465
    3    HB2  ARG  92           HB2      ARG  92 -13.332  -1.710   7.321
    4    HB3  ARG  92           HB3      ARG  92 -11.608  -2.014   7.165
    5    HG2  ARG  92           HG2      ARG  92 -12.166  -1.417   5.013
    6    HG3  ARG  92           HG3      ARG  92 -12.228  -3.180   4.916
    7    HD2  ARG  92           HD2      ARG  92 -14.718  -2.990   5.341
    8    HD3  ARG  92           HD3      ARG  92 -14.547  -1.240   5.105
    9    HE   ARG  92           HE       ARG  92 -13.412  -2.482   2.909
   10   HH11  ARG  92          HH11      ARG  92 -16.550  -2.158   4.423
   11   HH12  ARG  92          HH12      ARG  92 -17.431  -2.559   2.978
   12   HH21  ARG  92          HH21      ARG  92 -14.561  -3.026   1.007
   13   HH22  ARG  92          HH22      ARG  92 -16.301  -3.018   1.037

  No H/Q in entry =          13
  In of MODEL   17
    1    H    ASP  93           H        ASP  93 -12.180  -5.851   6.151
    2    HA   ASP  93           HA       ASP  93 -14.764  -6.651   5.257
    3    HB2  ASP  93           HB2      ASP  93 -14.357  -4.636   3.840
    4    HB3  ASP  93           HB3      ASP  93 -12.926  -5.437   3.186

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   MET  94           HA       MET  94 -10.832  -9.130   3.912
    2    HB2  MET  94           HB2      MET  94  -9.388  -9.964   6.071
    3    HB3  MET  94           HB3      MET  94  -8.899  -8.685   4.968
    4    HG2  MET  94           HG2      MET  94  -8.653  -8.141   7.409
    5    HG3  MET  94           HG3      MET  94  -9.589  -6.963   6.486
    6    HE1  MET  94           HE1      MET  94 -10.570 -10.507   7.961
    7    HE2  MET  94           HE2      MET  94  -9.585  -9.761   9.220
    8    HE3  MET  94           HE3      MET  94 -11.306 -10.031   9.491

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   MET   1           HA       MET   1   5.348  -7.802   6.139
    2    HB2  MET   1           HB2      MET   1   3.043  -8.218   6.809
    3    HB3  MET   1           HB3      MET   1   4.113  -9.336   7.638
    4    HG2  MET   1           HG2      MET   1   3.978  -7.998   9.660
    5    HG3  MET   1           HG3      MET   1   2.950  -6.832   8.830
    6    HE1  MET   1           HE1      MET   1   1.082  -8.684   7.081
    7    HE2  MET   1           HE2      MET   1  -0.290  -8.929   8.162
    8    HE3  MET   1           HE3      MET   1   0.462  -7.338   8.038

  No H/Q in entry =           8
  In of MODEL   18
    1    H    ILE   2           H        ILE   2   3.219  -6.424   5.713
    2    HA   ILE   2           HA       ILE   2   4.014  -3.667   6.247
    3    HB   ILE   2           HB       ILE   2   1.766  -4.586   4.444
    4   HG12  ILE   2          HG12      ILE   2   4.341  -3.981   3.139
    5   HG13  ILE   2          HG13      ILE   2   4.319  -5.475   4.079
    6   HG21  ILE   2          HG21      ILE   2   1.913  -2.186   4.987
    7   HG22  ILE   2          HG22      ILE   2   3.529  -2.144   4.276
    8   HG23  ILE   2          HG23      ILE   2   2.132  -2.520   3.272
    9   HD11  ILE   2          HD11      ILE   2   2.346  -6.219   2.802
   10   HD12  ILE   2          HD12      ILE   2   2.441  -4.750   1.832
   11   HD13  ILE   2          HD13      ILE   2   3.750  -5.934   1.774

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLN   3           H        GLN   3   2.559  -2.151   7.210
    2    HA   GLN   3           HA       GLN   3   0.105  -3.345   8.319
    3    HB2  GLN   3           HB2      GLN   3   1.892  -1.205   9.525
    4    HB3  GLN   3           HB3      GLN   3   0.335  -1.697  10.183
    5    HG2  GLN   3           HG2      GLN   3   2.036  -2.775  11.454
    6    HG3  GLN   3           HG3      GLN   3   1.236  -4.022  10.485
    7   HE21  GLN   3          HE21      GLN   3   3.636  -1.720   9.302
    8   HE22  GLN   3          HE22      GLN   3   4.871  -2.892   9.003

  No H/Q in entry =           8
  In of MODEL   18
    1    H    VAL   4           H        VAL   4  -1.529  -2.627   7.092
    2    HA   VAL   4           HA       VAL   4  -1.379   0.028   5.893
    3    HB   VAL   4           HB       VAL   4  -3.607  -0.676   4.800
    4   HG11  VAL   4          HG11      VAL   4  -1.090  -2.234   4.223
    5   HG12  VAL   4          HG12      VAL   4  -2.461  -2.065   3.127
    6   HG13  VAL   4          HG13      VAL   4  -1.515  -0.647   3.582
    7   HG21  VAL   4          HG21      VAL   4  -4.171  -2.467   6.351
    8   HG22  VAL   4          HG22      VAL   4  -4.034  -3.080   4.702
    9   HG23  VAL   4          HG23      VAL   4  -2.733  -3.362   5.861

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR   5           H        TYR   5  -3.051   1.524   5.998
    2    HA   TYR   5           HA       TYR   5  -5.021   1.400   8.127
    3    HB2  TYR   5           HB2      TYR   5  -2.740   3.389   8.171
    4    HB3  TYR   5           HB3      TYR   5  -4.236   3.624   9.061
    5    HD1  TYR   5           HD1      TYR   5  -1.015   3.012   9.628
    6    HD2  TYR   5           HD2      TYR   5  -4.739   1.070  10.356
    7    HE1  TYR   5           HE1      TYR   5  -0.019   1.836  11.541
    8    HE2  TYR   5           HE2      TYR   5  -3.742  -0.122  12.279
    9    HH   TYR   5           HH       TYR   5  -0.757   0.776  13.626

  No H/Q in entry =           9
  In of MODEL   18
    1    H    SER   6           H        SER   6  -6.127   3.702   8.201
    2    HA   SER   6           HA       SER   6  -5.818   5.102   5.645
    3    HB2  SER   6           HB2      SER   6  -8.462   4.524   7.013
    4    HB3  SER   6           HB3      SER   6  -8.232   5.475   5.540
    5    HG   SER   6           HG       SER   6  -7.068   3.010   5.388

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ARG   7           H        ARG   7  -6.547   7.307   5.688
    2    HA   ARG   7           HA       ARG   7  -5.729   8.593   8.155
    3    HB2  ARG   7           HB2      ARG   7  -5.459   9.192   5.432
    4    HB3  ARG   7           HB3      ARG   7  -6.576  10.408   6.046
    5    HG2  ARG   7           HG2      ARG   7  -3.866   9.785   7.214
    6    HG3  ARG   7           HG3      ARG   7  -4.224  11.124   6.123
    7    HD2  ARG   7           HD2      ARG   7  -5.670  10.743   8.725
    8    HD3  ARG   7           HD3      ARG   7  -4.152  11.636   8.615
    9    HE   ARG   7           HE       ARG   7  -5.681  12.809   6.722
   10   HH11  ARG   7          HH11      ARG   7  -6.232  12.059  10.095
   11   HH12  ARG   7          HH12      ARG   7  -7.242  13.446  10.377
   12   HH21  ARG   7          HH21      ARG   7  -7.015  14.628   7.068
   13   HH22  ARG   7          HH22      ARG   7  -7.682  14.918   8.649

  No H/Q in entry =          13
  In of MODEL   18
    1    H    HIS   8           H        HIS   8  -8.670   7.830   6.594
    2    HA   HIS   8           HA       HIS   8 -10.141   9.666   8.353
    3    HB2  HIS   8           HB2      HIS   8 -10.823   9.119   5.455
    4    HB3  HIS   8           HB3      HIS   8 -11.712  10.166   6.553
    5    HD2  HIS   8           HD2      HIS   8 -10.082  12.475   7.410
    6    HE1  HIS   8           HE1      HIS   8  -7.978  12.394   3.737
    7    HE2  HIS   8           HE2      HIS   8  -8.627  13.819   5.729

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   PRO   9           HA       PRO   9 -12.737   6.197   9.261
    2    HB2  PRO   9           HB2      PRO   9 -15.229   7.650   8.986
    3    HB3  PRO   9           HB3      PRO   9 -14.424   7.094  10.464
    4    HG2  PRO   9           HG2      PRO   9 -14.660   9.740   9.674
    5    HG3  PRO   9           HG3      PRO   9 -13.435   9.123  10.796
    6    HD2  PRO   9           HD2      PRO   9 -13.164   9.916   7.936
    7    HD3  PRO   9           HD3      PRO   9 -11.970   9.948   9.251

  No H/Q in entry =           7
  In of MODEL   18
    1    H    ALA  10           H        ALA  10 -13.447   4.539   8.095
    2    HA   ALA  10           HA       ALA  10 -13.867   4.578   5.350
    3    HB1  ALA  10           HB1      ALA  10 -14.577   2.283   5.604
    4    HB2  ALA  10           HB2      ALA  10 -13.223   2.604   6.688
    5    HB3  ALA  10           HB3      ALA  10 -14.865   2.531   7.325

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLU  11           H        GLU  11 -15.538   5.846   4.471
    2    HA   GLU  11           HA       GLU  11 -18.254   5.025   5.334
    3    HB2  GLU  11           HB2      GLU  11 -17.355   7.544   5.609
    4    HB3  GLU  11           HB3      GLU  11 -17.836   7.632   3.925
    5    HG2  GLU  11           HG2      GLU  11 -19.640   6.934   6.233
    6    HG3  GLU  11           HG3      GLU  11 -19.554   8.478   5.397

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ASN  12           H        ASN  12 -18.895   3.531   3.823
    2    HA   ASN  12           HA       ASN  12 -18.109   3.142   1.265
    3    HB2  ASN  12           HB2      ASN  12 -19.557   1.543   2.234
    4    HB3  ASN  12           HB3      ASN  12 -20.805   2.724   2.604
    5   HD21  ASN  12          HD21      ASN  12 -21.246   0.261   1.434
    6   HD22  ASN  12          HD22      ASN  12 -21.855   0.488  -0.171

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLY  13           H        GLY  13 -17.926   4.450  -0.404
    2    HA2  GLY  13           HA2      GLY  13 -20.093   6.410  -0.937
    3    HA3  GLY  13           HA3      GLY  13 -19.156   5.600  -2.183

  No H/Q in entry =           3
  In of MODEL   18
    1    H    LYS  14           H        LYS  14 -17.321   6.658   0.536
    2    HA   LYS  14           HA       LYS  14 -16.785   9.292  -0.663
    3    HB2  LYS  14           HB2      LYS  14 -15.417   8.184   1.782
    4    HB3  LYS  14           HB3      LYS  14 -15.586   9.856   1.301
    5    HG2  LYS  14           HG2      LYS  14 -17.858   8.126   2.261
    6    HG3  LYS  14           HG3      LYS  14 -16.891   9.177   3.277
    7    HD2  LYS  14           HD2      LYS  14 -18.864  10.335   2.825
    8    HD3  LYS  14           HD3      LYS  14 -17.616  11.108   1.854
    9    HE2  LYS  14           HE2      LYS  14 -19.647  10.874   0.574
   10    HE3  LYS  14           HE3      LYS  14 -18.391   9.832  -0.094
   11    HZ1  LYS  14           HZ1      LYS  14 -20.499   8.889   1.781
   12    HZ2  LYS  14           HZ2      LYS  14 -20.615   8.766   0.093
   13    HZ3  LYS  14           HZ3      LYS  14 -19.394   7.939   0.926

  No H/Q in entry =          13
  In of MODEL   18
    1    H    SER  15           H        SER  15 -14.643   9.938  -1.264
    2    HA   SER  15           HA       SER  15 -12.742   7.719  -1.444
    3    HB2  SER  15           HB2      SER  15 -13.173   9.073  -3.562
    4    HB3  SER  15           HB3      SER  15 -12.282  10.363  -2.769
    5    HG   SER  15           HG       SER  15 -11.288   8.398  -4.126

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ASN  16           H        ASN  16 -10.698   7.951  -0.700
    2    HA   ASN  16           HA       ASN  16  -9.952  10.136   1.018
    3    HB2  ASN  16           HB2      ASN  16 -10.129   7.375   2.258
    4    HB3  ASN  16           HB3      ASN  16  -9.713   8.881   3.053
    5   HD21  ASN  16          HD21      ASN  16 -11.302  10.152   3.860
    6   HD22  ASN  16          HD22      ASN  16 -12.983   9.724   3.840

  No H/Q in entry =           6
  In of MODEL   18
    1    H    PHE  17           H        PHE  17  -7.883   8.344   2.304
    2    HA   PHE  17           HA       PHE  17  -6.424   7.626  -0.137
    3    HB2  PHE  17           HB2      PHE  17  -5.565   9.420   2.098
    4    HB3  PHE  17           HB3      PHE  17  -4.360   8.521   1.174
    5    HD1  PHE  17           HD1      PHE  17  -5.791   8.595  -1.459
    6    HD2  PHE  17           HD2      PHE  17  -5.007  11.623   1.415
    7    HE1  PHE  17           HE1      PHE  17  -5.858  10.289  -3.247
    8    HE2  PHE  17           HE2      PHE  17  -5.077  13.332  -0.358
    9    HZ   PHE  17           HZ       PHE  17  -5.503  12.665  -2.692

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  18           H        LEU  18  -5.302   5.754  -0.086
    2    HA   LEU  18           HA       LEU  18  -5.503   4.182   2.381
    3    HB2  LEU  18           HB2      LEU  18  -6.337   3.017   0.470
    4    HB3  LEU  18           HB3      LEU  18  -4.918   3.426  -0.474
    5    HG   LEU  18           HG       LEU  18  -3.548   1.865   0.810
    6   HD11  LEU  18          HD11      LEU  18  -6.047   1.319   2.412
    7   HD12  LEU  18          HD12      LEU  18  -4.566   0.368   2.476
    8   HD13  LEU  18          HD13      LEU  18  -4.552   2.047   3.004
    9   HD21  LEU  18          HD21      LEU  18  -6.154   0.692  -0.156
   10   HD22  LEU  18          HD22      LEU  18  -4.673   0.928  -1.086
   11   HD23  LEU  18          HD23      LEU  18  -4.712  -0.250   0.223

  No H/Q in entry =          11
  In of MODEL   18
    1    H    ASN  19           H        ASN  19  -3.828   3.830   3.644
    2    HA   ASN  19           HA       ASN  19  -1.174   4.646   2.665
    3    HB2  ASN  19           HB2      ASN  19  -1.057   5.882   4.545
    4    HB3  ASN  19           HB3      ASN  19  -2.542   5.178   5.172
    5   HD21  ASN  19          HD21      ASN  19   0.931   4.994   5.141
    6   HD22  ASN  19          HD22      ASN  19   1.085   3.945   6.502

  No H/Q in entry =           6
  In of MODEL   18
    1    H    CYS  20           H        CYS  20   0.237   3.082   2.218
    2    HA   CYS  20           HA       CYS  20   0.129   0.628   3.829
    3    HB2  CYS  20           HB2      CYS  20  -0.180   0.046   1.535
    4    HB3  CYS  20           HB3      CYS  20   1.023   1.215   0.982

  No H/Q in entry =           4
  In of MODEL   18
    1    H    TYR  21           H        TYR  21   1.648   0.731   5.407
    2    HA   TYR  21           HA       TYR  21   3.998   2.446   4.965
    3    HB2  TYR  21           HB2      TYR  21   3.092   3.200   6.957
    4    HB3  TYR  21           HB3      TYR  21   2.505   1.616   7.423
    5    HD1  TYR  21           HD1      TYR  21   5.637   3.626   7.131
    6    HD2  TYR  21           HD2      TYR  21   3.630   0.387   9.032
    7    HE1  TYR  21           HE1      TYR  21   7.494   3.421   8.726
    8    HE2  TYR  21           HE2      TYR  21   5.492   0.162  10.619
    9    HH   TYR  21           HH       TYR  21   8.013   2.525  10.871

  No H/Q in entry =           9
  In of MODEL   18
    1    H    VAL  22           H        VAL  22   5.689   1.468   4.135
    2    HA   VAL  22           HA       VAL  22   6.356  -1.294   4.925
    3    HB   VAL  22           HB       VAL  22   7.246   0.302   2.483
    4   HG11  VAL  22          HG11      VAL  22   8.702  -1.596   3.241
    5   HG12  VAL  22          HG12      VAL  22   7.347  -2.688   2.952
    6   HG13  VAL  22          HG13      VAL  22   8.050  -1.779   1.610
    7   HG21  VAL  22          HG21      VAL  22   5.052  -1.771   2.698
    8   HG22  VAL  22          HG22      VAL  22   4.840  -0.049   2.390
    9   HG23  VAL  22          HG23      VAL  22   5.653  -1.062   1.197

  No H/Q in entry =           9
  In of MODEL   18
    1    H    SER  23           H        SER  23   8.061  -1.318   6.403
    2    HA   SER  23           HA       SER  23  10.162   0.710   6.024
    3    HB2  SER  23           HB2      SER  23   8.640   1.319   7.903
    4    HB3  SER  23           HB3      SER  23   9.114  -0.171   8.718
    5    HG   SER  23           HG       SER  23  10.570   2.177   8.289

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLY  24           H        GLY  24  12.241   0.168   6.549
    2    HA2  GLY  24           HA2      GLY  24  12.816  -2.589   7.443
    3    HA3  GLY  24           HA3      GLY  24  13.946  -1.240   7.479

  No H/Q in entry =           3
  In of MODEL   18
    1    H    PHE  25           H        PHE  25  12.220  -1.270   4.645
    2    HA   PHE  25           HA       PHE  25  14.138  -2.984   3.219
    3    HB2  PHE  25           HB2      PHE  25  11.448  -1.913   2.341
    4    HB3  PHE  25           HB3      PHE  25  12.448  -3.073   1.462
    5    HD1  PHE  25           HD1      PHE  25  10.308  -2.625   4.437
    6    HD2  PHE  25           HD2      PHE  25  12.552  -5.394   2.099
    7    HE1  PHE  25           HE1      PHE  25   9.252  -4.504   5.656
    8    HE2  PHE  25           HE2      PHE  25  11.497  -7.275   3.303
    9    HZ   PHE  25           HZ       PHE  25   9.832  -6.814   5.061

  No H/Q in entry =           9
  In of MODEL   18
    1    H    HIS  26           H        HIS  26  15.476  -2.097   1.664
    2    HA   HIS  26           HA       HIS  26  15.786   0.755   1.803
    3    HB2  HIS  26           HB2      HIS  26  17.254  -0.952  -0.187
    4    HB3  HIS  26           HB3      HIS  26  17.825   0.460   0.706
    5    HD2  HIS  26           HD2      HIS  26  18.450  -0.094   3.476
    6    HE1  HIS  26           HE1      HIS  26  18.867  -4.237   2.729
    7    HE2  HIS  26           HE2      HIS  26  19.439  -2.345   4.314

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   PRO  27           HA       PRO  27  12.472   1.665  -0.893
    2    HB2  PRO  27           HB2      PRO  27  14.321   3.912  -1.617
    3    HB3  PRO  27           HB3      PRO  27  12.583   3.961  -1.274
    4    HG2  PRO  27           HG2      PRO  27  14.346   4.665   0.589
    5    HG3  PRO  27           HG3      PRO  27  12.886   3.731   1.023
    6    HD2  PRO  27           HD2      PRO  27  15.739   2.867   0.869
    7    HD3  PRO  27           HD3      PRO  27  14.413   2.225   1.862

  No H/Q in entry =           7
  In of MODEL   18
    1    H    SER  28           H        SER  28  15.731   1.675  -2.319
    2    HA   SER  28           HA       SER  28  14.655   1.936  -4.964
    3    HB2  SER  28           HB2      SER  28  16.872   2.880  -4.226
    4    HB3  SER  28           HB3      SER  28  17.500   1.231  -4.245
    5    HG   SER  28           HG       SER  28  16.170   2.282  -6.499

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ASP  29           H        ASP  29  15.642  -0.818  -2.975
    2    HA   ASP  29           HA       ASP  29  15.514  -2.531  -5.359
    3    HB2  ASP  29           HB2      ASP  29  16.613  -3.089  -2.598
    4    HB3  ASP  29           HB3      ASP  29  16.415  -4.330  -3.826

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ILE  30           H        ILE  30  13.086  -1.453  -3.800
    2    HA   ILE  30           HA       ILE  30  11.948  -4.129  -3.308
    3    HB   ILE  30           HB       ILE  30  10.906  -3.548  -1.377
    4   HG12  ILE  30          HG12      ILE  30  10.822  -0.623  -2.216
    5   HG13  ILE  30          HG13      ILE  30   9.509  -1.783  -2.393
    6   HG21  ILE  30          HG21      ILE  30  13.193  -1.594  -1.457
    7   HG22  ILE  30          HG22      ILE  30  12.284  -1.991   0.001
    8   HG23  ILE  30          HG23      ILE  30  13.199  -3.244  -0.834
    9   HD11  ILE  30          HD11      ILE  30   9.426  -2.032   0.054
   10   HD12  ILE  30          HD12      ILE  30  10.693  -0.813   0.195
   11   HD13  ILE  30          HD13      ILE  30   9.125  -0.377  -0.479

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLU  31           H        GLU  31   9.584  -4.218  -3.474
    2    HA   GLU  31           HA       GLU  31   8.486  -2.306  -5.416
    3    HB2  GLU  31           HB2      GLU  31   8.482  -5.320  -5.572
    4    HB3  GLU  31           HB3      GLU  31   7.364  -4.321  -6.494
    5    HG2  GLU  31           HG2      GLU  31   9.103  -3.354  -7.760
    6    HG3  GLU  31           HG3      GLU  31  10.342  -3.919  -6.644

  No H/Q in entry =           6
  In of MODEL   18
    1    H    VAL  32           H        VAL  32   6.728  -1.423  -4.549
    2    HA   VAL  32           HA       VAL  32   4.906  -3.108  -2.985
    3    HB   VAL  32           HB       VAL  32   5.540  -2.008  -1.105
    4   HG11  VAL  32          HG11      VAL  32   7.519  -1.080  -2.245
    5   HG12  VAL  32          HG12      VAL  32   6.557   0.312  -2.743
    6   HG13  VAL  32          HG13      VAL  32   6.859   0.009  -1.028
    7   HG21  VAL  32          HG21      VAL  32   3.333  -1.035  -1.490
    8   HG22  VAL  32          HG22      VAL  32   4.395   0.095  -0.652
    9   HG23  VAL  32          HG23      VAL  32   4.070   0.303  -2.372

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ASP  33           H        ASP  33   2.792  -2.881  -3.503
    2    HA   ASP  33           HA       ASP  33   1.981  -0.535  -5.074
    3    HB2  ASP  33           HB2      ASP  33   1.421  -3.440  -5.811
    4    HB3  ASP  33           HB3      ASP  33   0.530  -2.078  -6.488

  No H/Q in entry =           4
  In of MODEL   18
    1    H    LEU  34           H        LEU  34  -0.398  -0.368  -5.152
    2    HA   LEU  34           HA       LEU  34  -1.606  -1.365  -2.653
    3    HB2  LEU  34           HB2      LEU  34  -2.002   1.170  -4.191
    4    HB3  LEU  34           HB3      LEU  34  -3.343   0.536  -3.261
    5    HG   LEU  34           HG       LEU  34  -1.873   0.586  -1.221
    6   HD11  LEU  34          HD11      LEU  34  -0.023   2.144  -3.021
    7   HD12  LEU  34          HD12      LEU  34   0.112   2.023  -1.264
    8   HD13  LEU  34          HD13      LEU  34   0.309   0.584  -2.263
    9   HD21  LEU  34          HD21      LEU  34  -3.513   2.335  -1.700
   10   HD22  LEU  34          HD22      LEU  34  -2.100   2.955  -0.846
   11   HD23  LEU  34          HD23      LEU  34  -2.277   3.238  -2.580

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU  35           H        LEU  35  -3.328  -2.726  -2.783
    2    HA   LEU  35           HA       LEU  35  -4.242  -3.417  -5.500
    3    HB2  LEU  35           HB2      LEU  35  -3.852  -5.328  -3.191
    4    HB3  LEU  35           HB3      LEU  35  -4.372  -5.735  -4.806
    5    HG   LEU  35           HG       LEU  35  -1.631  -5.066  -3.819
    6   HD11  LEU  35          HD11      LEU  35  -2.834  -7.214  -5.572
    7   HD12  LEU  35          HD12      LEU  35  -1.126  -7.097  -5.167
    8   HD13  LEU  35          HD13      LEU  35  -2.317  -7.395  -3.895
    9   HD21  LEU  35          HD21      LEU  35  -2.102  -3.588  -5.799
   10   HD22  LEU  35          HD22      LEU  35  -0.790  -4.744  -6.022
   11   HD23  LEU  35          HD23      LEU  35  -2.368  -5.052  -6.742

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LYS  36           H        LYS  36  -6.202  -4.697  -5.583
    2    HA   LYS  36           HA       LYS  36  -8.115  -4.370  -3.373
    3    HB2  LYS  36           HB2      LYS  36  -9.026  -4.750  -6.207
    4    HB3  LYS  36           HB3      LYS  36  -9.867  -3.950  -4.859
    5    HG2  LYS  36           HG2      LYS  36  -8.292  -2.083  -5.048
    6    HG3  LYS  36           HG3      LYS  36  -7.450  -2.905  -6.343
    7    HD2  LYS  36           HD2      LYS  36  -9.052  -1.031  -7.065
    8    HD3  LYS  36           HD3      LYS  36  -9.159  -2.556  -7.922
    9    HE2  LYS  36           HE2      LYS  36 -11.198  -3.059  -6.402
   10    HE3  LYS  36           HE3      LYS  36 -11.168  -1.341  -5.985
   11    HZ1  LYS  36           HZ1      LYS  36 -11.269  -0.864  -8.386
   12    HZ2  LYS  36           HZ2      LYS  36 -11.481  -2.520  -8.680
   13    HZ3  LYS  36           HZ3      LYS  36 -12.642  -1.661  -7.787

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ASN  37           H        ASN  37  -8.279  -6.414  -2.495
    2    HA   ASN  37           HA       ASN  37  -7.814  -8.672  -2.358
    3    HB2  ASN  37           HB2      ASN  37  -9.687  -9.482  -4.350
    4    HB3  ASN  37           HB3      ASN  37  -9.950  -9.479  -2.632
    5   HD21  ASN  37          HD21      ASN  37 -10.106  -7.413  -5.520
    6   HD22  ASN  37          HD22      ASN  37 -11.377  -6.396  -4.927

  No H/Q in entry =           6
  In of MODEL   18
    1    H    GLY  38           H        GLY  38  -5.747  -7.956  -3.636
    2    HA2  GLY  38           HA2      GLY  38  -5.199 -10.110  -5.419
    3    HA3  GLY  38           HA3      GLY  38  -4.077  -8.853  -4.954

  No H/Q in entry =           3
  In of MODEL   18
    1    H    GLU  39           H        GLU  39  -5.976  -6.735  -6.016
    2    HA   GLU  39           HA       GLU  39  -5.326  -7.148  -8.853
    3    HB2  GLU  39           HB2      GLU  39  -7.752  -7.498  -8.494
    4    HB3  GLU  39           HB3      GLU  39  -7.874  -5.883  -7.810
    5    HG2  GLU  39           HG2      GLU  39  -8.658  -5.949 -10.136
    6    HG3  GLU  39           HG3      GLU  39  -7.251  -4.897  -9.940

  No H/Q in entry =           6
  In of MODEL   18
    1    H    ARG  40           H        ARG  40  -4.047  -5.629  -9.593
    2    HA   ARG  40           HA       ARG  40  -3.076  -3.511  -8.039
    3    HB2  ARG  40           HB2      ARG  40  -2.245  -4.747 -10.324
    4    HB3  ARG  40           HB3      ARG  40  -2.880  -3.264 -11.015
    5    HG2  ARG  40           HG2      ARG  40  -1.365  -1.947  -9.639
    6    HG3  ARG  40           HG3      ARG  40  -0.763  -3.414  -8.870
    7    HD2  ARG  40           HD2      ARG  40   0.866  -2.857 -10.471
    8    HD3  ARG  40           HD3      ARG  40  -0.038  -4.164 -11.226
    9    HE   ARG  40           HE       ARG  40  -0.967  -1.517 -11.935
   10   HH11  ARG  40          HH11      ARG  40   1.263  -4.117 -12.686
   11   HH12  ARG  40          HH12      ARG  40   1.511  -3.599 -14.325
   12   HH21  ARG  40          HH21      ARG  40  -0.631  -0.819 -14.074
   13   HH22  ARG  40          HH22      ARG  40   0.436  -1.718 -15.119

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE  41           H        ILE  41  -3.979  -1.671  -7.490
    2    HA   ILE  41           HA       ILE  41  -6.438  -0.748  -8.487
    3    HB   ILE  41           HB       ILE  41  -4.369   0.703  -6.840
    4   HG12  ILE  41          HG12      ILE  41  -6.866  -0.789  -6.043
    5   HG13  ILE  41          HG13      ILE  41  -5.227  -1.392  -5.841
    6   HG21  ILE  41          HG21      ILE  41  -7.262   1.391  -7.380
    7   HG22  ILE  41          HG22      ILE  41  -6.278   2.141  -6.124
    8   HG23  ILE  41          HG23      ILE  41  -5.847   2.344  -7.821
    9   HD11  ILE  41          HD11      ILE  41  -6.094   1.157  -4.554
   10   HD12  ILE  41          HD12      ILE  41  -6.443  -0.416  -3.827
   11   HD13  ILE  41          HD13      ILE  41  -4.770   0.069  -4.127

  No H/Q in entry =          11
  In of MODEL   18
    1    H    GLU  42           H        GLU  42  -3.553   1.318  -8.474
    2    HA   GLU  42           HA       GLU  42  -2.183   1.291 -10.582
    3    HB2  GLU  42           HB2      GLU  42  -4.895   1.927 -11.728
    4    HB3  GLU  42           HB3      GLU  42  -3.402   2.366 -12.546
    5    HG2  GLU  42           HG2      GLU  42  -3.814  -0.466 -11.685
    6    HG3  GLU  42           HG3      GLU  42  -4.614   0.157 -13.124

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LYS  43           H        LYS  43  -4.605   3.475  -9.222
    2    HA   LYS  43           HA       LYS  43  -3.256   5.829 -10.215
    3    HB2  LYS  43           HB2      LYS  43  -5.289   5.795  -8.003
    4    HB3  LYS  43           HB3      LYS  43  -4.940   7.087  -9.127
    5    HG2  LYS  43           HG2      LYS  43  -6.486   4.552  -9.655
    6    HG3  LYS  43           HG3      LYS  43  -7.069   6.218  -9.694
    7    HD2  LYS  43           HD2      LYS  43  -5.484   6.613 -11.607
    8    HD3  LYS  43           HD3      LYS  43  -5.186   4.872 -11.623
    9    HE2  LYS  43           HE2      LYS  43  -7.601   4.487 -11.955
   10    HE3  LYS  43           HE3      LYS  43  -7.856   6.229 -12.007
   11    HZ1  LYS  43           HZ1      LYS  43  -6.158   4.700 -13.908
   12    HZ2  LYS  43           HZ2      LYS  43  -7.735   5.233 -14.219
   13    HZ3  LYS  43           HZ3      LYS  43  -6.495   6.364 -13.982

  No H/Q in entry =          13
  In of MODEL   18
    1    H    VAL  44           H        VAL  44  -1.233   4.693  -9.067
    2    HA   VAL  44           HA       VAL  44  -1.058   5.845  -6.379
    3    HB   VAL  44           HB       VAL  44  -1.011   3.070  -6.927
    4   HG11  VAL  44          HG11      VAL  44   1.687   4.044  -6.055
    5   HG12  VAL  44          HG12      VAL  44   1.141   2.368  -6.009
    6   HG13  VAL  44          HG13      VAL  44   1.319   3.199  -7.557
    7   HG21  VAL  44          HG21      VAL  44  -0.278   4.615  -4.456
    8   HG22  VAL  44          HG22      VAL  44  -1.882   4.051  -4.918
    9   HG23  VAL  44          HG23      VAL  44  -0.625   2.886  -4.503

  No H/Q in entry =           9
  In of MODEL   18
    1    H    GLU  45           H        GLU  45   0.616   7.113  -6.116
    2    HA   GLU  45           HA       GLU  45   2.955   6.885  -7.874
    3    HB2  GLU  45           HB2      GLU  45   1.251   9.384  -7.691
    4    HB3  GLU  45           HB3      GLU  45   2.854   9.343  -8.395
    5    HG2  GLU  45           HG2      GLU  45   2.077   7.922 -10.200
    6    HG3  GLU  45           HG3      GLU  45   0.485   7.790  -9.446

  No H/Q in entry =           6
  In of MODEL   18
    1    H    HIS  46           H        HIS  46   4.544   6.715  -6.346
    2    HA   HIS  46           HA       HIS  46   5.178   9.162  -4.975
    3    HB2  HIS  46           HB2      HIS  46   3.735   7.288  -3.531
    4    HB3  HIS  46           HB3      HIS  46   5.398   6.885  -3.127
    5    HD2  HIS  46           HD2      HIS  46   6.660   9.817  -2.668
    6    HE1  HIS  46           HE1      HIS  46   3.415  10.347  -0.022
    7    HE2  HIS  46           HE2      HIS  46   5.823  10.957  -0.499

  No H/Q in entry =           7
  In of MODEL   18
    1    H    SER  47           H        SER  47   7.366   9.370  -4.789
    2    HA   SER  47           HA       SER  47   9.032   6.964  -5.001
    3    HB2  SER  47           HB2      SER  47  10.399   8.001  -6.831
    4    HB3  SER  47           HB3      SER  47   8.766   7.553  -7.328
    5    HG   SER  47           HG       SER  47   9.340  10.149  -6.389

  No H/Q in entry =           5
  In of MODEL   18
    1    H    ASP  48           H        ASP  48  10.340   7.155  -3.268
    2    HA   ASP  48           HA       ASP  48  12.025   9.512  -3.172
    3    HB2  ASP  48           HB2      ASP  48  11.787   9.832  -0.773
    4    HB3  ASP  48           HB3      ASP  48  10.236  10.043  -1.570

  No H/Q in entry =           4
  In of MODEL   18
    1    H    LEU  49           H        LEU  49  13.994   8.689  -3.392
    2    HA   LEU  49           HA       LEU  49  15.868   7.528  -2.963
    3    HB2  LEU  49           HB2      LEU  49  14.267   5.988  -0.901
    4    HB3  LEU  49           HB3      LEU  49  15.990   5.804  -1.185
    5    HG   LEU  49           HG       LEU  49  16.211   7.202   0.545
    6   HD11  LEU  49          HD11      LEU  49  15.326   9.251  -1.467
    7   HD12  LEU  49          HD12      LEU  49  16.220   9.583   0.017
    8   HD13  LEU  49          HD13      LEU  49  16.959   8.614  -1.260
    9   HD21  LEU  49          HD21      LEU  49  13.415   8.239   0.059
   10   HD22  LEU  49          HD22      LEU  49  13.907   7.024   1.243
   11   HD23  LEU  49          HD23      LEU  49  14.453   8.691   1.410

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  50           H        SER  50  12.863   6.149  -3.763
    2    HA   SER  50           HA       SER  50  13.361   3.544  -4.431
    3    HB2  SER  50           HB2      SER  50  11.798   5.406  -6.215
    4    HB3  SER  50           HB3      SER  50  11.496   3.698  -5.885
    5    HG   SER  50           HG       SER  50  10.415   4.243  -4.164

  No H/Q in entry =           5
  In of MODEL   18
    1    H    PHE  51           H        PHE  51  14.224   6.441  -6.279
    2    HA   PHE  51           HA       PHE  51  16.028   4.739  -7.867
    3    HB2  PHE  51           HB2      PHE  51  14.397   7.086  -8.868
    4    HB3  PHE  51           HB3      PHE  51  15.668   6.291  -9.789
    5    HD1  PHE  51           HD1      PHE  51  12.208   6.285  -8.929
    6    HD2  PHE  51           HD2      PHE  51  15.392   3.817 -10.293
    7    HE1  PHE  51           HE1      PHE  51  10.574   4.660  -9.790
    8    HE2  PHE  51           HE2      PHE  51  13.765   2.186 -11.156
    9    HZ   PHE  51           HZ       PHE  51  11.353   2.608 -10.906

  No H/Q in entry =           9
  In of MODEL   18
    1    H    SER  52           H        SER  52  16.790   5.901  -5.519
    2    HA   SER  52           HA       SER  52  18.768   7.822  -6.432
    3    HB2  SER  52           HB2      SER  52  16.881   9.236  -5.745
    4    HB3  SER  52           HB3      SER  52  16.840   8.440  -4.174
    5    HG   SER  52           HG       SER  52  19.304   9.492  -4.879

  No H/Q in entry =           5
  In of MODEL   18
    1    H    LYS  53           H        LYS  53  17.474   6.410  -3.394
    2    HA   LYS  53           HA       LYS  53  20.236   5.795  -2.624
    3    HB2  LYS  53           HB2      LYS  53  18.225   7.316  -0.955
    4    HB3  LYS  53           HB3      LYS  53  19.754   6.692  -0.347
    5    HG2  LYS  53           HG2      LYS  53  20.995   8.149  -1.772
    6    HG3  LYS  53           HG3      LYS  53  19.530   8.657  -2.615
    7    HD2  LYS  53           HD2      LYS  53  20.230  10.359  -1.036
    8    HD3  LYS  53           HD3      LYS  53  18.695   9.651  -0.528
    9    HE2  LYS  53           HE2      LYS  53  19.920   8.202   1.047
   10    HE3  LYS  53           HE3      LYS  53  21.426   8.985   0.567
   11    HZ1  LYS  53           HZ1      LYS  53  20.532  11.094   1.364
   12    HZ2  LYS  53           HZ2      LYS  53  19.100  10.324   1.847
   13    HZ3  LYS  53           HZ3      LYS  53  20.565   9.938   2.605

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ASP  54           H        ASP  54  20.070   4.708  -0.300
    2    HA   ASP  54           HA       ASP  54  18.171   2.478  -0.636
    3    HB2  ASP  54           HB2      ASP  54  19.832   1.041   0.373
    4    HB3  ASP  54           HB3      ASP  54  20.600   1.927  -0.942

  No H/Q in entry =           4
  In of MODEL   18
    1    H    TRP  55           H        TRP  55  18.816   5.137   1.169
    2    HA   TRP  55           HA       TRP  55  18.640   4.208   3.811
    3    HB2  TRP  55           HB2      TRP  55  19.374   6.527   2.934
    4    HB3  TRP  55           HB3      TRP  55  17.660   6.922   2.997
    5    HD1  TRP  55           HD1      TRP  55  18.367   8.768   4.928
    6    HE1  TRP  55           HE1      TRP  55  18.677   8.466   7.454
    7    HE3  TRP  55           HE3      TRP  55  18.840   3.620   5.108
    8    HZ2  TRP  55           HZ2      TRP  55  19.042   6.342   9.291
    9    HZ3  TRP  55           HZ3      TRP  55  19.159   2.566   7.282
   10    HH2  TRP  55           HH2      TRP  55  19.262   3.885   9.343

  No H/Q in entry =          10
  In of MODEL   18
    1    H    SER  56           H        SER  56  17.052   2.980   4.453
    2    HA   SER  56           HA       SER  56  14.312   3.516   3.631
    3    HB2  SER  56           HB2      SER  56  15.188   1.213   3.497
    4    HB3  SER  56           HB3      SER  56  15.459   1.227   5.239
    5    HG   SER  56           HG       SER  56  13.138   0.889   3.813

  No H/Q in entry =           5
  In of MODEL   18
    1    H    PHE  57           H        PHE  57  13.468   5.210   4.987
    2    HA   PHE  57           HA       PHE  57  13.538   4.531   7.832
    3    HB2  PHE  57           HB2      PHE  57  12.960   7.061   8.087
    4    HB3  PHE  57           HB3      PHE  57  14.621   6.582   7.764
    5    HD1  PHE  57           HD1      PHE  57  11.728   8.389   6.519
    6    HD2  PHE  57           HD2      PHE  57  15.589   6.900   5.516
    7    HE1  PHE  57           HE1      PHE  57  11.789   9.874   4.560
    8    HE2  PHE  57           HE2      PHE  57  15.653   8.387   3.554
    9    HZ   PHE  57           HZ       PHE  57  13.755   9.875   3.079

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR  58           H        TYR  58  11.456   6.569   5.741
    2    HA   TYR  58           HA       TYR  58   9.155   4.977   6.640
    3    HB2  TYR  58           HB2      TYR  58   9.267   7.070   7.887
    4    HB3  TYR  58           HB3      TYR  58   9.396   7.985   6.391
    5    HD1  TYR  58           HD1      TYR  58   7.077   5.681   8.224
    6    HD2  TYR  58           HD2      TYR  58   7.472   8.839   5.394
    7    HE1  TYR  58           HE1      TYR  58   4.616   5.925   8.169
    8    HE2  TYR  58           HE2      TYR  58   5.006   9.087   5.321
    9    HH   TYR  58           HH       TYR  58   2.961   7.724   7.606

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LEU  59           H        LEU  59   8.543   3.903   4.847
    2    HA   LEU  59           HA       LEU  59   8.388   5.323   2.279
    3    HB2  LEU  59           HB2      LEU  59   8.593   2.465   3.125
    4    HB3  LEU  59           HB3      LEU  59   7.815   2.817   1.603
    5    HG   LEU  59           HG       LEU  59  10.595   3.827   2.172
    6   HD11  LEU  59          HD11      LEU  59  10.514   1.388   2.590
    7   HD12  LEU  59          HD12      LEU  59   9.919   1.168   0.947
    8   HD13  LEU  59          HD13      LEU  59  11.520   1.852   1.221
    9   HD21  LEU  59          HD21      LEU  59   8.964   3.230  -0.289
   10   HD22  LEU  59          HD22      LEU  59   9.550   4.803   0.257
   11   HD23  LEU  59          HD23      LEU  59  10.689   3.592  -0.327

  No H/Q in entry =          11
  In of MODEL   18
    1    H    LEU  60           H        LEU  60   6.442   6.083   1.657
    2    HA   LEU  60           HA       LEU  60   4.004   4.573   2.286
    3    HB2  LEU  60           HB2      LEU  60   4.137   6.280   3.953
    4    HB3  LEU  60           HB3      LEU  60   4.649   7.466   2.784
    5    HG   LEU  60           HG       LEU  60   2.088   6.749   1.942
    6   HD11  LEU  60          HD11      LEU  60   1.898   5.632   4.196
    7   HD12  LEU  60          HD12      LEU  60   2.055   7.232   4.903
    8   HD13  LEU  60          HD13      LEU  60   0.689   6.871   3.848
    9   HD21  LEU  60          HD21      LEU  60   3.148   8.980   1.927
   10   HD22  LEU  60          HD22      LEU  60   1.508   8.988   2.581
   11   HD23  LEU  60          HD23      LEU  60   2.890   9.076   3.667

  No H/Q in entry =          11
  In of MODEL   18
    1    H    TYR  61           H        TYR  61   2.519   4.591   0.631
    2    HA   TYR  61           HA       TYR  61   2.977   6.388  -1.658
    3    HB2  TYR  61           HB2      TYR  61   2.161   3.450  -1.700
    4    HB3  TYR  61           HB3      TYR  61   2.063   4.501  -3.118
    5    HD1  TYR  61           HD1      TYR  61   3.904   4.719  -4.531
    6    HD2  TYR  61           HD2      TYR  61   4.534   3.221  -0.598
    7    HE1  TYR  61           HE1      TYR  61   6.235   4.212  -5.111
    8    HE2  TYR  61           HE2      TYR  61   6.879   2.726  -1.173
    9    HH   TYR  61           HH       TYR  61   8.243   2.298  -3.127

  No H/Q in entry =           9
  In of MODEL   18
    1    H    TYR  62           H        TYR  62   0.903   6.883  -2.890
    2    HA   TYR  62           HA       TYR  62  -1.426   6.524  -1.152
    3    HB2  TYR  62           HB2      TYR  62  -2.161   8.844  -1.581
    4    HB3  TYR  62           HB3      TYR  62  -0.675   8.743  -0.652
    5    HD1  TYR  62           HD1      TYR  62  -2.015   9.494  -4.054
    6    HD2  TYR  62           HD2      TYR  62   1.274   9.846  -1.385
    7    HE1  TYR  62           HE1      TYR  62  -0.955  11.095  -5.585
    8    HE2  TYR  62           HE2      TYR  62   2.340  11.450  -2.906
    9    HH   TYR  62           HH       TYR  62   2.290  12.002  -5.316

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR  63           H        THR  63  -3.348   6.168  -2.097
    2    HA   THR  63           HA       THR  63  -3.689   6.675  -4.962
    3    HB   THR  63           HB       THR  63  -3.050   4.200  -4.504
    4    HG1  THR  63           HG1      THR  63  -4.148   5.169  -6.411
    5   HG21  THR  63          HG21      THR  63  -4.589   3.870  -2.589
    6   HG22  THR  63          HG22      THR  63  -5.944   4.115  -3.684
    7   HG23  THR  63          HG23      THR  63  -4.879   2.731  -3.903

  No H/Q in entry =           7
  In of MODEL   18
    1    H    GLU  64           H        GLU  64  -6.104   6.378  -5.525
    2    HA   GLU  64           HA       GLU  64  -7.594   7.867  -3.478
    3    HB2  GLU  64           HB2      GLU  64  -7.179   8.949  -5.734
    4    HB3  GLU  64           HB3      GLU  64  -8.096   7.649  -6.472
    5    HG2  GLU  64           HG2      GLU  64 -10.062   8.367  -5.085
    6    HG3  GLU  64           HG3      GLU  64  -9.102   9.753  -4.569

  No H/Q in entry =           6
  In of MODEL   18
    1    H    PHE  65           H        PHE  65  -9.483   6.891  -2.605
    2    HA   PHE  65           HA       PHE  65 -10.280   4.401  -3.917
    3    HB2  PHE  65           HB2      PHE  65 -10.097   3.121  -1.947
    4    HB3  PHE  65           HB3      PHE  65  -8.655   4.095  -2.052
    5    HD1  PHE  65           HD1      PHE  65 -12.029   4.779  -0.587
    6    HD2  PHE  65           HD2      PHE  65  -7.820   4.550  -0.010
    7    HE1  PHE  65           HE1      PHE  65 -12.304   5.512   1.750
    8    HE2  PHE  65           HE2      PHE  65  -8.114   5.293   2.328
    9    HZ   PHE  65           HZ       PHE  65 -10.361   5.767   3.198

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR  66           H        THR  66 -12.340   3.576  -3.513
    2    HA   THR  66           HA       THR  66 -14.033   5.135  -1.687
    3    HB   THR  66           HB       THR  66 -14.842   4.196  -4.461
    4    HG1  THR  66           HG1      THR  66 -13.620   6.436  -3.572
    5   HG21  THR  66          HG21      THR  66 -16.346   5.731  -2.338
    6   HG22  THR  66          HG22      THR  66 -16.871   5.568  -4.015
    7   HG23  THR  66          HG23      THR  66 -16.746   4.138  -2.995

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   PRO  67           HA       PRO  67 -14.358   0.805  -0.380
    2    HB2  PRO  67           HB2      PRO  67 -15.946   1.509   1.875
    3    HB3  PRO  67           HB3      PRO  67 -14.237   1.089   1.848
    4    HG2  PRO  67           HG2      PRO  67 -15.351   3.641   2.367
    5    HG3  PRO  67           HG3      PRO  67 -13.641   3.226   2.187
    6    HD2  PRO  67           HD2      PRO  67 -15.401   4.623   0.349
    7    HD3  PRO  67           HD3      PRO  67 -13.638   4.466   0.315

  No H/Q in entry =           7
  In of MODEL   18
    1    H    THR  68           H        THR  68 -15.681  -0.651  -0.768
    2    HA   THR  68           HA       THR  68 -18.536  -0.104  -1.125
    3    HB   THR  68           HB       THR  68 -18.500  -1.535  -3.121
    4    HG1  THR  68           HG1      THR  68 -16.214  -1.970  -3.930
    5   HG21  THR  68          HG21      THR  68 -18.156   0.883  -3.432
    6   HG22  THR  68          HG22      THR  68 -16.412   0.641  -3.312
    7   HG23  THR  68          HG23      THR  68 -17.309  -0.063  -4.658

  No H/Q in entry =           7
  In of MODEL   18
    1    H    GLU  69           H        GLU  69 -19.851  -2.077  -0.882
    2    HA   GLU  69           HA       GLU  69 -18.944  -3.849   1.117
    3    HB2  GLU  69           HB2      GLU  69 -21.260  -3.484   0.991
    4    HB3  GLU  69           HB3      GLU  69 -21.346  -3.833  -0.726
    5    HG2  GLU  69           HG2      GLU  69 -22.321  -5.654   0.401
    6    HG3  GLU  69           HG3      GLU  69 -20.736  -6.194  -0.168

  No H/Q in entry =           6
  In of MODEL   18
    1    H    LYS  70           H        LYS  70 -17.969  -3.780  -2.062
    2    HA   LYS  70           HA       LYS  70 -17.768  -6.689  -2.257
    3    HB2  LYS  70           HB2      LYS  70 -17.702  -4.608  -4.446
    4    HB3  LYS  70           HB3      LYS  70 -17.494  -6.331  -4.703
    5    HG2  LYS  70           HG2      LYS  70 -19.993  -5.450  -3.331
    6    HG3  LYS  70           HG3      LYS  70 -19.827  -5.108  -5.052
    7    HD2  LYS  70           HD2      LYS  70 -20.967  -7.233  -4.704
    8    HD3  LYS  70           HD3      LYS  70 -19.416  -7.476  -5.501
    9    HE2  LYS  70           HE2      LYS  70 -18.420  -8.225  -3.445
   10    HE3  LYS  70           HE3      LYS  70 -19.887  -7.835  -2.546
   11    HZ1  LYS  70           HZ1      LYS  70 -21.050  -9.513  -3.897
   12    HZ2  LYS  70           HZ2      LYS  70 -19.576  -9.934  -4.623
   13    HZ3  LYS  70           HZ3      LYS  70 -19.801 -10.173  -2.960

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ASP  71           H        ASP  71 -15.694  -3.792  -2.297
    2    HA   ASP  71           HA       ASP  71 -13.544  -5.530  -3.240
    3    HB2  ASP  71           HB2      ASP  71 -13.659  -2.506  -3.276
    4    HB3  ASP  71           HB3      ASP  71 -12.369  -3.514  -3.904

  No H/Q in entry =           4
  In of MODEL   18
    1    H    GLU  72           H        GLU  72 -11.848  -5.926  -2.105
    2    HA   GLU  72           HA       GLU  72 -11.512  -4.958   0.661
    3    HB2  GLU  72           HB2      GLU  72 -11.722  -7.349   0.380
    4    HB3  GLU  72           HB3      GLU  72 -10.592  -7.371  -0.944
    5    HG2  GLU  72           HG2      GLU  72  -9.600  -6.544   1.723
    6    HG3  GLU  72           HG3      GLU  72  -9.992  -8.236   1.463

  No H/Q in entry =           6
  In of MODEL   18
    1    H    TYR  73           H        TYR  73  -9.467  -3.989   1.250
    2    HA   TYR  73           HA       TYR  73  -7.851  -3.177  -1.103
    3    HB2  TYR  73           HB2      TYR  73  -8.502  -1.628   1.415
    4    HB3  TYR  73           HB3      TYR  73  -7.214  -1.162   0.315
    5    HD1  TYR  73           HD1      TYR  73  -7.674   0.168  -1.540
    6    HD2  TYR  73           HD2      TYR  73 -10.868  -1.830   0.444
    7    HE1  TYR  73           HE1      TYR  73  -9.292   1.379  -2.942
    8    HE2  TYR  73           HE2      TYR  73 -12.499  -0.618  -0.963
    9    HH   TYR  73           HH       TYR  73 -12.694   1.318  -2.320

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ALA  74           H        ALA  74  -5.770  -3.718  -1.125
    2    HA   ALA  74           HA       ALA  74  -4.490  -4.612   1.364
    3    HB1  ALA  74           HB1      ALA  74  -5.394  -6.552   0.176
    4    HB2  ALA  74           HB2      ALA  74  -3.630  -6.566   0.204
    5    HB3  ALA  74           HB3      ALA  74  -4.488  -6.085  -1.267

  No H/Q in entry =           5
  In of MODEL   18
    1    H    CYS  75           H        CYS  75  -2.104  -4.656   1.238
    2    HA   CYS  75           HA       CYS  75  -1.052  -3.218  -1.120
    3    HB2  CYS  75           HB2      CYS  75  -0.905  -1.693   0.724
    4    HB3  CYS  75           HB3      CYS  75  -0.184  -2.925   1.749

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ARG  76           H        ARG  76   0.671  -4.097  -2.131
    2    HA   ARG  76           HA       ARG  76   1.609  -6.706  -1.139
    3    HB2  ARG  76           HB2      ARG  76   0.443  -6.439  -3.412
    4    HB3  ARG  76           HB3      ARG  76   1.915  -5.605  -3.928
    5    HG2  ARG  76           HG2      ARG  76   2.842  -7.591  -4.386
    6    HG3  ARG  76           HG3      ARG  76   2.658  -8.080  -2.708
    7    HD2  ARG  76           HD2      ARG  76   0.135  -8.508  -3.627
    8    HD3  ARG  76           HD3      ARG  76   1.066  -8.854  -5.097
    9    HE   ARG  76           HE       ARG  76   1.855 -10.153  -2.596
   10   HH11  ARG  76          HH11      ARG  76   0.445 -10.335  -5.793
   11   HH12  ARG  76          HH12      ARG  76   0.523 -12.072  -5.858
   12   HH21  ARG  76          HH21      ARG  76   1.967 -12.441  -2.694
   13   HH22  ARG  76          HH22      ARG  76   1.369 -13.261  -4.109

  No H/Q in entry =          13
  In of MODEL   18
    1    H    VAL  77           H        VAL  77   3.764  -6.899  -0.588
    2    HA   VAL  77           HA       VAL  77   5.621  -5.020  -1.878
    3    HB   VAL  77           HB       VAL  77   5.079  -4.443   0.592
    4   HG11  VAL  77          HG11      VAL  77   7.022  -6.708   0.991
    5   HG12  VAL  77          HG12      VAL  77   6.544  -5.531   2.219
    6   HG13  VAL  77          HG13      VAL  77   5.350  -6.644   1.552
    7   HG21  VAL  77          HG21      VAL  77   6.833  -3.414  -0.776
    8   HG22  VAL  77          HG22      VAL  77   7.313  -3.593   0.912
    9   HG23  VAL  77          HG23      VAL  77   7.936  -4.706  -0.303

  No H/Q in entry =           9
  In of MODEL   18
    1    H    ASN  78           H        ASN  78   7.426  -5.772  -2.571
    2    HA   ASN  78           HA       ASN  78   8.232  -8.536  -1.907
    3    HB2  ASN  78           HB2      ASN  78   7.063  -8.429  -4.123
    4    HB3  ASN  78           HB3      ASN  78   8.337  -7.350  -4.691
    5   HD21  ASN  78          HD21      ASN  78   8.911  -8.812  -6.300
    6   HD22  ASN  78          HD22      ASN  78   9.794 -10.258  -5.952

  No H/Q in entry =           6
  In of MODEL   18
    1    H    HIS  79           H        HIS  79  10.346  -8.932  -1.723
    2    HA   HIS  79           HA       HIS  79  12.255  -6.832  -2.437
    3    HB2  HIS  79           HB2      HIS  79  11.708  -6.667   0.013
    4    HB3  HIS  79           HB3      HIS  79  12.293  -8.310   0.213
    5    HD2  HIS  79           HD2      HIS  79  13.626  -4.710  -0.146
    6    HE1  HIS  79           HE1      HIS  79  16.922  -7.323   0.297
    7    HE2  HIS  79           HE2      HIS  79  16.208  -4.907   0.058

  No H/Q in entry =           7
  In of MODEL   18
    1    H    VAL  80           H        VAL  80  14.447  -7.706  -2.663
    2    HA   VAL  80           HA       VAL  80  14.584 -10.016  -4.181
    3    HB   VAL  80           HB       VAL  80  16.851  -8.825  -2.572
    4   HG11  VAL  80          HG11      VAL  80  16.892 -10.630  -4.992
    5   HG12  VAL  80          HG12      VAL  80  18.302  -9.861  -4.265
    6   HG13  VAL  80          HG13      VAL  80  17.387 -11.064  -3.356
    7   HG21  VAL  80          HG21      VAL  80  15.901  -8.258  -5.378
    8   HG22  VAL  80          HG22      VAL  80  15.849  -7.158  -4.002
    9   HG23  VAL  80          HG23      VAL  80  17.400  -7.651  -4.676

  No H/Q in entry =           9
  In of MODEL   18
    1    H    THR  81           H        THR  81  14.681  -9.741  -0.699
    2    HA   THR  81           HA       THR  81  15.918 -12.320  -0.291
    3    HB   THR  81           HB       THR  81  16.189 -10.685   1.480
    4    HG1  THR  81           HG1      THR  81  16.279 -12.506   2.549
    5   HG21  THR  81          HG21      THR  81  13.182 -10.819   1.808
    6   HG22  THR  81          HG22      THR  81  14.293  -9.993   2.901
    7   HG23  THR  81          HG23      THR  81  14.107  -9.429   1.240

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LEU  82           H        LEU  82  12.543 -11.137   0.048
    2    HA   LEU  82           HA       LEU  82  11.382 -13.664   0.464
    3    HB2  LEU  82           HB2      LEU  82  10.023 -11.513  -1.150
    4    HB3  LEU  82           HB3      LEU  82   9.296 -12.722  -0.107
    5    HG   LEU  82           HG       LEU  82  10.982 -10.472   0.950
    6   HD11  LEU  82          HD11      LEU  82   8.001 -10.648   0.617
    7   HD12  LEU  82          HD12      LEU  82   8.847  -9.432   1.575
    8   HD13  LEU  82          HD13      LEU  82   9.099  -9.512  -0.167
    9   HD21  LEU  82          HD21      LEU  82  10.784 -12.421   2.417
   10   HD22  LEU  82          HD22      LEU  82   9.905 -11.038   3.068
   11   HD23  LEU  82          HD23      LEU  82   9.027 -12.348   2.274

  No H/Q in entry =          11
  In of MODEL   18
    1    H    SER  83           H        SER  83  10.336 -15.093  -0.973
    2    HA   SER  83           HA       SER  83  11.199 -14.909  -3.789
    3    HB2  SER  83           HB2      SER  83  11.830 -16.969  -2.464
    4    HB3  SER  83           HB3      SER  83  10.111 -17.329  -2.318
    5    HG   SER  83           HG       SER  83  10.295 -17.035  -4.808

  No H/Q in entry =           5
  In of MODEL   18
    1    H    GLN  84           H        GLN  84   8.736 -14.299  -1.736
    2    HA   GLN  84           HA       GLN  84   6.761 -14.212  -3.867
    3    HB2  GLN  84           HB2      GLN  84   5.023 -15.268  -2.444
    4    HB3  GLN  84           HB3      GLN  84   6.338 -16.370  -2.819
    5    HG2  GLN  84           HG2      GLN  84   6.172 -14.850  -0.228
    6    HG3  GLN  84           HG3      GLN  84   5.427 -16.429  -0.461
    7   HE21  GLN  84          HE21      GLN  84   6.745 -18.244  -0.689
    8   HE22  GLN  84          HE22      GLN  84   8.415 -18.228  -0.221

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   PRO  85           HA       PRO  85   6.190 -10.274  -1.678
    2    HB2  PRO  85           HB2      PRO  85   3.976  -9.471  -3.099
    3    HB3  PRO  85           HB3      PRO  85   5.651  -9.124  -3.549
    4    HG2  PRO  85           HG2      PRO  85   3.781 -11.169  -4.637
    5    HG3  PRO  85           HG3      PRO  85   5.081 -10.279  -5.459
    6    HD2  PRO  85           HD2      PRO  85   5.309 -12.932  -4.681
    7    HD3  PRO  85           HD3      PRO  85   6.713 -11.825  -4.824

  No H/Q in entry =           7
  In of MODEL   18
    1    H    LYS  86           H        LYS  86   4.651  -9.421  -0.271
    2    HA   LYS  86           HA       LYS  86   2.635 -11.410   0.540
    3    HB2  LYS  86           HB2      LYS  86   3.749  -9.214   2.281
    4    HB3  LYS  86           HB3      LYS  86   2.804 -10.610   2.780
    5    HG2  LYS  86           HG2      LYS  86   5.627 -10.662   1.726
    6    HG3  LYS  86           HG3      LYS  86   5.148 -10.834   3.411
    7    HD2  LYS  86           HD2      LYS  86   3.962 -12.712   1.439
    8    HD3  LYS  86           HD3      LYS  86   5.661 -12.928   1.857
    9    HE2  LYS  86           HE2      LYS  86   4.522 -14.293   3.382
   10    HE3  LYS  86           HE3      LYS  86   4.884 -12.833   4.298
   11    HZ1  LYS  86           HZ1      LYS  86   2.600 -12.069   3.835
   12    HZ2  LYS  86           HZ2      LYS  86   2.279 -13.539   3.054
   13    HZ3  LYS  86           HZ3      LYS  86   2.636 -13.519   4.711

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ILE  87           H        ILE  87   0.610 -10.757   1.065
    2    HA   ILE  87           HA       ILE  87  -0.116  -7.997   0.326
    3    HB   ILE  87           HB       ILE  87  -1.498 -10.538  -0.172
    4   HG12  ILE  87          HG12      ILE  87  -0.911  -9.296  -2.064
    5   HG13  ILE  87          HG13      ILE  87  -2.633  -8.957  -1.891
    6   HG21  ILE  87          HG21      ILE  87  -3.059  -8.207   0.908
    7   HG22  ILE  87          HG22      ILE  87  -3.774  -9.512  -0.038
    8   HG23  ILE  87          HG23      ILE  87  -3.024  -9.859   1.524
    9   HD11  ILE  87          HD11      ILE  87  -0.423  -7.165  -0.950
   10   HD12  ILE  87          HD12      ILE  87  -1.359  -6.963  -2.428
   11   HD13  ILE  87          HD13      ILE  87  -2.153  -6.843  -0.862

  No H/Q in entry =          11
  In of MODEL   18
    1    H    VAL  88           H        VAL  88  -0.921  -6.664   1.783
    2    HA   VAL  88           HA       VAL  88  -1.825  -7.764   4.361
    3    HB   VAL  88           HB       VAL  88   0.192  -6.381   4.623
    4   HG11  VAL  88          HG11      VAL  88  -1.433  -4.209   3.356
    5   HG12  VAL  88          HG12      VAL  88   0.074  -3.942   4.232
    6   HG13  VAL  88          HG13      VAL  88   0.069  -4.913   2.752
    7   HG21  VAL  88          HG21      VAL  88  -2.310  -5.095   5.691
    8   HG22  VAL  88          HG22      VAL  88  -1.411  -6.419   6.434
    9   HG23  VAL  88          HG23      VAL  88  -0.682  -4.817   6.310

  No H/Q in entry =           9
  In of MODEL   18
    1    H    LYS  89           H        LYS  89  -3.951  -7.419   4.776
    2    HA   LYS  89           HA       LYS  89  -5.312  -5.579   2.937
    3    HB2  LYS  89           HB2      LYS  89  -6.552  -7.947   4.329
    4    HB3  LYS  89           HB3      LYS  89  -7.225  -6.992   3.014
    5    HG2  LYS  89           HG2      LYS  89  -5.881  -7.957   1.436
    6    HG3  LYS  89           HG3      LYS  89  -4.646  -8.401   2.617
    7    HD2  LYS  89           HD2      LYS  89  -7.383  -9.636   2.467
    8    HD3  LYS  89           HD3      LYS  89  -5.943 -10.341   1.737
    9    HE2  LYS  89           HE2      LYS  89  -4.921 -10.514   3.955
   10    HE3  LYS  89           HE3      LYS  89  -6.356  -9.788   4.680
   11    HZ1  LYS  89           HZ1      LYS  89  -7.581 -11.733   3.553
   12    HZ2  LYS  89           HZ2      LYS  89  -6.051 -12.460   3.460
   13    HZ3  LYS  89           HZ3      LYS  89  -6.698 -12.042   4.969

  No H/Q in entry =          13
  In of MODEL   18
    1    H    TRP  90           H        TRP  90  -7.020  -4.315   3.731
    2    HA   TRP  90           HA       TRP  90  -6.529  -3.454   6.461
    3    HB2  TRP  90           HB2      TRP  90  -6.584  -1.762   4.676
    4    HB3  TRP  90           HB3      TRP  90  -8.219  -2.258   4.255
    5    HD1  TRP  90           HD1      TRP  90  -6.760  -1.190   7.732
    6    HE1  TRP  90           HE1      TRP  90  -8.223   0.666   8.660
    7    HE3  TRP  90           HE3      TRP  90 -10.006  -0.663   3.760
    8    HZ2  TRP  90           HZ2      TRP  90 -10.518   2.127   7.883
    9    HZ3  TRP  90           HZ3      TRP  90 -11.802   1.001   3.946
   10    HH2  TRP  90           HH2      TRP  90 -12.055   2.384   5.946

  No H/Q in entry =          10
  In of MODEL   18
    1    H    ASP  91           H        ASP  91  -7.865  -3.687   8.147
    2    HA   ASP  91           HA       ASP  91  -9.896  -5.694   8.035
    3    HB2  ASP  91           HB2      ASP  91  -9.015  -3.848  10.251
    4    HB3  ASP  91           HB3      ASP  91 -10.286  -5.051  10.444

  No H/Q in entry =           4
  In of MODEL   18
    1    H    ARG  92           H        ARG  92 -11.688  -5.173   6.894
    2    HA   ARG  92           HA       ARG  92 -13.831  -3.985   8.077
    3    HB2  ARG  92           HB2      ARG  92 -13.994  -1.740   7.444
    4    HB3  ARG  92           HB3      ARG  92 -12.248  -1.904   7.630
    5    HG2  ARG  92           HG2      ARG  92 -12.413  -0.772   5.634
    6    HG3  ARG  92           HG3      ARG  92 -12.217  -2.446   5.101
    7    HD2  ARG  92           HD2      ARG  92 -14.789  -2.508   4.986
    8    HD3  ARG  92           HD3      ARG  92 -14.716  -0.743   5.117
    9    HE   ARG  92           HE       ARG  92 -12.999  -1.374   3.087
   10   HH11  ARG  92          HH11      ARG  92 -16.374  -2.007   3.778
   11   HH12  ARG  92          HH12      ARG  92 -16.800  -2.250   2.114
   12   HH21  ARG  92          HH21      ARG  92 -13.555  -1.728   0.903
   13   HH22  ARG  92          HH22      ARG  92 -15.196  -2.117   0.484

  No H/Q in entry =          13
  In of MODEL   18
    1    H    ASP  93           H        ASP  93 -12.211  -5.299   5.488
    2    HA   ASP  93           HA       ASP  93 -14.610  -5.654   3.863
    3    HB2  ASP  93           HB2      ASP  93 -13.157  -5.100   1.837
    4    HB3  ASP  93           HB3      ASP  93 -13.846  -3.746   2.750

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   MET  94           HA       MET  94 -10.727  -8.449   2.971
    2    HB2  MET  94           HB2      MET  94  -9.650  -9.641   5.066
    3    HB3  MET  94           HB3      MET  94  -9.032  -8.118   4.439
    4    HG2  MET  94           HG2      MET  94  -9.233  -8.293   6.959
    5    HG3  MET  94           HG3      MET  94  -9.967  -6.861   6.234
    6    HE1  MET  94           HE1      MET  94 -11.134 -10.636   6.628
    7    HE2  MET  94           HE2      MET  94 -10.454 -10.178   8.188
    8    HE3  MET  94           HE3      MET  94 -12.184 -10.486   8.037

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   MET   1           HA       MET   1   5.171  -7.965   7.082
    2    HB2  MET   1           HB2      MET   1   5.590  -8.305   9.488
    3    HB3  MET   1           HB3      MET   1   5.505  -6.568   9.751
    4    HG2  MET   1           HG2      MET   1   3.157  -6.610   8.973
    5    HG3  MET   1           HG3      MET   1   3.262  -8.365   8.855
    6    HE1  MET   1           HE1      MET   1   3.732  -9.947  10.970
    7    HE2  MET   1           HE2      MET   1   5.130  -8.976  11.432
    8    HE3  MET   1           HE3      MET   1   3.883  -9.348  12.622

  No H/Q in entry =           8
  In of MODEL   19
    1    H    ILE   2           H        ILE   2   3.729  -6.842   5.905
    2    HA   ILE   2           HA       ILE   2   3.925  -3.942   5.841
    3    HB   ILE   2           HB       ILE   2   1.762  -5.435   4.378
    4   HG12  ILE   2          HG12      ILE   2   4.485  -5.182   3.117
    5   HG13  ILE   2          HG13      ILE   2   4.037  -6.613   4.045
    6   HG21  ILE   2          HG21      ILE   2   1.896  -2.966   4.301
    7   HG22  ILE   2          HG22      ILE   2   3.473  -3.103   3.514
    8   HG23  ILE   2          HG23      ILE   2   2.033  -3.723   2.713
    9   HD11  ILE   2          HD11      ILE   2   2.507  -5.569   1.673
   10   HD12  ILE   2          HD12      ILE   2   3.693  -6.868   1.606
   11   HD13  ILE   2          HD13      ILE   2   2.207  -7.076   2.537

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLN   3           H        GLN   3   2.479  -2.600   6.790
    2    HA   GLN   3           HA       GLN   3   0.041  -3.825   7.905
    3    HB2  GLN   3           HB2      GLN   3   1.761  -1.676   9.168
    4    HB3  GLN   3           HB3      GLN   3   0.216  -2.244   9.811
    5    HG2  GLN   3           HG2      GLN   3   1.133  -4.462  10.188
    6    HG3  GLN   3           HG3      GLN   3   2.670  -3.968   9.433
    7   HE21  GLN   3          HE21      GLN   3   0.786  -1.924  11.570
    8   HE22  GLN   3          HE22      GLN   3   1.917  -1.929  12.876

  No H/Q in entry =           8
  In of MODEL   19
    1    H    VAL   4           H        VAL   4  -1.564  -3.101   6.655
    2    HA   VAL   4           HA       VAL   4  -1.415  -0.409   5.565
    3    HB   VAL   4           HB       VAL   4  -3.633  -1.066   4.432
    4   HG11  VAL   4          HG11      VAL   4  -1.479  -1.023   3.277
    5   HG12  VAL   4          HG12      VAL   4  -1.154  -2.672   3.811
    6   HG13  VAL   4          HG13      VAL   4  -2.490  -2.349   2.707
    7   HG21  VAL   4          HG21      VAL   4  -4.194  -2.904   5.939
    8   HG22  VAL   4          HG22      VAL   4  -4.088  -3.451   4.265
    9   HG23  VAL   4          HG23      VAL   4  -2.774  -3.793   5.392

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR   5           H        TYR   5  -2.935   1.128   5.831
    2    HA   TYR   5           HA       TYR   5  -4.964   0.937   7.898
    3    HB2  TYR   5           HB2      TYR   5  -2.607   2.842   8.095
    4    HB3  TYR   5           HB3      TYR   5  -4.091   3.031   9.017
    5    HD1  TYR   5           HD1      TYR   5  -0.950   2.452   9.679
    6    HD2  TYR   5           HD2      TYR   5  -4.570   0.217   9.916
    7    HE1  TYR   5           HE1      TYR   5   0.033   1.058  11.455
    8    HE2  TYR   5           HE2      TYR   5  -3.588  -1.185  11.692
    9    HH   TYR   5           HH       TYR   5  -0.830  -0.373  13.368

  No H/Q in entry =           9
  In of MODEL   19
    1    H    SER   6           H        SER   6  -5.871   3.386   8.053
    2    HA   SER   6           HA       SER   6  -5.598   4.640   5.410
    3    HB2  SER   6           HB2      SER   6  -8.166   4.365   7.004
    4    HB3  SER   6           HB3      SER   6  -7.981   5.266   5.493
    5    HG   SER   6           HG       SER   6  -7.101   2.646   5.421

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ARG   7           H        ARG   7  -5.999   6.911   5.363
    2    HA   ARG   7           HA       ARG   7  -4.896   8.267   7.651
    3    HB2  ARG   7           HB2      ARG   7  -4.768   8.760   5.000
    4    HB3  ARG   7           HB3      ARG   7  -6.101   9.833   5.417
    5    HG2  ARG   7           HG2      ARG   7  -3.407   9.893   6.758
    6    HG3  ARG   7           HG3      ARG   7  -3.867  10.912   5.394
    7    HD2  ARG   7           HD2      ARG   7  -5.822  11.676   6.832
    8    HD3  ARG   7           HD3      ARG   7  -4.995  10.896   8.181
    9    HE   ARG   7           HE       ARG   7  -3.272  12.671   6.760
   10   HH11  ARG   7          HH11      ARG   7  -5.813  12.559   9.184
   11   HH12  ARG   7          HH12      ARG   7  -5.355  14.069   9.911
   12   HH21  ARG   7          HH21      ARG   7  -2.657  14.636   7.724
   13   HH22  ARG   7          HH22      ARG   7  -3.556  15.251   9.081

  No H/Q in entry =          13
  In of MODEL   19
    1    H    HIS   8           H        HIS   8  -8.042   7.585   6.461
    2    HA   HIS   8           HA       HIS   8  -9.264   9.397   8.408
    3    HB2  HIS   8           HB2      HIS   8 -10.049   9.192   5.484
    4    HB3  HIS   8           HB3      HIS   8 -10.996  10.026   6.710
    5    HD2  HIS   8           HD2      HIS   8  -8.762  11.024   4.021
    6    HE1  HIS   8           HE1      HIS   8  -7.816  13.695   7.160
    7    HE2  HIS   8           HE2      HIS   8  -7.378  13.102   4.735

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   PRO   9           HA       PRO   9 -11.864   5.962   9.384
    2    HB2  PRO   9           HB2      PRO   9 -14.279   7.654   9.257
    3    HB3  PRO   9           HB3      PRO   9 -13.575   6.793  10.639
    4    HG2  PRO   9           HG2      PRO   9 -13.448   9.489  10.433
    5    HG3  PRO   9           HG3      PRO   9 -12.111   8.543  11.126
    6    HD2  PRO   9           HD2      PRO   9 -12.383   9.724   8.382
    7    HD3  PRO   9           HD3      PRO   9 -10.962   9.711   9.456

  No H/Q in entry =           7
  In of MODEL   19
    1    H    ALA  10           H        ALA  10 -12.891   4.356   8.307
    2    HA   ALA  10           HA       ALA  10 -13.384   4.476   5.544
    3    HB1  ALA  10           HB1      ALA  10 -14.338   2.240   5.806
    4    HB2  ALA  10           HB2      ALA  10 -12.856   2.401   6.745
    5    HB3  ALA  10           HB3      ALA  10 -14.421   2.469   7.551

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLU  11           H        GLU  11 -14.963   6.015   4.862
    2    HA   GLU  11           HA       GLU  11 -17.677   5.477   5.915
    3    HB2  GLU  11           HB2      GLU  11 -16.417   7.855   6.088
    4    HB3  GLU  11           HB3      GLU  11 -17.089   8.026   4.478
    5    HG2  GLU  11           HG2      GLU  11 -18.703   7.453   6.947
    6    HG3  GLU  11           HG3      GLU  11 -18.456   9.039   6.234

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ASN  12           H        ASN  12 -18.440   3.975   4.466
    2    HA   ASN  12           HA       ASN  12 -17.977   3.572   1.848
    3    HB2  ASN  12           HB2      ASN  12 -19.406   2.054   2.943
    4    HB3  ASN  12           HB3      ASN  12 -20.539   3.304   3.448
    5   HD21  ASN  12          HD21      ASN  12 -22.335   2.412   2.587
    6   HD22  ASN  12          HD22      ASN  12 -22.592   2.177   0.886

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLY  13           H        GLY  13 -17.896   4.848   0.181
    2    HA2  GLY  13           HA2      GLY  13 -20.009   6.898  -0.199
    3    HA3  GLY  13           HA3      GLY  13 -19.190   6.058  -1.500

  No H/Q in entry =           3
  In of MODEL   19
    1    H    LYS  14           H        LYS  14 -17.071   7.022   1.024
    2    HA   LYS  14           HA       LYS  14 -16.583   9.647  -0.205
    3    HB2  LYS  14           HB2      LYS  14 -14.987   8.443   2.047
    4    HB3  LYS  14           HB3      LYS  14 -15.113  10.126   1.596
    5    HG2  LYS  14           HG2      LYS  14 -17.333   8.508   2.837
    6    HG3  LYS  14           HG3      LYS  14 -16.210   9.542   3.700
    7    HD2  LYS  14           HD2      LYS  14 -18.186  10.758   3.461
    8    HD3  LYS  14           HD3      LYS  14 -17.025  11.474   2.349
    9    HE2  LYS  14           HE2      LYS  14 -19.119  11.356   1.235
   10    HE3  LYS  14           HE3      LYS  14 -18.079  10.119   0.529
   11    HZ1  LYS  14           HZ1      LYS  14 -20.125   9.622   2.634
   12    HZ2  LYS  14           HZ2      LYS  14 -20.357   9.326   0.979
   13    HZ3  LYS  14           HZ3      LYS  14 -19.193   8.452   1.846

  No H/Q in entry =          13
  In of MODEL   19
    1    H    SER  15           H        SER  15 -14.575  10.234  -1.110
    2    HA   SER  15           HA       SER  15 -12.740   8.015  -1.589
    3    HB2  SER  15           HB2      SER  15 -11.555   9.897  -3.012
    4    HB3  SER  15           HB3      SER  15 -12.939   9.006  -3.646
    5    HG   SER  15           HG       SER  15 -13.776  11.152  -2.221

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ASN  16           H        ASN  16 -10.680   8.012  -0.924
    2    HA   ASN  16           HA       ASN  16  -9.553  10.062   0.760
    3    HB2  ASN  16           HB2      ASN  16 -10.001   7.358   2.044
    4    HB3  ASN  16           HB3      ASN  16  -9.438   8.834   2.802
    5   HD21  ASN  16          HD21      ASN  16 -10.916  10.207   3.693
    6   HD22  ASN  16          HD22      ASN  16 -12.615   9.900   3.723

  No H/Q in entry =           6
  In of MODEL   19
    1    H    PHE  17           H        PHE  17  -7.555   8.404   1.929
    2    HA   PHE  17           HA       PHE  17  -6.346   7.274  -0.512
    3    HB2  PHE  17           HB2      PHE  17  -5.143   8.959   1.666
    4    HB3  PHE  17           HB3      PHE  17  -4.133   7.917   0.669
    5    HD1  PHE  17           HD1      PHE  17  -4.331  11.079   0.967
    6    HD2  PHE  17           HD2      PHE  17  -5.678   8.240  -1.907
    7    HE1  PHE  17           HE1      PHE  17  -4.249  12.810  -0.781
    8    HE2  PHE  17           HE2      PHE  17  -5.591   9.966  -3.657
    9    HZ   PHE  17           HZ       PHE  17  -4.876  12.253  -3.094

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  18           H        LEU  18  -5.470   5.266  -0.435
    2    HA   LEU  18           HA       LEU  18  -5.678   3.799   2.080
    3    HB2  LEU  18           HB2      LEU  18  -6.490   2.550   0.230
    4    HB3  LEU  18           HB3      LEU  18  -5.087   2.945  -0.746
    5    HG   LEU  18           HG       LEU  18  -3.681   1.442   0.574
    6   HD11  LEU  18          HD11      LEU  18  -6.155   0.893   2.216
    7   HD12  LEU  18          HD12      LEU  18  -4.644  -0.006   2.302
    8   HD13  LEU  18          HD13      LEU  18  -4.682   1.690   2.772
    9   HD21  LEU  18          HD21      LEU  18  -6.283   0.207  -0.311
   10   HD22  LEU  18          HD22      LEU  18  -4.833   0.453  -1.283
   11   HD23  LEU  18          HD23      LEU  18  -4.815  -0.696   0.055

  No H/Q in entry =          11
  In of MODEL   19
    1    H    ASN  19           H        ASN  19  -4.053   3.601   3.401
    2    HA   ASN  19           HA       ASN  19  -1.407   4.488   2.489
    3    HB2  ASN  19           HB2      ASN  19  -2.771   4.640   5.181
    4    HB3  ASN  19           HB3      ASN  19  -1.025   4.828   5.022
    5   HD21  ASN  19          HD21      ASN  19  -1.118   6.917   5.789
    6   HD22  ASN  19          HD22      ASN  19  -1.724   8.223   4.833

  No H/Q in entry =           6
  In of MODEL   19
    1    H    CYS  20           H        CYS  20  -0.090   2.834   2.033
    2    HA   CYS  20           HA       CYS  20  -0.148   0.445   3.765
    3    HB2  CYS  20           HB2      CYS  20  -0.543  -0.247   1.535
    4    HB3  CYS  20           HB3      CYS  20   0.619   0.905   0.865

  No H/Q in entry =           4
  In of MODEL   19
    1    H    TYR  21           H        TYR  21   1.499   0.429   5.237
    2    HA   TYR  21           HA       TYR  21   3.875   2.045   4.706
    3    HB2  TYR  21           HB2      TYR  21   3.178   0.509   7.215
    4    HB3  TYR  21           HB3      TYR  21   4.456   1.700   7.039
    5    HD1  TYR  21           HD1      TYR  21   0.905   1.159   7.539
    6    HD2  TYR  21           HD2      TYR  21   3.905   4.091   6.850
    7    HE1  TYR  21           HE1      TYR  21  -0.687   2.932   8.179
    8    HE2  TYR  21           HE2      TYR  21   2.326   5.870   7.491
    9    HH   TYR  21           HH       TYR  21  -0.527   5.323   9.092

  No H/Q in entry =           9
  In of MODEL   19
    1    H    VAL  22           H        VAL  22   5.786   1.264   4.212
    2    HA   VAL  22           HA       VAL  22   6.297  -1.621   4.502
    3    HB   VAL  22           HB       VAL  22   7.041   0.085   2.085
    4   HG11  VAL  22          HG11      VAL  22   8.667  -1.693   2.666
    5   HG12  VAL  22          HG12      VAL  22   7.378  -2.886   2.507
    6   HG13  VAL  22          HG13      VAL  22   7.887  -1.944   1.102
    7   HG21  VAL  22          HG21      VAL  22   4.996  -2.130   2.318
    8   HG22  VAL  22          HG22      VAL  22   4.657  -0.417   2.070
    9   HG23  VAL  22          HG23      VAL  22   5.486  -1.343   0.815

  No H/Q in entry =           9
  In of MODEL   19
    1    H    SER  23           H        SER  23   7.907  -1.582   6.064
    2    HA   SER  23           HA       SER  23   9.864   0.632   5.904
    3    HB2  SER  23           HB2      SER  23   8.268   0.836   7.786
    4    HB3  SER  23           HB3      SER  23   8.816  -0.722   8.402
    5    HG   SER  23           HG       SER  23  10.095   1.760   8.417

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLY  24           H        GLY  24  12.014   0.194   6.158
    2    HA2  GLY  24           HA2      GLY  24  12.831  -2.529   6.952
    3    HA3  GLY  24           HA3      GLY  24  13.851  -1.097   7.001

  No H/Q in entry =           3
  In of MODEL   19
    1    H    PHE  25           H        PHE  25  12.253  -0.882   4.197
    2    HA   PHE  25           HA       PHE  25  14.206  -2.504   2.691
    3    HB2  PHE  25           HB2      PHE  25  11.434  -1.666   1.857
    4    HB3  PHE  25           HB3      PHE  25  12.505  -2.747   0.983
    5    HD1  PHE  25           HD1      PHE  25  12.834  -5.051   1.705
    6    HD2  PHE  25           HD2      PHE  25  10.246  -2.440   3.864
    7    HE1  PHE  25           HE1      PHE  25  11.856  -6.993   2.876
    8    HE2  PHE  25           HE2      PHE  25   9.263  -4.379   5.043
    9    HZ   PHE  25           HZ       PHE  25  10.049  -6.646   4.515

  No H/Q in entry =           9
  In of MODEL   19
    1    H    HIS  26           H        HIS  26  15.340  -1.556   1.030
    2    HA   HIS  26           HA       HIS  26  15.490   1.289   0.927
    3    HB2  HIS  26           HB2      HIS  26  16.717   0.460  -1.419
    4    HB3  HIS  26           HB3      HIS  26  17.494   0.724   0.117
    5    HD2  HIS  26           HD2      HIS  26  16.477  -2.238  -2.181
    6    HE1  HIS  26           HE1      HIS  26  18.671  -3.713   1.117
    7    HE2  HIS  26           HE2      HIS  26  17.955  -4.157  -1.272

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   PRO  27           HA       PRO  27  11.939   2.195  -1.560
    2    HB2  PRO  27           HB2      PRO  27  13.720   4.541  -2.134
    3    HB3  PRO  27           HB3      PRO  27  11.995   4.515  -1.733
    4    HG2  PRO  27           HG2      PRO  27  13.743   5.150   0.145
    5    HG3  PRO  27           HG3      PRO  27  12.390   4.051   0.528
    6    HD2  PRO  27           HD2      PRO  27  15.287   3.422   0.058
    7    HD3  PRO  27           HD3      PRO  27  14.140   2.693   1.207

  No H/Q in entry =           7
  In of MODEL   19
    1    H    SER  28           H        SER  28  15.187   1.928  -2.797
    2    HA   SER  28           HA       SER  28  14.303   2.317  -5.527
    3    HB2  SER  28           HB2      SER  28  16.442   3.307  -4.827
    4    HB3  SER  28           HB3      SER  28  17.074   1.701  -4.473
    5    HG   SER  28           HG       SER  28  16.423   2.858  -6.969

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ASP  29           H        ASP  29  15.345  -0.449  -3.453
    2    HA   ASP  29           HA       ASP  29  15.070  -2.123  -5.880
    3    HB2  ASP  29           HB2      ASP  29  16.482  -2.752  -3.288
    4    HB3  ASP  29           HB3      ASP  29  16.237  -3.911  -4.585

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ILE  30           H        ILE  30  12.726  -1.238  -4.209
    2    HA   ILE  30           HA       ILE  30  11.815  -3.991  -3.679
    3    HB   ILE  30           HB       ILE  30  10.714  -3.463  -1.752
    4   HG12  ILE  30          HG12      ILE  30  10.625  -0.521  -2.505
    5   HG13  ILE  30          HG13      ILE  30   9.324  -1.681  -2.767
    6   HG21  ILE  30          HG21      ILE  30  12.994  -1.517  -1.795
    7   HG22  ILE  30          HG22      ILE  30  12.078  -1.925  -0.345
    8   HG23  ILE  30          HG23      ILE  30  12.992  -3.171  -1.189
    9   HD11  ILE  30          HD11      ILE  30   9.278  -2.060  -0.302
   10   HD12  ILE  30          HD12      ILE  30  10.408  -0.713  -0.145
   11   HD13  ILE  30          HD13      ILE  30   8.805  -0.445  -0.822

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLU  31           H        GLU  31   9.414  -4.203  -3.762
    2    HA   GLU  31           HA       GLU  31   8.269  -2.407  -5.750
    3    HB2  GLU  31           HB2      GLU  31   9.347  -4.899  -6.150
    4    HB3  GLU  31           HB3      GLU  31   7.629  -5.185  -6.112
    5    HG2  GLU  31           HG2      GLU  31   9.124  -3.250  -7.898
    6    HG3  GLU  31           HG3      GLU  31   8.393  -4.775  -8.406

  No H/Q in entry =           6
  In of MODEL   19
    1    H    VAL  32           H        VAL  32   6.385  -1.787  -5.100
    2    HA   VAL  32           HA       VAL  32   4.692  -3.468  -3.404
    3    HB   VAL  32           HB       VAL  32   5.206  -2.286  -1.538
    4   HG11  VAL  32          HG11      VAL  32   7.219  -1.386  -2.654
    5   HG12  VAL  32          HG12      VAL  32   6.267  -0.011  -3.211
    6   HG13  VAL  32          HG13      VAL  32   6.520  -0.269  -1.483
    7   HG21  VAL  32          HG21      VAL  32   3.013  -1.335  -2.024
    8   HG22  VAL  32          HG22      VAL  32   4.048  -0.174  -1.192
    9   HG23  VAL  32          HG23      VAL  32   3.771  -0.025  -2.928

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ASP  33           H        ASP  33   2.537  -3.316  -3.827
    2    HA   ASP  33           HA       ASP  33   1.616  -1.079  -5.501
    3    HB2  ASP  33           HB2      ASP  33   1.050  -4.034  -6.044
    4    HB3  ASP  33           HB3      ASP  33   0.143  -2.704  -6.771

  No H/Q in entry =           4
  In of MODEL   19
    1    H    LEU  34           H        LEU  34  -0.711  -0.869  -5.454
    2    HA   LEU  34           HA       LEU  34  -1.863  -1.830  -2.917
    3    HB2  LEU  34           HB2      LEU  34  -2.213   0.714  -4.440
    4    HB3  LEU  34           HB3      LEU  34  -3.591   0.113  -3.541
    5    HG   LEU  34           HG       LEU  34  -2.157   0.104  -1.472
    6   HD11  LEU  34          HD11      LEU  34   0.039   0.038  -2.547
    7   HD12  LEU  34          HD12      LEU  34  -0.228   1.663  -3.186
    8   HD13  LEU  34          HD13      LEU  34  -0.111   1.404  -1.442
    9   HD21  LEU  34          HD21      LEU  34  -3.724   1.925  -1.979
   10   HD22  LEU  34          HD22      LEU  34  -2.313   2.476  -1.074
   11   HD23  LEU  34          HD23      LEU  34  -2.427   2.788  -2.808

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU  35           H        LEU  35  -3.603  -3.150  -2.984
    2    HA   LEU  35           HA       LEU  35  -4.604  -3.891  -5.656
    3    HB2  LEU  35           HB2      LEU  35  -4.152  -5.746  -3.313
    4    HB3  LEU  35           HB3      LEU  35  -4.712  -6.195  -4.905
    5    HG   LEU  35           HG       LEU  35  -1.955  -5.458  -4.007
    6   HD11  LEU  35          HD11      LEU  35  -3.215  -7.714  -5.564
    7   HD12  LEU  35          HD12      LEU  35  -1.481  -7.530  -5.330
    8   HD13  LEU  35          HD13      LEU  35  -2.537  -7.781  -3.938
    9   HD21  LEU  35          HD21      LEU  35  -2.479  -4.081  -6.024
   10   HD22  LEU  35          HD22      LEU  35  -1.193  -5.265  -6.262
   11   HD23  LEU  35          HD23      LEU  35  -2.809  -5.578  -6.892

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LYS  36           H        LYS  36  -6.594  -5.142  -5.658
    2    HA   LYS  36           HA       LYS  36  -8.363  -4.828  -3.321
    3    HB2  LYS  36           HB2      LYS  36  -9.543  -5.254  -6.029
    4    HB3  LYS  36           HB3      LYS  36 -10.182  -4.311  -4.664
    5    HG2  LYS  36           HG2      LYS  36  -8.610  -2.518  -5.191
    6    HG3  LYS  36           HG3      LYS  36  -7.873  -3.498  -6.447
    7    HD2  LYS  36           HD2      LYS  36  -9.449  -1.709  -7.312
    8    HD3  LYS  36           HD3      LYS  36  -9.734  -3.335  -7.906
    9    HE2  LYS  36           HE2      LYS  36 -11.631  -3.431  -6.101
   10    HE3  LYS  36           HE3      LYS  36 -11.462  -1.670  -6.039
   11    HZ1  LYS  36           HZ1      LYS  36 -11.913  -3.169  -8.550
   12    HZ2  LYS  36           HZ2      LYS  36 -13.151  -2.484  -7.613
   13    HZ3  LYS  36           HZ3      LYS  36 -11.968  -1.492  -8.306

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ASN  37           H        ASN  37  -8.418  -6.886  -2.449
    2    HA   ASN  37           HA       ASN  37  -8.106  -9.168  -2.376
    3    HB2  ASN  37           HB2      ASN  37 -10.030 -10.290  -3.735
    4    HB3  ASN  37           HB3      ASN  37 -10.438  -9.191  -2.426
    5   HD21  ASN  37          HD21      ASN  37 -10.999  -7.017  -2.994
    6   HD22  ASN  37          HD22      ASN  37 -11.754  -6.676  -4.513

  No H/Q in entry =           6
  In of MODEL   19
    1    H    GLY  38           H        GLY  38  -6.063  -8.445  -3.788
    2    HA2  GLY  38           HA2      GLY  38  -5.633 -10.610  -5.582
    3    HA3  GLY  38           HA3      GLY  38  -4.482  -9.351  -5.209

  No H/Q in entry =           3
  In of MODEL   19
    1    H    GLU  39           H        GLU  39  -6.444  -7.245  -6.152
    2    HA   GLU  39           HA       GLU  39  -5.988  -7.676  -9.029
    3    HB2  GLU  39           HB2      GLU  39  -8.411  -7.940  -8.427
    4    HB3  GLU  39           HB3      GLU  39  -8.403  -6.282  -7.842
    5    HG2  GLU  39           HG2      GLU  39  -9.353  -6.264 -10.014
    6    HG3  GLU  39           HG3      GLU  39  -7.738  -5.564 -10.142

  No H/Q in entry =           6
  In of MODEL   19
    1    H    ARG  40           H        ARG  40  -4.560  -6.242  -9.702
    2    HA   ARG  40           HA       ARG  40  -3.641  -4.093  -8.156
    3    HB2  ARG  40           HB2      ARG  40  -2.666  -5.432 -10.305
    4    HB3  ARG  40           HB3      ARG  40  -3.203  -3.973 -11.108
    5    HG2  ARG  40           HG2      ARG  40  -1.853  -2.670  -9.423
    6    HG3  ARG  40           HG3      ARG  40  -1.194  -4.216  -8.890
    7    HD2  ARG  40           HD2      ARG  40   0.424  -3.474 -10.374
    8    HD3  ARG  40           HD3      ARG  40  -0.554  -4.509 -11.417
    9    HE   ARG  40           HE       ARG  40  -1.493  -2.574 -12.409
   10   HH11  ARG  40          HH11      ARG  40   1.062  -1.859 -10.095
   11   HH12  ARG  40          HH12      ARG  40   1.414  -0.303 -10.780
   12   HH21  ARG  40          HH21      ARG  40  -1.032  -0.514 -13.287
   13   HH22  ARG  40          HH22      ARG  40   0.203   0.483 -12.572

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE  41           H        ILE  41  -4.462  -2.212  -7.754
    2    HA   ILE  41           HA       ILE  41  -6.884  -1.223  -8.799
    3    HB   ILE  41           HB       ILE  41  -4.753   0.253  -7.258
    4   HG12  ILE  41          HG12      ILE  41  -7.112  -1.371  -6.265
    5   HG13  ILE  41          HG13      ILE  41  -5.418  -1.836  -6.129
    6   HG21  ILE  41          HG21      ILE  41  -7.671   0.869  -7.726
    7   HG22  ILE  41          HG22      ILE  41  -6.807   1.501  -6.326
    8   HG23  ILE  41          HG23      ILE  41  -6.277   1.924  -7.947
    9   HD11  ILE  41          HD11      ILE  41  -6.369   0.697  -4.875
   10   HD12  ILE  41          HD12      ILE  41  -6.670  -0.860  -4.102
   11   HD13  ILE  41          HD13      ILE  41  -5.015  -0.355  -4.438

  No H/Q in entry =          11
  In of MODEL   19
    1    H    GLU  42           H        GLU  42  -4.091   0.843  -8.692
    2    HA   GLU  42           HA       GLU  42  -2.625   0.804 -10.703
    3    HB2  GLU  42           HB2      GLU  42  -5.132   0.725 -12.061
    4    HB3  GLU  42           HB3      GLU  42  -4.455   2.290 -12.377
    5    HG2  GLU  42           HG2      GLU  42  -2.548   1.367 -13.364
    6    HG3  GLU  42           HG3      GLU  42  -2.943  -0.254 -12.790

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LYS  43           H        LYS  43  -4.994   3.018  -9.305
    2    HA   LYS  43           HA       LYS  43  -3.747   5.386 -10.374
    3    HB2  LYS  43           HB2      LYS  43  -5.721   5.210  -8.092
    4    HB3  LYS  43           HB3      LYS  43  -5.397   6.592  -9.120
    5    HG2  LYS  43           HG2      LYS  43  -6.877   4.066  -9.862
    6    HG3  LYS  43           HG3      LYS  43  -7.519   5.705  -9.753
    7    HD2  LYS  43           HD2      LYS  43  -5.804   6.261 -11.585
    8    HD3  LYS  43           HD3      LYS  43  -5.708   4.510 -11.802
    9    HE2  LYS  43           HE2      LYS  43  -8.108   4.413 -12.231
   10    HE3  LYS  43           HE3      LYS  43  -8.235   6.153 -11.970
   11    HZ1  LYS  43           HZ1      LYS  43  -6.779   6.504 -13.867
   12    HZ2  LYS  43           HZ2      LYS  43  -6.678   4.830 -14.129
   13    HZ3  LYS  43           HZ3      LYS  43  -8.164   5.632 -14.319

  No H/Q in entry =          13
  In of MODEL   19
    1    H    VAL  44           H        VAL  44  -1.664   4.197  -9.236
    2    HA   VAL  44           HA       VAL  44  -1.427   5.394  -6.568
    3    HB   VAL  44           HB       VAL  44  -1.534   2.663  -6.964
    4   HG11  VAL  44          HG11      VAL  44   1.350   3.444  -6.746
    5   HG12  VAL  44          HG12      VAL  44   0.722   1.822  -6.446
    6   HG13  VAL  44          HG13      VAL  44   0.600   2.534  -8.056
    7   HG21  VAL  44          HG21      VAL  44  -1.872   3.812  -4.868
    8   HG22  VAL  44          HG22      VAL  44  -0.730   2.482  -4.675
    9   HG23  VAL  44          HG23      VAL  44  -0.144   4.146  -4.754

  No H/Q in entry =           9
  In of MODEL   19
    1    H    GLU  45           H        GLU  45   0.341   6.590  -6.304
    2    HA   GLU  45           HA       GLU  45   2.589   6.271  -8.154
    3    HB2  GLU  45           HB2      GLU  45   1.120   8.905  -7.861
    4    HB3  GLU  45           HB3      GLU  45   2.621   8.676  -8.736
    5    HG2  GLU  45           HG2      GLU  45   1.487   7.295 -10.389
    6    HG3  GLU  45           HG3      GLU  45  -0.020   7.405  -9.478

  No H/Q in entry =           6
  In of MODEL   19
    1    H    HIS  46           H        HIS  46   4.208   5.965  -6.706
    2    HA   HIS  46           HA       HIS  46   4.935   8.413  -5.306
    3    HB2  HIS  46           HB2      HIS  46   4.051   6.977  -3.533
    4    HB3  HIS  46           HB3      HIS  46   5.085   5.655  -4.060
    5    HD2  HIS  46           HD2      HIS  46   6.046   9.381  -3.135
    6    HE1  HIS  46           HE1      HIS  46   8.442   6.660  -0.962
    7    HE2  HIS  46           HE2      HIS  46   7.829   9.100  -1.268

  No H/Q in entry =           7
  In of MODEL   19
    1    H    SER  47           H        SER  47   6.848   9.016  -5.980
    2    HA   SER  47           HA       SER  47   8.492   7.118  -7.450
    3    HB2  SER  47           HB2      SER  47   8.861  10.106  -7.119
    4    HB3  SER  47           HB3      SER  47   9.613   9.070  -8.330
    5    HG   SER  47           HG       SER  47   6.977   8.740  -8.498

  No H/Q in entry =           5
  In of MODEL   19
    1    H    ASP  48           H        ASP  48  10.410   6.374  -6.746
    2    HA   ASP  48           HA       ASP  48  10.819   6.474  -3.952
    3    HB2  ASP  48           HB2      ASP  48  12.308   4.750  -4.222
    4    HB3  ASP  48           HB3      ASP  48  11.366   4.589  -5.700

  No H/Q in entry =           4
  In of MODEL   19
    1    H    LEU  49           H        LEU  49  12.880   6.915  -2.915
    2    HA   LEU  49           HA       LEU  49  14.221   9.258  -4.068
    3    HB2  LEU  49           HB2      LEU  49  14.102  10.244  -1.665
    4    HB3  LEU  49           HB3      LEU  49  12.737  10.462  -2.748
    5    HG   LEU  49           HG       LEU  49  12.053   9.978  -0.431
    6   HD11  LEU  49          HD11      LEU  49  11.326   7.819  -2.381
    7   HD12  LEU  49          HD12      LEU  49  10.527   8.068  -0.828
    8   HD13  LEU  49          HD13      LEU  49  10.464   9.325  -2.060
    9   HD21  LEU  49          HD21      LEU  49  13.972   8.598   0.241
   10   HD22  LEU  49          HD22      LEU  49  12.418   7.880   0.657
   11   HD23  LEU  49          HD23      LEU  49  13.325   7.270  -0.725

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  50           H        SER  50  15.243   6.655  -3.898
    2    HA   SER  50           HA       SER  50  16.715   6.269  -1.481
    3    HB2  SER  50           HB2      SER  50  15.976   4.432  -3.013
    4    HB3  SER  50           HB3      SER  50  17.156   4.997  -4.193
    5    HG   SER  50           HG       SER  50  18.201   4.589  -1.680

  No H/Q in entry =           5
  In of MODEL   19
    1    H    PHE  51           H        PHE  51  17.492   7.492  -4.733
    2    HA   PHE  51           HA       PHE  51  19.271   8.675  -5.529
    3    HB2  PHE  51           HB2      PHE  51  18.240  10.235  -3.823
    4    HB3  PHE  51           HB3      PHE  51  19.475   9.705  -2.690
    5    HD1  PHE  51           HD1      PHE  51  19.165  11.117  -6.131
    6    HD2  PHE  51           HD2      PHE  51  21.396  10.958  -2.509
    7    HE1  PHE  51           HE1      PHE  51  20.674  12.861  -6.985
    8    HE2  PHE  51           HE2      PHE  51  22.908  12.701  -3.359
    9    HZ   PHE  51           HZ       PHE  51  22.549  13.658  -5.598

  No H/Q in entry =           9
  In of MODEL   19
    1    H    SER  52           H        SER  52  19.936   6.098  -4.936
    2    HA   SER  52           HA       SER  52  21.717   4.718  -4.707
    3    HB2  SER  52           HB2      SER  52  23.287   7.301  -4.855
    4    HB3  SER  52           HB3      SER  52  23.969   5.684  -5.036
    5    HG   SER  52           HG       SER  52  22.976   5.443  -6.942

  No H/Q in entry =           5
  In of MODEL   19
    1    H    LYS  53           H        LYS  53  20.404   5.788  -2.364
    2    HA   LYS  53           HA       LYS  53  22.443   5.016  -0.413
    3    HB2  LYS  53           HB2      LYS  53  22.430   7.341  -0.056
    4    HB3  LYS  53           HB3      LYS  53  20.707   7.473  -0.365
    5    HG2  LYS  53           HG2      LYS  53  21.155   7.852   1.963
    6    HG3  LYS  53           HG3      LYS  53  20.251   6.352   1.770
    7    HD2  LYS  53           HD2      LYS  53  22.361   5.087   1.996
    8    HD3  LYS  53           HD3      LYS  53  23.221   6.608   2.255
    9    HE2  LYS  53           HE2      LYS  53  21.862   7.050   4.232
   10    HE3  LYS  53           HE3      LYS  53  20.976   5.549   3.971
   11    HZ1  LYS  53           HZ1      LYS  53  23.881   5.759   4.548
   12    HZ2  LYS  53           HZ2      LYS  53  22.684   5.309   5.660
   13    HZ3  LYS  53           HZ3      LYS  53  23.020   4.316   4.324

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ASP  54           H        ASP  54  21.717   3.380   0.822
    2    HA   ASP  54           HA       ASP  54  18.879   2.730   0.620
    3    HB2  ASP  54           HB2      ASP  54  19.422   0.517   1.330
    4    HB3  ASP  54           HB3      ASP  54  20.630   0.978   0.141

  No H/Q in entry =           4
  In of MODEL   19
    1    H    TRP  55           H        TRP  55  17.642   3.660   2.070
    2    HA   TRP  55           HA       TRP  55  17.873   2.837   4.756
    3    HB2  TRP  55           HB2      TRP  55  18.353   4.767   5.931
    4    HB3  TRP  55           HB3      TRP  55  19.457   4.879   4.578
    5    HD1  TRP  55           HD1      TRP  55  17.606   7.064   6.606
    6    HE1  TRP  55           HE1      TRP  55  16.879   9.208   5.400
    7    HE3  TRP  55           HE3      TRP  55  18.220   5.551   1.692
    8    HZ2  TRP  55           HZ2      TRP  55  16.580  10.146   2.767
    9    HZ3  TRP  55           HZ3      TRP  55  17.675   7.159  -0.075
   10    HH2  TRP  55           HH2      TRP  55  16.875   9.400   0.441

  No H/Q in entry =          10
  In of MODEL   19
    1    H    SER  56           H        SER  56  15.926   2.240   5.147
    2    HA   SER  56           HA       SER  56  13.696   3.626   3.879
    3    HB2  SER  56           HB2      SER  56  13.855   1.151   3.749
    4    HB3  SER  56           HB3      SER  56  13.735   1.075   5.504
    5    HG   SER  56           HG       SER  56  11.782   1.616   3.598

  No H/Q in entry =           5
  In of MODEL   19
    1    H    PHE  57           H        PHE  57  12.770   5.333   5.153
    2    HA   PHE  57           HA       PHE  57  12.870   4.895   8.028
    3    HB2  PHE  57           HB2      PHE  57  12.574   7.402   8.155
    4    HB3  PHE  57           HB3      PHE  57  14.105   6.872   7.469
    5    HD1  PHE  57           HD1      PHE  57  14.333   6.895   4.921
    6    HD2  PHE  57           HD2      PHE  57  11.200   8.896   6.998
    7    HE1  PHE  57           HE1      PHE  57  13.943   8.325   2.956
    8    HE2  PHE  57           HE2      PHE  57  10.803  10.320   5.031
    9    HZ   PHE  57           HZ       PHE  57  12.177  10.026   3.004

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR  58           H        TYR  58  10.836   6.765   5.736
    2    HA   TYR  58           HA       TYR  58   8.538   5.166   6.612
    3    HB2  TYR  58           HB2      TYR  58   8.595   7.360   7.716
    4    HB3  TYR  58           HB3      TYR  58   8.709   8.156   6.157
    5    HD1  TYR  58           HD1      TYR  58   6.723   8.521   4.801
    6    HD2  TYR  58           HD2      TYR  58   6.462   6.314   8.439
    7    HE1  TYR  58           HE1      TYR  58   4.260   8.730   4.746
    8    HE2  TYR  58           HE2      TYR  58   3.999   6.511   8.384
    9    HH   TYR  58           HH       TYR  58   2.298   7.931   7.427

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LEU  59           H        LEU  59   8.186   3.937   4.811
    2    HA   LEU  59           HA       LEU  59   8.071   5.254   2.181
    3    HB2  LEU  59           HB2      LEU  59   8.537   2.490   3.150
    4    HB3  LEU  59           HB3      LEU  59   7.592   2.628   1.688
    5    HG   LEU  59           HG       LEU  59  10.327   3.871   1.938
    6   HD11  LEU  59          HD11      LEU  59   9.595   1.107   0.979
    7   HD12  LEU  59          HD12      LEU  59  11.171   1.870   0.776
    8   HD13  LEU  59          HD13      LEU  59  10.569   1.501   2.392
    9   HD21  LEU  59          HD21      LEU  59   8.469   3.175  -0.325
   10   HD22  LEU  59          HD22      LEU  59   9.133   4.755   0.095
   11   HD23  LEU  59          HD23      LEU  59  10.182   3.509  -0.572

  No H/Q in entry =          11
  In of MODEL   19
    1    H    LEU  60           H        LEU  60   6.111   5.821   1.426
    2    HA   LEU  60           HA       LEU  60   3.819   4.115   1.954
    3    HB2  LEU  60           HB2      LEU  60   3.710   5.752   3.703
    4    HB3  LEU  60           HB3      LEU  60   4.043   7.051   2.579
    5    HG   LEU  60           HG       LEU  60   1.836   6.629   1.508
    6   HD11  LEU  60          HD11      LEU  60   1.585   4.292   2.171
    7   HD12  LEU  60          HD12      LEU  60   1.418   4.792   3.854
    8   HD13  LEU  60          HD13      LEU  60   0.201   5.265   2.670
    9   HD21  LEU  60          HD21      LEU  60   1.796   7.241   4.457
   10   HD22  LEU  60          HD22      LEU  60   2.095   8.391   3.155
   11   HD23  LEU  60          HD23      LEU  60   0.513   7.629   3.311

  No H/Q in entry =          11
  In of MODEL   19
    1    H    TYR  61           H        TYR  61   2.298   4.170   0.344
    2    HA   TYR  61           HA       TYR  61   2.810   5.880  -2.014
    3    HB2  TYR  61           HB2      TYR  61   1.996   2.939  -1.861
    4    HB3  TYR  61           HB3      TYR  61   1.793   3.905  -3.335
    5    HD1  TYR  61           HD1      TYR  61   4.546   3.286  -0.834
    6    HD2  TYR  61           HD2      TYR  61   3.433   3.599  -4.921
    7    HE1  TYR  61           HE1      TYR  61   6.864   2.814  -1.505
    8    HE2  TYR  61           HE2      TYR  61   5.742   3.113  -5.603
    9    HH   TYR  61           HH       TYR  61   8.011   3.286  -4.638

  No H/Q in entry =           9
  In of MODEL   19
    1    H    TYR  62           H        TYR  62   0.662   6.206  -3.287
    2    HA   TYR  62           HA       TYR  62  -1.603   5.996  -1.469
    3    HB2  TYR  62           HB2      TYR  62  -2.220   8.426  -1.970
    4    HB3  TYR  62           HB3      TYR  62  -0.971   8.109  -0.781
    5    HD1  TYR  62           HD1      TYR  62   1.226   8.966  -1.062
    6    HD2  TYR  62           HD2      TYR  62  -1.568   9.283  -4.247
    7    HE1  TYR  62           HE1      TYR  62   2.727  10.538  -2.206
    8    HE2  TYR  62           HE2      TYR  62  -0.069  10.848  -5.414
    9    HH   TYR  62           HH       TYR  62   3.180  11.455  -4.308

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR  63           H        THR  63  -3.540   5.711  -2.379
    2    HA   THR  63           HA       THR  63  -3.936   6.294  -5.215
    3    HB   THR  63           HB       THR  63  -3.250   3.814  -4.870
    4    HG1  THR  63           HG1      THR  63  -4.495   4.861  -6.682
    5   HG21  THR  63          HG21      THR  63  -6.085   3.714  -3.856
    6   HG22  THR  63          HG22      THR  63  -5.138   2.313  -4.349
    7   HG23  THR  63          HG23      THR  63  -4.641   3.267  -2.955

  No H/Q in entry =           7
  In of MODEL   19
    1    H    GLU  64           H        GLU  64  -6.003   6.955  -5.661
    2    HA   GLU  64           HA       GLU  64  -7.714   7.771  -3.580
    3    HB2  GLU  64           HB2      GLU  64  -7.451   8.460  -6.168
    4    HB3  GLU  64           HB3      GLU  64  -8.792   7.331  -6.327
    5    HG2  GLU  64           HG2      GLU  64  -9.808   9.422  -6.105
    6    HG3  GLU  64           HG3      GLU  64  -9.963   8.667  -4.518

  No H/Q in entry =           6
  In of MODEL   19
    1    H    PHE  65           H        PHE  65  -9.443   6.718  -2.584
    2    HA   PHE  65           HA       PHE  65 -10.426   4.276  -3.885
    3    HB2  PHE  65           HB2      PHE  65 -10.385   3.009  -1.875
    4    HB3  PHE  65           HB3      PHE  65  -8.819   3.763  -2.039
    5    HD1  PHE  65           HD1      PHE  65  -7.887   4.204  -0.030
    6    HD2  PHE  65           HD2      PHE  65 -12.052   4.887  -0.516
    7    HE1  PHE  65           HE1      PHE  65  -8.036   5.016   2.298
    8    HE2  PHE  65           HE2      PHE  65 -12.188   5.704   1.802
    9    HZ   PHE  65           HZ       PHE  65 -10.192   5.757   3.214

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR  66           H        THR  66 -12.581   3.679  -3.400
    2    HA   THR  66           HA       THR  66 -14.034   5.353  -1.479
    3    HB   THR  66           HB       THR  66 -15.104   4.545  -4.209
    4    HG1  THR  66           HG1      THR  66 -13.723   6.740  -3.302
    5   HG21  THR  66          HG21      THR  66 -16.338   6.158  -1.958
    6   HG22  THR  66          HG22      THR  66 -16.994   6.054  -3.597
    7   HG23  THR  66          HG23      THR  66 -16.896   4.606  -2.597

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   PRO  67           HA       PRO  67 -14.568   1.031  -0.293
    2    HB2  PRO  67           HB2      PRO  67 -15.843   1.730   2.145
    3    HB3  PRO  67           HB3      PRO  67 -14.173   1.234   1.912
    4    HG2  PRO  67           HG2      PRO  67 -15.088   3.811   2.642
    5    HG3  PRO  67           HG3      PRO  67 -13.434   3.329   2.240
    6    HD2  PRO  67           HD2      PRO  67 -15.364   4.846   0.667
    7    HD3  PRO  67           HD3      PRO  67 -13.614   4.675   0.440

  No H/Q in entry =           7
  In of MODEL   19
    1    H    THR  68           H        THR  68 -16.033  -0.359  -0.450
    2    HA   THR  68           HA       THR  68 -18.883   0.301  -0.351
    3    HB   THR  68           HB       THR  68 -19.302  -0.998  -2.362
    4    HG1  THR  68           HG1      THR  68 -16.985  -1.491  -3.447
    5   HG21  THR  68          HG21      THR  68 -18.715   1.368  -2.715
    6   HG22  THR  68          HG22      THR  68 -17.026   0.905  -2.916
    7   HG23  THR  68          HG23      THR  68 -18.235   0.354  -4.078

  No H/Q in entry =           7
  In of MODEL   19
    1    H    GLU  69           H        GLU  69 -20.154  -1.691   0.153
    2    HA   GLU  69           HA       GLU  69 -18.763  -3.411   1.917
    3    HB2  GLU  69           HB2      GLU  69 -20.920  -4.760   1.910
    4    HB3  GLU  69           HB3      GLU  69 -20.991  -3.109   2.504
    5    HG2  GLU  69           HG2      GLU  69 -21.961  -2.394   0.394
    6    HG3  GLU  69           HG3      GLU  69 -21.855  -4.049  -0.218

  No H/Q in entry =           6
  In of MODEL   19
    1    H    LYS  70           H        LYS  70 -18.356  -3.421  -1.272
    2    HA   LYS  70           HA       LYS  70 -18.254  -6.345  -1.457
    3    HB2  LYS  70           HB2      LYS  70 -18.205  -4.352  -3.722
    4    HB3  LYS  70           HB3      LYS  70 -18.276  -6.097  -3.878
    5    HG2  LYS  70           HG2      LYS  70 -20.464  -4.690  -2.417
    6    HG3  LYS  70           HG3      LYS  70 -20.424  -4.627  -4.173
    7    HD2  LYS  70           HD2      LYS  70 -21.817  -6.436  -3.633
    8    HD3  LYS  70           HD3      LYS  70 -20.286  -7.158  -4.115
    9    HE2  LYS  70           HE2      LYS  70 -19.711  -7.602  -1.842
   10    HE3  LYS  70           HE3      LYS  70 -21.083  -6.658  -1.253
   11    HZ1  LYS  70           HZ1      LYS  70 -21.251  -9.172  -2.834
   12    HZ2  LYS  70           HZ2      LYS  70 -21.517  -9.043  -1.163
   13    HZ3  LYS  70           HZ3      LYS  70 -22.568  -8.276  -2.250

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ASP  71           H        ASP  71 -16.250  -3.435  -1.811
    2    HA   ASP  71           HA       ASP  71 -14.168  -5.083  -3.018
    3    HB2  ASP  71           HB2      ASP  71 -14.186  -2.077  -2.678
    4    HB3  ASP  71           HB3      ASP  71 -13.079  -3.025  -3.644

  No H/Q in entry =           4
  In of MODEL   19
    1    H    GLU  72           H        GLU  72 -12.449  -5.722  -1.965
    2    HA   GLU  72           HA       GLU  72 -11.758  -4.823   0.756
    3    HB2  GLU  72           HB2      GLU  72 -11.986  -7.226   0.397
    4    HB3  GLU  72           HB3      GLU  72 -10.875  -7.170  -0.960
    5    HG2  GLU  72           HG2      GLU  72  -9.100  -6.410   0.701
    6    HG3  GLU  72           HG3      GLU  72 -10.249  -6.851   1.962

  No H/Q in entry =           6
  In of MODEL   19
    1    H    TYR  73           H        TYR  73  -9.600  -4.050   1.171
    2    HA   TYR  73           HA       TYR  73  -8.029  -3.407  -1.243
    3    HB2  TYR  73           HB2      TYR  73  -8.422  -1.726   1.247
    4    HB3  TYR  73           HB3      TYR  73  -7.209  -1.383   0.026
    5    HD1  TYR  73           HD1      TYR  73  -7.765  -0.138  -1.891
    6    HD2  TYR  73           HD2      TYR  73 -10.869  -1.761   0.535
    7    HE1  TYR  73           HE1      TYR  73  -9.439   1.108  -3.197
    8    HE2  TYR  73           HE2      TYR  73 -12.544  -0.495  -0.776
    9    HH   TYR  73           HH       TYR  73 -11.825   0.988  -3.736

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ALA  74           H        ALA  74  -5.948  -4.024  -1.299
    2    HA   ALA  74           HA       ALA  74  -4.651  -4.946   1.178
    3    HB1  ALA  74           HB1      ALA  74  -5.551  -6.908   0.070
    4    HB2  ALA  74           HB2      ALA  74  -3.797  -6.899  -0.054
    5    HB3  ALA  74           HB3      ALA  74  -4.779  -6.435  -1.445

  No H/Q in entry =           5
  In of MODEL   19
    1    H    CYS  75           H        CYS  75  -2.266  -5.021   1.023
    2    HA   CYS  75           HA       CYS  75  -1.209  -3.566  -1.324
    3    HB2  CYS  75           HB2      CYS  75  -1.180  -2.053   0.537
    4    HB3  CYS  75           HB3      CYS  75  -0.401  -3.253   1.561

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ARG  76           H        ARG  76   0.415  -4.541  -2.384
    2    HA   ARG  76           HA       ARG  76   1.478  -7.076  -1.310
    3    HB2  ARG  76           HB2      ARG  76   0.125  -6.853  -3.517
    4    HB3  ARG  76           HB3      ARG  76   1.597  -6.146  -4.174
    5    HG2  ARG  76           HG2      ARG  76   2.766  -8.195  -3.946
    6    HG3  ARG  76           HG3      ARG  76   1.524  -8.881  -2.898
    7    HD2  ARG  76           HD2      ARG  76   1.327  -9.850  -5.152
    8    HD3  ARG  76           HD3      ARG  76  -0.076  -8.838  -4.794
    9    HE   ARG  76           HE       ARG  76   2.046  -7.445  -6.168
   10   HH11  ARG  76          HH11      ARG  76  -0.806  -9.446  -6.593
   11   HH12  ARG  76          HH12      ARG  76  -1.118  -8.862  -8.204
   12   HH21  ARG  76          HH21      ARG  76   1.658  -6.714  -8.291
   13   HH22  ARG  76          HH22      ARG  76   0.280  -7.321  -9.169

  No H/Q in entry =          13
  In of MODEL   19
    1    H    VAL  77           H        VAL  77   3.648  -7.166  -0.815
    2    HA   VAL  77           HA       VAL  77   5.405  -5.309  -2.280
    3    HB   VAL  77           HB       VAL  77   4.924  -4.605   0.168
    4   HG11  VAL  77          HG11      VAL  77   5.266  -6.787   1.203
    5   HG12  VAL  77          HG12      VAL  77   6.945  -6.790   0.658
    6   HG13  VAL  77          HG13      VAL  77   6.402  -5.596   1.836
    7   HG21  VAL  77          HG21      VAL  77   6.621  -3.601  -1.276
    8   HG22  VAL  77          HG22      VAL  77   7.186  -3.724   0.392
    9   HG23  VAL  77          HG23      VAL  77   7.758  -4.870  -0.822

  No H/Q in entry =           9
  In of MODEL   19
    1    H    ASN  78           H        ASN  78   7.316  -5.991  -2.894
    2    HA   ASN  78           HA       ASN  78   8.229  -8.658  -2.029
    3    HB2  ASN  78           HB2      ASN  78   7.070  -8.806  -4.259
    4    HB3  ASN  78           HB3      ASN  78   8.297  -7.723  -4.908
    5   HD21  ASN  78          HD21      ASN  78   9.140  -9.189  -6.347
    6   HD22  ASN  78          HD22      ASN  78  10.015 -10.598  -5.856

  No H/Q in entry =           6
  In of MODEL   19
    1    H    HIS  79           H        HIS  79  10.341  -8.867  -1.728
    2    HA   HIS  79           HA       HIS  79  12.130  -6.757  -2.685
    3    HB2  HIS  79           HB2      HIS  79  11.645  -6.377  -0.259
    4    HB3  HIS  79           HB3      HIS  79  12.222  -7.990   0.093
    5    HD2  HIS  79           HD2      HIS  79  13.600  -4.453  -0.620
    6    HE1  HIS  79           HE1      HIS  79  16.842  -7.042   0.186
    7    HE2  HIS  79           HE2      HIS  79  16.106  -4.625  -0.001

  No H/Q in entry =           7
  In of MODEL   19
    1    H    VAL  80           H        VAL  80  14.413  -7.547  -2.728
    2    HA   VAL  80           HA       VAL  80  14.734  -9.893  -4.124
    3    HB   VAL  80           HB       VAL  80  16.807  -8.622  -2.325
    4   HG11  VAL  80          HG11      VAL  80  17.136 -10.482  -4.680
    5   HG12  VAL  80          HG12      VAL  80  18.446  -9.662  -3.831
    6   HG13  VAL  80          HG13      VAL  80  17.466 -10.862  -2.989
    7   HG21  VAL  80          HG21      VAL  80  16.122  -8.122  -5.220
    8   HG22  VAL  80          HG22      VAL  80  15.944  -6.995  -3.875
    9   HG23  VAL  80          HG23      VAL  80  17.551  -7.491  -4.400

  No H/Q in entry =           9
  In of MODEL   19
    1    H    THR  81           H        THR  81  14.703  -9.469  -0.620
    2    HA   THR  81           HA       THR  81  15.854 -12.048  -0.084
    3    HB   THR  81           HB       THR  81  16.169 -10.423   1.630
    4    HG1  THR  81           HG1      THR  81  15.967 -12.366   2.595
    5   HG21  THR  81          HG21      THR  81  13.155 -10.206   1.839
    6   HG22  THR  81          HG22      THR  81  14.322  -9.418   2.903
    7   HG23  THR  81          HG23      THR  81  14.245  -8.975   1.198

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LEU  82           H        LEU  82  12.494 -10.833   0.379
    2    HA   LEU  82           HA       LEU  82  11.345 -13.160   1.249
    3    HB2  LEU  82           HB2      LEU  82   9.969 -11.320  -0.700
    4    HB3  LEU  82           HB3      LEU  82   9.224 -12.360   0.501
    5    HG   LEU  82           HG       LEU  82  10.944  -9.992   1.177
    6   HD11  LEU  82          HD11      LEU  82   7.971 -10.283   0.957
    7   HD12  LEU  82          HD12      LEU  82   8.760  -8.974   1.833
    8   HD13  LEU  82          HD13      LEU  82   9.025  -9.157   0.100
    9   HD21  LEU  82          HD21      LEU  82  10.887 -11.727   2.900
   10   HD22  LEU  82          HD22      LEU  82  10.014 -10.282   3.415
   11   HD23  LEU  82          HD23      LEU  82   9.125 -11.702   2.862

  No H/Q in entry =          11
  In of MODEL   19
    1    H    SER  83           H        SER  83  11.853 -12.186  -2.102
    2    HA   SER  83           HA       SER  83  11.950 -13.338  -4.047
    3    HB2  SER  83           HB2      SER  83  11.682 -15.859  -2.391
    4    HB3  SER  83           HB3      SER  83  12.246 -15.747  -4.060
    5    HG   SER  83           HG       SER  83  13.507 -14.524  -1.818

  No H/Q in entry =           5
  In of MODEL   19
    1    H    GLN  84           H        GLN  84   9.448 -14.115  -1.767
    2    HA   GLN  84           HA       GLN  84   7.523 -14.110  -3.987
    3    HB2  GLN  84           HB2      GLN  84   6.055 -15.626  -2.676
    4    HB3  GLN  84           HB3      GLN  84   7.577 -16.380  -3.118
    5    HG2  GLN  84           HG2      GLN  84   8.386 -16.235  -0.873
    6    HG3  GLN  84           HG3      GLN  84   7.081 -15.134  -0.415
    7   HE21  GLN  84          HE21      GLN  84   5.078 -15.932   0.026
    8   HE22  GLN  84          HE22      GLN  84   4.769 -17.619   0.255

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   PRO  85           HA       PRO  85   6.245 -10.528  -1.579
    2    HB2  PRO  85           HB2      PRO  85   4.027  -9.865  -2.982
    3    HB3  PRO  85           HB3      PRO  85   5.679  -9.401  -3.429
    4    HG2  PRO  85           HG2      PRO  85   3.958 -11.602  -4.513
    5    HG3  PRO  85           HG3      PRO  85   5.090 -10.531  -5.373
    6    HD2  PRO  85           HD2      PRO  85   5.730 -13.132  -4.701
    7    HD3  PRO  85           HD3      PRO  85   6.955 -11.824  -4.813

  No H/Q in entry =           7
  In of MODEL   19
    1    H    LYS  86           H        LYS  86   4.582  -9.926  -0.180
    2    HA   LYS  86           HA       LYS  86   2.473 -11.905   0.227
    3    HB2  LYS  86           HB2      LYS  86   2.551 -10.912   2.681
    4    HB3  LYS  86           HB3      LYS  86   3.440 -12.317   2.179
    5    HG2  LYS  86           HG2      LYS  86   5.340 -11.431   2.792
    6    HG3  LYS  86           HG3      LYS  86   5.091 -10.059   1.732
    7    HD2  LYS  86           HD2      LYS  86   5.454  -9.104   3.810
    8    HD3  LYS  86           HD3      LYS  86   3.698  -9.095   3.722
    9    HE2  LYS  86           HE2      LYS  86   5.346 -11.246   5.082
   10    HE3  LYS  86           HE3      LYS  86   4.631  -9.878   5.928
   11    HZ1  LYS  86           HZ1      LYS  86   2.464 -10.807   4.798
   12    HZ2  LYS  86           HZ2      LYS  86   3.351 -12.256   4.799
   13    HZ3  LYS  86           HZ3      LYS  86   3.047 -11.440   6.255

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ILE  87           H        ILE  87   0.487 -11.228   0.981
    2    HA   ILE  87           HA       ILE  87  -0.170  -8.463   0.193
    3    HB   ILE  87           HB       ILE  87  -1.574 -10.964  -0.369
    4   HG12  ILE  87          HG12      ILE  87  -1.021  -9.664  -2.239
    5   HG13  ILE  87          HG13      ILE  87  -2.744  -9.338  -2.019
    6   HG21  ILE  87          HG21      ILE  87  -3.156  -8.693   0.807
    7   HG22  ILE  87          HG22      ILE  87  -3.864  -9.930  -0.239
    8   HG23  ILE  87          HG23      ILE  87  -3.145 -10.386   1.309
    9   HD11  ILE  87          HD11      ILE  87  -0.525  -7.563  -1.066
   10   HD12  ILE  87          HD12      ILE  87  -1.485  -7.329  -2.524
   11   HD13  ILE  87          HD13      ILE  87  -2.256  -7.255  -0.945

  No H/Q in entry =          11
  In of MODEL   19
    1    H    VAL  88           H        VAL  88  -1.032  -7.087   1.584
    2    HA   VAL  88           HA       VAL  88  -1.928  -8.121   4.192
    3    HB   VAL  88           HB       VAL  88   0.087  -6.777   4.439
    4   HG11  VAL  88          HG11      VAL  88  -1.413  -4.580   3.059
    5   HG12  VAL  88          HG12      VAL  88   0.148  -4.408   3.863
    6   HG13  VAL  88          HG13      VAL  88  -0.002  -5.444   2.439
    7   HG21  VAL  88          HG21      VAL  88  -2.459  -5.523   5.390
    8   HG22  VAL  88          HG22      VAL  88  -1.366  -6.584   6.277
    9   HG23  VAL  88          HG23      VAL  88  -0.875  -4.928   5.896

  No H/Q in entry =           9
  In of MODEL   19
    1    H    LYS  89           H        LYS  89  -4.091  -7.822   4.502
    2    HA   LYS  89           HA       LYS  89  -5.383  -5.924   2.690
    3    HB2  LYS  89           HB2      LYS  89  -6.710  -8.210   4.141
    4    HB3  LYS  89           HB3      LYS  89  -7.384  -7.214   2.858
    5    HG2  LYS  89           HG2      LYS  89  -6.113  -8.227   1.224
    6    HG3  LYS  89           HG3      LYS  89  -4.934  -8.821   2.389
    7    HD2  LYS  89           HD2      LYS  89  -7.791  -9.748   2.294
    8    HD3  LYS  89           HD3      LYS  89  -6.473 -10.578   1.459
    9    HE2  LYS  89           HE2      LYS  89  -5.356 -10.831   3.686
   10    HE3  LYS  89           HE3      LYS  89  -6.811 -10.160   4.429
   11    HZ1  LYS  89           HZ1      LYS  89  -8.065 -11.996   3.357
   12    HZ2  LYS  89           HZ2      LYS  89  -6.590 -12.676   2.867
   13    HZ3  LYS  89           HZ3      LYS  89  -6.943 -12.518   4.519

  No H/Q in entry =          13
  In of MODEL   19
    1    H    TRP  90           H        TRP  90  -6.933  -4.530   3.471
    2    HA   TRP  90           HA       TRP  90  -6.423  -3.716   6.192
    3    HB2  TRP  90           HB2      TRP  90  -6.496  -2.009   4.411
    4    HB3  TRP  90           HB3      TRP  90  -8.162  -2.456   4.066
    5    HD1  TRP  90           HD1      TRP  90  -6.529  -1.515   7.504
    6    HE1  TRP  90           HE1      TRP  90  -7.899   0.346   8.539
    7    HE3  TRP  90           HE3      TRP  90  -9.890  -0.777   3.673
    8    HZ2  TRP  90           HZ2      TRP  90 -10.171   1.904   7.887
    9    HZ3  TRP  90           HZ3      TRP  90 -11.620   0.934   3.964
   10    HH2  TRP  90           HH2      TRP  90 -11.766   2.260   6.005

  No H/Q in entry =          10
  In of MODEL   19
    1    H    ASP  91           H        ASP  91  -7.585  -4.200   7.870
    2    HA   ASP  91           HA       ASP  91  -9.718  -6.084   7.648
    3    HB2  ASP  91           HB2      ASP  91  -9.782  -5.867  10.169
    4    HB3  ASP  91           HB3      ASP  91  -8.225  -6.356   9.501

  No H/Q in entry =           4
  In of MODEL   19
    1    H    ARG  92           H        ARG  92 -11.640  -5.486   6.968
    2    HA   ARG  92           HA       ARG  92 -13.417  -3.983   8.416
    3    HB2  ARG  92           HB2      ARG  92 -13.476  -1.807   7.548
    4    HB3  ARG  92           HB3      ARG  92 -11.751  -2.148   7.564
    5    HG2  ARG  92           HG2      ARG  92 -11.967  -1.223   5.485
    6    HG3  ARG  92           HG3      ARG  92 -12.121  -2.939   5.095
    7    HD2  ARG  92           HD2      ARG  92 -14.602  -2.655   5.160
    8    HD3  ARG  92           HD3      ARG  92 -14.360  -0.915   5.368
    9    HE   ARG  92           HE       ARG  92 -12.946  -1.484   3.139
   10   HH11  ARG  92          HH11      ARG  92 -16.244  -2.064   4.155
   11   HH12  ARG  92          HH12      ARG  92 -16.854  -2.159   2.531
   12   HH21  ARG  92          HH21      ARG  92 -13.767  -1.591   0.999
   13   HH22  ARG  92          HH22      ARG  92 -15.456  -1.907   0.755

  No H/Q in entry =          13
  In of MODEL   19
    1    H    ASP  93           H        ASP  93 -12.505  -5.786   5.814
    2    HA   ASP  93           HA       ASP  93 -15.176  -6.204   4.859
    3    HB2  ASP  93           HB2      ASP  93 -14.414  -4.178   3.586
    4    HB3  ASP  93           HB3      ASP  93 -13.126  -5.159   2.895

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   MET  94           HA       MET  94 -11.613  -9.120   3.390
    2    HB2  MET  94           HB2      MET  94 -10.282 -10.227   5.520
    3    HB3  MET  94           HB3      MET  94  -9.623  -9.031   4.413
    4    HG2  MET  94           HG2      MET  94  -9.264  -8.549   6.853
    5    HG3  MET  94           HG3      MET  94 -10.017  -7.233   5.947
    6    HE1  MET  94           HE1      MET  94 -11.324 -10.579   7.657
    7    HE2  MET  94           HE2      MET  94 -10.246  -9.800   8.816
    8    HE3  MET  94           HE3      MET  94 -11.975  -9.905   9.150

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   MET   1           HA       MET   1   5.710  -7.899   6.407
    2    HB2  MET   1           HB2      MET   1   5.455  -8.918   8.686
    3    HB3  MET   1           HB3      MET   1   4.693  -7.426   9.222
    4    HG2  MET   1           HG2      MET   1   2.903  -7.757   7.591
    5    HG3  MET   1           HG3      MET   1   3.664  -9.254   7.059
    6    HE1  MET   1           HE1      MET   1   4.724 -10.360   9.891
    7    HE2  MET   1           HE2      MET   1   3.395 -11.426  10.350
    8    HE3  MET   1           HE3      MET   1   3.966 -11.397   8.681

  No H/Q in entry =           8
  In of MODEL   20
    1    H    ILE   2           H        ILE   2   3.718  -6.943   5.661
    2    HA   ILE   2           HA       ILE   2   3.891  -4.046   5.688
    3    HB   ILE   2           HB       ILE   2   1.711  -5.433   4.191
    4   HG12  ILE   2          HG12      ILE   2   4.482  -5.456   3.020
    5   HG13  ILE   2          HG13      ILE   2   3.868  -6.820   3.952
    6   HG21  ILE   2          HG21      ILE   2   2.067  -2.992   4.058
    7   HG22  ILE   2          HG22      ILE   2   3.649  -3.290   3.322
    8   HG23  ILE   2          HG23      ILE   2   2.182  -3.799   2.495
    9   HD11  ILE   2          HD11      ILE   2   1.976  -7.005   2.384
   10   HD12  ILE   2          HD12      ILE   2   2.668  -5.695   1.429
   11   HD13  ILE   2          HD13      ILE   2   3.540  -7.222   1.597

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLN   3           H        GLN   3   2.529  -2.765   6.805
    2    HA   GLN   3           HA       GLN   3   0.016  -3.956   7.778
    3    HB2  GLN   3           HB2      GLN   3   1.796  -1.944   9.171
    4    HB3  GLN   3           HB3      GLN   3   0.194  -2.427   9.743
    5    HG2  GLN   3           HG2      GLN   3   0.970  -4.739  10.015
    6    HG3  GLN   3           HG3      GLN   3   2.584  -4.257   9.429
    7   HE21  GLN   3          HE21      GLN   3   2.414  -1.665  10.857
    8   HE22  GLN   3          HE22      GLN   3   2.684  -2.037  12.526

  No H/Q in entry =           8
  In of MODEL   20
    1    H    VAL   4           H        VAL   4  -1.589  -3.113   6.604
    2    HA   VAL   4           HA       VAL   4  -1.322  -0.425   5.527
    3    HB   VAL   4           HB       VAL   4  -3.589  -0.989   4.424
    4   HG11  VAL   4          HG11      VAL   4  -1.448  -1.001   3.235
    5   HG12  VAL   4          HG12      VAL   4  -1.173  -2.666   3.745
    6   HG13  VAL   4          HG13      VAL   4  -2.515  -2.283   2.667
    7   HG21  VAL   4          HG21      VAL   4  -4.124  -2.843   5.958
    8   HG22  VAL   4          HG22      VAL   4  -4.157  -3.326   4.260
    9   HG23  VAL   4          HG23      VAL   4  -2.785  -3.764   5.277

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR   5           H        TYR   5  -2.892   1.160   5.722
    2    HA   TYR   5           HA       TYR   5  -4.929   1.026   7.759
    3    HB2  TYR   5           HB2      TYR   5  -2.426   2.673   8.127
    4    HB3  TYR   5           HB3      TYR   5  -3.947   3.133   8.882
    5    HD1  TYR   5           HD1      TYR   5  -5.076   0.788  10.009
    6    HD2  TYR   5           HD2      TYR   5  -0.943   1.741   9.627
    7    HE1  TYR   5           HE1      TYR   5  -4.560  -0.717  11.898
    8    HE2  TYR   5           HE2      TYR   5  -0.418   0.239  11.511
    9    HH   TYR   5           HH       TYR   5  -2.709  -1.967  12.791

  No H/Q in entry =           9
  In of MODEL   20
    1    H    SER   6           H        SER   6  -5.745   3.477   8.010
    2    HA   SER   6           HA       SER   6  -5.475   4.868   5.430
    3    HB2  SER   6           HB2      SER   6  -7.892   5.259   5.358
    4    HB3  SER   6           HB3      SER   6  -7.663   3.501   5.558
    5    HG   SER   6           HG       SER   6  -9.062   5.102   7.098

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ARG   7           H        ARG   7  -6.037   7.152   5.560
    2    HA   ARG   7           HA       ARG   7  -5.138   8.257   8.091
    3    HB2  ARG   7           HB2      ARG   7  -4.775   8.983   5.436
    4    HB3  ARG   7           HB3      ARG   7  -5.893  10.199   6.046
    5    HG2  ARG   7           HG2      ARG   7  -3.266   9.488   7.342
    6    HG3  ARG   7           HG3      ARG   7  -3.503  10.838   6.234
    7    HD2  ARG   7           HD2      ARG   7  -5.172  10.542   8.708
    8    HD3  ARG   7           HD3      ARG   7  -3.578  11.296   8.766
    9    HE   ARG   7           HE       ARG   7  -4.647  12.734   6.850
   10   HH11  ARG   7          HH11      ARG   7  -6.231  11.584   9.757
   11   HH12  ARG   7          HH12      ARG   7  -7.244  12.987   9.922
   12   HH21  ARG   7          HH21      ARG   7  -5.913  14.611   7.103
   13   HH22  ARG   7          HH22      ARG   7  -7.033  14.728   8.430

  No H/Q in entry =          13
  In of MODEL   20
    1    H    HIS   8           H        HIS   8  -8.085   7.587   6.620
    2    HA   HIS   8           HA       HIS   8  -9.512   9.355   8.472
    3    HB2  HIS   8           HB2      HIS   8 -10.192   8.972   5.544
    4    HB3  HIS   8           HB3      HIS   8 -11.183   9.840   6.708
    5    HD2  HIS   8           HD2      HIS   8  -9.831  12.209   7.766
    6    HE1  HIS   8           HE1      HIS   8  -7.591  12.615   4.199
    7    HE2  HIS   8           HE2      HIS   8  -8.512  13.829   6.226

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   PRO   9           HA       PRO   9 -11.997   5.751   9.360
    2    HB2  PRO   9           HB2      PRO   9 -14.353   7.549   9.335
    3    HB3  PRO   9           HB3      PRO   9 -13.729   6.522  10.640
    4    HG2  PRO   9           HG2      PRO   9 -13.454   9.204  10.730
    5    HG3  PRO   9           HG3      PRO   9 -12.155   8.128  11.299
    6    HD2  PRO   9           HD2      PRO   9 -12.400   9.601   8.698
    7    HD3  PRO   9           HD3      PRO   9 -10.972   9.425   9.747

  No H/Q in entry =           7
  In of MODEL   20
    1    H    ALA  10           H        ALA  10 -13.106   4.263   8.178
    2    HA   ALA  10           HA       ALA  10 -13.449   4.623   5.412
    3    HB1  ALA  10           HB1      ALA  10 -14.367   2.341   5.443
    4    HB2  ALA  10           HB2      ALA  10 -12.925   2.458   6.449
    5    HB3  ALA  10           HB3      ALA  10 -14.520   2.426   7.195

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLU  11           H        GLU  11 -15.010   6.028   4.599
    2    HA   GLU  11           HA       GLU  11 -17.775   5.462   5.490
    3    HB2  GLU  11           HB2      GLU  11 -16.515   7.929   4.359
    4    HB3  GLU  11           HB3      GLU  11 -18.214   7.646   4.030
    5    HG2  GLU  11           HG2      GLU  11 -18.262   9.016   5.875
    6    HG3  GLU  11           HG3      GLU  11 -18.432   7.436   6.604

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ASN  12           H        ASN  12 -18.717   3.970   4.220
    2    HA   ASN  12           HA       ASN  12 -18.111   3.198   1.654
    3    HB2  ASN  12           HB2      ASN  12 -20.655   3.134   3.307
    4    HB3  ASN  12           HB3      ASN  12 -20.663   2.458   1.687
    5   HD21  ASN  12          HD21      ASN  12 -21.212   1.022   3.990
    6   HD22  ASN  12          HD22      ASN  12 -19.969  -0.166   4.210

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLY  13           H        GLY  13 -17.719   4.735   0.123
    2    HA2  GLY  13           HA2      GLY  13 -20.011   6.453  -0.664
    3    HA3  GLY  13           HA3      GLY  13 -18.968   5.653  -1.830

  No H/Q in entry =           3
  In of MODEL   20
    1    H    LYS  14           H        LYS  14 -16.963   6.702   0.616
    2    HA   LYS  14           HA       LYS  14 -16.525   9.276  -0.815
    3    HB2  LYS  14           HB2      LYS  14 -15.176   8.529   1.763
    4    HB3  LYS  14           HB3      LYS  14 -15.457  10.126   1.099
    5    HG2  LYS  14           HG2      LYS  14 -17.514   8.298   2.308
    6    HG3  LYS  14           HG3      LYS  14 -16.817   9.738   3.038
    7    HD2  LYS  14           HD2      LYS  14 -18.508   9.687   0.551
    8    HD3  LYS  14           HD3      LYS  14 -19.069  10.115   2.177
    9    HE2  LYS  14           HE2      LYS  14 -16.972  11.579   0.553
   10    HE3  LYS  14           HE3      LYS  14 -18.623  12.116   0.839
   11    HZ1  LYS  14           HZ1      LYS  14 -16.691  11.640   3.042
   12    HZ2  LYS  14           HZ2      LYS  14 -16.879  13.149   2.289
   13    HZ3  LYS  14           HZ3      LYS  14 -18.180  12.444   3.113

  No H/Q in entry =          13
  In of MODEL   20
    1    H    SER  15           H        SER  15 -14.367   9.938  -1.294
    2    HA   SER  15           HA       SER  15 -12.476   7.703  -1.442
    3    HB2  SER  15           HB2      SER  15 -12.936   9.026  -3.591
    4    HB3  SER  15           HB3      SER  15 -11.989  10.303  -2.842
    5    HG   SER  15           HG       SER  15 -11.012   8.435  -4.224

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ASN  16           H        ASN  16 -10.375   8.000  -0.822
    2    HA   ASN  16           HA       ASN  16  -9.589  10.209   0.845
    3    HB2  ASN  16           HB2      ASN  16  -9.706   7.431   2.075
    4    HB3  ASN  16           HB3      ASN  16  -9.163   8.907   2.852
    5   HD21  ASN  16          HD21      ASN  16 -10.610  10.139   3.905
    6   HD22  ASN  16          HD22      ASN  16 -12.310   9.815   3.971

  No H/Q in entry =           6
  In of MODEL   20
    1    H    PHE  17           H        PHE  17  -7.609   8.043   2.003
    2    HA   PHE  17           HA       PHE  17  -6.208   7.413  -0.479
    3    HB2  PHE  17           HB2      PHE  17  -5.151   9.059   1.797
    4    HB3  PHE  17           HB3      PHE  17  -4.056   8.151   0.757
    5    HD1  PHE  17           HD1      PHE  17  -4.671  11.286   1.275
    6    HD2  PHE  17           HD2      PHE  17  -5.430   8.489  -1.840
    7    HE1  PHE  17           HE1      PHE  17  -4.714  13.125  -0.363
    8    HE2  PHE  17           HE2      PHE  17  -5.466  10.317  -3.489
    9    HZ   PHE  17           HZ       PHE  17  -5.107  12.642  -2.746

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  18           H        LEU  18  -5.393   5.377  -0.476
    2    HA   LEU  18           HA       LEU  18  -5.577   3.869   2.013
    3    HB2  LEU  18           HB2      LEU  18  -6.406   2.667   0.146
    4    HB3  LEU  18           HB3      LEU  18  -4.991   3.042  -0.815
    5    HG   LEU  18           HG       LEU  18  -3.623   1.500   0.499
    6   HD11  LEU  18          HD11      LEU  18  -6.116   1.025   2.134
    7   HD12  LEU  18          HD12      LEU  18  -4.645   0.058   2.215
    8   HD13  LEU  18          HD13      LEU  18  -4.610   1.754   2.692
    9   HD21  LEU  18          HD21      LEU  18  -6.244   0.306  -0.399
   10   HD22  LEU  18          HD22      LEU  18  -4.793   0.538  -1.372
   11   HD23  LEU  18          HD23      LEU  18  -4.786  -0.616  -0.041

  No H/Q in entry =          11
  In of MODEL   20
    1    H    ASN  19           H        ASN  19  -3.981   3.507   3.325
    2    HA   ASN  19           HA       ASN  19  -1.277   4.325   2.473
    3    HB2  ASN  19           HB2      ASN  19  -1.522   5.710   4.267
    4    HB3  ASN  19           HB3      ASN  19  -2.800   4.728   4.981
    5   HD21  ASN  19          HD21      ASN  19   0.544   5.461   4.928
    6   HD22  ASN  19          HD22      ASN  19   1.005   4.434   6.238

  No H/Q in entry =           6
  In of MODEL   20
    1    H    CYS  20           H        CYS  20   0.153   2.767   2.124
    2    HA   CYS  20           HA       CYS  20  -0.015   0.299   3.732
    3    HB2  CYS  20           HB2      CYS  20  -0.388  -0.322   1.477
    4    HB3  CYS  20           HB3      CYS  20   0.796   0.832   0.854

  No H/Q in entry =           4
  In of MODEL   20
    1    H    TYR  21           H        TYR  21   1.587   0.303   5.249
    2    HA   TYR  21           HA       TYR  21   4.003   1.875   4.789
    3    HB2  TYR  21           HB2      TYR  21   3.261   0.172   7.175
    4    HB3  TYR  21           HB3      TYR  21   4.656   1.217   7.067
    5    HD1  TYR  21           HD1      TYR  21   1.200   0.971   7.962
    6    HD2  TYR  21           HD2      TYR  21   4.272   3.719   6.928
    7    HE1  TYR  21           HE1      TYR  21  -0.079   2.784   9.019
    8    HE2  TYR  21           HE2      TYR  21   3.004   5.547   7.978
    9    HH   TYR  21           HH       TYR  21   0.264   4.967   9.965

  No H/Q in entry =           9
  In of MODEL   20
    1    H    VAL  22           H        VAL  22   5.914   1.028   4.194
    2    HA   VAL  22           HA       VAL  22   6.269  -1.884   4.466
    3    HB   VAL  22           HB       VAL  22   7.426  -0.165   2.230
    4   HG11  VAL  22          HG11      VAL  22   8.727  -2.181   2.869
    5   HG12  VAL  22          HG12      VAL  22   7.312  -3.172   2.507
    6   HG13  VAL  22          HG13      VAL  22   8.096  -2.251   1.223
    7   HG21  VAL  22          HG21      VAL  22   5.062  -2.049   2.167
    8   HG22  VAL  22          HG22      VAL  22   5.038  -0.303   1.908
    9   HG23  VAL  22          HG23      VAL  22   5.840  -1.357   0.741

  No H/Q in entry =           9
  In of MODEL   20
    1    H    SER  23           H        SER  23   7.641  -2.026   6.183
    2    HA   SER  23           HA       SER  23   9.500   0.215   6.614
    3    HB2  SER  23           HB2      SER  23   9.090  -0.333   9.080
    4    HB3  SER  23           HB3      SER  23   7.728   0.329   8.184
    5    HG   SER  23           HG       SER  23   8.194  -2.404   8.805

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLY  24           H        GLY  24  11.588  -0.115   7.268
    2    HA2  GLY  24           HA2      GLY  24  12.523  -2.804   7.970
    3    HA3  GLY  24           HA3      GLY  24  13.465  -1.319   8.054

  No H/Q in entry =           3
  In of MODEL   20
    1    H    PHE  25           H        PHE  25  12.050  -1.141   5.181
    2    HA   PHE  25           HA       PHE  25  14.158  -2.684   3.814
    3    HB2  PHE  25           HB2      PHE  25  11.560  -1.750   2.615
    4    HB3  PHE  25           HB3      PHE  25  12.693  -2.923   1.954
    5    HD1  PHE  25           HD1      PHE  25   9.833  -2.446   4.088
    6    HD2  PHE  25           HD2      PHE  25  12.976  -5.155   3.123
    7    HE1  PHE  25           HE1      PHE  25   8.558  -4.287   5.137
    8    HE2  PHE  25           HE2      PHE  25  11.703  -7.002   4.161
    9    HZ   PHE  25           HZ       PHE  25   9.482  -6.554   5.131

  No H/Q in entry =           9
  In of MODEL   20
    1    H    HIS  26           H        HIS  26  15.151  -1.804   1.967
    2    HA   HIS  26           HA       HIS  26  15.195   1.119   1.903
    3    HB2  HIS  26           HB2      HIS  26  17.067  -0.925   0.693
    4    HB3  HIS  26           HB3      HIS  26  17.249   0.822   0.519
    5    HD2  HIS  26           HD2      HIS  26  16.501   1.363   3.777
    6    HE1  HIS  26           HE1      HIS  26  20.133  -0.746   4.275
    7    HE2  HIS  26           HE2      HIS  26  18.319   0.584   5.451

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   PRO  27           HA       PRO  27  12.393   1.224  -1.367
    2    HB2  PRO  27           HB2      PRO  27  13.601   3.762  -2.243
    3    HB3  PRO  27           HB3      PRO  27  11.986   3.455  -1.595
    4    HG2  PRO  27           HG2      PRO  27  13.876   4.732  -0.173
    5    HG3  PRO  27           HG3      PRO  27  12.684   3.663   0.592
    6    HD2  PRO  27           HD2      PRO  27  15.564   3.140  -0.078
    7    HD3  PRO  27           HD3      PRO  27  14.632   2.662   1.359

  No H/Q in entry =           7
  In of MODEL   20
    1    H    SER  28           H        SER  28  15.674   0.953  -2.131
    2    HA   SER  28           HA       SER  28  15.392   1.574  -4.923
    3    HB2  SER  28           HB2      SER  28  17.497   2.108  -3.932
    4    HB3  SER  28           HB3      SER  28  17.699   0.467  -3.316
    5    HG   SER  28           HG       SER  28  17.916   1.436  -5.956

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ASP  29           H        ASP  29  15.801  -1.466  -3.055
    2    HA   ASP  29           HA       ASP  29  15.591  -2.933  -5.589
    3    HB2  ASP  29           HB2      ASP  29  16.372  -4.064  -2.903
    4    HB3  ASP  29           HB3      ASP  29  16.608  -4.790  -4.487

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ILE  30           H        ILE  30  13.100  -1.913  -4.208
    2    HA   ILE  30           HA       ILE  30  11.912  -4.577  -3.818
    3    HB   ILE  30           HB       ILE  30  10.932  -4.119  -1.849
    4   HG12  ILE  30          HG12      ILE  30  10.743  -1.159  -2.459
    5   HG13  ILE  30          HG13      ILE  30   9.475  -2.345  -2.751
    6   HG21  ILE  30          HG21      ILE  30  13.115  -2.046  -1.812
    7   HG22  ILE  30          HG22      ILE  30  12.273  -2.644  -0.384
    8   HG23  ILE  30          HG23      ILE  30  13.251  -3.740  -1.355
    9   HD11  ILE  30          HD11      ILE  30   9.521  -2.899  -0.327
   10   HD12  ILE  30          HD12      ILE  30  10.623  -1.541  -0.098
   11   HD13  ILE  30          HD13      ILE  30   8.985  -1.253  -0.695

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLU  31           H        GLU  31   9.539  -4.645  -3.978
    2    HA   GLU  31           HA       GLU  31   8.422  -2.567  -5.732
    3    HB2  GLU  31           HB2      GLU  31   8.606  -5.495  -6.214
    4    HB3  GLU  31           HB3      GLU  31   7.127  -4.669  -6.703
    5    HG2  GLU  31           HG2      GLU  31   9.889  -3.791  -7.554
    6    HG3  GLU  31           HG3      GLU  31   8.802  -4.794  -8.513

  No H/Q in entry =           6
  In of MODEL   20
    1    H    VAL  32           H        VAL  32   6.552  -1.858  -5.061
    2    HA   VAL  32           HA       VAL  32   4.816  -3.518  -3.371
    3    HB   VAL  32           HB       VAL  32   5.481  -2.411  -1.505
    4   HG11  VAL  32          HG11      VAL  32   7.430  -1.484  -2.669
    5   HG12  VAL  32          HG12      VAL  32   6.456  -0.118  -3.211
    6   HG13  VAL  32          HG13      VAL  32   6.770  -0.354  -1.491
    7   HG21  VAL  32          HG21      VAL  32   3.256  -1.460  -1.867
    8   HG22  VAL  32          HG22      VAL  32   4.324  -0.340  -1.020
    9   HG23  VAL  32          HG23      VAL  32   3.977  -0.102  -2.732

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ASP  33           H        ASP  33   2.661  -3.301  -3.803
    2    HA   ASP  33           HA       ASP  33   1.805  -0.991  -5.409
    3    HB2  ASP  33           HB2      ASP  33   1.207  -3.908  -6.101
    4    HB3  ASP  33           HB3      ASP  33   0.374  -2.527  -6.819

  No H/Q in entry =           4
  In of MODEL   20
    1    H    LEU  34           H        LEU  34  -0.581  -0.798  -5.424
    2    HA   LEU  34           HA       LEU  34  -1.742  -1.788  -2.897
    3    HB2  LEU  34           HB2      LEU  34  -2.060   0.783  -4.383
    4    HB3  LEU  34           HB3      LEU  34  -3.430   0.191  -3.466
    5    HG   LEU  34           HG       LEU  34  -1.960   0.135  -1.426
    6   HD11  LEU  34          HD11      LEU  34   0.216   0.054  -2.511
    7   HD12  LEU  34          HD12      LEU  34  -0.041   1.675  -3.163
    8   HD13  LEU  34          HD13      LEU  34   0.095   1.431  -1.420
    9   HD21  LEU  34          HD21      LEU  34  -3.510   1.966  -1.824
   10   HD22  LEU  34          HD22      LEU  34  -2.041   2.532  -1.031
   11   HD23  LEU  34          HD23      LEU  34  -2.277   2.817  -2.753

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU  35           H        LEU  35  -3.494  -3.113  -3.023
    2    HA   LEU  35           HA       LEU  35  -4.512  -3.694  -5.733
    3    HB2  LEU  35           HB2      LEU  35  -4.119  -5.662  -3.484
    4    HB3  LEU  35           HB3      LEU  35  -4.648  -6.020  -5.111
    5    HG   LEU  35           HG       LEU  35  -1.895  -5.367  -4.119
    6   HD11  LEU  35          HD11      LEU  35  -3.149  -7.512  -5.827
    7   HD12  LEU  35          HD12      LEU  35  -1.418  -7.363  -5.557
    8   HD13  LEU  35          HD13      LEU  35  -2.500  -7.684  -4.195
    9   HD21  LEU  35          HD21      LEU  35  -2.402  -3.882  -6.100
   10   HD22  LEU  35          HD22      LEU  35  -1.071  -5.018  -6.322
   11   HD23  LEU  35          HD23      LEU  35  -2.643  -5.351  -7.041

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LYS  36           H        LYS  36  -6.529  -4.902  -5.794
    2    HA   LYS  36           HA       LYS  36  -8.298  -4.675  -3.449
    3    HB2  LYS  36           HB2      LYS  36  -9.459  -5.021  -6.179
    4    HB3  LYS  36           HB3      LYS  36 -10.131  -4.159  -4.783
    5    HG2  LYS  36           HG2      LYS  36  -8.613  -2.298  -5.235
    6    HG3  LYS  36           HG3      LYS  36  -7.877  -3.177  -6.567
    7    HD2  LYS  36           HD2      LYS  36  -9.454  -1.471  -7.377
    8    HD3  LYS  36           HD3      LYS  36  -9.958  -3.099  -7.850
    9    HE2  LYS  36           HE2      LYS  36 -11.859  -1.655  -7.101
   10    HE3  LYS  36           HE3      LYS  36 -11.672  -3.082  -6.081
   11    HZ1  LYS  36           HZ1      LYS  36 -10.391  -1.591  -4.534
   12    HZ2  LYS  36           HZ2      LYS  36 -10.903  -0.282  -5.480
   13    HZ3  LYS  36           HZ3      LYS  36 -12.040  -1.238  -4.678

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ASN  37           H        ASN  37  -8.349  -6.751  -2.642
    2    HA   ASN  37           HA       ASN  37  -8.035  -9.025  -2.624
    3    HB2  ASN  37           HB2      ASN  37  -9.926 -10.152  -4.023
    4    HB3  ASN  37           HB3      ASN  37 -10.367  -9.092  -2.692
    5   HD21  ASN  37          HD21      ASN  37 -10.918  -6.894  -3.238
    6   HD22  ASN  37          HD22      ASN  37 -11.692  -6.543  -4.742

  No H/Q in entry =           6
  In of MODEL   20
    1    H    GLY  38           H        GLY  38  -5.999  -8.242  -3.967
    2    HA2  GLY  38           HA2      GLY  38  -5.532 -10.363  -5.810
    3    HA3  GLY  38           HA3      GLY  38  -4.373  -9.144  -5.337

  No H/Q in entry =           3
  In of MODEL   20
    1    H    GLU  39           H        GLU  39  -6.259  -6.949  -6.279
    2    HA   GLU  39           HA       GLU  39  -5.680  -7.299  -9.137
    3    HB2  GLU  39           HB2      GLU  39  -8.140  -7.602  -8.628
    4    HB3  GLU  39           HB3      GLU  39  -8.170  -5.922  -8.104
    5    HG2  GLU  39           HG2      GLU  39  -8.992  -6.124 -10.385
    6    HG3  GLU  39           HG3      GLU  39  -7.477  -5.212 -10.343

  No H/Q in entry =           6
  In of MODEL   20
    1    H    ARG  40           H        ARG  40  -4.309  -5.823  -9.775
    2    HA   ARG  40           HA       ARG  40  -3.339  -3.709  -8.252
    3    HB2  ARG  40           HB2      ARG  40  -2.557  -4.934 -10.534
    4    HB3  ARG  40           HB3      ARG  40  -3.224  -3.470 -11.235
    5    HG2  ARG  40           HG2      ARG  40  -1.691  -2.130  -9.866
    6    HG3  ARG  40           HG3      ARG  40  -1.031  -3.610  -9.177
    7    HD2  ARG  40           HD2      ARG  40   0.465  -2.860 -10.886
    8    HD3  ARG  40           HD3      ARG  40  -0.327  -4.313 -11.482
    9    HE   ARG  40           HE       ARG  40  -1.572  -1.836 -12.305
   10   HH11  ARG  40          HH11      ARG  40   0.851  -4.267 -13.033
   11   HH12  ARG  40          HH12      ARG  40   0.919  -3.872 -14.725
   12   HH21  ARG  40          HH21      ARG  40  -1.516  -1.345 -14.536
   13   HH22  ARG  40          HH22      ARG  40  -0.452  -2.241 -15.590

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE  41           H        ILE  41  -4.259  -1.910  -7.620
    2    HA   ILE  41           HA       ILE  41  -6.721  -0.935  -8.550
    3    HB   ILE  41           HB       ILE  41  -4.615   0.441  -6.881
    4   HG12  ILE  41          HG12      ILE  41  -7.097  -1.090  -6.106
    5   HG13  ILE  41          HG13      ILE  41  -5.452  -1.690  -5.964
    6   HG21  ILE  41          HG21      ILE  41  -7.516   1.159  -7.328
    7   HG22  ILE  41          HG22      ILE  41  -6.505   1.836  -6.052
    8   HG23  ILE  41          HG23      ILE  41  -6.107   2.130  -7.740
    9   HD11  ILE  41          HD11      ILE  41  -6.273   0.807  -4.557
   10   HD12  ILE  41          HD12      ILE  41  -6.643  -0.787  -3.893
   11   HD13  ILE  41          HD13      ILE  41  -4.961  -0.326  -4.190

  No H/Q in entry =          11
  In of MODEL   20
    1    H    GLU  42           H        GLU  42  -3.801   1.092  -8.531
    2    HA   GLU  42           HA       GLU  42  -2.495   1.176 -10.653
    3    HB2  GLU  42           HB2      GLU  42  -5.209   1.872 -11.782
    4    HB3  GLU  42           HB3      GLU  42  -3.692   2.198 -12.607
    5    HG2  GLU  42           HG2      GLU  42  -4.254  -0.589 -11.697
    6    HG3  GLU  42           HG3      GLU  42  -5.039   0.043 -13.137

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LYS  43           H        LYS  43  -4.918   3.321  -9.178
    2    HA   LYS  43           HA       LYS  43  -3.625   5.691 -10.189
    3    HB2  LYS  43           HB2      LYS  43  -5.567   5.659  -7.893
    4    HB3  LYS  43           HB3      LYS  43  -5.314   6.909  -9.096
    5    HG2  LYS  43           HG2      LYS  43  -6.765   4.284  -9.488
    6    HG3  LYS  43           HG3      LYS  43  -7.461   5.906  -9.449
    7    HD2  LYS  43           HD2      LYS  43  -5.428   5.040 -11.498
    8    HD3  LYS  43           HD3      LYS  43  -7.168   4.875 -11.730
    9    HE2  LYS  43           HE2      LYS  43  -5.745   7.477 -11.153
   10    HE3  LYS  43           HE3      LYS  43  -6.252   6.937 -12.755
   11    HZ1  LYS  43           HZ1      LYS  43  -8.556   6.854 -11.889
   12    HZ2  LYS  43           HZ2      LYS  43  -8.011   7.548 -10.442
   13    HZ3  LYS  43           HZ3      LYS  43  -7.899   8.419 -11.888

  No H/Q in entry =          13
  In of MODEL   20
    1    H    VAL  44           H        VAL  44  -1.615   4.371  -8.997
    2    HA   VAL  44           HA       VAL  44  -1.439   5.489  -6.286
    3    HB   VAL  44           HB       VAL  44  -1.423   2.764  -6.839
    4   HG11  VAL  44          HG11      VAL  44   0.827   2.898  -7.799
    5   HG12  VAL  44          HG12      VAL  44   1.408   3.608  -6.293
    6   HG13  VAL  44          HG13      VAL  44   0.799   1.952  -6.308
    7   HG21  VAL  44          HG21      VAL  44  -0.272   4.231  -4.485
    8   HG22  VAL  44          HG22      VAL  44  -1.955   3.753  -4.713
    9   HG23  VAL  44          HG23      VAL  44  -0.707   2.522  -4.511

  No H/Q in entry =           9
  In of MODEL   20
    1    H    GLU  45           H        GLU  45   0.236   6.803  -5.995
    2    HA   GLU  45           HA       GLU  45   2.497   6.602  -7.819
    3    HB2  GLU  45           HB2      GLU  45   0.618   8.920  -7.733
    4    HB3  GLU  45           HB3      GLU  45   2.320   9.199  -8.071
    5    HG2  GLU  45           HG2      GLU  45   0.499   7.381  -9.631
    6    HG3  GLU  45           HG3      GLU  45   1.010   8.999 -10.115

  No H/Q in entry =           6
  In of MODEL   20
    1    H    HIS  46           H        HIS  46   4.088   6.349  -6.465
    2    HA   HIS  46           HA       HIS  46   4.808   8.779  -5.015
    3    HB2  HIS  46           HB2      HIS  46   4.189   7.286  -3.205
    4    HB3  HIS  46           HB3      HIS  46   5.082   5.956  -3.931
    5    HD2  HIS  46           HD2      HIS  46   6.195   9.565  -2.730
    6    HE1  HIS  46           HE1      HIS  46   8.979   6.660  -1.442
    7    HE2  HIS  46           HE2      HIS  46   8.511   9.145  -1.649

  No H/Q in entry =           7
  In of MODEL   20
    1    H    SER  47           H        SER  47   6.712   9.469  -5.818
    2    HA   SER  47           HA       SER  47   8.085   7.690  -7.618
    3    HB2  SER  47           HB2      SER  47   9.394   9.816  -8.123
    4    HB3  SER  47           HB3      SER  47   7.664   9.881  -8.459
    5    HG   SER  47           HG       SER  47   9.076  10.997  -6.273

  No H/Q in entry =           5
  In of MODEL   20
    1    H    ASP  48           H        ASP  48   9.881   6.707  -7.264
    2    HA   ASP  48           HA       ASP  48  10.904   6.535  -4.632
    3    HB2  ASP  48           HB2      ASP  48  12.480   4.902  -5.591
    4    HB3  ASP  48           HB3      ASP  48  10.822   4.592  -6.097

  No H/Q in entry =           4
  In of MODEL   20
    1    H    LEU  49           H        LEU  49  13.105   6.725  -4.055
    2    HA   LEU  49           HA       LEU  49  14.222   9.271  -5.021
    3    HB2  LEU  49           HB2      LEU  49  15.719   9.010  -2.942
    4    HB3  LEU  49           HB3      LEU  49  14.009   9.362  -2.663
    5    HG   LEU  49           HG       LEU  49  15.020   6.507  -2.607
    6   HD11  LEU  49          HD11      LEU  49  15.096   8.403  -0.252
    7   HD12  LEU  49          HD12      LEU  49  15.205   6.646  -0.146
    8   HD13  LEU  49          HD13      LEU  49  16.463   7.554  -0.986
    9   HD21  LEU  49          HD21      LEU  49  12.679   7.906  -1.318
   10   HD22  LEU  49          HD22      LEU  49  12.632   6.694  -2.603
   11   HD23  LEU  49          HD23      LEU  49  13.146   6.244  -0.980

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  50           H        SER  50  16.890   9.007  -4.386
    2    HA   SER  50           HA       SER  50  17.647   7.482  -6.730
    3    HB2  SER  50           HB2      SER  50  19.360   9.162  -4.879
    4    HB3  SER  50           HB3      SER  50  19.862   8.498  -6.435
    5    HG   SER  50           HG       SER  50  17.606   9.803  -6.858

  No H/Q in entry =           5
  In of MODEL   20
    1    H    PHE  51           H        PHE  51  18.620   7.571  -3.298
    2    HA   PHE  51           HA       PHE  51  18.913   4.687  -3.291
    3    HB2  PHE  51           HB2      PHE  51  21.241   6.559  -2.816
    4    HB3  PHE  51           HB3      PHE  51  21.211   4.912  -2.196
    5    HD1  PHE  51           HD1      PHE  51  21.022   3.014  -3.833
    6    HD2  PHE  51           HD2      PHE  51  21.871   7.009  -5.029
    7    HE1  PHE  51           HE1      PHE  51  21.886   2.183  -5.981
    8    HE2  PHE  51           HE2      PHE  51  22.745   6.184  -7.178
    9    HZ   PHE  51           HZ       PHE  51  22.749   3.769  -7.656

  No H/Q in entry =           9
  In of MODEL   20
    1    H    SER  52           H        SER  52  19.357   3.918  -1.025
    2    HA   SER  52           HA       SER  52  17.521   5.264   0.712
    3    HB2  SER  52           HB2      SER  52  18.330   3.311   2.269
    4    HB3  SER  52           HB3      SER  52  17.324   2.965   0.861
    5    HG   SER  52           HG       SER  52  19.421   1.733   1.265

  No H/Q in entry =           5
  In of MODEL   20
    1    H    LYS  53           H        LYS  53  20.443   6.197   0.041
    2    HA   LYS  53           HA       LYS  53  21.597   6.537   2.655
    3    HB2  LYS  53           HB2      LYS  53  23.260   7.915   1.483
    4    HB3  LYS  53           HB3      LYS  53  23.028   6.373   0.669
    5    HG2  LYS  53           HG2      LYS  53  21.527   7.497  -0.943
    6    HG3  LYS  53           HG3      LYS  53  21.895   9.037  -0.162
    7    HD2  LYS  53           HD2      LYS  53  24.288   8.681  -0.683
    8    HD3  LYS  53           HD3      LYS  53  23.850   7.206  -1.549
    9    HE2  LYS  53           HE2      LYS  53  24.093   8.958  -3.155
   10    HE3  LYS  53           HE3      LYS  53  22.376   8.588  -3.010
   11    HZ1  LYS  53           HZ1      LYS  53  22.133  10.507  -1.540
   12    HZ2  LYS  53           HZ2      LYS  53  23.786  10.864  -1.723
   13    HZ3  LYS  53           HZ3      LYS  53  22.741  10.966  -3.056

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ASP  54           H        ASP  54  19.127   7.981   0.926
    2    HA   ASP  54           HA       ASP  54  19.254  10.414   2.582
    3    HB2  ASP  54           HB2      ASP  54  18.379  10.218  -0.316
    4    HB3  ASP  54           HB3      ASP  54  18.162  11.646   0.694

  No H/Q in entry =           4
  In of MODEL   20
    1    H    TRP  55           H        TRP  55  18.030   8.007   3.229
    2    HA   TRP  55           HA       TRP  55  15.147   8.669   3.146
    3    HB2  TRP  55           HB2      TRP  55  15.703   6.811   1.579
    4    HB3  TRP  55           HB3      TRP  55  16.406   5.913   2.916
    5    HD1  TRP  55           HD1      TRP  55  12.956   7.236   1.725
    6    HE1  TRP  55           HE1      TRP  55  11.148   5.712   2.696
    7    HE3  TRP  55           HE3      TRP  55  15.900   4.171   4.678
    8    HZ2  TRP  55           HZ2      TRP  55  10.956   3.555   4.433
    9    HZ3  TRP  55           HZ3      TRP  55  14.775   2.399   5.950
   10    HH2  TRP  55           HH2      TRP  55  12.358   2.087   5.838

  No H/Q in entry =          10
  In of MODEL   20
    1    H    SER  56           H        SER  56  15.447   9.633   5.219
    2    HA   SER  56           HA       SER  56  16.001   7.710   7.333
    3    HB2  SER  56           HB2      SER  56  15.700   9.730   8.872
    4    HB3  SER  56           HB3      SER  56  17.104   9.770   7.798
    5    HG   SER  56           HG       SER  56  15.785  11.746   7.899

  No H/Q in entry =           5
  In of MODEL   20
    1    H    PHE  57           H        PHE  57  13.283   9.829   6.221
    2    HA   PHE  57           HA       PHE  57  11.423   9.154   7.973
    3    HB2  PHE  57           HB2      PHE  57   9.753   9.600   6.203
    4    HB3  PHE  57           HB3      PHE  57  11.001  10.815   6.340
    5    HD1  PHE  57           HD1      PHE  57  13.149   9.744   4.657
    6    HD2  PHE  57           HD2      PHE  57   8.946   9.625   4.088
    7    HE1  PHE  57           HE1      PHE  57  13.501   9.631   2.233
    8    HE2  PHE  57           HE2      PHE  57   9.283   9.505   1.654
    9    HZ   PHE  57           HZ       PHE  57  11.563   9.507   0.724

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR  58           H        TYR  58  10.692   7.521   4.888
    2    HA   TYR  58           HA       TYR  58  10.361   4.958   5.843
    3    HB2  TYR  58           HB2      TYR  58   8.142   4.854   6.765
    4    HB3  TYR  58           HB3      TYR  58   9.037   6.074   7.650
    5    HD1  TYR  58           HD1      TYR  58   5.922   5.628   7.271
    6    HD2  TYR  58           HD2      TYR  58   8.737   8.323   5.543
    7    HE1  TYR  58           HE1      TYR  58   4.110   7.271   6.874
    8    HE2  TYR  58           HE2      TYR  58   6.942   9.963   5.151
    9    HH   TYR  58           HH       TYR  58   3.999   9.848   6.623

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LEU  59           H        LEU  59   8.718   3.690   4.594
    2    HA   LEU  59           HA       LEU  59   8.383   4.883   1.926
    3    HB2  LEU  59           HB2      LEU  59   8.868   2.175   3.007
    4    HB3  LEU  59           HB3      LEU  59   7.787   2.255   1.631
    5    HG   LEU  59           HG       LEU  59  10.465   3.596   1.515
    6   HD11  LEU  59          HD11      LEU  59  10.710   1.182   2.261
    7   HD12  LEU  59          HD12      LEU  59   9.998   0.723   0.711
    8   HD13  LEU  59          HD13      LEU  59  11.523   1.612   0.761
    9   HD21  LEU  59          HD21      LEU  59   8.501   2.471  -0.471
   10   HD22  LEU  59          HD22      LEU  59   9.031   4.144  -0.293
   11   HD23  LEU  59          HD23      LEU  59  10.141   2.926  -0.908

  No H/Q in entry =          11
  In of MODEL   20
    1    H    LEU  60           H        LEU  60   6.449   5.580   1.408
    2    HA   LEU  60           HA       LEU  60   4.113   3.935   1.950
    3    HB2  LEU  60           HB2      LEU  60   4.091   5.519   3.750
    4    HB3  LEU  60           HB3      LEU  60   4.442   6.844   2.661
    5    HG   LEU  60           HG       LEU  60   2.217   6.610   1.654
    6   HD11  LEU  60          HD11      LEU  60   1.928   4.213   2.027
    7   HD12  LEU  60          HD12      LEU  60   1.772   4.507   3.760
    8   HD13  LEU  60          HD13      LEU  60   0.561   5.139   2.645
    9   HD21  LEU  60          HD21      LEU  60   2.531   8.143   3.524
   10   HD22  LEU  60          HD22      LEU  60   0.921   7.422   3.563
   11   HD23  LEU  60          HD23      LEU  60   2.175   6.841   4.659

  No H/Q in entry =          11
  In of MODEL   20
    1    H    TYR  61           H        TYR  61   2.500   4.158   0.409
    2    HA   TYR  61           HA       TYR  61   2.980   5.969  -1.881
    3    HB2  TYR  61           HB2      TYR  61   2.092   3.044  -1.874
    4    HB3  TYR  61           HB3      TYR  61   1.960   4.091  -3.299
    5    HD1  TYR  61           HD1      TYR  61   3.745   4.229  -4.794
    6    HD2  TYR  61           HD2      TYR  61   4.517   2.801  -0.855
    7    HE1  TYR  61           HE1      TYR  61   6.056   3.697  -5.450
    8    HE2  TYR  61           HE2      TYR  61   6.844   2.271  -1.506
    9    HH   TYR  61           HH       TYR  61   8.252   3.403  -4.356

  No H/Q in entry =           9
  In of MODEL   20
    1    H    TYR  62           H        TYR  62   0.813   6.444  -3.046
    2    HA   TYR  62           HA       TYR  62  -1.441   6.029  -1.244
    3    HB2  TYR  62           HB2      TYR  62  -2.150   8.467  -1.726
    4    HB3  TYR  62           HB3      TYR  62  -0.976   8.124  -0.468
    5    HD1  TYR  62           HD1      TYR  62   1.116   9.163  -0.485
    6    HD2  TYR  62           HD2      TYR  62  -1.267   9.298  -4.000
    7    HE1  TYR  62           HE1      TYR  62   2.664  10.804  -1.456
    8    HE2  TYR  62           HE2      TYR  62   0.273  10.946  -4.985
    9    HH   TYR  62           HH       TYR  62   3.324  11.722  -3.505

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR  63           H        THR  63  -3.443   5.790  -2.176
    2    HA   THR  63           HA       THR  63  -3.810   6.512  -4.989
    3    HB   THR  63           HB       THR  63  -3.205   4.062  -4.966
    4    HG1  THR  63           HG1      THR  63  -5.914   4.490  -5.739
    5   HG21  THR  63          HG21      THR  63  -5.691   3.922  -3.298
    6   HG22  THR  63          HG22      THR  63  -5.200   2.569  -4.314
    7   HG23  THR  63          HG23      THR  63  -4.141   3.136  -3.030

  No H/Q in entry =           7
  In of MODEL   20
    1    H    GLU  64           H        GLU  64  -5.788   7.226  -5.450
    2    HA   GLU  64           HA       GLU  64  -7.760   7.902  -3.614
    3    HB2  GLU  64           HB2      GLU  64  -7.852   8.996  -5.701
    4    HB3  GLU  64           HB3      GLU  64  -7.672   7.505  -6.594
    5    HG2  GLU  64           HG2      GLU  64 -10.014   6.917  -5.744
    6    HG3  GLU  64           HG3      GLU  64 -10.124   8.612  -5.266

  No H/Q in entry =           6
  In of MODEL   20
    1    H    PHE  65           H        PHE  65  -9.525   6.775  -2.698
    2    HA   PHE  65           HA       PHE  65 -10.258   4.257  -3.966
    3    HB2  PHE  65           HB2      PHE  65 -10.164   3.012  -1.939
    4    HB3  PHE  65           HB3      PHE  65  -8.665   3.891  -2.101
    5    HD1  PHE  65           HD1      PHE  65 -11.965   4.853  -0.642
    6    HD2  PHE  65           HD2      PHE  65  -7.787   4.353  -0.074
    7    HE1  PHE  65           HE1      PHE  65 -12.179   5.706   1.655
    8    HE2  PHE  65           HE2      PHE  65  -8.003   5.206   2.235
    9    HZ   PHE  65           HZ       PHE  65 -10.215   5.886   3.099

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR  66           H        THR  66 -12.380   3.501  -3.552
    2    HA   THR  66           HA       THR  66 -13.975   5.176  -1.732
    3    HB   THR  66           HB       THR  66 -15.043   4.036  -4.331
    4    HG1  THR  66           HG1      THR  66 -13.610   6.369  -3.772
    5   HG21  THR  66          HG21      THR  66 -16.069   6.092  -2.361
    6   HG22  THR  66          HG22      THR  66 -16.786   5.789  -3.945
    7   HG23  THR  66          HG23      THR  66 -16.773   4.515  -2.730

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   PRO  67           HA       PRO  67 -14.394   0.914  -0.246
    2    HB2  PRO  67           HB2      PRO  67 -15.755   1.676   2.091
    3    HB3  PRO  67           HB3      PRO  67 -14.038   1.304   1.943
    4    HG2  PRO  67           HG2      PRO  67 -15.281   3.868   2.363
    5    HG3  PRO  67           HG3      PRO  67 -13.564   3.454   2.350
    6    HD2  PRO  67           HD2      PRO  67 -15.066   4.856   0.384
    7    HD3  PRO  67           HD3      PRO  67 -13.344   4.445   0.354

  No H/Q in entry =           7
  In of MODEL   20
    1    H    THR  68           H        THR  68 -15.856  -0.472  -0.464
    2    HA   THR  68           HA       THR  68 -18.694   0.226  -0.361
    3    HB   THR  68           HB       THR  68 -19.171  -1.112  -2.315
    4    HG1  THR  68           HG1      THR  68 -17.001  -1.822  -3.445
    5   HG21  THR  68          HG21      THR  68 -16.822   0.686  -2.932
    6   HG22  THR  68          HG22      THR  68 -17.971   0.060  -4.116
    7   HG23  THR  68          HG23      THR  68 -18.517   1.171  -2.860

  No H/Q in entry =           7
  In of MODEL   20
    1    H    GLU  69           H        GLU  69 -19.972  -1.647   0.293
    2    HA   GLU  69           HA       GLU  69 -18.570  -3.397   2.034
    3    HB2  GLU  69           HB2      GLU  69 -20.826  -4.587   2.206
    4    HB3  GLU  69           HB3      GLU  69 -20.731  -2.917   2.743
    5    HG2  GLU  69           HG2      GLU  69 -21.755  -2.192   0.655
    6    HG3  GLU  69           HG3      GLU  69 -21.840  -3.874   0.121

  No H/Q in entry =           6
  In of MODEL   20
    1    H    LYS  70           H        LYS  70 -18.385  -3.491  -1.181
    2    HA   LYS  70           HA       LYS  70 -18.345  -6.423  -1.290
    3    HB2  LYS  70           HB2      LYS  70 -18.492  -4.509  -3.621
    4    HB3  LYS  70           HB3      LYS  70 -18.589  -6.258  -3.702
    5    HG2  LYS  70           HG2      LYS  70 -20.629  -4.745  -2.129
    6    HG3  LYS  70           HG3      LYS  70 -20.738  -4.800  -3.882
    7    HD2  LYS  70           HD2      LYS  70 -22.069  -6.568  -3.212
    8    HD3  LYS  70           HD3      LYS  70 -20.540  -7.348  -3.604
    9    HE2  LYS  70           HE2      LYS  70 -19.976  -7.502  -1.265
   10    HE3  LYS  70           HE3      LYS  70 -21.403  -6.568  -0.819
   11    HZ1  LYS  70           HZ1      LYS  70 -21.436  -9.224  -2.152
   12    HZ2  LYS  70           HZ2      LYS  70 -21.707  -8.964  -0.499
   13    HZ3  LYS  70           HZ3      LYS  70 -22.794  -8.344  -1.647

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ASP  71           H        ASP  71 -16.383  -3.528  -1.786
    2    HA   ASP  71           HA       ASP  71 -14.329  -5.170  -3.054
    3    HB2  ASP  71           HB2      ASP  71 -14.533  -2.156  -2.844
    4    HB3  ASP  71           HB3      ASP  71 -13.273  -3.032  -3.686

  No H/Q in entry =           4
  In of MODEL   20
    1    H    GLU  72           H        GLU  72 -12.472  -5.622  -2.155
    2    HA   GLU  72           HA       GLU  72 -11.786  -4.787   0.586
    3    HB2  GLU  72           HB2      GLU  72 -11.954  -7.189   0.065
    4    HB3  GLU  72           HB3      GLU  72 -10.780  -7.006  -1.226
    5    HG2  GLU  72           HG2      GLU  72  -9.111  -6.311   0.549
    6    HG3  GLU  72           HG3      GLU  72 -10.314  -6.826   1.735

  No H/Q in entry =           6
  In of MODEL   20
    1    H    TYR  73           H        TYR  73  -9.594  -4.053   1.024
    2    HA   TYR  73           HA       TYR  73  -7.993  -3.341  -1.348
    3    HB2  TYR  73           HB2      TYR  73  -8.422  -1.708   1.164
    4    HB3  TYR  73           HB3      TYR  73  -7.184  -1.348  -0.030
    5    HD1  TYR  73           HD1      TYR  73 -10.849  -1.755   0.381
    6    HD2  TYR  73           HD2      TYR  73  -7.711  -0.017  -1.900
    7    HE1  TYR  73           HE1      TYR  73 -12.506  -0.453  -0.913
    8    HE2  TYR  73           HE2      TYR  73  -9.355   1.274  -3.190
    9    HH   TYR  73           HH       TYR  73 -12.666   1.475  -2.285

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ALA  74           H        ALA  74  -5.896  -3.917  -1.374
    2    HA   ALA  74           HA       ALA  74  -4.645  -4.917   1.095
    3    HB1  ALA  74           HB1      ALA  74  -5.544  -6.862  -0.009
    4    HB2  ALA  74           HB2      ALA  74  -3.793  -6.860  -0.173
    5    HB3  ALA  74           HB3      ALA  74  -4.802  -6.377  -1.540

  No H/Q in entry =           5
  In of MODEL   20
    1    H    CYS  75           H        CYS  75  -2.244  -5.059   0.940
    2    HA   CYS  75           HA       CYS  75  -1.159  -3.567  -1.367
    3    HB2  CYS  75           HB2      CYS  75  -1.059  -2.102   0.534
    4    HB3  CYS  75           HB3      CYS  75  -0.313  -3.352   1.518

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ARG  76           H        ARG  76   0.480  -4.511  -2.440
    2    HA   ARG  76           HA       ARG  76   1.460  -7.118  -1.470
    3    HB2  ARG  76           HB2      ARG  76   0.138  -6.784  -3.672
    4    HB3  ARG  76           HB3      ARG  76   1.622  -6.073  -4.291
    5    HG2  ARG  76           HG2      ARG  76   2.758  -8.141  -4.162
    6    HG3  ARG  76           HG3      ARG  76   1.526  -8.853  -3.117
    7    HD2  ARG  76           HD2      ARG  76   1.291  -9.750  -5.393
    8    HD3  ARG  76           HD3      ARG  76  -0.095  -8.733  -4.988
    9    HE   ARG  76           HE       ARG  76   1.897  -7.179  -6.281
   10   HH11  ARG  76          HH11      ARG  76  -0.517  -9.636  -6.951
   11   HH12  ARG  76          HH12      ARG  76  -0.699  -9.193  -8.620
   12   HH21  ARG  76          HH21      ARG  76   1.657  -6.593  -8.489
   13   HH22  ARG  76          HH22      ARG  76   0.517  -7.451  -9.489

  No H/Q in entry =          13
  In of MODEL   20
    1    H    VAL  77           H        VAL  77   3.624  -7.270  -0.928
    2    HA   VAL  77           HA       VAL  77   5.467  -5.434  -2.314
    3    HB   VAL  77           HB       VAL  77   5.011  -4.791   0.151
    4   HG11  VAL  77          HG11      VAL  77   6.849  -7.148   0.574
    5   HG12  VAL  77          HG12      VAL  77   6.455  -5.934   1.790
    6   HG13  VAL  77          HG13      VAL  77   5.192  -6.990   1.156
    7   HG21  VAL  77          HG21      VAL  77   6.814  -3.883  -1.281
    8   HG22  VAL  77          HG22      VAL  77   7.274  -3.998   0.421
    9   HG23  VAL  77          HG23      VAL  77   7.870  -5.194  -0.736

  No H/Q in entry =           9
  In of MODEL   20
    1    H    ASN  78           H        ASN  78   7.322  -6.196  -2.996
    2    HA   ASN  78           HA       ASN  78   8.143  -8.935  -2.253
    3    HB2  ASN  78           HB2      ASN  78   6.858  -8.978  -4.412
    4    HB3  ASN  78           HB3      ASN  78   8.085  -7.921  -5.105
    5   HD21  ASN  78          HD21      ASN  78   8.721  -9.396  -6.643
    6   HD22  ASN  78          HD22      ASN  78   9.588 -10.842  -6.251

  No H/Q in entry =           6
  In of MODEL   20
    1    H    HIS  79           H        HIS  79  10.235  -9.208  -1.955
    2    HA   HIS  79           HA       HIS  79  12.090  -7.177  -2.884
    3    HB2  HIS  79           HB2      HIS  79  12.411  -8.629  -0.265
    4    HB3  HIS  79           HB3      HIS  79  13.183  -7.184  -0.832
    5    HD2  HIS  79           HD2      HIS  79  12.401  -5.052   0.473
    6    HE1  HIS  79           HE1      HIS  79   8.442  -6.312   1.248
    7    HE2  HIS  79           HE2      HIS  79  10.171  -4.520   1.672

  No H/Q in entry =           7
  In of MODEL   20
    1    H    VAL  80           H        VAL  80  14.328  -8.090  -3.043
    2    HA   VAL  80           HA       VAL  80  14.396 -10.454  -4.475
    3    HB   VAL  80           HB       VAL  80  16.238  -9.352  -4.942
    4   HG11  VAL  80          HG11      VAL  80  15.868  -7.682  -3.101
    5   HG12  VAL  80          HG12      VAL  80  17.023  -8.635  -2.171
    6   HG13  VAL  80          HG13      VAL  80  17.516  -7.896  -3.683
    7   HG21  VAL  80          HG21      VAL  80  16.996 -11.584  -4.352
    8   HG22  VAL  80          HG22      VAL  80  18.265 -10.372  -4.165
    9   HG23  VAL  80          HG23      VAL  80  17.424 -10.995  -2.748

  No H/Q in entry =           9
  In of MODEL   20
    1    H    THR  81           H        THR  81  14.249 -10.174  -1.072
    2    HA   THR  81           HA       THR  81  15.626 -12.661  -0.614
    3    HB   THR  81           HB       THR  81  16.027 -11.511   1.304
    4    HG1  THR  81           HG1      THR  81  14.907 -12.545   2.752
    5   HG21  THR  81          HG21      THR  81  14.933  -9.497   0.279
    6   HG22  THR  81          HG22      THR  81  13.406 -10.016   1.009
    7   HG23  THR  81          HG23      THR  81  14.774  -9.581   2.040

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LEU  82           H        LEU  82  12.338 -11.451   0.077
    2    HA   LEU  82           HA       LEU  82  11.113 -13.737   0.898
    3    HB2  LEU  82           HB2      LEU  82   9.770 -11.762  -0.935
    4    HB3  LEU  82           HB3      LEU  82   9.021 -12.774   0.289
    5    HG   LEU  82           HG       LEU  82  10.925 -10.530   0.894
    6   HD11  LEU  82          HD11      LEU  82   7.934 -10.615   0.990
    7   HD12  LEU  82          HD12      LEU  82   8.950  -9.330   1.648
    8   HD13  LEU  82          HD13      LEU  82   8.946  -9.647  -0.085
    9   HD21  LEU  82          HD21      LEU  82   9.144 -12.184   2.670
   10   HD22  LEU  82          HD22      LEU  82  10.905 -12.259   2.605
   11   HD23  LEU  82          HD23      LEU  82  10.105 -10.798   3.184

  No H/Q in entry =          11
  In of MODEL   20
    1    H    SER  83           H        SER  83  11.489 -12.674  -2.453
    2    HA   SER  83           HA       SER  83  11.420 -13.766  -4.440
    3    HB2  SER  83           HB2      SER  83  12.613 -15.624  -3.229
    4    HB3  SER  83           HB3      SER  83  11.039 -16.352  -2.912
    5    HG   SER  83           HG       SER  83  10.764 -16.717  -5.069

  No H/Q in entry =           5
  In of MODEL   20
    1    H    GLN  84           H        GLN  84   9.023 -14.483  -2.036
    2    HA   GLN  84           HA       GLN  84   6.977 -14.396  -4.137
    3    HB2  GLN  84           HB2      GLN  84   5.514 -15.810  -2.710
    4    HB3  GLN  84           HB3      GLN  84   6.951 -16.649  -3.270
    5    HG2  GLN  84           HG2      GLN  84   7.953 -16.526  -1.089
    6    HG3  GLN  84           HG3      GLN  84   6.703 -15.416  -0.522
    7   HE21  GLN  84          HE21      GLN  84   6.182 -16.741   1.178
    8   HE22  GLN  84          HE22      GLN  84   5.305 -18.219   0.969

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   PRO  85           HA       PRO  85   6.078 -10.702  -1.705
    2    HB2  PRO  85           HB2      PRO  85   3.937  -9.845  -3.155
    3    HB3  PRO  85           HB3      PRO  85   5.633  -9.517  -3.571
    4    HG2  PRO  85           HG2      PRO  85   3.746 -11.541  -4.709
    5    HG3  PRO  85           HG3      PRO  85   5.008 -10.586  -5.527
    6    HD2  PRO  85           HD2      PRO  85   5.342 -13.250  -4.841
    7    HD3  PRO  85           HD3      PRO  85   6.700 -12.078  -4.956

  No H/Q in entry =           7
  In of MODEL   20
    1    H    LYS  86           H        LYS  86   4.416  -9.928  -0.380
    2    HA   LYS  86           HA       LYS  86   2.305 -11.909   0.163
    3    HB2  LYS  86           HB2      LYS  86   3.388  -9.857   2.110
    4    HB3  LYS  86           HB3      LYS  86   2.304 -11.196   2.467
    5    HG2  LYS  86           HG2      LYS  86   4.124 -12.799   2.159
    6    HG3  LYS  86           HG3      LYS  86   5.179 -11.504   1.585
    7    HD2  LYS  86           HD2      LYS  86   5.565 -10.706   3.699
    8    HD3  LYS  86           HD3      LYS  86   4.001 -11.232   4.320
    9    HE2  LYS  86           HE2      LYS  86   6.421 -12.960   3.773
   10    HE3  LYS  86           HE3      LYS  86   5.717 -12.565   5.340
   11    HZ1  LYS  86           HZ1      LYS  86   3.652 -13.708   4.523
   12    HZ2  LYS  86           HZ2      LYS  86   4.562 -14.279   3.212
   13    HZ3  LYS  86           HZ3      LYS  86   4.984 -14.720   4.797

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ILE  87           H        ILE  87   0.284 -11.213   0.717
    2    HA   ILE  87           HA       ILE  87  -0.351  -8.431  -0.014
    3    HB   ILE  87           HB       ILE  87  -1.800 -10.921  -0.571
    4   HG12  ILE  87          HG12      ILE  87  -1.191  -9.665  -2.445
    5   HG13  ILE  87          HG13      ILE  87  -2.899  -9.260  -2.244
    6   HG21  ILE  87          HG21      ILE  87  -3.322  -8.578   0.541
    7   HG22  ILE  87          HG22      ILE  87  -4.054  -9.867  -0.417
    8   HG23  ILE  87          HG23      ILE  87  -3.312 -10.235   1.144
    9   HD11  ILE  87          HD11      ILE  87  -0.622  -7.583  -1.251
   10   HD12  ILE  87          HD12      ILE  87  -1.509  -7.315  -2.747
   11   HD13  ILE  87          HD13      ILE  87  -2.338  -7.185  -1.200

  No H/Q in entry =          11
  In of MODEL   20
    1    H    VAL  88           H        VAL  88  -1.166  -7.092   1.438
    2    HA   VAL  88           HA       VAL  88  -2.101  -8.200   4.002
    3    HB   VAL  88           HB       VAL  88  -0.072  -6.951   4.365
    4   HG11  VAL  88          HG11      VAL  88  -1.410  -4.676   2.947
    5   HG12  VAL  88          HG12      VAL  88   0.099  -4.554   3.851
    6   HG13  VAL  88          HG13      VAL  88   0.015  -5.570   2.406
    7   HG21  VAL  88          HG21      VAL  88  -2.534  -5.477   5.235
    8   HG22  VAL  88          HG22      VAL  88  -1.653  -6.717   6.128
    9   HG23  VAL  88          HG23      VAL  88  -0.924  -5.129   5.861

  No H/Q in entry =           9
  In of MODEL   20
    1    H    LYS  89           H        LYS  89  -4.229  -7.836   4.347
    2    HA   LYS  89           HA       LYS  89  -5.465  -5.839   2.599
    3    HB2  LYS  89           HB2      LYS  89  -6.915  -8.092   3.955
    4    HB3  LYS  89           HB3      LYS  89  -7.470  -7.092   2.629
    5    HG2  LYS  89           HG2      LYS  89  -6.166  -8.208   1.100
    6    HG3  LYS  89           HG3      LYS  89  -5.066  -8.808   2.344
    7    HD2  LYS  89           HD2      LYS  89  -7.914  -9.647   1.900
    8    HD3  LYS  89           HD3      LYS  89  -6.483 -10.633   1.595
    9    HE2  LYS  89           HE2      LYS  89  -6.009 -10.438   4.072
   10    HE3  LYS  89           HE3      LYS  89  -7.587  -9.683   4.230
   11    HZ1  LYS  89           HZ1      LYS  89  -8.564 -11.712   3.239
   12    HZ2  LYS  89           HZ2      LYS  89  -7.031 -12.439   3.285
   13    HZ3  LYS  89           HZ3      LYS  89  -7.799 -11.988   4.726

  No H/Q in entry =          13
  In of MODEL   20
    1    H    TRP  90           H        TRP  90  -6.968  -4.432   3.415
    2    HA   TRP  90           HA       TRP  90  -6.381  -3.618   6.113
    3    HB2  TRP  90           HB2      TRP  90  -6.496  -1.927   4.341
    4    HB3  TRP  90           HB3      TRP  90  -8.152  -2.399   3.989
    5    HD1  TRP  90           HD1      TRP  90  -6.572  -1.375   7.426
    6    HE1  TRP  90           HE1      TRP  90  -7.959   0.519   8.383
    7    HE3  TRP  90           HE3      TRP  90  -9.883  -0.749   3.526
    8    HZ2  TRP  90           HZ2      TRP  90 -10.233   2.048   7.659
    9    HZ3  TRP  90           HZ3      TRP  90 -11.620   0.971   3.744
   10    HH2  TRP  90           HH2      TRP  90 -11.797   2.352   5.741

  No H/Q in entry =          10
  In of MODEL   20
    1    H    ASP  91           H        ASP  91  -7.593  -3.841   7.885
    2    HA   ASP  91           HA       ASP  91  -9.675  -5.768   7.898
    3    HB2  ASP  91           HB2      ASP  91  -9.840  -5.247  10.320
    4    HB3  ASP  91           HB3      ASP  91  -8.189  -5.582   9.809

  No H/Q in entry =           4
  In of MODEL   20
    1    H    ARG  92           H        ARG  92 -11.449  -5.215   6.769
    2    HA   ARG  92           HA       ARG  92 -13.395  -3.610   8.025
    3    HB2  ARG  92           HB2      ARG  92 -13.542  -1.683   6.687
    4    HB3  ARG  92           HB3      ARG  92 -11.803  -1.899   6.876
    5    HG2  ARG  92           HG2      ARG  92 -11.900  -1.460   4.650
    6    HG3  ARG  92           HG3      ARG  92 -12.021  -3.235   4.616
    7    HD2  ARG  92           HD2      ARG  92 -13.709  -1.852   3.149
    8    HD3  ARG  92           HD3      ARG  92 -14.356  -3.139   4.177
    9    HE   ARG  92           HE       ARG  92 -14.525  -0.882   5.717
   10   HH11  ARG  92          HH11      ARG  92 -15.695  -1.863   2.559
   11   HH12  ARG  92          HH12      ARG  92 -17.074  -0.812   2.604
   12   HH21  ARG  92          HH21      ARG  92 -16.371   0.490   5.782
   13   HH22  ARG  92          HH22      ARG  92 -17.453   0.524   4.419

  No H/Q in entry =          13
  In of MODEL   20
    1    H    ASP  93           H        ASP  93 -12.357  -5.853   5.862
    2    HA   ASP  93           HA       ASP  93 -14.909  -6.685   4.970
    3    HB2  ASP  93           HB2      ASP  93 -14.439  -4.609   3.561
    4    HB3  ASP  93           HB3      ASP  93 -13.165  -5.556   2.789

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   MET  94           HA       MET  94 -10.904  -9.020   3.541
    2    HB2  MET  94           HB2      MET  94  -9.379  -9.809   5.662
    3    HB3  MET  94           HB3      MET  94  -8.992  -8.484   4.577
    4    HG2  MET  94           HG2      MET  94  -8.766  -7.998   7.063
    5    HG3  MET  94           HG3      MET  94  -9.700  -6.824   6.134
    6    HE1  MET  94           HE1      MET  94  -9.489  -9.171   9.102
    7    HE2  MET  94           HE2      MET  94 -11.152  -9.656   9.438
    8    HE3  MET  94           HE3      MET  94 -10.316 -10.291   8.020

  No H/Q in entry =           8
  In of MODEL   21
    1    HA   MET   1           HA       MET   1   4.762  -8.437   6.606
    2    HB2  MET   1           HB2      MET   1   3.827  -7.665   8.640
    3    HB3  MET   1           HB3      MET   1   5.340  -8.444   9.079
    4    HG2  MET   1           HG2      MET   1   4.955  -5.476   8.758
    5    HG3  MET   1           HG3      MET   1   4.931  -6.339  10.294
    6    HE1  MET   1           HE1      MET   1   6.807  -3.812   9.519
    7    HE2  MET   1           HE2      MET   1   6.805  -4.549  11.122
    8    HE3  MET   1           HE3      MET   1   8.329  -4.297  10.271

  No H/Q in entry =           8
  In of MODEL   21
    1    H    ILE   2           H        ILE   2   3.043  -6.909   6.282
    2    HA   ILE   2           HA       ILE   2   3.868  -4.118   5.833
    3    HB   ILE   2           HB       ILE   2   1.676  -5.386   4.193
    4   HG12  ILE   2          HG12      ILE   2   4.411  -5.149   2.993
    5   HG13  ILE   2          HG13      ILE   2   3.996  -6.578   3.938
    6   HG21  ILE   2          HG21      ILE   2   1.908  -2.923   4.260
    7   HG22  ILE   2          HG22      ILE   2   3.513  -3.082   3.541
    8   HG23  ILE   2          HG23      ILE   2   2.088  -3.596   2.642
    9   HD11  ILE   2          HD11      ILE   2   2.508  -5.584   1.513
   10   HD12  ILE   2          HD12      ILE   2   3.626  -6.948   1.558
   11   HD13  ILE   2          HD13      ILE   2   2.108  -7.021   2.449

  No H/Q in entry =          11
  In of MODEL   21
    1    H    GLN   3           H        GLN   3   2.342  -2.611   6.528
    2    HA   GLN   3           HA       GLN   3  -0.179  -3.716   7.578
    3    HB2  GLN   3           HB2      GLN   3   1.702  -1.789   8.933
    4    HB3  GLN   3           HB3      GLN   3   0.002  -1.936   9.404
    5    HG2  GLN   3           HG2      GLN   3   0.304  -4.265   9.992
    6    HG3  GLN   3           HG3      GLN   3   1.984  -4.216   9.395
    7   HE21  GLN   3          HE21      GLN   3  -0.210  -3.184  11.915
    8   HE22  GLN   3          HE22      GLN   3   1.013  -2.723  13.055

  No H/Q in entry =           8
  In of MODEL   21
    1    H    VAL   4           H        VAL   4  -1.737  -2.937   6.350
    2    HA   VAL   4           HA       VAL   4  -1.489  -0.276   5.198
    3    HB   VAL   4           HB       VAL   4  -3.745  -0.908   4.102
    4   HG11  VAL   4          HG11      VAL   4  -1.606  -0.922   2.913
    5   HG12  VAL   4          HG12      VAL   4  -1.301  -2.563   3.482
    6   HG13  VAL   4          HG13      VAL   4  -2.648  -2.246   2.391
    7   HG21  VAL   4          HG21      VAL   4  -2.907  -3.613   5.135
    8   HG22  VAL   4          HG22      VAL   4  -4.338  -2.708   5.623
    9   HG23  VAL   4          HG23      VAL   4  -4.196  -3.311   3.971

  No H/Q in entry =           9
  In of MODEL   21
    1    H    TYR   5           H        TYR   5  -3.073   1.285   5.367
    2    HA   TYR   5           HA       TYR   5  -5.073   1.196   7.443
    3    HB2  TYR   5           HB2      TYR   5  -2.573   2.879   7.700
    4    HB3  TYR   5           HB3      TYR   5  -4.071   3.304   8.514
    5    HD1  TYR   5           HD1      TYR   5  -1.025   2.178   9.250
    6    HD2  TYR   5           HD2      TYR   5  -5.036   0.793   9.620
    7    HE1  TYR   5           HE1      TYR   5  -0.352   0.759  11.149
    8    HE2  TYR   5           HE2      TYR   5  -4.368  -0.635  11.520
    9    HH   TYR   5           HH       TYR   5  -2.198  -1.725  12.332

  No H/Q in entry =           9
  In of MODEL   21
    1    H    SER   6           H        SER   6  -5.980   3.532   7.631
    2    HA   SER   6           HA       SER   6  -5.585   5.011   5.115
    3    HB2  SER   6           HB2      SER   6  -8.203   4.735   6.624
    4    HB3  SER   6           HB3      SER   6  -7.944   5.648   5.134
    5    HG   SER   6           HG       SER   6  -7.402   2.876   5.304

  No H/Q in entry =           5
  In of MODEL   21
    1    H    ARG   7           H        ARG   7  -5.913   7.314   5.305
    2    HA   ARG   7           HA       ARG   7  -4.876   8.293   7.823
    3    HB2  ARG   7           HB2      ARG   7  -4.580   9.058   5.169
    4    HB3  ARG   7           HB3      ARG   7  -5.584  10.331   5.852
    5    HG2  ARG   7           HG2      ARG   7  -2.887   9.425   6.862
    6    HG3  ARG   7           HG3      ARG   7  -3.238  10.920   5.995
    7    HD2  ARG   7           HD2      ARG   7  -4.500  11.778   7.810
    8    HD3  ARG   7           HD3      ARG   7  -4.508  10.214   8.626
    9    HE   ARG   7           HE       ARG   7  -1.847  11.101   8.252
   10   HH11  ARG   7          HH11      ARG   7  -4.701  11.781  10.183
   11   HH12  ARG   7          HH12      ARG   7  -3.791  12.337  11.555
   12   HH21  ARG   7          HH21      ARG   7  -0.657  11.863  10.046
   13   HH22  ARG   7          HH22      ARG   7  -1.500  12.399  11.467

  No H/Q in entry =          13
  In of MODEL   21
    1    H    HIS   8           H        HIS   8  -7.928   7.811   6.556
    2    HA   HIS   8           HA       HIS   8  -9.141   9.669   8.461
    3    HB2  HIS   8           HB2      HIS   8 -10.036   9.379   5.577
    4    HB3  HIS   8           HB3      HIS   8 -10.827  10.358   6.802
    5    HD2  HIS   8           HD2      HIS   8  -8.830  11.050   3.888
    6    HE1  HIS   8           HE1      HIS   8  -7.363  13.799   6.748
    7    HE2  HIS   8           HE2      HIS   8  -7.578  13.290   4.270

  No H/Q in entry =           7
  In of MODEL   21
    1    HA   PRO   9           HA       PRO   9 -11.846   6.280   9.334
    2    HB2  PRO   9           HB2      PRO   9 -14.356   7.468   9.440
    3    HB3  PRO   9           HB3      PRO   9 -13.176   7.462  10.758
    4    HG2  PRO   9           HG2      PRO   9 -13.946   9.638   8.904
    5    HG3  PRO   9           HG3      PRO   9 -13.239   9.732  10.521
    6    HD2  PRO   9           HD2      PRO   9 -11.881  10.179   8.117
    7    HD3  PRO   9           HD3      PRO   9 -11.136   9.872   9.699

  No H/Q in entry =           7
  In of MODEL   21
    1    H    ALA  10           H        ALA  10 -12.694   4.671   8.174
    2    HA   ALA  10           HA       ALA  10 -13.410   4.845   5.463
    3    HB1  ALA  10           HB1      ALA  10 -14.224   2.551   5.737
    4    HB2  ALA  10           HB2      ALA  10 -12.664   2.774   6.529
    5    HB3  ALA  10           HB3      ALA  10 -14.142   2.730   7.488

  No H/Q in entry =           5
  In of MODEL   21
    1    H    GLU  11           H        GLU  11 -15.172   6.003   4.720
    2    HA   GLU  11           HA       GLU  11 -17.736   5.255   5.969
    3    HB2  GLU  11           HB2      GLU  11 -16.752   7.800   6.077
    4    HB3  GLU  11           HB3      GLU  11 -17.631   7.860   4.558
    5    HG2  GLU  11           HG2      GLU  11 -18.935   8.638   6.478
    6    HG3  GLU  11           HG3      GLU  11 -19.678   7.286   5.640

  No H/Q in entry =           6
  In of MODEL   21
    1    H    ASN  12           H        ASN  12 -18.026   3.590   4.492
    2    HA   ASN  12           HA       ASN  12 -17.996   3.113   1.965
    3    HB2  ASN  12           HB2      ASN  12 -20.375   3.059   3.819
    4    HB3  ASN  12           HB3      ASN  12 -20.606   2.524   2.164
    5   HD21  ASN  12          HD21      ASN  12 -20.884   0.971   4.508
    6   HD22  ASN  12          HD22      ASN  12 -19.718  -0.315   4.424

  No H/Q in entry =           6
  In of MODEL   21
    1    H    GLY  13           H        GLY  13 -17.658   4.632   0.412
    2    HA2  GLY  13           HA2      GLY  13 -19.926   6.452  -0.189
    3    HA3  GLY  13           HA3      GLY  13 -18.933   5.696  -1.429

  No H/Q in entry =           3
  In of MODEL   21
    1    H    LYS  14           H        LYS  14 -16.817   6.578   0.958
    2    HA   LYS  14           HA       LYS  14 -16.428   9.290  -0.160
    3    HB2  LYS  14           HB2      LYS  14 -14.923   7.989   2.116
    4    HB3  LYS  14           HB3      LYS  14 -14.875   9.676   1.654
    5    HG2  LYS  14           HG2      LYS  14 -17.436   8.421   2.531
    6    HG3  LYS  14           HG3      LYS  14 -16.221   8.913   3.703
    7    HD2  LYS  14           HD2      LYS  14 -17.869  10.656   3.453
    8    HD3  LYS  14           HD3      LYS  14 -16.300  11.205   2.868
    9    HE2  LYS  14           HE2      LYS  14 -17.965  11.968   1.363
   10    HE3  LYS  14           HE3      LYS  14 -17.056  10.690   0.566
   11    HZ1  LYS  14           HZ1      LYS  14 -19.719  10.376   1.845
   12    HZ2  LYS  14           HZ2      LYS  14 -19.429  10.481   0.179
   13    HZ3  LYS  14           HZ3      LYS  14 -18.853   9.155   1.056

  No H/Q in entry =          13
  In of MODEL   21
    1    H    SER  15           H        SER  15 -14.491   9.912  -1.162
    2    HA   SER  15           HA       SER  15 -12.510   7.772  -1.491
    3    HB2  SER  15           HB2      SER  15 -13.300   9.058  -3.578
    4    HB3  SER  15           HB3      SER  15 -12.337  10.377  -2.943
    5    HG   SER  15           HG       SER  15 -10.738   9.473  -3.884

  No H/Q in entry =           5
  In of MODEL   21
    1    H    ASN  16           H        ASN  16 -10.413   8.085  -0.879
    2    HA   ASN  16           HA       ASN  16  -9.695  10.426   0.639
    3    HB2  ASN  16           HB2      ASN  16  -9.532   7.740   2.047
    4    HB3  ASN  16           HB3      ASN  16  -9.126   9.311   2.710
    5   HD21  ASN  16          HD21      ASN  16 -10.471   9.556   4.353
    6   HD22  ASN  16          HD22      ASN  16 -12.187   9.401   4.293

  No H/Q in entry =           6
  In of MODEL   21
    1    H    PHE  17           H        PHE  17  -7.738   8.063   1.751
    2    HA   PHE  17           HA       PHE  17  -6.320   7.503  -0.723
    3    HB2  PHE  17           HB2      PHE  17  -5.255   9.225   1.472
    4    HB3  PHE  17           HB3      PHE  17  -4.141   8.177   0.597
    5    HD1  PHE  17           HD1      PHE  17  -5.371   8.332  -2.108
    6    HD2  PHE  17           HD2      PHE  17  -4.578  11.355   0.779
    7    HE1  PHE  17           HE1      PHE  17  -5.178   9.998  -3.912
    8    HE2  PHE  17           HE2      PHE  17  -4.398  13.029  -1.018
    9    HZ   PHE  17           HZ       PHE  17  -4.694  12.352  -3.363

  No H/Q in entry =           9
  In of MODEL   21
    1    H    LEU  18           H        LEU  18  -5.538   5.451  -0.714
    2    HA   LEU  18           HA       LEU  18  -5.670   3.983   1.808
    3    HB2  LEU  18           HB2      LEU  18  -6.579   2.764  -0.034
    4    HB3  LEU  18           HB3      LEU  18  -5.169   3.081  -1.027
    5    HG   LEU  18           HG       LEU  18  -3.819   1.542   0.292
    6   HD11  LEU  18          HD11      LEU  18  -6.274   1.227   2.021
    7   HD12  LEU  18          HD12      LEU  18  -4.865   0.169   2.075
    8   HD13  LEU  18          HD13      LEU  18  -4.706   1.870   2.505
    9   HD21  LEU  18          HD21      LEU  18  -6.495   0.377  -0.472
   10   HD22  LEU  18          HD22      LEU  18  -5.085   0.563  -1.515
   11   HD23  LEU  18          HD23      LEU  18  -5.034  -0.557  -0.156

  No H/Q in entry =          11
  In of MODEL   21
    1    H    ASN  19           H        ASN  19  -4.004   3.722   3.079
    2    HA   ASN  19           HA       ASN  19  -1.361   4.498   2.049
    3    HB2  ASN  19           HB2      ASN  19  -2.629   4.806   4.769
    4    HB3  ASN  19           HB3      ASN  19  -0.880   4.896   4.562
    5   HD21  ASN  19          HD21      ASN  19  -2.643   6.943   5.496
    6   HD22  ASN  19          HD22      ASN  19  -2.512   8.263   4.390

  No H/Q in entry =           6
  In of MODEL   21
    1    H    CYS  20           H        CYS  20  -0.033   2.869   1.696
    2    HA   CYS  20           HA       CYS  20  -0.121   0.495   3.455
    3    HB2  CYS  20           HB2      CYS  20  -0.463  -0.217   1.215
    4    HB3  CYS  20           HB3      CYS  20   0.732   0.917   0.569

  No H/Q in entry =           4
  In of MODEL   21
    1    H    TYR  21           H        TYR  21   1.500   0.519   4.970
    2    HA   TYR  21           HA       TYR  21   3.901   2.093   4.425
    3    HB2  TYR  21           HB2      TYR  21   3.198   0.579   6.947
    4    HB3  TYR  21           HB3      TYR  21   4.493   1.746   6.756
    5    HD1  TYR  21           HD1      TYR  21   0.952   1.263   7.336
    6    HD2  TYR  21           HD2      TYR  21   3.984   4.142   6.572
    7    HE1  TYR  21           HE1      TYR  21  -0.575   3.058   8.057
    8    HE2  TYR  21           HE2      TYR  21   2.469   5.945   7.286
    9    HH   TYR  21           HH       TYR  21   0.085   6.370   7.512

  No H/Q in entry =           9
  In of MODEL   21
    1    H    VAL  22           H        VAL  22   5.787   1.246   3.879
    2    HA   VAL  22           HA       VAL  22   6.242  -1.628   4.316
    3    HB   VAL  22           HB       VAL  22   7.023  -0.030   1.836
    4   HG11  VAL  22          HG11      VAL  22   8.641  -1.791   2.503
    5   HG12  VAL  22          HG12      VAL  22   7.349  -2.989   2.380
    6   HG13  VAL  22          HG13      VAL  22   7.876  -2.104   0.945
    7   HG21  VAL  22          HG21      VAL  22   4.633  -0.529   1.859
    8   HG22  VAL  22          HG22      VAL  22   5.464  -1.467   0.616
    9   HG23  VAL  22          HG23      VAL  22   4.976  -2.238   2.129

  No H/Q in entry =           9
  In of MODEL   21
    1    H    SER  23           H        SER  23   7.859  -1.545   5.879
    2    HA   SER  23           HA       SER  23   9.842   0.616   5.605
    3    HB2  SER  23           HB2      SER  23   8.148   0.923   7.444
    4    HB3  SER  23           HB3      SER  23   8.835  -0.500   8.224
    5    HG   SER  23           HG       SER  23   9.918   1.175   9.097

  No H/Q in entry =           5
  In of MODEL   21
    1    H    GLY  24           H        GLY  24  11.960   0.234   6.211
    2    HA2  GLY  24           HA2      GLY  24  12.721  -2.461   7.088
    3    HA3  GLY  24           HA3      GLY  24  13.744  -1.034   7.114

  No H/Q in entry =           3
  In of MODEL   21
    1    H    PHE  25           H        PHE  25  12.081  -1.299   4.224
    2    HA   PHE  25           HA       PHE  25  14.090  -3.005   2.961
    3    HB2  PHE  25           HB2      PHE  25  11.480  -1.912   1.892
    4    HB3  PHE  25           HB3      PHE  25  12.538  -3.046   1.052
    5    HD1  PHE  25           HD1      PHE  25  12.675  -5.372   1.717
    6    HD2  PHE  25           HD2      PHE  25  10.168  -2.659   3.846
    7    HE1  PHE  25           HE1      PHE  25  11.579  -7.276   2.845
    8    HE2  PHE  25           HE2      PHE  25   9.066  -4.561   4.981
    9    HZ   PHE  25           HZ       PHE  25   9.764  -6.859   4.453

  No H/Q in entry =           9
  In of MODEL   21
    1    H    HIS  26           H        HIS  26  15.137  -2.384   1.027
    2    HA   HIS  26           HA       HIS  26  15.869   0.417   0.957
    3    HB2  HIS  26           HB2      HIS  26  16.776  -1.849  -0.839
    4    HB3  HIS  26           HB3      HIS  26  17.547  -0.272  -0.675
    5    HD2  HIS  26           HD2      HIS  26  18.108  -0.001   2.399
    6    HE1  HIS  26           HE1      HIS  26  19.607  -3.952   2.204
    7    HE2  HIS  26           HE2      HIS  26  19.326  -1.905   3.677

  No H/Q in entry =           7
  In of MODEL   21
    1    HA   PRO  27           HA       PRO  27  12.318   1.287  -1.652
    2    HB2  PRO  27           HB2      PRO  27  14.102   3.633  -2.211
    3    HB3  PRO  27           HB3      PRO  27  12.363   3.605  -1.890
    4    HG2  PRO  27           HG2      PRO  27  14.025   4.289   0.040
    5    HG3  PRO  27           HG3      PRO  27  12.653   3.203   0.384
    6    HD2  PRO  27           HD2      PRO  27  15.571   2.564   0.111
    7    HD3  PRO  27           HD3      PRO  27  14.349   1.839   1.182

  No H/Q in entry =           7
  In of MODEL   21
    1    H    SER  28           H        SER  28  15.612   1.182  -2.773
    2    HA   SER  28           HA       SER  28  14.978   1.684  -5.503
    3    HB2  SER  28           HB2      SER  28  17.150   2.299  -4.531
    4    HB3  SER  28           HB3      SER  28  17.519   0.591  -4.277
    5    HG   SER  28           HG       SER  28  16.796   1.431  -6.851

  No H/Q in entry =           5
  In of MODEL   21
    1    H    ASP  29           H        ASP  29  15.520  -1.316  -3.608
    2    HA   ASP  29           HA       ASP  29  15.083  -2.817  -6.109
    3    HB2  ASP  29           HB2      ASP  29  16.294  -3.881  -3.548
    4    HB3  ASP  29           HB3      ASP  29  16.236  -4.688  -5.107

  No H/Q in entry =           4
  In of MODEL   21
    1    H    ILE  30           H        ILE  30  12.780  -1.802  -4.597
    2    HA   ILE  30           HA       ILE  30  11.657  -4.462  -3.993
    3    HB   ILE  30           HB       ILE  30  10.609  -3.843  -2.077
    4   HG12  ILE  30          HG12      ILE  30  10.547  -0.935  -2.955
    5   HG13  ILE  30          HG13      ILE  30   9.219  -2.085  -3.077
    6   HG21  ILE  30          HG21      ILE  30  12.903  -1.907  -2.154
    7   HG22  ILE  30          HG22      ILE  30  11.987  -2.305  -0.701
    8   HG23  ILE  30          HG23      ILE  30  12.906  -3.557  -1.535
    9   HD11  ILE  30          HD11      ILE  30   9.143  -2.276  -0.655
   10   HD12  ILE  30          HD12      ILE  30  10.489  -1.143  -0.519
   11   HD13  ILE  30          HD13      ILE  30   8.944  -0.605  -1.175

  No H/Q in entry =          11
  In of MODEL   21
    1    H    GLU  31           H        GLU  31   9.282  -4.552  -4.110
    2    HA   GLU  31           HA       GLU  31   8.119  -2.678  -6.053
    3    HB2  GLU  31           HB2      GLU  31   8.116  -5.694  -6.186
    4    HB3  GLU  31           HB3      GLU  31   6.931  -4.711  -7.035
    5    HG2  GLU  31           HG2      GLU  31   8.631  -3.664  -8.358
    6    HG3  GLU  31           HG3      GLU  31   9.913  -4.432  -7.423

  No H/Q in entry =           6
  In of MODEL   21
    1    H    VAL  32           H        VAL  32   6.403  -1.799  -5.138
    2    HA   VAL  32           HA       VAL  32   4.610  -3.483  -3.527
    3    HB   VAL  32           HB       VAL  32   5.224  -2.335  -1.689
    4   HG11  VAL  32          HG11      VAL  32   7.196  -1.451  -2.874
    5   HG12  VAL  32          HG12      VAL  32   6.240  -0.061  -3.381
    6   HG13  VAL  32          HG13      VAL  32   6.560  -0.335  -1.666
    7   HG21  VAL  32          HG21      VAL  32   3.716  -0.102  -3.041
    8   HG22  VAL  32          HG22      VAL  32   3.042  -1.359  -2.003
    9   HG23  VAL  32          HG23      VAL  32   4.135  -0.151  -1.329

  No H/Q in entry =           9
  In of MODEL   21
    1    H    ASP  33           H        ASP  33   2.474  -3.298  -3.969
    2    HA   ASP  33           HA       ASP  33   1.572  -1.083  -5.676
    3    HB2  ASP  33           HB2      ASP  33   1.067  -4.046  -6.256
    4    HB3  ASP  33           HB3      ASP  33   0.254  -2.712  -7.081

  No H/Q in entry =           4
  In of MODEL   21
    1    H    LEU  34           H        LEU  34  -0.787  -0.869  -5.657
    2    HA   LEU  34           HA       LEU  34  -1.935  -1.808  -3.108
    3    HB2  LEU  34           HB2      LEU  34  -2.288   0.719  -4.662
    4    HB3  LEU  34           HB3      LEU  34  -3.644   0.140  -3.719
    5    HG   LEU  34           HG       LEU  34  -2.161   0.154  -1.692
    6   HD11  LEU  34          HD11      LEU  34   0.007   0.085  -2.805
    7   HD12  LEU  34          HD12      LEU  34  -0.284   1.689  -3.482
    8   HD13  LEU  34          HD13      LEU  34  -0.128   1.477  -1.734
    9   HD21  LEU  34          HD21      LEU  34  -3.749   1.947  -2.160
   10   HD22  LEU  34          HD22      LEU  34  -2.306   2.537  -1.334
   11   HD23  LEU  34          HD23      LEU  34  -2.505   2.807  -3.065

  No H/Q in entry =          11
  In of MODEL   21
    1    H    LEU  35           H        LEU  35  -3.654  -3.161  -3.154
    2    HA   LEU  35           HA       LEU  35  -4.732  -3.844  -5.820
    3    HB2  LEU  35           HB2      LEU  35  -4.275  -5.753  -3.526
    4    HB3  LEU  35           HB3      LEU  35  -4.807  -6.150  -5.143
    5    HG   LEU  35           HG       LEU  35  -2.058  -5.414  -4.193
    6   HD11  LEU  35          HD11      LEU  35  -3.300  -7.663  -5.774
    7   HD12  LEU  35          HD12      LEU  35  -1.564  -7.457  -5.578
    8   HD13  LEU  35          HD13      LEU  35  -2.581  -7.743  -4.165
    9   HD21  LEU  35          HD21      LEU  35  -2.650  -4.033  -6.233
   10   HD22  LEU  35          HD22      LEU  35  -1.266  -5.112  -6.398
   11   HD23  LEU  35          HD23      LEU  35  -2.818  -5.558  -7.105

  No H/Q in entry =          11
  In of MODEL   21
    1    H    LYS  36           H        LYS  36  -6.743  -5.075  -5.806
    2    HA   LYS  36           HA       LYS  36  -8.493  -4.747  -3.466
    3    HB2  LYS  36           HB2      LYS  36  -9.588  -5.145  -6.228
    4    HB3  LYS  36           HB3      LYS  36 -10.331  -4.331  -4.834
    5    HG2  LYS  36           HG2      LYS  36  -8.832  -2.440  -5.162
    6    HG3  LYS  36           HG3      LYS  36  -8.013  -3.287  -6.457
    7    HD2  LYS  36           HD2      LYS  36  -9.666  -1.501  -7.225
    8    HD3  LYS  36           HD3      LYS  36  -9.798  -3.077  -7.983
    9    HE2  LYS  36           HE2      LYS  36 -11.746  -3.473  -6.258
   10    HE3  LYS  36           HE3      LYS  36 -11.736  -1.713  -6.088
   11    HZ1  LYS  36           HZ1      LYS  36 -11.914  -1.619  -8.553
   12    HZ2  LYS  36           HZ2      LYS  36 -12.196  -3.290  -8.548
   13    HZ3  LYS  36           HZ3      LYS  36 -13.271  -2.242  -7.754

  No H/Q in entry =          13
  In of MODEL   21
    1    H    ASN  37           H        ASN  37  -8.483  -6.805  -2.575
    2    HA   ASN  37           HA       ASN  37  -8.371  -9.105  -2.470
    3    HB2  ASN  37           HB2      ASN  37 -10.282  -9.174  -4.748
    4    HB3  ASN  37           HB3      ASN  37 -10.365 -10.105  -3.288
    5   HD21  ASN  37          HD21      ASN  37 -10.761  -6.896  -4.660
    6   HD22  ASN  37          HD22      ASN  37 -11.964  -6.343  -3.557

  No H/Q in entry =           6
  In of MODEL   21
    1    H    GLY  38           H        GLY  38  -6.211  -8.319  -3.837
    2    HA2  GLY  38           HA2      GLY  38  -5.730 -10.506  -5.606
    3    HA3  GLY  38           HA3      GLY  38  -4.589  -9.245  -5.209

  No H/Q in entry =           3
  In of MODEL   21
    1    H    GLU  39           H        GLU  39  -6.490  -7.126  -6.209
    2    HA   GLU  39           HA       GLU  39  -6.037  -7.574  -9.077
    3    HB2  GLU  39           HB2      GLU  39  -8.433  -7.918  -8.625
    4    HB3  GLU  39           HB3      GLU  39  -8.520  -6.346  -7.849
    5    HG2  GLU  39           HG2      GLU  39  -9.456  -6.209 -10.064
    6    HG3  GLU  39           HG3      GLU  39  -7.962  -5.272  -9.990

  No H/Q in entry =           6
  In of MODEL   21
    1    H    ARG  40           H        ARG  40  -4.610  -6.107  -9.718
    2    HA   ARG  40           HA       ARG  40  -3.698  -3.946  -8.238
    3    HB2  ARG  40           HB2      ARG  40  -2.959  -5.153 -10.613
    4    HB3  ARG  40           HB3      ARG  40  -3.471  -3.565 -11.160
    5    HG2  ARG  40           HG2      ARG  40  -1.891  -2.542  -9.553
    6    HG3  ARG  40           HG3      ARG  40  -1.340  -4.157  -9.107
    7    HD2  ARG  40           HD2      ARG  40   0.267  -3.534 -10.640
    8    HD3  ARG  40           HD3      ARG  40  -0.857  -4.388 -11.696
    9    HE   ARG  40           HE       ARG  40  -1.687  -2.217 -12.419
   10   HH11  ARG  40          HH11      ARG  40   1.308  -2.215 -10.590
   11   HH12  ARG  40          HH12      ARG  40   1.914  -0.765 -11.332
   12   HH21  ARG  40          HH21      ARG  40  -0.915  -0.284 -13.374
   13   HH22  ARG  40          HH22      ARG  40   0.654   0.337 -12.921

  No H/Q in entry =          13
  In of MODEL   21
    1    H    ILE  41           H        ILE  41  -4.610  -2.130  -7.672
    2    HA   ILE  41           HA       ILE  41  -7.048  -1.149  -8.647
    3    HB   ILE  41           HB       ILE  41  -4.899   0.274  -7.073
    4   HG12  ILE  41          HG12      ILE  41  -7.396  -1.153  -6.154
    5   HG13  ILE  41          HG13      ILE  41  -5.768  -1.815  -6.058
    6   HG21  ILE  41          HG21      ILE  41  -7.798   1.005  -7.508
    7   HG22  ILE  41          HG22      ILE  41  -6.741   1.762  -6.319
    8   HG23  ILE  41          HG23      ILE  41  -6.387   1.917  -8.038
    9   HD11  ILE  41          HD11      ILE  41  -6.448   0.754  -4.713
   10   HD12  ILE  41          HD12      ILE  41  -6.832  -0.806  -3.976
   11   HD13  ILE  41          HD13      ILE  41  -5.154  -0.398  -4.368

  No H/Q in entry =          11
  In of MODEL   21
    1    H    GLU  42           H        GLU  42  -4.056   0.752  -8.749
    2    HA   GLU  42           HA       GLU  42  -2.738   0.661 -10.842
    3    HB2  GLU  42           HB2      GLU  42  -5.421   1.338 -12.053
    4    HB3  GLU  42           HB3      GLU  42  -3.894   1.586 -12.881
    5    HG2  GLU  42           HG2      GLU  42  -4.482  -1.131 -11.804
    6    HG3  GLU  42           HG3      GLU  42  -5.292  -0.587 -13.267

  No H/Q in entry =           6
  In of MODEL   21
    1    H    LYS  43           H        LYS  43  -5.091   2.929  -9.514
    2    HA   LYS  43           HA       LYS  43  -3.736   5.210 -10.664
    3    HB2  LYS  43           HB2      LYS  43  -5.788   5.251  -8.443
    4    HB3  LYS  43           HB3      LYS  43  -5.367   6.547  -9.549
    5    HG2  LYS  43           HG2      LYS  43  -7.019   4.089 -10.099
    6    HG3  LYS  43           HG3      LYS  43  -7.468   5.790 -10.272
    7    HD2  LYS  43           HD2      LYS  43  -5.511   4.249 -11.981
    8    HD3  LYS  43           HD3      LYS  43  -7.109   4.820 -12.459
    9    HE2  LYS  43           HE2      LYS  43  -6.346   7.141 -12.160
   10    HE3  LYS  43           HE3      LYS  43  -4.749   6.547 -11.712
   11    HZ1  LYS  43           HZ1      LYS  43  -4.660   5.476 -13.946
   12    HZ2  LYS  43           HZ2      LYS  43  -6.086   6.294 -14.352
   13    HZ3  LYS  43           HZ3      LYS  43  -4.679   7.172 -13.986

  No H/Q in entry =          13
  In of MODEL   21
    1    H    VAL  44           H        VAL  44  -1.754   4.031  -9.493
    2    HA   VAL  44           HA       VAL  44  -1.467   5.332  -6.880
    3    HB   VAL  44           HB       VAL  44  -1.469   2.541  -7.265
    4   HG11  VAL  44          HG11      VAL  44   1.310   3.504  -6.671
    5   HG12  VAL  44          HG12      VAL  44   0.745   1.843  -6.518
    6   HG13  VAL  44          HG13      VAL  44   0.810   2.612  -8.106
    7   HG21  VAL  44          HG21      VAL  44  -2.120   3.711  -5.246
    8   HG22  VAL  44          HG22      VAL  44  -0.930   2.459  -4.897
    9   HG23  VAL  44          HG23      VAL  44  -0.438   4.153  -4.950

  No H/Q in entry =           9
  In of MODEL   21
    1    H    GLU  45           H        GLU  45   0.265   6.572  -6.722
    2    HA   GLU  45           HA       GLU  45   2.510   6.192  -8.561
    3    HB2  GLU  45           HB2      GLU  45   0.930   8.777  -8.457
    4    HB3  GLU  45           HB3      GLU  45   2.473   8.585  -9.264
    5    HG2  GLU  45           HG2      GLU  45   1.468   7.058 -10.879
    6    HG3  GLU  45           HG3      GLU  45  -0.077   7.155 -10.029

  No H/Q in entry =           6
  In of MODEL   21
    1    H    HIS  46           H        HIS  46   4.128   6.048  -7.121
    2    HA   HIS  46           HA       HIS  46   4.880   8.554  -5.919
    3    HB2  HIS  46           HB2      HIS  46   3.648   7.151  -4.138
    4    HB3  HIS  46           HB3      HIS  46   5.028   6.064  -4.210
    5    HD2  HIS  46           HD2      HIS  46   7.554   7.414  -3.475
    6    HE1  HIS  46           HE1      HIS  46   5.465  10.286  -1.179
    7    HE2  HIS  46           HE2      HIS  46   7.701   9.156  -1.558

  No H/Q in entry =           7
  In of MODEL   21
    1    H    SER  47           H        SER  47   7.075   8.790  -6.144
    2    HA   SER  47           HA       SER  47   8.228   6.752  -7.841
    3    HB2  SER  47           HB2      SER  47   9.170   9.551  -7.193
    4    HB3  SER  47           HB3      SER  47   9.846   8.501  -8.442
    5    HG   SER  47           HG       SER  47   7.867   8.550  -9.518

  No H/Q in entry =           5
  In of MODEL   21
    1    H    ASP  48           H        ASP  48   9.850   5.505  -7.440
    2    HA   ASP  48           HA       ASP  48  10.854   5.232  -4.768
    3    HB2  ASP  48           HB2      ASP  48  11.923   3.233  -5.553
    4    HB3  ASP  48           HB3      ASP  48  10.333   3.295  -6.307

  No H/Q in entry =           4
  In of MODEL   21
    1    H    LEU  49           H        LEU  49  13.236   4.934  -4.422
    2    HA   LEU  49           HA       LEU  49  14.923   6.534  -6.112
    3    HB2  LEU  49           HB2      LEU  49  15.649   8.060  -4.274
    4    HB3  LEU  49           HB3      LEU  49  14.027   8.344  -4.864
    5    HG   LEU  49           HG       LEU  49  14.097   8.738  -2.496
    6   HD11  LEU  49          HD11      LEU  49  12.021   7.765  -3.309
    7   HD12  LEU  49          HD12      LEU  49  12.624   6.149  -2.925
    8   HD13  LEU  49          HD13      LEU  49  12.356   7.318  -1.637
    9   HD21  LEU  49          HD21      LEU  49  15.184   5.956  -2.174
   10   HD22  LEU  49          HD22      LEU  49  15.960   7.481  -1.738
   11   HD23  LEU  49          HD23      LEU  49  14.537   6.928  -0.855

  No H/Q in entry =          11
  In of MODEL   21
    1    H    SER  50           H        SER  50  16.765   5.427  -6.301
    2    HA   SER  50           HA       SER  50  17.624   3.471  -4.496
    3    HB2  SER  50           HB2      SER  50  18.175   3.748  -6.982
    4    HB3  SER  50           HB3      SER  50  19.380   4.931  -6.472
    5    HG   SER  50           HG       SER  50  19.314   2.157  -6.118

  No H/Q in entry =           5
  In of MODEL   21
    1    H    PHE  51           H        PHE  51  17.459   6.623  -3.852
    2    HA   PHE  51           HA       PHE  51  20.177   6.884  -2.767
    3    HB2  PHE  51           HB2      PHE  51  18.196   9.078  -3.418
    4    HB3  PHE  51           HB3      PHE  51  19.864   9.298  -2.895
    5    HD1  PHE  51           HD1      PHE  51  17.701   9.011  -5.678
    6    HD2  PHE  51           HD2      PHE  51  21.685   8.237  -4.396
    7    HE1  PHE  51           HE1      PHE  51  18.436   8.927  -8.025
    8    HE2  PHE  51           HE2      PHE  51  22.427   8.154  -6.739
    9    HZ   PHE  51           HZ       PHE  51  20.802   8.499  -8.557

  No H/Q in entry =           9
  In of MODEL   21
    1    H    SER  52           H        SER  52  18.379   5.343  -1.384
    2    HA   SER  52           HA       SER  52  16.987   6.840   0.601
    3    HB2  SER  52           HB2      SER  52  17.026   4.493   1.754
    4    HB3  SER  52           HB3      SER  52  16.087   4.721   0.280
    5    HG   SER  52           HG       SER  52  18.737   3.689   0.400

  No H/Q in entry =           5
  In of MODEL   21
    1    H    LYS  53           H        LYS  53  18.398   8.258   1.563
    2    HA   LYS  53           HA       LYS  53  20.655   7.145   3.065
    3    HB2  LYS  53           HB2      LYS  53  20.913   9.185   1.575
    4    HB3  LYS  53           HB3      LYS  53  19.898  10.051   2.718
    5    HG2  LYS  53           HG2      LYS  53  22.221  10.526   3.137
    6    HG3  LYS  53           HG3      LYS  53  21.542   9.612   4.485
    7    HD2  LYS  53           HD2      LYS  53  23.794   8.826   3.838
    8    HD3  LYS  53           HD3      LYS  53  22.563   7.574   3.663
    9    HE2  LYS  53           HE2      LYS  53  22.474   7.940   1.279
   10    HE3  LYS  53           HE3      LYS  53  23.582   9.304   1.412
   11    HZ1  LYS  53           HZ1      LYS  53  24.308   6.535   2.194
   12    HZ2  LYS  53           HZ2      LYS  53  24.605   7.177   0.652
   13    HZ3  LYS  53           HZ3      LYS  53  25.344   7.864   2.017

  No H/Q in entry =          13
  In of MODEL   21
    1    H    ASP  54           H        ASP  54  20.357   6.645   5.115
    2    HA   ASP  54           HA       ASP  54  19.419   6.431   7.201
    3    HB2  ASP  54           HB2      ASP  54  19.972   8.995   7.097
    4    HB3  ASP  54           HB3      ASP  54  18.236   9.194   6.913

  No H/Q in entry =           4
  In of MODEL   21
    1    H    TRP  55           H        TRP  55  16.902   7.546   8.131
    2    HA   TRP  55           HA       TRP  55  14.984   6.821   6.060
    3    HB2  TRP  55           HB2      TRP  55  15.551   4.800   7.612
    4    HB3  TRP  55           HB3      TRP  55  14.571   5.659   8.801
    5    HD1  TRP  55           HD1      TRP  55  11.955   6.250   7.966
    6    HE1  TRP  55           HE1      TRP  55  10.410   4.862   6.450
    7    HE3  TRP  55           HE3      TRP  55  15.433   3.076   5.818
    8    HZ2  TRP  55           HZ2      TRP  55  10.584   2.721   4.659
    9    HZ3  TRP  55           HZ3      TRP  55  14.618   1.397   4.227
   10    HH2  TRP  55           HH2      TRP  55  12.255   1.214   3.657

  No H/Q in entry =          10
  In of MODEL   21
    1    H    SER  56           H        SER  56  14.857   9.166   6.178
    2    HA   SER  56           HA       SER  56  13.167  10.082   8.411
    3    HB2  SER  56           HB2      SER  56  13.955  12.393   7.594
    4    HB3  SER  56           HB3      SER  56  15.145  11.379   8.413
    5    HG   SER  56           HG       SER  56  15.308  12.426   5.989

  No H/Q in entry =           5
  In of MODEL   21
    1    H    PHE  57           H        PHE  57  12.851   8.899   5.475
    2    HA   PHE  57           HA       PHE  57  10.874  10.864   4.521
    3    HB2  PHE  57           HB2      PHE  57  11.237   9.126   2.422
    4    HB3  PHE  57           HB3      PHE  57  12.052  10.676   2.607
    5    HD1  PHE  57           HD1      PHE  57  12.503   7.205   3.952
    6    HD2  PHE  57           HD2      PHE  57  14.284  10.614   2.123
    7    HE1  PHE  57           HE1      PHE  57  14.679   6.060   3.941
    8    HE2  PHE  57           HE2      PHE  57  16.462   9.466   2.101
    9    HZ   PHE  57           HZ       PHE  57  16.657   7.189   3.008

  No H/Q in entry =           9
  In of MODEL   21
    1    H    TYR  58           H        TYR  58  11.423   7.390   4.997
    2    HA   TYR  58           HA       TYR  58  10.010   5.671   5.443
    3    HB2  TYR  58           HB2      TYR  58   8.923   7.570   6.856
    4    HB3  TYR  58           HB3      TYR  58   7.691   7.598   5.603
    5    HD1  TYR  58           HD1      TYR  58   6.058   7.046   7.455
    6    HD2  TYR  58           HD2      TYR  58   9.165   4.355   6.329
    7    HE1  TYR  58           HE1      TYR  58   4.896   5.212   8.645
    8    HE2  TYR  58           HE2      TYR  58   8.013   2.522   7.506
    9    HH   TYR  58           HH       TYR  58   6.394   2.255   9.346

  No H/Q in entry =           9
  In of MODEL   21
    1    H    LEU  59           H        LEU  59   8.635   4.231   4.244
    2    HA   LEU  59           HA       LEU  59   8.218   5.145   1.490
    3    HB2  LEU  59           HB2      LEU  59   8.669   2.527   2.828
    4    HB3  LEU  59           HB3      LEU  59   7.667   2.513   1.397
    5    HG   LEU  59           HG       LEU  59  10.464   3.639   1.405
    6   HD11  LEU  59          HD11      LEU  59   9.530   0.848   0.738
    7   HD12  LEU  59          HD12      LEU  59  11.134   1.484   0.398
    8   HD13  LEU  59          HD13      LEU  59  10.597   1.304   2.068
    9   HD21  LEU  59          HD21      LEU  59   8.520   2.802  -0.736
   10   HD22  LEU  59          HD22      LEU  59   9.204   4.405  -0.469
   11   HD23  LEU  59          HD23      LEU  59  10.233   3.093  -1.041

  No H/Q in entry =          11
  In of MODEL   21
    1    H    LEU  60           H        LEU  60   6.234   5.734   0.936
    2    HA   LEU  60           HA       LEU  60   3.964   4.059   1.610
    3    HB2  LEU  60           HB2      LEU  60   3.938   5.684   3.378
    4    HB3  LEU  60           HB3      LEU  60   4.226   6.990   2.251
    5    HG   LEU  60           HG       LEU  60   1.979   6.674   1.307
    6   HD11  LEU  60          HD11      LEU  60   1.712   4.295   1.753
    7   HD12  LEU  60          HD12      LEU  60   1.655   4.621   3.483
    8   HD13  LEU  60          HD13      LEU  60   0.375   5.221   2.432
    9   HD21  LEU  60          HD21      LEU  60   2.318   8.273   3.113
   10   HD22  LEU  60          HD22      LEU  60   0.726   7.523   3.222
   11   HD23  LEU  60          HD23      LEU  60   2.022   7.005   4.302

  No H/Q in entry =          11
  In of MODEL   21
    1    H    TYR  61           H        TYR  61   2.307   4.220   0.085
    2    HA   TYR  61           HA       TYR  61   2.756   5.976  -2.250
    3    HB2  TYR  61           HB2      TYR  61   1.940   3.031  -2.218
    4    HB3  TYR  61           HB3      TYR  61   1.781   4.064  -3.648
    5    HD1  TYR  61           HD1      TYR  61   4.378   2.952  -1.168
    6    HD2  TYR  61           HD2      TYR  61   3.542   4.166  -5.162
    7    HE1  TYR  61           HE1      TYR  61   6.715   2.477  -1.809
    8    HE2  TYR  61           HE2      TYR  61   5.864   3.686  -5.808
    9    HH   TYR  61           HH       TYR  61   8.055   3.483  -4.767

  No H/Q in entry =           9
  In of MODEL   21
    1    H    TYR  62           H        TYR  62   0.606   6.363  -3.461
    2    HA   TYR  62           HA       TYR  62  -1.655   6.067  -1.628
    3    HB2  TYR  62           HB2      TYR  62  -2.301   8.501  -2.303
    4    HB3  TYR  62           HB3      TYR  62  -1.171   8.210  -0.992
    5    HD1  TYR  62           HD1      TYR  62   1.026   9.083  -1.069
    6    HD2  TYR  62           HD2      TYR  62  -1.382   9.204  -4.572
    7    HE1  TYR  62           HE1      TYR  62   2.666  10.565  -2.137
    8    HE2  TYR  62           HE2      TYR  62   0.257  10.684  -5.648
    9    HH   TYR  62           HH       TYR  62   3.369  11.200  -4.353

  No H/Q in entry =           9
  In of MODEL   21
    1    H    THR  63           H        THR  63  -3.617   5.723  -2.533
    2    HA   THR  63           HA       THR  63  -4.009   6.275  -5.387
    3    HB   THR  63           HB       THR  63  -3.350   3.805  -4.987
    4    HG1  THR  63           HG1      THR  63  -4.558   4.815  -6.834
    5   HG21  THR  63          HG21      THR  63  -4.909   3.490  -3.027
    6   HG22  THR  63          HG22      THR  63  -6.241   3.585  -4.178
    7   HG23  THR  63          HG23      THR  63  -5.062   2.286  -4.307

  No H/Q in entry =           7
  In of MODEL   21
    1    H    GLU  64           H        GLU  64  -5.963   7.098  -5.826
    2    HA   GLU  64           HA       GLU  64  -7.833   7.936  -3.958
    3    HB2  GLU  64           HB2      GLU  64  -7.392   8.473  -6.525
    4    HB3  GLU  64           HB3      GLU  64  -8.609   7.234  -6.778
    5    HG2  GLU  64           HG2      GLU  64  -9.728   9.315  -6.859
    6    HG3  GLU  64           HG3      GLU  64 -10.165   8.548  -5.333

  No H/Q in entry =           6
  In of MODEL   21
    1    H    PHE  65           H        PHE  65  -9.649   6.918  -2.963
    2    HA   PHE  65           HA       PHE  65 -10.431   4.348  -4.099
    3    HB2  PHE  65           HB2      PHE  65 -10.217   3.171  -2.064
    4    HB3  PHE  65           HB3      PHE  65  -8.764   4.115  -2.259
    5    HD1  PHE  65           HD1      PHE  65  -7.875   4.604  -0.246
    6    HD2  PHE  65           HD2      PHE  65 -12.082   4.986  -0.752
    7    HE1  PHE  65           HE1      PHE  65  -8.080   5.465   2.058
    8    HE2  PHE  65           HE2      PHE  65 -12.280   5.863   1.544
    9    HZ   PHE  65           HZ       PHE  65 -10.288   6.098   2.952

  No H/Q in entry =           9
  In of MODEL   21
    1    H    THR  66           H        THR  66 -12.514   3.565  -3.575
    2    HA   THR  66           HA       THR  66 -14.035   5.207  -1.667
    3    HB   THR  66           HB       THR  66 -15.231   4.103  -4.225
    4    HG1  THR  66           HG1      THR  66 -13.760   6.381  -3.745
    5   HG21  THR  66          HG21      THR  66 -16.212   6.032  -2.116
    6   HG22  THR  66          HG22      THR  66 -17.029   5.734  -3.657
    7   HG23  THR  66          HG23      THR  66 -16.857   4.430  -2.487

  No H/Q in entry =           7
  In of MODEL   21
    1    HA   PRO  67           HA       PRO  67 -14.295   0.904  -0.289
    2    HB2  PRO  67           HB2      PRO  67 -15.378   1.491   2.211
    3    HB3  PRO  67           HB3      PRO  67 -13.662   1.290   1.842
    4    HG2  PRO  67           HG2      PRO  67 -15.101   3.723   2.485
    5    HG3  PRO  67           HG3      PRO  67 -13.359   3.461   2.335
    6    HD2  PRO  67           HD2      PRO  67 -15.123   4.775   0.524
    7    HD3  PRO  67           HD3      PRO  67 -13.378   4.522   0.358

  No H/Q in entry =           7
  In of MODEL   21
    1    H    THR  68           H        THR  68 -15.739  -0.537  -0.218
    2    HA   THR  68           HA       THR  68 -18.578   0.149  -0.035
    3    HB   THR  68           HB       THR  68 -19.040  -1.525  -1.824
    4    HG1  THR  68           HG1      THR  68 -16.635  -1.601  -2.991
    5   HG21  THR  68          HG21      THR  68 -17.198   0.722  -2.663
    6   HG22  THR  68          HG22      THR  68 -18.244  -0.190  -3.753
    7   HG23  THR  68          HG23      THR  68 -18.949   0.811  -2.481

  No H/Q in entry =           7
  In of MODEL   21
    1    H    GLU  69           H        GLU  69 -19.841  -1.710   0.760
    2    HA   GLU  69           HA       GLU  69 -18.473  -3.217   2.700
    3    HB2  GLU  69           HB2      GLU  69 -20.701  -2.884   3.243
    4    HB3  GLU  69           HB3      GLU  69 -21.273  -3.127   1.607
    5    HG2  GLU  69           HG2      GLU  69 -20.557  -5.620   2.092
    6    HG3  GLU  69           HG3      GLU  69 -20.806  -5.119   3.767

  No H/Q in entry =           6
  In of MODEL   21
    1    H    LYS  70           H        LYS  70 -18.275  -3.630  -0.570
    2    HA   LYS  70           HA       LYS  70 -18.148  -6.550  -0.389
    3    HB2  LYS  70           HB2      LYS  70 -18.742  -4.797  -2.768
    4    HB3  LYS  70           HB3      LYS  70 -18.517  -6.532  -2.866
    5    HG2  LYS  70           HG2      LYS  70 -20.656  -5.384  -1.090
    6    HG3  LYS  70           HG3      LYS  70 -20.908  -5.543  -2.826
    7    HD2  LYS  70           HD2      LYS  70 -21.742  -7.552  -2.127
    8    HD3  LYS  70           HD3      LYS  70 -20.065  -8.004  -2.404
    9    HE2  LYS  70           HE2      LYS  70 -20.546  -8.956  -0.340
   10    HE3  LYS  70           HE3      LYS  70 -19.747  -7.458   0.102
   11    HZ1  LYS  70           HZ1      LYS  70 -21.916  -6.446   0.475
   12    HZ2  LYS  70           HZ2      LYS  70 -22.677  -7.900   0.048
   13    HZ3  LYS  70           HZ3      LYS  70 -21.712  -7.827   1.436

  No H/Q in entry =          13
  In of MODEL   21
    1    H    ASP  71           H        ASP  71 -16.169  -3.752  -1.271
    2    HA   ASP  71           HA       ASP  71 -14.320  -5.604  -2.583
    3    HB2  ASP  71           HB2      ASP  71 -15.010  -3.607  -3.889
    4    HB3  ASP  71           HB3      ASP  71 -14.261  -2.579  -2.668

  No H/Q in entry =           4
  In of MODEL   21
    1    H    GLU  72           H        GLU  72 -12.381  -6.027  -1.828
    2    HA   GLU  72           HA       GLU  72 -11.593  -5.089   0.843
    3    HB2  GLU  72           HB2      GLU  72 -11.936  -7.447   0.628
    4    HB3  GLU  72           HB3      GLU  72 -11.036  -7.527  -0.863
    5    HG2  GLU  72           HG2      GLU  72  -9.639  -6.808   1.659
    6    HG3  GLU  72           HG3      GLU  72 -10.084  -8.478   1.343

  No H/Q in entry =           6
  In of MODEL   21
    1    H    TYR  73           H        TYR  73  -9.539  -4.150   1.170
    2    HA   TYR  73           HA       TYR  73  -8.097  -3.449  -1.317
    3    HB2  TYR  73           HB2      TYR  73  -8.557  -1.782   1.161
    4    HB3  TYR  73           HB3      TYR  73  -7.355  -1.375  -0.047
    5    HD1  TYR  73           HD1      TYR  73  -7.957  -0.084  -1.887
    6    HD2  TYR  73           HD2      TYR  73 -10.999  -2.012   0.372
    7    HE1  TYR  73           HE1      TYR  73  -9.666   1.137  -3.161
    8    HE2  TYR  73           HE2      TYR  73 -12.721  -0.801  -0.904
    9    HH   TYR  73           HH       TYR  73 -12.978   1.173  -2.225

  No H/Q in entry =           9
  In of MODEL   21
    1    H    ALA  74           H        ALA  74  -6.004  -3.956  -1.448
    2    HA   ALA  74           HA       ALA  74  -4.617  -4.859   0.987
    3    HB1  ALA  74           HB1      ALA  74  -5.581  -6.755  -0.240
    4    HB2  ALA  74           HB2      ALA  74  -3.822  -6.806  -0.181
    5    HB3  ALA  74           HB3      ALA  74  -4.640  -6.290  -1.658

  No H/Q in entry =           5
  In of MODEL   21
    1    H    CYS  75           H        CYS  75  -2.262  -4.950   0.805
    2    HA   CYS  75           HA       CYS  75  -1.189  -3.498  -1.531
    3    HB2  CYS  75           HB2      CYS  75  -1.089  -1.979   0.315
    4    HB3  CYS  75           HB3      CYS  75  -0.378  -3.201   1.352

  No H/Q in entry =           4
  In of MODEL   21
    1    H    ARG  76           H        ARG  76   0.353  -4.527  -2.606
    2    HA   ARG  76           HA       ARG  76   1.385  -7.073  -1.534
    3    HB2  ARG  76           HB2      ARG  76   0.048  -6.808  -3.735
    4    HB3  ARG  76           HB3      ARG  76   1.543  -6.131  -4.381
    5    HG2  ARG  76           HG2      ARG  76   2.675  -8.214  -4.094
    6    HG3  ARG  76           HG3      ARG  76   1.354  -8.879  -3.129
    7    HD2  ARG  76           HD2      ARG  76   1.271  -9.777  -5.442
    8    HD3  ARG  76           HD3      ARG  76  -0.137  -8.765  -5.096
    9    HE   ARG  76           HE       ARG  76   1.884  -7.143  -6.198
   10   HH11  ARG  76          HH11      ARG  76  -0.259  -9.736  -7.180
   11   HH12  ARG  76          HH12      ARG  76  -0.314  -9.227  -8.837
   12   HH21  ARG  76          HH21      ARG  76   1.803  -6.469  -8.355
   13   HH22  ARG  76          HH22      ARG  76   0.841  -7.339  -9.514

  No H/Q in entry =          13
  In of MODEL   21
    1    H    VAL  77           H        VAL  77   3.546  -7.221  -1.036
    2    HA   VAL  77           HA       VAL  77   5.375  -5.381  -2.433
    3    HB   VAL  77           HB       VAL  77   4.834  -4.703   0.022
    4   HG11  VAL  77          HG11      VAL  77   5.167  -6.906   1.029
    5   HG12  VAL  77          HG12      VAL  77   6.855  -6.885   0.520
    6   HG13  VAL  77          HG13      VAL  77   6.275  -5.710   1.701
    7   HG21  VAL  77          HG21      VAL  77   6.551  -3.681  -1.376
    8   HG22  VAL  77          HG22      VAL  77   7.078  -3.826   0.302
    9   HG23  VAL  77          HG23      VAL  77   7.684  -4.953  -0.912

  No H/Q in entry =           9
  In of MODEL   21
    1    H    ASN  78           H        ASN  78   7.250  -6.130  -3.073
    2    HA   ASN  78           HA       ASN  78   8.156  -8.788  -2.154
    3    HB2  ASN  78           HB2      ASN  78   6.987  -8.922  -4.407
    4    HB3  ASN  78           HB3      ASN  78   8.303  -7.941  -5.056
    5   HD21  ASN  78          HD21      ASN  78   8.900  -9.614  -6.452
    6   HD22  ASN  78          HD22      ASN  78   9.741 -11.015  -5.876

  No H/Q in entry =           6
  In of MODEL   21
    1    H    HIS  79           H        HIS  79  10.282  -9.107  -1.986
    2    HA   HIS  79           HA       HIS  79  12.118  -7.008  -2.887
    3    HB2  HIS  79           HB2      HIS  79  11.600  -6.725  -0.427
    4    HB3  HIS  79           HB3      HIS  79  12.289  -8.314  -0.154
    5    HD2  HIS  79           HD2      HIS  79  13.405  -4.674  -0.808
    6    HE1  HIS  79           HE1      HIS  79  16.841  -7.058  -0.185
    7    HE2  HIS  79           HE2      HIS  79  15.996  -4.728  -0.686

  No H/Q in entry =           7
  In of MODEL   21
    1    H    VAL  80           H        VAL  80  14.397  -7.829  -2.941
    2    HA   VAL  80           HA       VAL  80  14.694 -10.149  -4.398
    3    HB   VAL  80           HB       VAL  80  16.809  -9.033  -2.543
    4   HG11  VAL  80          HG11      VAL  80  17.383 -11.225  -3.445
    5   HG12  VAL  80          HG12      VAL  80  17.060 -10.651  -5.082
    6   HG13  VAL  80          HG13      VAL  80  18.399  -9.971  -4.159
    7   HG21  VAL  80          HG21      VAL  80  16.149  -8.255  -5.381
    8   HG22  VAL  80          HG22      VAL  80  15.914  -7.264  -3.942
    9   HG23  VAL  80          HG23      VAL  80  17.543  -7.692  -4.461

  No H/Q in entry =           9
  In of MODEL   21
    1    H    THR  81           H        THR  81  14.556  -9.812  -0.917
    2    HA   THR  81           HA       THR  81  15.693 -12.402  -0.388
    3    HB   THR  81           HB       THR  81  15.992 -10.809   1.345
    4    HG1  THR  81           HG1      THR  81  15.340 -13.052   1.940
    5   HG21  THR  81          HG21      THR  81  12.983 -10.505   1.448
    6   HG22  THR  81          HG22      THR  81  14.128  -9.755   2.561
    7   HG23  THR  81          HG23      THR  81  14.131  -9.305   0.855

  No H/Q in entry =           7
  In of MODEL   21
    1    H    LEU  82           H        LEU  82  12.333 -11.170   0.038
    2    HA   LEU  82           HA       LEU  82  11.135 -13.491   0.846
    3    HB2  LEU  82           HB2      LEU  82   9.877 -11.534  -1.072
    4    HB3  LEU  82           HB3      LEU  82   9.031 -12.676  -0.039
    5    HG   LEU  82           HG       LEU  82  10.741 -10.452   1.049
    6   HD11  LEU  82          HD11      LEU  82   7.788 -10.512   0.501
    7   HD12  LEU  82          HD12      LEU  82   8.603  -9.300   1.487
    8   HD13  LEU  82          HD13      LEU  82   8.989  -9.444  -0.227
    9   HD21  LEU  82          HD21      LEU  82   8.625 -12.202   2.292
   10   HD22  LEU  82          HD22      LEU  82  10.363 -12.320   2.567
   11   HD23  LEU  82          HD23      LEU  82   9.481 -10.889   3.102

  No H/Q in entry =          11
  In of MODEL   21
    1    H    SER  83           H        SER  83  11.535 -12.447  -2.511
    2    HA   SER  83           HA       SER  83  11.580 -13.581  -4.476
    3    HB2  SER  83           HB2      SER  83  11.281 -16.108  -2.837
    4    HB3  SER  83           HB3      SER  83  11.692 -16.029  -4.551
    5    HG   SER  83           HG       SER  83  13.228 -14.907  -2.429

  No H/Q in entry =           5
  In of MODEL   21
    1    H    GLN  84           H        GLN  84   9.106 -14.347  -2.112
    2    HA   GLN  84           HA       GLN  84   7.153 -14.169  -4.298
    3    HB2  GLN  84           HB2      GLN  84   5.628 -15.666  -3.098
    4    HB3  GLN  84           HB3      GLN  84   7.157 -16.463  -3.417
    5    HG2  GLN  84           HG2      GLN  84   6.600 -15.169  -0.773
    6    HG3  GLN  84           HG3      GLN  84   6.025 -16.792  -1.140
    7   HE21  GLN  84          HE21      GLN  84   8.379 -17.382  -2.789
    8   HE22  GLN  84          HE22      GLN  84   9.668 -17.667  -1.677

  No H/Q in entry =           8
  In of MODEL   21
    1    HA   PRO  85           HA       PRO  85   6.118 -10.534  -1.856
    2    HB2  PRO  85           HB2      PRO  85   3.954  -9.718  -3.289
    3    HB3  PRO  85           HB3      PRO  85   5.636  -9.345  -3.707
    4    HG2  PRO  85           HG2      PRO  85   3.806 -11.417  -4.852
    5    HG3  PRO  85           HG3      PRO  85   5.031 -10.416  -5.669
    6    HD2  PRO  85           HD2      PRO  85   5.461 -13.066  -5.017
    7    HD3  PRO  85           HD3      PRO  85   6.780 -11.850  -5.098

  No H/Q in entry =           7
  In of MODEL   21
    1    H    LYS  86           H        LYS  86   4.491  -9.797  -0.505
    2    HA   LYS  86           HA       LYS  86   2.436 -11.808   0.159
    3    HB2  LYS  86           HB2      LYS  86   3.509  -9.655   1.998
    4    HB3  LYS  86           HB3      LYS  86   2.528 -11.036   2.449
    5    HG2  LYS  86           HG2      LYS  86   4.389 -12.542   2.122
    6    HG3  LYS  86           HG3      LYS  86   5.354 -11.244   1.425
    7    HD2  LYS  86           HD2      LYS  86   6.159 -11.464   3.603
    8    HD3  LYS  86           HD3      LYS  86   5.085 -10.073   3.694
    9    HE2  LYS  86           HE2      LYS  86   4.320 -12.894   4.457
   10    HE3  LYS  86           HE3      LYS  86   4.853 -11.664   5.597
   11    HZ1  LYS  86           HZ1      LYS  86   2.916 -10.305   4.827
   12    HZ2  LYS  86           HZ2      LYS  86   2.371 -11.663   3.965
   13    HZ3  LYS  86           HZ3      LYS  86   2.505 -11.724   5.653

  No H/Q in entry =          13
  In of MODEL   21
    1    H    ILE  87           H        ILE  87   0.414 -11.104   0.807
    2    HA   ILE  87           HA       ILE  87  -0.290  -8.364  -0.012
    3    HB   ILE  87           HB       ILE  87  -1.683 -10.886  -0.524
    4   HG12  ILE  87          HG12      ILE  87  -1.115  -9.627  -2.413
    5   HG13  ILE  87          HG13      ILE  87  -2.837  -9.287  -2.212
    6   HG21  ILE  87          HG21      ILE  87  -3.251  -8.579   0.593
    7   HG22  ILE  87          HG22      ILE  87  -3.961  -9.862  -0.393
    8   HG23  ILE  87          HG23      ILE  87  -3.223 -10.249   1.164
    9   HD11  ILE  87          HD11      ILE  87  -0.611  -7.513  -1.275
   10   HD12  ILE  87          HD12      ILE  87  -1.559  -7.292  -2.743
   11   HD13  ILE  87          HD13      ILE  87  -2.339  -7.188  -1.170

  No H/Q in entry =          11
  In of MODEL   21
    1    H    VAL  88           H        VAL  88  -1.116  -6.993   1.400
    2    HA   VAL  88           HA       VAL  88  -1.993  -8.017   4.018
    3    HB   VAL  88           HB       VAL  88   0.007  -6.672   4.285
    4   HG11  VAL  88          HG11      VAL  88  -0.098  -5.375   2.227
    5   HG12  VAL  88          HG12      VAL  88  -1.454  -4.456   2.888
    6   HG13  VAL  88          HG13      VAL  88   0.137  -4.341   3.641
    7   HG21  VAL  88          HG21      VAL  88  -2.511  -5.284   5.150
    8   HG22  VAL  88          HG22      VAL  88  -1.557  -6.448   6.066
    9   HG23  VAL  88          HG23      VAL  88  -0.906  -4.840   5.731

  No H/Q in entry =           9
  In of MODEL   21
    1    H    LYS  89           H        LYS  89  -4.114  -7.691   4.411
    2    HA   LYS  89           HA       LYS  89  -5.491  -5.839   2.589
    3    HB2  LYS  89           HB2      LYS  89  -6.705  -8.237   3.956
    4    HB3  LYS  89           HB3      LYS  89  -7.410  -7.249   2.679
    5    HG2  LYS  89           HG2      LYS  89  -6.151  -8.195   1.047
    6    HG3  LYS  89           HG3      LYS  89  -4.823  -8.575   2.147
    7    HD2  LYS  89           HD2      LYS  89  -7.491  -9.969   2.175
    8    HD3  LYS  89           HD3      LYS  89  -6.075 -10.575   1.320
    9    HE2  LYS  89           HE2      LYS  89  -4.867 -10.569   3.516
   10    HE3  LYS  89           HE3      LYS  89  -6.405 -10.165   4.290
   11    HZ1  LYS  89           HZ1      LYS  89  -5.966 -12.573   2.611
   12    HZ2  LYS  89           HZ2      LYS  89  -5.870 -12.564   4.307
   13    HZ3  LYS  89           HZ3      LYS  89  -7.340 -12.208   3.542

  No H/Q in entry =          13
  In of MODEL   21
    1    H    TRP  90           H        TRP  90  -7.132  -4.529   3.402
    2    HA   TRP  90           HA       TRP  90  -6.484  -3.654   6.081
    3    HB2  TRP  90           HB2      TRP  90  -6.605  -2.014   4.257
    4    HB3  TRP  90           HB3      TRP  90  -8.296  -2.426   3.997
    5    HD1  TRP  90           HD1      TRP  90  -6.525  -1.413   7.350
    6    HE1  TRP  90           HE1      TRP  90  -7.761   0.593   8.307
    7    HE3  TRP  90           HE3      TRP  90  -9.924  -0.657   3.543
    8    HZ2  TRP  90           HZ2      TRP  90  -9.951   2.223   7.638
    9    HZ3  TRP  90           HZ3      TRP  90 -11.541   1.179   3.791
   10    HH2  TRP  90           HH2      TRP  90 -11.555   2.607   5.779

  No H/Q in entry =          10
  In of MODEL   21
    1    H    ASP  91           H        ASP  91  -7.666  -3.743   7.832
    2    HA   ASP  91           HA       ASP  91  -9.757  -5.679   7.968
    3    HB2  ASP  91           HB2      ASP  91  -9.738  -5.092  10.414
    4    HB3  ASP  91           HB3      ASP  91  -8.166  -5.567   9.781

  No H/Q in entry =           4
  In of MODEL   21
    1    H    ARG  92           H        ARG  92 -11.589  -5.081   6.995
    2    HA   ARG  92           HA       ARG  92 -13.629  -3.803   8.214
    3    HB2  ARG  92           HB2      ARG  92 -13.781  -1.559   7.510
    4    HB3  ARG  92           HB3      ARG  92 -12.072  -1.753   7.904
    5    HG2  ARG  92           HG2      ARG  92 -11.934  -0.607   5.937
    6    HG3  ARG  92           HG3      ARG  92 -11.795  -2.291   5.372
    7    HD2  ARG  92           HD2      ARG  92 -13.413  -0.683   4.069
    8    HD3  ARG  92           HD3      ARG  92 -14.029  -2.273   4.548
    9    HE   ARG  92           HE       ARG  92 -14.628  -0.364   6.547
   10   HH11  ARG  92          HH11      ARG  92 -15.569  -1.352   3.323
   11   HH12  ARG  92          HH12      ARG  92 -17.164  -0.674   3.439
   12   HH21  ARG  92          HH21      ARG  92 -16.744   0.508   6.717
   13   HH22  ARG  92          HH22      ARG  92 -17.836   0.351   5.376

  No H/Q in entry =          13
  In of MODEL   21
    1    H    ASP  93           H        ASP  93 -12.085  -5.011   5.503
    2    HA   ASP  93           HA       ASP  93 -14.587  -5.172   3.978
    3    HB2  ASP  93           HB2      ASP  93 -13.104  -4.808   1.922
    4    HB3  ASP  93           HB3      ASP  93 -13.608  -3.383   2.840

  No H/Q in entry =           4
  In of MODEL   21
    1    HA   MET  94           HA       MET  94 -11.356  -8.619   3.087
    2    HB2  MET  94           HB2      MET  94  -9.991  -9.746   4.917
    3    HB3  MET  94           HB3      MET  94  -9.403  -8.204   4.315
    4    HG2  MET  94           HG2      MET  94  -9.176  -8.433   6.764
    5    HG3  MET  94           HG3      MET  94 -10.162  -7.053   6.307
    6    HE1  MET  94           HE1      MET  94 -11.034  -6.820   8.771
    7    HE2  MET  94           HE2      MET  94 -11.722  -8.148   9.707
    8    HE3  MET  94           HE3      MET  94 -10.016  -8.174   9.263

  No H/Q in entry =           8
  In of MODEL   22
    1    HA   MET   1           HA       MET   1   5.138  -7.869   5.857
    2    HB2  MET   1           HB2      MET   1   4.889  -9.071   7.993
    3    HB3  MET   1           HB3      MET   1   4.738  -7.538   8.840
    4    HG2  MET   1           HG2      MET   1   2.579  -8.622   8.506
    5    HG3  MET   1           HG3      MET   1   2.668  -7.065   7.685
    6    HE1  MET   1           HE1      MET   1   0.444  -9.307   7.109
    7    HE2  MET   1           HE2      MET   1   0.485  -7.743   6.293
    8    HE3  MET   1           HE3      MET   1   0.357  -9.228   5.349

  No H/Q in entry =           8
  In of MODEL   22
    1    H    ILE   2           H        ILE   2   3.384  -6.454   5.453
    2    HA   ILE   2           HA       ILE   2   4.109  -3.633   5.764
    3    HB   ILE   2           HB       ILE   2   1.804  -4.697   4.127
    4   HG12  ILE   2          HG12      ILE   2   4.382  -4.280   2.721
    5   HG13  ILE   2          HG13      ILE   2   4.266  -5.727   3.725
    6   HG21  ILE   2          HG21      ILE   2   2.019  -2.259   4.446
    7   HG22  ILE   2          HG22      ILE   2   3.603  -2.317   3.665
    8   HG23  ILE   2          HG23      ILE   2   2.155  -2.749   2.761
    9   HD11  ILE   2          HD11      ILE   2   2.266  -6.418   2.497
   10   HD12  ILE   2          HD12      ILE   2   2.383  -4.974   1.492
   11   HD13  ILE   2          HD13      ILE   2   3.648  -6.205   1.424

  No H/Q in entry =          11
  In of MODEL   22
    1    H    GLN   3           H        GLN   3   2.628  -2.085   6.664
    2    HA   GLN   3           HA       GLN   3   0.208  -3.271   7.868
    3    HB2  GLN   3           HB2      GLN   3   1.959  -1.053   8.997
    4    HB3  GLN   3           HB3      GLN   3   0.451  -1.617   9.706
    5    HG2  GLN   3           HG2      GLN   3   2.233  -2.598  10.942
    6    HG3  GLN   3           HG3      GLN   3   1.497  -3.896   9.992
    7   HE21  GLN   3          HE21      GLN   3   3.322  -5.161  10.054
    8   HE22  GLN   3          HE22      GLN   3   4.773  -4.768   9.195

  No H/Q in entry =           8
  In of MODEL   22
    1    H    VAL   4           H        VAL   4  -1.449  -2.578   6.647
    2    HA   VAL   4           HA       VAL   4  -1.314   0.027   5.358
    3    HB   VAL   4           HB       VAL   4  -3.600  -0.710   4.390
    4   HG11  VAL   4          HG11      VAL   4  -1.107  -2.285   3.752
    5   HG12  VAL   4          HG12      VAL   4  -2.516  -2.124   2.705
    6   HG13  VAL   4          HG13      VAL   4  -1.543  -0.707   3.093
    7   HG21  VAL   4          HG21      VAL   4  -4.037  -2.460   6.050
    8   HG22  VAL   4          HG22      VAL   4  -4.036  -3.101   4.406
    9   HG23  VAL   4          HG23      VAL   4  -2.645  -3.365   5.460

  No H/Q in entry =           9
  In of MODEL   22
    1    H    TYR   5           H        TYR   5  -2.949   1.556   5.464
    2    HA   TYR   5           HA       TYR   5  -4.848   1.562   7.653
    3    HB2  TYR   5           HB2      TYR   5  -2.469   3.435   7.581
    4    HB3  TYR   5           HB3      TYR   5  -3.933   3.790   8.487
    5    HD1  TYR   5           HD1      TYR   5  -0.796   3.142   9.135
    6    HD2  TYR   5           HD2      TYR   5  -4.520   1.171   9.757
    7    HE1  TYR   5           HE1      TYR   5   0.162   1.958  11.065
    8    HE2  TYR   5           HE2      TYR   5  -3.566  -0.033  11.690
    9    HH   TYR   5           HH       TYR   5  -0.603   0.851  13.113

  No H/Q in entry =           9
  In of MODEL   22
    1    H    SER   6           H        SER   6  -5.791   3.943   7.701
    2    HA   SER   6           HA       SER   6  -5.592   5.198   5.055
    3    HB2  SER   6           HB2      SER   6  -8.135   4.893   6.681
    4    HB3  SER   6           HB3      SER   6  -7.979   5.774   5.153
    5    HG   SER   6           HG       SER   6  -7.052   3.189   5.052

  No H/Q in entry =           5
  In of MODEL   22
    1    H    ARG   7           H        ARG   7  -6.120   7.488   5.057
    2    HA   ARG   7           HA       ARG   7  -5.141   8.810   7.452
    3    HB2  ARG   7           HB2      ARG   7  -4.845   9.336   4.788
    4    HB3  ARG   7           HB3      ARG   7  -6.131  10.467   5.208
    5    HG2  ARG   7           HG2      ARG   7  -3.405  10.295   6.497
    6    HG3  ARG   7           HG3      ARG   7  -3.959  11.532   5.369
    7    HD2  ARG   7           HD2      ARG   7  -5.624  12.278   6.958
    8    HD3  ARG   7           HD3      ARG   7  -5.179  10.987   8.070
    9    HE   ARG   7           HE       ARG   7  -3.120  12.925   7.315
   10   HH11  ARG   7          HH11      ARG   7  -5.361  11.693   9.711
   11   HH12  ARG   7          HH12      ARG   7  -4.632  12.557  11.030
   12   HH21  ARG   7          HH21      ARG   7  -2.159  14.072   9.044
   13   HH22  ARG   7          HH22      ARG   7  -2.826  13.932  10.644

  No H/Q in entry =          13
  In of MODEL   22
    1    H    HIS   8           H        HIS   8  -8.145   8.056   6.035
    2    HA   HIS   8           HA       HIS   8  -9.533   9.944   7.798
    3    HB2  HIS   8           HB2      HIS   8 -10.178   9.363   4.895
    4    HB3  HIS   8           HB3      HIS   8 -11.263  10.210   5.990
    5    HD2  HIS   8           HD2      HIS   8  -9.095  11.198   3.283
    6    HE1  HIS   8           HE1      HIS   8  -8.483  14.211   6.191
    7    HE2  HIS   8           HE2      HIS   8  -8.315  13.628   3.730

  No H/Q in entry =           7
  In of MODEL   22
    1    HA   PRO   9           HA       PRO   9 -11.917   6.445   9.059
    2    HB2  PRO   9           HB2      PRO   9 -14.388   8.026   9.000
    3    HB3  PRO   9           HB3      PRO   9 -13.535   7.328  10.387
    4    HG2  PRO   9           HG2      PRO   9 -13.594  10.004   9.922
    5    HG3  PRO   9           HG3      PRO   9 -12.182   9.203  10.642
    6    HD2  PRO   9           HD2      PRO   9 -12.628  10.091   7.815
    7    HD3  PRO   9           HD3      PRO   9 -11.166  10.255   8.820

  No H/Q in entry =           7
  In of MODEL   22
    1    H    ALA  10           H        ALA  10 -12.812   4.780   8.038
    2    HA   ALA  10           HA       ALA  10 -13.476   4.734   5.341
    3    HB1  ALA  10           HB1      ALA  10 -14.340   2.492   5.779
    4    HB2  ALA  10           HB2      ALA  10 -12.832   2.761   6.650
    5    HB3  ALA  10           HB3      ALA  10 -14.370   2.831   7.507

  No H/Q in entry =           5
  In of MODEL   22
    1    H    GLU  11           H        GLU  11 -15.129   6.191   4.634
    2    HA   GLU  11           HA       GLU  11 -17.795   5.517   5.729
    3    HB2  GLU  11           HB2      GLU  11 -16.674   8.031   5.607
    4    HB3  GLU  11           HB3      GLU  11 -17.608   7.975   4.122
    5    HG2  GLU  11           HG2      GLU  11 -18.647   7.596   6.915
    6    HG3  GLU  11           HG3      GLU  11 -18.916   8.968   5.845

  No H/Q in entry =           6
  In of MODEL   22
    1    H    ASN  12           H        ASN  12 -18.620   3.996   4.393
    2    HA   ASN  12           HA       ASN  12 -18.062   3.410   1.799
    3    HB2  ASN  12           HB2      ASN  12 -19.438   1.942   3.064
    4    HB3  ASN  12           HB3      ASN  12 -20.651   3.174   3.378
    5   HD21  ASN  12          HD21      ASN  12 -22.334   2.003   2.566
    6   HD22  ASN  12          HD22      ASN  12 -22.512   1.617   0.886

  No H/Q in entry =           6
  In of MODEL   22
    1    H    GLY  13           H        GLY  13 -18.031   4.627   0.033
    2    HA2  GLY  13           HA2      GLY  13 -20.214   6.597  -0.397
    3    HA3  GLY  13           HA3      GLY  13 -19.399   5.721  -1.676

  No H/Q in entry =           3
  In of MODEL   22
    1    H    LYS  14           H        LYS  14 -17.298   6.863   0.796
    2    HA   LYS  14           HA       LYS  14 -16.876   9.436  -0.574
    3    HB2  LYS  14           HB2      LYS  14 -15.319   8.415   1.797
    4    HB3  LYS  14           HB3      LYS  14 -15.484  10.069   1.251
    5    HG2  LYS  14           HG2      LYS  14 -17.749   8.455   2.410
    6    HG3  LYS  14           HG3      LYS  14 -16.668   9.472   3.346
    7    HD2  LYS  14           HD2      LYS  14 -18.668  10.671   2.965
    8    HD3  LYS  14           HD3      LYS  14 -17.384  11.434   2.033
    9    HE2  LYS  14           HE2      LYS  14 -19.300  11.394   0.650
   10    HE3  LYS  14           HE3      LYS  14 -18.229  10.136   0.043
   11    HZ1  LYS  14           HZ1      LYS  14 -19.568   8.518   1.324
   12    HZ2  LYS  14           HZ2      LYS  14 -20.636   9.761   1.750
   13    HZ3  LYS  14           HZ3      LYS  14 -20.461   9.312   0.122

  No H/Q in entry =          13
  In of MODEL   22
    1    H    SER  15           H        SER  15 -14.862  10.056  -1.421
    2    HA   SER  15           HA       SER  15 -13.010   7.855  -1.919
    3    HB2  SER  15           HB2      SER  15 -11.996   9.854  -3.418
    4    HB3  SER  15           HB3      SER  15 -13.227   8.722  -3.997
    5    HG   SER  15           HG       SER  15 -14.821  10.242  -3.420

  No H/Q in entry =           5
  In of MODEL   22
    1    H    ASN  16           H        ASN  16 -10.883   7.966  -1.383
    2    HA   ASN  16           HA       ASN  16  -9.772  10.060   0.244
    3    HB2  ASN  16           HB2      ASN  16 -10.198   7.402   1.624
    4    HB3  ASN  16           HB3      ASN  16  -9.593   8.892   2.321
    5   HD21  ASN  16          HD21      ASN  16 -10.995  10.215   3.311
    6   HD22  ASN  16          HD22      ASN  16 -12.710   9.973   3.363

  No H/Q in entry =           6
  In of MODEL   22
    1    H    PHE  17           H        PHE  17  -7.746   8.576   1.462
    2    HA   PHE  17           HA       PHE  17  -6.497   7.321  -0.893
    3    HB2  PHE  17           HB2      PHE  17  -5.400   9.192   1.174
    4    HB3  PHE  17           HB3      PHE  17  -4.319   8.090   0.327
    5    HD1  PHE  17           HD1      PHE  17  -5.606   8.085  -2.342
    6    HD2  PHE  17           HD2      PHE  17  -4.756  11.284   0.336
    7    HE1  PHE  17           HE1      PHE  17  -5.475   9.641  -4.247
    8    HE2  PHE  17           HE2      PHE  17  -4.630  12.844  -1.562
    9    HZ   PHE  17           HZ       PHE  17  -4.989  12.024  -3.857

  No H/Q in entry =           9
  In of MODEL   22
    1    H    LEU  18           H        LEU  18  -5.721   5.305  -0.728
    2    HA   LEU  18           HA       LEU  18  -5.758   3.978   1.873
    3    HB2  LEU  18           HB2      LEU  18  -6.642   2.619   0.141
    4    HB3  LEU  18           HB3      LEU  18  -5.306   2.985  -0.931
    5    HG   LEU  18           HG       LEU  18  -3.795   1.578   0.395
    6   HD11  LEU  18          HD11      LEU  18  -6.187   1.077   2.171
    7   HD12  LEU  18          HD12      LEU  18  -4.669   0.183   2.226
    8   HD13  LEU  18          HD13      LEU  18  -4.692   1.900   2.618
    9   HD21  LEU  18          HD21      LEU  18  -6.404   0.220  -0.294
   10   HD22  LEU  18          HD22      LEU  18  -5.036   0.493  -1.373
   11   HD23  LEU  18          HD23      LEU  18  -4.872  -0.604  -0.004

  No H/Q in entry =          11
  In of MODEL   22
    1    H    ASN  19           H        ASN  19  -4.037   3.711   3.115
    2    HA   ASN  19           HA       ASN  19  -1.458   4.601   2.026
    3    HB2  ASN  19           HB2      ASN  19  -2.462   4.601   4.883
    4    HB3  ASN  19           HB3      ASN  19  -0.865   5.137   4.373
    5   HD21  ASN  19          HD21      ASN  19  -1.827   6.382   1.932
    6   HD22  ASN  19          HD22      ASN  19  -2.625   7.834   2.422

  No H/Q in entry =           6
  In of MODEL   22
    1    H    CYS  20           H        CYS  20   0.008   3.065   1.670
    2    HA   CYS  20           HA       CYS  20   0.004   0.660   3.376
    3    HB2  CYS  20           HB2      CYS  20  -0.386  -0.009   1.123
    4    HB3  CYS  20           HB3      CYS  20   0.801   1.132   0.480

  No H/Q in entry =           4
  In of MODEL   22
    1    H    TYR  21           H        TYR  21   1.582   0.790   4.866
    2    HA   TYR  21           HA       TYR  21   3.892   2.529   4.335
    3    HB2  TYR  21           HB2      TYR  21   3.078   3.305   6.335
    4    HB3  TYR  21           HB3      TYR  21   2.414   1.756   6.804
    5    HD1  TYR  21           HD1      TYR  21   5.610   3.675   6.609
    6    HD2  TYR  21           HD2      TYR  21   3.481   0.454   8.394
    7    HE1  TYR  21           HE1      TYR  21   7.401   3.412   8.272
    8    HE2  TYR  21           HE2      TYR  21   5.266   0.176  10.048
    9    HH   TYR  21           HH       TYR  21   7.615   0.684  10.337

  No H/Q in entry =           9
  In of MODEL   22
    1    H    VAL  22           H        VAL  22   5.744   1.689   3.723
    2    HA   VAL  22           HA       VAL  22   6.387  -1.122   4.378
    3    HB   VAL  22           HB       VAL  22   7.136   0.424   1.861
    4   HG11  VAL  22          HG11      VAL  22   8.679  -1.401   2.505
    5   HG12  VAL  22          HG12      VAL  22   7.328  -2.538   2.460
    6   HG13  VAL  22          HG13      VAL  22   7.842  -1.717   0.982
    7   HG21  VAL  22          HG21      VAL  22   4.951  -1.627   2.254
    8   HG22  VAL  22          HG22      VAL  22   4.745   0.076   1.846
    9   HG23  VAL  22          HG23      VAL  22   5.501  -1.024   0.689

  No H/Q in entry =           9
  In of MODEL   22
    1    H    SER  23           H        SER  23   8.109  -1.012   5.860
    2    HA   SER  23           HA       SER  23  10.121   1.076   5.346
    3    HB2  SER  23           HB2      SER  23   8.556   1.670   7.231
    4    HB3  SER  23           HB3      SER  23   9.205   0.285   8.113
    5    HG   SER  23           HG       SER  23  10.299   2.760   7.681

  No H/Q in entry =           5
  In of MODEL   22
    1    H    GLY  24           H        GLY  24  12.220   0.699   6.090
    2    HA2  GLY  24           HA2      GLY  24  12.922  -2.019   6.973
    3    HA3  GLY  24           HA3      GLY  24  13.982  -0.615   7.014

  No H/Q in entry =           3
  In of MODEL   22
    1    H    PHE  25           H        PHE  25  12.320  -0.750   4.155
    2    HA   PHE  25           HA       PHE  25  14.315  -2.406   2.788
    3    HB2  PHE  25           HB2      PHE  25  11.644  -1.360   1.823
    4    HB3  PHE  25           HB3      PHE  25  12.694  -2.477   0.953
    5    HD1  PHE  25           HD1      PHE  25  12.932  -4.805   1.673
    6    HD2  PHE  25           HD2      PHE  25  10.326  -2.132   3.730
    7    HE1  PHE  25           HE1      PHE  25  11.865  -6.722   2.805
    8    HE2  PHE  25           HE2      PHE  25   9.253  -4.048   4.870
    9    HZ   PHE  25           HZ       PHE  25  10.009  -6.334   4.379

  No H/Q in entry =           9
  In of MODEL   22
    1    H    HIS  26           H        HIS  26  15.262  -1.691   0.820
    2    HA   HIS  26           HA       HIS  26  15.825   1.144   0.737
    3    HB2  HIS  26           HB2      HIS  26  16.745  -0.838  -1.329
    4    HB3  HIS  26           HB3      HIS  26  17.521   0.658  -0.823
    5    HD2  HIS  26           HD2      HIS  26  19.167   0.426   1.443
    6    HE1  HIS  26           HE1      HIS  26  18.822  -3.780   1.684
    7    HE2  HIS  26           HE2      HIS  26  19.884  -1.717   2.694

  No H/Q in entry =           7
  In of MODEL   22
    1    HA   PRO  27           HA       PRO  27  12.060   1.943  -1.521
    2    HB2  PRO  27           HB2      PRO  27  13.825   4.208  -2.397
    3    HB3  PRO  27           HB3      PRO  27  12.118   4.244  -1.926
    4    HG2  PRO  27           HG2      PRO  27  14.013   4.968  -0.205
    5    HG3  PRO  27           HG3      PRO  27  12.588   4.028   0.339
    6    HD2  PRO  27           HD2      PRO  27  15.428   3.179   0.003
    7    HD3  PRO  27           HD3      PRO  27  14.164   2.517   1.061

  No H/Q in entry =           7
  In of MODEL   22
    1    H    SER  28           H        SER  28  15.169   2.121  -3.255
    2    HA   SER  28           HA       SER  28  13.863   2.189  -5.809
    3    HB2  SER  28           HB2      SER  28  16.016   3.297  -5.512
    4    HB3  SER  28           HB3      SER  28  16.778   1.756  -5.115
    5    HG   SER  28           HG       SER  28  15.536   1.459  -7.440

  No H/Q in entry =           5
  In of MODEL   22
    1    H    ASP  29           H        ASP  29  15.146  -0.373  -3.775
    2    HA   ASP  29           HA       ASP  29  15.195  -2.223  -6.032
    3    HB2  ASP  29           HB2      ASP  29  16.120  -2.576  -3.174
    4    HB3  ASP  29           HB3      ASP  29  16.300  -3.775  -4.446

  No H/Q in entry =           4
  In of MODEL   22
    1    H    ILE  30           H        ILE  30  12.673  -1.263  -4.390
    2    HA   ILE  30           HA       ILE  30  11.714  -4.014  -3.897
    3    HB   ILE  30           HB       ILE  30  10.590  -3.426  -1.992
    4   HG12  ILE  30          HG12      ILE  30  10.558  -0.508  -2.828
    5   HG13  ILE  30          HG13      ILE  30   9.228  -1.654  -3.026
    6   HG21  ILE  30          HG21      ILE  30  12.907  -1.515  -2.052
    7   HG22  ILE  30          HG22      ILE  30  11.967  -1.876  -0.604
    8   HG23  ILE  30          HG23      ILE  30  12.873  -3.156  -1.408
    9   HD11  ILE  30          HD11      ILE  30   9.127  -1.917  -0.583
   10   HD12  ILE  30          HD12      ILE  30  10.408  -0.714  -0.419
   11   HD13  ILE  30          HD13      ILE  30   8.848  -0.255  -1.099

  No H/Q in entry =          11
  In of MODEL   22
    1    H    GLU  31           H        GLU  31   9.288  -4.181  -3.988
    2    HA   GLU  31           HA       GLU  31   8.113  -2.355  -5.957
    3    HB2  GLU  31           HB2      GLU  31   8.137  -5.375  -6.140
    4    HB3  GLU  31           HB3      GLU  31   7.113  -4.328  -7.110
    5    HG2  GLU  31           HG2      GLU  31   9.066  -3.260  -8.099
    6    HG3  GLU  31           HG3      GLU  31  10.139  -4.255  -7.120

  No H/Q in entry =           6
  In of MODEL   22
    1    H    VAL  32           H        VAL  32   6.381  -1.530  -5.024
    2    HA   VAL  32           HA       VAL  32   4.626  -3.287  -3.447
    3    HB   VAL  32           HB       VAL  32   5.150  -2.087  -1.605
    4   HG11  VAL  32          HG11      VAL  32   7.148  -1.219  -2.750
    5   HG12  VAL  32          HG12      VAL  32   6.202   0.158  -3.310
    6   HG13  VAL  32          HG13      VAL  32   6.472  -0.086  -1.582
    7   HG21  VAL  32          HG21      VAL  32   2.955  -1.133  -2.085
    8   HG22  VAL  32          HG22      VAL  32   4.001   0.026  -1.264
    9   HG23  VAL  32          HG23      VAL  32   3.716   0.169  -2.999

  No H/Q in entry =           9
  In of MODEL   22
    1    H    ASP  33           H        ASP  33   2.480  -3.179  -3.906
    2    HA   ASP  33           HA       ASP  33   1.536  -0.993  -5.646
    3    HB2  ASP  33           HB2      ASP  33   0.804  -3.940  -6.038
    4    HB3  ASP  33           HB3      ASP  33   0.187  -2.591  -6.987

  No H/Q in entry =           4
  In of MODEL   22
    1    H    LEU  34           H        LEU  34  -0.829  -0.769  -5.562
    2    HA   LEU  34           HA       LEU  34  -1.935  -1.696  -2.994
    3    HB2  LEU  34           HB2      LEU  34  -2.398   0.776  -4.607
    4    HB3  LEU  34           HB3      LEU  34  -3.713   0.168  -3.625
    5    HG   LEU  34           HG       LEU  34  -2.194   0.298  -1.625
    6   HD11  LEU  34          HD11      LEU  34  -0.044   0.282  -2.769
    7   HD12  LEU  34          HD12      LEU  34  -0.417   1.845  -3.501
    8   HD13  LEU  34          HD13      LEU  34  -0.221   1.711  -1.752
    9   HD21  LEU  34          HD21      LEU  34  -3.864   2.010  -2.111
   10   HD22  LEU  34          HD22      LEU  34  -2.430   2.685  -1.339
   11   HD23  LEU  34          HD23      LEU  34  -2.675   2.891  -3.074

  No H/Q in entry =          11
  In of MODEL   22
    1    H    LEU  35           H        LEU  35  -3.644  -3.072  -2.998
    2    HA   LEU  35           HA       LEU  35  -4.723  -3.838  -5.635
    3    HB2  LEU  35           HB2      LEU  35  -4.181  -5.663  -3.293
    4    HB3  LEU  35           HB3      LEU  35  -4.784  -6.132  -4.865
    5    HG   LEU  35           HG       LEU  35  -2.005  -5.368  -4.057
    6   HD11  LEU  35          HD11      LEU  35  -3.271  -7.635  -5.596
    7   HD12  LEU  35          HD12      LEU  35  -1.540  -7.437  -5.375
    8   HD13  LEU  35          HD13      LEU  35  -2.583  -7.702  -3.974
    9   HD21  LEU  35          HD21      LEU  35  -2.530  -3.988  -6.047
   10   HD22  LEU  35          HD22      LEU  35  -1.318  -5.227  -6.366
   11   HD23  LEU  35          HD23      LEU  35  -2.971  -5.456  -6.917

  No H/Q in entry =          11
  In of MODEL   22
    1    H    LYS  36           H        LYS  36  -6.694  -5.085  -5.581
    2    HA   LYS  36           HA       LYS  36  -8.410  -4.802  -3.205
    3    HB2  LYS  36           HB2      LYS  36  -9.611  -5.255  -5.908
    4    HB3  LYS  36           HB3      LYS  36 -10.285  -4.387  -4.511
    5    HG2  LYS  36           HG2      LYS  36  -8.801  -2.511  -4.989
    6    HG3  LYS  36           HG3      LYS  36  -8.046  -3.407  -6.289
    7    HD2  LYS  36           HD2      LYS  36  -9.698  -1.658  -7.078
    8    HD3  LYS  36           HD3      LYS  36  -9.945  -3.274  -7.714
    9    HE2  LYS  36           HE2      LYS  36 -11.779  -3.459  -5.819
   10    HE3  LYS  36           HE3      LYS  36 -11.699  -1.694  -5.814
   11    HZ1  LYS  36           HZ1      LYS  36 -12.166  -3.321  -8.238
   12    HZ2  LYS  36           HZ2      LYS  36 -13.389  -2.616  -7.300
   13    HZ3  LYS  36           HZ3      LYS  36 -12.258  -1.634  -8.095

  No H/Q in entry =          13
  In of MODEL   22
    1    H    ASN  37           H        ASN  37  -8.441  -6.847  -2.318
    2    HA   ASN  37           HA       ASN  37  -8.041  -9.117  -2.230
    3    HB2  ASN  37           HB2      ASN  37  -9.936 -10.326  -3.553
    4    HB3  ASN  37           HB3      ASN  37 -10.377  -9.227  -2.255
    5   HD21  ASN  37          HD21      ASN  37 -11.002  -7.046  -2.881
    6   HD22  ASN  37          HD22      ASN  37 -11.791  -6.774  -4.394

  No H/Q in entry =           6
  In of MODEL   22
    1    H    GLY  38           H        GLY  38  -6.045  -8.340  -3.676
    2    HA2  GLY  38           HA2      GLY  38  -5.571 -10.522  -5.447
    3    HA3  GLY  38           HA3      GLY  38  -4.440  -9.243  -5.080

  No H/Q in entry =           3
  In of MODEL   22
    1    H    GLU  39           H        GLU  39  -6.454  -7.180  -6.027
    2    HA   GLU  39           HA       GLU  39  -6.039  -7.637  -8.904
    3    HB2  GLU  39           HB2      GLU  39  -8.429  -7.932  -8.332
    4    HB3  GLU  39           HB3      GLU  39  -8.456  -6.321  -7.630
    5    HG2  GLU  39           HG2      GLU  39  -9.460  -6.323  -9.851
    6    HG3  GLU  39           HG3      GLU  39  -7.990  -5.344  -9.819

  No H/Q in entry =           6
  In of MODEL   22
    1    H    ARG  40           H        ARG  40  -4.716  -6.161  -9.700
    2    HA   ARG  40           HA       ARG  40  -3.686  -3.995  -8.279
    3    HB2  ARG  40           HB2      ARG  40  -2.938  -5.289 -10.516
    4    HB3  ARG  40           HB3      ARG  40  -3.719  -3.919 -11.282
    5    HG2  ARG  40           HG2      ARG  40  -2.209  -2.397 -10.099
    6    HG3  ARG  40           HG3      ARG  40  -1.439  -3.779  -9.327
    7    HD2  ARG  40           HD2      ARG  40  -0.061  -3.079 -11.163
    8    HD3  ARG  40           HD3      ARG  40  -0.785  -4.625 -11.598
    9    HE   ARG  40           HE       ARG  40  -2.002  -2.120 -12.559
   10   HH11  ARG  40          HH11      ARG  40  -0.403  -5.175 -13.180
   11   HH12  ARG  40          HH12      ARG  40  -0.581  -5.064 -14.907
   12   HH21  ARG  40          HH21      ARG  40  -2.231  -1.949 -14.801
   13   HH22  ARG  40          HH22      ARG  40  -1.634  -3.216 -15.839

  No H/Q in entry =          13
  In of MODEL   22
    1    H    ILE  41           H        ILE  41  -4.611  -2.172  -7.700
    2    HA   ILE  41           HA       ILE  41  -7.129  -1.313  -8.560
    3    HB   ILE  41           HB       ILE  41  -4.977   0.218  -7.097
    4   HG12  ILE  41          HG12      ILE  41  -7.397  -1.286  -6.101
    5   HG13  ILE  41          HG13      ILE  41  -5.740  -1.864  -5.996
    6   HG21  ILE  41          HG21      ILE  41  -7.912   0.851  -7.447
    7   HG22  ILE  41          HG22      ILE  41  -6.840   1.662  -6.306
    8   HG23  ILE  41          HG23      ILE  41  -6.553   1.802  -8.037
    9   HD11  ILE  41          HD11      ILE  41  -6.587   0.696  -4.706
   10   HD12  ILE  41          HD12      ILE  41  -6.808  -0.873  -3.926
   11   HD13  ILE  41          HD13      ILE  41  -5.186  -0.331  -4.364

  No H/Q in entry =          11
  In of MODEL   22
    1    H    GLU  42           H        GLU  42  -4.340   0.864  -8.831
    2    HA   GLU  42           HA       GLU  42  -3.147   0.760 -11.078
    3    HB2  GLU  42           HB2      GLU  42  -5.952   1.454 -11.958
    4    HB3  GLU  42           HB3      GLU  42  -4.538   1.891 -12.902
    5    HG2  GLU  42           HG2      GLU  42  -4.691  -0.937 -12.091
    6    HG3  GLU  42           HG3      GLU  42  -5.898  -0.395 -13.251

  No H/Q in entry =           6
  In of MODEL   22
    1    H    LYS  43           H        LYS  43  -5.407   2.965  -9.491
    2    HA   LYS  43           HA       LYS  43  -4.149   5.311 -10.616
    3    HB2  LYS  43           HB2      LYS  43  -6.087   5.221  -8.301
    4    HB3  LYS  43           HB3      LYS  43  -5.751   6.572  -9.371
    5    HG2  LYS  43           HG2      LYS  43  -7.372   4.093  -9.936
    6    HG3  LYS  43           HG3      LYS  43  -7.861   5.789 -10.039
    7    HD2  LYS  43           HD2      LYS  43  -5.901   4.386 -11.857
    8    HD3  LYS  43           HD3      LYS  43  -7.557   4.839 -12.265
    9    HE2  LYS  43           HE2      LYS  43  -7.011   7.169 -12.093
   10    HE3  LYS  43           HE3      LYS  43  -5.410   6.790 -11.464
   11    HZ1  LYS  43           HZ1      LYS  43  -6.371   6.070 -14.179
   12    HZ2  LYS  43           HZ2      LYS  43  -5.381   7.395 -13.821
   13    HZ3  LYS  43           HZ3      LYS  43  -4.811   5.820 -13.563

  No H/Q in entry =          13
  In of MODEL   22
    1    H    VAL  44           H        VAL  44  -2.037   4.197  -9.586
    2    HA   VAL  44           HA       VAL  44  -1.681   5.452  -6.963
    3    HB   VAL  44           HB       VAL  44  -1.728   2.670  -7.317
    4   HG11  VAL  44          HG11      VAL  44   1.089   3.607  -6.908
    5   HG12  VAL  44          HG12      VAL  44   0.523   1.958  -6.639
    6   HG13  VAL  44          HG13      VAL  44   0.491   2.652  -8.262
    7   HG21  VAL  44          HG21      VAL  44  -2.258   3.882  -5.280
    8   HG22  VAL  44          HG22      VAL  44  -1.092   2.590  -4.978
    9   HG23  VAL  44          HG23      VAL  44  -0.550   4.269  -5.063

  No H/Q in entry =           9
  In of MODEL   22
    1    H    GLU  45           H        GLU  45   0.070   6.653  -6.809
    2    HA   GLU  45           HA       GLU  45   2.320   6.275  -8.627
    3    HB2  GLU  45           HB2      GLU  45   0.517   8.664  -8.698
    4    HB3  GLU  45           HB3      GLU  45   2.230   8.866  -9.031
    5    HG2  GLU  45           HG2      GLU  45   0.371   7.026 -10.508
    6    HG3  GLU  45           HG3      GLU  45   0.910   8.609 -11.070

  No H/Q in entry =           6
  In of MODEL   22
    1    H    HIS  46           H        HIS  46   3.949   6.128  -7.192
    2    HA   HIS  46           HA       HIS  46   4.566   8.569  -5.764
    3    HB2  HIS  46           HB2      HIS  46   3.300   7.343  -4.075
    4    HB3  HIS  46           HB3      HIS  46   4.278   5.910  -4.351
    5    HD2  HIS  46           HD2      HIS  46   4.750   9.496  -2.738
    6    HE1  HIS  46           HE1      HIS  46   7.800   6.872  -1.433
    7    HE2  HIS  46           HE2      HIS  46   6.634   9.072  -1.006

  No H/Q in entry =           7
  In of MODEL   22
    1    H    SER  47           H        SER  47   6.668   8.929  -5.652
    2    HA   SER  47           HA       SER  47   8.575   6.777  -5.537
    3    HB2  SER  47           HB2      SER  47   9.873   7.781  -7.536
    4    HB3  SER  47           HB3      SER  47   8.486   6.748  -7.887
    5    HG   SER  47           HG       SER  47   7.271   8.531  -8.365

  No H/Q in entry =           5
  In of MODEL   22
    1    H    ASP  48           H        ASP  48  10.103   7.428  -4.066
    2    HA   ASP  48           HA       ASP  48  10.725  10.276  -4.041
    3    HB2  ASP  48           HB2      ASP  48  10.280  10.641  -1.807
    4    HB3  ASP  48           HB3      ASP  48   8.953   9.597  -2.276

  No H/Q in entry =           4
  In of MODEL   22
    1    H    LEU  49           H        LEU  49  12.587  10.773  -2.756
    2    HA   LEU  49           HA       LEU  49  14.794  10.891  -2.967
    3    HB2  LEU  49           HB2      LEU  49  16.236   9.278  -1.879
    4    HB3  LEU  49           HB3      LEU  49  14.895   9.741  -0.863
    5    HG   LEU  49           HG       LEU  49  15.677   7.376  -0.675
    6   HD11  LEU  49          HD11      LEU  49  13.504   8.043   0.143
    7   HD12  LEU  49          HD12      LEU  49  12.793   7.723  -1.440
    8   HD13  LEU  49          HD13      LEU  49  13.475   6.401  -0.497
    9   HD21  LEU  49          HD21      LEU  49  14.430   7.054  -3.396
   10   HD22  LEU  49          HD22      LEU  49  16.127   6.830  -2.975
   11   HD23  LEU  49          HD23      LEU  49  14.906   5.733  -2.329

  No H/Q in entry =          11
  In of MODEL   22
    1    H    SER  50           H        SER  50  16.825  10.062  -3.839
    2    HA   SER  50           HA       SER  50  16.278   8.683  -6.384
    3    HB2  SER  50           HB2      SER  50  18.507  10.624  -5.714
    4    HB3  SER  50           HB3      SER  50  18.231   9.872  -7.285
    5    HG   SER  50           HG       SER  50  16.142  11.311  -6.079

  No H/Q in entry =           5
  In of MODEL   22
    1    H    PHE  51           H        PHE  51  18.681   9.037  -3.795
    2    HA   PHE  51           HA       PHE  51  20.028   6.590  -4.572
    3    HB2  PHE  51           HB2      PHE  51  20.394   8.290  -2.091
    4    HB3  PHE  51           HB3      PHE  51  21.456   6.989  -2.620
    5    HD1  PHE  51           HD1      PHE  51  20.836  10.462  -2.719
    6    HD2  PHE  51           HD2      PHE  51  22.524   7.265  -4.963
    7    HE1  PHE  51           HE1      PHE  51  22.141  12.079  -4.035
    8    HE2  PHE  51           HE2      PHE  51  23.831   8.876  -6.283
    9    HZ   PHE  51           HZ       PHE  51  23.640  11.288  -5.820

  No H/Q in entry =           9
  In of MODEL   22
    1    H    SER  52           H        SER  52  19.519   4.618  -3.882
    2    HA   SER  52           HA       SER  52  17.044   4.074  -2.814
    3    HB2  SER  52           HB2      SER  52  18.764   2.554  -4.047
    4    HB3  SER  52           HB3      SER  52  19.305   2.141  -2.421
    5    HG   SER  52           HG       SER  52  17.703   0.694  -3.183

  No H/Q in entry =           5
  In of MODEL   22
    1    H    LYS  53           H        LYS  53  19.831   2.893  -0.972
    2    HA   LYS  53           HA       LYS  53  20.367   2.902   1.232
    3    HB2  LYS  53           HB2      LYS  53  18.821   5.488   1.137
    4    HB3  LYS  53           HB3      LYS  53  19.680   4.930   2.565
    5    HG2  LYS  53           HG2      LYS  53  20.968   5.429  -0.110
    6    HG3  LYS  53           HG3      LYS  53  20.941   6.581   1.227
    7    HD2  LYS  53           HD2      LYS  53  22.170   3.824   1.291
    8    HD3  LYS  53           HD3      LYS  53  23.053   5.345   1.152
    9    HE2  LYS  53           HE2      LYS  53  22.150   6.039   3.337
   10    HE3  LYS  53           HE3      LYS  53  21.335   4.481   3.476
   11    HZ1  LYS  53           HZ1      LYS  53  23.514   3.395   3.377
   12    HZ2  LYS  53           HZ2      LYS  53  24.269   4.909   3.305
   13    HZ3  LYS  53           HZ3      LYS  53  23.410   4.461   4.696

  No H/Q in entry =          13
  In of MODEL   22
    1    H    ASP  54           H        ASP  54  19.501   2.724   3.488
    2    HA   ASP  54           HA       ASP  54  16.628   2.471   3.757
    3    HB2  ASP  54           HB2      ASP  54  16.499   0.206   4.298
    4    HB3  ASP  54           HB3      ASP  54  17.622   0.205   2.944

  No H/Q in entry =           4
  In of MODEL   22
    1    H    TRP  55           H        TRP  55  15.961   2.913   5.760
    2    HA   TRP  55           HA       TRP  55  17.103   1.994   8.068
    3    HB2  TRP  55           HB2      TRP  55  18.099   3.887   9.159
    4    HB3  TRP  55           HB3      TRP  55  18.924   3.630   7.637
    5    HD1  TRP  55           HD1      TRP  55  17.165   6.207   9.670
    6    HE1  TRP  55           HE1      TRP  55  17.128   8.433   8.456
    7    HE3  TRP  55           HE3      TRP  55  18.678   4.603   4.995
    8    HZ2  TRP  55           HZ2      TRP  55  17.676   9.436   5.832
    9    HZ3  TRP  55           HZ3      TRP  55  18.881   6.266   3.212
   10    HH2  TRP  55           HH2      TRP  55  18.397   8.631   3.614

  No H/Q in entry =          10
  In of MODEL   22
    1    H    SER  56           H        SER  56  16.288   4.345   9.722
    2    HA   SER  56           HA       SER  56  13.538   3.821   9.985
    3    HB2  SER  56           HB2      SER  56  14.956   6.336  10.881
    4    HB3  SER  56           HB3      SER  56  13.556   5.558  11.622
    5    HG   SER  56           HG       SER  56  14.930   3.765  12.108

  No H/Q in entry =           5
  In of MODEL   22
    1    H    PHE  57           H        PHE  57  13.062   4.087   7.564
    2    HA   PHE  57           HA       PHE  57  12.609   6.902   6.870
    3    HB2  PHE  57           HB2      PHE  57  14.244   5.158   5.582
    4    HB3  PHE  57           HB3      PHE  57  12.749   4.867   4.718
    5    HD1  PHE  57           HD1      PHE  57  11.511   7.226   4.039
    6    HD2  PHE  57           HD2      PHE  57  15.666   6.629   4.691
    7    HE1  PHE  57           HE1      PHE  57  12.009   9.200   2.643
    8    HE2  PHE  57           HE2      PHE  57  16.176   8.606   3.322
    9    HZ   PHE  57           HZ       PHE  57  14.344   9.891   2.290

  No H/Q in entry =           9
  In of MODEL   22
    1    H    TYR  58           H        TYR  58  10.812   7.120   5.201
    2    HA   TYR  58           HA       TYR  58   8.582   5.395   6.028
    3    HB2  TYR  58           HB2      TYR  58   8.613   7.623   7.169
    4    HB3  TYR  58           HB3      TYR  58   8.470   8.393   5.594
    5    HD1  TYR  58           HD1      TYR  58   6.732   5.927   7.805
    6    HD2  TYR  58           HD2      TYR  58   6.309   8.853   4.735
    7    HE1  TYR  58           HE1      TYR  58   4.276   5.748   7.985
    8    HE2  TYR  58           HE2      TYR  58   3.844   8.681   4.908
    9    HH   TYR  58           HH       TYR  58   2.162   7.108   5.683

  No H/Q in entry =           9
  In of MODEL   22
    1    H    LEU  59           H        LEU  59   8.180   4.216   4.258
    2    HA   LEU  59           HA       LEU  59   7.923   5.543   1.642
    3    HB2  LEU  59           HB2      LEU  59   8.350   2.729   2.561
    4    HB3  LEU  59           HB3      LEU  59   7.548   2.992   1.031
    5    HG   LEU  59           HG       LEU  59  10.290   4.123   1.615
    6   HD11  LEU  59          HD11      LEU  59  10.179   1.624   1.898
    7   HD12  LEU  59          HD12      LEU  59   9.679   1.524   0.212
    8   HD13  LEU  59          HD13      LEU  59  11.254   2.188   0.627
    9   HD21  LEU  59          HD21      LEU  59   8.555   3.729  -0.807
   10   HD22  LEU  59          HD22      LEU  59   9.363   5.204  -0.261
   11   HD23  LEU  59          HD23      LEU  59  10.303   3.887  -0.953

  No H/Q in entry =          11
  In of MODEL   22
    1    H    LEU  60           H        LEU  60   5.910   6.043   0.962
    2    HA   LEU  60           HA       LEU  60   3.671   4.324   1.690
    3    HB2  LEU  60           HB2      LEU  60   3.756   6.020   3.420
    4    HB3  LEU  60           HB3      LEU  60   3.866   7.284   2.215
    5    HG   LEU  60           HG       LEU  60   1.563   6.644   1.456
    6   HD11  LEU  60          HD11      LEU  60   1.657   4.986   3.967
    7   HD12  LEU  60          HD12      LEU  60   0.214   5.318   3.009
    8   HD13  LEU  60          HD13      LEU  60   1.537   4.379   2.315
    9   HD21  LEU  60          HD21      LEU  60   1.952   8.558   2.916
   10   HD22  LEU  60          HD22      LEU  60   0.438   7.749   3.318
   11   HD23  LEU  60          HD23      LEU  60   1.864   7.508   4.329

  No H/Q in entry =          11
  In of MODEL   22
    1    H    TYR  61           H        TYR  61   2.053   4.311   0.152
    2    HA   TYR  61           HA       TYR  61   2.449   6.024  -2.210
    3    HB2  TYR  61           HB2      TYR  61   1.679   3.077  -2.084
    4    HB3  TYR  61           HB3      TYR  61   1.449   4.061  -3.542
    5    HD1  TYR  61           HD1      TYR  61   3.143   4.046  -5.128
    6    HD2  TYR  61           HD2      TYR  61   4.179   3.196  -1.093
    7    HE1  TYR  61           HE1      TYR  61   5.448   3.590  -5.833
    8    HE2  TYR  61           HE2      TYR  61   6.496   2.749  -1.793
    9    HH   TYR  61           HH       TYR  61   7.706   3.591  -4.817

  No H/Q in entry =           9
  In of MODEL   22
    1    H    TYR  62           H        TYR  62   0.325   6.335  -3.463
    2    HA   TYR  62           HA       TYR  62  -1.943   6.137  -1.647
    3    HB2  TYR  62           HB2      TYR  62  -2.526   8.583  -2.417
    4    HB3  TYR  62           HB3      TYR  62  -1.516   8.270  -1.016
    5    HD1  TYR  62           HD1      TYR  62   0.663   9.151  -0.890
    6    HD2  TYR  62           HD2      TYR  62  -1.383   9.221  -4.624
    7    HE1  TYR  62           HE1      TYR  62   2.399  10.636  -1.805
    8    HE2  TYR  62           HE2      TYR  62   0.350  10.697  -5.549
    9    HH   TYR  62           HH       TYR  62   3.323  11.257  -3.999

  No H/Q in entry =           9
  In of MODEL   22
    1    H    THR  63           H        THR  63  -3.841   5.702  -2.568
    2    HA   THR  63           HA       THR  63  -4.244   6.253  -5.414
    3    HB   THR  63           HB       THR  63  -3.528   3.793  -5.011
    4    HG1  THR  63           HG1      THR  63  -4.790   4.787  -6.843
    5   HG21  THR  63          HG21      THR  63  -4.997   3.372  -3.055
    6   HG22  THR  63          HG22      THR  63  -6.394   3.586  -4.104
    7   HG23  THR  63          HG23      THR  63  -5.283   2.250  -4.382

  No H/Q in entry =           7
  In of MODEL   22
    1    H    GLU  64           H        GLU  64  -6.275   6.989  -5.854
    2    HA   GLU  64           HA       GLU  64  -8.065   7.747  -3.850
    3    HB2  GLU  64           HB2      GLU  64  -7.827   8.513  -6.359
    4    HB3  GLU  64           HB3      GLU  64  -8.949   7.195  -6.674
    5    HG2  GLU  64           HG2      GLU  64 -10.222   9.215  -6.486
    6    HG3  GLU  64           HG3      GLU  64 -10.563   8.193  -5.093

  No H/Q in entry =           6
  In of MODEL   22
    1    H    PHE  65           H        PHE  65  -9.663   6.619  -2.773
    2    HA   PHE  65           HA       PHE  65 -10.608   4.136  -4.034
    3    HB2  PHE  65           HB2      PHE  65 -10.553   2.940  -1.975
    4    HB3  PHE  65           HB3      PHE  65  -8.998   3.708  -2.181
    5    HD1  PHE  65           HD1      PHE  65  -8.053   4.235  -0.196
    6    HD2  PHE  65           HD2      PHE  65 -12.227   4.848  -0.675
    7    HE1  PHE  65           HE1      PHE  65  -8.192   5.143   2.099
    8    HE2  PHE  65           HE2      PHE  65 -12.356   5.759   1.605
    9    HZ   PHE  65           HZ       PHE  65 -10.352   5.903   2.995

  No H/Q in entry =           9
  In of MODEL   22
    1    H    THR  66           H        THR  66 -12.749   3.510  -3.576
    2    HA   THR  66           HA       THR  66 -14.247   5.177  -1.676
    3    HB   THR  66           HB       THR  66 -15.322   4.178  -4.337
    4    HG1  THR  66           HG1      THR  66 -13.996   6.468  -3.591
    5   HG21  THR  66          HG21      THR  66 -16.554   5.862  -2.142
    6   HG22  THR  66          HG22      THR  66 -17.237   5.687  -3.763
    7   HG23  THR  66          HG23      THR  66 -17.088   4.279  -2.715

  No H/Q in entry =           7
  In of MODEL   22
    1    HA   PRO  67           HA       PRO  67 -14.552   0.885  -0.316
    2    HB2  PRO  67           HB2      PRO  67 -15.734   1.593   2.150
    3    HB3  PRO  67           HB3      PRO  67 -14.039   1.209   1.851
    4    HG2  PRO  67           HG2      PRO  67 -15.140   3.743   2.519
    5    HG3  PRO  67           HG3      PRO  67 -13.461   3.362   2.123
    6    HD2  PRO  67           HD2      PRO  67 -15.486   4.699   0.525
    7    HD3  PRO  67           HD3      PRO  67 -13.734   4.598   0.264

  No H/Q in entry =           7
  In of MODEL   22
    1    H    THR  68           H        THR  68 -15.978  -0.565  -0.283
    2    HA   THR  68           HA       THR  68 -18.837   0.044  -0.111
    3    HB   THR  68           HB       THR  68 -19.224  -1.623  -1.928
    4    HG1  THR  68           HG1      THR  68 -16.422  -1.410  -2.425
    5   HG21  THR  68          HG21      THR  68 -19.173   0.770  -2.474
    6   HG22  THR  68          HG22      THR  68 -17.434   0.666  -2.751
    7   HG23  THR  68          HG23      THR  68 -18.549  -0.209  -3.802

  No H/Q in entry =           7
  In of MODEL   22
    1    H    GLU  69           H        GLU  69 -20.081  -1.858   0.613
    2    HA   GLU  69           HA       GLU  69 -18.795  -3.379   2.594
    3    HB2  GLU  69           HB2      GLU  69 -21.096  -3.027   2.866
    4    HB3  GLU  69           HB3      GLU  69 -21.497  -3.574   1.249
    5    HG2  GLU  69           HG2      GLU  69 -22.232  -5.213   2.788
    6    HG3  GLU  69           HG3      GLU  69 -20.830  -5.858   1.934

  No H/Q in entry =           6
  In of MODEL   22
    1    H    LYS  70           H        LYS  70 -18.492  -3.770  -0.717
    2    HA   LYS  70           HA       LYS  70 -18.283  -6.672  -0.492
    3    HB2  LYS  70           HB2      LYS  70 -18.730  -4.968  -2.941
    4    HB3  LYS  70           HB3      LYS  70 -18.515  -6.708  -2.977
    5    HG2  LYS  70           HG2      LYS  70 -20.726  -5.568  -1.315
    6    HG3  LYS  70           HG3      LYS  70 -20.897  -5.619  -3.064
    7    HD2  LYS  70           HD2      LYS  70 -21.888  -7.595  -2.029
    8    HD3  LYS  70           HD3      LYS  70 -20.529  -8.027  -3.059
    9    HE2  LYS  70           HE2      LYS  70 -19.113  -8.339  -1.136
   10    HE3  LYS  70           HE3      LYS  70 -20.381  -7.752  -0.057
   11    HZ1  LYS  70           HZ1      LYS  70 -21.731  -9.670  -0.754
   12    HZ2  LYS  70           HZ2      LYS  70 -20.431 -10.235  -1.683
   13    HZ3  LYS  70           HZ3      LYS  70 -20.285 -10.135  -0.002

  No H/Q in entry =          13
  In of MODEL   22
    1    H    ASP  71           H        ASP  71 -16.224  -3.890  -1.183
    2    HA   ASP  71           HA       ASP  71 -14.349  -5.759  -2.433
    3    HB2  ASP  71           HB2      ASP  71 -14.990  -3.786  -3.788
    4    HB3  ASP  71           HB3      ASP  71 -14.276  -2.734  -2.561

  No H/Q in entry =           4
  In of MODEL   22
    1    H    GLU  72           H        GLU  72 -12.376  -6.095  -1.674
    2    HA   GLU  72           HA       GLU  72 -11.658  -5.145   1.030
    3    HB2  GLU  72           HB2      GLU  72 -11.820  -7.571   0.658
    4    HB3  GLU  72           HB3      GLU  72 -10.696  -7.464  -0.682
    5    HG2  GLU  72           HG2      GLU  72  -8.964  -6.673   0.974
    6    HG3  GLU  72           HG3      GLU  72 -10.120  -7.070   2.240

  No H/Q in entry =           6
  In of MODEL   22
    1    H    TYR  73           H        TYR  73  -9.590  -4.207   1.389
    2    HA   TYR  73           HA       TYR  73  -8.127  -3.495  -1.087
    3    HB2  TYR  73           HB2      TYR  73  -8.613  -1.822   1.379
    4    HB3  TYR  73           HB3      TYR  73  -7.400  -1.415   0.180
    5    HD1  TYR  73           HD1      TYR  73 -11.050  -2.080   0.558
    6    HD2  TYR  73           HD2      TYR  73  -7.990  -0.132  -1.672
    7    HE1  TYR  73           HE1      TYR  73 -12.763  -0.899  -0.761
    8    HE2  TYR  73           HE2      TYR  73  -9.699   1.046  -2.992
    9    HH   TYR  73           HH       TYR  73 -12.028   0.802  -3.633

  No H/Q in entry =           9
  In of MODEL   22
    1    H    ALA  74           H        ALA  74  -6.006  -3.964  -1.201
    2    HA   ALA  74           HA       ALA  74  -4.615  -4.806   1.252
    3    HB1  ALA  74           HB1      ALA  74  -5.439  -6.825   0.237
    4    HB2  ALA  74           HB2      ALA  74  -4.805  -6.342  -1.339
    5    HB3  ALA  74           HB3      ALA  74  -3.702  -6.733  -0.014

  No H/Q in entry =           5
  In of MODEL   22
    1    H    CYS  75           H        CYS  75  -2.230  -4.819   1.034
    2    HA   CYS  75           HA       CYS  75  -1.279  -3.422  -1.385
    3    HB2  CYS  75           HB2      CYS  75  -1.111  -1.844   0.413
    4    HB3  CYS  75           HB3      CYS  75  -0.323  -3.032   1.443

  No H/Q in entry =           4
  In of MODEL   22
    1    H    ARG  76           H        ARG  76   0.352  -4.360  -2.449
    2    HA   ARG  76           HA       ARG  76   1.425  -6.898  -1.406
    3    HB2  ARG  76           HB2      ARG  76   0.098  -6.670  -3.601
    4    HB3  ARG  76           HB3      ARG  76   1.541  -5.879  -4.231
    5    HG2  ARG  76           HG2      ARG  76   2.802  -7.909  -4.004
    6    HG3  ARG  76           HG3      ARG  76   1.504  -8.684  -3.093
    7    HD2  ARG  76           HD2      ARG  76   1.536  -9.450  -5.464
    8    HD3  ARG  76           HD3      ARG  76   0.042  -8.583  -5.055
    9    HE   ARG  76           HE       ARG  76   1.608  -6.603  -6.005
   10   HH11  ARG  76          HH11      ARG  76   0.771  -9.745  -7.329
   11   HH12  ARG  76          HH12      ARG  76   1.018  -9.229  -8.976
   12   HH21  ARG  76          HH21      ARG  76   1.946  -5.945  -8.147
   13   HH22  ARG  76          HH22      ARG  76   1.683  -7.088  -9.438

  No H/Q in entry =          13
  In of MODEL   22
    1    H    VAL  77           H        VAL  77   3.612  -7.001  -0.920
    2    HA   VAL  77           HA       VAL  77   5.375  -5.109  -2.340
    3    HB   VAL  77           HB       VAL  77   4.852  -4.429   0.115
    4   HG11  VAL  77          HG11      VAL  77   6.918  -6.574   0.576
    5   HG12  VAL  77          HG12      VAL  77   6.402  -5.367   1.758
    6   HG13  VAL  77          HG13      VAL  77   5.255  -6.572   1.167
    7   HG21  VAL  77          HG21      VAL  77   6.508  -3.355  -1.309
    8   HG22  VAL  77          HG22      VAL  77   7.087  -3.489   0.353
    9   HG23  VAL  77          HG23      VAL  77   7.687  -4.596  -0.882

  No H/Q in entry =           9
  In of MODEL   22
    1    H    ASN  78           H        ASN  78   7.174  -5.854  -3.094
    2    HA   ASN  78           HA       ASN  78   8.189  -8.468  -2.145
    3    HB2  ASN  78           HB2      ASN  78   6.953  -8.662  -4.337
    4    HB3  ASN  78           HB3      ASN  78   8.189  -7.625  -5.050
    5   HD21  ASN  78          HD21      ASN  78   8.798  -9.265  -6.476
    6   HD22  ASN  78          HD22      ASN  78   9.733 -10.626  -5.944

  No H/Q in entry =           6
  In of MODEL   22
    1    H    HIS  79           H        HIS  79  10.302  -8.774  -2.060
    2    HA   HIS  79           HA       HIS  79  12.107  -6.678  -3.012
    3    HB2  HIS  79           HB2      HIS  79  11.655  -6.415  -0.531
    4    HB3  HIS  79           HB3      HIS  79  12.357  -8.005  -0.298
    5    HD2  HIS  79           HD2      HIS  79  13.404  -4.361  -0.685
    6    HE1  HIS  79           HE1      HIS  79  16.917  -6.720  -0.602
    7    HE2  HIS  79           HE2      HIS  79  15.977  -4.381  -0.333

  No H/Q in entry =           7
  In of MODEL   22
    1    H    VAL  80           H        VAL  80  14.327  -7.543  -3.265
    2    HA   VAL  80           HA       VAL  80  14.519  -9.867  -4.700
    3    HB   VAL  80           HB       VAL  80  16.720  -8.763  -2.940
    4   HG11  VAL  80          HG11      VAL  80  17.219 -11.013  -3.753
    5   HG12  VAL  80          HG12      VAL  80  16.881 -10.500  -5.407
    6   HG13  VAL  80          HG13      VAL  80  18.252  -9.814  -4.533
    7   HG21  VAL  80          HG21      VAL  80  15.942  -8.102  -5.777
    8   HG22  VAL  80          HG22      VAL  80  15.868  -7.030  -4.379
    9   HG23  VAL  80          HG23      VAL  80  17.430  -7.570  -4.994

  No H/Q in entry =           9
  In of MODEL   22
    1    H    THR  81           H        THR  81  14.697  -9.549  -1.196
    2    HA   THR  81           HA       THR  81  15.771 -12.172  -0.765
    3    HB   THR  81           HB       THR  81  16.247 -10.621   0.954
    4    HG1  THR  81           HG1      THR  81  15.721 -12.741   1.685
    5   HG21  THR  81          HG21      THR  81  13.265 -10.159   1.211
    6   HG22  THR  81          HG22      THR  81  14.488  -9.518   2.311
    7   HG23  THR  81          HG23      THR  81  14.465  -9.007   0.624

  No H/Q in entry =           7
  In of MODEL   22
    1    H    LEU  82           H        LEU  82  12.487 -10.872  -0.054
    2    HA   LEU  82           HA       LEU  82  11.341 -13.112   0.962
    3    HB2  LEU  82           HB2      LEU  82   9.911 -11.282  -0.955
    4    HB3  LEU  82           HB3      LEU  82   9.188 -12.284   0.291
    5    HG   LEU  82           HG       LEU  82  11.011  -9.951   0.821
    6   HD11  LEU  82          HD11      LEU  82   8.021 -10.197   1.006
    7   HD12  LEU  82          HD12      LEU  82   8.973  -8.835   1.595
    8   HD13  LEU  82          HD13      LEU  82   8.941  -9.203  -0.127
    9   HD21  LEU  82          HD21      LEU  82   9.382 -11.683   2.670
   10   HD22  LEU  82          HD22      LEU  82  11.141 -11.608   2.580
   11   HD23  LEU  82          HD23      LEU  82  10.226 -10.209   3.142

  No H/Q in entry =          11
  In of MODEL   22
    1    H    SER  83           H        SER  83  11.517 -12.358  -2.496
    2    HA   SER  83           HA       SER  83  11.359 -13.639  -4.357
    3    HB2  SER  83           HB2      SER  83  12.694 -15.335  -3.066
    4    HB3  SER  83           HB3      SER  83  11.175 -16.067  -2.556
    5    HG   SER  83           HG       SER  83  10.784 -16.743  -4.583

  No H/Q in entry =           5
  In of MODEL   22
    1    H    GLN  84           H        GLN  84   9.131 -14.134  -1.748
    2    HA   GLN  84           HA       GLN  84   6.975 -14.238  -3.725
    3    HB2  GLN  84           HB2      GLN  84   5.610 -15.597  -2.192
    4    HB3  GLN  84           HB3      GLN  84   7.075 -16.435  -2.675
    5    HG2  GLN  84           HG2      GLN  84   8.072 -16.029  -0.505
    6    HG3  GLN  84           HG3      GLN  84   6.717 -14.998  -0.041
    7   HE21  GLN  84          HE21      GLN  84   4.754 -16.798  -1.301
    8   HE22  GLN  84          HE22      GLN  84   4.622 -18.152  -0.222

  No H/Q in entry =           8
  In of MODEL   22
    1    HA   PRO  85           HA       PRO  85   6.199 -10.379  -1.483
    2    HB2  PRO  85           HB2      PRO  85   4.027  -9.606  -2.967
    3    HB3  PRO  85           HB3      PRO  85   5.723  -9.277  -3.392
    4    HG2  PRO  85           HG2      PRO  85   3.861 -11.351  -4.461
    5    HG3  PRO  85           HG3      PRO  85   5.148 -10.443  -5.293
    6    HD2  PRO  85           HD2      PRO  85   5.425 -13.079  -4.475
    7    HD3  PRO  85           HD3      PRO  85   6.803 -11.937  -4.644

  No H/Q in entry =           7
  In of MODEL   22
    1    H    LYS  86           H        LYS  86   4.561  -9.489  -0.201
    2    HA   LYS  86           HA       LYS  86   2.556 -11.475   0.634
    3    HB2  LYS  86           HB2      LYS  86   3.565  -9.110   2.235
    4    HB3  LYS  86           HB3      LYS  86   2.506 -10.393   2.798
    5    HG2  LYS  86           HG2      LYS  86   4.324 -11.970   2.843
    6    HG3  LYS  86           HG3      LYS  86   5.367 -10.855   1.960
    7    HD2  LYS  86           HD2      LYS  86   5.623  -9.442   3.810
    8    HD3  LYS  86           HD3      LYS  86   4.247 -10.144   4.666
    9    HE2  LYS  86           HE2      LYS  86   6.103 -11.023   5.767
   10    HE3  LYS  86           HE3      LYS  86   5.626 -12.313   4.665
   11    HZ1  LYS  86           HZ1      LYS  86   7.778 -10.339   4.158
   12    HZ2  LYS  86           HZ2      LYS  86   8.020 -11.935   4.674
   13    HZ3  LYS  86           HZ3      LYS  86   7.350 -11.627   3.147

  No H/Q in entry =          13
  In of MODEL   22
    1    H    ILE  87           H        ILE  87   0.509 -10.881   0.994
    2    HA   ILE  87           HA       ILE  87  -0.275  -8.169   0.167
    3    HB   ILE  87           HB       ILE  87  -1.637 -10.746  -0.214
    4   HG12  ILE  87          HG12      ILE  87  -1.128  -9.608  -2.192
    5   HG13  ILE  87          HG13      ILE  87  -2.836  -9.210  -1.948
    6   HG21  ILE  87          HG21      ILE  87  -3.182  -8.374   0.787
    7   HG22  ILE  87          HG22      ILE  87  -3.910  -9.701  -0.118
    8   HG23  ILE  87          HG23      ILE  87  -3.158 -10.010   1.451
    9   HD11  ILE  87          HD11      ILE  87  -0.569  -7.442  -1.114
   10   HD12  ILE  87          HD12      ILE  87  -1.465  -7.294  -2.621
   11   HD13  ILE  87          HD13      ILE  87  -2.293  -7.073  -1.085

  No H/Q in entry =          11
  In of MODEL   22
    1    H    VAL  88           H        VAL  88  -1.045  -6.784   1.597
    2    HA   VAL  88           HA       VAL  88  -1.822  -7.804   4.242
    3    HB   VAL  88           HB       VAL  88   0.184  -6.419   4.396
    4   HG11  VAL  88          HG11      VAL  88  -1.438  -4.263   3.085
    5   HG12  VAL  88          HG12      VAL  88   0.145  -4.037   3.827
    6   HG13  VAL  88          HG13      VAL  88  -0.025  -5.076   2.405
    7   HG21  VAL  88          HG21      VAL  88  -2.300  -5.084   5.436
    8   HG22  VAL  88          HG22      VAL  88  -1.320  -6.299   6.259
    9   HG23  VAL  88          HG23      VAL  88  -0.664  -4.685   5.962

  No H/Q in entry =           9
  In of MODEL   22
    1    H    LYS  89           H        LYS  89  -3.936  -7.505   4.703
    2    HA   LYS  89           HA       LYS  89  -5.385  -5.726   2.874
    3    HB2  LYS  89           HB2      LYS  89  -6.585  -8.002   4.446
    4    HB3  LYS  89           HB3      LYS  89  -7.311  -7.094   3.128
    5    HG2  LYS  89           HG2      LYS  89  -6.073  -8.165   1.519
    6    HG3  LYS  89           HG3      LYS  89  -4.784  -8.574   2.655
    7    HD2  LYS  89           HD2      LYS  89  -7.551  -9.756   2.711
    8    HD3  LYS  89           HD3      LYS  89  -6.155 -10.534   1.962
    9    HE2  LYS  89           HE2      LYS  89  -5.032 -10.460   4.202
   10    HE3  LYS  89           HE3      LYS  89  -6.552  -9.869   4.881
   11    HZ1  LYS  89           HZ1      LYS  89  -6.306 -12.436   3.409
   12    HZ2  LYS  89           HZ2      LYS  89  -6.187 -12.307   5.093
   13    HZ3  LYS  89           HZ3      LYS  89  -7.635 -11.888   4.310

  No H/Q in entry =          13
  In of MODEL   22
    1    H    TRP  90           H        TRP  90  -6.941  -4.349   3.668
    2    HA   TRP  90           HA       TRP  90  -6.262  -3.343   6.289
    3    HB2  TRP  90           HB2      TRP  90  -6.459  -1.776   4.403
    4    HB3  TRP  90           HB3      TRP  90  -8.127  -2.272   4.169
    5    HD1  TRP  90           HD1      TRP  90  -6.387  -1.017   7.454
    6    HE1  TRP  90           HE1      TRP  90  -7.746   0.938   8.345
    7    HE3  TRP  90           HE3      TRP  90  -9.876  -0.661   3.678
    8    HZ2  TRP  90           HZ2      TRP  90 -10.039   2.406   7.626
    9    HZ3  TRP  90           HZ3      TRP  90 -11.606   1.071   3.861
   10    HH2  TRP  90           HH2      TRP  90 -11.689   2.590   5.775

  No H/Q in entry =          10
  In of MODEL   22
    1    H    ASP  91           H        ASP  91  -7.355  -3.640   8.077
    2    HA   ASP  91           HA       ASP  91  -9.386  -5.628   8.173
    3    HB2  ASP  91           HB2      ASP  91  -8.371  -3.776  10.342
    4    HB3  ASP  91           HB3      ASP  91  -9.363  -5.207  10.603

  No H/Q in entry =           4
  In of MODEL   22
    1    H    ARG  92           H        ARG  92 -11.295  -5.055   7.246
    2    HA   ARG  92           HA       ARG  92 -13.216  -3.679   8.629
    3    HB2  ARG  92           HB2      ARG  92 -13.361  -1.484   7.825
    4    HB3  ARG  92           HB3      ARG  92 -11.618  -1.723   7.896
    5    HG2  ARG  92           HG2      ARG  92 -11.891  -0.718   5.843
    6    HG3  ARG  92           HG3      ARG  92 -11.797  -2.427   5.411
    7    HD2  ARG  92           HD2      ARG  92 -14.372  -2.395   5.473
    8    HD3  ARG  92           HD3      ARG  92 -14.231  -0.633   5.495
    9    HE   ARG  92           HE       ARG  92 -12.670  -1.664   3.400
   10   HH11  ARG  92          HH11      ARG  92 -16.026  -1.216   4.321
   11   HH12  ARG  92          HH12      ARG  92 -16.619  -1.384   2.696
   12   HH21  ARG  92          HH21      ARG  92 -13.445  -1.863   1.274
   13   HH22  ARG  92          HH22      ARG  92 -15.149  -1.767   0.965

  No H/Q in entry =          13
  In of MODEL   22
    1    H    ASP  93           H        ASP  93 -12.021  -5.257   5.919
    2    HA   ASP  93           HA       ASP  93 -14.660  -5.404   4.656
    3    HB2  ASP  93           HB2      ASP  93 -13.343  -5.316   2.418
    4    HB3  ASP  93           HB3      ASP  93 -13.785  -3.810   3.220

  No H/Q in entry =           4
  In of MODEL   22
    1    HA   MET  94           HA       MET  94 -11.702  -9.118   3.801
    2    HB2  MET  94           HB2      MET  94 -10.155 -10.087   5.551
    3    HB3  MET  94           HB3      MET  94  -9.581  -8.631   4.743
    4    HG2  MET  94           HG2      MET  94  -9.090  -8.647   7.151
    5    HG3  MET  94           HG3      MET  94 -10.082  -7.271   6.676
    6    HE1  MET  94           HE1      MET  94  -9.580  -8.253   9.690
    7    HE2  MET  94           HE2      MET  94 -10.586  -6.859   9.286
    8    HE3  MET  94           HE3      MET  94 -11.204  -8.113  10.362

  No H/Q in entry =           8
  In of MODEL   23
    1    HA   MET   1           HA       MET   1   4.847  -8.203   7.033
    2    HB2  MET   1           HB2      MET   1   5.378  -8.788   9.366
    3    HB3  MET   1           HB3      MET   1   5.407  -7.081   9.790
    4    HG2  MET   1           HG2      MET   1   3.048  -6.885   9.244
    5    HG3  MET   1           HG3      MET   1   3.005  -8.580   8.765
    6    HE1  MET   1           HE1      MET   1   0.948  -9.021  10.365
    7    HE2  MET   1           HE2      MET   1   0.920  -8.584  12.074
    8    HE3  MET   1           HE3      MET   1   0.959  -7.324  10.839

  No H/Q in entry =           8
  In of MODEL   23
    1    H    ILE   2           H        ILE   2   3.324  -6.932   6.179
    2    HA   ILE   2           HA       ILE   2   3.803  -4.033   6.280
    3    HB   ILE   2           HB       ILE   2   1.666  -5.114   4.507
    4   HG12  ILE   2          HG12      ILE   2   4.542  -5.418   3.643
    5   HG13  ILE   2          HG13      ILE   2   3.607  -6.748   4.325
    6   HG21  ILE   2          HG21      ILE   2   2.288  -2.724   4.565
    7   HG22  ILE   2          HG22      ILE   2   3.893  -3.158   3.956
    8   HG23  ILE   2          HG23      ILE   2   2.463  -3.453   2.971
    9   HD11  ILE   2          HD11      ILE   2   2.903  -5.207   1.837
   10   HD12  ILE   2          HD12      ILE   2   3.620  -6.819   1.893
   11   HD13  ILE   2          HD13      ILE   2   1.988  -6.557   2.512

  No H/Q in entry =          11
  In of MODEL   23
    1    H    GLN   3           H        GLN   3   2.149  -2.593   6.778
    2    HA   GLN   3           HA       GLN   3  -0.374  -3.764   7.733
    3    HB2  GLN   3           HB2      GLN   3   1.393  -1.825   9.222
    4    HB3  GLN   3           HB3      GLN   3  -0.316  -2.047   9.611
    5    HG2  GLN   3           HG2      GLN   3   0.079  -4.414  10.114
    6    HG3  GLN   3           HG3      GLN   3   1.798  -4.207   9.693
    7   HE21  GLN   3          HE21      GLN   3   1.955  -1.564  10.895
    8   HE22  GLN   3          HE22      GLN   3   1.962  -1.803  12.610

  No H/Q in entry =           8
  In of MODEL   23
    1    H    VAL   4           H        VAL   4  -1.963  -2.887   6.574
    2    HA   VAL   4           HA       VAL   4  -1.608  -0.212   5.467
    3    HB   VAL   4           HB       VAL   4  -3.911  -0.811   4.356
    4   HG11  VAL   4          HG11      VAL   4  -1.339  -2.173   3.543
    5   HG12  VAL   4          HG12      VAL   4  -2.735  -1.912   2.501
    6   HG13  VAL   4          HG13      VAL   4  -1.831  -0.535   3.122
    7   HG21  VAL   4          HG21      VAL   4  -4.291  -2.809   5.735
    8   HG22  VAL   4          HG22      VAL   4  -4.259  -3.182   4.012
    9   HG23  VAL   4          HG23      VAL   4  -2.863  -3.559   5.022

  No H/Q in entry =           9
  In of MODEL   23
    1    H    TYR   5           H        TYR   5  -3.199   1.372   5.614
    2    HA   TYR   5           HA       TYR   5  -5.204   1.266   7.707
    3    HB2  TYR   5           HB2      TYR   5  -2.752   3.031   7.896
    4    HB3  TYR   5           HB3      TYR   5  -4.246   3.400   8.742
    5    HD1  TYR   5           HD1      TYR   5  -5.081   0.873   9.919
    6    HD2  TYR   5           HD2      TYR   5  -1.138   2.396   9.402
    7    HE1  TYR   5           HE1      TYR   5  -4.303  -0.489  11.830
    8    HE2  TYR   5           HE2      TYR   5  -0.355   1.041  11.300
    9    HH   TYR   5           HH       TYR   5  -1.221  -0.021  13.264

  No H/Q in entry =           9
  In of MODEL   23
    1    H    SER   6           H        SER   6  -6.213   3.590   7.850
    2    HA   SER   6           HA       SER   6  -5.878   5.018   5.288
    3    HB2  SER   6           HB2      SER   6  -8.485   4.623   6.790
    4    HB3  SER   6           HB3      SER   6  -8.266   5.542   5.294
    5    HG   SER   6           HG       SER   6  -7.341   2.934   5.235

  No H/Q in entry =           5
  In of MODEL   23
    1    H    ARG   7           H        ARG   7  -6.439   7.290   5.367
    2    HA   ARG   7           HA       ARG   7  -5.461   8.495   7.809
    3    HB2  ARG   7           HB2      ARG   7  -5.348   9.177   5.100
    4    HB3  ARG   7           HB3      ARG   7  -6.388  10.394   5.821
    5    HG2  ARG   7           HG2      ARG   7  -3.539   9.743   6.501
    6    HG3  ARG   7           HG3      ARG   7  -4.203  11.261   5.896
    7    HD2  ARG   7           HD2      ARG   7  -3.924  11.745   8.134
    8    HD3  ARG   7           HD3      ARG   7  -5.604  11.194   8.089
    9    HE   ARG   7           HE       ARG   7  -4.421   8.921   8.671
   10   HH11  ARG   7          HH11      ARG   7  -3.677  12.103   9.934
   11   HH12  ARG   7          HH12      ARG   7  -3.192  11.500  11.494
   12   HH21  ARG   7          HH21      ARG   7  -3.779   8.141  10.722
   13   HH22  ARG   7          HH22      ARG   7  -3.249   9.265  11.934

  No H/Q in entry =          13
  In of MODEL   23
    1    H    HIS   8           H        HIS   8  -8.496   7.774   6.519
    2    HA   HIS   8           HA       HIS   8  -9.804   9.397   8.565
    3    HB2  HIS   8           HB2      HIS   8 -10.571   9.361   5.637
    4    HB3  HIS   8           HB3      HIS   8 -11.630   9.953   6.911
    5    HD2  HIS   8           HD2      HIS   8 -10.707  12.323   8.203
    6    HE1  HIS   8           HE1      HIS   8  -8.097  13.295   5.024
    7    HE2  HIS   8           HE2      HIS   8  -9.385  14.204   7.004

  No H/Q in entry =           7
  In of MODEL   23
    1    HA   PRO   9           HA       PRO   9 -12.313   5.802   9.273
    2    HB2  PRO   9           HB2      PRO   9 -14.799   7.390   9.111
    3    HB3  PRO   9           HB3      PRO   9 -14.123   6.487  10.478
    4    HG2  PRO   9           HG2      PRO   9 -14.101   9.186  10.435
    5    HG3  PRO   9           HG3      PRO   9 -12.740   8.259  11.111
    6    HD2  PRO   9           HD2      PRO   9 -12.998   9.560   8.419
    7    HD3  PRO   9           HD3      PRO   9 -11.614   9.592   9.542

  No H/Q in entry =           7
  In of MODEL   23
    1    H    ALA  10           H        ALA  10 -13.200   4.209   8.089
    2    HA   ALA  10           HA       ALA  10 -13.608   4.396   5.332
    3    HB1  ALA  10           HB1      ALA  10 -14.531   2.124   5.499
    4    HB2  ALA  10           HB2      ALA  10 -13.081   2.291   6.486
    5    HB3  ALA  10           HB3      ALA  10 -14.671   2.309   7.245

  No H/Q in entry =           5
  In of MODEL   23
    1    H    GLU  11           H        GLU  11 -15.171   5.825   4.539
    2    HA   GLU  11           HA       GLU  11 -17.898   5.239   5.493
    3    HB2  GLU  11           HB2      GLU  11 -16.650   7.737   4.468
    4    HB3  GLU  11           HB3      GLU  11 -18.355   7.477   4.136
    5    HG2  GLU  11           HG2      GLU  11 -17.066   7.535   6.856
    6    HG3  GLU  11           HG3      GLU  11 -18.049   8.798   6.134

  No H/Q in entry =           6
  In of MODEL   23
    1    H    ASN  12           H        ASN  12 -19.235   4.195   4.187
    2    HA   ASN  12           HA       ASN  12 -18.406   3.178   1.668
    3    HB2  ASN  12           HB2      ASN  12 -20.874   3.043   3.401
    4    HB3  ASN  12           HB3      ASN  12 -21.021   2.473   1.754
    5   HD21  ASN  12          HD21      ASN  12 -21.446   0.394   2.516
    6   HD22  ASN  12          HD22      ASN  12 -20.208  -0.631   3.177

  No H/Q in entry =           6
  In of MODEL   23
    1    H    GLY  13           H        GLY  13 -18.051   4.667   0.102
    2    HA2  GLY  13           HA2      GLY  13 -20.334   6.412  -0.625
    3    HA3  GLY  13           HA3      GLY  13 -19.371   5.573  -1.832

  No H/Q in entry =           3
  In of MODEL   23
    1    H    LYS  14           H        LYS  14 -17.356   6.666   0.664
    2    HA   LYS  14           HA       LYS  14 -16.925   9.236  -0.736
    3    HB2  LYS  14           HB2      LYS  14 -15.333   8.328   1.645
    4    HB3  LYS  14           HB3      LYS  14 -15.626   9.960   1.084
    5    HG2  LYS  14           HG2      LYS  14 -17.617   8.158   2.432
    6    HG3  LYS  14           HG3      LYS  14 -16.747   9.504   3.153
    7    HD2  LYS  14           HD2      LYS  14 -18.724   9.727   0.901
    8    HD3  LYS  14           HD3      LYS  14 -19.053  10.063   2.611
    9    HE2  LYS  14           HE2      LYS  14 -17.137  11.532   0.790
   10    HE3  LYS  14           HE3      LYS  14 -18.651  12.142   1.452
   11    HZ1  LYS  14           HZ1      LYS  14 -17.668  11.926   3.691
   12    HZ2  LYS  14           HZ2      LYS  14 -16.193  11.473   2.985
   13    HZ3  LYS  14           HZ3      LYS  14 -16.822  13.020   2.708

  No H/Q in entry =          13
  In of MODEL   23
    1    H    SER  15           H        SER  15 -14.938   9.835  -1.571
    2    HA   SER  15           HA       SER  15 -13.035   7.652  -1.963
    3    HB2  SER  15           HB2      SER  15 -11.966   9.556  -3.479
    4    HB3  SER  15           HB3      SER  15 -13.250   8.498  -4.066
    5    HG   SER  15           HG       SER  15 -13.248  11.201  -3.552

  No H/Q in entry =           5
  In of MODEL   23
    1    H    ASN  16           H        ASN  16 -10.849   7.903  -1.465
    2    HA   ASN  16           HA       ASN  16  -9.879   9.994   0.232
    3    HB2  ASN  16           HB2      ASN  16 -11.738   8.523   1.546
    4    HB3  ASN  16           HB3      ASN  16 -10.325   7.492   1.785
    5   HD21  ASN  16          HD21      ASN  16 -12.050   9.217   3.542
    6   HD22  ASN  16          HD22      ASN  16 -10.907  10.182   4.416

  No H/Q in entry =           6
  In of MODEL   23
    1    H    PHE  17           H        PHE  17  -7.928   8.613   1.642
    2    HA   PHE  17           HA       PHE  17  -6.525   7.395  -0.654
    3    HB2  PHE  17           HB2      PHE  17  -5.489   9.094   1.608
    4    HB3  PHE  17           HB3      PHE  17  -4.424   8.166   0.559
    5    HD1  PHE  17           HD1      PHE  17  -4.670  11.255   1.025
    6    HD2  PHE  17           HD2      PHE  17  -6.076   8.597  -2.004
    7    HE1  PHE  17           HE1      PHE  17  -4.662  13.098  -0.599
    8    HE2  PHE  17           HE2      PHE  17  -6.064  10.444  -3.627
    9    HZ   PHE  17           HZ       PHE  17  -5.358  12.696  -2.926

  No H/Q in entry =           9
  In of MODEL   23
    1    H    LEU  18           H        LEU  18  -5.724   5.404  -0.531
    2    HA   LEU  18           HA       LEU  18  -5.857   3.975   2.023
    3    HB2  LEU  18           HB2      LEU  18  -6.727   2.715   0.184
    4    HB3  LEU  18           HB3      LEU  18  -5.320   3.068  -0.802
    5    HG   LEU  18           HG       LEU  18  -3.929   1.582   0.594
    6   HD11  LEU  18          HD11      LEU  18  -6.481   1.119   2.145
    7   HD12  LEU  18          HD12      LEU  18  -5.028   0.131   2.275
    8   HD13  LEU  18          HD13      LEU  18  -4.980   1.826   2.748
    9   HD21  LEU  18          HD21      LEU  18  -6.502   0.318  -0.354
   10   HD22  LEU  18          HD22      LEU  18  -5.053   0.611  -1.318
   11   HD23  LEU  18          HD23      LEU  18  -5.010  -0.548   0.010

  No H/Q in entry =          11
  In of MODEL   23
    1    H    ASN  19           H        ASN  19  -4.149   3.644   3.266
    2    HA   ASN  19           HA       ASN  19  -1.530   4.449   2.194
    3    HB2  ASN  19           HB2      ASN  19  -2.773   4.816   4.918
    4    HB3  ASN  19           HB3      ASN  19  -1.030   4.947   4.677
    5   HD21  ASN  19          HD21      ASN  19  -2.934   6.954   5.548
    6   HD22  ASN  19          HD22      ASN  19  -2.822   8.249   4.407

  No H/Q in entry =           6
  In of MODEL   23
    1    H    CYS  20           H        CYS  20  -0.086   2.889   1.966
    2    HA   CYS  20           HA       CYS  20  -0.181   0.525   3.768
    3    HB2  CYS  20           HB2      CYS  20  -0.403  -0.179   1.464
    4    HB3  CYS  20           HB3      CYS  20   0.997   0.794   0.975

  No H/Q in entry =           4
  In of MODEL   23
    1    H    TYR  21           H        TYR  21   1.417   0.420   5.206
    2    HA   TYR  21           HA       TYR  21   3.791   2.096   4.825
    3    HB2  TYR  21           HB2      TYR  21   2.976   0.586   7.316
    4    HB3  TYR  21           HB3      TYR  21   4.230   1.810   7.189
    5    HD1  TYR  21           HD1      TYR  21   3.637   4.178   6.926
    6    HD2  TYR  21           HD2      TYR  21   0.676   1.181   7.483
    7    HE1  TYR  21           HE1      TYR  21   1.976   5.925   7.440
    8    HE2  TYR  21           HE2      TYR  21  -0.994   2.919   8.001
    9    HH   TYR  21           HH       TYR  21  -0.444   6.231   7.419

  No H/Q in entry =           9
  In of MODEL   23
    1    H    VAL  22           H        VAL  22   5.679   1.313   4.284
    2    HA   VAL  22           HA       VAL  22   6.163  -1.577   4.595
    3    HB   VAL  22           HB       VAL  22   6.966   0.198   2.245
    4   HG11  VAL  22          HG11      VAL  22   8.614  -1.564   2.823
    5   HG12  VAL  22          HG12      VAL  22   7.353  -2.780   2.599
    6   HG13  VAL  22          HG13      VAL  22   7.879  -1.789   1.235
    7   HG21  VAL  22          HG21      VAL  22   4.589  -0.360   2.201
    8   HG22  VAL  22          HG22      VAL  22   5.460  -1.191   0.911
    9   HG23  VAL  22          HG23      VAL  22   4.975  -2.075   2.359

  No H/Q in entry =           9
  In of MODEL   23
    1    H    SER  23           H        SER  23   7.773  -1.622   6.160
    2    HA   SER  23           HA       SER  23   9.685   0.626   6.191
    3    HB2  SER  23           HB2      SER  23   8.116   0.522   8.114
    4    HB3  SER  23           HB3      SER  23   8.758  -1.066   8.526
    5    HG   SER  23           HG       SER  23  10.220  -0.035   9.604

  No H/Q in entry =           5
  In of MODEL   23
    1    H    GLY  24           H        GLY  24  11.862   0.232   6.314
    2    HA2  GLY  24           HA2      GLY  24  12.797  -2.473   6.983
    3    HA3  GLY  24           HA3      GLY  24  13.767  -1.009   6.992

  No H/Q in entry =           3
  In of MODEL   23
    1    H    PHE  25           H        PHE  25  12.134  -0.787   4.211
    2    HA   PHE  25           HA       PHE  25  14.135  -2.349   2.706
    3    HB2  PHE  25           HB2      PHE  25  11.346  -1.598   1.837
    4    HB3  PHE  25           HB3      PHE  25  12.485  -2.596   0.941
    5    HD1  PHE  25           HD1      PHE  25  10.258  -2.489   3.872
    6    HD2  PHE  25           HD2      PHE  25  12.868  -4.905   1.522
    7    HE1  PHE  25           HE1      PHE  25   9.392  -4.510   4.996
    8    HE2  PHE  25           HE2      PHE  25  12.005  -6.933   2.642
    9    HZ   PHE  25           HZ       PHE  25  10.237  -6.721   4.350

  No H/Q in entry =           9
  In of MODEL   23
    1    H    HIS  26           H        HIS  26  15.113  -1.447   0.932
    2    HA   HIS  26           HA       HIS  26  15.356   1.415   0.938
    3    HB2  HIS  26           HB2      HIS  26  16.534  -0.519  -1.065
    4    HB3  HIS  26           HB3      HIS  26  17.113   1.099  -0.673
    5    HD2  HIS  26           HD2      HIS  26  18.057   1.264   2.111
    6    HE1  HIS  26           HE1      HIS  26  19.117  -2.827   2.082
    7    HE2  HIS  26           HE2      HIS  26  19.144  -0.685   3.432

  No H/Q in entry =           7
  In of MODEL   23
    1    HA   PRO  27           HA       PRO  27  11.695   2.241  -1.372
    2    HB2  PRO  27           HB2      PRO  27  13.453   4.531  -2.195
    3    HB3  PRO  27           HB3      PRO  27  11.748   4.549  -1.720
    4    HG2  PRO  27           HG2      PRO  27  13.587   5.249   0.054
    5    HG3  PRO  27           HG3      PRO  27  12.232   4.198   0.541
    6    HD2  PRO  27           HD2      PRO  27  15.103   3.504   0.051
    7    HD3  PRO  27           HD3      PRO  27  13.944   2.803   1.206

  No H/Q in entry =           7
  In of MODEL   23
    1    H    SER  28           H        SER  28  14.821   2.328  -3.089
    2    HA   SER  28           HA       SER  28  13.439   2.493  -5.620
    3    HB2  SER  28           HB2      SER  28  15.525   3.748  -5.262
    4    HB3  SER  28           HB3      SER  28  16.400   2.233  -5.041
    5    HG   SER  28           HG       SER  28  14.904   2.575  -7.387

  No H/Q in entry =           5
  In of MODEL   23
    1    H    ASP  29           H        ASP  29  14.968  -0.040  -3.702
    2    HA   ASP  29           HA       ASP  29  14.962  -1.815  -6.030
    3    HB2  ASP  29           HB2      ASP  29  16.231  -2.166  -3.306
    4    HB3  ASP  29           HB3      ASP  29  16.307  -3.345  -4.610

  No H/Q in entry =           4
  In of MODEL   23
    1    H    ILE  30           H        ILE  30  12.552  -1.040  -4.224
    2    HA   ILE  30           HA       ILE  30  11.761  -3.856  -3.784
    3    HB   ILE  30           HB       ILE  30  10.666  -3.385  -1.831
    4   HG12  ILE  30          HG12      ILE  30  10.445  -0.451  -2.593
    5   HG13  ILE  30          HG13      ILE  30   9.178  -1.668  -2.787
    6   HG21  ILE  30          HG21      ILE  30  12.850  -1.325  -1.899
    7   HG22  ILE  30          HG22      ILE  30  12.003  -1.826  -0.435
    8   HG23  ILE  30          HG23      ILE  30  12.962  -2.994  -1.342
    9   HD11  ILE  30          HD11      ILE  30   9.226  -2.002  -0.320
   10   HD12  ILE  30          HD12      ILE  30  10.344  -0.643  -0.214
   11   HD13  ILE  30          HD13      ILE  30   8.713  -0.395  -0.832

  No H/Q in entry =          11
  In of MODEL   23
    1    H    GLU  31           H        GLU  31   9.379  -4.180  -3.817
    2    HA   GLU  31           HA       GLU  31   8.062  -2.447  -5.806
    3    HB2  GLU  31           HB2      GLU  31   8.088  -5.466  -5.652
    4    HB3  GLU  31           HB3      GLU  31   6.955  -4.552  -6.637
    5    HG2  GLU  31           HG2      GLU  31   8.694  -3.714  -8.029
    6    HG3  GLU  31           HG3      GLU  31   9.946  -4.304  -6.939

  No H/Q in entry =           6
  In of MODEL   23
    1    H    VAL  32           H        VAL  32   6.342  -1.534  -4.868
    2    HA   VAL  32           HA       VAL  32   4.598  -3.197  -3.207
    3    HB   VAL  32           HB       VAL  32   5.370  -2.101  -1.365
    4   HG11  VAL  32          HG11      VAL  32   7.191  -1.020  -2.602
    5   HG12  VAL  32          HG12      VAL  32   6.100   0.291  -3.048
    6   HG13  VAL  32          HG13      VAL  32   6.520   0.026  -1.353
    7   HG21  VAL  32          HG21      VAL  32   3.080  -1.309  -1.556
    8   HG22  VAL  32          HG22      VAL  32   4.104  -0.084  -0.805
    9   HG23  VAL  32          HG23      VAL  32   3.622   0.083  -2.494

  No H/Q in entry =           9
  In of MODEL   23
    1    H    ASP  33           H        ASP  33   2.477  -2.987  -3.670
    2    HA   ASP  33           HA       ASP  33   1.634  -0.731  -5.375
    3    HB2  ASP  33           HB2      ASP  33   0.969  -3.675  -5.859
    4    HB3  ASP  33           HB3      ASP  33   0.231  -2.325  -6.724

  No H/Q in entry =           4
  In of MODEL   23
    1    H    LEU  34           H        LEU  34  -0.753  -0.511  -5.416
    2    HA   LEU  34           HA       LEU  34  -1.994  -1.481  -2.939
    3    HB2  LEU  34           HB2      LEU  34  -2.343   1.025  -4.513
    4    HB3  LEU  34           HB3      LEU  34  -3.732   0.396  -3.654
    5    HG   LEU  34           HG       LEU  34  -2.353   0.458  -1.541
    6   HD11  LEU  34          HD11      LEU  34  -0.148   0.579  -2.770
    7   HD12  LEU  34          HD12      LEU  34  -0.523   2.268  -3.086
    8   HD13  LEU  34          HD13      LEU  34  -0.351   1.701  -1.425
    9   HD21  LEU  34          HD21      LEU  34  -4.008   2.159  -2.072
   10   HD22  LEU  34          HD22      LEU  34  -2.635   2.825  -1.191
   11   HD23  LEU  34          HD23      LEU  34  -2.778   3.087  -2.930

  No H/Q in entry =          11
  In of MODEL   23
    1    H    LEU  35           H        LEU  35  -3.620  -2.907  -3.069
    2    HA   LEU  35           HA       LEU  35  -4.575  -3.629  -5.756
    3    HB2  LEU  35           HB2      LEU  35  -4.088  -5.489  -3.421
    4    HB3  LEU  35           HB3      LEU  35  -4.623  -5.943  -5.021
    5    HG   LEU  35           HG       LEU  35  -1.897  -5.126  -4.098
    6   HD11  LEU  35          HD11      LEU  35  -3.068  -7.403  -5.686
    7   HD12  LEU  35          HD12      LEU  35  -1.343  -7.161  -5.448
    8   HD13  LEU  35          HD13      LEU  35  -2.390  -7.464  -4.060
    9   HD21  LEU  35          HD21      LEU  35  -2.352  -3.726  -6.077
   10   HD22  LEU  35          HD22      LEU  35  -1.134  -4.960  -6.391
   11   HD23  LEU  35          HD23      LEU  35  -2.774  -5.174  -6.987

  No H/Q in entry =          11
  In of MODEL   23
    1    H    LYS  36           H        LYS  36  -6.546  -4.897  -5.806
    2    HA   LYS  36           HA       LYS  36  -8.341  -4.665  -3.483
    3    HB2  LYS  36           HB2      LYS  36  -9.497  -5.078  -6.205
    4    HB3  LYS  36           HB3      LYS  36 -10.166  -4.178  -4.829
    5    HG2  LYS  36           HG2      LYS  36  -8.677  -2.331  -5.337
    6    HG3  LYS  36           HG3      LYS  36  -7.919  -3.231  -6.636
    7    HD2  LYS  36           HD2      LYS  36  -9.505  -1.577  -7.508
    8    HD3  LYS  36           HD3      LYS  36 -10.000  -3.223  -7.923
    9    HE2  LYS  36           HE2      LYS  36 -11.912  -1.762  -7.222
   10    HE3  LYS  36           HE3      LYS  36 -11.720  -3.158  -6.163
   11    HZ1  LYS  36           HZ1      LYS  36 -10.653  -0.453  -5.566
   12    HZ2  LYS  36           HZ2      LYS  36 -12.155  -1.014  -5.023
   13    HZ3  LYS  36           HZ3      LYS  36 -10.726  -1.773  -4.513

  No H/Q in entry =          13
  In of MODEL   23
    1    H    ASN  37           H        ASN  37  -8.326  -6.740  -2.651
    2    HA   ASN  37           HA       ASN  37  -7.919  -9.005  -2.636
    3    HB2  ASN  37           HB2      ASN  37  -9.811 -10.188  -3.971
    4    HB3  ASN  37           HB3      ASN  37 -10.253  -9.116  -2.649
    5   HD21  ASN  37          HD21      ASN  37 -10.868  -6.927  -3.228
    6   HD22  ASN  37          HD22      ASN  37 -11.675  -6.628  -4.726

  No H/Q in entry =           6
  In of MODEL   23
    1    H    GLY  38           H        GLY  38  -5.924  -8.223  -3.975
    2    HA2  GLY  38           HA2      GLY  38  -5.432 -10.322  -5.829
    3    HA3  GLY  38           HA3      GLY  38  -4.294  -9.083  -5.363

  No H/Q in entry =           3
  In of MODEL   23
    1    H    GLU  39           H        GLU  39  -6.213  -6.923  -6.293
    2    HA   GLU  39           HA       GLU  39  -5.641  -7.282  -9.150
    3    HB2  GLU  39           HB2      GLU  39  -8.089  -7.601  -8.660
    4    HB3  GLU  39           HB3      GLU  39  -8.138  -5.934  -8.097
    5    HG2  GLU  39           HG2      GLU  39  -8.956  -6.199 -10.426
    6    HG3  GLU  39           HG3      GLU  39  -7.564  -5.116 -10.287

  No H/Q in entry =           6
  In of MODEL   23
    1    H    ARG  40           H        ARG  40  -4.304  -5.805  -9.821
    2    HA   ARG  40           HA       ARG  40  -3.318  -3.676  -8.288
    3    HB2  ARG  40           HB2      ARG  40  -2.638  -4.938 -10.679
    4    HB3  ARG  40           HB3      ARG  40  -3.038  -3.311 -11.197
    5    HG2  ARG  40           HG2      ARG  40  -1.385  -2.418  -9.600
    6    HG3  ARG  40           HG3      ARG  40  -0.965  -4.067  -9.141
    7    HD2  ARG  40           HD2      ARG  40   0.663  -3.198 -10.731
    8    HD3  ARG  40           HD3      ARG  40  -0.245  -4.516 -11.475
    9    HE   ARG  40           HE       ARG  40  -1.637  -2.638 -12.491
   10   HH11  ARG  40          HH11      ARG  40   1.782  -2.335 -11.744
   11   HH12  ARG  40          HH12      ARG  40   2.086  -1.186 -13.017
   12   HH21  ARG  40          HH21      ARG  40  -1.255  -1.115 -14.144
   13   HH22  ARG  40          HH22      ARG  40   0.351  -0.474 -14.371

  No H/Q in entry =          13
  In of MODEL   23
    1    H    ILE  41           H        ILE  41  -4.313  -1.873  -7.708
    2    HA   ILE  41           HA       ILE  41  -6.719  -0.919  -8.817
    3    HB   ILE  41           HB       ILE  41  -4.732   0.505  -7.038
    4   HG12  ILE  41          HG12      ILE  41  -7.236  -1.047  -6.344
    5   HG13  ILE  41          HG13      ILE  41  -5.590  -1.638  -6.127
    6   HG21  ILE  41          HG21      ILE  41  -6.261   2.069  -8.142
    7   HG22  ILE  41          HG22      ILE  41  -7.638   1.130  -7.571
    8   HG23  ILE  41          HG23      ILE  41  -6.596   1.959  -6.415
    9   HD11  ILE  41          HD11      ILE  41  -6.453   0.896  -4.815
   10   HD12  ILE  41          HD12      ILE  41  -6.865  -0.675  -4.117
   11   HD13  ILE  41          HD13      ILE  41  -5.172  -0.236  -4.371

  No H/Q in entry =          11
  In of MODEL   23
    1    H    GLU  42           H        GLU  42  -3.752   1.019  -8.634
    2    HA   GLU  42           HA       GLU  42  -2.288   1.152 -10.584
    3    HB2  GLU  42           HB2      GLU  42  -4.839   1.715 -12.098
    4    HB3  GLU  42           HB3      GLU  42  -3.223   1.904 -12.748
    5    HG2  GLU  42           HG2      GLU  42  -2.993  -0.619 -12.130
    6    HG3  GLU  42           HG3      GLU  42  -4.759  -0.571 -12.150

  No H/Q in entry =           6
  In of MODEL   23
    1    H    LYS  43           H        LYS  43  -4.846   3.220  -9.303
    2    HA   LYS  43           HA       LYS  43  -3.736   5.609 -10.507
    3    HB2  LYS  43           HB2      LYS  43  -5.765   5.485  -8.270
    4    HB3  LYS  43           HB3      LYS  43  -5.533   6.758  -9.454
    5    HG2  LYS  43           HG2      LYS  43  -6.786   4.044  -9.911
    6    HG3  LYS  43           HG3      LYS  43  -7.562   5.626  -9.991
    7    HD2  LYS  43           HD2      LYS  43  -6.202   6.211 -11.932
    8    HD3  LYS  43           HD3      LYS  43  -5.387   4.648 -11.836
    9    HE2  LYS  43           HE2      LYS  43  -8.372   4.853 -12.131
   10    HE3  LYS  43           HE3      LYS  43  -7.303   4.900 -13.532
   11    HZ1  LYS  43           HZ1      LYS  43  -7.199   2.701 -11.550
   12    HZ2  LYS  43           HZ2      LYS  43  -8.228   2.656 -12.892
   13    HZ3  LYS  43           HZ3      LYS  43  -6.550   2.738 -13.114

  No H/Q in entry =          13
  In of MODEL   23
    1    H    VAL  44           H        VAL  44  -1.670   4.529  -9.237
    2    HA   VAL  44           HA       VAL  44  -1.557   5.761  -6.579
    3    HB   VAL  44           HB       VAL  44  -1.623   3.049  -6.936
    4   HG11  VAL  44          HG11      VAL  44   1.280   3.794  -6.801
    5   HG12  VAL  44          HG12      VAL  44   0.633   2.177  -6.512
    6   HG13  VAL  44          HG13      VAL  44   0.480   2.918  -8.107
    7   HG21  VAL  44          HG21      VAL  44  -0.157   4.527  -4.772
    8   HG22  VAL  44          HG22      VAL  44  -1.884   4.177  -4.819
    9   HG23  VAL  44          HG23      VAL  44  -0.722   2.857  -4.677

  No H/Q in entry =           9
  In of MODEL   23
    1    H    GLU  45           H        GLU  45   0.261   6.939  -6.218
    2    HA   GLU  45           HA       GLU  45   2.520   6.640  -8.052
    3    HB2  GLU  45           HB2      GLU  45   0.802   9.059  -7.818
    4    HB3  GLU  45           HB3      GLU  45   2.530   9.286  -8.047
    5    HG2  GLU  45           HG2      GLU  45   0.751   7.669  -9.852
    6    HG3  GLU  45           HG3      GLU  45   1.259   9.332 -10.149

  No H/Q in entry =           6
  In of MODEL   23
    1    H    HIS  46           H        HIS  46   4.101   6.150  -6.638
    2    HA   HIS  46           HA       HIS  46   4.996   8.492  -5.161
    3    HB2  HIS  46           HB2      HIS  46   4.079   7.075  -3.403
    4    HB3  HIS  46           HB3      HIS  46   4.978   5.690  -4.013
    5    HD2  HIS  46           HD2      HIS  46   6.192   9.286  -2.880
    6    HE1  HIS  46           HE1      HIS  46   8.581   6.284  -1.104
    7    HE2  HIS  46           HE2      HIS  46   8.026   8.760  -1.121

  No H/Q in entry =           7
  In of MODEL   23
    1    H    SER  47           H        SER  47   6.893   9.025  -5.888
    2    HA   SER  47           HA       SER  47   8.472   7.040  -7.339
    3    HB2  SER  47           HB2      SER  47   8.797  10.046  -7.167
    4    HB3  SER  47           HB3      SER  47   9.675   8.965  -8.249
    5    HG   SER  47           HG       SER  47   6.845   9.136  -8.242

  No H/Q in entry =           5
  In of MODEL   23
    1    H    ASP  48           H        ASP  48  10.455   6.409  -6.718
    2    HA   ASP  48           HA       ASP  48  10.932   6.474  -3.938
    3    HB2  ASP  48           HB2      ASP  48  12.614   4.899  -4.310
    4    HB3  ASP  48           HB3      ASP  48  11.496   4.622  -5.642

  No H/Q in entry =           4
  In of MODEL   23
    1    H    LEU  49           H        LEU  49  12.987   6.980  -2.937
    2    HA   LEU  49           HA       LEU  49  14.386   9.276  -4.097
    3    HB2  LEU  49           HB2      LEU  49  14.237  10.356  -1.777
    4    HB3  LEU  49           HB3      LEU  49  12.805  10.417  -2.790
    5    HG   LEU  49           HG       LEU  49  12.475   9.973  -0.291
    6   HD11  LEU  49          HD11      LEU  49  10.700   9.639  -1.953
    7   HD12  LEU  49          HD12      LEU  49  11.229   7.967  -2.151
    8   HD13  LEU  49          HD13      LEU  49  10.603   8.513  -0.600
    9   HD21  LEU  49          HD21      LEU  49  14.226   8.330   0.046
   10   HD22  LEU  49          HD22      LEU  49  12.648   7.670   0.476
   11   HD23  LEU  49          HD23      LEU  49  13.407   7.218  -1.050

  No H/Q in entry =          11
  In of MODEL   23
    1    H    SER  50           H        SER  50  15.203   6.506  -3.745
    2    HA   SER  50           HA       SER  50  16.629   6.415  -1.213
    3    HB2  SER  50           HB2      SER  50  15.294   4.470  -2.147
    4    HB3  SER  50           HB3      SER  50  16.568   4.289  -3.353
    5    HG   SER  50           HG       SER  50  18.035   4.153  -1.462

  No H/Q in entry =           5
  In of MODEL   23
    1    H    PHE  51           H        PHE  51  17.424   6.087  -4.689
    2    HA   PHE  51           HA       PHE  51  19.423   6.055  -5.780
    3    HB2  PHE  51           HB2      PHE  51  20.199   8.162  -3.745
    4    HB3  PHE  51           HB3      PHE  51  20.866   7.952  -5.362
    5    HD1  PHE  51           HD1      PHE  51  18.535   9.710  -3.412
    6    HD2  PHE  51           HD2      PHE  51  19.132   8.126  -7.315
    7    HE1  PHE  51           HE1      PHE  51  16.844  11.263  -4.297
    8    HE2  PHE  51           HE2      PHE  51  17.443   9.675  -8.205
    9    HZ   PHE  51           HZ       PHE  51  16.299  11.247  -6.697

  No H/Q in entry =           9
  In of MODEL   23
    1    H    SER  52           H        SER  52  19.391   3.907  -4.335
    2    HA   SER  52           HA       SER  52  20.596   2.294  -3.299
    3    HB2  SER  52           HB2      SER  52  22.936   4.180  -3.695
    4    HB3  SER  52           HB3      SER  52  23.042   2.458  -3.325
    5    HG   SER  52           HG       SER  52  21.485   2.636  -5.416

  No H/Q in entry =           5
  In of MODEL   23
    1    H    LYS  53           H        LYS  53  22.791   2.545  -1.480
    2    HA   LYS  53           HA       LYS  53  23.332   2.998   0.679
    3    HB2  LYS  53           HB2      LYS  53  21.434   5.338   0.415
    4    HB3  LYS  53           HB3      LYS  53  22.598   5.100   1.711
    5    HG2  LYS  53           HG2      LYS  53  23.387   5.345  -1.179
    6    HG3  LYS  53           HG3      LYS  53  23.260   6.725  -0.088
    7    HD2  LYS  53           HD2      LYS  53  24.981   5.854   1.326
    8    HD3  LYS  53           HD3      LYS  53  24.991   4.318   0.456
    9    HE2  LYS  53           HE2      LYS  53  26.881   5.856  -0.112
   10    HE3  LYS  53           HE3      LYS  53  25.910   5.336  -1.488
   11    HZ1  LYS  53           HZ1      LYS  53  25.564   7.934  -0.088
   12    HZ2  LYS  53           HZ2      LYS  53  26.455   7.726  -1.511
   13    HZ3  LYS  53           HZ3      LYS  53  24.785   7.435  -1.510

  No H/Q in entry =          13
  In of MODEL   23
    1    H    ASP  54           H        ASP  54  22.517   2.816   2.889
    2    HA   ASP  54           HA       ASP  54  19.751   1.798   2.987
    3    HB2  ASP  54           HB2      ASP  54  21.288   0.025   3.578
    4    HB3  ASP  54           HB3      ASP  54  22.149   1.075   4.705

  No H/Q in entry =           4
  In of MODEL   23
    1    H    TRP  55           H        TRP  55  18.538   3.447   3.588
    2    HA   TRP  55           HA       TRP  55  19.055   4.895   6.031
    3    HB2  TRP  55           HB2      TRP  55  20.379   6.385   4.920
    4    HB3  TRP  55           HB3      TRP  55  19.716   5.962   3.351
    5    HD1  TRP  55           HD1      TRP  55  19.152   8.378   6.310
    6    HE1  TRP  55           HE1      TRP  55  17.637  10.295   5.477
    7    HE3  TRP  55           HE3      TRP  55  17.938   6.556   1.620
    8    HZ2  TRP  55           HZ2      TRP  55  16.153  10.955   3.185
    9    HZ3  TRP  55           HZ3      TRP  55  16.469   7.913   0.207
   10    HH2  TRP  55           HH2      TRP  55  15.594  10.057   0.961

  No H/Q in entry =          10
  In of MODEL   23
    1    H    SER  56           H        SER  56  17.000   3.344   4.165
    2    HA   SER  56           HA       SER  56  14.895   4.990   3.466
    3    HB2  SER  56           HB2      SER  56  15.120   2.613   2.812
    4    HB3  SER  56           HB3      SER  56  14.692   2.142   4.457
    5    HG   SER  56           HG       SER  56  12.924   2.163   2.906

  No H/Q in entry =           5
  In of MODEL   23
    1    H    PHE  57           H        PHE  57  13.373   6.167   4.720
    2    HA   PHE  57           HA       PHE  57  13.497   5.691   7.581
    3    HB2  PHE  57           HB2      PHE  57  12.461   8.032   7.645
    4    HB3  PHE  57           HB3      PHE  57  14.125   7.920   7.094
    5    HD1  PHE  57           HD1      PHE  57  10.898   9.188   6.380
    6    HD2  PHE  57           HD2      PHE  57  14.475   7.829   4.515
    7    HE1  PHE  57           HE1      PHE  57  10.282  10.388   4.322
    8    HE2  PHE  57           HE2      PHE  57  13.862   9.028   2.458
    9    HZ   PHE  57           HZ       PHE  57  11.766  10.303   2.358

  No H/Q in entry =           9
  In of MODEL   23
    1    H    TYR  58           H        TYR  58  11.038   6.878   5.262
    2    HA   TYR  58           HA       TYR  58   9.032   5.147   6.506
    3    HB2  TYR  58           HB2      TYR  58   9.297   7.497   7.553
    4    HB3  TYR  58           HB3      TYR  58   8.604   8.108   6.064
    5    HD1  TYR  58           HD1      TYR  58   7.919   5.916   8.991
    6    HD2  TYR  58           HD2      TYR  58   6.225   8.142   5.773
    7    HE1  TYR  58           HE1      TYR  58   5.677   5.641   9.989
    8    HE2  TYR  58           HE2      TYR  58   3.973   7.862   6.764
    9    HH   TYR  58           HH       TYR  58   3.531   6.727   9.963

  No H/Q in entry =           9
  In of MODEL   23
    1    H    LEU  59           H        LEU  59   8.239   4.024   4.817
    2    HA   LEU  59           HA       LEU  59   8.005   5.300   2.173
    3    HB2  LEU  59           HB2      LEU  59   8.394   2.538   3.180
    4    HB3  LEU  59           HB3      LEU  59   7.440   2.712   1.725
    5    HG   LEU  59           HG       LEU  59  10.182   3.933   1.911
    6   HD11  LEU  59          HD11      LEU  59   9.495   1.115   1.075
    7   HD12  LEU  59          HD12      LEU  59  11.070   1.890   0.898
    8   HD13  LEU  59          HD13      LEU  59  10.417   1.571   2.507
    9   HD21  LEU  59          HD21      LEU  59   8.378   3.003  -0.320
   10   HD22  LEU  59          HD22      LEU  59   8.865   4.659   0.044
   11   HD23  LEU  59          HD23      LEU  59  10.052   3.503  -0.552

  No H/Q in entry =          11
  In of MODEL   23
    1    H    LEU  60           H        LEU  60   6.050   5.968   1.541
    2    HA   LEU  60           HA       LEU  60   3.735   4.271   2.035
    3    HB2  LEU  60           HB2      LEU  60   3.637   5.921   3.781
    4    HB3  LEU  60           HB3      LEU  60   3.968   7.210   2.643
    5    HG   LEU  60           HG       LEU  60   1.771   6.825   1.586
    6   HD11  LEU  60          HD11      LEU  60   1.540   4.455   2.155
    7   HD12  LEU  60          HD12      LEU  60   1.340   4.889   3.852
    8   HD13  LEU  60          HD13      LEU  60   0.138   5.395   2.668
    9   HD21  LEU  60          HD21      LEU  60   2.014   8.507   3.330
   10   HD22  LEU  60          HD22      LEU  60   0.425   7.743   3.403
   11   HD23  LEU  60          HD23      LEU  60   1.676   7.290   4.561

  No H/Q in entry =          11
  In of MODEL   23
    1    H    TYR  61           H        TYR  61   2.217   4.336   0.400
    2    HA   TYR  61           HA       TYR  61   2.730   6.075  -1.943
    3    HB2  TYR  61           HB2      TYR  61   1.879   3.142  -1.836
    4    HB3  TYR  61           HB3      TYR  61   1.717   4.131  -3.294
    5    HD1  TYR  61           HD1      TYR  61   3.338   3.719  -4.868
    6    HD2  TYR  61           HD2      TYR  61   4.441   3.486  -0.769
    7    HE1  TYR  61           HE1      TYR  61   5.636   3.156  -5.535
    8    HE2  TYR  61           HE2      TYR  61   6.755   2.927  -1.427
    9    HH   TYR  61           HH       TYR  61   7.933   1.965  -3.345

  No H/Q in entry =           9
  In of MODEL   23
    1    H    TYR  62           H        TYR  62   0.574   6.414  -3.235
    2    HA   TYR  62           HA       TYR  62  -1.725   6.170  -1.453
    3    HB2  TYR  62           HB2      TYR  62  -2.342   8.587  -1.860
    4    HB3  TYR  62           HB3      TYR  62  -1.007   8.291  -0.761
    5    HD1  TYR  62           HD1      TYR  62  -1.885   9.495  -4.156
    6    HD2  TYR  62           HD2      TYR  62   1.180   9.145  -1.224
    7    HE1  TYR  62           HE1      TYR  62  -0.502  11.087  -5.418
    8    HE2  TYR  62           HE2      TYR  62   2.573  10.734  -2.481
    9    HH   TYR  62           HH       TYR  62   2.794  11.524  -4.839

  No H/Q in entry =           9
  In of MODEL   23
    1    H    THR  63           H        THR  63  -3.657   5.891  -2.403
    2    HA   THR  63           HA       THR  63  -4.030   6.570  -5.223
    3    HB   THR  63           HB       THR  63  -3.350   4.065  -4.970
    4    HG1  THR  63           HG1      THR  63  -5.842   4.675  -6.220
    5   HG21  THR  63          HG21      THR  63  -6.208   3.953  -4.022
    6   HG22  THR  63          HG22      THR  63  -5.236   2.562  -4.497
    7   HG23  THR  63          HG23      THR  63  -4.789   3.508  -3.078

  No H/Q in entry =           7
  In of MODEL   23
    1    H    GLU  64           H        GLU  64  -6.154   7.051  -5.733
    2    HA   GLU  64           HA       GLU  64  -7.996   7.791  -3.759
    3    HB2  GLU  64           HB2      GLU  64  -7.765   8.361  -6.343
    4    HB3  GLU  64           HB3      GLU  64  -8.872   7.005  -6.519
    5    HG2  GLU  64           HG2      GLU  64 -10.223   8.932  -6.491
    6    HG3  GLU  64           HG3      GLU  64 -10.421   8.160  -4.919

  No H/Q in entry =           6
  In of MODEL   23
    1    H    PHE  65           H        PHE  65  -9.523   6.584  -2.613
    2    HA   PHE  65           HA       PHE  65 -10.359   4.040  -3.833
    3    HB2  PHE  65           HB2      PHE  65 -10.338   2.908  -1.755
    4    HB3  PHE  65           HB3      PHE  65  -8.822   3.770  -1.869
    5    HD1  PHE  65           HD1      PHE  65  -8.052   4.401   0.148
    6    HD2  PHE  65           HD2      PHE  65 -12.222   4.714  -0.592
    7    HE1  PHE  65           HE1      PHE  65  -8.383   5.318   2.416
    8    HE2  PHE  65           HE2      PHE  65 -12.552   5.651   1.661
    9    HZ   PHE  65           HZ       PHE  65 -10.647   5.946   3.174

  No H/Q in entry =           9
  In of MODEL   23
    1    H    THR  66           H        THR  66 -12.516   3.389  -3.480
    2    HA   THR  66           HA       THR  66 -14.113   5.050  -1.654
    3    HB   THR  66           HB       THR  66 -15.061   4.036  -4.362
    4    HG1  THR  66           HG1      THR  66 -13.664   6.222  -3.671
    5   HG21  THR  66          HG21      THR  66 -16.415   5.765  -2.266
    6   HG22  THR  66          HG22      THR  66 -17.029   5.478  -3.899
    7   HG23  THR  66          HG23      THR  66 -16.886   4.137  -2.765

  No H/Q in entry =           7
  In of MODEL   23
    1    HA   PRO  67           HA       PRO  67 -14.683   0.791  -0.286
    2    HB2  PRO  67           HB2      PRO  67 -15.989   1.500   2.082
    3    HB3  PRO  67           HB3      PRO  67 -14.270   1.154   1.895
    4    HG2  PRO  67           HG2      PRO  67 -15.507   3.687   2.429
    5    HG3  PRO  67           HG3      PRO  67 -13.785   3.309   2.292
    6    HD2  PRO  67           HD2      PRO  67 -15.511   4.658   0.416
    7    HD3  PRO  67           HD3      PRO  67 -13.751   4.454   0.354

  No H/Q in entry =           7
  In of MODEL   23
    1    H    THR  68           H        THR  68 -16.168  -0.564  -0.521
    2    HA   THR  68           HA       THR  68 -19.001   0.201  -0.517
    3    HB   THR  68           HB       THR  68 -19.366  -1.259  -2.459
    4    HG1  THR  68           HG1      THR  68 -17.032  -1.795  -3.428
    5   HG21  THR  68          HG21      THR  68 -18.791   1.080  -2.925
    6   HG22  THR  68          HG22      THR  68 -17.082   0.648  -2.968
    7   HG23  THR  68          HG23      THR  68 -18.184   0.004  -4.185

  No H/Q in entry =           7
  In of MODEL   23
    1    H    GLU  69           H        GLU  69 -20.394  -1.717  -0.070
    2    HA   GLU  69           HA       GLU  69 -19.445  -3.358   1.981
    3    HB2  GLU  69           HB2      GLU  69 -21.765  -2.916   1.837
    4    HB3  GLU  69           HB3      GLU  69 -21.887  -3.496   0.186
    5    HG2  GLU  69           HG2      GLU  69 -22.888  -5.106   1.576
    6    HG3  GLU  69           HG3      GLU  69 -21.335  -5.767   1.042

  No H/Q in entry =           6
  In of MODEL   23
    1    H    LYS  70           H        LYS  70 -18.638  -3.602  -1.267
    2    HA   LYS  70           HA       LYS  70 -18.216  -6.491  -1.055
    3    HB2  LYS  70           HB2      LYS  70 -18.639  -4.832  -3.534
    4    HB3  LYS  70           HB3      LYS  70 -18.193  -6.525  -3.556
    5    HG2  LYS  70           HG2      LYS  70 -20.716  -5.591  -2.202
    6    HG3  LYS  70           HG3      LYS  70 -20.644  -5.902  -3.935
    7    HD2  LYS  70           HD2      LYS  70 -21.332  -7.952  -3.235
    8    HD3  LYS  70           HD3      LYS  70 -19.592  -8.205  -3.122
    9    HE2  LYS  70           HE2      LYS  70 -19.884  -7.386  -0.677
   10    HE3  LYS  70           HE3      LYS  70 -21.590  -7.708  -0.943
   11    HZ1  LYS  70           HZ1      LYS  70 -20.951 -10.004  -1.570
   12    HZ2  LYS  70           HZ2      LYS  70 -19.359  -9.653  -1.100
   13    HZ3  LYS  70           HZ3      LYS  70 -20.610  -9.613   0.042

  No H/Q in entry =          13
  In of MODEL   23
    1    H    ASP  71           H        ASP  71 -16.377  -3.519  -1.725
    2    HA   ASP  71           HA       ASP  71 -14.339  -5.150  -3.013
    3    HB2  ASP  71           HB2      ASP  71 -14.445  -2.133  -2.770
    4    HB3  ASP  71           HB3      ASP  71 -13.322  -3.068  -3.738

  No H/Q in entry =           4
  In of MODEL   23
    1    H    GLU  72           H        GLU  72 -12.464  -5.621  -2.154
    2    HA   GLU  72           HA       GLU  72 -11.742  -4.776   0.569
    3    HB2  GLU  72           HB2      GLU  72 -11.898  -7.194   0.034
    4    HB3  GLU  72           HB3      GLU  72 -10.693  -6.990  -1.222
    5    HG2  GLU  72           HG2      GLU  72  -9.070  -6.282   0.572
    6    HG3  GLU  72           HG3      GLU  72 -10.297  -6.757   1.749

  No H/Q in entry =           6
  In of MODEL   23
    1    H    TYR  73           H        TYR  73  -9.596  -3.993   0.983
    2    HA   TYR  73           HA       TYR  73  -7.986  -3.300  -1.388
    3    HB2  TYR  73           HB2      TYR  73  -8.499  -1.606   1.074
    4    HB3  TYR  73           HB3      TYR  73  -7.267  -1.239  -0.123
    5    HD1  TYR  73           HD1      TYR  73 -10.923  -1.685   0.331
    6    HD2  TYR  73           HD2      TYR  73  -7.828  -0.046  -2.083
    7    HE1  TYR  73           HE1      TYR  73 -12.607  -0.448  -0.991
    8    HE2  TYR  73           HE2      TYR  73  -9.502   1.186  -3.396
    9    HH   TYR  73           HH       TYR  73 -12.840   1.349  -2.466

  No H/Q in entry =           9
  In of MODEL   23
    1    H    ALA  74           H        ALA  74  -5.856  -3.781  -1.351
    2    HA   ALA  74           HA       ALA  74  -4.636  -4.764   1.146
    3    HB1  ALA  74           HB1      ALA  74  -5.459  -6.708  -0.014
    4    HB2  ALA  74           HB2      ALA  74  -4.693  -6.180  -1.516
    5    HB3  ALA  74           HB3      ALA  74  -3.703  -6.659  -0.130

  No H/Q in entry =           5
  In of MODEL   23
    1    H    CYS  75           H        CYS  75  -2.209  -4.763   1.092
    2    HA   CYS  75           HA       CYS  75  -1.180  -3.368  -1.269
    3    HB2  CYS  75           HB2      CYS  75   0.368  -2.050   0.026
    4    HB3  CYS  75           HB3      CYS  75  -1.205  -1.816   0.712

  No H/Q in entry =           4
  In of MODEL   23
    1    H    ARG  76           H        ARG  76   0.389  -4.328  -2.317
    2    HA   ARG  76           HA       ARG  76   1.462  -6.856  -1.274
    3    HB2  ARG  76           HB2      ARG  76   0.215  -6.546  -3.529
    4    HB3  ARG  76           HB3      ARG  76   1.723  -5.815  -4.080
    5    HG2  ARG  76           HG2      ARG  76   2.881  -7.917  -3.739
    6    HG3  ARG  76           HG3      ARG  76   1.457  -8.633  -2.987
    7    HD2  ARG  76           HD2      ARG  76   1.649  -9.400  -5.328
    8    HD3  ARG  76           HD3      ARG  76   0.221  -8.370  -5.131
    9    HE   ARG  76           HE       ARG  76   1.407  -6.589  -6.209
   10   HH11  ARG  76          HH11      ARG  76   2.953  -9.716  -6.448
   11   HH12  ARG  76          HH12      ARG  76   4.139  -9.188  -7.606
   12   HH21  ARG  76          HH21      ARG  76   2.972  -5.879  -7.720
   13   HH22  ARG  76          HH22      ARG  76   4.152  -7.003  -8.320

  No H/Q in entry =          13
  In of MODEL   23
    1    H    VAL  77           H        VAL  77   3.636  -7.035  -0.784
    2    HA   VAL  77           HA       VAL  77   5.456  -5.125  -2.099
    3    HB   VAL  77           HB       VAL  77   4.880  -4.484   0.355
    4   HG11  VAL  77          HG11      VAL  77   5.261  -6.711   1.314
    5   HG12  VAL  77          HG12      VAL  77   6.960  -6.610   0.849
    6   HG13  VAL  77          HG13      VAL  77   6.301  -5.484   2.037
    7   HG21  VAL  77          HG21      VAL  77   6.591  -3.459  -1.083
    8   HG22  VAL  77          HG22      VAL  77   7.070  -3.522   0.613
    9   HG23  VAL  77          HG23      VAL  77   7.746  -4.673  -0.535

  No H/Q in entry =           9
  In of MODEL   23
    1    H    ASN  78           H        ASN  78   7.316  -5.818  -2.751
    2    HA   ASN  78           HA       ASN  78   8.334  -8.425  -1.831
    3    HB2  ASN  78           HB2      ASN  78   7.100  -8.697  -4.009
    4    HB3  ASN  78           HB3      ASN  78   8.290  -7.627  -4.750
    5   HD21  ASN  78          HD21      ASN  78   9.047  -9.209  -6.145
    6   HD22  ASN  78          HD22      ASN  78  10.003 -10.550  -5.601

  No H/Q in entry =           6
  In of MODEL   23
    1    H    HIS  79           H        HIS  79  10.463  -8.636  -1.705
    2    HA   HIS  79           HA       HIS  79  12.174  -6.495  -2.755
    3    HB2  HIS  79           HB2      HIS  79  11.865  -6.254  -0.265
    4    HB3  HIS  79           HB3      HIS  79  12.544  -7.858  -0.066
    5    HD2  HIS  79           HD2      HIS  79  13.685  -4.219  -0.738
    6    HE1  HIS  79           HE1      HIS  79  17.107  -6.676  -0.351
    7    HE2  HIS  79           HE2      HIS  79  16.283  -4.321  -0.768

  No H/Q in entry =           7
  In of MODEL   23
    1    H    VAL  80           H        VAL  80  14.463  -7.288  -2.983
    2    HA   VAL  80           HA       VAL  80  14.729  -9.565  -4.487
    3    HB   VAL  80           HB       VAL  80  16.853  -8.408  -2.669
    4   HG11  VAL  80          HG11      VAL  80  17.460 -10.638  -3.450
    5   HG12  VAL  80          HG12      VAL  80  17.129 -10.161  -5.116
    6   HG13  VAL  80          HG13      VAL  80  18.460  -9.413  -4.232
    7   HG21  VAL  80          HG21      VAL  80  16.162  -7.787  -5.541
    8   HG22  VAL  80          HG22      VAL  80  15.956  -6.718  -4.153
    9   HG23  VAL  80          HG23      VAL  80  17.574  -7.176  -4.680

  No H/Q in entry =           9
  In of MODEL   23
    1    H    THR  81           H        THR  81  14.820  -9.306  -0.976
    2    HA   THR  81           HA       THR  81  15.953 -11.909  -0.544
    3    HB   THR  81           HB       THR  81  16.312 -10.366   1.217
    4    HG1  THR  81           HG1      THR  81  15.594 -11.549   2.947
    5   HG21  THR  81          HG21      THR  81  13.307 -10.035   1.412
    6   HG22  THR  81          HG22      THR  81  14.488  -9.321   2.511
    7   HG23  THR  81          HG23      THR  81  14.450  -8.832   0.817

  No H/Q in entry =           7
  In of MODEL   23
    1    H    LEU  82           H        LEU  82  12.606 -10.716   0.042
    2    HA   LEU  82           HA       LEU  82  11.471 -13.044   0.890
    3    HB2  LEU  82           HB2      LEU  82  10.107 -11.110  -0.974
    4    HB3  LEU  82           HB3      LEU  82   9.334 -12.226   0.140
    5    HG   LEU  82           HG       LEU  82  11.057  -9.903   0.982
    6   HD11  LEU  82          HD11      LEU  82   8.075 -10.224   0.822
    7   HD12  LEU  82          HD12      LEU  82   8.894  -8.930   1.698
    8   HD13  LEU  82          HD13      LEU  82   9.089  -9.072  -0.048
    9   HD21  LEU  82          HD21      LEU  82   9.311 -11.795   2.553
   10   HD22  LEU  82          HD22      LEU  82  11.071 -11.702   2.610
   11   HD23  LEU  82          HD23      LEU  82  10.098 -10.359   3.205

  No H/Q in entry =          11
  In of MODEL   23
    1    H    SER  83           H        SER  83  11.599 -11.991  -2.499
    2    HA   SER  83           HA       SER  83  11.561 -13.123  -4.463
    3    HB2  SER  83           HB2      SER  83  13.039 -14.808  -3.326
    4    HB3  SER  83           HB3      SER  83  11.590 -15.699  -2.867
    5    HG   SER  83           HG       SER  83  12.274 -15.056  -5.553

  No H/Q in entry =           5
  In of MODEL   23
    1    H    GLN  84           H        GLN  84   9.366 -13.925  -1.916
    2    HA   GLN  84           HA       GLN  84   7.232 -14.072  -3.910
    3    HB2  GLN  84           HB2      GLN  84   5.942 -15.547  -2.350
    4    HB3  GLN  84           HB3      GLN  84   7.347 -16.300  -3.082
    5    HG2  GLN  84           HG2      GLN  84   8.581 -16.104  -0.993
    6    HG3  GLN  84           HG3      GLN  84   7.249 -15.199  -0.265
    7   HE21  GLN  84          HE21      GLN  84   7.096 -16.738   1.385
    8   HE22  GLN  84          HE22      GLN  84   6.353 -18.284   1.108

  No H/Q in entry =           8
  In of MODEL   23
    1    HA   PRO  85           HA       PRO  85   6.293 -10.383  -1.454
    2    HB2  PRO  85           HB2      PRO  85   4.174  -9.525  -2.941
    3    HB3  PRO  85           HB3      PRO  85   5.876  -9.183  -3.315
    4    HG2  PRO  85           HG2      PRO  85   4.020 -11.190  -4.525
    5    HG3  PRO  85           HG3      PRO  85   5.313 -10.235  -5.291
    6    HD2  PRO  85           HD2      PRO  85   5.607 -12.912  -4.617
    7    HD3  PRO  85           HD3      PRO  85   6.973 -11.749  -4.709

  No H/Q in entry =           7
  In of MODEL   23
    1    H    LYS  86           H        LYS  86   4.589  -9.587  -0.177
    2    HA   LYS  86           HA       LYS  86   2.573 -11.637   0.477
    3    HB2  LYS  86           HB2      LYS  86   3.513  -9.372   2.256
    4    HB3  LYS  86           HB3      LYS  86   2.501 -10.732   2.713
    5    HG2  LYS  86           HG2      LYS  86   4.371 -12.240   2.658
    6    HG3  LYS  86           HG3      LYS  86   5.373 -11.035   1.842
    7    HD2  LYS  86           HD2      LYS  86   5.778  -9.866   3.778
    8    HD3  LYS  86           HD3      LYS  86   4.257 -10.341   4.529
    9    HE2  LYS  86           HE2      LYS  86   6.700 -12.093   4.177
   10    HE3  LYS  86           HE3      LYS  86   6.130 -11.373   5.681
   11    HZ1  LYS  86           HZ1      LYS  86   4.003 -12.660   5.246
   12    HZ2  LYS  86           HZ2      LYS  86   4.895 -13.545   4.099
   13    HZ3  LYS  86           HZ3      LYS  86   5.362 -13.546   5.732

  No H/Q in entry =          13
  In of MODEL   23
    1    H    ILE  87           H        ILE  87   0.492 -11.021   0.920
    2    HA   ILE  87           HA       ILE  87  -0.236  -8.261   0.172
    3    HB   ILE  87           HB       ILE  87  -1.580 -10.779  -0.520
    4   HG12  ILE  87          HG12      ILE  87  -0.953  -9.440  -2.337
    5   HG13  ILE  87          HG13      ILE  87  -2.678  -9.082  -2.168
    6   HG21  ILE  87          HG21      ILE  87  -3.211  -8.497   0.575
    7   HG22  ILE  87          HG22      ILE  87  -3.864  -9.787  -0.442
    8   HG23  ILE  87          HG23      ILE  87  -3.188 -10.168   1.145
    9   HD11  ILE  87          HD11      ILE  87  -2.155  -7.063  -0.956
   10   HD12  ILE  87          HD12      ILE  87  -0.433  -7.395  -1.132
   11   HD13  ILE  87          HD13      ILE  87  -1.420  -7.077  -2.554

  No H/Q in entry =          11
  In of MODEL   23
    1    H    VAL  88           H        VAL  88  -1.141  -6.986   1.603
    2    HA   VAL  88           HA       VAL  88  -2.113  -8.123   4.146
    3    HB   VAL  88           HB       VAL  88  -0.089  -6.733   4.395
    4   HG11  VAL  88          HG11      VAL  88  -0.418  -5.363   2.439
    5   HG12  VAL  88          HG12      VAL  88  -1.694  -4.500   3.304
    6   HG13  VAL  88          HG13      VAL  88  -0.034  -4.443   3.895
    7   HG21  VAL  88          HG21      VAL  88  -2.645  -5.628   5.492
    8   HG22  VAL  88          HG22      VAL  88  -1.467  -6.655   6.310
    9   HG23  VAL  88          HG23      VAL  88  -1.072  -4.967   5.951

  No H/Q in entry =           9
  In of MODEL   23
    1    H    LYS  89           H        LYS  89  -4.288  -7.786   4.446
    2    HA   LYS  89           HA       LYS  89  -5.483  -5.803   2.640
    3    HB2  LYS  89           HB2      LYS  89  -6.912  -8.141   3.883
    4    HB3  LYS  89           HB3      LYS  89  -7.484  -7.085   2.603
    5    HG2  LYS  89           HG2      LYS  89  -6.100  -8.053   1.036
    6    HG3  LYS  89           HG3      LYS  89  -5.006  -8.687   2.268
    7    HD2  LYS  89           HD2      LYS  89  -7.802  -9.597   1.703
    8    HD3  LYS  89           HD3      LYS  89  -6.327 -10.512   1.392
    9    HE2  LYS  89           HE2      LYS  89  -5.914 -10.500   3.851
   10    HE3  LYS  89           HE3      LYS  89  -7.460  -9.691   4.058
   11    HZ1  LYS  89           HZ1      LYS  89  -7.129 -12.350   2.789
   12    HZ2  LYS  89           HZ2      LYS  89  -7.599 -12.106   4.397
   13    HZ3  LYS  89           HZ3      LYS  89  -8.591 -11.569   3.131

  No H/Q in entry =          13
  In of MODEL   23
    1    H    TRP  90           H        TRP  90  -7.005  -4.407   3.362
    2    HA   TRP  90           HA       TRP  90  -6.516  -3.552   6.051
    3    HB2  TRP  90           HB2      TRP  90  -6.658  -1.906   4.235
    4    HB3  TRP  90           HB3      TRP  90  -8.314  -2.398   3.915
    5    HD1  TRP  90           HD1      TRP  90  -6.690  -1.327   7.315
    6    HE1  TRP  90           HE1      TRP  90  -8.080   0.553   8.287
    7    HE3  TRP  90           HE3      TRP  90 -10.058  -0.746   3.459
    8    HZ2  TRP  90           HZ2      TRP  90 -10.354   2.052   7.590
    9    HZ3  TRP  90           HZ3      TRP  90 -11.802   0.956   3.700
   10    HH2  TRP  90           HH2      TRP  90 -11.955   2.343   5.699

  No H/Q in entry =          10
  In of MODEL   23
    1    H    ASP  91           H        ASP  91  -7.709  -3.761   7.779
    2    HA   ASP  91           HA       ASP  91  -9.728  -5.729   7.929
    3    HB2  ASP  91           HB2      ASP  91  -9.072  -3.617   9.990
    4    HB3  ASP  91           HB3      ASP  91  -9.816  -5.190  10.271

  No H/Q in entry =           4
  In of MODEL   23
    1    H    ARG  92           H        ARG  92 -11.504  -5.235   6.701
    2    HA   ARG  92           HA       ARG  92 -13.489  -3.631   7.898
    3    HB2  ARG  92           HB2      ARG  92 -13.632  -1.732   6.543
    4    HB3  ARG  92           HB3      ARG  92 -11.889  -1.955   6.654
    5    HG2  ARG  92           HG2      ARG  92 -12.080  -1.580   4.420
    6    HG3  ARG  92           HG3      ARG  92 -12.241  -3.354   4.437
    7    HD2  ARG  92           HD2      ARG  92 -13.983  -1.921   3.052
    8    HD3  ARG  92           HD3      ARG  92 -14.569  -3.234   4.094
    9    HE   ARG  92           HE       ARG  92 -14.603  -0.989   5.677
   10   HH11  ARG  92          HH11      ARG  92 -16.091  -1.940   2.646
   11   HH12  ARG  92          HH12      ARG  92 -17.468  -0.915   2.867
   12   HH21  ARG  92          HH21      ARG  92 -16.405   0.342   5.965
   13   HH22  ARG  92          HH22      ARG  92 -17.644   0.404   4.744

  No H/Q in entry =          13
  In of MODEL   23
    1    H    ASP  93           H        ASP  93 -12.404  -5.926   5.766
    2    HA   ASP  93           HA       ASP  93 -14.972  -6.791   4.922
    3    HB2  ASP  93           HB2      ASP  93 -14.435  -4.709   3.491
    4    HB3  ASP  93           HB3      ASP  93 -13.272  -5.753   2.672

  No H/Q in entry =           4
  In of MODEL   23
    1    HA   MET  94           HA       MET  94 -10.936  -9.031   3.362
    2    HB2  MET  94           HB2      MET  94  -9.345  -9.940   5.311
    3    HB3  MET  94           HB3      MET  94  -9.070  -8.417   4.475
    4    HG2  MET  94           HG2      MET  94  -8.847  -8.402   7.021
    5    HG3  MET  94           HG3      MET  94  -9.821  -7.114   6.305
    6    HE1  MET  94           HE1      MET  94 -10.535  -6.816   8.975
    7    HE2  MET  94           HE2      MET  94 -11.369  -8.080   9.880
    8    HE3  MET  94           HE3      MET  94  -9.677  -8.289   9.429

  No H/Q in entry =           8
  In of MODEL   24
    1    HA   MET   1           HA       MET   1   4.399  -8.562   6.657
    2    HB2  MET   1           HB2      MET   1   4.290  -9.584   8.887
    3    HB3  MET   1           HB3      MET   1   4.409  -7.994   9.627
    4    HG2  MET   1           HG2      MET   1   2.120  -8.846   9.630
    5    HG3  MET   1           HG3      MET   1   2.270  -7.359   8.697
    6    HE1  MET   1           HE1      MET   1   1.920 -11.263   8.533
    7    HE2  MET   1           HE2      MET   1   1.916 -11.549   6.793
    8    HE3  MET   1           HE3      MET   1   3.383 -10.972   7.589

  No H/Q in entry =           8
  In of MODEL   24
    1    H    ILE   2           H        ILE   2   3.124  -7.010   5.867
    2    HA   ILE   2           HA       ILE   2   3.857  -4.219   6.333
    3    HB   ILE   2           HB       ILE   2   1.669  -5.169   4.473
    4   HG12  ILE   2          HG12      ILE   2   4.466  -4.905   3.427
    5   HG13  ILE   2          HG13      ILE   2   3.969  -6.412   4.197
    6   HG21  ILE   2          HG21      ILE   2   2.136  -2.700   4.924
    7   HG22  ILE   2          HG22      ILE   2   3.618  -2.933   3.988
    8   HG23  ILE   2          HG23      ILE   2   2.053  -3.215   3.238
    9   HD11  ILE   2          HD11      ILE   2   2.117  -6.600   2.591
   10   HD12  ILE   2          HD12      ILE   2   2.675  -5.124   1.804
   11   HD13  ILE   2          HD13      ILE   2   3.697  -6.563   1.803

  No H/Q in entry =          11
  In of MODEL   24
    1    H    GLN   3           H        GLN   3   2.208  -2.641   6.912
    2    HA   GLN   3           HA       GLN   3  -0.284  -3.792   7.962
    3    HB2  GLN   3           HB2      GLN   3   1.442  -1.683   9.275
    4    HB3  GLN   3           HB3      GLN   3  -0.168  -2.159   9.835
    5    HG2  GLN   3           HG2      GLN   3   0.648  -4.430  10.289
    6    HG3  GLN   3           HG3      GLN   3   2.268  -3.950   9.718
    7   HE21  GLN   3          HE21      GLN   3   3.490  -2.532  10.973
    8   HE22  GLN   3          HE22      GLN   3   3.136  -2.233  12.638

  No H/Q in entry =           8
  In of MODEL   24
    1    H    VAL   4           H        VAL   4  -1.857  -2.987   6.728
    2    HA   VAL   4           HA       VAL   4  -1.547  -0.331   5.577
    3    HB   VAL   4           HB       VAL   4  -3.815  -0.922   4.467
    4   HG11  VAL   4          HG11      VAL   4  -1.668  -0.876   3.295
    5   HG12  VAL   4          HG12      VAL   4  -1.344  -2.531   3.815
    6   HG13  VAL   4          HG13      VAL   4  -2.685  -2.195   2.719
    7   HG21  VAL   4          HG21      VAL   4  -2.968  -3.654   5.426
    8   HG22  VAL   4          HG22      VAL   4  -4.402  -2.770   5.939
    9   HG23  VAL   4          HG23      VAL   4  -4.256  -3.322   4.270

  No H/Q in entry =           9
  In of MODEL   24
    1    H    TYR   5           H        TYR   5  -3.102   1.258   5.703
    2    HA   TYR   5           HA       TYR   5  -5.107   1.233   7.789
    3    HB2  TYR   5           HB2      TYR   5  -2.589   2.896   7.964
    4    HB3  TYR   5           HB3      TYR   5  -4.080   3.404   8.746
    5    HD1  TYR   5           HD1      TYR   5  -1.062   2.209   9.553
    6    HD2  TYR   5           HD2      TYR   5  -5.126   1.008   9.984
    7    HE1  TYR   5           HE1      TYR   5  -0.448   0.862  11.522
    8    HE2  TYR   5           HE2      TYR   5  -4.517  -0.348  11.957
    9    HH   TYR   5           HH       TYR   5  -1.572  -0.030  13.556

  No H/Q in entry =           9
  In of MODEL   24
    1    H    SER   6           H        SER   6  -6.036   3.595   7.877
    2    HA   SER   6           HA       SER   6  -5.687   4.911   5.256
    3    HB2  SER   6           HB2      SER   6  -8.272   4.684   6.828
    4    HB3  SER   6           HB3      SER   6  -8.056   5.547   5.299
    5    HG   SER   6           HG       SER   6  -7.212   2.923   5.262

  No H/Q in entry =           5
  In of MODEL   24
    1    H    ARG   7           H        ARG   7  -6.103   7.189   5.226
    2    HA   ARG   7           HA       ARG   7  -5.082   8.503   7.596
    3    HB2  ARG   7           HB2      ARG   7  -4.905   8.977   4.845
    4    HB3  ARG   7           HB3      ARG   7  -5.916  10.284   5.450
    5    HG2  ARG   7           HG2      ARG   7  -3.187   9.553   6.506
    6    HG3  ARG   7           HG3      ARG   7  -3.531  10.868   5.383
    7    HD2  ARG   7           HD2      ARG   7  -4.855  10.669   8.065
    8    HD3  ARG   7           HD3      ARG   7  -3.291  11.455   7.853
    9    HE   ARG   7           HE       ARG   7  -4.975  12.594   5.986
   10   HH11  ARG   7          HH11      ARG   7  -4.880  12.276   9.467
   11   HH12  ARG   7          HH12      ARG   7  -5.686  13.787   9.759
   12   HH21  ARG   7          HH21      ARG   7  -6.022  14.581   6.350
   13   HH22  ARG   7          HH22      ARG   7  -6.345  15.106   7.980

  No H/Q in entry =          13
  In of MODEL   24
    1    H    HIS   8           H        HIS   8  -8.120   7.870   6.230
    2    HA   HIS   8           HA       HIS   8  -9.411   9.868   7.955
    3    HB2  HIS   8           HB2      HIS   8 -10.396   9.117   5.195
    4    HB3  HIS   8           HB3      HIS   8 -11.000  10.403   6.232
    5    HD2  HIS   8           HD2      HIS   8  -8.840  12.435   6.679
    6    HE1  HIS   8           HE1      HIS   8  -7.490  11.787   2.719
    7    HE2  HIS   8           HE2      HIS   8  -7.236  13.223   4.791

  No H/Q in entry =           7
  In of MODEL   24
    1    HA   PRO   9           HA       PRO   9 -12.017   6.523   9.250
    2    HB2  PRO   9           HB2      PRO   9 -14.476   8.045   9.080
    3    HB3  PRO   9           HB3      PRO   9 -13.586   7.535  10.525
    4    HG2  PRO   9           HG2      PRO   9 -13.798  10.146   9.625
    5    HG3  PRO   9           HG3      PRO   9 -12.515   9.545  10.687
    6    HD2  PRO   9           HD2      PRO   9 -12.431  10.192   7.780
    7    HD3  PRO   9           HD3      PRO   9 -11.142  10.248   8.999

  No H/Q in entry =           7
  In of MODEL   24
    1    H    ALA  10           H        ALA  10 -12.812   4.842   8.195
    2    HA   ALA  10           HA       ALA  10 -13.345   4.774   5.476
    3    HB1  ALA  10           HB1      ALA  10 -14.148   2.517   5.846
    4    HB2  ALA  10           HB2      ALA  10 -12.728   2.819   6.845
    5    HB3  ALA  10           HB3      ALA  10 -14.333   2.839   7.568

  No H/Q in entry =           5
  In of MODEL   24
    1    H    GLU  11           H        GLU  11 -14.992   6.085   4.605
    2    HA   GLU  11           HA       GLU  11 -17.678   5.353   5.581
    3    HB2  GLU  11           HB2      GLU  11 -16.558   7.920   4.728
    4    HB3  GLU  11           HB3      GLU  11 -18.106   7.544   3.989
    5    HG2  GLU  11           HG2      GLU  11 -17.517   7.633   6.929
    6    HG3  GLU  11           HG3      GLU  11 -18.388   8.842   5.992

  No H/Q in entry =           6
  In of MODEL   24
    1    H    ASN  12           H        ASN  12 -18.805   4.058   4.272
    2    HA   ASN  12           HA       ASN  12 -18.003   3.289   1.700
    3    HB2  ASN  12           HB2      ASN  12 -19.451   1.794   2.829
    4    HB3  ASN  12           HB3      ASN  12 -20.626   3.045   3.223
    5   HD21  ASN  12          HD21      ASN  12 -22.103   3.683   1.646
    6   HD22  ASN  12          HD22      ASN  12 -22.382   2.762   0.202

  No H/Q in entry =           6
  In of MODEL   24
    1    H    GLY  13           H        GLY  13 -17.834   4.584   0.013
    2    HA2  GLY  13           HA2      GLY  13 -20.035   6.509  -0.517
    3    HA3  GLY  13           HA3      GLY  13 -19.175   5.632  -1.767

  No H/Q in entry =           3
  In of MODEL   24
    1    H    LYS  14           H        LYS  14 -17.104   6.748   0.726
    2    HA   LYS  14           HA       LYS  14 -16.668   9.310  -0.668
    3    HB2  LYS  14           HB2      LYS  14 -15.174   8.402   1.781
    4    HB3  LYS  14           HB3      LYS  14 -15.434  10.037   1.215
    5    HG2  LYS  14           HG2      LYS  14 -17.448   8.216   2.497
    6    HG3  LYS  14           HG3      LYS  14 -16.703   9.646   3.195
    7    HD2  LYS  14           HD2      LYS  14 -18.584   9.590   0.842
    8    HD3  LYS  14           HD3      LYS  14 -18.987  10.082   2.498
    9    HE2  LYS  14           HE2      LYS  14 -17.011  11.440   0.647
   10    HE3  LYS  14           HE3      LYS  14 -18.623  12.019   1.053
   11    HZ1  LYS  14           HZ1      LYS  14 -17.914  12.185   3.376
   12    HZ2  LYS  14           HZ2      LYS  14 -16.349  11.712   2.938
   13    HZ3  LYS  14           HZ3      LYS  14 -16.986  13.170   2.355

  No H/Q in entry =          13
  In of MODEL   24
    1    H    SER  15           H        SER  15 -14.701   9.957  -1.456
    2    HA   SER  15           HA       SER  15 -12.741   7.839  -1.849
    3    HB2  SER  15           HB2      SER  15 -11.716   9.743  -3.365
    4    HB3  SER  15           HB3      SER  15 -13.053   8.739  -3.934
    5    HG   SER  15           HG       SER  15 -13.001  11.346  -3.750

  No H/Q in entry =           5
  In of MODEL   24
    1    H    ASN  16           H        ASN  16 -10.688   7.993  -1.181
    2    HA   ASN  16           HA       ASN  16  -9.742  10.180   0.456
    3    HB2  ASN  16           HB2      ASN  16 -10.062   7.437   1.703
    4    HB3  ASN  16           HB3      ASN  16  -9.419   8.875   2.475
    5   HD21  ASN  16          HD21      ASN  16 -10.763  10.175   3.544
    6   HD22  ASN  16          HD22      ASN  16 -12.481   9.947   3.642

  No H/Q in entry =           6
  In of MODEL   24
    1    H    PHE  17           H        PHE  17  -7.790   8.209   1.731
    2    HA   PHE  17           HA       PHE  17  -6.386   7.348  -0.695
    3    HB2  PHE  17           HB2      PHE  17  -5.356   9.132   1.498
    4    HB3  PHE  17           HB3      PHE  17  -4.253   8.152   0.539
    5    HD1  PHE  17           HD1      PHE  17  -4.913  11.330   0.808
    6    HD2  PHE  17           HD2      PHE  17  -5.531   8.272  -2.073
    7    HE1  PHE  17           HE1      PHE  17  -4.930  13.026  -0.977
    8    HE2  PHE  17           HE2      PHE  17  -5.547   9.957  -3.875
    9    HZ   PHE  17           HZ       PHE  17  -5.243  12.341  -3.323

  No H/Q in entry =           9
  In of MODEL   24
    1    H    LEU  18           H        LEU  18  -5.523   5.341  -0.560
    2    HA   LEU  18           HA       LEU  18  -5.731   3.933   1.985
    3    HB2  LEU  18           HB2      LEU  18  -6.497   2.640   0.142
    4    HB3  LEU  18           HB3      LEU  18  -5.075   3.029  -0.809
    5    HG   LEU  18           HG       LEU  18  -3.687   1.568   0.583
    6   HD11  LEU  18          HD11      LEU  18  -6.205   1.045   2.169
    7   HD12  LEU  18          HD12      LEU  18  -4.704   0.136   2.308
    8   HD13  LEU  18          HD13      LEU  18  -4.740   1.841   2.745
    9   HD21  LEU  18          HD21      LEU  18  -6.246   0.252  -0.325
   10   HD22  LEU  18          HD22      LEU  18  -4.804   0.540  -1.297
   11   HD23  LEU  18          HD23      LEU  18  -4.745  -0.590   0.053

  No H/Q in entry =          11
  In of MODEL   24
    1    H    ASN  19           H        ASN  19  -4.105   3.728   3.335
    2    HA   ASN  19           HA       ASN  19  -1.463   4.580   2.386
    3    HB2  ASN  19           HB2      ASN  19  -2.850   4.951   5.035
    4    HB3  ASN  19           HB3      ASN  19  -1.102   5.121   4.880
    5   HD21  ASN  19          HD21      ASN  19  -1.439   6.215   2.117
    6   HD22  ASN  19          HD22      ASN  19  -1.962   7.851   2.347

  No H/Q in entry =           6
  In of MODEL   24
    1    H    CYS  20           H        CYS  20  -0.122   2.977   2.102
    2    HA   CYS  20           HA       CYS  20  -0.226   0.606   3.868
    3    HB2  CYS  20           HB2      CYS  20  -0.469  -0.101   1.611
    4    HB3  CYS  20           HB3      CYS  20   0.744   1.044   1.018

  No H/Q in entry =           4
  In of MODEL   24
    1    H    TYR  21           H        TYR  21   1.323   0.614   5.421
    2    HA   TYR  21           HA       TYR  21   3.719   2.239   5.031
    3    HB2  TYR  21           HB2      TYR  21   2.790   0.749   7.493
    4    HB3  TYR  21           HB3      TYR  21   4.152   1.842   7.413
    5    HD1  TYR  21           HD1      TYR  21   0.588   1.535   7.800
    6    HD2  TYR  21           HD2      TYR  21   3.750   4.277   7.086
    7    HE1  TYR  21           HE1      TYR  21  -0.911   3.407   8.386
    8    HE2  TYR  21           HE2      TYR  21   2.272   6.158   7.675
    9    HH   TYR  21           HH       TYR  21  -0.081   6.689   7.779

  No H/Q in entry =           9
  In of MODEL   24
    1    H    VAL  22           H        VAL  22   5.305   1.210   3.955
    2    HA   VAL  22           HA       VAL  22   5.857  -1.564   4.630
    3    HB   VAL  22           HB       VAL  22   7.073   0.236   2.498
    4   HG11  VAL  22          HG11      VAL  22   8.596  -1.580   3.127
    5   HG12  VAL  22          HG12      VAL  22   7.309  -2.758   2.838
    6   HG13  VAL  22          HG13      VAL  22   7.952  -1.801   1.502
    7   HG21  VAL  22          HG21      VAL  22   4.881  -1.837   2.380
    8   HG22  VAL  22          HG22      VAL  22   4.772  -0.118   1.983
    9   HG23  VAL  22          HG23      VAL  22   5.708  -1.203   0.953

  No H/Q in entry =           9
  In of MODEL   24
    1    H    SER  23           H        SER  23   7.603  -2.162   5.708
    2    HA   SER  23           HA       SER  23   8.785  -0.339   7.530
    3    HB2  SER  23           HB2      SER  23   8.115  -2.515   8.174
    4    HB3  SER  23           HB3      SER  23   9.245  -3.269   7.046
    5    HG   SER  23           HG       SER  23   9.699  -2.732   9.526

  No H/Q in entry =           5
  In of MODEL   24
    1    H    GLY  24           H        GLY  24  11.538  -1.678   7.621
    2    HA2  GLY  24           HA2      GLY  24  13.392  -0.289   7.426
    3    HA3  GLY  24           HA3      GLY  24  12.535   0.697   6.250

  No H/Q in entry =           3
  In of MODEL   24
    1    H    PHE  25           H        PHE  25  11.868  -0.808   4.291
    2    HA   PHE  25           HA       PHE  25  14.175  -2.338   3.334
    3    HB2  PHE  25           HB2      PHE  25  11.481  -1.726   2.091
    4    HB3  PHE  25           HB3      PHE  25  12.698  -2.783   1.394
    5    HD1  PHE  25           HD1      PHE  25  10.423  -2.419   4.325
    6    HD2  PHE  25           HD2      PHE  25  12.744  -5.078   1.935
    7    HE1  PHE  25           HE1      PHE  25   9.388  -4.344   5.476
    8    HE2  PHE  25           HE2      PHE  25  11.714  -7.014   3.090
    9    HZ   PHE  25           HZ       PHE  25  10.018  -6.631   4.832

  No H/Q in entry =           9
  In of MODEL   24
    1    H    HIS  26           H        HIS  26  15.368  -1.563   1.474
    2    HA   HIS  26           HA       HIS  26  15.536   1.283   1.380
    3    HB2  HIS  26           HB2      HIS  26  16.995   0.644  -0.767
    4    HB3  HIS  26           HB3      HIS  26  17.597   0.527   0.857
    5    HD2  HIS  26           HD2      HIS  26  16.184  -1.934  -1.855
    6    HE1  HIS  26           HE1      HIS  26  18.766  -3.977   0.803
    7    HE2  HIS  26           HE2      HIS  26  17.648  -4.046  -1.473

  No H/Q in entry =           7
  In of MODEL   24
    1    HA   PRO  27           HA       PRO  27  12.211   2.143  -1.443
    2    HB2  PRO  27           HB2      PRO  27  13.940   4.559  -1.812
    3    HB3  PRO  27           HB3      PRO  27  12.198   4.466  -1.520
    4    HG2  PRO  27           HG2      PRO  27  13.837   5.136   0.457
    5    HG3  PRO  27           HG3      PRO  27  12.466   4.035   0.765
    6    HD2  PRO  27           HD2      PRO  27  15.392   3.424   0.469
    7    HD3  PRO  27           HD3      PRO  27  14.185   2.690   1.550

  No H/Q in entry =           7
  In of MODEL   24
    1    H    SER  28           H        SER  28  15.544   1.869  -2.214
    2    HA   SER  28           HA       SER  28  15.212   2.290  -5.024
    3    HB2  SER  28           HB2      SER  28  17.362   2.828  -4.201
    4    HB3  SER  28           HB3      SER  28  17.515   1.279  -3.356
    5    HG   SER  28           HG       SER  28  17.779   0.245  -5.306

  No H/Q in entry =           5
  In of MODEL   24
    1    H    ASP  29           H        ASP  29  15.614  -0.673  -2.942
    2    HA   ASP  29           HA       ASP  29  15.163  -2.170  -5.479
    3    HB2  ASP  29           HB2      ASP  29  16.519  -3.322  -3.035
    4    HB3  ASP  29           HB3      ASP  29  16.446  -4.004  -4.653

  No H/Q in entry =           4
  In of MODEL   24
    1    H    ILE  30           H        ILE  30  12.831  -1.322  -4.084
    2    HA   ILE  30           HA       ILE  30  11.839  -4.002  -3.416
    3    HB   ILE  30           HB       ILE  30  10.756  -3.440  -1.493
    4   HG12  ILE  30          HG12      ILE  30  10.739  -0.497  -2.238
    5   HG13  ILE  30          HG13      ILE  30   9.414  -1.626  -2.519
    6   HG21  ILE  30          HG21      ILE  30  13.084  -1.549  -1.522
    7   HG22  ILE  30          HG22      ILE  30  12.141  -1.920  -0.078
    8   HG23  ILE  30          HG23      ILE  30  13.031  -3.199  -0.902
    9   HD11  ILE  30          HD11      ILE  30   9.315  -2.009  -0.067
   10   HD12  ILE  30          HD12      ILE  30  10.502  -0.717   0.124
   11   HD13  ILE  30          HD13      ILE  30   8.922  -0.367  -0.573

  No H/Q in entry =          11
  In of MODEL   24
    1    H    GLU  31           H        GLU  31   9.429  -4.120  -3.529
    2    HA   GLU  31           HA       GLU  31   8.359  -2.322  -5.565
    3    HB2  GLU  31           HB2      GLU  31   9.523  -4.720  -6.005
    4    HB3  GLU  31           HB3      GLU  31   7.848  -5.176  -5.903
    5    HG2  GLU  31           HG2      GLU  31   7.346  -3.582  -7.739
    6    HG3  GLU  31           HG3      GLU  31   9.061  -3.141  -7.788

  No H/Q in entry =           6
  In of MODEL   24
    1    H    VAL  32           H        VAL  32   6.824  -1.508  -4.263
    2    HA   VAL  32           HA       VAL  32   4.896  -3.346  -3.022
    3    HB   VAL  32           HB       VAL  32   5.516  -2.228  -1.132
    4   HG11  VAL  32          HG11      VAL  32   7.370  -1.094  -2.217
    5   HG12  VAL  32          HG12      VAL  32   6.274   0.158  -2.805
    6   HG13  VAL  32          HG13      VAL  32   6.556  -0.027  -1.073
    7   HG21  VAL  32          HG21      VAL  32   3.210  -1.507  -1.462
    8   HG22  VAL  32          HG22      VAL  32   4.152  -0.267  -0.634
    9   HG23  VAL  32          HG23      VAL  32   3.771  -0.090  -2.348

  No H/Q in entry =           9
  In of MODEL   24
    1    H    ASP  33           H        ASP  33   2.761  -3.158  -3.553
    2    HA   ASP  33           HA       ASP  33   1.930  -0.859  -5.186
    3    HB2  ASP  33           HB2      ASP  33   1.445  -3.788  -5.926
    4    HB3  ASP  33           HB3      ASP  33   0.615  -2.425  -6.685

  No H/Q in entry =           4
  In of MODEL   24
    1    H    LEU  34           H        LEU  34  -0.474  -0.731  -5.330
    2    HA   LEU  34           HA       LEU  34  -1.695  -1.696  -2.829
    3    HB2  LEU  34           HB2      LEU  34  -2.003   0.840  -4.358
    4    HB3  LEU  34           HB3      LEU  34  -3.416   0.226  -3.527
    5    HG   LEU  34           HG       LEU  34  -2.105   0.226  -1.394
    6   HD11  LEU  34          HD11      LEU  34  -0.055   1.692  -3.043
    7   HD12  LEU  34          HD12      LEU  34  -0.049   1.551  -1.284
    8   HD13  LEU  34          HD13      LEU  34   0.141   0.112  -2.283
    9   HD21  LEU  34          HD21      LEU  34  -3.619   2.053  -1.950
   10   HD22  LEU  34          HD22      LEU  34  -2.227   2.615  -1.027
   11   HD23  LEU  34          HD23      LEU  34  -2.301   2.898  -2.766

  No H/Q in entry =          11
  In of MODEL   24
    1    H    LEU  35           H        LEU  35  -3.420  -3.031  -2.947
    2    HA   LEU  35           HA       LEU  35  -4.366  -3.729  -5.656
    3    HB2  LEU  35           HB2      LEU  35  -3.939  -5.613  -3.341
    4    HB3  LEU  35           HB3      LEU  35  -4.448  -6.030  -4.959
    5    HG   LEU  35           HG       LEU  35  -1.727  -5.295  -3.964
    6   HD11  LEU  35          HD11      LEU  35  -2.987  -7.509  -5.571
    7   HD12  LEU  35          HD12      LEU  35  -1.246  -7.312  -5.433
    8   HD13  LEU  35          HD13      LEU  35  -2.215  -7.615  -3.989
    9   HD21  LEU  35          HD21      LEU  35  -2.281  -3.866  -5.988
   10   HD22  LEU  35          HD22      LEU  35  -0.888  -4.933  -6.148
   11   HD23  LEU  35          HD23      LEU  35  -2.423  -5.370  -6.895

  No H/Q in entry =          11
  In of MODEL   24
    1    H    LYS  36           H        LYS  36  -6.346  -5.006  -5.707
    2    HA   LYS  36           HA       LYS  36  -8.123  -4.781  -3.372
    3    HB2  LYS  36           HB2      LYS  36  -9.242  -5.204  -6.118
    4    HB3  LYS  36           HB3      LYS  36  -9.976  -4.378  -4.730
    5    HG2  LYS  36           HG2      LYS  36  -8.529  -2.465  -5.132
    6    HG3  LYS  36           HG3      LYS  36  -7.728  -3.303  -6.454
    7    HD2  LYS  36           HD2      LYS  36  -9.373  -1.638  -7.260
    8    HD3  LYS  36           HD3      LYS  36  -9.750  -3.281  -7.799
    9    HE2  LYS  36           HE2      LYS  36 -11.759  -1.961  -7.063
   10    HE3  LYS  36           HE3      LYS  36 -11.535  -3.440  -6.127
   11    HZ1  LYS  36           HZ1      LYS  36 -10.457  -2.038  -4.402
   12    HZ2  LYS  36           HZ2      LYS  36 -10.866  -0.663  -5.307
   13    HZ3  LYS  36           HZ3      LYS  36 -12.081  -1.650  -4.673

  No H/Q in entry =          13
  In of MODEL   24
    1    H    ASN  37           H        ASN  37  -8.094  -6.861  -2.520
    2    HA   ASN  37           HA       ASN  37  -8.034  -9.168  -2.462
    3    HB2  ASN  37           HB2      ASN  37  -9.749  -8.948  -4.915
    4    HB3  ASN  37           HB3      ASN  37  -9.903 -10.150  -3.658
    5   HD21  ASN  37          HD21      ASN  37 -10.464  -6.907  -4.698
    6   HD22  ASN  37          HD22      ASN  37 -11.641  -6.484  -3.518

  No H/Q in entry =           6
  In of MODEL   24
    1    H    GLY  38           H        GLY  38  -5.786  -8.210  -3.741
    2    HA2  GLY  38           HA2      GLY  38  -5.083 -10.412  -5.422
    3    HA3  GLY  38           HA3      GLY  38  -4.029  -9.089  -4.974

  No H/Q in entry =           3
  In of MODEL   24
    1    H    GLU  39           H        GLU  39  -5.962  -7.081  -6.103
    2    HA   GLU  39           HA       GLU  39  -5.430  -7.576  -8.937
    3    HB2  GLU  39           HB2      GLU  39  -7.842  -8.085  -8.306
    4    HB3  GLU  39           HB3      GLU  39  -8.012  -6.417  -7.847
    5    HG2  GLU  39           HG2      GLU  39  -7.122  -6.222 -10.434
    6    HG3  GLU  39           HG3      GLU  39  -8.240  -7.596 -10.475

  No H/Q in entry =           6
  In of MODEL   24
    1    H    ARG  40           H        ARG  40  -4.024  -6.070  -9.507
    2    HA   ARG  40           HA       ARG  40  -3.215  -3.853  -8.080
    3    HB2  ARG  40           HB2      ARG  40  -2.431  -5.101 -10.394
    4    HB3  ARG  40           HB3      ARG  40  -3.034  -3.583 -11.029
    5    HG2  ARG  40           HG2      ARG  40  -1.487  -2.386  -9.492
    6    HG3  ARG  40           HG3      ARG  40  -0.833  -3.947  -9.003
    7    HD2  ARG  40           HD2      ARG  40   0.625  -2.979 -10.672
    8    HD3  ARG  40           HD3      ARG  40  -0.189  -4.378 -11.380
    9    HE   ARG  40           HE       ARG  40  -1.807  -2.396 -12.149
   10   HH11  ARG  40          HH11      ARG  40   1.691  -2.595 -12.221
   11   HH12  ARG  40          HH12      ARG  40   1.831  -1.708 -13.705
   12   HH21  ARG  40          HH21      ARG  40  -1.611  -1.188 -14.094
   13   HH22  ARG  40          HH22      ARG  40  -0.024  -0.883 -14.743

  No H/Q in entry =          13
  In of MODEL   24
    1    H    ILE  41           H        ILE  41  -4.210  -2.031  -7.541
    2    HA   ILE  41           HA       ILE  41  -6.678  -1.176  -8.569
    3    HB   ILE  41           HB       ILE  41  -4.629   0.351  -6.954
    4   HG12  ILE  41          HG12      ILE  41  -7.085  -1.173  -6.091
    5   HG13  ILE  41          HG13      ILE  41  -5.436  -1.769  -5.952
    6   HG21  ILE  41          HG21      ILE  41  -7.554   0.950  -7.422
    7   HG22  ILE  41          HG22      ILE  41  -6.519   1.783  -6.266
    8   HG23  ILE  41          HG23      ILE  41  -6.188   1.905  -7.993
    9   HD11  ILE  41          HD11      ILE  41  -6.247   0.784  -4.638
   10   HD12  ILE  41          HD12      ILE  41  -6.588  -0.784  -3.902
   11   HD13  ILE  41          HD13      ILE  41  -4.917  -0.321  -4.250

  No H/Q in entry =          11
  In of MODEL   24
    1    H    GLU  42           H        GLU  42  -3.831   0.930  -8.581
    2    HA   GLU  42           HA       GLU  42  -2.426   0.902 -10.633
    3    HB2  GLU  42           HB2      GLU  42  -5.059   1.558 -11.962
    4    HB3  GLU  42           HB3      GLU  42  -3.490   1.763 -12.720
    5    HG2  GLU  42           HG2      GLU  42  -3.209  -0.769 -12.157
    6    HG3  GLU  42           HG3      GLU  42  -4.970  -0.733 -12.060

  No H/Q in entry =           6
  In of MODEL   24
    1    H    LYS  43           H        LYS  43  -4.808   3.067  -9.201
    2    HA   LYS  43           HA       LYS  43  -3.580   5.419 -10.362
    3    HB2  LYS  43           HB2      LYS  43  -5.541   5.329  -8.074
    4    HB3  LYS  43           HB3      LYS  43  -5.209   6.676  -9.148
    5    HG2  LYS  43           HG2      LYS  43  -6.777   4.170  -9.725
    6    HG3  LYS  43           HG3      LYS  43  -7.321   5.851  -9.774
    7    HD2  LYS  43           HD2      LYS  43  -5.752   6.222 -11.682
    8    HD3  LYS  43           HD3      LYS  43  -5.409   4.488 -11.668
    9    HE2  LYS  43           HE2      LYS  43  -8.125   5.746 -12.087
   10    HE3  LYS  43           HE3      LYS  43  -7.105   5.063 -13.352
   11    HZ1  LYS  43           HZ1      LYS  43  -8.113   3.496 -11.038
   12    HZ2  LYS  43           HZ2      LYS  43  -8.905   3.570 -12.534
   13    HZ3  LYS  43           HZ3      LYS  43  -7.349   2.901 -12.433

  No H/Q in entry =          13
  In of MODEL   24
    1    H    VAL  44           H        VAL  44  -1.512   4.198  -9.127
    2    HA   VAL  44           HA       VAL  44  -1.358   5.458  -6.480
    3    HB   VAL  44           HB       VAL  44  -1.470   2.735  -6.791
    4   HG11  VAL  44          HG11      VAL  44   1.430   3.467  -6.603
    5   HG12  VAL  44          HG12      VAL  44   0.770   1.860  -6.302
    6   HG13  VAL  44          HG13      VAL  44   0.659   2.573  -7.914
    7   HG21  VAL  44          HG21      VAL  44  -1.753   3.954  -4.717
    8   HG22  VAL  44          HG22      VAL  44  -0.647   2.595  -4.510
    9   HG23  VAL  44          HG23      VAL  44  -0.014   4.238  -4.636

  No H/Q in entry =           9
  In of MODEL   24
    1    H    GLU  45           H        GLU  45   0.452   6.599  -6.121
    2    HA   GLU  45           HA       GLU  45   2.777   6.254  -7.838
    3    HB2  GLU  45           HB2      GLU  45   0.949   8.598  -7.999
    4    HB3  GLU  45           HB3      GLU  45   2.676   8.886  -8.153
    5    HG2  GLU  45           HG2      GLU  45   1.123   6.934  -9.834
    6    HG3  GLU  45           HG3      GLU  45   1.504   8.591 -10.311

  No H/Q in entry =           6
  In of MODEL   24
    1    H    HIS  46           H        HIS  46   4.329   6.028  -6.362
    2    HA   HIS  46           HA       HIS  46   4.885   8.478  -4.841
    3    HB2  HIS  46           HB2      HIS  46   4.157   6.846  -3.183
    4    HB3  HIS  46           HB3      HIS  46   5.263   5.644  -3.833
    5    HD2  HIS  46           HD2      HIS  46   5.912   9.302  -2.442
    6    HE1  HIS  46           HE1      HIS  46   8.632   6.549  -0.741
    7    HE2  HIS  46           HE2      HIS  46   7.698   8.903  -0.602

  No H/Q in entry =           7
  In of MODEL   24
    1    H    SER  47           H        SER  47   6.664   9.341  -5.642
    2    HA   SER  47           HA       SER  47   8.614   7.635  -6.963
    3    HB2  SER  47           HB2      SER  47   8.536  10.656  -6.702
    4    HB3  SER  47           HB3      SER  47   9.539   9.719  -7.811
    5    HG   SER  47           HG       SER  47   7.087   8.937  -8.254

  No H/Q in entry =           5
  In of MODEL   24
    1    H    ASP  48           H        ASP  48  10.679   7.373  -6.311
    2    HA   ASP  48           HA       ASP  48  11.126   7.383  -3.542
    3    HB2  ASP  48           HB2      ASP  48  13.441   6.640  -4.172
    4    HB3  ASP  48           HB3      ASP  48  12.137   5.685  -4.862

  No H/Q in entry =           4
  In of MODEL   24
    1    H    LEU  49           H        LEU  49  12.318   8.560  -2.247
    2    HA   LEU  49           HA       LEU  49  11.981  11.245  -2.237
    3    HB2  LEU  49           HB2      LEU  49  14.495  10.390  -0.865
    4    HB3  LEU  49           HB3      LEU  49  13.170  11.387  -0.275
    5    HG   LEU  49           HG       LEU  49  13.108   9.467   1.057
    6   HD11  LEU  49          HD11      LEU  49  10.896  10.037   0.278
    7   HD12  LEU  49          HD12      LEU  49  11.090   8.975  -1.117
    8   HD13  LEU  49          HD13      LEU  49  11.042   8.295   0.510
    9   HD21  LEU  49          HD21      LEU  49  14.656   8.090  -0.252
   10   HD22  LEU  49          HD22      LEU  49  13.253   7.179   0.301
   11   HD23  LEU  49          HD23      LEU  49  13.355   7.703  -1.379

  No H/Q in entry =          11
  In of MODEL   24
    1    H    SER  50           H        SER  50  15.131  11.553  -1.489
    2    HA   SER  50           HA       SER  50  15.883  13.307  -3.479
    3    HB2  SER  50           HB2      SER  50  17.869  11.484  -2.112
    4    HB3  SER  50           HB3      SER  50  18.088  13.160  -2.615
    5    HG   SER  50           HG       SER  50  17.338  12.282  -0.257

  No H/Q in entry =           5
  In of MODEL   24
    1    H    PHE  51           H        PHE  51  16.924   9.935  -3.166
    2    HA   PHE  51           HA       PHE  51  16.104   9.340  -5.805
    3    HB2  PHE  51           HB2      PHE  51  18.294   8.547  -6.647
    4    HB3  PHE  51           HB3      PHE  51  18.243  10.289  -6.444
    5    HD1  PHE  51           HD1      PHE  51  19.306  11.231  -4.280
    6    HD2  PHE  51           HD2      PHE  51  20.028   7.313  -5.775
    7    HE1  PHE  51           HE1      PHE  51  21.413  11.142  -3.016
    8    HE2  PHE  51           HE2      PHE  51  22.133   7.213  -4.505
    9    HZ   PHE  51           HZ       PHE  51  22.829   9.130  -3.126

  No H/Q in entry =           9
  In of MODEL   24
    1    H    SER  52           H        SER  52  17.223   6.910  -6.162
    2    HA   SER  52           HA       SER  52  15.564   5.441  -4.516
    3    HB2  SER  52           HB2      SER  52  17.893   4.512  -6.194
    4    HB3  SER  52           HB3      SER  52  16.603   3.478  -5.572
    5    HG   SER  52           HG       SER  52  15.401   5.487  -6.760

  No H/Q in entry =           5
  In of MODEL   24
    1    H    LYS  53           H        LYS  53  19.074   5.913  -4.236
    2    HA   LYS  53           HA       LYS  53  19.012   4.374  -1.744
    3    HB2  LYS  53           HB2      LYS  53  20.770   3.838  -3.441
    4    HB3  LYS  53           HB3      LYS  53  21.421   5.457  -3.212
    5    HG2  LYS  53           HG2      LYS  53  21.852   4.954  -0.860
    6    HG3  LYS  53           HG3      LYS  53  21.206   3.329  -1.090
    7    HD2  LYS  53           HD2      LYS  53  23.612   4.484  -2.497
    8    HD3  LYS  53           HD3      LYS  53  23.656   3.360  -1.138
    9    HE2  LYS  53           HE2      LYS  53  22.402   1.727  -2.527
   10    HE3  LYS  53           HE3      LYS  53  22.539   2.842  -3.888
   11    HZ1  LYS  53           HZ1      LYS  53  24.990   2.703  -3.608
   12    HZ2  LYS  53           HZ2      LYS  53  24.755   1.477  -2.455
   13    HZ3  LYS  53           HZ3      LYS  53  24.266   1.239  -4.061

  No H/Q in entry =          13
  In of MODEL   24
    1    H    ASP  54           H        ASP  54  18.211   5.710  -0.229
    2    HA   ASP  54           HA       ASP  54  19.805   8.046   0.466
    3    HB2  ASP  54           HB2      ASP  54  18.014   8.968  -0.935
    4    HB3  ASP  54           HB3      ASP  54  16.793   8.194   0.056

  No H/Q in entry =           4
  In of MODEL   24
    1    H    TRP  55           H        TRP  55  16.795   6.404   1.388
    2    HA   TRP  55           HA       TRP  55  17.572   4.974   3.603
    3    HB2  TRP  55           HB2      TRP  55  18.034   7.562   4.277
    4    HB3  TRP  55           HB3      TRP  55  16.348   7.427   4.752
    5    HD1  TRP  55           HD1      TRP  55  18.121   7.991   7.093
    6    HE1  TRP  55           HE1      TRP  55  18.734   6.262   8.879
    7    HE3  TRP  55           HE3      TRP  55  17.173   3.607   4.480
    8    HZ2  TRP  55           HZ2      TRP  55  18.777   3.537   9.197
    9    HZ3  TRP  55           HZ3      TRP  55  17.545   1.489   5.664
   10    HH2  TRP  55           HH2      TRP  55  18.332   1.441   7.972

  No H/Q in entry =          10
  In of MODEL   24
    1    H    SER  56           H        SER  56  15.654   4.152   4.734
    2    HA   SER  56           HA       SER  56  13.347   4.433   2.998
    3    HB2  SER  56           HB2      SER  56  12.526   2.357   4.199
    4    HB3  SER  56           HB3      SER  56  14.026   2.167   3.280
    5    HG   SER  56           HG       SER  56  14.678   1.372   5.135

  No H/Q in entry =           5
  In of MODEL   24
    1    H    PHE  57           H        PHE  57  14.000   4.473   6.556
    2    HA   PHE  57           HA       PHE  57  12.562   5.043   8.235
    3    HB2  PHE  57           HB2      PHE  57  12.417   7.633   8.225
    4    HB3  PHE  57           HB3      PHE  57  13.974   6.827   8.331
    5    HD1  PHE  57           HD1      PHE  57  11.868   7.602   5.331
    6    HD2  PHE  57           HD2      PHE  57  15.495   8.230   7.459
    7    HE1  PHE  57           HE1      PHE  57  12.737   8.930   3.448
    8    HE2  PHE  57           HE2      PHE  57  16.373   9.552   5.590
    9    HZ   PHE  57           HZ       PHE  57  14.989   9.911   3.576

  No H/Q in entry =           9
  In of MODEL   24
    1    H    TYR  58           H        TYR  58  10.867   3.969   6.402
    2    HA   TYR  58           HA       TYR  58   8.598   3.593   6.673
    3    HB2  TYR  58           HB2      TYR  58   8.804   6.173   8.047
    4    HB3  TYR  58           HB3      TYR  58   7.307   6.010   7.137
    5    HD1  TYR  58           HD1      TYR  58   9.263   3.369   8.898
    6    HD2  TYR  58           HD2      TYR  58   5.669   5.656   8.803
    7    HE1  TYR  58           HE1      TYR  58   8.333   1.961  10.696
    8    HE2  TYR  58           HE2      TYR  58   4.725   4.245  10.617
    9    HH   TYR  58           HH       TYR  58   5.020   2.077  11.604

  No H/Q in entry =           9
  In of MODEL   24
    1    H    LEU  59           H        LEU  59   7.963   3.123   4.815
    2    HA   LEU  59           HA       LEU  59   8.102   5.014   2.541
    3    HB2  LEU  59           HB2      LEU  59   8.496   2.119   2.967
    4    HB3  LEU  59           HB3      LEU  59   7.592   2.521   1.526
    5    HG   LEU  59           HG       LEU  59  10.255   3.827   2.026
    6   HD11  LEU  59          HD11      LEU  59   9.788   1.076   0.883
    7   HD12  LEU  59          HD12      LEU  59  11.291   1.984   0.741
    8   HD13  LEU  59          HD13      LEU  59  10.713   1.478   2.328
    9   HD21  LEU  59          HD21      LEU  59   8.653   3.062  -0.413
   10   HD22  LEU  59          HD22      LEU  59   8.930   4.690   0.209
   11   HD23  LEU  59          HD23      LEU  59  10.271   3.766  -0.460

  No H/Q in entry =          11
  In of MODEL   24
    1    H    LEU  60           H        LEU  60   6.171   5.796   1.797
    2    HA   LEU  60           HA       LEU  60   3.754   4.172   2.174
    3    HB2  LEU  60           HB2      LEU  60   3.735   5.837   3.919
    4    HB3  LEU  60           HB3      LEU  60   4.133   7.096   2.763
    5    HG   LEU  60           HG       LEU  60   1.930   6.762   1.680
    6   HD11  LEU  60          HD11      LEU  60   1.581   4.435   2.381
    7   HD12  LEU  60          HD12      LEU  60   1.375   4.982   4.045
    8   HD13  LEU  60          HD13      LEU  60   0.222   5.475   2.808
    9   HD21  LEU  60          HD21      LEU  60   2.268   8.519   3.342
   10   HD22  LEU  60          HD22      LEU  60   0.634   7.861   3.427
   11   HD23  LEU  60          HD23      LEU  60   1.838   7.391   4.628

  No H/Q in entry =          11
  In of MODEL   24
    1    H    TYR  61           H        TYR  61   2.300   4.242   0.513
    2    HA   TYR  61           HA       TYR  61   2.859   5.984  -1.806
    3    HB2  TYR  61           HB2      TYR  61   1.995   3.060  -1.726
    4    HB3  TYR  61           HB3      TYR  61   1.835   4.057  -3.182
    5    HD1  TYR  61           HD1      TYR  61   3.480   3.686  -4.749
    6    HD2  TYR  61           HD2      TYR  61   4.546   3.400  -0.646
    7    HE1  TYR  61           HE1      TYR  61   5.784   3.142  -5.404
    8    HE2  TYR  61           HE2      TYR  61   6.862   2.860  -1.293
    9    HH   TYR  61           HH       TYR  61   8.103   1.998  -3.147

  No H/Q in entry =           9
  In of MODEL   24
    1    H    TYR  62           H        TYR  62   0.743   6.338  -3.165
    2    HA   TYR  62           HA       TYR  62  -1.582   6.158  -1.407
    3    HB2  TYR  62           HB2      TYR  62  -2.210   8.550  -1.925
    4    HB3  TYR  62           HB3      TYR  62  -0.911   8.295  -0.776
    5    HD1  TYR  62           HD1      TYR  62   1.105   9.442  -1.034
    6    HD2  TYR  62           HD2      TYR  62  -1.512   9.138  -4.384
    7    HE1  TYR  62           HE1      TYR  62   2.496  11.049  -2.268
    8    HE2  TYR  62           HE2      TYR  62  -0.122  10.740  -5.622
    9    HH   TYR  62           HH       TYR  62   2.974  11.669  -4.590

  No H/Q in entry =           9
  In of MODEL   24
    1    H    THR  63           H        THR  63  -3.505   5.850  -2.355
    2    HA   THR  63           HA       THR  63  -3.873   6.444  -5.189
    3    HB   THR  63           HB       THR  63  -3.159   3.969  -4.846
    4    HG1  THR  63           HG1      THR  63  -4.471   5.072  -6.643
    5   HG21  THR  63          HG21      THR  63  -4.627   3.452  -2.945
    6   HG22  THR  63          HG22      THR  63  -6.034   3.792  -3.947
    7   HG23  THR  63          HG23      THR  63  -4.990   2.425  -4.330

  No H/Q in entry =           7
  In of MODEL   24
    1    H    GLU  64           H        GLU  64  -5.990   6.973  -5.708
    2    HA   GLU  64           HA       GLU  64  -7.790   7.742  -3.666
    3    HB2  GLU  64           HB2      GLU  64  -7.714   8.804  -5.939
    4    HB3  GLU  64           HB3      GLU  64  -8.344   7.315  -6.619
    5    HG2  GLU  64           HG2      GLU  64 -10.433   7.605  -5.425
    6    HG3  GLU  64           HG3      GLU  64  -9.776   9.003  -4.570

  No H/Q in entry =           6
  In of MODEL   24
    1    H    PHE  65           H        PHE  65  -9.545   6.670  -2.755
    2    HA   PHE  65           HA       PHE  65 -10.351   4.141  -3.992
    3    HB2  PHE  65           HB2      PHE  65 -10.336   2.955  -1.924
    4    HB3  PHE  65           HB3      PHE  65  -8.784   3.736  -2.101
    5    HD1  PHE  65           HD1      PHE  65 -12.071   4.836  -0.676
    6    HD2  PHE  65           HD2      PHE  65  -7.897   4.295  -0.097
    7    HE1  PHE  65           HE1      PHE  65 -12.270   5.749   1.602
    8    HE2  PHE  65           HE2      PHE  65  -8.100   5.212   2.186
    9    HZ   PHE  65           HZ       PHE  65 -10.295   5.940   3.033

  No H/Q in entry =           9
  In of MODEL   24
    1    H    THR  66           H        THR  66 -12.505   3.451  -3.510
    2    HA   THR  66           HA       THR  66 -14.042   5.136  -1.660
    3    HB   THR  66           HB       THR  66 -15.043   4.120  -4.344
    4    HG1  THR  66           HG1      THR  66 -13.749   6.393  -3.589
    5   HG21  THR  66          HG21      THR  66 -16.389   5.772  -2.196
    6   HG22  THR  66          HG22      THR  66 -17.018   5.547  -3.829
    7   HG23  THR  66          HG23      THR  66 -16.852   4.160  -2.755

  No H/Q in entry =           7
  In of MODEL   24
    1    HA   PRO  67           HA       PRO  67 -14.409   0.859  -0.240
    2    HB2  PRO  67           HB2      PRO  67 -15.770   1.638   2.132
    3    HB3  PRO  67           HB3      PRO  67 -14.075   1.194   1.961
    4    HG2  PRO  67           HG2      PRO  67 -15.096   3.762   2.536
    5    HG3  PRO  67           HG3      PRO  67 -13.419   3.336   2.164
    6    HD2  PRO  67           HD2      PRO  67 -15.423   4.662   0.503
    7    HD3  PRO  67           HD3      PRO  67 -13.661   4.595   0.307

  No H/Q in entry =           7
  In of MODEL   24
    1    H    THR  68           H        THR  68 -15.815  -0.608  -0.339
    2    HA   THR  68           HA       THR  68 -18.687  -0.049  -0.238
    3    HB   THR  68           HB       THR  68 -19.114  -1.492  -2.140
    4    HG1  THR  68           HG1      THR  68 -16.917  -2.089  -3.288
    5   HG21  THR  68          HG21      THR  68 -16.901   0.438  -2.851
    6   HG22  THR  68          HG22      THR  68 -18.052  -0.270  -3.983
    7   HG23  THR  68          HG23      THR  68 -18.615   0.832  -2.725

  No H/Q in entry =           7
  In of MODEL   24
    1    H    GLU  69           H        GLU  69 -19.880  -2.020   0.399
    2    HA   GLU  69           HA       GLU  69 -18.479  -3.668   2.211
    3    HB2  GLU  69           HB2      GLU  69 -20.554  -4.926   2.435
    4    HB3  GLU  69           HB3      GLU  69 -20.857  -3.195   2.481
    5    HG2  GLU  69           HG2      GLU  69 -21.379  -5.089   0.215
    6    HG3  GLU  69           HG3      GLU  69 -22.565  -4.310   1.247

  No H/Q in entry =           6
  In of MODEL   24
    1    H    LYS  70           H        LYS  70 -18.165  -3.770  -1.044
    2    HA   LYS  70           HA       LYS  70 -17.903  -6.689  -1.080
    3    HB2  LYS  70           HB2      LYS  70 -18.286  -4.835  -3.427
    4    HB3  LYS  70           HB3      LYS  70 -18.156  -6.582  -3.517
    5    HG2  LYS  70           HG2      LYS  70 -20.341  -5.296  -1.916
    6    HG3  LYS  70           HG3      LYS  70 -20.485  -5.478  -3.661
    7    HD2  LYS  70           HD2      LYS  70 -21.498  -7.400  -2.976
    8    HD3  LYS  70           HD3      LYS  70 -19.844  -7.979  -3.127
    9    HE2  LYS  70           HE2      LYS  70 -20.651  -8.827  -1.076
   10    HE3  LYS  70           HE3      LYS  70 -19.605  -7.483  -0.647
   11    HZ1  LYS  70           HZ1      LYS  70 -21.583  -6.082  -0.447
   12    HZ2  LYS  70           HZ2      LYS  70 -22.565  -7.421  -0.773
   13    HZ3  LYS  70           HZ3      LYS  70 -21.615  -7.385   0.635

  No H/Q in entry =          13
  In of MODEL   24
    1    H    ASP  71           H        ASP  71 -16.171  -3.692  -1.843
    2    HA   ASP  71           HA       ASP  71 -14.058  -5.271  -3.080
    3    HB2  ASP  71           HB2      ASP  71 -14.245  -2.266  -2.788
    4    HB3  ASP  71           HB3      ASP  71 -13.023  -3.140  -3.678

  No H/Q in entry =           4
  In of MODEL   24
    1    H    GLU  72           H        GLU  72 -12.281  -5.835  -2.064
    2    HA   GLU  72           HA       GLU  72 -11.621  -4.948   0.641
    3    HB2  GLU  72           HB2      GLU  72 -11.701  -7.341   0.285
    4    HB3  GLU  72           HB3      GLU  72 -10.695  -7.214  -1.148
    5    HG2  GLU  72           HG2      GLU  72  -8.861  -6.379   0.415
    6    HG3  GLU  72           HG3      GLU  72  -9.894  -6.948   1.716

  No H/Q in entry =           6
  In of MODEL   24
    1    H    TYR  73           H        TYR  73  -9.522  -4.060   1.132
    2    HA   TYR  73           HA       TYR  73  -7.905  -3.362  -1.251
    3    HB2  TYR  73           HB2      TYR  73  -8.402  -1.717   1.238
    4    HB3  TYR  73           HB3      TYR  73  -7.172  -1.329   0.047
    5    HD1  TYR  73           HD1      TYR  73  -7.727  -0.109  -1.884
    6    HD2  TYR  73           HD2      TYR  73 -10.824  -1.819   0.471
    7    HE1  TYR  73           HE1      TYR  73  -9.405   1.114  -3.212
    8    HE2  TYR  73           HE2      TYR  73 -12.510  -0.596  -0.850
    9    HH   TYR  73           HH       TYR  73 -12.723   1.288  -2.291

  No H/Q in entry =           9
  In of MODEL   24
    1    H    ALA  74           H        ALA  74  -5.808  -3.932  -1.277
    2    HA   ALA  74           HA       ALA  74  -4.540  -4.838   1.214
    3    HB1  ALA  74           HB1      ALA  74  -5.350  -6.817   0.106
    4    HB2  ALA  74           HB2      ALA  74  -4.616  -6.307  -1.417
    5    HB3  ALA  74           HB3      ALA  74  -3.603  -6.749  -0.044

  No H/Q in entry =           5
  In of MODEL   24
    1    H    CYS  75           H        CYS  75  -2.165  -4.858   1.112
    2    HA   CYS  75           HA       CYS  75  -1.073  -3.376  -1.201
    3    HB2  CYS  75           HB2      CYS  75  -1.043  -1.879   0.655
    4    HB3  CYS  75           HB3      CYS  75  -0.368  -3.107   1.713

  No H/Q in entry =           4
  In of MODEL   24
    1    H    ARG  76           H        ARG  76   0.576  -4.332  -2.254
    2    HA   ARG  76           HA       ARG  76   1.567  -6.913  -1.224
    3    HB2  ARG  76           HB2      ARG  76   0.302  -6.605  -3.467
    4    HB3  ARG  76           HB3      ARG  76   1.807  -5.884  -4.042
    5    HG2  ARG  76           HG2      ARG  76   2.956  -7.956  -3.800
    6    HG3  ARG  76           HG3      ARG  76   1.629  -8.671  -2.881
    7    HD2  ARG  76           HD2      ARG  76   1.555  -9.542  -5.164
    8    HD3  ARG  76           HD3      ARG  76   0.185  -8.466  -4.914
    9    HE   ARG  76           HE       ARG  76   2.187  -6.873  -5.942
   10   HH11  ARG  76          HH11      ARG  76   0.357  -9.667  -6.978
   11   HH12  ARG  76          HH12      ARG  76   0.662  -9.395  -8.669
   12   HH21  ARG  76          HH21      ARG  76   2.580  -6.495  -8.170
   13   HH22  ARG  76          HH22      ARG  76   1.906  -7.582  -9.350

  No H/Q in entry =          13
  In of MODEL   24
    1    H    VAL  77           H        VAL  77   3.746  -7.081  -0.695
    2    HA   VAL  77           HA       VAL  77   5.565  -5.181  -2.024
    3    HB   VAL  77           HB       VAL  77   5.005  -4.549   0.435
    4   HG11  VAL  77          HG11      VAL  77   7.015  -6.746   0.900
    5   HG12  VAL  77          HG12      VAL  77   6.493  -5.557   2.096
    6   HG13  VAL  77          HG13      VAL  77   5.336  -6.722   1.450
    7   HG21  VAL  77          HG21      VAL  77   6.766  -3.546  -0.994
    8   HG22  VAL  77          HG22      VAL  77   7.178  -3.579   0.723
    9   HG23  VAL  77          HG23      VAL  77   7.894  -4.757  -0.380

  No H/Q in entry =           9
  In of MODEL   24
    1    H    ASN  78           H        ASN  78   7.377  -5.904  -2.743
    2    HA   ASN  78           HA       ASN  78   8.353  -8.567  -1.896
    3    HB2  ASN  78           HB2      ASN  78   7.229  -8.699  -4.131
    4    HB3  ASN  78           HB3      ASN  78   8.405  -7.544  -4.747
    5   HD21  ASN  78          HD21      ASN  78   9.279  -8.943  -6.251
    6   HD22  ASN  78          HD22      ASN  78  10.239 -10.315  -5.795

  No H/Q in entry =           6
  In of MODEL   24
    1    H    HIS  79           H        HIS  79  10.485  -8.841  -1.716
    2    HA   HIS  79           HA       HIS  79  12.268  -6.654  -2.497
    3    HB2  HIS  79           HB2      HIS  79  11.737  -6.444  -0.061
    4    HB3  HIS  79           HB3      HIS  79  12.352  -8.069   0.187
    5    HD2  HIS  79           HD2      HIS  79  13.641  -4.454  -0.325
    6    HE1  HIS  79           HE1      HIS  79  16.946  -6.990   0.389
    7    HE2  HIS  79           HE2      HIS  79  16.211  -4.610  -0.068

  No H/Q in entry =           7
  In of MODEL   24
    1    H    VAL  80           H        VAL  80  14.531  -7.400  -2.656
    2    HA   VAL  80           HA       VAL  80  14.917  -9.708  -4.106
    3    HB   VAL  80           HB       VAL  80  16.997  -8.447  -2.311
    4   HG11  VAL  80          HG11      VAL  80  17.279 -10.120  -4.809
    5   HG12  VAL  80          HG12      VAL  80  18.603  -9.297  -3.979
    6   HG13  VAL  80          HG13      VAL  80  17.722 -10.594  -3.170
    7   HG21  VAL  80          HG21      VAL  80  16.228  -7.771  -5.147
    8   HG22  VAL  80          HG22      VAL  80  15.960  -6.769  -3.721
    9   HG23  VAL  80          HG23      VAL  80  17.601  -7.097  -4.268

  No H/Q in entry =           9
  In of MODEL   24
    1    H    THR  81           H        THR  81  14.853  -9.373  -0.628
    2    HA   THR  81           HA       THR  81  16.103 -11.900  -0.077
    3    HB   THR  81           HB       THR  81  16.167 -10.340   1.725
    4    HG1  THR  81           HG1      THR  81  15.790 -12.610   2.263
    5   HG21  THR  81          HG21      THR  81  14.172  -9.013   1.180
    6   HG22  THR  81          HG22      THR  81  13.140 -10.340   1.709
    7   HG23  THR  81          HG23      THR  81  14.168  -9.504   2.874

  No H/Q in entry =           7
  In of MODEL   24
    1    H    LEU  82           H        LEU  82  12.643 -10.911  -0.001
    2    HA   LEU  82           HA       LEU  82  11.701 -13.568   0.339
    3    HB2  LEU  82           HB2      LEU  82  10.144 -11.417  -1.081
    4    HB3  LEU  82           HB3      LEU  82   9.534 -12.761  -0.132
    5    HG   LEU  82           HG       LEU  82  11.011 -10.413   1.034
    6   HD11  LEU  82          HD11      LEU  82   8.905  -9.729   0.067
    7   HD12  LEU  82          HD12      LEU  82   8.067 -10.999   0.962
    8   HD13  LEU  82          HD13      LEU  82   8.847  -9.674   1.828
    9   HD21  LEU  82          HD21      LEU  82  11.193 -12.476   2.347
   10   HD22  LEU  82          HD22      LEU  82  10.199 -11.269   3.164
   11   HD23  LEU  82          HD23      LEU  82   9.436 -12.627   2.338

  No H/Q in entry =          11
  In of MODEL   24
    1    H    SER  83           H        SER  83  10.786 -14.994  -1.184
    2    HA   SER  83           HA       SER  83  11.502 -14.474  -4.001
    3    HB2  SER  83           HB2      SER  83  12.417 -16.559  -2.946
    4    HB3  SER  83           HB3      SER  83  10.763 -17.113  -2.697
    5    HG   SER  83           HG       SER  83  10.630 -16.680  -5.115

  No H/Q in entry =           5
  In of MODEL   24
    1    H    GLN  84           H        GLN  84   9.066 -14.289  -1.838
    2    HA   GLN  84           HA       GLN  84   7.059 -14.186  -3.941
    3    HB2  GLN  84           HB2      GLN  84   5.398 -15.386  -2.502
    4    HB3  GLN  84           HB3      GLN  84   6.702 -16.405  -3.092
    5    HG2  GLN  84           HG2      GLN  84   7.781 -16.337  -0.913
    6    HG3  GLN  84           HG3      GLN  84   6.570 -15.193  -0.327
    7   HE21  GLN  84          HE21      GLN  84   7.170 -18.483  -1.300
    8   HE22  GLN  84          HE22      GLN  84   5.767 -19.164  -0.547

  No H/Q in entry =           8
  In of MODEL   24
    1    HA   PRO  85           HA       PRO  85   6.361 -10.419  -1.512
    2    HB2  PRO  85           HB2      PRO  85   4.218  -9.507  -2.954
    3    HB3  PRO  85           HB3      PRO  85   5.917  -9.204  -3.369
    4    HG2  PRO  85           HG2      PRO  85   3.998 -11.174  -4.525
    5    HG3  PRO  85           HG3      PRO  85   5.297 -10.259  -5.324
    6    HD2  PRO  85           HD2      PRO  85   5.529 -12.932  -4.654
    7    HD3  PRO  85           HD3      PRO  85   6.930 -11.813  -4.747

  No H/Q in entry =           7
  In of MODEL   24
    1    H    LYS  86           H        LYS  86   4.687  -9.533  -0.206
    2    HA   LYS  86           HA       LYS  86   2.703 -11.578   0.552
    3    HB2  LYS  86           HB2      LYS  86   3.804  -9.352   2.274
    4    HB3  LYS  86           HB3      LYS  86   2.745 -10.650   2.797
    5    HG2  LYS  86           HG2      LYS  86   5.620 -10.869   1.923
    6    HG3  LYS  86           HG3      LYS  86   4.983 -11.087   3.550
    7    HD2  LYS  86           HD2      LYS  86   3.550 -12.927   2.043
    8    HD3  LYS  86           HD3      LYS  86   5.171 -12.981   1.346
    9    HE2  LYS  86           HE2      LYS  86   6.111 -13.316   3.602
   10    HE3  LYS  86           HE3      LYS  86   4.480 -13.321   4.267
   11    HZ1  LYS  86           HZ1      LYS  86   5.545 -15.267   2.293
   12    HZ2  LYS  86           HZ2      LYS  86   5.337 -15.556   3.948
   13    HZ3  LYS  86           HZ3      LYS  86   3.985 -15.287   2.960

  No H/Q in entry =          13
  In of MODEL   24
    1    H    ILE  87           H        ILE  87   0.646 -10.931   1.136
    2    HA   ILE  87           HA       ILE  87  -0.130  -8.217   0.272
    3    HB   ILE  87           HB       ILE  87  -1.421 -10.780  -0.302
    4   HG12  ILE  87          HG12      ILE  87  -0.871  -9.516  -2.183
    5   HG13  ILE  87          HG13      ILE  87  -2.595  -9.167  -2.002
    6   HG21  ILE  87          HG21      ILE  87  -3.089  -8.545   0.808
    7   HG22  ILE  87          HG22      ILE  87  -3.740  -9.811  -0.237
    8   HG23  ILE  87          HG23      ILE  87  -3.038 -10.229   1.331
    9   HD11  ILE  87          HD11      ILE  87  -0.371  -7.412  -1.015
   10   HD12  ILE  87          HD12      ILE  87  -1.289  -7.176  -2.499
   11   HD13  ILE  87          HD13      ILE  87  -2.099  -7.077  -0.941

  No H/Q in entry =          11
  In of MODEL   24
    1    H    VAL  88           H        VAL  88  -1.031  -6.883   1.665
    2    HA   VAL  88           HA       VAL  88  -1.944  -7.953   4.253
    3    HB   VAL  88           HB       VAL  88   0.056  -6.606   4.566
    4   HG11  VAL  88          HG11      VAL  88  -1.418  -4.405   3.164
    5   HG12  VAL  88          HG12      VAL  88   0.115  -4.223   4.017
    6   HG13  VAL  88          HG13      VAL  88   0.018  -5.250   2.583
    7   HG21  VAL  88          HG21      VAL  88  -2.496  -5.305   5.470
    8   HG22  VAL  88          HG22      VAL  88  -1.478  -6.438   6.359
    9   HG23  VAL  88          HG23      VAL  88  -0.904  -4.798   6.044

  No H/Q in entry =           9
  In of MODEL   24
    1    H    LYS  89           H        LYS  89  -4.102  -7.649   4.596
    2    HA   LYS  89           HA       LYS  89  -5.426  -5.779   2.760
    3    HB2  LYS  89           HB2      LYS  89  -6.701  -8.149   4.125
    4    HB3  LYS  89           HB3      LYS  89  -7.353  -7.177   2.808
    5    HG2  LYS  89           HG2      LYS  89  -5.998  -8.146   1.233
    6    HG3  LYS  89           HG3      LYS  89  -4.789  -8.615   2.431
    7    HD2  LYS  89           HD2      LYS  89  -7.543  -9.808   2.262
    8    HD3  LYS  89           HD3      LYS  89  -6.116 -10.525   1.510
    9    HE2  LYS  89           HE2      LYS  89  -5.068 -10.637   3.767
   10    HE3  LYS  89           HE3      LYS  89  -6.581 -10.043   4.454
   11    HZ1  LYS  89           HZ1      LYS  89  -7.700 -12.001   3.590
   12    HZ2  LYS  89           HZ2      LYS  89  -6.249 -12.572   2.927
   13    HZ3  LYS  89           HZ3      LYS  89  -6.421 -12.439   4.610

  No H/Q in entry =          13
  In of MODEL   24
    1    H    TRP  90           H        TRP  90  -7.115  -4.498   3.543
    2    HA   TRP  90           HA       TRP  90  -6.629  -3.680   6.290
    3    HB2  TRP  90           HB2      TRP  90  -6.611  -2.008   4.456
    4    HB3  TRP  90           HB3      TRP  90  -8.298  -2.377   4.125
    5    HD1  TRP  90           HD1      TRP  90  -6.582  -1.415   7.530
    6    HE1  TRP  90           HE1      TRP  90  -7.864   0.534   8.518
    7    HE3  TRP  90           HE3      TRP  90  -9.942  -0.637   3.698
    8    HZ2  TRP  90           HZ2      TRP  90 -10.043   2.165   7.851
    9    HZ3  TRP  90           HZ3      TRP  90 -11.585   1.171   3.970
   10    HH2  TRP  90           HH2      TRP  90 -11.638   2.563   5.982

  No H/Q in entry =          10
  In of MODEL   24
    1    H    ASP  91           H        ASP  91  -8.064  -3.767   7.950
    2    HA   ASP  91           HA       ASP  91 -10.092  -5.793   7.745
    3    HB2  ASP  91           HB2      ASP  91 -10.356  -5.403  10.196
    4    HB3  ASP  91           HB3      ASP  91  -8.691  -5.737   9.732

  No H/Q in entry =           4
  In of MODEL   24
    1    H    ARG  92           H        ARG  92 -11.897  -5.238   6.741
    2    HA   ARG  92           HA       ARG  92 -14.000  -3.947   7.781
    3    HB2  ARG  92           HB2      ARG  92 -14.108  -1.700   7.023
    4    HB3  ARG  92           HB3      ARG  92 -12.471  -1.897   7.657
    5    HG2  ARG  92           HG2      ARG  92 -12.032  -0.752   5.747
    6    HG3  ARG  92           HG3      ARG  92 -11.848  -2.427   5.180
    7    HD2  ARG  92           HD2      ARG  92 -13.269  -0.666   3.758
    8    HD3  ARG  92           HD3      ARG  92 -13.831  -2.336   3.946
    9    HE   ARG  92           HE       ARG  92 -14.821  -0.303   5.811
   10   HH11  ARG  92          HH11      ARG  92 -15.388  -2.421   3.084
   11   HH12  ARG  92          HH12      ARG  92 -17.112  -2.311   3.187
   12   HH21  ARG  92          HH21      ARG  92 -17.075  -0.137   5.954
   13   HH22  ARG  92          HH22      ARG  92 -18.090  -1.020   4.845

  No H/Q in entry =          13
  In of MODEL   24
    1    H    ASP  93           H        ASP  93 -12.221  -5.017   5.112
    2    HA   ASP  93           HA       ASP  93 -14.632  -5.133   3.426
    3    HB2  ASP  93           HB2      ASP  93 -12.986  -4.732   1.506
    4    HB3  ASP  93           HB3      ASP  93 -13.542  -3.336   2.435

  No H/Q in entry =           4
  In of MODEL   24
    1    HA   MET  94           HA       MET  94 -11.314  -8.540   2.603
    2    HB2  MET  94           HB2      MET  94 -10.228  -9.828   4.551
    3    HB3  MET  94           HB3      MET  94  -9.525  -8.292   4.054
    4    HG2  MET  94           HG2      MET  94  -9.640  -8.653   6.528
    5    HG3  MET  94           HG3      MET  94 -10.388  -7.155   5.972
    6    HE1  MET  94           HE1      MET  94 -10.787  -8.428   8.862
    7    HE2  MET  94           HE2      MET  94 -11.567  -6.931   8.350
    8    HE3  MET  94           HE3      MET  94 -12.524  -8.217   9.091

  No H/Q in entry =           8
  In of MODEL   25
    1    HA   MET   1           HA       MET   1   5.742  -7.073   8.627
    2    HB2  MET   1           HB2      MET   1   5.951  -9.036   7.186
    3    HB3  MET   1           HB3      MET   1   4.964  -8.266   5.953
    4    HG2  MET   1           HG2      MET   1   6.691  -6.548   5.663
    5    HG3  MET   1           HG3      MET   1   7.682  -7.357   6.875
    6    HE1  MET   1           HE1      MET   1   8.770  -9.735   6.557
    7    HE2  MET   1           HE2      MET   1   7.173 -10.413   6.245
    8    HE3  MET   1           HE3      MET   1   8.506 -10.758   5.145

  No H/Q in entry =           8
  In of MODEL   25
    1    H    ILE   2           H        ILE   2   3.285  -6.661   6.104
    2    HA   ILE   2           HA       ILE   2   3.849  -3.781   6.032
    3    HB   ILE   2           HB       ILE   2   1.654  -5.071   4.422
    4   HG12  ILE   2          HG12      ILE   2   4.460  -5.004   3.325
    5   HG13  ILE   2          HG13      ILE   2   3.819  -6.424   4.158
    6   HG21  ILE   2          HG21      ILE   2   1.993  -2.611   4.427
    7   HG22  ILE   2          HG22      ILE   2   3.568  -2.867   3.666
    8   HG23  ILE   2          HG23      ILE   2   2.093  -3.347   2.830
    9   HD11  ILE   2          HD11      ILE   2   1.994  -6.543   2.529
   10   HD12  ILE   2          HD12      ILE   2   2.656  -5.140   1.693
   11   HD13  ILE   2          HD13      ILE   2   3.577  -6.646   1.752

  No H/Q in entry =          11
  In of MODEL   25
    1    H    GLN   3           H        GLN   3   2.271  -2.301   6.686
    2    HA   GLN   3           HA       GLN   3  -0.180  -3.460   7.823
    3    HB2  GLN   3           HB2      GLN   3   1.628  -1.438   9.156
    4    HB3  GLN   3           HB3      GLN   3   0.005  -1.855   9.731
    5    HG2  GLN   3           HG2      GLN   3   0.661  -4.107  10.211
    6    HG3  GLN   3           HG3      GLN   3   2.235  -3.861   9.410
    7   HE21  GLN   3          HE21      GLN   3   3.371  -4.429  11.253
    8   HE22  GLN   3          HE22      GLN   3   3.474  -3.386  12.633

  No H/Q in entry =           8
  In of MODEL   25
    1    H    VAL   4           H        VAL   4  -1.787  -2.674   6.677
    2    HA   VAL   4           HA       VAL   4  -1.580  -0.022   5.507
    3    HB   VAL   4           HB       VAL   4  -3.854  -0.686   4.452
    4   HG11  VAL   4          HG11      VAL   4  -1.354  -2.242   3.777
    5   HG12  VAL   4          HG12      VAL   4  -2.743  -2.013   2.713
    6   HG13  VAL   4          HG13      VAL   4  -1.765  -0.626   3.199
    7   HG21  VAL   4          HG21      VAL   4  -4.345  -2.512   5.993
    8   HG22  VAL   4          HG22      VAL   4  -4.274  -3.082   4.326
    9   HG23  VAL   4          HG23      VAL   4  -2.925  -3.387   5.420

  No H/Q in entry =           9
  In of MODEL   25
    1    H    TYR   5           H        TYR   5  -3.173   1.529   5.676
    2    HA   TYR   5           HA       TYR   5  -5.193   1.395   7.747
    3    HB2  TYR   5           HB2      TYR   5  -2.808   3.250   7.941
    4    HB3  TYR   5           HB3      TYR   5  -4.323   3.565   8.776
    5    HD1  TYR   5           HD1      TYR   5  -5.110   1.143  10.041
    6    HD2  TYR   5           HD2      TYR   5  -1.143   2.554   9.370
    7    HE1  TYR   5           HE1      TYR   5  -4.304  -0.214  11.943
    8    HE2  TYR   5           HE2      TYR   5  -0.337   1.207  11.266
    9    HH   TYR   5           HH       TYR   5  -1.130   0.163  13.248

  No H/Q in entry =           9
  In of MODEL   25
    1    H    SER   6           H        SER   6  -6.140   3.811   7.863
    2    HA   SER   6           HA       SER   6  -5.824   5.136   5.263
    3    HB2  SER   6           HB2      SER   6  -8.456   4.683   6.714
    4    HB3  SER   6           HB3      SER   6  -8.241   5.623   5.230
    5    HG   SER   6           HG       SER   6  -7.168   3.131   5.023

  No H/Q in entry =           5
  In of MODEL   25
    1    H    ARG   7           H        ARG   7  -6.352   7.415   5.319
    2    HA   ARG   7           HA       ARG   7  -5.513   8.591   7.833
    3    HB2  ARG   7           HB2      ARG   7  -5.244   9.289   5.103
    4    HB3  ARG   7           HB3      ARG   7  -6.171  10.575   5.866
    5    HG2  ARG   7           HG2      ARG   7  -3.536   9.525   6.881
    6    HG3  ARG   7           HG3      ARG   7  -3.729  10.966   5.882
    7    HD2  ARG   7           HD2      ARG   7  -5.301  10.723   8.400
    8    HD3  ARG   7           HD3      ARG   7  -3.587  11.142   8.497
    9    HE   ARG   7           HE       ARG   7  -4.240  12.987   6.849
   10   HH11  ARG   7          HH11      ARG   7  -6.387  11.721   9.302
   11   HH12  ARG   7          HH12      ARG   7  -7.228  13.221   9.535
   12   HH21  ARG   7          HH21      ARG   7  -5.361  14.960   7.115
   13   HH22  ARG   7          HH22      ARG   7  -6.654  15.069   8.284

  No H/Q in entry =          13
  In of MODEL   25
    1    H    HIS   8           H        HIS   8  -8.449   7.878   6.398
    2    HA   HIS   8           HA       HIS   8  -9.860   9.720   8.181
    3    HB2  HIS   8           HB2      HIS   8 -10.488   9.330   5.243
    4    HB3  HIS   8           HB3      HIS   8 -11.537  10.165   6.380
    5    HD2  HIS   8           HD2      HIS   8  -9.180  11.113   3.753
    6    HE1  HIS   8           HE1      HIS   8  -8.708  14.092   6.717
    7    HE2  HIS   8           HE2      HIS   8  -8.391  13.523   4.264

  No H/Q in entry =           7
  In of MODEL   25
    1    HA   PRO   9           HA       PRO   9 -12.381   6.210   9.153
    2    HB2  PRO   9           HB2      PRO   9 -14.817   7.856   9.021
    3    HB3  PRO   9           HB3      PRO   9 -14.082   7.044  10.414
    4    HG2  PRO   9           HG2      PRO   9 -14.027   9.739  10.144
    5    HG3  PRO   9           HG3      PRO   9 -12.664   8.844  10.856
    6    HD2  PRO   9           HD2      PRO   9 -12.980   9.926   8.075
    7    HD3  PRO   9           HD3      PRO   9 -11.560  10.009   9.147

  No H/Q in entry =           7
  In of MODEL   25
    1    H    ALA  10           H        ALA  10 -13.323   4.608   8.044
    2    HA   ALA  10           HA       ALA  10 -13.751   4.708   5.290
    3    HB1  ALA  10           HB1      ALA  10 -14.630   2.448   5.516
    4    HB2  ALA  10           HB2      ALA  10 -13.202   2.660   6.526
    5    HB3  ALA  10           HB3      ALA  10 -14.807   2.674   7.255

  No H/Q in entry =           5
  In of MODEL   25
    1    H    GLU  11           H        GLU  11 -15.342   6.148   4.497
    2    HA   GLU  11           HA       GLU  11 -18.091   5.559   5.409
    3    HB2  GLU  11           HB2      GLU  11 -16.897   7.998   5.536
    4    HB3  GLU  11           HB3      GLU  11 -17.558   8.074   3.914
    5    HG2  GLU  11           HG2      GLU  11 -19.108   7.632   6.449
    6    HG3  GLU  11           HG3      GLU  11 -19.043   9.097   5.477

  No H/Q in entry =           6
  In of MODEL   25
    1    H    ASN  12           H        ASN  12 -18.938   4.143   3.941
    2    HA   ASN  12           HA       ASN  12 -18.226   3.634   1.372
    3    HB2  ASN  12           HB2      ASN  12 -19.796   2.199   2.408
    4    HB3  ASN  12           HB3      ASN  12 -20.932   3.495   2.751
    5   HD21  ASN  12          HD21      ASN  12 -22.265   4.243   1.081
    6   HD22  ASN  12          HD22      ASN  12 -22.479   3.369  -0.400

  No H/Q in entry =           6
  In of MODEL   25
    1    H    GLY  13           H        GLY  13 -18.076   4.820  -0.425
    2    HA2  GLY  13           HA2      GLY  13 -20.110   6.919  -0.916
    3    HA3  GLY  13           HA3      GLY  13 -19.233   6.045  -2.157

  No H/Q in entry =           3
  In of MODEL   25
    1    H    LYS  14           H        LYS  14 -17.262   7.043   0.478
    2    HA   LYS  14           HA       LYS  14 -16.687   9.650  -0.732
    3    HB2  LYS  14           HB2      LYS  14 -15.258   8.388   1.606
    4    HB3  LYS  14           HB3      LYS  14 -15.263  10.075   1.147
    5    HG2  LYS  14           HG2      LYS  14 -17.661   8.586   2.210
    6    HG3  LYS  14           HG3      LYS  14 -16.543   9.533   3.174
    7    HD2  LYS  14           HD2      LYS  14 -18.430  10.871   2.797
    8    HD3  LYS  14           HD3      LYS  14 -17.123  11.534   1.820
    9    HE2  LYS  14           HE2      LYS  14 -19.086  11.586   0.490
   10    HE3  LYS  14           HE3      LYS  14 -18.089  10.270  -0.129
   11    HZ1  LYS  14           HZ1      LYS  14 -19.476   8.742   1.252
   12    HZ2  LYS  14           HZ2      LYS  14 -20.489  10.050   1.613
   13    HZ3  LYS  14           HZ3      LYS  14 -20.334   9.515   0.011

  No H/Q in entry =          13
  In of MODEL   25
    1    H    SER  15           H        SER  15 -14.707  10.208  -1.663
    2    HA   SER  15           HA       SER  15 -12.842   7.994  -2.064
    3    HB2  SER  15           HB2      SER  15 -11.729   9.813  -3.610
    4    HB3  SER  15           HB3      SER  15 -13.104   8.858  -4.164
    5    HG   SER  15           HG       SER  15 -12.889  11.539  -3.760

  No H/Q in entry =           5
  In of MODEL   25
    1    H    ASN  16           H        ASN  16 -10.794   8.043  -1.382
    2    HA   ASN  16           HA       ASN  16  -9.748  10.185   0.228
    3    HB2  ASN  16           HB2      ASN  16 -10.262   7.545   1.626
    4    HB3  ASN  16           HB3      ASN  16  -9.539   8.982   2.318
    5   HD21  ASN  16          HD21      ASN  16 -10.850   9.565   3.883
    6   HD22  ASN  16          HD22      ASN  16 -12.564   9.788   3.757

  No H/Q in entry =           6
  In of MODEL   25
    1    H    PHE  17           H        PHE  17  -7.871   8.371   1.618
    2    HA   PHE  17           HA       PHE  17  -6.472   7.332  -0.750
    3    HB2  PHE  17           HB2      PHE  17  -5.462   9.125   1.446
    4    HB3  PHE  17           HB3      PHE  17  -4.360   8.148   0.481
    5    HD1  PHE  17           HD1      PHE  17  -4.964  11.325   0.750
    6    HD2  PHE  17           HD2      PHE  17  -5.693   8.286  -2.132
    7    HE1  PHE  17           HE1      PHE  17  -4.980  13.024  -1.026
    8    HE2  PHE  17           HE2      PHE  17  -5.706   9.981  -3.927
    9    HZ   PHE  17           HZ       PHE  17  -5.348  12.357  -3.368

  No H/Q in entry =           9
  In of MODEL   25
    1    H    LEU  18           H        LEU  18  -5.664   5.321  -0.579
    2    HA   LEU  18           HA       LEU  18  -5.861   3.964   2.000
    3    HB2  LEU  18           HB2      LEU  18  -6.666   2.637   0.200
    4    HB3  LEU  18           HB3      LEU  18  -5.260   2.983  -0.786
    5    HG   LEU  18           HG       LEU  18  -3.865   1.541   0.639
    6   HD11  LEU  18          HD11      LEU  18  -6.397   1.069   2.216
    7   HD12  LEU  18          HD12      LEU  18  -4.908   0.138   2.377
    8   HD13  LEU  18          HD13      LEU  18  -4.923   1.851   2.792
    9   HD21  LEU  18          HD21      LEU  18  -6.429   0.228  -0.257
   10   HD22  LEU  18          HD22      LEU  18  -4.989   0.506  -1.238
   11   HD23  LEU  18          HD23      LEU  18  -4.926  -0.614   0.121

  No H/Q in entry =          11
  In of MODEL   25
    1    H    ASN  19           H        ASN  19  -4.231   3.679   3.320
    2    HA   ASN  19           HA       ASN  19  -1.572   4.586   2.414
    3    HB2  ASN  19           HB2      ASN  19  -1.859   6.026   4.157
    4    HB3  ASN  19           HB3      ASN  19  -3.088   5.019   4.920
    5   HD21  ASN  19          HD21      ASN  19   0.233   5.873   4.796
    6   HD22  ASN  19          HD22      ASN  19   0.740   4.938   6.154

  No H/Q in entry =           6
  In of MODEL   25
    1    H    CYS  20           H        CYS  20  -0.044   3.075   2.119
    2    HA   CYS  20           HA       CYS  20  -0.143   0.658   3.800
    3    HB2  CYS  20           HB2      CYS  20  -0.519  -0.025   1.553
    4    HB3  CYS  20           HB3      CYS  20   0.681   1.102   0.907

  No H/Q in entry =           4
  In of MODEL   25
    1    H    TYR  21           H        TYR  21   1.489   0.691   5.283
    2    HA   TYR  21           HA       TYR  21   3.897   2.260   4.729
    3    HB2  TYR  21           HB2      TYR  21   3.070   0.746   7.206
    4    HB3  TYR  21           HB3      TYR  21   4.584   1.600   7.044
    5    HD1  TYR  21           HD1      TYR  21   4.564   4.089   6.865
    6    HD2  TYR  21           HD2      TYR  21   1.076   1.863   7.835
    7    HE1  TYR  21           HE1      TYR  21   3.548   6.116   7.825
    8    HE2  TYR  21           HE2      TYR  21   0.046   3.881   8.789
    9    HH   TYR  21           HH       TYR  21   0.675   6.012   9.696

  No H/Q in entry =           9
  In of MODEL   25
    1    H    VAL  22           H        VAL  22   5.728   1.393   4.017
    2    HA   VAL  22           HA       VAL  22   6.142  -1.496   4.426
    3    HB   VAL  22           HB       VAL  22   7.148   0.150   2.062
    4   HG11  VAL  22          HG11      VAL  22   8.556  -1.774   2.724
    5   HG12  VAL  22          HG12      VAL  22   7.167  -2.841   2.518
    6   HG13  VAL  22          HG13      VAL  22   7.828  -1.974   1.127
    7   HG21  VAL  22          HG21      VAL  22   4.859  -1.823   2.222
    8   HG22  VAL  22          HG22      VAL  22   4.749  -0.095   1.880
    9   HG23  VAL  22          HG23      VAL  22   5.529  -1.176   0.722

  No H/Q in entry =           9
  In of MODEL   25
    1    H    SER  23           H        SER  23   7.675  -1.621   6.024
    2    HA   SER  23           HA       SER  23   9.563   0.631   6.232
    3    HB2  SER  23           HB2      SER  23   9.413   0.284   8.703
    4    HB3  SER  23           HB3      SER  23   7.869   0.683   7.962
    5    HG   SER  23           HG       SER  23   7.113  -1.165   8.601

  No H/Q in entry =           5
  In of MODEL   25
    1    H    GLY  24           H        GLY  24  11.713   0.256   6.446
    2    HA2  GLY  24           HA2      GLY  24  12.658  -2.411   7.269
    3    HA3  GLY  24           HA3      GLY  24  13.615  -0.938   7.252

  No H/Q in entry =           3
  In of MODEL   25
    1    H    PHE  25           H        PHE  25  12.005  -0.982   4.403
    2    HA   PHE  25           HA       PHE  25  14.066  -2.600   3.044
    3    HB2  PHE  25           HB2      PHE  25  11.332  -1.785   2.060
    4    HB3  PHE  25           HB3      PHE  25  12.456  -2.853   1.233
    5    HD1  PHE  25           HD1      PHE  25  10.220  -2.567   4.167
    6    HD2  PHE  25           HD2      PHE  25  12.613  -5.177   1.792
    7    HE1  PHE  25           HE1      PHE  25   9.207  -4.520   5.300
    8    HE2  PHE  25           HE2      PHE  25  11.603  -7.135   2.920
    9    HZ   PHE  25           HZ       PHE  25   9.886  -6.791   4.648

  No H/Q in entry =           9
  In of MODEL   25
    1    H    HIS  26           H        HIS  26  15.261  -1.689   1.363
    2    HA   HIS  26           HA       HIS  26  15.408   1.152   1.239
    3    HB2  HIS  26           HB2      HIS  26  16.735   0.540  -0.995
    4    HB3  HIS  26           HB3      HIS  26  17.446   0.392   0.587
    5    HD2  HIS  26           HD2      HIS  26  15.208  -2.304  -1.226
    6    HE1  HIS  26           HE1      HIS  26  19.040  -3.881  -0.367
    7    HE2  HIS  26           HE2      HIS  26  16.832  -4.303  -1.533

  No H/Q in entry =           7
  In of MODEL   25
    1    HA   PRO  27           HA       PRO  27  11.976   2.024  -1.417
    2    HB2  PRO  27           HB2      PRO  27  13.641   4.445  -1.955
    3    HB3  PRO  27           HB3      PRO  27  11.949   4.346  -1.452
    4    HG2  PRO  27           HG2      PRO  27  13.849   5.060   0.281
    5    HG3  PRO  27           HG3      PRO  27  12.499   4.009   0.785
    6    HD2  PRO  27           HD2      PRO  27  15.346   3.304   0.177
    7    HD3  PRO  27           HD3      PRO  27  14.250   2.635   1.408

  No H/Q in entry =           7
  In of MODEL   25
    1    H    SER  28           H        SER  28  15.235   1.659  -2.421
    2    HA   SER  28           HA       SER  28  14.562   2.144  -5.199
    3    HB2  SER  28           HB2      SER  28  16.650   3.118  -4.446
    4    HB3  SER  28           HB3      SER  28  17.232   1.545  -3.907
    5    HG   SER  28           HG       SER  28  16.945   2.571  -6.500

  No H/Q in entry =           5
  In of MODEL   25
    1    H    ASP  29           H        ASP  29  15.443  -0.683  -3.103
    2    HA   ASP  29           HA       ASP  29  15.099  -2.293  -5.568
    3    HB2  ASP  29           HB2      ASP  29  16.714  -2.890  -3.100
    4    HB3  ASP  29           HB3      ASP  29  16.198  -4.161  -4.196

  No H/Q in entry =           4
  In of MODEL   25
    1    H    ILE  30           H        ILE  30  12.769  -1.437  -4.024
    2    HA   ILE  30           HA       ILE  30  11.840  -4.184  -3.493
    3    HB   ILE  30           HB       ILE  30  10.627  -3.624  -1.630
    4   HG12  ILE  30          HG12      ILE  30  10.693  -0.686  -2.386
    5   HG13  ILE  30          HG13      ILE  30   9.352  -1.793  -2.676
    6   HG21  ILE  30          HG21      ILE  30  12.984  -1.774  -1.540
    7   HG22  ILE  30          HG22      ILE  30  11.983  -2.165  -0.141
    8   HG23  ILE  30          HG23      ILE  30  12.889  -3.435  -0.959
    9   HD11  ILE  30          HD11      ILE  30   9.196  -2.146  -0.227
   10   HD12  ILE  30          HD12      ILE  30  10.414  -0.887  -0.022
   11   HD13  ILE  30          HD13      ILE  30   8.860  -0.496  -0.750

  No H/Q in entry =          11
  In of MODEL   25
    1    H    GLU  31           H        GLU  31   9.376  -4.326  -3.628
    2    HA   GLU  31           HA       GLU  31   8.330  -2.541  -5.681
    3    HB2  GLU  31           HB2      GLU  31   9.338  -5.097  -5.976
    4    HB3  GLU  31           HB3      GLU  31   7.607  -5.275  -6.054
    5    HG2  GLU  31           HG2      GLU  31   9.263  -3.390  -7.737
    6    HG3  GLU  31           HG3      GLU  31   8.668  -4.956  -8.273

  No H/Q in entry =           6
  In of MODEL   25
    1    H    VAL  32           H        VAL  32   6.444  -1.860  -5.061
    2    HA   VAL  32           HA       VAL  32   4.690  -3.500  -3.369
    3    HB   VAL  32           HB       VAL  32   5.170  -2.289  -1.524
    4   HG11  VAL  32          HG11      VAL  32   7.247  -1.508  -2.637
    5   HG12  VAL  32          HG12      VAL  32   6.368  -0.080  -3.185
    6   HG13  VAL  32          HG13      VAL  32   6.595  -0.372  -1.459
    7   HG21  VAL  32          HG21      VAL  32   3.036  -1.254  -2.097
    8   HG22  VAL  32          HG22      VAL  32   4.097  -0.128  -1.249
    9   HG23  VAL  32          HG23      VAL  32   3.883   0.007  -2.995

  No H/Q in entry =           9
  In of MODEL   25
    1    H    ASP  33           H        ASP  33   2.525  -3.287  -3.755
    2    HA   ASP  33           HA       ASP  33   1.632  -1.058  -5.451
    3    HB2  ASP  33           HB2      ASP  33   0.954  -3.996  -5.965
    4    HB3  ASP  33           HB3      ASP  33   0.206  -2.630  -6.795

  No H/Q in entry =           4
  In of MODEL   25
    1    H    LEU  34           H        LEU  34  -0.727  -0.853  -5.438
    2    HA   LEU  34           HA       LEU  34  -1.899  -1.771  -2.886
    3    HB2  LEU  34           HB2      LEU  34  -2.229   0.755  -4.433
    4    HB3  LEU  34           HB3      LEU  34  -3.624   0.160  -3.558
    5    HG   LEU  34           HG       LEU  34  -2.220   0.161  -1.464
    6   HD11  LEU  34          HD11      LEU  34  -0.011   0.109  -2.516
    7   HD12  LEU  34          HD12      LEU  34  -0.280   1.734  -3.151
    8   HD13  LEU  34          HD13      LEU  34  -0.185   1.469  -1.408
    9   HD21  LEU  34          HD21      LEU  34  -3.796   1.949  -1.948
   10   HD22  LEU  34          HD22      LEU  34  -2.376   2.553  -1.097
   11   HD23  LEU  34          HD23      LEU  34  -2.544   2.821  -2.832

  No H/Q in entry =          11
  In of MODEL   25
    1    H    LEU  35           H        LEU  35  -3.652  -3.061  -2.930
    2    HA   LEU  35           HA       LEU  35  -4.649  -3.842  -5.597
    3    HB2  LEU  35           HB2      LEU  35  -4.198  -5.662  -3.234
    4    HB3  LEU  35           HB3      LEU  35  -4.764  -6.123  -4.820
    5    HG   LEU  35           HG       LEU  35  -1.999  -5.397  -3.938
    6   HD11  LEU  35          HD11      LEU  35  -3.338  -7.662  -5.404
    7   HD12  LEU  35          HD12      LEU  35  -1.591  -7.483  -5.329
    8   HD13  LEU  35          HD13      LEU  35  -2.519  -7.709  -3.844
    9   HD21  LEU  35          HD21      LEU  35  -2.488  -4.029  -5.968
   10   HD22  LEU  35          HD22      LEU  35  -1.239  -5.248  -6.209
   11   HD23  LEU  35          HD23      LEU  35  -2.863  -5.519  -6.829

  No H/Q in entry =          11
  In of MODEL   25
    1    H    LYS  36           H        LYS  36  -6.622  -5.121  -5.577
    2    HA   LYS  36           HA       LYS  36  -8.442  -4.723  -3.301
    3    HB2  LYS  36           HB2      LYS  36  -9.500  -5.221  -6.054
    4    HB3  LYS  36           HB3      LYS  36 -10.247  -4.341  -4.703
    5    HG2  LYS  36           HG2      LYS  36  -8.704  -2.475  -5.116
    6    HG3  LYS  36           HG3      LYS  36  -7.929  -3.391  -6.396
    7    HD2  LYS  36           HD2      LYS  36  -9.535  -1.636  -7.247
    8    HD3  LYS  36           HD3      LYS  36  -9.800  -3.256  -7.861
    9    HE2  LYS  36           HE2      LYS  36 -11.663  -3.359  -5.961
   10    HE3  LYS  36           HE3      LYS  36 -11.568  -1.597  -6.053
   11    HZ1  LYS  36           HZ1      LYS  36 -12.073  -3.398  -8.344
   12    HZ2  LYS  36           HZ2      LYS  36 -13.245  -2.519  -7.502
   13    HZ3  LYS  36           HZ3      LYS  36 -12.047  -1.703  -8.380

  No H/Q in entry =          13
  In of MODEL   25
    1    H    ASN  37           H        ASN  37  -8.556  -6.739  -2.357
    2    HA   ASN  37           HA       ASN  37  -8.449  -9.034  -2.165
    3    HB2  ASN  37           HB2      ASN  37 -10.215  -9.112  -4.565
    4    HB3  ASN  37           HB3      ASN  37 -10.386 -10.054  -3.119
    5   HD21  ASN  37          HD21      ASN  37 -10.744  -6.881  -4.554
    6   HD22  ASN  37          HD22      ASN  37 -11.959  -6.291  -3.482

  No H/Q in entry =           6
  In of MODEL   25
    1    H    GLY  38           H        GLY  38  -6.220  -8.277  -3.415
    2    HA2  GLY  38           HA2      GLY  38  -5.556 -10.536  -5.002
    3    HA3  GLY  38           HA3      GLY  38  -4.488  -9.203  -4.626

  No H/Q in entry =           3
  In of MODEL   25
    1    H    GLU  39           H        GLU  39  -6.458  -7.261  -5.892
    2    HA   GLU  39           HA       GLU  39  -5.746  -7.871  -8.676
    3    HB2  GLU  39           HB2      GLU  39  -8.188  -8.258  -8.259
    4    HB3  GLU  39           HB3      GLU  39  -8.340  -6.567  -7.804
    5    HG2  GLU  39           HG2      GLU  39  -9.103  -6.913 -10.088
    6    HG3  GLU  39           HG3      GLU  39  -7.659  -5.892 -10.055

  No H/Q in entry =           6
  In of MODEL   25
    1    H    ARG  40           H        ARG  40  -4.546  -6.344  -9.542
    2    HA   ARG  40           HA       ARG  40  -3.600  -4.133  -8.135
    3    HB2  ARG  40           HB2      ARG  40  -2.777  -5.452 -10.336
    4    HB3  ARG  40           HB3      ARG  40  -3.532  -4.081 -11.131
    5    HG2  ARG  40           HG2      ARG  40  -2.072  -2.553  -9.920
    6    HG3  ARG  40           HG3      ARG  40  -1.332  -3.907  -9.085
    7    HD2  ARG  40           HD2      ARG  40   0.201  -3.465 -10.775
    8    HD3  ARG  40           HD3      ARG  40  -0.748  -4.767 -11.486
    9    HE   ARG  40           HE       ARG  40  -2.065  -2.897 -12.595
   10   HH11  ARG  40          HH11      ARG  40   1.329  -2.642 -11.743
   11   HH12  ARG  40          HH12      ARG  40   1.697  -1.523 -13.031
   12   HH21  ARG  40          HH21      ARG  40  -1.584  -1.445 -14.287
   13   HH22  ARG  40          HH22      ARG  40   0.026  -0.817 -14.456

  No H/Q in entry =          13
  In of MODEL   25
    1    H    ILE  41           H        ILE  41  -4.422  -2.228  -7.705
    2    HA   ILE  41           HA       ILE  41  -6.906  -1.307  -8.715
    3    HB   ILE  41           HB       ILE  41  -4.786   0.198  -7.193
    4   HG12  ILE  41          HG12      ILE  41  -7.226  -1.291  -6.212
    5   HG13  ILE  41          HG13      ILE  41  -5.568  -1.854  -6.045
    6   HG21  ILE  41          HG21      ILE  41  -6.386   1.727  -8.236
    7   HG22  ILE  41          HG22      ILE  41  -7.726   0.816  -7.546
    8   HG23  ILE  41          HG23      ILE  41  -6.620   1.692  -6.489
    9   HD11  ILE  41          HD11      ILE  41  -6.448   0.737  -4.844
   10   HD12  ILE  41          HD12      ILE  41  -6.722  -0.813  -4.037
   11   HD13  ILE  41          HD13      ILE  41  -5.079  -0.300  -4.422

  No H/Q in entry =          11
  In of MODEL   25
    1    H    GLU  42           H        GLU  42  -4.074   0.770  -8.662
    2    HA   GLU  42           HA       GLU  42  -2.681   0.708 -10.827
    3    HB2  GLU  42           HB2      GLU  42  -5.361   1.683 -11.796
    4    HB3  GLU  42           HB3      GLU  42  -3.891   2.265 -12.525
    5    HG2  GLU  42           HG2      GLU  42  -3.553   0.372 -13.593
    6    HG3  GLU  42           HG3      GLU  42  -4.195  -0.667 -12.341

  No H/Q in entry =           6
  In of MODEL   25
    1    H    LYS  43           H        LYS  43  -4.964   3.020  -9.381
    2    HA   LYS  43           HA       LYS  43  -3.521   5.316 -10.327
    3    HB2  LYS  43           HB2      LYS  43  -5.610   5.301  -8.149
    4    HB3  LYS  43           HB3      LYS  43  -5.185   6.619  -9.223
    5    HG2  LYS  43           HG2      LYS  43  -6.756   4.132  -9.917
    6    HG3  LYS  43           HG3      LYS  43  -7.332   5.796  -9.857
    7    HD2  LYS  43           HD2      LYS  43  -5.226   4.799 -11.774
    8    HD3  LYS  43           HD3      LYS  43  -6.940   4.950 -12.160
    9    HE2  LYS  43           HE2      LYS  43  -5.253   7.252 -11.185
   10    HE3  LYS  43           HE3      LYS  43  -5.496   6.884 -12.893
   11    HZ1  LYS  43           HZ1      LYS  43  -7.832   7.214 -11.130
   12    HZ2  LYS  43           HZ2      LYS  43  -7.025   8.583 -11.724
   13    HZ3  LYS  43           HZ3      LYS  43  -7.700   7.465 -12.801

  No H/Q in entry =          13
  In of MODEL   25
    1    H    VAL  44           H        VAL  44  -1.521   4.184  -9.130
    2    HA   VAL  44           HA       VAL  44  -1.391   5.385  -6.456
    3    HB   VAL  44           HB       VAL  44  -1.306   2.621  -6.975
    4   HG11  VAL  44          HG11      VAL  44   1.023   2.815  -7.684
    5   HG12  VAL  44          HG12      VAL  44   1.416   3.592  -6.150
    6   HG13  VAL  44          HG13      VAL  44   0.870   1.914  -6.174
    7   HG21  VAL  44          HG21      VAL  44  -0.484   4.189  -4.547
    8   HG22  VAL  44          HG22      VAL  44  -2.107   3.628  -4.946
    9   HG23  VAL  44          HG23      VAL  44  -0.838   2.463  -4.571

  No H/Q in entry =           9
  In of MODEL   25
    1    H    GLU  45           H        GLU  45   0.266   6.713  -6.186
    2    HA   GLU  45           HA       GLU  45   2.626   6.559  -7.879
    3    HB2  GLU  45           HB2      GLU  45   0.534   8.684  -8.150
    4    HB3  GLU  45           HB3      GLU  45   2.222   9.090  -8.430
    5    HG2  GLU  45           HG2      GLU  45   0.728   6.904  -9.852
    6    HG3  GLU  45           HG3      GLU  45   0.969   8.535 -10.482

  No H/Q in entry =           6
  In of MODEL   25
    1    H    HIS  46           H        HIS  46   4.191   6.699  -6.331
    2    HA   HIS  46           HA       HIS  46   4.506   9.318  -5.170
    3    HB2  HIS  46           HB2      HIS  46   3.151   7.939  -3.494
    4    HB3  HIS  46           HB3      HIS  46   4.597   6.966  -3.289
    5    HD2  HIS  46           HD2      HIS  46   6.194   7.925  -1.237
    6    HE1  HIS  46           HE1      HIS  46   4.816  11.922  -1.355
    7    HE2  HIS  46           HE2      HIS  46   6.446  10.315  -0.278

  No H/Q in entry =           7
  In of MODEL   25
    1    H    SER  47           H        SER  47   6.652   9.804  -4.825
    2    HA   SER  47           HA       SER  47   8.574   7.598  -5.016
    3    HB2  SER  47           HB2      SER  47   8.782  10.112  -6.686
    4    HB3  SER  47           HB3      SER  47   9.899   8.747  -6.694
    5    HG   SER  47           HG       SER  47   7.549   7.713  -7.153

  No H/Q in entry =           5
  In of MODEL   25
    1    H    ASP  48           H        ASP  48   9.946   7.735  -3.353
    2    HA   ASP  48           HA       ASP  48  11.198  10.328  -2.902
    3    HB2  ASP  48           HB2      ASP  48  11.087  10.262  -0.557
    4    HB3  ASP  48           HB3      ASP  48   9.464   9.801  -1.061

  No H/Q in entry =           4
  In of MODEL   25
    1    H    LEU  49           H        LEU  49  13.313  10.132  -2.040
    2    HA   LEU  49           HA       LEU  49  15.412   9.258  -1.887
    3    HB2  LEU  49           HB2      LEU  49  15.106   7.357  -0.662
    4    HB3  LEU  49           HB3      LEU  49  13.796   6.782  -1.690
    5    HG   LEU  49           HG       LEU  49  16.537   6.706  -2.872
    6   HD11  LEU  49          HD11      LEU  49  15.678   4.753  -0.724
    7   HD12  LEU  49          HD12      LEU  49  17.020   4.516  -1.837
    8   HD13  LEU  49          HD13      LEU  49  17.077   5.835  -0.674
    9   HD21  LEU  49          HD21      LEU  49  14.193   4.793  -2.880
   10   HD22  LEU  49          HD22      LEU  49  14.614   5.948  -4.152
   11   HD23  LEU  49          HD23      LEU  49  15.689   4.595  -3.802

  No H/Q in entry =          11
  In of MODEL   25
    1    H    SER  50           H        SER  50  16.792   9.534  -3.492
    2    HA   SER  50           HA       SER  50  16.043   8.542  -6.160
    3    HB2  SER  50           HB2      SER  50  18.157  10.614  -5.532
    4    HB3  SER  50           HB3      SER  50  17.392  10.284  -7.089
    5    HG   SER  50           HG       SER  50  15.364  10.922  -5.949

  No H/Q in entry =           5
  In of MODEL   25
    1    H    PHE  51           H        PHE  51  18.985   9.118  -4.231
    2    HA   PHE  51           HA       PHE  51  20.420   7.001  -5.490
    3    HB2  PHE  51           HB2      PHE  51  20.984   8.482  -2.914
    4    HB3  PHE  51           HB3      PHE  51  22.109   7.391  -3.718
    5    HD1  PHE  51           HD1      PHE  51  20.858  10.730  -3.519
    6    HD2  PHE  51           HD2      PHE  51  22.862   7.974  -6.067
    7    HE1  PHE  51           HE1      PHE  51  21.678  12.600  -4.890
    8    HE2  PHE  51           HE2      PHE  51  23.688   9.840  -7.442
    9    HZ   PHE  51           HZ       PHE  51  23.095  12.155  -6.854

  No H/Q in entry =           9
  In of MODEL   25
    1    H    SER  52           H        SER  52  20.737   4.938  -4.894
    2    HA   SER  52           HA       SER  52  18.760   3.699  -3.285
    3    HB2  SER  52           HB2      SER  52  20.152   1.623  -3.800
    4    HB3  SER  52           HB3      SER  52  19.522   2.514  -5.185
    5    HG   SER  52           HG       SER  52  22.040   3.260  -4.246

  No H/Q in entry =           5
  In of MODEL   25
    1    H    LYS  53           H        LYS  53  19.328   4.959  -1.283
    2    HA   LYS  53           HA       LYS  53  21.485   3.697   0.251
    3    HB2  LYS  53           HB2      LYS  53  19.582   5.874   1.129
    4    HB3  LYS  53           HB3      LYS  53  21.059   5.376   1.935
    5    HG2  LYS  53           HG2      LYS  53  22.372   6.216   0.056
    6    HG3  LYS  53           HG3      LYS  53  20.885   6.715  -0.756
    7    HD2  LYS  53           HD2      LYS  53  20.377   8.145   1.232
    8    HD3  LYS  53           HD3      LYS  53  21.979   7.750   1.858
    9    HE2  LYS  53           HE2      LYS  53  22.972   8.691  -0.195
   10    HE3  LYS  53           HE3      LYS  53  21.358   9.153  -0.737
   11    HZ1  LYS  53           HZ1      LYS  53  21.161  10.522   1.290
   12    HZ2  LYS  53           HZ2      LYS  53  22.769  10.148   1.683
   13    HZ3  LYS  53           HZ3      LYS  53  22.424  11.026   0.275

  No H/Q in entry =          13
  In of MODEL   25
    1    H    ASP  54           H        ASP  54  20.966   2.758   2.392
    2    HA   ASP  54           HA       ASP  54  18.386   1.377   2.273
    3    HB2  ASP  54           HB2      ASP  54  19.378  -0.272   3.734
    4    HB3  ASP  54           HB3      ASP  54  20.514   0.046   2.426

  No H/Q in entry =           4
  In of MODEL   25
    1    H    TRP  55           H        TRP  55  19.055   4.173   3.302
    2    HA   TRP  55           HA       TRP  55  18.671   3.982   6.157
    3    HB2  TRP  55           HB2      TRP  55  19.585   6.035   6.211
    4    HB3  TRP  55           HB3      TRP  55  19.960   5.768   4.519
    5    HD1  TRP  55           HD1      TRP  55  18.188   8.087   6.808
    6    HE1  TRP  55           HE1      TRP  55  16.881   9.845   5.480
    7    HE3  TRP  55           HE3      TRP  55  18.440   5.974   2.088
    8    HZ2  TRP  55           HZ2      TRP  55  16.073  10.313   2.820
    9    HZ3  TRP  55           HZ3      TRP  55  17.364   7.173   0.237
   10    HH2  TRP  55           HH2      TRP  55  16.209   9.290   0.588

  No H/Q in entry =          10
  In of MODEL   25
    1    H    SER  56           H        SER  56  16.644   3.215   4.054
    2    HA   SER  56           HA       SER  56  14.502   4.740   3.641
    3    HB2  SER  56           HB2      SER  56  14.730   2.381   2.959
    4    HB3  SER  56           HB3      SER  56  14.360   1.882   4.610
    5    HG   SER  56           HG       SER  56  12.578   1.959   2.990

  No H/Q in entry =           5
  In of MODEL   25
    1    H    PHE  57           H        PHE  57  13.049   5.903   4.920
    2    HA   PHE  57           HA       PHE  57  13.089   5.341   7.787
    3    HB2  PHE  57           HB2      PHE  57  12.202   7.766   7.873
    4    HB3  PHE  57           HB3      PHE  57  13.888   7.537   7.426
    5    HD1  PHE  57           HD1      PHE  57  10.756   8.976   6.474
    6    HD2  PHE  57           HD2      PHE  57  14.464   7.558   4.930
    7    HE1  PHE  57           HE1      PHE  57  10.374  10.238   4.395
    8    HE2  PHE  57           HE2      PHE  57  14.083   8.817   2.851
    9    HZ   PHE  57           HZ       PHE  57  12.039  10.150   2.581

  No H/Q in entry =           9
  In of MODEL   25
    1    H    TYR  58           H        TYR  58  10.834   6.825   5.469
    2    HA   TYR  58           HA       TYR  58   8.734   5.028   6.401
    3    HB2  TYR  58           HB2      TYR  58   8.803   8.012   6.590
    4    HB3  TYR  58           HB3      TYR  58   7.262   7.271   6.178
    5    HD1  TYR  58           HD1      TYR  58   6.132   5.759   7.778
    6    HD2  TYR  58           HD2      TYR  58   9.733   7.785   8.831
    7    HE1  TYR  58           HE1      TYR  58   5.717   5.247  10.157
    8    HE2  TYR  58           HE2      TYR  58   9.322   7.277  11.218
    9    HH   TYR  58           HH       TYR  58   6.921   5.043  12.218

  No H/Q in entry =           9
  In of MODEL   25
    1    H    LEU  59           H        LEU  59   8.206   3.929   4.649
    2    HA   LEU  59           HA       LEU  59   8.078   5.250   2.009
    3    HB2  LEU  59           HB2      LEU  59   8.481   2.466   2.983
    4    HB3  LEU  59           HB3      LEU  59   7.624   2.667   1.471
    5    HG   LEU  59           HG       LEU  59  10.372   3.823   1.952
    6   HD11  LEU  59          HD11      LEU  59  10.358   1.358   2.231
    7   HD12  LEU  59          HD12      LEU  59   9.668   1.212   0.617
    8   HD13  LEU  59          HD13      LEU  59  11.280   1.894   0.829
    9   HD21  LEU  59          HD21      LEU  59   8.508   3.553  -0.362
   10   HD22  LEU  59          HD22      LEU  59   9.535   4.915   0.092
   11   HD23  LEU  59          HD23      LEU  59  10.241   3.484  -0.663

  No H/Q in entry =          11
  In of MODEL   25
    1    H    LEU  60           H        LEU  60   6.123   5.853   1.332
    2    HA   LEU  60           HA       LEU  60   3.807   4.197   1.945
    3    HB2  LEU  60           HB2      LEU  60   3.747   5.830   3.680
    4    HB3  LEU  60           HB3      LEU  60   4.155   7.119   2.568
    5    HG   LEU  60           HG       LEU  60   1.944   6.896   1.502
    6   HD11  LEU  60          HD11      LEU  60   1.428   4.890   3.688
    7   HD12  LEU  60          HD12      LEU  60   0.222   5.540   2.577
    8   HD13  LEU  60          HD13      LEU  60   1.543   4.547   1.961
    9   HD21  LEU  60          HD21      LEU  60   1.891   7.297   4.491
   10   HD22  LEU  60          HD22      LEU  60   2.250   8.521   3.273
   11   HD23  LEU  60          HD23      LEU  60   0.636   7.817   3.365

  No H/Q in entry =          11
  In of MODEL   25
    1    H    TYR  61           H        TYR  61   2.174   4.354   0.428
    2    HA   TYR  61           HA       TYR  61   2.599   6.152  -1.851
    3    HB2  TYR  61           HB2      TYR  61   1.886   3.196  -1.881
    4    HB3  TYR  61           HB3      TYR  61   1.658   4.246  -3.286
    5    HD1  TYR  61           HD1      TYR  61   3.482   4.822  -4.702
    6    HD2  TYR  61           HD2      TYR  61   4.248   2.838  -1.015
    7    HE1  TYR  61           HE1      TYR  61   5.810   4.453  -5.398
    8    HE2  TYR  61           HE2      TYR  61   6.595   2.476  -1.704
    9    HH   TYR  61           HH       TYR  61   7.992   4.041  -4.366

  No H/Q in entry =           9
  In of MODEL   25
    1    H    TYR  62           H        TYR  62   0.489   6.549  -3.068
    2    HA   TYR  62           HA       TYR  62  -1.805   6.036  -1.345
    3    HB2  TYR  62           HB2      TYR  62  -2.609   8.437  -1.931
    4    HB3  TYR  62           HB3      TYR  62  -1.511   8.167  -0.593
    5    HD1  TYR  62           HD1      TYR  62   0.344   9.510  -0.391
    6    HD2  TYR  62           HD2      TYR  62  -1.418   9.082  -4.251
    7    HE1  TYR  62           HE1      TYR  62   1.862  11.231  -1.271
    8    HE2  TYR  62           HE2      TYR  62   0.100  10.803  -5.134
    9    HH   TYR  62           HH       TYR  62   2.837  11.831  -3.524

  No H/Q in entry =           9
  In of MODEL   25
    1    H    THR  63           H        THR  63  -3.728   5.691  -2.309
    2    HA   THR  63           HA       THR  63  -4.005   6.187  -5.181
    3    HB   THR  63           HB       THR  63  -3.344   3.723  -4.647
    4    HG1  THR  63           HG1      THR  63  -4.411   4.665  -6.607
    5   HG21  THR  63          HG21      THR  63  -5.001   3.432  -2.799
    6   HG22  THR  63          HG22      THR  63  -6.281   3.557  -4.007
    7   HG23  THR  63          HG23      THR  63  -5.129   2.227  -4.077

  No H/Q in entry =           7
  In of MODEL   25
    1    H    GLU  64           H        GLU  64  -6.012   6.910  -5.731
    2    HA   GLU  64           HA       GLU  64  -7.852   7.770  -3.813
    3    HB2  GLU  64           HB2      GLU  64  -7.664   8.760  -6.097
    4    HB3  GLU  64           HB3      GLU  64  -8.281   7.265  -6.779
    5    HG2  GLU  64           HG2      GLU  64 -10.432   7.645  -5.675
    6    HG3  GLU  64           HG3      GLU  64  -9.784   9.105  -4.920

  No H/Q in entry =           6
  In of MODEL   25
    1    H    PHE  65           H        PHE  65  -9.476   6.680  -2.740
    2    HA   PHE  65           HA       PHE  65 -10.423   4.189  -3.975
    3    HB2  PHE  65           HB2      PHE  65 -10.460   3.042  -1.905
    4    HB3  PHE  65           HB3      PHE  65  -8.904   3.818  -2.027
    5    HD1  PHE  65           HD1      PHE  65  -8.098   4.299   0.036
    6    HD2  PHE  65           HD2      PHE  65 -12.211   5.022  -0.750
    7    HE1  PHE  65           HE1      PHE  65  -8.381   5.203   2.316
    8    HE2  PHE  65           HE2      PHE  65 -12.487   5.935   1.519
    9    HZ   PHE  65           HZ       PHE  65 -10.585   6.017   3.063

  No H/Q in entry =           9
  In of MODEL   25
    1    H    THR  66           H        THR  66 -12.584   3.611  -3.622
    2    HA   THR  66           HA       THR  66 -14.156   5.338  -1.832
    3    HB   THR  66           HB       THR  66 -15.094   4.331  -4.542
    4    HG1  THR  66           HG1      THR  66 -13.759   6.607  -3.731
    5   HG21  THR  66          HG21      THR  66 -16.395   6.102  -2.457
    6   HG22  THR  66          HG22      THR  66 -16.987   5.910  -4.111
    7   HG23  THR  66          HG23      THR  66 -16.948   4.524  -3.024

  No H/Q in entry =           7
  In of MODEL   25
    1    HA   PRO  67           HA       PRO  67 -14.598   1.056  -0.506
    2    HB2  PRO  67           HB2      PRO  67 -15.907   1.732   1.897
    3    HB3  PRO  67           HB3      PRO  67 -14.198   1.364   1.682
    4    HG2  PRO  67           HG2      PRO  67 -15.363   3.891   2.306
    5    HG3  PRO  67           HG3      PRO  67 -13.656   3.515   2.031
    6    HD2  PRO  67           HD2      PRO  67 -15.546   4.873   0.301
    7    HD3  PRO  67           HD3      PRO  67 -13.784   4.744   0.151

  No H/Q in entry =           7
  In of MODEL   25
    1    H    THR  68           H        THR  68 -16.024  -0.383  -0.636
    2    HA   THR  68           HA       THR  68 -18.882   0.237  -0.679
    3    HB   THR  68           HB       THR  68 -19.140  -1.325  -2.589
    4    HG1  THR  68           HG1      THR  68 -16.950  -1.642  -3.729
    5   HG21  THR  68          HG21      THR  68 -17.217   0.938  -3.147
    6   HG22  THR  68          HG22      THR  68 -18.221   0.121  -4.347
    7   HG23  THR  68          HG23      THR  68 -18.975   1.070  -3.064

  No H/Q in entry =           7
  In of MODEL   25
    1    H    GLU  69           H        GLU  69 -20.189  -1.578  -0.073
    2    HA   GLU  69           HA       GLU  69 -19.159  -3.113   2.026
    3    HB2  GLU  69           HB2      GLU  69 -21.465  -2.650   2.038
    4    HB3  GLU  69           HB3      GLU  69 -21.715  -3.257   0.409
    5    HG2  GLU  69           HG2      GLU  69 -22.676  -4.808   1.895
    6    HG3  GLU  69           HG3      GLU  69 -21.193  -5.529   1.268

  No H/Q in entry =           6
  In of MODEL   25
    1    H    LYS  70           H        LYS  70 -18.509  -3.602  -1.202
    2    HA   LYS  70           HA       LYS  70 -18.238  -6.491  -0.816
    3    HB2  LYS  70           HB2      LYS  70 -18.590  -4.921  -3.353
    4    HB3  LYS  70           HB3      LYS  70 -18.217  -6.636  -3.315
    5    HG2  LYS  70           HG2      LYS  70 -20.662  -5.501  -1.966
    6    HG3  LYS  70           HG3      LYS  70 -20.648  -5.983  -3.659
    7    HD2  LYS  70           HD2      LYS  70 -21.529  -7.811  -2.422
    8    HD3  LYS  70           HD3      LYS  70 -19.905  -8.264  -2.927
    9    HE2  LYS  70           HE2      LYS  70 -20.223  -7.012  -0.250
   10    HE3  LYS  70           HE3      LYS  70 -20.808  -8.662  -0.451
   11    HZ1  LYS  70           HZ1      LYS  70 -18.052  -7.757  -1.085
   12    HZ2  LYS  70           HZ2      LYS  70 -18.497  -8.556   0.335
   13    HZ3  LYS  70           HZ3      LYS  70 -18.620  -9.346  -1.161

  No H/Q in entry =          13
  In of MODEL   25
    1    H    ASP  71           H        ASP  71 -16.213  -3.685  -1.428
    2    HA   ASP  71           HA       ASP  71 -14.224  -5.457  -2.631
    3    HB2  ASP  71           HB2      ASP  71 -14.845  -3.408  -3.880
    4    HB3  ASP  71           HB3      ASP  71 -14.192  -2.432  -2.561

  No H/Q in entry =           4
  In of MODEL   25
    1    H    GLU  72           H        GLU  72 -12.355  -5.918  -1.760
    2    HA   GLU  72           HA       GLU  72 -11.660  -4.971   0.940
    3    HB2  GLU  72           HB2      GLU  72 -12.048  -7.324   0.753
    4    HB3  GLU  72           HB3      GLU  72 -11.079  -7.457  -0.690
    5    HG2  GLU  72           HG2      GLU  72  -9.855  -6.718   1.922
    6    HG3  GLU  72           HG3      GLU  72 -10.210  -8.393   1.519

  No H/Q in entry =           6
  In of MODEL   25
    1    H    TYR  73           H        TYR  73  -9.629  -4.016   1.284
    2    HA   TYR  73           HA       TYR  73  -8.104  -3.399  -1.170
    3    HB2  TYR  73           HB2      TYR  73  -8.576  -1.686   1.283
    4    HB3  TYR  73           HB3      TYR  73  -7.381  -1.305   0.055
    5    HD1  TYR  73           HD1      TYR  73 -11.028  -1.880   0.539
    6    HD2  TYR  73           HD2      TYR  73  -7.981  -0.093  -1.840
    7    HE1  TYR  73           HE1      TYR  73 -12.747  -0.692  -0.771
    8    HE2  TYR  73           HE2      TYR  73  -9.699   1.089  -3.155
    9    HH   TYR  73           HH       TYR  73 -12.124   0.786  -3.710

  No H/Q in entry =           9
  In of MODEL   25
    1    H    ALA  74           H        ALA  74  -6.014  -3.943  -1.224
    2    HA   ALA  74           HA       ALA  74  -4.690  -4.751   1.279
    3    HB1  ALA  74           HB1      ALA  74  -5.572  -6.740   0.190
    4    HB2  ALA  74           HB2      ALA  74  -3.810  -6.725   0.125
    5    HB3  ALA  74           HB3      ALA  74  -4.749  -6.300  -1.310

  No H/Q in entry =           5
  In of MODEL   25
    1    H    CYS  75           H        CYS  75  -2.313  -4.796   1.145
    2    HA   CYS  75           HA       CYS  75  -1.251  -3.383  -1.223
    3    HB2  CYS  75           HB2      CYS  75  -1.181  -1.843   0.616
    4    HB3  CYS  75           HB3      CYS  75  -0.443  -3.045   1.660

  No H/Q in entry =           4
  In of MODEL   25
    1    H    ARG  76           H        ARG  76   0.343  -4.402  -2.284
    2    HA   ARG  76           HA       ARG  76   1.341  -6.959  -1.212
    3    HB2  ARG  76           HB2      ARG  76   0.026  -6.707  -3.408
    4    HB3  ARG  76           HB3      ARG  76   1.487  -5.955  -4.040
    5    HG2  ARG  76           HG2      ARG  76   2.699  -8.024  -3.797
    6    HG3  ARG  76           HG3      ARG  76   1.365  -8.767  -2.911
    7    HD2  ARG  76           HD2      ARG  76   1.400  -9.529  -5.280
    8    HD3  ARG  76           HD3      ARG  76  -0.060  -8.592  -4.915
    9    HE   ARG  76           HE       ARG  76   1.915  -6.818  -5.833
   10   HH11  ARG  76          HH11      ARG  76  -0.065  -9.429  -7.111
   11   HH12  ARG  76          HH12      ARG  76   0.027  -8.836  -8.744
   12   HH21  ARG  76          HH21      ARG  76   1.988  -6.041  -7.961
   13   HH22  ARG  76          HH22      ARG  76   1.196  -6.932  -9.226

  No H/Q in entry =          13
  In of MODEL   25
    1    H    VAL  77           H        VAL  77   3.527  -7.147  -0.744
    2    HA   VAL  77           HA       VAL  77   5.348  -5.312  -2.161
    3    HB   VAL  77           HB       VAL  77   4.860  -4.631   0.302
    4   HG11  VAL  77          HG11      VAL  77   5.200  -6.813   1.318
    5   HG12  VAL  77          HG12      VAL  77   6.867  -6.836   0.739
    6   HG13  VAL  77          HG13      VAL  77   6.364  -5.643   1.936
    7   HG21  VAL  77          HG21      VAL  77   6.534  -3.594  -1.120
    8   HG22  VAL  77          HG22      VAL  77   7.140  -3.781   0.528
    9   HG23  VAL  77          HG23      VAL  77   7.672  -4.888  -0.739

  No H/Q in entry =           9
  In of MODEL   25
    1    H    ASN  78           H        ASN  78   7.189  -6.058  -2.817
    2    HA   ASN  78           HA       ASN  78   8.065  -8.748  -1.977
    3    HB2  ASN  78           HB2      ASN  78   6.805  -8.924  -4.115
    4    HB3  ASN  78           HB3      ASN  78   7.952  -7.817  -4.857
    5   HD21  ASN  78          HD21      ASN  78   8.596  -9.307  -6.379
    6   HD22  ASN  78          HD22      ASN  78   9.584 -10.676  -5.981

  No H/Q in entry =           6
  In of MODEL   25
    1    H    HIS  79           H        HIS  79  10.180  -9.109  -1.923
    2    HA   HIS  79           HA       HIS  79  12.020  -6.997  -2.775
    3    HB2  HIS  79           HB2      HIS  79  11.520  -6.776  -0.311
    4    HB3  HIS  79           HB3      HIS  79  12.151  -8.397  -0.086
    5    HD2  HIS  79           HD2      HIS  79  13.351  -4.797  -0.253
    6    HE1  HIS  79           HE1      HIS  79  16.764  -7.288  -0.223
    7    HE2  HIS  79           HE2      HIS  79  15.882  -4.964   0.256

  No H/Q in entry =           7
  In of MODEL   25
    1    H    VAL  80           H        VAL  80  14.205  -7.853  -3.103
    2    HA   VAL  80           HA       VAL  80  14.326 -10.233  -4.491
    3    HB   VAL  80           HB       VAL  80  16.622  -8.940  -3.010
    4   HG11  VAL  80          HG11      VAL  80  17.150 -11.226  -3.688
    5   HG12  VAL  80          HG12      VAL  80  16.664 -10.855  -5.344
    6   HG13  VAL  80          HG13      VAL  80  18.068 -10.053  -4.635
    7   HG21  VAL  80          HG21      VAL  80  15.618  -8.550  -5.825
    8   HG22  VAL  80          HG22      VAL  80  15.545  -7.382  -4.507
    9   HG23  VAL  80          HG23      VAL  80  17.104  -7.863  -5.168

  No H/Q in entry =           9
  In of MODEL   25
    1    H    THR  81           H        THR  81  14.626  -9.770  -1.031
    2    HA   THR  81           HA       THR  81  15.902 -12.293  -0.523
    3    HB   THR  81           HB       THR  81  16.205 -10.632   1.164
    4    HG1  THR  81           HG1      THR  81  15.218 -13.029   1.715
    5   HG21  THR  81          HG21      THR  81  13.194 -10.573   1.459
    6   HG22  THR  81          HG22      THR  81  14.333  -9.760   2.532
    7   HG23  THR  81          HG23      THR  81  14.215  -9.276   0.841

  No H/Q in entry =           7
  In of MODEL   25
    1    H    LEU  82           H        LEU  82  12.499 -11.226  -0.072
    2    HA   LEU  82           HA       LEU  82  11.487 -13.739   0.625
    3    HB2  LEU  82           HB2      LEU  82   9.927 -11.767  -1.034
    4    HB3  LEU  82           HB3      LEU  82   9.324 -12.916   0.146
    5    HG   LEU  82           HG       LEU  82  10.988 -10.519   0.874
    6   HD11  LEU  82          HD11      LEU  82   8.010 -10.889   0.963
    7   HD12  LEU  82          HD12      LEU  82   8.906  -9.519   1.622
    8   HD13  LEU  82          HD13      LEU  82   8.904  -9.817  -0.114
    9   HD21  LEU  82          HD21      LEU  82  11.086 -12.366   2.481
   10   HD22  LEU  82          HD22      LEU  82  10.198 -10.988   3.135
   11   HD23  LEU  82          HD23      LEU  82   9.322 -12.400   2.541

  No H/Q in entry =          11
  In of MODEL   25
    1    H    SER  83           H        SER  83  10.299 -15.283  -0.587
    2    HA   SER  83           HA       SER  83  10.951 -15.376  -3.465
    3    HB2  SER  83           HB2      SER  83  11.776 -17.285  -2.081
    4    HB3  SER  83           HB3      SER  83  10.109 -17.642  -1.629
    5    HG   SER  83           HG       SER  83  10.022 -17.540  -4.197

  No H/Q in entry =           5
  In of MODEL   25
    1    H    GLN  84           H        GLN  84   8.637 -14.577  -1.329
    2    HA   GLN  84           HA       GLN  84   6.529 -14.713  -3.303
    3    HB2  GLN  84           HB2      GLN  84   4.897 -15.712  -1.760
    4    HB3  GLN  84           HB3      GLN  84   6.244 -16.803  -2.043
    5    HG2  GLN  84           HG2      GLN  84   5.967 -15.049   0.395
    6    HG3  GLN  84           HG3      GLN  84   5.425 -16.722   0.315
    7   HE21  GLN  84          HE21      GLN  84   6.958 -18.375   0.239
    8   HE22  GLN  84          HE22      GLN  84   8.618 -18.105   0.679

  No H/Q in entry =           8
  In of MODEL   25
    1    HA   PRO  85           HA       PRO  85   6.056 -10.639  -1.330
    2    HB2  PRO  85           HB2      PRO  85   3.904  -9.841  -2.825
    3    HB3  PRO  85           HB3      PRO  85   5.606  -9.621  -3.296
    4    HG2  PRO  85           HG2      PRO  85   3.616 -11.657  -4.208
    5    HG3  PRO  85           HG3      PRO  85   4.925 -10.873  -5.120
    6    HD2  PRO  85           HD2      PRO  85   5.087 -13.467  -4.149
    7    HD3  PRO  85           HD3      PRO  85   6.522 -12.416  -4.408

  No H/Q in entry =           7
  In of MODEL   25
    1    H    LYS  86           H        LYS  86   4.445  -9.621  -0.073
    2    HA   LYS  86           HA       LYS  86   2.456 -11.556   0.894
    3    HB2  LYS  86           HB2      LYS  86   3.501  -9.169   2.410
    4    HB3  LYS  86           HB3      LYS  86   2.549 -10.502   3.041
    5    HG2  LYS  86           HG2      LYS  86   5.424 -10.589   2.127
    6    HG3  LYS  86           HG3      LYS  86   4.840 -10.685   3.782
    7    HD2  LYS  86           HD2      LYS  86   3.536 -12.743   2.356
    8    HD3  LYS  86           HD3      LYS  86   5.232 -12.783   1.870
    9    HE2  LYS  86           HE2      LYS  86   5.856 -12.738   4.289
   10    HE3  LYS  86           HE3      LYS  86   4.146 -12.897   4.686
   11    HZ1  LYS  86           HZ1      LYS  86   4.296 -14.959   3.148
   12    HZ2  LYS  86           HZ2      LYS  86   5.963 -14.860   3.462
   13    HZ3  LYS  86           HZ3      LYS  86   4.867 -15.060   4.743

  No H/Q in entry =          13
  In of MODEL   25
    1    H    ILE  87           H        ILE  87   0.411 -10.908   1.317
    2    HA   ILE  87           HA       ILE  87  -0.349  -8.214   0.380
    3    HB   ILE  87           HB       ILE  87  -1.678 -10.785  -0.092
    4   HG12  ILE  87          HG12      ILE  87  -1.151  -9.597  -2.029
    5   HG13  ILE  87          HG13      ILE  87  -2.860  -9.196  -1.809
    6   HG21  ILE  87          HG21      ILE  87  -3.307  -8.462   0.898
    7   HG22  ILE  87          HG22      ILE  87  -3.971  -9.817  -0.019
    8   HG23  ILE  87          HG23      ILE  87  -3.247 -10.093   1.567
    9   HD11  ILE  87          HD11      ILE  87  -0.573  -7.467  -0.934
   10   HD12  ILE  87          HD12      ILE  87  -1.524  -7.256  -2.401
   11   HD13  ILE  87          HD13      ILE  87  -2.293  -7.092  -0.828

  No H/Q in entry =          11
  In of MODEL   25
    1    H    VAL  88           H        VAL  88  -1.168  -6.831   1.759
    2    HA   VAL  88           HA       VAL  88  -2.035  -7.823   4.389
    3    HB   VAL  88           HB       VAL  88  -0.029  -6.494   4.614
    4   HG11  VAL  88          HG11      VAL  88  -1.500  -4.298   3.199
    5   HG12  VAL  88          HG12      VAL  88   0.071  -4.139   3.985
    6   HG13  VAL  88          HG13      VAL  88  -0.109  -5.195   2.581
    7   HG21  VAL  88          HG21      VAL  88  -2.511  -5.064   5.516
    8   HG22  VAL  88          HG22      VAL  88  -1.577  -6.260   6.415
    9   HG23  VAL  88          HG23      VAL  88  -0.889  -4.667   6.085

  No H/Q in entry =           9
  In of MODEL   25
    1    H    LYS  89           H        LYS  89  -4.142  -7.476   4.814
    2    HA   LYS  89           HA       LYS  89  -5.529  -5.714   2.925
    3    HB2  LYS  89           HB2      LYS  89  -6.704  -8.024   4.473
    4    HB3  LYS  89           HB3      LYS  89  -7.475  -7.096   3.190
    5    HG2  LYS  89           HG2      LYS  89  -6.212  -8.089   1.523
    6    HG3  LYS  89           HG3      LYS  89  -4.919  -8.511   2.646
    7    HD2  LYS  89           HD2      LYS  89  -7.643  -9.742   2.814
    8    HD3  LYS  89           HD3      LYS  89  -6.351 -10.426   1.821
    9    HE2  LYS  89           HE2      LYS  89  -6.002  -9.787   4.726
   10    HE3  LYS  89           HE3      LYS  89  -6.614 -11.349   4.181
   11    HZ1  LYS  89           HZ1      LYS  89  -4.544 -11.569   2.850
   12    HZ2  LYS  89           HZ2      LYS  89  -3.960 -10.157   3.583
   13    HZ3  LYS  89           HZ3      LYS  89  -4.274 -11.530   4.523

  No H/Q in entry =          13
  In of MODEL   25
    1    H    TRP  90           H        TRP  90  -7.110  -4.335   3.670
    2    HA   TRP  90           HA       TRP  90  -6.562  -3.374   6.341
    3    HB2  TRP  90           HB2      TRP  90  -6.680  -1.758   4.488
    4    HB3  TRP  90           HB3      TRP  90  -8.335  -2.261   4.156
    5    HD1  TRP  90           HD1      TRP  90  -6.768  -1.115   7.559
    6    HE1  TRP  90           HE1      TRP  90  -8.179   0.782   8.460
    7    HE3  TRP  90           HE3      TRP  90 -10.056  -0.625   3.629
    8    HZ2  TRP  90           HZ2      TRP  90 -10.455   2.279   7.682
    9    HZ3  TRP  90           HZ3      TRP  90 -11.810   1.076   3.791
   10    HH2  TRP  90           HH2      TRP  90 -12.014   2.513   5.754

  No H/Q in entry =          10
  In of MODEL   25
    1    H    ASP  91           H        ASP  91  -7.771  -3.668   8.086
    2    HA   ASP  91           HA       ASP  91  -9.849  -5.626   8.045
    3    HB2  ASP  91           HB2      ASP  91  -8.822  -3.836  10.256
    4    HB3  ASP  91           HB3      ASP  91 -10.049  -5.075  10.491

  No H/Q in entry =           4
  In of MODEL   25
    1    H    ARG  92           H        ARG  92 -11.727  -5.067   7.102
    2    HA   ARG  92           HA       ARG  92 -13.607  -3.523   8.403
    3    HB2  ARG  92           HB2      ARG  92 -13.683  -1.420   7.385
    4    HB3  ARG  92           HB3      ARG  92 -11.952  -1.714   7.458
    5    HG2  ARG  92           HG2      ARG  92 -12.146  -0.945   5.313
    6    HG3  ARG  92           HG3      ARG  92 -12.255  -2.686   5.042
    7    HD2  ARG  92           HD2      ARG  92 -14.723  -2.477   5.004
    8    HD3  ARG  92           HD3      ARG  92 -14.563  -0.721   5.159
    9    HE   ARG  92           HE       ARG  92 -13.068  -1.242   2.999
   10   HH11  ARG  92          HH11      ARG  92 -16.292  -2.238   3.911
   11   HH12  ARG  92          HH12      ARG  92 -16.858  -2.352   2.277
   12   HH21  ARG  92          HH21      ARG  92 -13.829  -1.362   0.833
   13   HH22  ARG  92          HH22      ARG  92 -15.458  -1.883   0.538

  No H/Q in entry =          13
  In of MODEL   25
    1    H    ASP  93           H        ASP  93 -12.554  -5.475   5.972
    2    HA   ASP  93           HA       ASP  93 -15.189  -6.045   4.995
    3    HB2  ASP  93           HB2      ASP  93 -14.497  -4.111   3.581
    4    HB3  ASP  93           HB3      ASP  93 -13.114  -5.054   3.022

  No H/Q in entry =           4
  In of MODEL   25
    1    HA   MET  94           HA       MET  94 -11.822  -9.130   3.873
    2    HB2  MET  94           HB2      MET  94  -9.659  -9.618   5.053
    3    HB3  MET  94           HB3      MET  94  -9.717  -8.025   4.301
    4    HG2  MET  94           HG2      MET  94 -10.069  -6.946   6.435
    5    HG3  MET  94           HG3      MET  94 -10.258  -8.516   7.227
    6    HE1  MET  94           HE1      MET  94  -8.035 -10.318   6.107
    7    HE2  MET  94           HE2      MET  94  -6.681  -9.985   7.186
    8    HE3  MET  94           HE3      MET  94  -8.313 -10.129   7.838

  No H/Q in entry =           8
  In of MODEL   26
    1    HA   MET   1           HA       MET   1   4.068  -8.754   6.303
    2    HB2  MET   1           HB2      MET   1   4.078  -9.842   8.488
    3    HB3  MET   1           HB3      MET   1   4.519  -8.328   9.264
    4    HG2  MET   1           HG2      MET   1   2.382  -7.358   8.609
    5    HG3  MET   1           HG3      MET   1   1.941  -8.863   7.804
    6    HE1  MET   1           HE1      MET   1  -0.342  -8.804   9.213
    7    HE2  MET   1           HE2      MET   1  -0.395  -8.732  10.975
    8    HE3  MET   1           HE3      MET   1   0.181  -7.343  10.052

  No H/Q in entry =           8
  In of MODEL   26
    1    H    ILE   2           H        ILE   2   2.942  -7.059   5.651
    2    HA   ILE   2           HA       ILE   2   4.026  -4.389   6.136
    3    HB   ILE   2           HB       ILE   2   1.745  -5.055   4.260
    4   HG12  ILE   2          HG12      ILE   2   4.534  -5.004   3.195
    5   HG13  ILE   2          HG13      ILE   2   3.967  -6.473   3.991
    6   HG21  ILE   2          HG21      ILE   2   2.278  -2.678   4.662
    7   HG22  ILE   2          HG22      ILE   2   3.908  -2.960   4.042
    8   HG23  ILE   2          HG23      ILE   2   2.515  -3.160   2.985
    9   HD11  ILE   2          HD11      ILE   2   2.076  -6.571   2.432
   10   HD12  ILE   2          HD12      ILE   2   2.682  -5.125   1.624
   11   HD13  ILE   2          HD13      ILE   2   3.633  -6.613   1.600

  No H/Q in entry =          11
  In of MODEL   26
    1    H    GLN   3           H        GLN   3   2.175  -2.645   6.178
    2    HA   GLN   3           HA       GLN   3  -0.106  -3.516   7.758
    3    HB2  GLN   3           HB2      GLN   3   0.362  -2.198   9.680
    4    HB3  GLN   3           HB3      GLN   3   1.945  -2.852   9.280
    5    HG2  GLN   3           HG2      GLN   3   2.568  -0.709   9.659
    6    HG3  GLN   3           HG3      GLN   3   2.159  -0.523   7.940
    7   HE21  GLN   3          HE21      GLN   3   1.349   0.208  11.204
    8   HE22  GLN   3          HE22      GLN   3   0.097   1.358  10.877

  No H/Q in entry =           8
  In of MODEL   26
    1    H    VAL   4           H        VAL   4  -1.795  -2.673   6.840
    2    HA   VAL   4           HA       VAL   4  -1.577  -0.073   5.484
    3    HB   VAL   4           HB       VAL   4  -3.788  -0.804   4.354
    4   HG11  VAL   4          HG11      VAL   4  -1.648  -0.662   3.185
    5   HG12  VAL   4          HG12      VAL   4  -1.236  -2.288   3.724
    6   HG13  VAL   4          HG13      VAL   4  -2.590  -2.041   2.623
    7   HG21  VAL   4          HG21      VAL   4  -4.238  -2.682   5.874
    8   HG22  VAL   4          HG22      VAL   4  -4.165  -3.191   4.188
    9   HG23  VAL   4          HG23      VAL   4  -2.804  -3.507   5.264

  No H/Q in entry =           9
  In of MODEL   26
    1    H    TYR   5           H        TYR   5  -3.122   1.476   5.799
    2    HA   TYR   5           HA       TYR   5  -5.279   1.286   7.653
    3    HB2  TYR   5           HB2      TYR   5  -2.688   2.525   8.580
    4    HB3  TYR   5           HB3      TYR   5  -4.238   3.040   9.243
    5    HD1  TYR   5           HD1      TYR   5  -1.523   0.875   9.709
    6    HD2  TYR   5           HD2      TYR   5  -5.764   0.961  10.076
    7    HE1  TYR   5           HE1      TYR   5  -1.419  -1.051  11.234
    8    HE2  TYR   5           HE2      TYR   5  -5.670  -0.960  11.629
    9    HH   TYR   5           HH       TYR   5  -2.707  -2.090  12.971

  No H/Q in entry =           9
  In of MODEL   26
    1    H    SER   6           H        SER   6  -6.113   3.636   8.086
    2    HA   SER   6           HA       SER   6  -5.640   5.137   5.590
    3    HB2  SER   6           HB2      SER   6  -8.295   4.736   7.003
    4    HB3  SER   6           HB3      SER   6  -8.023   5.622   5.491
    5    HG   SER   6           HG       SER   6  -7.985   2.862   5.985

  No H/Q in entry =           5
  In of MODEL   26
    1    H    ARG   7           H        ARG   7  -6.350   7.377   5.636
    2    HA   ARG   7           HA       ARG   7  -5.544   8.722   8.089
    3    HB2  ARG   7           HB2      ARG   7  -5.059   9.350   5.538
    4    HB3  ARG   7           HB3      ARG   7  -6.577  10.224   5.701
    5    HG2  ARG   7           HG2      ARG   7  -4.232  10.637   7.537
    6    HG3  ARG   7           HG3      ARG   7  -4.503  11.573   6.067
    7    HD2  ARG   7           HD2      ARG   7  -6.820  12.069   7.045
    8    HD3  ARG   7           HD3      ARG   7  -6.163  11.470   8.566
    9    HE   ARG   7           HE       ARG   7  -4.775  13.646   7.162
   10   HH11  ARG   7          HH11      ARG   7  -6.553  12.486   9.951
   11   HH12  ARG   7          HH12      ARG   7  -6.303  13.941  10.874
   12   HH21  ARG   7          HH21      ARG   7  -4.438  15.542   8.353
   13   HH22  ARG   7          HH22      ARG   7  -5.107  15.690   9.951

  No H/Q in entry =          13
  In of MODEL   26
    1    H    HIS   8           H        HIS   8  -8.462   7.729   6.623
    2    HA   HIS   8           HA       HIS   8 -10.027   9.580   8.279
    3    HB2  HIS   8           HB2      HIS   8 -10.582   8.851   5.389
    4    HB3  HIS   8           HB3      HIS   8 -11.663   9.783   6.418
    5    HD2  HIS   8           HD2      HIS   8 -10.189  12.214   7.439
    6    HE1  HIS   8           HE1      HIS   8  -8.288  12.540   3.675
    7    HE2  HIS   8           HE2      HIS   8  -9.036  13.801   5.740

  No H/Q in entry =           7
  In of MODEL   26
    1    HA   PRO   9           HA       PRO   9 -12.467   5.964   9.260
    2    HB2  PRO   9           HB2      PRO   9 -14.976   7.426   9.075
    3    HB3  PRO   9           HB3      PRO   9 -14.147   6.817  10.516
    4    HG2  PRO   9           HG2      PRO   9 -14.366   9.479   9.945
    5    HG3  PRO   9           HG3      PRO   9 -12.974   8.794  10.813
    6    HD2  PRO   9           HD2      PRO   9 -13.225   9.545   7.917
    7    HD3  PRO   9           HD3      PRO   9 -11.876   9.856   9.038

  No H/Q in entry =           7
  In of MODEL   26
    1    H    ALA  10           H        ALA  10 -13.365   4.304   8.140
    2    HA   ALA  10           HA       ALA  10 -13.822   4.390   5.382
    3    HB1  ALA  10           HB1      ALA  10 -14.712   2.131   5.641
    4    HB2  ALA  10           HB2      ALA  10 -13.266   2.346   6.625
    5    HB3  ALA  10           HB3      ALA  10 -14.857   2.376   7.380

  No H/Q in entry =           5
  In of MODEL   26
    1    H    GLU  11           H        GLU  11 -15.383   5.882   4.647
    2    HA   GLU  11           HA       GLU  11 -18.136   5.299   5.572
    3    HB2  GLU  11           HB2      GLU  11 -16.964   7.707   5.812
    4    HB3  GLU  11           HB3      GLU  11 -17.532   7.859   4.164
    5    HG2  GLU  11           HG2      GLU  11 -19.254   7.311   6.564
    6    HG3  GLU  11           HG3      GLU  11 -19.072   8.849   5.732

  No H/Q in entry =           6
  In of MODEL   26
    1    H    ASN  12           H        ASN  12 -18.813   3.809   4.117
    2    HA   ASN  12           HA       ASN  12 -18.259   3.315   1.537
    3    HB2  ASN  12           HB2      ASN  12 -20.742   3.056   3.206
    4    HB3  ASN  12           HB3      ASN  12 -20.920   2.711   1.502
    5   HD21  ASN  12          HD21      ASN  12 -21.279   0.881   3.621
    6   HD22  ASN  12          HD22      ASN  12 -20.082  -0.364   3.458

  No H/Q in entry =           6
  In of MODEL   26
    1    H    GLY  13           H        GLY  13 -17.858   4.874   0.057
    2    HA2  GLY  13           HA2      GLY  13 -20.104   6.696  -0.610
    3    HA3  GLY  13           HA3      GLY  13 -19.069   5.969  -1.831

  No H/Q in entry =           3
  In of MODEL   26
    1    H    LYS  14           H        LYS  14 -17.130   6.828   0.770
    2    HA   LYS  14           HA       LYS  14 -16.633   9.514  -0.364
    3    HB2  LYS  14           HB2      LYS  14 -15.197   8.233   1.964
    4    HB3  LYS  14           HB3      LYS  14 -15.179   9.922   1.510
    5    HG2  LYS  14           HG2      LYS  14 -17.654   8.508   2.460
    6    HG3  LYS  14           HG3      LYS  14 -16.493   9.276   3.533
    7    HD2  LYS  14           HD2      LYS  14 -18.324  10.749   3.177
    8    HD3  LYS  14           HD3      LYS  14 -16.878  11.432   2.440
    9    HE2  LYS  14           HE2      LYS  14 -18.672  11.801   0.932
   10    HE3  LYS  14           HE3      LYS  14 -17.688  10.510   0.247
   11    HZ1  LYS  14           HZ1      LYS  14 -20.186  10.107   1.803
   12    HZ2  LYS  14           HZ2      LYS  14 -20.077  10.056   0.113
   13    HZ3  LYS  14           HZ3      LYS  14 -19.273   8.897   1.052

  No H/Q in entry =          13
  In of MODEL   26
    1    H    SER  15           H        SER  15 -14.675  10.115  -1.242
    2    HA   SER  15           HA       SER  15 -12.742   7.969  -1.661
    3    HB2  SER  15           HB2      SER  15 -11.657   9.957  -3.071
    4    HB3  SER  15           HB3      SER  15 -12.909   8.901  -3.735
    5    HG   SER  15           HG       SER  15 -13.672  11.219  -2.331

  No H/Q in entry =           5
  In of MODEL   26
    1    H    ASN  16           H        ASN  16 -10.702   8.076  -0.940
    2    HA   ASN  16           HA       ASN  16  -9.785  10.208   0.792
    3    HB2  ASN  16           HB2      ASN  16 -10.045   7.439   1.985
    4    HB3  ASN  16           HB3      ASN  16  -9.639   8.935   2.807
    5   HD21  ASN  16          HD21      ASN  16 -11.259  10.148   3.675
    6   HD22  ASN  16          HD22      ASN  16 -12.931   9.720   3.591

  No H/Q in entry =           6
  In of MODEL   26
    1    H    PHE  17           H        PHE  17  -7.802   8.301   2.032
    2    HA   PHE  17           HA       PHE  17  -6.371   7.544  -0.418
    3    HB2  PHE  17           HB2      PHE  17  -5.304   9.175   1.891
    4    HB3  PHE  17           HB3      PHE  17  -4.261   8.384   0.711
    5    HD1  PHE  17           HD1      PHE  17  -5.709   8.842  -1.783
    6    HD2  PHE  17           HD2      PHE  17  -5.026  11.455   1.509
    7    HE1  PHE  17           HE1      PHE  17  -5.901  10.783  -3.286
    8    HE2  PHE  17           HE2      PHE  17  -5.230  13.398   0.015
    9    HZ   PHE  17           HZ       PHE  17  -5.666  13.063  -2.387

  No H/Q in entry =           9
  In of MODEL   26
    1    H    LEU  18           H        LEU  18  -5.440   5.563  -0.350
    2    HA   LEU  18           HA       LEU  18  -5.618   4.082   2.173
    3    HB2  LEU  18           HB2      LEU  18  -6.498   2.877   0.292
    4    HB3  LEU  18           HB3      LEU  18  -5.073   3.219  -0.670
    5    HG   LEU  18           HG       LEU  18  -3.736   1.663   0.686
    6   HD11  LEU  18          HD11      LEU  18  -6.285   1.224   2.244
    7   HD12  LEU  18          HD12      LEU  18  -4.841   0.223   2.357
    8   HD13  LEU  18          HD13      LEU  18  -4.779   1.912   2.853
    9   HD21  LEU  18          HD21      LEU  18  -6.350   0.517  -0.292
   10   HD22  LEU  18          HD22      LEU  18  -4.868   0.730  -1.223
   11   HD23  LEU  18          HD23      LEU  18  -4.917  -0.432   0.101

  No H/Q in entry =          11
  In of MODEL   26
    1    H    ASN  19           H        ASN  19  -3.928   3.743   3.426
    2    HA   ASN  19           HA       ASN  19  -1.276   4.463   2.365
    3    HB2  ASN  19           HB2      ASN  19  -1.178   5.846   4.142
    4    HB3  ASN  19           HB3      ASN  19  -2.593   5.110   4.892
    5   HD21  ASN  19          HD21      ASN  19  -2.321   3.566   6.455
    6   HD22  ASN  19          HD22      ASN  19  -0.783   3.162   7.137

  No H/Q in entry =           6
  In of MODEL   26
    1    H    CYS  20           H        CYS  20   0.222   2.951   2.154
    2    HA   CYS  20           HA       CYS  20   0.049   0.530   3.827
    3    HB2  CYS  20           HB2      CYS  20  -0.254  -0.122   1.543
    4    HB3  CYS  20           HB3      CYS  20   1.002   0.981   0.974

  No H/Q in entry =           4
  In of MODEL   26
    1    H    TYR  21           H        TYR  21   1.617   0.629   5.400
    2    HA   TYR  21           HA       TYR  21   4.030   2.208   4.864
    3    HB2  TYR  21           HB2      TYR  21   2.971   0.958   7.407
    4    HB3  TYR  21           HB3      TYR  21   4.620   1.531   7.286
    5    HD1  TYR  21           HD1      TYR  21   1.253   2.384   8.028
    6    HD2  TYR  21           HD2      TYR  21   4.958   4.037   6.745
    7    HE1  TYR  21           HE1      TYR  21   0.510   4.609   8.773
    8    HE2  TYR  21           HE2      TYR  21   4.220   6.273   7.484
    9    HH   TYR  21           HH       TYR  21   1.427   6.729   9.425

  No H/Q in entry =           9
  In of MODEL   26
    1    H    VAL  22           H        VAL  22   5.854   1.335   4.226
    2    HA   VAL  22           HA       VAL  22   6.280  -1.549   4.676
    3    HB   VAL  22           HB       VAL  22   7.256   0.094   2.304
    4   HG11  VAL  22          HG11      VAL  22   8.669  -1.836   3.039
    5   HG12  VAL  22          HG12      VAL  22   7.303  -2.901   2.712
    6   HG13  VAL  22          HG13      VAL  22   8.040  -1.984   1.396
    7   HG21  VAL  22          HG21      VAL  22   4.840  -0.217   2.173
    8   HG22  VAL  22          HG22      VAL  22   5.665  -1.188   0.952
    9   HG23  VAL  22          HG23      VAL  22   5.036  -1.954   2.412

  No H/Q in entry =           9
  In of MODEL   26
    1    H    SER  23           H        SER  23   7.832  -1.610   6.284
    2    HA   SER  23           HA       SER  23   9.892   0.497   6.215
    3    HB2  SER  23           HB2      SER  23   8.188   0.754   8.046
    4    HB3  SER  23           HB3      SER  23   8.762  -0.772   8.720
    5    HG   SER  23           HG       SER  23   9.766   1.665   9.081

  No H/Q in entry =           5
  In of MODEL   26
    1    H    GLY  24           H        GLY  24  11.970  -0.082   6.494
    2    HA2  GLY  24           HA2      GLY  24  12.616  -2.851   7.297
    3    HA3  GLY  24           HA3      GLY  24  13.716  -1.481   7.378

  No H/Q in entry =           3
  In of MODEL   26
    1    H    PHE  25           H        PHE  25  12.107  -1.240   4.534
    2    HA   PHE  25           HA       PHE  25  14.116  -2.826   3.077
    3    HB2  PHE  25           HB2      PHE  25  11.396  -1.953   2.108
    4    HB3  PHE  25           HB3      PHE  25  12.507  -3.038   1.283
    5    HD1  PHE  25           HD1      PHE  25  10.265  -2.727   4.220
    6    HD2  PHE  25           HD2      PHE  25  12.626  -5.363   1.840
    7    HE1  PHE  25           HE1      PHE  25   9.245  -4.666   5.365
    8    HE2  PHE  25           HE2      PHE  25  11.607  -7.304   2.981
    9    HZ   PHE  25           HZ       PHE  25   9.902  -6.941   4.718

  No H/Q in entry =           9
  In of MODEL   26
    1    H    HIS  26           H        HIS  26  15.275  -1.888   1.462
    2    HA   HIS  26           HA       HIS  26  15.423   1.001   1.529
    3    HB2  HIS  26           HB2      HIS  26  17.499  -0.348   1.466
    4    HB3  HIS  26           HB3      HIS  26  17.042  -0.961  -0.124
    5    HD2  HIS  26           HD2      HIS  26  18.012   2.503   1.496
    6    HE1  HIS  26           HE1      HIS  26  18.986   2.488  -2.619
    7    HE2  HIS  26           HE2      HIS  26  19.300   3.695  -0.409

  No H/Q in entry =           7
  In of MODEL   26
    1    HA   PRO  27           HA       PRO  27  12.179   1.814  -1.301
    2    HB2  PRO  27           HB2      PRO  27  14.089   3.994  -2.062
    3    HB3  PRO  27           HB3      PRO  27  12.342   4.079  -1.791
    4    HG2  PRO  27           HG2      PRO  27  14.008   4.852   0.118
    5    HG3  PRO  27           HG3      PRO  27  12.550   3.913   0.522
    6    HD2  PRO  27           HD2      PRO  27  15.413   3.072   0.486
    7    HD3  PRO  27           HD3      PRO  27  14.066   2.477   1.484

  No H/Q in entry =           7
  In of MODEL   26
    1    H    SER  28           H        SER  28  15.468   1.824  -2.673
    2    HA   SER  28           HA       SER  28  14.434   1.948  -5.331
    3    HB2  SER  28           HB2      SER  28  16.572   2.981  -4.751
    4    HB3  SER  28           HB3      SER  28  17.253   1.398  -4.383
    5    HG   SER  28           HG       SER  28  16.202   2.135  -6.914

  No H/Q in entry =           5
  In of MODEL   26
    1    H    ASP  29           H        ASP  29  15.534  -0.738  -3.270
    2    HA   ASP  29           HA       ASP  29  15.462  -2.500  -5.606
    3    HB2  ASP  29           HB2      ASP  29  16.542  -2.924  -2.819
    4    HB3  ASP  29           HB3      ASP  29  16.410  -4.217  -4.001

  No H/Q in entry =           4
  In of MODEL   26
    1    H    ILE  30           H        ILE  30  12.967  -1.504  -4.029
    2    HA   ILE  30           HA       ILE  30  11.946  -4.233  -3.552
    3    HB   ILE  30           HB       ILE  30  10.852  -3.682  -1.640
    4   HG12  ILE  30          HG12      ILE  30  10.737  -0.753  -2.449
    5   HG13  ILE  30          HG13      ILE  30   9.443  -1.934  -2.655
    6   HG21  ILE  30          HG21      ILE  30  13.101  -1.689  -1.672
    7   HG22  ILE  30          HG22      ILE  30  12.192  -2.137  -0.228
    8   HG23  ILE  30          HG23      ILE  30  13.142  -3.350  -1.082
    9   HD11  ILE  30          HD11      ILE  30   9.332  -2.217  -0.221
   10   HD12  ILE  30          HD12      ILE  30  10.587  -0.992  -0.040
   11   HD13  ILE  30          HD13      ILE  30   9.024  -0.555  -0.725

  No H/Q in entry =          11
  In of MODEL   26
    1    H    GLU  31           H        GLU  31   9.583  -4.440  -3.709
    2    HA   GLU  31           HA       GLU  31   8.384  -2.597  -5.673
    3    HB2  GLU  31           HB2      GLU  31   8.204  -5.618  -5.613
    4    HB3  GLU  31           HB3      GLU  31   7.204  -4.583  -6.621
    5    HG2  GLU  31           HG2      GLU  31   9.132  -3.802  -7.840
    6    HG3  GLU  31           HG3      GLU  31  10.221  -4.701  -6.785

  No H/Q in entry =           6
  In of MODEL   26
    1    H    VAL  32           H        VAL  32   6.593  -1.718  -4.846
    2    HA   VAL  32           HA       VAL  32   4.841  -3.347  -3.158
    3    HB   VAL  32           HB       VAL  32   5.537  -2.186  -1.329
    4   HG11  VAL  32          HG11      VAL  32   7.417  -1.191  -2.562
    5   HG12  VAL  32          HG12      VAL  32   6.368   0.130  -3.072
    6   HG13  VAL  32          HG13      VAL  32   6.741  -0.091  -1.362
    7   HG21  VAL  32          HG21      VAL  32   3.270  -1.347  -1.646
    8   HG22  VAL  32          HG22      VAL  32   4.296  -0.133  -0.883
    9   HG23  VAL  32          HG23      VAL  32   3.891   0.004  -2.595

  No H/Q in entry =           9
  In of MODEL   26
    1    H    ASP  33           H        ASP  33   2.707  -3.144  -3.624
    2    HA   ASP  33           HA       ASP  33   1.848  -0.859  -5.259
    3    HB2  ASP  33           HB2      ASP  33   1.192  -3.783  -5.903
    4    HB3  ASP  33           HB3      ASP  33   0.453  -2.386  -6.684

  No H/Q in entry =           4
  In of MODEL   26
    1    H    LEU  34           H        LEU  34  -0.579  -0.760  -5.298
    2    HA   LEU  34           HA       LEU  34  -1.693  -1.672  -2.718
    3    HB2  LEU  34           HB2      LEU  34  -2.100   0.840  -4.289
    4    HB3  LEU  34           HB3      LEU  34  -3.448   0.231  -3.353
    5    HG   LEU  34           HG       LEU  34  -1.981   0.305  -1.311
    6   HD11  LEU  34          HD11      LEU  34   0.200   0.266  -2.394
    7   HD12  LEU  34          HD12      LEU  34  -0.116   1.849  -3.108
    8   HD13  LEU  34          HD13      LEU  34   0.027   1.681  -1.355
    9   HD21  LEU  34          HD21      LEU  34  -3.599   2.070  -1.831
   10   HD22  LEU  34          HD22      LEU  34  -2.185   2.684  -0.975
   11   HD23  LEU  34          HD23      LEU  34  -2.345   2.942  -2.713

  No H/Q in entry =          11
  In of MODEL   26
    1    H    LEU  35           H        LEU  35  -3.459  -3.019  -2.794
    2    HA   LEU  35           HA       LEU  35  -4.416  -3.729  -5.493
    3    HB2  LEU  35           HB2      LEU  35  -4.034  -5.602  -3.166
    4    HB3  LEU  35           HB3      LEU  35  -4.577  -6.019  -4.770
    5    HG   LEU  35           HG       LEU  35  -1.821  -5.369  -3.813
    6   HD11  LEU  35          HD11      LEU  35  -3.169  -7.540  -5.412
    7   HD12  LEU  35          HD12      LEU  35  -1.422  -7.403  -5.280
    8   HD13  LEU  35          HD13      LEU  35  -2.395  -7.672  -3.835
    9   HD21  LEU  35          HD21      LEU  35  -2.222  -3.906  -5.789
   10   HD22  LEU  35          HD22      LEU  35  -1.008  -5.151  -6.070
   11   HD23  LEU  35          HD23      LEU  35  -2.631  -5.341  -6.723

  No H/Q in entry =          11
  In of MODEL   26
    1    H    LYS  36           H        LYS  36  -6.443  -4.896  -5.607
    2    HA   LYS  36           HA       LYS  36  -8.318  -4.513  -3.373
    3    HB2  LYS  36           HB2      LYS  36  -9.252  -4.939  -6.196
    4    HB3  LYS  36           HB3      LYS  36 -10.075  -4.113  -4.856
    5    HG2  LYS  36           HG2      LYS  36  -8.515  -2.245  -5.115
    6    HG3  LYS  36           HG3      LYS  36  -7.706  -3.075  -6.430
    7    HD2  LYS  36           HD2      LYS  36  -9.204  -1.321  -7.255
    8    HD3  LYS  36           HD3      LYS  36  -9.684  -2.916  -7.840
    9    HE2  LYS  36           HE2      LYS  36 -11.679  -1.585  -7.162
   10    HE3  LYS  36           HE3      LYS  36 -11.485  -2.951  -6.084
   11    HZ1  LYS  36           HZ1      LYS  36 -10.288  -0.365  -5.375
   12    HZ2  LYS  36           HZ2      LYS  36 -11.945  -0.609  -5.147
   13    HZ3  LYS  36           HZ3      LYS  36 -10.826  -1.614  -4.361

  No H/Q in entry =          13
  In of MODEL   26
    1    H    ASN  37           H        ASN  37  -8.415  -6.517  -2.425
    2    HA   ASN  37           HA       ASN  37  -8.429  -8.810  -2.231
    3    HB2  ASN  37           HB2      ASN  37 -10.082  -8.764  -4.720
    4    HB3  ASN  37           HB3      ASN  37 -10.328  -9.787  -3.335
    5   HD21  ASN  37          HD21      ASN  37 -10.629  -6.587  -4.672
    6   HD22  ASN  37          HD22      ASN  37 -11.857  -6.012  -3.608

  No H/Q in entry =           6
  In of MODEL   26
    1    H    GLY  38           H        GLY  38  -6.106  -8.079  -3.445
    2    HA2  GLY  38           HA2      GLY  38  -5.516 -10.344  -5.073
    3    HA3  GLY  38           HA3      GLY  38  -4.390  -9.078  -4.636

  No H/Q in entry =           3
  In of MODEL   26
    1    H    GLU  39           H        GLU  39  -6.255  -6.987  -5.904
    2    HA   GLU  39           HA       GLU  39  -5.418  -7.563  -8.649
    3    HB2  GLU  39           HB2      GLU  39  -7.923  -7.869  -8.259
    4    HB3  GLU  39           HB3      GLU  39  -7.997  -6.148  -7.978
    5    HG2  GLU  39           HG2      GLU  39  -6.813  -7.107 -10.501
    6    HG3  GLU  39           HG3      GLU  39  -8.568  -7.103 -10.348

  No H/Q in entry =           6
  In of MODEL   26
    1    H    ARG  40           H        ARG  40  -4.143  -6.045  -9.416
    2    HA   ARG  40           HA       ARG  40  -3.168  -3.965  -7.955
    3    HB2  ARG  40           HB2      ARG  40  -2.292  -5.086 -10.134
    4    HB3  ARG  40           HB3      ARG  40  -3.202  -3.826 -10.953
    5    HG2  ARG  40           HG2      ARG  40  -1.920  -2.150  -9.625
    6    HG3  ARG  40           HG3      ARG  40  -0.929  -3.483  -9.046
    7    HD2  ARG  40           HD2      ARG  40   0.178  -2.381 -10.890
    8    HD3  ARG  40           HD3      ARG  40  -0.294  -4.008 -11.381
    9    HE   ARG  40           HE       ARG  40  -2.309  -2.796 -12.406
   10   HH11  ARG  40          HH11      ARG  40   0.868  -1.377 -12.057
   11   HH12  ARG  40          HH12      ARG  40   0.741  -0.396 -13.492
   12   HH21  ARG  40          HH21      ARG  40  -2.515  -1.490 -14.279
   13   HH22  ARG  40          HH22      ARG  40  -1.200  -0.452 -14.750

  No H/Q in entry =          13
  In of MODEL   26
    1    H    ILE  41           H        ILE  41  -4.019  -2.060  -7.281
    2    HA   ILE  41           HA       ILE  41  -6.049  -0.672  -8.736
    3    HB   ILE  41           HB       ILE  41  -4.315   0.399  -6.511
    4   HG12  ILE  41          HG12      ILE  41  -6.948  -1.011  -6.163
    5   HG13  ILE  41          HG13      ILE  41  -5.374  -1.739  -5.825
    6   HG21  ILE  41          HG21      ILE  41  -7.035   1.157  -7.580
    7   HG22  ILE  41          HG22      ILE  41  -6.408   1.747  -6.042
    8   HG23  ILE  41          HG23      ILE  41  -5.579   2.145  -7.538
    9   HD11  ILE  41          HD11      ILE  41  -6.238   0.810  -4.554
   10   HD12  ILE  41          HD12      ILE  41  -6.665  -0.766  -3.883
   11   HD13  ILE  41          HD13      ILE  41  -4.966  -0.316  -4.056

  No H/Q in entry =          11
  In of MODEL   26
    1    H    GLU  42           H        GLU  42  -5.607   0.966 -10.049
    2    HA   GLU  42           HA       GLU  42  -2.921   1.065 -11.049
    3    HB2  GLU  42           HB2      GLU  42  -5.458   2.094 -12.280
    4    HB3  GLU  42           HB3      GLU  42  -3.880   2.026 -13.047
    5    HG2  GLU  42           HG2      GLU  42  -3.956  -0.477 -12.620
    6    HG3  GLU  42           HG3      GLU  42  -5.675  -0.247 -12.288

  No H/Q in entry =           6
  In of MODEL   26
    1    H    LYS  43           H        LYS  43  -5.132   3.272  -9.348
    2    HA   LYS  43           HA       LYS  43  -3.722   5.586 -10.400
    3    HB2  LYS  43           HB2      LYS  43  -5.822   5.513  -8.221
    4    HB3  LYS  43           HB3      LYS  43  -5.218   6.936  -9.047
    5    HG2  LYS  43           HG2      LYS  43  -7.292   4.993  -9.890
    6    HG3  LYS  43           HG3      LYS  43  -7.162   6.719 -10.200
    7    HD2  LYS  43           HD2      LYS  43  -5.506   4.622 -11.583
    8    HD3  LYS  43           HD3      LYS  43  -7.000   5.292 -12.231
    9    HE2  LYS  43           HE2      LYS  43  -5.930   7.546 -12.140
   10    HE3  LYS  43           HE3      LYS  43  -4.423   6.754 -11.671
   11    HZ1  LYS  43           HZ1      LYS  43  -4.778   5.375 -13.781
   12    HZ2  LYS  43           HZ2      LYS  43  -5.872   6.585 -14.239
   13    HZ3  LYS  43           HZ3      LYS  43  -4.243   6.971 -13.961

  No H/Q in entry =          13
  In of MODEL   26
    1    H    VAL  44           H        VAL  44  -1.812   4.150  -9.277
    2    HA   VAL  44           HA       VAL  44  -1.431   5.409  -6.650
    3    HB   VAL  44           HB       VAL  44  -1.418   2.610  -7.064
    4   HG11  VAL  44          HG11      VAL  44   0.854   2.744  -7.934
    5   HG12  VAL  44          HG12      VAL  44   1.348   3.612  -6.481
    6   HG13  VAL  44          HG13      VAL  44   0.812   1.935  -6.366
    7   HG21  VAL  44          HG21      VAL  44  -0.468   4.301  -4.773
    8   HG22  VAL  44          HG22      VAL  44  -2.089   3.655  -5.022
    9   HG23  VAL  44          HG23      VAL  44  -0.748   2.563  -4.683

  No H/Q in entry =           9
  In of MODEL   26
    1    H    GLU  45           H        GLU  45   0.284   6.632  -6.513
    2    HA   GLU  45           HA       GLU  45   2.445   6.333  -8.479
    3    HB2  GLU  45           HB2      GLU  45   0.857   8.877  -8.052
    4    HB3  GLU  45           HB3      GLU  45   2.398   8.827  -8.883
    5    HG2  GLU  45           HG2      GLU  45   1.484   7.634 -10.718
    6    HG3  GLU  45           HG3      GLU  45   0.003   7.256  -9.833

  No H/Q in entry =           6
  In of MODEL   26
    1    H    HIS  46           H        HIS  46   4.110   5.963  -7.060
    2    HA   HIS  46           HA       HIS  46   5.071   8.389  -5.866
    3    HB2  HIS  46           HB2      HIS  46   3.733   7.013  -4.083
    4    HB3  HIS  46           HB3      HIS  46   5.136   5.953  -4.104
    5    HD2  HIS  46           HD2      HIS  46   7.610   7.315  -3.296
    6    HE1  HIS  46           HE1      HIS  46   5.448  10.325  -1.262
    7    HE2  HIS  46           HE2      HIS  46   7.751   9.414  -1.782

  No H/Q in entry =           7
  In of MODEL   26
    1    H    SER  47           H        SER  47   7.172   8.521  -6.196
    2    HA   SER  47           HA       SER  47   8.449   6.238  -7.527
    3    HB2  SER  47           HB2      SER  47   9.338   9.134  -7.451
    4    HB3  SER  47           HB3      SER  47   9.933   7.868  -8.527
    5    HG   SER  47           HG       SER  47   7.228   8.716  -8.448

  No H/Q in entry =           5
  In of MODEL   26
    1    H    ASP  48           H        ASP  48  10.503   5.517  -6.934
    2    HA   ASP  48           HA       ASP  48  11.092   5.669  -4.162
    3    HB2  ASP  48           HB2      ASP  48  12.064   3.734  -4.714
    4    HB3  ASP  48           HB3      ASP  48  12.026   4.132  -6.419

  No H/Q in entry =           4
  In of MODEL   26
    1    H    LEU  49           H        LEU  49  12.934   6.535  -3.148
    2    HA   LEU  49           HA       LEU  49  13.978   8.919  -4.512
    3    HB2  LEU  49           HB2      LEU  49  13.542  10.168  -2.300
    4    HB3  LEU  49           HB3      LEU  49  12.191   9.960  -3.403
    5    HG   LEU  49           HG       LEU  49  11.528   9.676  -1.052
    6   HD11  LEU  49          HD11      LEU  49  11.356   7.114  -2.597
    7   HD12  LEU  49          HD12      LEU  49  10.425   7.485  -1.147
    8   HD13  LEU  49          HD13      LEU  49  10.202   8.448  -2.605
    9   HD21  LEU  49          HD21      LEU  49  13.665   8.857  -0.159
   10   HD22  LEU  49          HD22      LEU  49  12.284   7.892   0.355
   11   HD23  LEU  49          HD23      LEU  49  13.353   7.290  -0.910

  No H/Q in entry =          11
  In of MODEL   26
    1    H    SER  50           H        SER  50  15.194   6.333  -3.618
    2    HA   SER  50           HA       SER  50  16.627   7.146  -1.208
    3    HB2  SER  50           HB2      SER  50  17.473   4.792  -1.242
    4    HB3  SER  50           HB3      SER  50  15.714   4.918  -1.171
    5    HG   SER  50           HG       SER  50  15.632   4.477  -3.398

  No H/Q in entry =           5
  In of MODEL   26
    1    H    PHE  51           H        PHE  51  17.581   5.615  -4.305
    2    HA   PHE  51           HA       PHE  51  19.445   5.823  -5.578
    3    HB2  PHE  51           HB2      PHE  51  19.312   8.657  -4.520
    4    HB3  PHE  51           HB3      PHE  51  20.430   8.134  -5.778
    5    HD1  PHE  51           HD1      PHE  51  16.962   8.929  -4.975
    6    HD2  PHE  51           HD2      PHE  51  19.623   7.533  -7.989
    7    HE1  PHE  51           HE1      PHE  51  15.233   9.323  -6.680
    8    HE2  PHE  51           HE2      PHE  51  17.899   7.926  -9.699
    9    HZ   PHE  51           HZ       PHE  51  15.701   8.824  -9.044

  No H/Q in entry =           9
  In of MODEL   26
    1    H    SER  52           H        SER  52  20.257   4.308  -3.937
    2    HA   SER  52           HA       SER  52  21.932   3.465  -2.682
    3    HB2  SER  52           HB2      SER  52  23.218   6.187  -2.974
    4    HB3  SER  52           HB3      SER  52  23.999   4.765  -2.284
    5    HG   SER  52           HG       SER  52  23.182   5.231  -4.953

  No H/Q in entry =           5
  In of MODEL   26
    1    H    LYS  53           H        LYS  53  21.428   6.845  -1.599
    2    HA   LYS  53           HA       LYS  53  21.445   5.901   1.166
    3    HB2  LYS  53           HB2      LYS  53  21.327   8.719   0.071
    4    HB3  LYS  53           HB3      LYS  53  21.507   8.281   1.767
    5    HG2  LYS  53           HG2      LYS  53  23.608   7.048   1.079
    6    HG3  LYS  53           HG3      LYS  53  23.459   7.868  -0.474
    7    HD2  LYS  53           HD2      LYS  53  23.549  10.029   0.657
    8    HD3  LYS  53           HD3      LYS  53  23.691   9.210   2.216
    9    HE2  LYS  53           HE2      LYS  53  25.646   9.094  -0.078
   10    HE3  LYS  53           HE3      LYS  53  25.880   9.908   1.468
   11    HZ1  LYS  53           HZ1      LYS  53  25.782   7.757   2.572
   12    HZ2  LYS  53           HZ2      LYS  53  25.563   6.977   1.082
   13    HZ3  LYS  53           HZ3      LYS  53  27.014   7.783   1.410

  No H/Q in entry =          13
  In of MODEL   26
    1    H    ASP  54           H        ASP  54  19.744   8.178   2.045
    2    HA   ASP  54           HA       ASP  54  17.602   8.261   2.847
    3    HB2  ASP  54           HB2      ASP  54  17.353   8.453  -0.132
    4    HB3  ASP  54           HB3      ASP  54  15.902   8.464   0.867

  No H/Q in entry =           4
  In of MODEL   26
    1    H    TRP  55           H        TRP  55  17.944   6.075   3.675
    2    HA   TRP  55           HA       TRP  55  16.957   3.874   2.123
    3    HB2  TRP  55           HB2      TRP  55  17.788   2.490   3.960
    4    HB3  TRP  55           HB3      TRP  55  19.008   3.631   3.409
    5    HD1  TRP  55           HD1      TRP  55  18.868   6.105   5.063
    6    HE1  TRP  55           HE1      TRP  55  18.919   6.121   7.646
    7    HE3  TRP  55           HE3      TRP  55  17.395   1.234   5.994
    8    HZ2  TRP  55           HZ2      TRP  55  18.431   4.353   9.756
    9    HZ3  TRP  55           HZ3      TRP  55  17.224   0.515   8.329
   10    HH2  TRP  55           HH2      TRP  55  17.727   2.031  10.173

  No H/Q in entry =          10
  In of MODEL   26
    1    H    SER  56           H        SER  56  16.050   2.214   4.129
    2    HA   SER  56           HA       SER  56  13.306   2.684   4.114
    3    HB2  SER  56           HB2      SER  56  14.030   0.948   6.255
    4    HB3  SER  56           HB3      SER  56  13.433   0.516   4.650
    5    HG   SER  56           HG       SER  56  15.690  -0.188   5.449

  No H/Q in entry =           5
  In of MODEL   26
    1    H    PHE  57           H        PHE  57  12.758   4.817   5.154
    2    HA   PHE  57           HA       PHE  57  12.901   4.605   8.051
    3    HB2  PHE  57           HB2      PHE  57  13.432   7.075   8.104
    4    HB3  PHE  57           HB3      PHE  57  14.734   6.043   7.527
    5    HD1  PHE  57           HD1      PHE  57  11.792   7.695   5.888
    6    HD2  PHE  57           HD2      PHE  57  15.993   7.029   5.948
    7    HE1  PHE  57           HE1      PHE  57  12.028   9.051   3.851
    8    HE2  PHE  57           HE2      PHE  57  16.238   8.382   3.910
    9    HZ   PHE  57           HZ       PHE  57  14.256   9.397   2.859

  No H/Q in entry =           9
  In of MODEL   26
    1    H    TYR  58           H        TYR  58  10.917   4.497   5.648
    2    HA   TYR  58           HA       TYR  58   8.542   5.332   6.322
    3    HB2  TYR  58           HB2      TYR  58   9.416   7.501   7.119
    4    HB3  TYR  58           HB3      TYR  58   9.953   7.886   5.490
    5    HD1  TYR  58           HD1      TYR  58   6.743   6.626   6.995
    6    HD2  TYR  58           HD2      TYR  58   8.615   9.517   4.479
    7    HE1  TYR  58           HE1      TYR  58   4.544   7.647   6.536
    8    HE2  TYR  58           HE2      TYR  58   6.411  10.547   4.017
    9    HH   TYR  58           HH       TYR  58   3.613   9.734   5.818

  No H/Q in entry =           9
  In of MODEL   26
    1    H    LEU  59           H        LEU  59   8.447   3.737   4.543
    2    HA   LEU  59           HA       LEU  59   8.304   5.019   1.898
    3    HB2  LEU  59           HB2      LEU  59   8.538   2.227   2.903
    4    HB3  LEU  59           HB3      LEU  59   7.661   2.464   1.407
    5    HG   LEU  59           HG       LEU  59  10.413   3.602   1.713
    6   HD11  LEU  59          HD11      LEU  59  10.536   1.240   2.405
    7   HD12  LEU  59          HD12      LEU  59   9.776   0.779   0.882
    8   HD13  LEU  59          HD13      LEU  59  11.364   1.542   0.879
    9   HD21  LEU  59          HD21      LEU  59   8.785   2.571  -0.611
   10   HD22  LEU  59          HD22      LEU  59   9.115   4.261  -0.231
   11   HD23  LEU  59          HD23      LEU  59  10.431   3.196  -0.728

  No H/Q in entry =          11
  In of MODEL   26
    1    H    LEU  60           H        LEU  60   6.362   5.784   1.247
    2    HA   LEU  60           HA       LEU  60   3.919   4.362   1.992
    3    HB2  LEU  60           HB2      LEU  60   4.227   6.061   3.657
    4    HB3  LEU  60           HB3      LEU  60   4.668   7.236   2.446
    5    HG   LEU  60           HG       LEU  60   2.031   6.519   1.828
    6   HD11  LEU  60          HD11      LEU  60   1.981   5.493   4.105
    7   HD12  LEU  60          HD12      LEU  60   2.326   7.089   4.763
    8   HD13  LEU  60          HD13      LEU  60   0.831   6.810   3.873
    9   HD21  LEU  60          HD21      LEU  60   3.137   8.728   1.625
   10   HD22  LEU  60          HD22      LEU  60   1.562   8.807   2.417
   11   HD23  LEU  60          HD23      LEU  60   3.039   8.895   3.375

  No H/Q in entry =          11
  In of MODEL   26
    1    H    TYR  61           H        TYR  61   2.425   4.384   0.364
    2    HA   TYR  61           HA       TYR  61   2.910   6.070  -2.019
    3    HB2  TYR  61           HB2      TYR  61   1.988   3.162  -1.857
    4    HB3  TYR  61           HB3      TYR  61   1.862   4.127  -3.339
    5    HD1  TYR  61           HD1      TYR  61   3.609   3.984  -4.867
    6    HD2  TYR  61           HD2      TYR  61   4.458   3.142  -0.781
    7    HE1  TYR  61           HE1      TYR  61   5.911   3.383  -5.479
    8    HE2  TYR  61           HE2      TYR  61   6.771   2.545  -1.394
    9    HH   TYR  61           HH       TYR  61   8.025   1.797  -3.338

  No H/Q in entry =           9
  In of MODEL   26
    1    H    TYR  62           H        TYR  62   0.775   6.486  -3.247
    2    HA   TYR  62           HA       TYR  62  -1.510   6.313  -1.421
    3    HB2  TYR  62           HB2      TYR  62  -2.162   8.660  -2.003
    4    HB3  TYR  62           HB3      TYR  62  -0.736   8.508  -0.990
    5    HD1  TYR  62           HD1      TYR  62   1.383   9.306  -1.730
    6    HD2  TYR  62           HD2      TYR  62  -1.913   9.337  -4.405
    7    HE1  TYR  62           HE1      TYR  62   2.644  10.761  -3.249
    8    HE2  TYR  62           HE2      TYR  62  -0.659  10.787  -5.947
    9    HH   TYR  62           HH       TYR  62   2.698  11.377  -5.579

  No H/Q in entry =           9
  In of MODEL   26
    1    H    THR  63           H        THR  63  -3.459   5.921  -2.323
    2    HA   THR  63           HA       THR  63  -3.886   6.470  -5.158
    3    HB   THR  63           HB       THR  63  -3.190   4.016  -4.891
    4    HG1  THR  63           HG1      THR  63  -4.517   4.995  -6.627
    5   HG21  THR  63          HG21      THR  63  -5.915   3.875  -3.624
    6   HG22  THR  63          HG22      THR  63  -5.041   2.483  -4.253
    7   HG23  THR  63          HG23      THR  63  -4.387   3.395  -2.896

  No H/Q in entry =           7
  In of MODEL   26
    1    H    GLU  64           H        GLU  64  -5.941   7.093  -5.601
    2    HA   GLU  64           HA       GLU  64  -7.707   7.909  -3.575
    3    HB2  GLU  64           HB2      GLU  64  -7.439   8.618  -6.105
    4    HB3  GLU  64           HB3      GLU  64  -8.611   7.335  -6.386
    5    HG2  GLU  64           HG2      GLU  64  -9.841   9.348  -6.247
    6    HG3  GLU  64           HG3      GLU  64 -10.136   8.459  -4.754

  No H/Q in entry =           6
  In of MODEL   26
    1    H    PHE  65           H        PHE  65  -9.367   6.807  -2.529
    2    HA   PHE  65           HA       PHE  65 -10.247   4.300  -3.774
    3    HB2  PHE  65           HB2      PHE  65 -10.148   3.073  -1.765
    4    HB3  PHE  65           HB3      PHE  65  -8.638   3.944  -1.872
    5    HD1  PHE  65           HD1      PHE  65 -12.019   4.659  -0.437
    6    HD2  PHE  65           HD2      PHE  65  -7.808   4.624   0.115
    7    HE1  PHE  65           HE1      PHE  65 -12.317   5.447   1.872
    8    HE2  PHE  65           HE2      PHE  65  -8.114   5.423   2.437
    9    HZ   PHE  65           HZ       PHE  65 -10.385   5.826   3.312

  No H/Q in entry =           9
  In of MODEL   26
    1    H    THR  66           H        THR  66 -12.363   3.649  -3.369
    2    HA   THR  66           HA       THR  66 -13.972   5.282  -1.538
    3    HB   THR  66           HB       THR  66 -14.856   4.505  -4.345
    4    HG1  THR  66           HG1      THR  66 -13.436   6.608  -3.417
    5   HG21  THR  66          HG21      THR  66 -16.216   6.113  -2.167
    6   HG22  THR  66          HG22      THR  66 -16.775   6.007  -3.841
    7   HG23  THR  66          HG23      THR  66 -16.735   4.564  -2.834

  No H/Q in entry =           7
  In of MODEL   26
    1    HA   PRO  67           HA       PRO  67 -14.665   0.927  -0.500
    2    HB2  PRO  67           HB2      PRO  67 -16.069   1.558   1.865
    3    HB3  PRO  67           HB3      PRO  67 -14.375   1.078   1.735
    4    HG2  PRO  67           HG2      PRO  67 -15.404   3.644   2.444
    5    HG3  PRO  67           HG3      PRO  67 -13.713   3.176   2.215
    6    HD2  PRO  67           HD2      PRO  67 -15.453   4.736   0.485
    7    HD3  PRO  67           HD3      PRO  67 -13.692   4.539   0.419

  No H/Q in entry =           7
  In of MODEL   26
    1    H    THR  68           H        THR  68 -16.166  -0.385  -0.819
    2    HA   THR  68           HA       THR  68 -18.977   0.441  -0.913
    3    HB   THR  68           HB       THR  68 -19.273  -1.154  -2.802
    4    HG1  THR  68           HG1      THR  68 -17.107  -1.736  -3.817
    5   HG21  THR  68          HG21      THR  68 -18.838   1.224  -3.280
    6   HG22  THR  68          HG22      THR  68 -17.110   0.877  -3.349
    7   HG23  THR  68          HG23      THR  68 -18.198   0.165  -4.538

  No H/Q in entry =           7
  In of MODEL   26
    1    H    GLU  69           H        GLU  69 -20.430  -1.469  -0.458
    2    HA   GLU  69           HA       GLU  69 -19.599  -2.965   1.733
    3    HB2  GLU  69           HB2      GLU  69 -21.916  -2.636   1.351
    4    HB3  GLU  69           HB3      GLU  69 -21.869  -3.365  -0.236
    5    HG2  GLU  69           HG2      GLU  69 -22.852  -5.003   1.056
    6    HG3  GLU  69           HG3      GLU  69 -21.152  -5.492   1.033

  No H/Q in entry =           6
  In of MODEL   26
    1    H    LYS  70           H        LYS  70 -18.562  -3.417  -1.462
    2    HA   LYS  70           HA       LYS  70 -18.155  -6.272  -0.984
    3    HB2  LYS  70           HB2      LYS  70 -18.494  -4.840  -3.598
    4    HB3  LYS  70           HB3      LYS  70 -18.029  -6.526  -3.473
    5    HG2  LYS  70           HG2      LYS  70 -20.574  -5.569  -2.202
    6    HG3  LYS  70           HG3      LYS  70 -20.502  -5.908  -3.922
    7    HD2  LYS  70           HD2      LYS  70 -21.334  -7.848  -2.768
    8    HD3  LYS  70           HD3      LYS  70 -19.742  -8.198  -3.428
    9    HE2  LYS  70           HE2      LYS  70 -18.734  -8.080  -1.288
   10    HE3  LYS  70           HE3      LYS  70 -20.180  -7.371  -0.564
   11    HZ1  LYS  70           HZ1      LYS  70 -21.334  -9.467  -0.954
   12    HZ2  LYS  70           HZ2      LYS  70 -19.925 -10.133  -1.637
   13    HZ3  LYS  70           HZ3      LYS  70 -19.955  -9.701   0.002

  No H/Q in entry =          13
  In of MODEL   26
    1    H    ASP  71           H        ASP  71 -16.223  -3.398  -1.698
    2    HA   ASP  71           HA       ASP  71 -14.187  -5.134  -2.882
    3    HB2  ASP  71           HB2      ASP  71 -14.694  -3.065  -4.109
    4    HB3  ASP  71           HB3      ASP  71 -14.132  -2.123  -2.719

  No H/Q in entry =           4
  In of MODEL   26
    1    H    GLU  72           H        GLU  72 -12.368  -5.689  -1.905
    2    HA   GLU  72           HA       GLU  72 -11.680  -4.684   0.781
    3    HB2  GLU  72           HB2      GLU  72 -12.006  -7.058   0.651
    4    HB3  GLU  72           HB3      GLU  72 -10.985  -7.186  -0.773
    5    HG2  GLU  72           HG2      GLU  72  -9.048  -6.494   0.660
    6    HG3  GLU  72           HG3      GLU  72 -10.139  -6.594   2.024

  No H/Q in entry =           6
  In of MODEL   26
    1    H    TYR  73           H        TYR  73  -9.549  -3.903   1.175
    2    HA   TYR  73           HA       TYR  73  -7.979  -3.304  -1.243
    3    HB2  TYR  73           HB2      TYR  73  -8.452  -1.567   1.190
    4    HB3  TYR  73           HB3      TYR  73  -7.216  -1.228  -0.008
    5    HD1  TYR  73           HD1      TYR  73 -10.900  -1.708   0.360
    6    HD2  TYR  73           HD2      TYR  73  -7.742   0.058  -1.886
    7    HE1  TYR  73           HE1      TYR  73 -12.544  -0.429  -0.964
    8    HE2  TYR  73           HE2      TYR  73  -9.384   1.330  -3.200
    9    HH   TYR  73           HH       TYR  73 -12.720   1.488  -2.329

  No H/Q in entry =           9
  In of MODEL   26
    1    H    ALA  74           H        ALA  74  -5.835  -3.791  -1.240
    2    HA   ALA  74           HA       ALA  74  -4.611  -4.737   1.268
    3    HB1  ALA  74           HB1      ALA  74  -5.443  -6.694   0.099
    4    HB2  ALA  74           HB2      ALA  74  -4.619  -6.187  -1.377
    5    HB3  ALA  74           HB3      ALA  74  -3.682  -6.661   0.043

  No H/Q in entry =           5
  In of MODEL   26
    1    H    CYS  75           H        CYS  75  -2.197  -4.821   1.166
    2    HA   CYS  75           HA       CYS  75  -1.096  -3.366  -1.159
    3    HB2  CYS  75           HB2      CYS  75  -0.939  -1.854   0.673
    4    HB3  CYS  75           HB3      CYS  75  -0.300  -3.102   1.735

  No H/Q in entry =           4
  In of MODEL   26
    1    H    ARG  76           H        ARG  76   0.547  -4.316  -2.227
    2    HA   ARG  76           HA       ARG  76   1.517  -6.927  -1.266
    3    HB2  ARG  76           HB2      ARG  76   0.208  -6.605  -3.445
    4    HB3  ARG  76           HB3      ARG  76   1.642  -5.783  -4.049
    5    HG2  ARG  76           HG2      ARG  76   2.899  -7.803  -4.002
    6    HG3  ARG  76           HG3      ARG  76   1.678  -8.632  -3.033
    7    HD2  ARG  76           HD2      ARG  76   1.572  -9.326  -5.419
    8    HD3  ARG  76           HD3      ARG  76   0.096  -8.508  -4.890
    9    HE   ARG  76           HE       ARG  76   1.854  -6.598  -5.964
   10   HH11  ARG  76          HH11      ARG  76  -0.072  -9.307  -7.038
   11   HH12  ARG  76          HH12      ARG  76  -0.292  -8.682  -8.647
   12   HH21  ARG  76          HH21      ARG  76   1.591  -5.773  -8.071
   13   HH22  ARG  76          HH22      ARG  76   0.657  -6.664  -9.238

  No H/Q in entry =          13
  In of MODEL   26
    1    H    VAL  77           H        VAL  77   3.681  -7.092  -0.720
    2    HA   VAL  77           HA       VAL  77   5.540  -5.233  -2.065
    3    HB   VAL  77           HB       VAL  77   4.986  -4.624   0.409
    4   HG11  VAL  77          HG11      VAL  77   6.977  -6.851   0.810
    5   HG12  VAL  77          HG12      VAL  77   6.476  -5.683   2.036
    6   HG13  VAL  77          HG13      VAL  77   5.304  -6.819   1.371
    7   HG21  VAL  77          HG21      VAL  77   6.703  -3.574  -0.993
    8   HG22  VAL  77          HG22      VAL  77   7.214  -3.724   0.690
    9   HG23  VAL  77          HG23      VAL  77   7.840  -4.838  -0.523

  No H/Q in entry =           9
  In of MODEL   26
    1    H    ASN  78           H        ASN  78   7.435  -5.982  -2.675
    2    HA   ASN  78           HA       ASN  78   8.313  -8.657  -1.784
    3    HB2  ASN  78           HB2      ASN  78   7.074  -8.771  -4.010
    4    HB3  ASN  78           HB3      ASN  78   8.414  -7.850  -4.696
    5   HD21  ASN  78          HD21      ASN  78   8.971  -9.549  -6.071
    6   HD22  ASN  78          HD22      ASN  78   9.743 -10.985  -5.492

  No H/Q in entry =           6
  In of MODEL   26
    1    H    HIS  79           H        HIS  79  10.448  -9.012  -1.698
    2    HA   HIS  79           HA       HIS  79  12.280  -6.909  -2.616
    3    HB2  HIS  79           HB2      HIS  79  11.850  -6.734  -0.131
    4    HB3  HIS  79           HB3      HIS  79  12.521  -8.351   0.042
    5    HD2  HIS  79           HD2      HIS  79  13.648  -4.699  -0.368
    6    HE1  HIS  79           HE1      HIS  79  17.105  -7.136  -0.203
    7    HE2  HIS  79           HE2      HIS  79  16.246  -4.759  -0.404

  No H/Q in entry =           7
  In of MODEL   26
    1    H    VAL  80           H        VAL  80  14.489  -7.749  -2.927
    2    HA   VAL  80           HA       VAL  80  14.610 -10.099  -4.400
    3    HB   VAL  80           HB       VAL  80  16.933  -8.798  -2.958
    4   HG11  VAL  80          HG11      VAL  80  16.890 -10.612  -5.373
    5   HG12  VAL  80          HG12      VAL  80  18.314  -9.792  -4.733
    6   HG13  VAL  80          HG13      VAL  80  17.497 -11.024  -3.769
    7   HG21  VAL  80          HG21      VAL  80  15.804  -8.279  -5.705
    8   HG22  VAL  80          HG22      VAL  80  15.782  -7.176  -4.330
    9   HG23  VAL  80          HG23      VAL  80  17.314  -7.613  -5.082

  No H/Q in entry =           9
  In of MODEL   26
    1    H    THR  81           H        THR  81  14.863  -9.681  -0.954
    2    HA   THR  81           HA       THR  81  16.152 -12.202  -0.449
    3    HB   THR  81           HB       THR  81  16.354 -10.590   1.305
    4    HG1  THR  81           HG1      THR  81  15.835 -12.941   1.806
    5   HG21  THR  81          HG21      THR  81  13.333 -10.599   1.492
    6   HG22  THR  81          HG22      THR  81  14.427  -9.751   2.587
    7   HG23  THR  81          HG23      THR  81  14.330  -9.273   0.891

  No H/Q in entry =           7
  In of MODEL   26
    1    H    LEU  82           H        LEU  82  12.725 -11.166  -0.183
    2    HA   LEU  82           HA       LEU  82  11.710 -13.779   0.212
    3    HB2  LEU  82           HB2      LEU  82  10.191 -11.638  -1.259
    4    HB3  LEU  82           HB3      LEU  82   9.569 -12.914  -0.229
    5    HG   LEU  82           HG       LEU  82  11.151 -10.573   0.806
    6   HD11  LEU  82          HD11      LEU  82   8.182 -11.005   0.688
    7   HD12  LEU  82          HD12      LEU  82   8.995  -9.725   1.591
    8   HD13  LEU  82          HD13      LEU  82   9.114  -9.775  -0.165
    9   HD21  LEU  82          HD21      LEU  82   9.480 -12.663   2.194
   10   HD22  LEU  82          HD22      LEU  82  11.241 -12.558   2.226
   11   HD23  LEU  82          HD23      LEU  82  10.268 -11.290   2.972

  No H/Q in entry =          11
  In of MODEL   26
    1    H    SER  83           H        SER  83  10.472 -15.058  -1.329
    2    HA   SER  83           HA       SER  83  11.198 -14.596  -4.154
    3    HB2  SER  83           HB2      SER  83  12.119 -16.720  -3.167
    4    HB3  SER  83           HB3      SER  83  10.462 -17.243  -2.859
    5    HG   SER  83           HG       SER  83  11.087 -16.412  -5.451

  No H/Q in entry =           5
  In of MODEL   26
    1    H    GLN  84           H        GLN  84   8.867 -14.443  -1.862
    2    HA   GLN  84           HA       GLN  84   6.739 -14.391  -3.841
    3    HB2  GLN  84           HB2      GLN  84   5.189 -15.528  -2.283
    4    HB3  GLN  84           HB3      GLN  84   6.508 -16.562  -2.808
    5    HG2  GLN  84           HG2      GLN  84   6.538 -15.091  -0.183
    6    HG3  GLN  84           HG3      GLN  84   5.837 -16.697  -0.368
    7   HE21  GLN  84          HE21      GLN  84   7.192 -18.444  -0.812
    8   HE22  GLN  84          HE22      GLN  84   8.896 -18.374  -0.520

  No H/Q in entry =           8
  In of MODEL   26
    1    HA   PRO  85           HA       PRO  85   6.235 -10.507  -1.546
    2    HB2  PRO  85           HB2      PRO  85   4.098  -9.576  -2.979
    3    HB3  PRO  85           HB3      PRO  85   5.802  -9.341  -3.421
    4    HG2  PRO  85           HG2      PRO  85   3.797 -11.255  -4.522
    5    HG3  PRO  85           HG3      PRO  85   5.150 -10.436  -5.338
    6    HD2  PRO  85           HD2      PRO  85   5.217 -13.109  -4.552
    7    HD3  PRO  85           HD3      PRO  85   6.675 -12.079  -4.757

  No H/Q in entry =           7
  In of MODEL   26
    1    H    LYS  86           H        LYS  86   4.656  -9.572  -0.208
    2    HA   LYS  86           HA       LYS  86   2.682 -11.557   0.707
    3    HB2  LYS  86           HB2      LYS  86   3.761  -9.200   2.262
    4    HB3  LYS  86           HB3      LYS  86   2.788 -10.521   2.886
    5    HG2  LYS  86           HG2      LYS  86   5.640 -10.679   1.906
    6    HG3  LYS  86           HG3      LYS  86   5.104 -10.748   3.580
    7    HD2  LYS  86           HD2      LYS  86   3.684 -12.806   2.409
    8    HD3  LYS  86           HD3      LYS  86   5.229 -12.847   1.555
    9    HE2  LYS  86           HE2      LYS  86   6.448 -13.117   3.582
   10    HE3  LYS  86           HE3      LYS  86   5.036 -12.728   4.560
   11    HZ1  LYS  86           HZ1      LYS  86   5.255 -15.137   2.833
   12    HZ2  LYS  86           HZ2      LYS  86   5.573 -15.113   4.500
   13    HZ3  LYS  86           HZ3      LYS  86   4.015 -14.769   3.929

  No H/Q in entry =          13
  In of MODEL   26
    1    H    ILE  87           H        ILE  87   0.614 -10.903   1.251
    2    HA   ILE  87           HA       ILE  87  -0.173  -8.215   0.328
    3    HB   ILE  87           HB       ILE  87  -1.482 -10.787  -0.179
    4   HG12  ILE  87          HG12      ILE  87  -0.983  -9.566  -2.096
    5   HG13  ILE  87          HG13      ILE  87  -2.693  -9.182  -1.860
    6   HG21  ILE  87          HG21      ILE  87  -3.146  -8.516   0.882
    7   HG22  ILE  87          HG22      ILE  87  -3.798  -9.839  -0.089
    8   HG23  ILE  87          HG23      ILE  87  -3.071 -10.172   1.487
    9   HD11  ILE  87          HD11      ILE  87  -0.427  -7.448  -0.951
   10   HD12  ILE  87          HD12      ILE  87  -1.347  -7.230  -2.437
   11   HD13  ILE  87          HD13      ILE  87  -2.149  -7.084  -0.877

  No H/Q in entry =          11
  In of MODEL   26
    1    H    VAL  88           H        VAL  88  -1.058  -6.865   1.702
    2    HA   VAL  88           HA       VAL  88  -1.962  -7.884   4.311
    3    HB   VAL  88           HB       VAL  88   0.079  -6.549   4.550
    4   HG11  VAL  88          HG11      VAL  88  -0.258  -5.146   2.514
    5   HG12  VAL  88          HG12      VAL  88  -1.414  -4.197   3.459
    6   HG13  VAL  88          HG13      VAL  88   0.274  -4.273   3.955
    7   HG21  VAL  88          HG21      VAL  88  -2.450  -5.306   5.572
    8   HG22  VAL  88          HG22      VAL  88  -1.373  -6.425   6.407
    9   HG23  VAL  88          HG23      VAL  88  -0.849  -4.768   6.087

  No H/Q in entry =           9
  In of MODEL   26
    1    H    LYS  89           H        LYS  89  -4.119  -7.594   4.608
    2    HA   LYS  89           HA       LYS  89  -5.419  -5.730   2.754
    3    HB2  LYS  89           HB2      LYS  89  -6.675  -8.043   4.224
    4    HB3  LYS  89           HB3      LYS  89  -7.412  -7.058   2.967
    5    HG2  LYS  89           HG2      LYS  89  -6.141  -8.015   1.290
    6    HG3  LYS  89           HG3      LYS  89  -4.917  -8.588   2.428
    7    HD2  LYS  89           HD2      LYS  89  -7.749  -9.587   2.438
    8    HD3  LYS  89           HD3      LYS  89  -6.471 -10.355   1.490
    9    HE2  LYS  89           HE2      LYS  89  -5.198 -10.700   3.590
   10    HE3  LYS  89           HE3      LYS  89  -6.552 -10.006   4.487
   11    HZ1  LYS  89           HZ1      LYS  89  -7.964 -11.787   3.554
   12    HZ2  LYS  89           HZ2      LYS  89  -6.582 -12.491   2.862
   13    HZ3  LYS  89           HZ3      LYS  89  -6.717 -12.368   4.552

  No H/Q in entry =          13
  In of MODEL   26
    1    H    TRP  90           H        TRP  90  -7.015  -4.355   3.498
    2    HA   TRP  90           HA       TRP  90  -6.485  -3.431   6.175
    3    HB2  TRP  90           HB2      TRP  90  -6.618  -1.791   4.363
    4    HB3  TRP  90           HB3      TRP  90  -8.263  -2.301   4.008
    5    HD1  TRP  90           HD1      TRP  90  -6.695  -1.180   7.417
    6    HE1  TRP  90           HE1      TRP  90  -8.099   0.725   8.338
    7    HE3  TRP  90           HE3      TRP  90 -10.070  -0.700   3.553
    8    HZ2  TRP  90           HZ2      TRP  90 -10.393   2.196   7.609
    9    HZ3  TRP  90           HZ3      TRP  90 -11.836   0.986   3.754
   10    HH2  TRP  90           HH2      TRP  90 -12.000   2.423   5.721

  No H/Q in entry =          10
  In of MODEL   26
    1    H    ASP  91           H        ASP  91  -7.587  -3.858   7.898
    2    HA   ASP  91           HA       ASP  91  -9.713  -5.713   7.955
    3    HB2  ASP  91           HB2      ASP  91  -8.639  -3.838  10.067
    4    HB3  ASP  91           HB3      ASP  91  -9.873  -5.053  10.380

  No H/Q in entry =           4
  In of MODEL   26
    1    H    ARG  92           H        ARG  92 -11.559  -5.148   6.928
    2    HA   ARG  92           HA       ARG  92 -13.289  -3.306   8.237
    3    HB2  ARG  92           HB2      ARG  92 -13.422  -1.519   6.750
    4    HB3  ARG  92           HB3      ARG  92 -11.716  -1.919   6.624
    5    HG2  ARG  92           HG2      ARG  92 -12.268  -1.687   4.408
    6    HG3  ARG  92           HG3      ARG  92 -12.455  -3.431   4.616
    7    HD2  ARG  92           HD2      ARG  92 -14.912  -3.009   5.015
    8    HD3  ARG  92           HD3      ARG  92 -14.638  -1.331   4.513
    9    HE   ARG  92           HE       ARG  92 -13.635  -2.772   2.461
   10   HH11  ARG  92          HH11      ARG  92 -16.710  -2.726   4.137
   11   HH12  ARG  92          HH12      ARG  92 -17.584  -3.410   2.804
   12   HH21  ARG  92          HH21      ARG  92 -14.784  -3.690   0.716
   13   HH22  ARG  92          HH22      ARG  92 -16.496  -3.938   0.861

  No H/Q in entry =          13
  In of MODEL   26
    1    H    ASP  93           H        ASP  93 -12.667  -5.888   6.293
    2    HA   ASP  93           HA       ASP  93 -15.325  -6.700   5.841
    3    HB2  ASP  93           HB2      ASP  93 -15.152  -4.863   4.151
    4    HB3  ASP  93           HB3      ASP  93 -13.871  -5.785   3.368

  No H/Q in entry =           4
  In of MODEL   26
    1    HA   MET  94           HA       MET  94 -11.637  -9.255   4.019
    2    HB2  MET  94           HB2      MET  94  -9.862 -10.020   5.947
    3    HB3  MET  94           HB3      MET  94  -9.578  -8.748   4.766
    4    HG2  MET  94           HG2      MET  94  -9.003  -8.177   7.158
    5    HG3  MET  94           HG3      MET  94 -10.054  -7.017   6.347
    6    HE1  MET  94           HE1      MET  94 -10.408 -10.426   8.357
    7    HE2  MET  94           HE2      MET  94  -9.453  -9.311   9.334
    8    HE3  MET  94           HE3      MET  94 -11.064  -9.792   9.867

  No H/Q in entry =           8
  In of MODEL   27
    1    HA   MET   1           HA       MET   1   4.701  -8.340   7.359
    2    HB2  MET   1           HB2      MET   1   5.098  -8.921   9.697
    3    HB3  MET   1           HB3      MET   1   5.421  -7.239  10.083
    4    HG2  MET   1           HG2      MET   1   3.106  -6.674   9.520
    5    HG3  MET   1           HG3      MET   1   2.789  -8.369   9.155
    6    HE1  MET   1           HE1      MET   1   1.032  -6.658  11.201
    7    HE2  MET   1           HE2      MET   1   0.721  -8.358  10.848
    8    HE3  MET   1           HE3      MET   1   0.839  -7.812  12.521

  No H/Q in entry =           8
  In of MODEL   27
    1    H    ILE   2           H        ILE   2   3.603  -6.922   6.177
    2    HA   ILE   2           HA       ILE   2   4.183  -4.074   6.374
    3    HB   ILE   2           HB       ILE   2   1.921  -5.036   4.674
    4   HG12  ILE   2          HG12      ILE   2   4.750  -5.465   3.707
    5   HG13  ILE   2          HG13      ILE   2   3.763  -6.756   4.392
    6   HG21  ILE   2          HG21      ILE   2   2.686  -2.667   4.745
    7   HG22  ILE   2          HG22      ILE   2   4.198  -3.190   3.987
    8   HG23  ILE   2          HG23      ILE   2   2.670  -3.385   3.137
    9   HD11  ILE   2          HD11      ILE   2   2.102  -6.426   2.623
   10   HD12  ILE   2          HD12      ILE   2   3.093  -5.139   1.937
   11   HD13  ILE   2          HD13      ILE   2   3.694  -6.799   1.961

  No H/Q in entry =          11
  In of MODEL   27
    1    H    GLN   3           H        GLN   3   2.450  -2.519   6.716
    2    HA   GLN   3           HA       GLN   3  -0.015  -3.599   7.866
    3    HB2  GLN   3           HB2      GLN   3   1.899  -1.727   9.225
    4    HB3  GLN   3           HB3      GLN   3   0.179  -1.725   9.635
    5    HG2  GLN   3           HG2      GLN   3   1.967  -4.155   9.810
    6    HG3  GLN   3           HG3      GLN   3   1.532  -3.117  11.191
    7   HE21  GLN   3          HE21      GLN   3   0.363  -5.444   8.859
    8   HE22  GLN   3          HE22      GLN   3  -1.119  -5.801   9.684

  No H/Q in entry =           8
  In of MODEL   27
    1    H    VAL   4           H        VAL   4  -1.637  -2.741   6.792
    2    HA   VAL   4           HA       VAL   4  -1.318  -0.092   5.599
    3    HB   VAL   4           HB       VAL   4  -3.646  -0.685   4.564
    4   HG11  VAL   4          HG11      VAL   4  -1.144  -2.169   3.728
    5   HG12  VAL   4          HG12      VAL   4  -2.561  -1.898   2.717
    6   HG13  VAL   4          HG13      VAL   4  -1.589  -0.532   3.257
    7   HG21  VAL   4          HG21      VAL   4  -2.679  -3.423   5.385
    8   HG22  VAL   4          HG22      VAL   4  -4.125  -2.603   5.971
    9   HG23  VAL   4          HG23      VAL   4  -4.014  -3.094   4.281

  No H/Q in entry =           9
  In of MODEL   27
    1    H    TYR   5           H        TYR   5  -2.912   1.489   5.810
    2    HA   TYR   5           HA       TYR   5  -4.806   1.383   7.996
    3    HB2  TYR   5           HB2      TYR   5  -2.377   3.195   8.059
    4    HB3  TYR   5           HB3      TYR   5  -3.828   3.519   8.993
    5    HD1  TYR   5           HD1      TYR   5  -4.521   0.979  10.220
    6    HD2  TYR   5           HD2      TYR   5  -0.650   2.586   9.455
    7    HE1  TYR   5           HE1      TYR   5  -3.595  -0.368  12.075
    8    HE2  TYR   5           HE2      TYR   5   0.278   1.246  11.300
    9    HH   TYR   5           HH       TYR   5  -1.469  -1.274  12.818

  No H/Q in entry =           9
  In of MODEL   27
    1    H    SER   6           H        SER   6  -5.923   3.656   8.097
    2    HA   SER   6           HA       SER   6  -5.717   4.937   5.465
    3    HB2  SER   6           HB2      SER   6  -8.263   4.473   7.047
    4    HB3  SER   6           HB3      SER   6  -8.130   5.353   5.515
    5    HG   SER   6           HG       SER   6  -7.829   2.596   6.019

  No H/Q in entry =           5
  In of MODEL   27
    1    H    ARG   7           H        ARG   7  -6.362   7.133   5.358
    2    HA   ARG   7           HA       ARG   7  -5.384   8.638   7.628
    3    HB2  ARG   7           HB2      ARG   7  -5.146   8.959   4.927
    4    HB3  ARG   7           HB3      ARG   7  -6.444  10.093   5.278
    5    HG2  ARG   7           HG2      ARG   7  -3.849  10.122   6.779
    6    HG3  ARG   7           HG3      ARG   7  -4.086  11.002   5.270
    7    HD2  ARG   7           HD2      ARG   7  -5.964  12.209   6.285
    8    HD3  ARG   7           HD3      ARG   7  -5.699  11.337   7.796
    9    HE   ARG   7           HE       ARG   7  -3.283  12.488   7.265
   10   HH11  ARG   7          HH11      ARG   7  -6.548  13.728   7.614
   11   HH12  ARG   7          HH12      ARG   7  -6.018  15.305   8.106
   12   HH21  ARG   7          HH21      ARG   7  -2.609  14.553   7.929
   13   HH22  ARG   7          HH22      ARG   7  -3.795  15.772   8.304

  No H/Q in entry =          13
  In of MODEL   27
    1    H    HIS   8           H        HIS   8  -8.406   7.776   6.285
    2    HA   HIS   8           HA       HIS   8  -9.808   9.612   8.104
    3    HB2  HIS   8           HB2      HIS   8 -10.689   8.876   5.299
    4    HB3  HIS   8           HB3      HIS   8 -11.562   9.915   6.417
    5    HD2  HIS   8           HD2      HIS   8  -9.869  12.295   7.121
    6    HE1  HIS   8           HE1      HIS   8  -8.341  12.303   3.175
    7    HE2  HIS   8           HE2      HIS   8  -8.651  13.676   5.284

  No H/Q in entry =           7
  In of MODEL   27
    1    HA   PRO   9           HA       PRO   9 -12.236   6.016   9.253
    2    HB2  PRO   9           HB2      PRO   9 -14.743   7.517   9.109
    3    HB3  PRO   9           HB3      PRO   9 -13.914   6.858  10.530
    4    HG2  PRO   9           HG2      PRO   9 -14.067   9.531  10.035
    5    HG3  PRO   9           HG3      PRO   9 -12.660   8.791  10.832
    6    HD2  PRO   9           HD2      PRO   9 -13.001   9.629   7.971
    7    HD3  PRO   9           HD3      PRO   9 -11.604   9.875   9.047

  No H/Q in entry =           7
  In of MODEL   27
    1    H    ALA  10           H        ALA  10 -13.226   4.335   8.208
    2    HA   ALA  10           HA       ALA  10 -13.726   4.385   5.449
    3    HB1  ALA  10           HB1      ALA  10 -14.608   2.132   5.752
    4    HB2  ALA  10           HB2      ALA  10 -13.146   2.352   6.712
    5    HB3  ALA  10           HB3      ALA  10 -14.726   2.396   7.491

  No H/Q in entry =           5
  In of MODEL   27
    1    H    GLU  11           H        GLU  11 -15.361   5.800   4.673
    2    HA   GLU  11           HA       GLU  11 -18.074   5.077   5.623
    3    HB2  GLU  11           HB2      GLU  11 -17.065   7.526   5.957
    4    HB3  GLU  11           HB3      GLU  11 -17.541   7.706   4.282
    5    HG2  GLU  11           HG2      GLU  11 -19.387   7.016   6.554
    6    HG3  GLU  11           HG3      GLU  11 -19.189   8.596   5.809

  No H/Q in entry =           6
  In of MODEL   27
    1    H    ASN  12           H        ASN  12 -18.693   3.572   4.097
    2    HA   ASN  12           HA       ASN  12 -18.184   3.245   1.496
    3    HB2  ASN  12           HB2      ASN  12 -19.681   1.710   2.460
    4    HB3  ASN  12           HB3      ASN  12 -20.785   2.963   3.022
    5   HD21  ASN  12          HD21      ASN  12 -22.288   3.808   1.587
    6   HD22  ASN  12          HD22      ASN  12 -22.664   3.031   0.082

  No H/Q in entry =           6
  In of MODEL   27
    1    H    GLY  13           H        GLY  13 -18.001   4.587  -0.140
    2    HA2  GLY  13           HA2      GLY  13 -20.097   6.639  -0.564
    3    HA3  GLY  13           HA3      GLY  13 -19.254   5.812  -1.860

  No H/Q in entry =           3
  In of MODEL   27
    1    H    LYS  14           H        LYS  14 -17.257   6.720   0.784
    2    HA   LYS  14           HA       LYS  14 -16.699   9.372  -0.326
    3    HB2  LYS  14           HB2      LYS  14 -15.277   8.019   1.968
    4    HB3  LYS  14           HB3      LYS  14 -15.248   9.719   1.559
    5    HG2  LYS  14           HG2      LYS  14 -17.678   8.242   2.563
    6    HG3  LYS  14           HG3      LYS  14 -16.550   9.147   3.558
    7    HD2  LYS  14           HD2      LYS  14 -18.426  10.516   3.201
    8    HD3  LYS  14           HD3      LYS  14 -17.093  11.195   2.269
    9    HE2  LYS  14           HE2      LYS  14 -19.041  11.311   0.915
   10    HE3  LYS  14           HE3      LYS  14 -18.032  10.023   0.260
   11    HZ1  LYS  14           HZ1      LYS  14 -19.437   8.435   1.532
   12    HZ2  LYS  14           HZ2      LYS  14 -20.451   9.718   1.954
   13    HZ3  LYS  14           HZ3      LYS  14 -20.288   9.275   0.327

  No H/Q in entry =          13
  In of MODEL   27
    1    H    SER  15           H        SER  15 -14.745  10.010  -1.205
    2    HA   SER  15           HA       SER  15 -12.806   7.884  -1.693
    3    HB2  SER  15           HB2      SER  15 -11.732   9.922  -3.041
    4    HB3  SER  15           HB3      SER  15 -12.980   8.879  -3.732
    5    HG   SER  15           HG       SER  15 -14.477  10.434  -3.418

  No H/Q in entry =           5
  In of MODEL   27
    1    H    ASN  16           H        ASN  16 -10.757   7.973  -0.994
    2    HA   ASN  16           HA       ASN  16  -9.787  10.036   0.772
    3    HB2  ASN  16           HB2      ASN  16 -10.146   7.278   1.957
    4    HB3  ASN  16           HB3      ASN  16  -9.680   8.756   2.778
    5   HD21  ASN  16          HD21      ASN  16 -11.235  10.015   3.658
    6   HD22  ASN  16          HD22      ASN  16 -12.925   9.638   3.618

  No H/Q in entry =           6
  In of MODEL   27
    1    H    PHE  17           H        PHE  17  -7.788   8.338   2.002
    2    HA   PHE  17           HA       PHE  17  -6.435   7.362  -0.426
    3    HB2  PHE  17           HB2      PHE  17  -5.371   9.127   1.762
    4    HB3  PHE  17           HB3      PHE  17  -4.294   8.183   0.738
    5    HD1  PHE  17           HD1      PHE  17  -5.970   8.412  -1.776
    6    HD2  PHE  17           HD2      PHE  17  -4.667  11.297   1.064
    7    HE1  PHE  17           HE1      PHE  17  -6.049  10.150  -3.521
    8    HE2  PHE  17           HE2      PHE  17  -4.751  13.044  -0.667
    9    HZ   PHE  17           HZ       PHE  17  -5.442  12.473  -2.962

  No H/Q in entry =           9
  In of MODEL   27
    1    H    LEU  18           H        LEU  18  -5.477   5.414  -0.332
    2    HA   LEU  18           HA       LEU  18  -5.597   3.961   2.212
    3    HB2  LEU  18           HB2      LEU  18  -6.503   2.708   0.397
    4    HB3  LEU  18           HB3      LEU  18  -5.136   3.085  -0.632
    5    HG   LEU  18           HG       LEU  18  -3.686   1.600   0.697
    6   HD11  LEU  18          HD11      LEU  18  -6.174   1.048   2.320
    7   HD12  LEU  18          HD12      LEU  18  -4.683   0.115   2.397
    8   HD13  LEU  18          HD13      LEU  18  -4.685   1.805   2.892
    9   HD21  LEU  18          HD21      LEU  18  -6.274   0.337  -0.201
   10   HD22  LEU  18          HD22      LEU  18  -4.846   0.638  -1.189
   11   HD23  LEU  18          HD23      LEU  18  -4.777  -0.535   0.123

  No H/Q in entry =          11
  In of MODEL   27
    1    H    ASN  19           H        ASN  19  -3.860   3.646   3.420
    2    HA   ASN  19           HA       ASN  19  -1.270   4.457   2.281
    3    HB2  ASN  19           HB2      ASN  19  -2.465   4.882   5.017
    4    HB3  ASN  19           HB3      ASN  19  -0.733   5.046   4.729
    5   HD21  ASN  19          HD21      ASN  19  -3.896   6.354   4.075
    6   HD22  ASN  19          HD22      ASN  19  -3.354   7.883   3.478

  No H/Q in entry =           6
  In of MODEL   27
    1    H    CYS  20           H        CYS  20   0.204   2.923   2.085
    2    HA   CYS  20           HA       CYS  20   0.166   0.597   3.931
    3    HB2  CYS  20           HB2      CYS  20  -0.131  -0.141   1.642
    4    HB3  CYS  20           HB3      CYS  20   1.260   0.816   1.096

  No H/Q in entry =           4
  In of MODEL   27
    1    H    TYR  21           H        TYR  21   1.830   0.527   5.317
    2    HA   TYR  21           HA       TYR  21   4.210   2.166   4.767
    3    HB2  TYR  21           HB2      TYR  21   3.509   0.758   7.348
    4    HB3  TYR  21           HB3      TYR  21   4.817   1.898   7.105
    5    HD1  TYR  21           HD1      TYR  21   1.221   1.501   7.556
    6    HD2  TYR  21           HD2      TYR  21   4.392   4.279   7.004
    7    HE1  TYR  21           HE1      TYR  21  -0.278   3.337   8.222
    8    HE2  TYR  21           HE2      TYR  21   2.906   6.123   7.672
    9    HH   TYR  21           HH       TYR  21   0.500   6.613   7.763

  No H/Q in entry =           9
  In of MODEL   27
    1    H    VAL  22           H        VAL  22   5.975   1.248   4.003
    2    HA   VAL  22           HA       VAL  22   6.400  -1.611   4.562
    3    HB   VAL  22           HB       VAL  22   7.422   0.043   2.213
    4   HG11  VAL  22          HG11      VAL  22   8.862  -1.856   2.936
    5   HG12  VAL  22          HG12      VAL  22   7.510  -2.946   2.640
    6   HG13  VAL  22          HG13      VAL  22   8.212  -2.030   1.303
    7   HG21  VAL  22          HG21      VAL  22   5.210  -2.017   2.347
    8   HG22  VAL  22          HG22      VAL  22   5.024  -0.289   2.046
    9   HG23  VAL  22          HG23      VAL  22   5.852  -1.304   0.866

  No H/Q in entry =           9
  In of MODEL   27
    1    H    SER  23           H        SER  23   7.927  -1.765   6.163
    2    HA   SER  23           HA       SER  23   9.936   0.391   6.317
    3    HB2  SER  23           HB2      SER  23   8.160   0.596   8.035
    4    HB3  SER  23           HB3      SER  23   8.589  -1.001   8.644
    5    HG   SER  23           HG       SER  23  10.167  -0.129   9.705

  No H/Q in entry =           5
  In of MODEL   27
    1    H    GLY  24           H        GLY  24  12.007  -0.176   6.596
    2    HA2  GLY  24           HA2      GLY  24  12.671  -2.919   7.489
    3    HA3  GLY  24           HA3      GLY  24  13.732  -1.523   7.619

  No H/Q in entry =           3
  In of MODEL   27
    1    H    PHE  25           H        PHE  25  12.208  -1.438   4.706
    2    HA   PHE  25           HA       PHE  25  14.236  -3.076   3.349
    3    HB2  PHE  25           HB2      PHE  25  11.600  -2.031   2.322
    4    HB3  PHE  25           HB3      PHE  25  12.686  -3.121   1.466
    5    HD1  PHE  25           HD1      PHE  25  12.814  -5.460   2.003
    6    HD2  PHE  25           HD2      PHE  25  10.362  -2.856   4.320
    7    HE1  PHE  25           HE1      PHE  25  11.766  -7.416   3.086
    8    HE2  PHE  25           HE2      PHE  25   9.305  -4.810   5.408
    9    HZ   PHE  25           HZ       PHE  25   9.998  -7.077   4.761

  No H/Q in entry =           9
  In of MODEL   27
    1    H    HIS  26           H        HIS  26  15.508  -2.239   1.724
    2    HA   HIS  26           HA       HIS  26  15.841   0.630   1.815
    3    HB2  HIS  26           HB2      HIS  26  17.401  -1.346   0.138
    4    HB3  HIS  26           HB3      HIS  26  17.890   0.276   0.629
    5    HD2  HIS  26           HD2      HIS  26  18.042   0.433   3.613
    6    HE1  HIS  26           HE1      HIS  26  19.432  -3.562   3.730
    7    HE2  HIS  26           HE2      HIS  26  19.067  -1.446   5.085

  No H/Q in entry =           7
  In of MODEL   27
    1    HA   PRO  27           HA       PRO  27  12.650   1.376  -1.057
    2    HB2  PRO  27           HB2      PRO  27  14.438   3.680  -1.721
    3    HB3  PRO  27           HB3      PRO  27  12.697   3.669  -1.406
    4    HG2  PRO  27           HG2      PRO  27  14.446   4.442   0.464
    5    HG3  PRO  27           HG3      PRO  27  12.974   3.524   0.894
    6    HD2  PRO  27           HD2      PRO  27  15.823   2.663   0.840
    7    HD3  PRO  27           HD3      PRO  27  14.462   2.027   1.787

  No H/Q in entry =           7
  In of MODEL   27
    1    H    SER  28           H        SER  28  15.978   1.404  -2.302
    2    HA   SER  28           HA       SER  28  15.122   1.880  -4.975
    3    HB2  SER  28           HB2      SER  28  17.318   2.624  -4.172
    4    HB3  SER  28           HB3      SER  28  17.825   0.947  -3.979
    5    HG   SER  28           HG       SER  28  17.180   2.327  -6.373

  No H/Q in entry =           5
  In of MODEL   27
    1    H    ASP  29           H        ASP  29  15.710  -1.085  -3.134
    2    HA   ASP  29           HA       ASP  29  15.304  -2.589  -5.649
    3    HB2  ASP  29           HB2      ASP  29  16.707  -3.475  -3.119
    4    HB3  ASP  29           HB3      ASP  29  16.335  -4.535  -4.472

  No H/Q in entry =           4
  In of MODEL   27
    1    H    ILE  30           H        ILE  30  13.009  -1.588  -4.155
    2    HA   ILE  30           HA       ILE  30  11.869  -4.231  -3.552
    3    HB   ILE  30           HB       ILE  30  10.885  -3.642  -1.599
    4   HG12  ILE  30          HG12      ILE  30  10.775  -0.721  -2.443
    5   HG13  ILE  30          HG13      ILE  30   9.464  -1.894  -2.595
    6   HG21  ILE  30          HG21      ILE  30  13.155  -1.675  -1.731
    7   HG22  ILE  30          HG22      ILE  30  12.274  -2.073  -0.255
    8   HG23  ILE  30          HG23      ILE  30  13.185  -3.321  -1.102
    9   HD11  ILE  30          HD11      ILE  30   9.407  -2.143  -0.166
   10   HD12  ILE  30          HD12      ILE  30  10.706  -0.960  -0.015
   11   HD13  ILE  30          HD13      ILE  30   9.140  -0.472  -0.662

  No H/Q in entry =          11
  In of MODEL   27
    1    H    GLU  31           H        GLU  31   9.534  -4.357  -3.716
    2    HA   GLU  31           HA       GLU  31   8.366  -2.424  -5.601
    3    HB2  GLU  31           HB2      GLU  31   8.217  -5.443  -5.755
    4    HB3  GLU  31           HB3      GLU  31   7.222  -4.351  -6.703
    5    HG2  GLU  31           HG2      GLU  31   9.191  -3.425  -7.785
    6    HG3  GLU  31           HG3      GLU  31  10.244  -4.454  -6.818

  No H/Q in entry =           6
  In of MODEL   27
    1    H    VAL  32           H        VAL  32   6.608  -1.563  -4.714
    2    HA   VAL  32           HA       VAL  32   4.807  -3.262  -3.146
    3    HB   VAL  32           HB       VAL  32   5.456  -2.216  -1.249
    4   HG11  VAL  32          HG11      VAL  32   7.446  -1.311  -2.371
    5   HG12  VAL  32          HG12      VAL  32   6.516   0.111  -2.842
    6   HG13  VAL  32          HG13      VAL  32   6.814  -0.228  -1.134
    7   HG21  VAL  32          HG21      VAL  32   3.270  -1.199  -1.589
    8   HG22  VAL  32          HG22      VAL  32   4.357  -0.096  -0.745
    9   HG23  VAL  32          HG23      VAL  32   4.016   0.139  -2.459

  No H/Q in entry =           9
  In of MODEL   27
    1    H    ASP  33           H        ASP  33   2.676  -2.987  -3.581
    2    HA   ASP  33           HA       ASP  33   1.870  -0.665  -5.209
    3    HB2  ASP  33           HB2      ASP  33   1.330  -3.596  -5.859
    4    HB3  ASP  33           HB3      ASP  33   0.386  -2.271  -6.549

  No H/Q in entry =           4
  In of MODEL   27
    1    H    LEU  34           H        LEU  34  -0.534  -0.475  -5.307
    2    HA   LEU  34           HA       LEU  34  -1.766  -1.432  -2.816
    3    HB2  LEU  34           HB2      LEU  34  -2.114   1.067  -4.395
    4    HB3  LEU  34           HB3      LEU  34  -3.513   0.436  -3.555
    5    HG   LEU  34           HG       LEU  34  -2.147   0.498  -1.424
    6   HD11  LEU  34          HD11      LEU  34   0.058   0.660  -2.660
    7   HD12  LEU  34          HD12      LEU  34  -0.338   2.353  -2.944
    8   HD13  LEU  34          HD13      LEU  34  -0.161   1.751  -1.290
    9   HD21  LEU  34          HD21      LEU  34  -3.830   2.166  -1.953
   10   HD22  LEU  34          HD22      LEU  34  -2.466   2.870  -1.084
   11   HD23  LEU  34          HD23      LEU  34  -2.622   3.112  -2.824

  No H/Q in entry =          11
  In of MODEL   27
    1    H    LEU  35           H        LEU  35  -3.427  -2.825  -2.910
    2    HA   LEU  35           HA       LEU  35  -4.394  -3.583  -5.582
    3    HB2  LEU  35           HB2      LEU  35  -3.878  -5.415  -3.236
    4    HB3  LEU  35           HB3      LEU  35  -4.449  -5.891  -4.817
    5    HG   LEU  35           HG       LEU  35  -1.701  -5.098  -3.954
    6   HD11  LEU  35          HD11      LEU  35  -2.914  -7.358  -5.544
    7   HD12  LEU  35          HD12      LEU  35  -1.185  -7.140  -5.303
    8   HD13  LEU  35          HD13      LEU  35  -2.240  -7.439  -3.916
    9   HD21  LEU  35          HD21      LEU  35  -2.251  -3.697  -5.942
   10   HD22  LEU  35          HD22      LEU  35  -0.964  -4.869  -6.226
   11   HD23  LEU  35          HD23      LEU  35  -2.587  -5.177  -6.838

  No H/Q in entry =          11
  In of MODEL   27
    1    H    LYS  36           H        LYS  36  -6.336  -4.859  -5.590
    2    HA   LYS  36           HA       LYS  36  -8.142  -4.615  -3.269
    3    HB2  LYS  36           HB2      LYS  36  -9.269  -5.062  -5.997
    4    HB3  LYS  36           HB3      LYS  36  -9.955  -4.132  -4.650
    5    HG2  LYS  36           HG2      LYS  36  -8.507  -2.286  -5.173
    6    HG3  LYS  36           HG3      LYS  36  -7.633  -3.215  -6.370
    7    HD2  LYS  36           HD2      LYS  36  -9.174  -1.651  -7.443
    8    HD3  LYS  36           HD3      LYS  36  -9.625  -3.321  -7.799
    9    HE2  LYS  36           HE2      LYS  36 -11.580  -1.833  -7.311
   10    HE3  LYS  36           HE3      LYS  36 -11.459  -3.183  -6.180
   11    HZ1  LYS  36           HZ1      LYS  36 -10.440  -0.438  -5.648
   12    HZ2  LYS  36           HZ2      LYS  36 -11.962  -0.994  -5.152
   13    HZ3  LYS  36           HZ3      LYS  36 -10.555  -1.712  -4.535

  No H/Q in entry =          13
  In of MODEL   27
    1    H    ASN  37           H        ASN  37  -8.180  -6.709  -2.439
    2    HA   ASN  37           HA       ASN  37  -7.781  -8.983  -2.427
    3    HB2  ASN  37           HB2      ASN  37  -9.682 -10.135  -3.762
    4    HB3  ASN  37           HB3      ASN  37 -10.127  -9.015  -2.481
    5   HD21  ASN  37          HD21      ASN  37 -10.772  -6.883  -3.097
    6   HD22  ASN  37          HD22      ASN  37 -11.519  -6.590  -4.631

  No H/Q in entry =           6
  In of MODEL   27
    1    H    GLY  38           H        GLY  38  -5.768  -8.180  -3.802
    2    HA2  GLY  38           HA2      GLY  38  -5.255 -10.293  -5.637
    3    HA3  GLY  38           HA3      GLY  38  -4.141  -9.017  -5.214

  No H/Q in entry =           3
  In of MODEL   27
    1    H    GLU  39           H        GLU  39  -6.145  -6.948  -6.131
    2    HA   GLU  39           HA       GLU  39  -5.664  -7.290  -9.012
    3    HB2  GLU  39           HB2      GLU  39  -8.065  -7.629  -8.507
    4    HB3  GLU  39           HB3      GLU  39  -8.124  -6.042  -7.754
    5    HG2  GLU  39           HG2      GLU  39  -9.074  -5.998 -10.007
    6    HG3  GLU  39           HG3      GLU  39  -7.635  -4.986  -9.895

  No H/Q in entry =           6
  In of MODEL   27
    1    H    ARG  40           H        ARG  40  -4.318  -5.813  -9.693
    2    HA   ARG  40           HA       ARG  40  -3.327  -3.710  -8.119
    3    HB2  ARG  40           HB2      ARG  40  -2.635  -4.923 -10.544
    4    HB3  ARG  40           HB3      ARG  40  -2.992  -3.266 -11.002
    5    HG2  ARG  40           HG2      ARG  40  -1.363  -2.483  -9.316
    6    HG3  ARG  40           HG3      ARG  40  -0.968  -4.161  -8.950
    7    HD2  ARG  40           HD2      ARG  40   0.715  -3.333 -10.431
    8    HD3  ARG  40           HD3      ARG  40  -0.298  -4.428 -11.379
    9    HE   ARG  40           HE       ARG  40  -1.264  -2.560 -12.473
   10   HH11  ARG  40          HH11      ARG  40   1.324  -1.690 -10.264
   11   HH12  ARG  40          HH12      ARG  40   1.657  -0.180 -11.054
   12   HH21  ARG  40          HH21      ARG  40  -0.848  -0.553 -13.496
   13   HH22  ARG  40          HH22      ARG  40   0.428   0.467 -12.884

  No H/Q in entry =          13
  In of MODEL   27
    1    H    ILE  41           H        ILE  41  -4.171  -1.823  -7.604
    2    HA   ILE  41           HA       ILE  41  -6.599  -0.851  -8.677
    3    HB   ILE  41           HB       ILE  41  -4.577   0.551  -6.924
    4   HG12  ILE  41          HG12      ILE  41  -7.058  -1.008  -6.174
    5   HG13  ILE  41          HG13      ILE  41  -5.405  -1.588  -5.985
    6   HG21  ILE  41          HG21      ILE  41  -7.486   1.179  -7.440
    7   HG22  ILE  41          HG22      ILE  41  -6.476   1.965  -6.227
    8   HG23  ILE  41          HG23      ILE  41  -6.101   2.145  -7.938
    9   HD11  ILE  41          HD11      ILE  41  -6.261   0.944  -4.663
   10   HD12  ILE  41          HD12      ILE  41  -6.655  -0.627  -3.962
   11   HD13  ILE  41          HD13      ILE  41  -4.967  -0.186  -4.235

  No H/Q in entry =          11
  In of MODEL   27
    1    H    GLU  42           H        GLU  42  -3.678   1.129  -8.462
    2    HA   GLU  42           HA       GLU  42  -2.144   1.201 -10.370
    3    HB2  GLU  42           HB2      GLU  42  -4.631   1.778 -11.986
    4    HB3  GLU  42           HB3      GLU  42  -2.982   1.919 -12.572
    5    HG2  GLU  42           HG2      GLU  42  -2.805  -0.578 -11.885
    6    HG3  GLU  42           HG3      GLU  42  -4.569  -0.520 -11.951

  No H/Q in entry =           6
  In of MODEL   27
    1    H    LYS  43           H        LYS  43  -4.700   3.291  -9.167
    2    HA   LYS  43           HA       LYS  43  -3.520   5.668 -10.320
    3    HB2  LYS  43           HB2      LYS  43  -5.527   5.605  -8.069
    4    HB3  LYS  43           HB3      LYS  43  -5.249   6.883  -9.238
    5    HG2  LYS  43           HG2      LYS  43  -6.712   4.276  -9.631
    6    HG3  LYS  43           HG3      LYS  43  -7.318   5.926  -9.813
    7    HD2  LYS  43           HD2      LYS  43  -5.293   4.558 -11.594
    8    HD3  LYS  43           HD3      LYS  43  -6.981   4.873 -11.989
    9    HE2  LYS  43           HE2      LYS  43  -6.545   7.292 -11.808
   10    HE3  LYS  43           HE3      LYS  43  -4.850   6.945 -11.467
   11    HZ1  LYS  43           HZ1      LYS  43  -4.820   5.749 -13.659
   12    HZ2  LYS  43           HZ2      LYS  43  -6.335   6.439 -13.978
   13    HZ3  LYS  43           HZ3      LYS  43  -4.979   7.435 -13.749

  No H/Q in entry =          13
  In of MODEL   27
    1    H    VAL  44           H        VAL  44  -1.450   4.601  -9.114
    2    HA   VAL  44           HA       VAL  44  -1.317   5.791  -6.435
    3    HB   VAL  44           HB       VAL  44  -1.272   3.050  -6.905
    4   HG11  VAL  44          HG11      VAL  44   0.969   3.149  -7.856
    5   HG12  VAL  44          HG12      VAL  44   1.552   3.921  -6.382
    6   HG13  VAL  44          HG13      VAL  44   0.945   2.262  -6.328
    7   HG21  VAL  44          HG21      VAL  44  -0.136   4.563  -4.573
    8   HG22  VAL  44          HG22      VAL  44  -1.822   4.106  -4.808
    9   HG23  VAL  44          HG23      VAL  44  -0.596   2.860  -4.567

  No H/Q in entry =           9
  In of MODEL   27
    1    H    GLU  45           H        GLU  45   0.344   7.133  -6.172
    2    HA   GLU  45           HA       GLU  45   2.648   6.959  -7.989
    3    HB2  GLU  45           HB2      GLU  45   1.090   9.526  -7.592
    4    HB3  GLU  45           HB3      GLU  45   2.536   9.330  -8.565
    5    HG2  GLU  45           HG2      GLU  45   1.293   8.884 -10.340
    6    HG3  GLU  45           HG3      GLU  45   0.568   7.499  -9.521

  No H/Q in entry =           6
  In of MODEL   27
    1    H    HIS  46           H        HIS  46   4.235   6.684  -6.490
    2    HA   HIS  46           HA       HIS  46   4.999   9.084  -5.087
    3    HB2  HIS  46           HB2      HIS  46   3.501   7.290  -3.631
    4    HB3  HIS  46           HB3      HIS  46   5.135   6.719  -3.320
    5    HD2  HIS  46           HD2      HIS  46   6.437   9.819  -3.134
    6    HE1  HIS  46           HE1      HIS  46   3.829  10.026   0.182
    7    HE2  HIS  46           HE2      HIS  46   5.757  11.143  -1.018

  No H/Q in entry =           7
  In of MODEL   27
    1    H    SER  47           H        SER  47   7.234   9.187  -5.046
    2    HA   SER  47           HA       SER  47   8.772   6.722  -5.142
    3    HB2  SER  47           HB2      SER  47  10.022   7.471  -7.233
    4    HB3  SER  47           HB3      SER  47   8.396   6.833  -7.468
    5    HG   SER  47           HG       SER  47   7.705   8.743  -8.075

  No H/Q in entry =           5
  In of MODEL   27
    1    H    ASP  48           H        ASP  48  10.299   7.038  -3.660
    2    HA   ASP  48           HA       ASP  48  12.041   9.348  -3.946
    3    HB2  ASP  48           HB2      ASP  48  10.138   9.589  -2.052
    4    HB3  ASP  48           HB3      ASP  48  11.320   8.644  -1.141

  No H/Q in entry =           4
  In of MODEL   27
    1    H    LEU  49           H        LEU  49  14.194   8.776  -3.490
    2    HA   LEU  49           HA       LEU  49  15.952   7.603  -2.744
    3    HB2  LEU  49           HB2      LEU  49  13.881   5.953  -1.293
    4    HB3  LEU  49           HB3      LEU  49  15.603   5.575  -1.252
    5    HG   LEU  49           HG       LEU  49  15.950   7.980  -0.369
    6   HD11  LEU  49          HD11      LEU  49  13.671   8.790  -0.852
    7   HD12  LEU  49          HD12      LEU  49  13.053   7.706   0.399
    8   HD13  LEU  49          HD13      LEU  49  14.157   9.010   0.827
    9   HD21  LEU  49          HD21      LEU  49  16.222   5.905   0.996
   10   HD22  LEU  49          HD22      LEU  49  15.708   7.319   1.913
   11   HD23  LEU  49          HD23      LEU  49  14.534   6.069   1.502

  No H/Q in entry =          11
  In of MODEL   27
    1    H    SER  50           H        SER  50  13.346   6.097  -4.390
    2    HA   SER  50           HA       SER  50  14.200   3.640  -5.164
    3    HB2  SER  50           HB2      SER  50  12.082   4.697  -5.895
    4    HB3  SER  50           HB3      SER  50  12.987   5.729  -7.000
    5    HG   SER  50           HG       SER  50  12.908   2.881  -7.077

  No H/Q in entry =           5
  In of MODEL   27
    1    H    PHE  51           H        PHE  51  15.250   6.719  -6.571
    2    HA   PHE  51           HA       PHE  51  17.612   5.301  -7.606
    3    HB2  PHE  51           HB2      PHE  51  16.043   7.500  -8.959
    4    HB3  PHE  51           HB3      PHE  51  17.648   6.996  -9.475
    5    HD1  PHE  51           HD1      PHE  51  17.979   4.620 -10.234
    6    HD2  PHE  51           HD2      PHE  51  14.128   6.329  -9.634
    7    HE1  PHE  51           HE1      PHE  51  16.983   2.847 -11.617
    8    HE2  PHE  51           HE2      PHE  51  13.124   4.558 -11.016
    9    HZ   PHE  51           HZ       PHE  51  14.552   2.814 -12.009

  No H/Q in entry =           9
  In of MODEL   27
    1    H    SER  52           H        SER  52  17.615   6.358  -5.093
    2    HA   SER  52           HA       SER  52  19.580   8.480  -5.416
    3    HB2  SER  52           HB2      SER  52  17.404   9.642  -5.075
    4    HB3  SER  52           HB3      SER  52  17.234   8.811  -3.530
    5    HG   SER  52           HG       SER  52  19.575  10.286  -4.056

  No H/Q in entry =           5
  In of MODEL   27
    1    H    LYS  53           H        LYS  53  17.797   7.055  -2.653
    2    HA   LYS  53           HA       LYS  53  20.395   6.220  -1.567
    3    HB2  LYS  53           HB2      LYS  53  18.214   7.716  -0.106
    4    HB3  LYS  53           HB3      LYS  53  19.567   6.930   0.698
    5    HG2  LYS  53           HG2      LYS  53  21.128   8.365  -0.505
    6    HG3  LYS  53           HG3      LYS  53  19.780   9.145  -1.331
    7    HD2  LYS  53           HD2      LYS  53  18.944  10.013   0.762
    8    HD3  LYS  53           HD3      LYS  53  20.181   9.128   1.659
    9    HE2  LYS  53           HE2      LYS  53  21.924  10.438   0.619
   10    HE3  LYS  53           HE3      LYS  53  20.742  11.260  -0.396
   11    HZ1  LYS  53           HZ1      LYS  53  20.789  11.403   2.570
   12    HZ2  LYS  53           HZ2      LYS  53  21.458  12.573   1.538
   13    HZ3  LYS  53           HZ3      LYS  53  19.787  12.288   1.523

  No H/Q in entry =          13
  In of MODEL   27
    1    H    ASP  54           H        ASP  54  20.075   4.755   0.397
    2    HA   ASP  54           HA       ASP  54  17.920   2.848  -0.225
    3    HB2  ASP  54           HB2      ASP  54  19.555   1.024   0.220
    4    HB3  ASP  54           HB3      ASP  54  19.989   2.001  -1.176

  No H/Q in entry =           4
  In of MODEL   27
    1    H    TRP  55           H        TRP  55  16.968   4.164   1.617
    2    HA   TRP  55           HA       TRP  55  17.788   3.031   4.183
    3    HB2  TRP  55           HB2      TRP  55  18.880   5.304   3.711
    4    HB3  TRP  55           HB3      TRP  55  17.267   5.982   3.879
    5    HD1  TRP  55           HD1      TRP  55  18.241   7.399   5.970
    6    HE1  TRP  55           HE1      TRP  55  18.576   6.766   8.418
    7    HE3  TRP  55           HE3      TRP  55  17.957   2.250   5.548
    8    HZ2  TRP  55           HZ2      TRP  55  18.658   4.417   9.994
    9    HZ3  TRP  55           HZ3      TRP  55  18.175   0.918   7.585
   10    HH2  TRP  55           HH2      TRP  55  18.518   1.965   9.768

  No H/Q in entry =          10
  In of MODEL   27
    1    H    SER  56           H        SER  56  16.067   2.383   5.324
    2    HA   SER  56           HA       SER  56  13.424   3.224   4.383
    3    HB2  SER  56           HB2      SER  56  14.115   0.762   4.447
    4    HB3  SER  56           HB3      SER  56  13.999   0.895   6.201
    5    HG   SER  56           HG       SER  56  11.976   1.060   4.256

  No H/Q in entry =           5
  In of MODEL   27
    1    H    PHE  57           H        PHE  57  12.557   4.906   5.685
    2    HA   PHE  57           HA       PHE  57  12.618   4.497   8.567
    3    HB2  PHE  57           HB2      PHE  57  13.094   7.018   8.751
    4    HB3  PHE  57           HB3      PHE  57  14.456   5.990   8.312
    5    HD1  PHE  57           HD1      PHE  57  12.012   8.441   7.039
    6    HD2  PHE  57           HD2      PHE  57  15.504   6.163   6.179
    7    HE1  PHE  57           HE1      PHE  57  12.370   9.767   4.993
    8    HE2  PHE  57           HE2      PHE  57  15.867   7.486   4.134
    9    HZ   PHE  57           HZ       PHE  57  14.300   9.288   3.539

  No H/Q in entry =           9
  In of MODEL   27
    1    H    TYR  58           H        TYR  58  10.772   4.493   6.112
    2    HA   TYR  58           HA       TYR  58   8.352   5.261   6.679
    3    HB2  TYR  58           HB2      TYR  58   9.179   7.406   7.603
    4    HB3  TYR  58           HB3      TYR  58   9.753   7.865   6.009
    5    HD1  TYR  58           HD1      TYR  58   6.532   6.546   7.435
    6    HD2  TYR  58           HD2      TYR  58   8.421   9.474   4.981
    7    HE1  TYR  58           HE1      TYR  58   4.334   7.576   6.979
    8    HE2  TYR  58           HE2      TYR  58   6.224  10.512   4.518
    9    HH   TYR  58           HH       TYR  58   3.443   9.748   6.302

  No H/Q in entry =           9
  In of MODEL   27
    1    H    LEU  59           H        LEU  59   8.492   3.709   4.837
    2    HA   LEU  59           HA       LEU  59   8.389   5.106   2.244
    3    HB2  LEU  59           HB2      LEU  59   8.781   2.281   3.105
    4    HB3  LEU  59           HB3      LEU  59   7.951   2.547   1.590
    5    HG   LEU  59           HG       LEU  59  10.721   3.628   2.156
    6   HD11  LEU  59          HD11      LEU  59  10.646   1.169   2.317
    7   HD12  LEU  59          HD12      LEU  59   9.950   1.113   0.698
    8   HD13  LEU  59          HD13      LEU  59  11.574   1.744   0.937
    9   HD21  LEU  59          HD21      LEU  59   8.981   3.382  -0.287
   10   HD22  LEU  59          HD22      LEU  59   9.736   4.840   0.368
   11   HD23  LEU  59          HD23      LEU  59  10.728   3.602  -0.391

  No H/Q in entry =          11
  In of MODEL   27
    1    H    LEU  60           H        LEU  60   6.433   5.722   1.509
    2    HA   LEU  60           HA       LEU  60   4.093   4.081   2.087
    3    HB2  LEU  60           HB2      LEU  60   4.097   5.662   3.860
    4    HB3  LEU  60           HB3      LEU  60   4.530   6.972   2.790
    5    HG   LEU  60           HG       LEU  60   2.277   6.794   1.739
    6   HD11  LEU  60          HD11      LEU  60   1.826   4.463   2.299
    7   HD12  LEU  60          HD12      LEU  60   1.745   4.887   4.008
    8   HD13  LEU  60          HD13      LEU  60   0.547   5.528   2.885
    9   HD21  LEU  60          HD21      LEU  60   2.346   7.275   4.714
   10   HD22  LEU  60          HD22      LEU  60   2.720   8.451   3.454
   11   HD23  LEU  60          HD23      LEU  60   1.079   7.823   3.616

  No H/Q in entry =          11
  In of MODEL   27
    1    H    TYR  61           H        TYR  61   2.457   4.296   0.553
    2    HA   TYR  61           HA       TYR  61   2.900   6.132  -1.710
    3    HB2  TYR  61           HB2      TYR  61   2.092   3.195  -1.798
    4    HB3  TYR  61           HB3      TYR  61   1.942   4.279  -3.190
    5    HD1  TYR  61           HD1      TYR  61   4.518   3.020  -0.756
    6    HD2  TYR  61           HD2      TYR  61   3.716   4.476  -4.671
    7    HE1  TYR  61           HE1      TYR  61   6.852   2.553  -1.412
    8    HE2  TYR  61           HE2      TYR  61   6.036   4.004  -5.332
    9    HH   TYR  61           HH       TYR  61   8.127   2.110  -3.481

  No H/Q in entry =           9
  In of MODEL   27
    1    H    TYR  62           H        TYR  62   0.788   6.558  -2.962
    2    HA   TYR  62           HA       TYR  62  -1.544   6.160  -1.240
    3    HB2  TYR  62           HB2      TYR  62  -2.240   8.543  -1.544
    4    HB3  TYR  62           HB3      TYR  62  -0.849   8.295  -0.506
    5    HD1  TYR  62           HD1      TYR  62  -1.858   9.435  -3.916
    6    HD2  TYR  62           HD2      TYR  62   1.202   9.390  -0.954
    7    HE1  TYR  62           HE1      TYR  62  -0.632  11.154  -5.166
    8    HE2  TYR  62           HE2      TYR  62   2.440  11.102  -2.214
    9    HH   TYR  62           HH       TYR  62   1.045  12.871  -4.760

  No H/Q in entry =           9
  In of MODEL   27
    1    H    THR  63           H        THR  63  -3.481   5.951  -2.208
    2    HA   THR  63           HA       THR  63  -3.801   6.598  -5.045
    3    HB   THR  63           HB       THR  63  -3.150   4.074  -4.646
    4    HG1  THR  63           HG1      THR  63  -4.217   5.210  -6.553
    5   HG21  THR  63          HG21      THR  63  -4.792   3.648  -2.871
    6   HG22  THR  63          HG22      THR  63  -6.090   4.034  -3.999
    7   HG23  THR  63          HG23      THR  63  -5.072   2.623  -4.278

  No H/Q in entry =           7
  In of MODEL   27
    1    H    GLU  64           H        GLU  64  -5.990   7.006  -5.611
    2    HA   GLU  64           HA       GLU  64  -7.749   7.840  -3.548
    3    HB2  GLU  64           HB2      GLU  64  -7.749   8.823  -5.875
    4    HB3  GLU  64           HB3      GLU  64  -8.377   7.297  -6.474
    5    HG2  GLU  64           HG2      GLU  64 -10.364   7.628  -4.959
    6    HG3  GLU  64           HG3      GLU  64  -9.737   9.238  -4.607

  No H/Q in entry =           6
  In of MODEL   27
    1    H    PHE  65           H        PHE  65  -9.418   6.711  -2.515
    2    HA   PHE  65           HA       PHE  65 -10.302   4.246  -3.834
    3    HB2  PHE  65           HB2      PHE  65 -10.241   2.976  -1.842
    4    HB3  PHE  65           HB3      PHE  65  -8.715   3.820  -1.949
    5    HD1  PHE  65           HD1      PHE  65  -7.857   4.376   0.064
    6    HD2  PHE  65           HD2      PHE  65 -12.058   4.668  -0.488
    7    HE1  PHE  65           HE1      PHE  65  -8.114   5.160   2.392
    8    HE2  PHE  65           HE2      PHE  65 -12.307   5.459   1.831
    9    HZ   PHE  65           HZ       PHE  65 -10.353   5.696   3.273

  No H/Q in entry =           9
  In of MODEL   27
    1    H    THR  66           H        THR  66 -12.439   3.596  -3.444
    2    HA   THR  66           HA       THR  66 -14.022   5.202  -1.557
    3    HB   THR  66           HB       THR  66 -14.915   4.367  -4.345
    4    HG1  THR  66           HG1      THR  66 -13.764   6.647  -3.287
    5   HG21  THR  66          HG21      THR  66 -16.371   5.890  -2.164
    6   HG22  THR  66          HG22      THR  66 -16.924   5.740  -3.834
    7   HG23  THR  66          HG23      THR  66 -16.797   4.305  -2.821

  No H/Q in entry =           7
  In of MODEL   27
    1    HA   PRO  67           HA       PRO  67 -14.609   0.860  -0.397
    2    HB2  PRO  67           HB2      PRO  67 -16.026   1.529   1.957
    3    HB3  PRO  67           HB3      PRO  67 -14.331   1.087   1.825
    4    HG2  PRO  67           HG2      PRO  67 -15.384   3.644   2.486
    5    HG3  PRO  67           HG3      PRO  67 -13.690   3.193   2.236
    6    HD2  PRO  67           HD2      PRO  67 -15.486   4.673   0.489
    7    HD3  PRO  67           HD3      PRO  67 -13.723   4.518   0.409

  No H/Q in entry =           7
  In of MODEL   27
    1    H    THR  68           H        THR  68 -16.060  -0.488  -0.816
    2    HA   THR  68           HA       THR  68 -18.891   0.282  -0.959
    3    HB   THR  68           HB       THR  68 -19.135  -0.989  -3.024
    4    HG1  THR  68           HG1      THR  68 -16.697  -1.552  -3.806
    5   HG21  THR  68          HG21      THR  68 -18.409   1.344  -3.276
    6   HG22  THR  68          HG22      THR  68 -16.726   0.814  -3.250
    7   HG23  THR  68          HG23      THR  68 -17.784   0.320  -4.571

  No H/Q in entry =           7
  In of MODEL   27
    1    H    GLU  69           H        GLU  69 -20.293  -1.735  -0.812
    2    HA   GLU  69           HA       GLU  69 -19.458  -3.527   1.165
    3    HB2  GLU  69           HB2      GLU  69 -21.759  -3.184   0.859
    4    HB3  GLU  69           HB3      GLU  69 -21.705  -3.551  -0.855
    5    HG2  GLU  69           HG2      GLU  69 -22.695  -5.423   0.076
    6    HG3  GLU  69           HG3      GLU  69 -21.001  -5.894  -0.129

  No H/Q in entry =           6
  In of MODEL   27
    1    H    LYS  70           H        LYS  70 -18.237  -3.404  -1.924
    2    HA   LYS  70           HA       LYS  70 -17.902  -6.313  -2.107
    3    HB2  LYS  70           HB2      LYS  70 -17.810  -4.235  -4.290
    4    HB3  LYS  70           HB3      LYS  70 -17.529  -5.949  -4.531
    5    HG2  LYS  70           HG2      LYS  70 -20.124  -5.065  -3.325
    6    HG3  LYS  70           HG3      LYS  70 -19.856  -4.873  -5.059
    7    HD2  LYS  70           HD2      LYS  70 -20.728  -6.961  -5.102
    8    HD3  LYS  70           HD3      LYS  70 -19.049  -7.405  -4.803
    9    HE2  LYS  70           HE2      LYS  70 -20.481  -8.640  -3.312
   10    HE3  LYS  70           HE3      LYS  70 -19.549  -7.475  -2.378
   11    HZ1  LYS  70           HZ1      LYS  70 -22.319  -6.972  -3.315
   12    HZ2  LYS  70           HZ2      LYS  70 -21.954  -7.622  -1.793
   13    HZ3  LYS  70           HZ3      LYS  70 -21.428  -6.066  -2.198

  No H/Q in entry =          13
  In of MODEL   27
    1    H    ASP  71           H        ASP  71 -15.940  -3.314  -2.135
    2    HA   ASP  71           HA       ASP  71 -13.748  -4.882  -3.236
    3    HB2  ASP  71           HB2      ASP  71 -13.905  -1.890  -2.842
    4    HB3  ASP  71           HB3      ASP  71 -12.661  -2.766  -3.700

  No H/Q in entry =           4
  In of MODEL   27
    1    H    GLU  72           H        GLU  72 -12.111  -5.534  -2.085
    2    HA   GLU  72           HA       GLU  72 -11.555  -4.679   0.685
    3    HB2  GLU  72           HB2      GLU  72 -11.714  -7.080   0.225
    4    HB3  GLU  72           HB3      GLU  72 -10.515  -6.949  -1.051
    5    HG2  GLU  72           HG2      GLU  72  -8.864  -6.220   0.726
    6    HG3  GLU  72           HG3      GLU  72 -10.091  -6.662   1.914

  No H/Q in entry =           6
  In of MODEL   27
    1    H    TYR  73           H        TYR  73  -9.396  -3.890   1.184
    2    HA   TYR  73           HA       TYR  73  -7.760  -3.189  -1.172
    3    HB2  TYR  73           HB2      TYR  73  -8.278  -1.528   1.312
    4    HB3  TYR  73           HB3      TYR  73  -7.052  -1.141   0.115
    5    HD1  TYR  73           HD1      TYR  73  -7.623   0.011  -1.883
    6    HD2  TYR  73           HD2      TYR  73 -10.700  -1.579   0.599
    7    HE1  TYR  73           HE1      TYR  73  -9.316   1.209  -3.210
    8    HE2  TYR  73           HE2      TYR  73 -12.389  -0.372  -0.744
    9    HH   TYR  73           HH       TYR  73 -12.596   1.471  -2.234

  No H/Q in entry =           9
  In of MODEL   27
    1    H    ALA  74           H        ALA  74  -5.649  -3.714  -1.154
    2    HA   ALA  74           HA       ALA  74  -4.412  -4.650   1.346
    3    HB1  ALA  74           HB1      ALA  74  -5.279  -6.594   0.181
    4    HB2  ALA  74           HB2      ALA  74  -3.519  -6.583   0.133
    5    HB3  ALA  74           HB3      ALA  74  -4.446  -6.105  -1.296

  No H/Q in entry =           5
  In of MODEL   27
    1    H    CYS  75           H        CYS  75  -1.993  -4.676   1.266
    2    HA   CYS  75           HA       CYS  75  -0.964  -3.307  -1.114
    3    HB2  CYS  75           HB2      CYS  75   0.590  -1.986   0.170
    4    HB3  CYS  75           HB3      CYS  75  -0.968  -1.765   0.889

  No H/Q in entry =           4
  In of MODEL   27
    1    H    ARG  76           H        ARG  76   0.601  -4.300  -2.186
    2    HA   ARG  76           HA       ARG  76   1.618  -6.850  -1.136
    3    HB2  ARG  76           HB2      ARG  76   0.341  -6.535  -3.379
    4    HB3  ARG  76           HB3      ARG  76   1.857  -5.867  -3.968
    5    HG2  ARG  76           HG2      ARG  76   2.950  -7.962  -3.736
    6    HG3  ARG  76           HG3      ARG  76   1.644  -8.623  -2.751
    7    HD2  ARG  76           HD2      ARG  76   1.544  -9.526  -5.052
    8    HD3  ARG  76           HD3      ARG  76   0.128  -8.538  -4.682
    9    HE   ARG  76           HE       ARG  76   2.106  -6.917  -5.885
   10   HH11  ARG  76          HH11      ARG  76  -0.100  -9.516  -6.706
   11   HH12  ARG  76          HH12      ARG  76  -0.269  -9.014  -8.360
   12   HH21  ARG  76          HH21      ARG  76   1.900  -6.276  -8.052
   13   HH22  ARG  76          HH22      ARG  76   0.890  -7.185  -9.135

  No H/Q in entry =          13
  In of MODEL   27
    1    H    VAL  77           H        VAL  77   3.802  -7.077  -0.673
    2    HA   VAL  77           HA       VAL  77   5.635  -5.205  -2.013
    3    HB   VAL  77           HB       VAL  77   5.102  -4.569   0.446
    4   HG11  VAL  77          HG11      VAL  77   5.393  -6.813   1.383
    5   HG12  VAL  77          HG12      VAL  77   7.092  -6.787   0.910
    6   HG13  VAL  77          HG13      VAL  77   6.492  -5.646   2.114
    7   HG21  VAL  77          HG21      VAL  77   6.845  -3.570  -0.953
    8   HG22  VAL  77          HG22      VAL  77   7.341  -3.712   0.736
    9   HG23  VAL  77          HG23      VAL  77   7.954  -4.851  -0.460

  No H/Q in entry =           9
  In of MODEL   27
    1    H    ASN  78           H        ASN  78   7.439  -5.967  -2.756
    2    HA   ASN  78           HA       ASN  78   8.407  -8.613  -1.855
    3    HB2  ASN  78           HB2      ASN  78   7.222  -8.705  -4.098
    4    HB3  ASN  78           HB3      ASN  78   8.526  -7.704  -4.733
    5   HD21  ASN  78          HD21      ASN  78   9.236  -9.293  -6.148
    6   HD22  ASN  78          HD22      ASN  78  10.049 -10.721  -5.609

  No H/Q in entry =           6
  In of MODEL   27
    1    H    HIS  79           H        HIS  79  10.543  -8.904  -1.688
    2    HA   HIS  79           HA       HIS  79  12.355  -6.778  -2.567
    3    HB2  HIS  79           HB2      HIS  79  11.863  -6.540  -0.104
    4    HB3  HIS  79           HB3      HIS  79  12.536  -8.143   0.133
    5    HD2  HIS  79           HD2      HIS  79  13.701  -4.495  -0.453
    6    HE1  HIS  79           HE1      HIS  79  17.110  -6.933   0.102
    7    HE2  HIS  79           HE2      HIS  79  16.289  -4.574  -0.312

  No H/Q in entry =           7
  In of MODEL   27
    1    H    VAL  80           H        VAL  80  14.607  -7.566  -2.732
    2    HA   VAL  80           HA       VAL  80  14.841  -9.909  -4.200
    3    HB   VAL  80           HB       VAL  80  17.076  -8.640  -2.609
    4   HG11  VAL  80          HG11      VAL  80  17.661 -10.836  -3.493
    5   HG12  VAL  80          HG12      VAL  80  17.150 -10.337  -5.106
    6   HG13  VAL  80          HG13      VAL  80  18.542  -9.565  -4.344
    7   HG21  VAL  80          HG21      VAL  80  16.041  -7.986  -5.363
    8   HG22  VAL  80          HG22      VAL  80  16.018  -6.942  -3.943
    9   HG23  VAL  80          HG23      VAL  80  17.553  -7.379  -4.689

  No H/Q in entry =           9
  In of MODEL   27
    1    H    THR  81           H        THR  81  14.817  -9.532  -0.749
    2    HA   THR  81           HA       THR  81  16.157 -12.031  -0.219
    3    HB   THR  81           HB       THR  81  16.325 -10.392   1.516
    4    HG1  THR  81           HG1      THR  81  16.254 -12.023   2.818
    5   HG21  THR  81          HG21      THR  81  13.301 -10.438   1.673
    6   HG22  THR  81          HG22      THR  81  14.374  -9.579   2.779
    7   HG23  THR  81          HG23      THR  81  14.294  -9.105   1.084

  No H/Q in entry =           7
  In of MODEL   27
    1    H    LEU  82           H        LEU  82  12.716 -11.001   0.059
    2    HA   LEU  82           HA       LEU  82  11.736 -13.628   0.432
    3    HB2  LEU  82           HB2      LEU  82  10.188 -11.453  -0.962
    4    HB3  LEU  82           HB3      LEU  82   9.571 -12.780   0.003
    5    HG   LEU  82           HG       LEU  82  11.124 -10.455   1.123
    6   HD11  LEU  82          HD11      LEU  82   8.179 -11.011   1.016
    7   HD12  LEU  82          HD12      LEU  82   8.928  -9.787   2.039
    8   HD13  LEU  82          HD13      LEU  82   9.050  -9.661   0.286
    9   HD21  LEU  82          HD21      LEU  82  11.328 -12.512   2.439
   10   HD22  LEU  82          HD22      LEU  82  10.363 -11.299   3.282
   11   HD23  LEU  82          HD23      LEU  82   9.571 -12.655   2.479

  No H/Q in entry =          11
  In of MODEL   27
    1    H    SER  83           H        SER  83  10.862 -15.102  -1.037
    2    HA   SER  83           HA       SER  83  11.500 -14.636  -3.872
    3    HB2  SER  83           HB2      SER  83  12.336 -16.725  -2.712
    4    HB3  SER  83           HB3      SER  83  10.655 -17.233  -2.557
    5    HG   SER  83           HG       SER  83  11.836 -16.545  -5.040

  No H/Q in entry =           5
  In of MODEL   27
    1    H    GLN  84           H        GLN  84   9.079 -14.296  -1.718
    2    HA   GLN  84           HA       GLN  84   7.037 -14.234  -3.783
    3    HB2  GLN  84           HB2      GLN  84   5.397 -15.443  -2.373
    4    HB3  GLN  84           HB3      GLN  84   6.752 -16.459  -2.835
    5    HG2  GLN  84           HG2      GLN  84   6.687 -15.049  -0.190
    6    HG3  GLN  84           HG3      GLN  84   5.867 -16.587  -0.433
    7   HE21  GLN  84          HE21      GLN  84   7.860 -17.631  -2.258
    8   HE22  GLN  84          HE22      GLN  84   9.240 -18.029  -1.290

  No H/Q in entry =           8
  In of MODEL   27
    1    HA   PRO  85           HA       PRO  85   6.347 -10.448  -1.363
    2    HB2  PRO  85           HB2      PRO  85   4.208  -9.541  -2.813
    3    HB3  PRO  85           HB3      PRO  85   5.908  -9.244  -3.232
    4    HG2  PRO  85           HG2      PRO  85   3.986 -11.230  -4.366
    5    HG3  PRO  85           HG3      PRO  85   5.269 -10.305  -5.180
    6    HD2  PRO  85           HD2      PRO  85   5.527 -12.973  -4.501
    7    HD3  PRO  85           HD3      PRO  85   6.921 -11.846  -4.607

  No H/Q in entry =           7
  In of MODEL   27
    1    H    LYS  86           H        LYS  86   4.636  -9.573  -0.068
    2    HA   LYS  86           HA       LYS  86   2.590 -11.590   0.601
    3    HB2  LYS  86           HB2      LYS  86   3.655  -9.388   2.391
    4    HB3  LYS  86           HB3      LYS  86   2.523 -10.650   2.847
    5    HG2  LYS  86           HG2      LYS  86   4.256 -12.319   2.814
    6    HG3  LYS  86           HG3      LYS  86   5.369 -11.206   2.011
    7    HD2  LYS  86           HD2      LYS  86   5.719  -9.964   3.949
    8    HD3  LYS  86           HD3      LYS  86   4.249 -10.553   4.726
    9    HE2  LYS  86           HE2      LYS  86   6.075 -11.599   5.814
   10    HE3  LYS  86           HE3      LYS  86   5.319 -12.823   4.797
   11    HZ1  LYS  86           HZ1      LYS  86   7.767 -11.293   4.116
   12    HZ2  LYS  86           HZ2      LYS  86   7.722 -12.898   4.658
   13    HZ3  LYS  86           HZ3      LYS  86   7.052 -12.490   3.155

  No H/Q in entry =          13
  In of MODEL   27
    1    H    ILE  87           H        ILE  87   0.542 -10.958   1.055
    2    HA   ILE  87           HA       ILE  87  -0.168  -8.184   0.340
    3    HB   ILE  87           HB       ILE  87  -1.561 -10.692  -0.292
    4   HG12  ILE  87          HG12      ILE  87  -0.926  -9.415  -2.144
    5   HG13  ILE  87          HG13      ILE  87  -2.637  -9.007  -1.967
    6   HG21  ILE  87          HG21      ILE  87  -3.137  -8.357   0.773
    7   HG22  ILE  87          HG22      ILE  87  -3.824  -9.671  -0.187
    8   HG23  ILE  87          HG23      ILE  87  -3.117 -10.009   1.396
    9   HD11  ILE  87          HD11      ILE  87  -0.353  -7.355  -0.950
   10   HD12  ILE  87          HD12      ILE  87  -1.277  -7.053  -2.419
   11   HD13  ILE  87          HD13      ILE  87  -2.067  -6.962  -0.849

  No H/Q in entry =          11
  In of MODEL   27
    1    H    VAL  88           H        VAL  88  -1.002  -6.890   1.783
    2    HA   VAL  88           HA       VAL  88  -1.928  -7.997   4.352
    3    HB   VAL  88           HB       VAL  88   0.119  -6.637   4.556
    4   HG11  VAL  88          HG11      VAL  88  -0.248  -5.261   2.600
    5   HG12  VAL  88          HG12      VAL  88  -1.472  -4.370   3.510
    6   HG13  VAL  88          HG13      VAL  88   0.211  -4.354   4.042
    7   HG21  VAL  88          HG21      VAL  88  -2.375  -5.449   5.709
    8   HG22  VAL  88          HG22      VAL  88  -1.239  -6.546   6.494
    9   HG23  VAL  88          HG23      VAL  88  -0.763  -4.876   6.145

  No H/Q in entry =           9
  In of MODEL   27
    1    H    LYS  89           H        LYS  89  -4.058  -7.595   4.753
    2    HA   LYS  89           HA       LYS  89  -5.321  -5.685   2.917
    3    HB2  LYS  89           HB2      LYS  89  -6.639  -8.037   4.247
    4    HB3  LYS  89           HB3      LYS  89  -7.304  -7.015   2.976
    5    HG2  LYS  89           HG2      LYS  89  -5.982  -7.973   1.342
    6    HG3  LYS  89           HG3      LYS  89  -4.769  -8.486   2.513
    7    HD2  LYS  89           HD2      LYS  89  -7.531  -9.640   2.480
    8    HD3  LYS  89           HD3      LYS  89  -6.205 -10.319   1.528
    9    HE2  LYS  89           HE2      LYS  89  -6.026  -9.828   4.484
   10    HE3  LYS  89           HE3      LYS  89  -6.580 -11.361   3.804
   11    HZ1  LYS  89           HZ1      LYS  89  -4.427 -11.465   2.596
   12    HZ2  LYS  89           HZ2      LYS  89  -3.915 -10.103   3.464
   13    HZ3  LYS  89           HZ3      LYS  89  -4.264 -11.541   4.281

  No H/Q in entry =          13
  In of MODEL   27
    1    H    TRP  90           H        TRP  90  -6.834  -4.284   3.657
    2    HA   TRP  90           HA       TRP  90  -6.363  -3.423   6.355
    3    HB2  TRP  90           HB2      TRP  90  -6.489  -1.758   4.567
    4    HB3  TRP  90           HB3      TRP  90  -8.123  -2.285   4.179
    5    HD1  TRP  90           HD1      TRP  90  -6.620  -1.171   7.620
    6    HE1  TRP  90           HE1      TRP  90  -8.103   0.672   8.559
    7    HE3  TRP  90           HE3      TRP  90  -9.962  -0.733   3.719
    8    HZ2  TRP  90           HZ2      TRP  90 -10.437   2.068   7.828
    9    HZ3  TRP  90           HZ3      TRP  90 -11.788   0.884   3.930
   10    HH2  TRP  90           HH2      TRP  90 -12.029   2.274   5.921

  No H/Q in entry =          10
  In of MODEL   27
    1    H    ASP  91           H        ASP  91  -7.582  -3.693   8.098
    2    HA   ASP  91           HA       ASP  91  -9.586  -5.710   8.093
    3    HB2  ASP  91           HB2      ASP  91  -9.773  -5.238  10.511
    4    HB3  ASP  91           HB3      ASP  91  -8.095  -5.429  10.013

  No H/Q in entry =           4
  In of MODEL   27
    1    H    ARG  92           H        ARG  92 -11.419  -5.235   6.994
    2    HA   ARG  92           HA       ARG  92 -13.386  -3.711   8.291
    3    HB2  ARG  92           HB2      ARG  92 -13.498  -1.682   7.151
    4    HB3  ARG  92           HB3      ARG  92 -11.762  -1.964   7.119
    5    HG2  ARG  92           HG2      ARG  92 -12.160  -1.353   4.938
    6    HG3  ARG  92           HG3      ARG  92 -12.206  -3.115   4.818
    7    HD2  ARG  92           HD2      ARG  92 -14.714  -2.943   5.067
    8    HD3  ARG  92           HD3      ARG  92 -14.540  -1.190   4.862
    9    HE   ARG  92           HE       ARG  92 -13.241  -2.458   2.750
   10   HH11  ARG  92          HH11      ARG  92 -16.461  -1.929   4.004
   11   HH12  ARG  92          HH12      ARG  92 -17.235  -2.269   2.485
   12   HH21  ARG  92          HH21      ARG  92 -14.263  -2.912   0.759
   13   HH22  ARG  92          HH22      ARG  92 -15.996  -2.816   0.657

  No H/Q in entry =          13
  In of MODEL   27
    1    H    ASP  93           H        ASP  93 -12.297  -5.829   6.028
    2    HA   ASP  93           HA       ASP  93 -14.842  -6.654   5.066
    3    HB2  ASP  93           HB2      ASP  93 -14.394  -4.614   3.660
    4    HB3  ASP  93           HB3      ASP  93 -12.984  -5.451   3.011

  No H/Q in entry =           4
  In of MODEL   27
    1    HA   MET  94           HA       MET  94 -10.863  -9.078   3.811
    2    HB2  MET  94           HB2      MET  94  -9.426  -9.851   6.016
    3    HB3  MET  94           HB3      MET  94  -8.946  -8.609   4.868
    4    HG2  MET  94           HG2      MET  94  -8.734  -7.978   7.301
    5    HG3  MET  94           HG3      MET  94  -9.650  -6.836   6.313
    6    HE1  MET  94           HE1      MET  94 -10.588 -10.295   8.022
    7    HE2  MET  94           HE2      MET  94  -9.640  -9.410   9.218
    8    HE3  MET  94           HE3      MET  94 -11.356  -9.706   9.497

  No H/Q in entry =           8
  In of MODEL   28
    1    HA   MET   1           HA       MET   1   3.992  -8.565   6.384
    2    HB2  MET   1           HB2      MET   1   4.239  -9.517   8.631
    3    HB3  MET   1           HB3      MET   1   4.756  -7.953   9.245
    4    HG2  MET   1           HG2      MET   1   2.425  -8.433   9.793
    5    HG3  MET   1           HG3      MET   1   2.585  -7.005   8.773
    6    HE1  MET   1           HE1      MET   1   2.837 -10.787   7.704
    7    HE2  MET   1           HE2      MET   1   1.561 -10.795   8.921
    8    HE3  MET   1           HE3      MET   1   1.171 -11.123   7.233

  No H/Q in entry =           8
  In of MODEL   28
    1    H    ILE   2           H        ILE   2   2.792  -6.862   5.848
    2    HA   ILE   2           HA       ILE   2   3.935  -4.173   6.219
    3    HB   ILE   2           HB       ILE   2   1.682  -4.925   4.337
    4   HG12  ILE   2          HG12      ILE   2   4.462  -4.666   3.264
    5   HG13  ILE   2          HG13      ILE   2   3.985  -6.194   4.011
    6   HG21  ILE   2          HG21      ILE   2   2.087  -2.526   4.847
    7   HG22  ILE   2          HG22      ILE   2   3.684  -2.685   4.116
    8   HG23  ILE   2          HG23      ILE   2   2.239  -2.938   3.140
    9   HD11  ILE   2          HD11      ILE   2   2.586  -4.842   1.708
   10   HD12  ILE   2          HD12      ILE   2   3.656  -6.244   1.600
   11   HD13  ILE   2          HD13      ILE   2   2.115  -6.370   2.450

  No H/Q in entry =          11
  In of MODEL   28
    1    H    GLN   3           H        GLN   3   2.501  -2.481   6.991
    2    HA   GLN   3           HA       GLN   3   0.000  -3.515   8.132
    3    HB2  GLN   3           HB2      GLN   3   1.899  -1.475   9.335
    4    HB3  GLN   3           HB3      GLN   3   0.320  -1.893   9.996
    5    HG2  GLN   3           HG2      GLN   3   1.959  -3.070  11.254
    6    HG3  GLN   3           HG3      GLN   3   1.111  -4.269  10.263
    7   HE21  GLN   3          HE21      GLN   3   3.654  -2.017   9.238
    8   HE22  GLN   3          HE22      GLN   3   4.825  -3.238   8.878

  No H/Q in entry =           8
  In of MODEL   28
    1    H    VAL   4           H        VAL   4  -1.543  -2.753   6.848
    2    HA   VAL   4           HA       VAL   4  -1.333  -0.084   5.701
    3    HB   VAL   4           HB       VAL   4  -3.578  -0.725   4.605
    4   HG11  VAL   4          HG11      VAL   4  -1.097  -2.333   4.010
    5   HG12  VAL   4          HG12      VAL   4  -2.462  -2.113   2.917
    6   HG13  VAL   4          HG13      VAL   4  -1.482  -0.726   3.392
    7   HG21  VAL   4          HG21      VAL   4  -4.123  -2.531   6.179
    8   HG22  VAL   4          HG22      VAL   4  -4.095  -3.088   4.505
    9   HG23  VAL   4          HG23      VAL   4  -2.747  -3.456   5.582

  No H/Q in entry =           9
  In of MODEL   28
    1    H    TYR   5           H        TYR   5  -3.003   1.440   5.804
    2    HA   TYR   5           HA       TYR   5  -4.952   1.330   7.952
    3    HB2  TYR   5           HB2      TYR   5  -2.646   3.294   7.966
    4    HB3  TYR   5           HB3      TYR   5  -4.131   3.550   8.871
    5    HD1  TYR   5           HD1      TYR   5  -4.685   1.065  10.217
    6    HD2  TYR   5           HD2      TYR   5  -0.896   2.815   9.365
    7    HE1  TYR   5           HE1      TYR   5  -3.694  -0.150  12.128
    8    HE2  TYR   5           HE2      TYR   5   0.099   1.616  11.258
    9    HH   TYR   5           HH       TYR   5  -0.568   0.579  13.336

  No H/Q in entry =           9
  In of MODEL   28
    1    H    SER   6           H        SER   6  -5.944   3.715   8.035
    2    HA   SER   6           HA       SER   6  -5.749   5.023   5.417
    3    HB2  SER   6           HB2      SER   6  -8.343   4.505   6.904
    4    HB3  SER   6           HB3      SER   6  -8.167   5.427   5.405
    5    HG   SER   6           HG       SER   6  -7.061   2.916   5.298

  No H/Q in entry =           5
  In of MODEL   28
    1    H    ARG   7           H        ARG   7  -6.519   7.274   5.482
    2    HA   ARG   7           HA       ARG   7  -5.586   8.538   7.932
    3    HB2  ARG   7           HB2      ARG   7  -5.198   9.178   5.323
    4    HB3  ARG   7           HB3      ARG   7  -6.570  10.219   5.687
    5    HG2  ARG   7           HG2      ARG   7  -4.050  10.185   7.327
    6    HG3  ARG   7           HG3      ARG   7  -4.304  11.258   5.951
    7    HD2  ARG   7           HD2      ARG   7  -6.253  12.220   7.045
    8    HD3  ARG   7           HD3      ARG   7  -6.047  11.122   8.409
    9    HE   ARG   7           HE       ARG   7  -3.655  12.490   8.164
   10   HH11  ARG   7          HH11      ARG   7  -7.016  13.320   8.746
   11   HH12  ARG   7          HH12      ARG   7  -6.640  14.749   9.662
   12   HH21  ARG   7          HH21      ARG   7  -3.162  14.356   9.409
   13   HH22  ARG   7          HH22      ARG   7  -4.460  15.313  10.063

  No H/Q in entry =          13
  In of MODEL   28
    1    H    HIS   8           H        HIS   8  -8.540   7.699   6.478
    2    HA   HIS   8           HA       HIS   8 -10.034   9.478   8.280
    3    HB2  HIS   8           HB2      HIS   8 -10.808   8.870   5.412
    4    HB3  HIS   8           HB3      HIS   8 -11.682   9.908   6.534
    5    HD2  HIS   8           HD2      HIS   8  -9.879  12.170   7.398
    6    HE1  HIS   8           HE1      HIS   8  -8.249  12.268   3.493
    7    HE2  HIS   8           HE2      HIS   8  -8.305  13.423   5.750

  No H/Q in entry =           7
  In of MODEL   28
    1    HA   PRO   9           HA       PRO   9 -12.419   5.843   9.274
    2    HB2  PRO   9           HB2      PRO   9 -14.933   7.336   9.158
    3    HB3  PRO   9           HB3      PRO   9 -14.111   6.635  10.563
    4    HG2  PRO   9           HG2      PRO   9 -14.272   9.318  10.149
    5    HG3  PRO   9           HG3      PRO   9 -12.873   8.562  10.941
    6    HD2  PRO   9           HD2      PRO   9 -13.179   9.500   8.108
    7    HD3  PRO   9           HD3      PRO   9 -11.792   9.700   9.206

  No H/Q in entry =           7
  In of MODEL   28
    1    H    ALA  10           H        ALA  10 -13.241   4.188   8.086
    2    HA   ALA  10           HA       ALA  10 -13.694   4.253   5.376
    3    HB1  ALA  10           HB1      ALA  10 -14.687   2.026   5.654
    4    HB2  ALA  10           HB2      ALA  10 -13.256   2.209   6.667
    5    HB3  ALA  10           HB3      ALA  10 -14.861   2.318   7.383

  No H/Q in entry =           5
  In of MODEL   28
    1    H    GLU  11           H        GLU  11 -15.190   5.721   4.487
    2    HA   GLU  11           HA       GLU  11 -17.967   5.314   5.387
    3    HB2  GLU  11           HB2      GLU  11 -16.555   7.637   4.151
    4    HB3  GLU  11           HB3      GLU  11 -18.274   7.442   3.849
    5    HG2  GLU  11           HG2      GLU  11 -16.972   7.689   6.558
    6    HG3  GLU  11           HG3      GLU  11 -17.873   8.937   5.710

  No H/Q in entry =           6
  In of MODEL   28
    1    H    ASN  12           H        ASN  12 -19.284   4.176   4.109
    2    HA   ASN  12           HA       ASN  12 -18.337   3.062   1.650
    3    HB2  ASN  12           HB2      ASN  12 -20.827   2.790   3.354
    4    HB3  ASN  12           HB3      ASN  12 -20.835   2.089   1.747
    5   HD21  ASN  12          HD21      ASN  12 -21.062   0.045   2.602
    6   HD22  ASN  12          HD22      ASN  12 -19.768  -0.795   3.389

  No H/Q in entry =           6
  In of MODEL   28
    1    H    GLY  13           H        GLY  13 -18.082   4.510   0.093
    2    HA2  GLY  13           HA2      GLY  13 -20.518   5.922  -0.848
    3    HA3  GLY  13           HA3      GLY  13 -19.399   5.134  -1.949

  No H/Q in entry =           3
  In of MODEL   28
    1    H    LYS  14           H        LYS  14 -17.499   6.614   0.423
    2    HA   LYS  14           HA       LYS  14 -17.142   8.793  -1.547
    3    HB2  LYS  14           HB2      LYS  14 -16.813  10.452   0.128
    4    HB3  LYS  14           HB3      LYS  14 -18.321   9.633   0.481
    5    HG2  LYS  14           HG2      LYS  14 -17.367   9.896   2.550
    6    HG3  LYS  14           HG3      LYS  14 -16.953   8.233   2.133
    7    HD2  LYS  14           HD2      LYS  14 -15.021   9.277   3.103
    8    HD3  LYS  14           HD3      LYS  14 -14.713   9.055   1.387
    9    HE2  LYS  14           HE2      LYS  14 -13.952  11.238   2.265
   10    HE3  LYS  14           HE3      LYS  14 -15.117  11.392   0.959
   11    HZ1  LYS  14           HZ1      LYS  14 -16.844  11.694   2.731
   12    HZ2  LYS  14           HZ2      LYS  14 -15.583  11.777   3.862
   13    HZ3  LYS  14           HZ3      LYS  14 -15.695  12.938   2.632

  No H/Q in entry =          13
  In of MODEL   28
    1    H    SER  15           H        SER  15 -15.121   9.574  -1.919
    2    HA   SER  15           HA       SER  15 -13.094   7.572  -1.616
    3    HB2  SER  15           HB2      SER  15 -11.838   9.342  -3.115
    4    HB3  SER  15           HB3      SER  15 -13.142   8.346  -3.777
    5    HG   SER  15           HG       SER  15 -13.137  10.803  -4.048

  No H/Q in entry =           5
  In of MODEL   28
    1    H    ASN  16           H        ASN  16 -10.968   7.898  -1.012
    2    HA   ASN  16           HA       ASN  16 -10.151  10.081   0.695
    3    HB2  ASN  16           HB2      ASN  16 -10.303   7.303   1.901
    4    HB3  ASN  16           HB3      ASN  16  -9.764   8.772   2.694
    5   HD21  ASN  16          HD21      ASN  16 -11.263  10.136   3.593
    6   HD22  ASN  16          HD22      ASN  16 -12.941   9.731   3.728

  No H/Q in entry =           6
  In of MODEL   28
    1    H    PHE  17           H        PHE  17  -8.121   8.056   1.918
    2    HA   PHE  17           HA       PHE  17  -6.650   7.418  -0.533
    3    HB2  PHE  17           HB2      PHE  17  -5.656   9.105   1.763
    4    HB3  PHE  17           HB3      PHE  17  -4.559   8.285   0.658
    5    HD1  PHE  17           HD1      PHE  17  -5.944   8.630  -1.892
    6    HD2  PHE  17           HD2      PHE  17  -5.362  11.366   1.307
    7    HE1  PHE  17           HE1      PHE  17  -6.073  10.507  -3.484
    8    HE2  PHE  17           HE2      PHE  17  -5.501  13.252  -0.268
    9    HZ   PHE  17           HZ       PHE  17  -5.857  12.823  -2.668

  No H/Q in entry =           9
  In of MODEL   28
    1    H    LEU  18           H        LEU  18  -5.718   5.441  -0.463
    2    HA   LEU  18           HA       LEU  18  -5.773   3.973   2.065
    3    HB2  LEU  18           HB2      LEU  18  -6.576   2.714   0.183
    4    HB3  LEU  18           HB3      LEU  18  -5.154   3.113  -0.763
    5    HG   LEU  18           HG       LEU  18  -3.763   1.637   0.610
    6   HD11  LEU  18          HD11      LEU  18  -6.281   1.170   2.213
    7   HD12  LEU  18          HD12      LEU  18  -4.827   0.179   2.316
    8   HD13  LEU  18          HD13      LEU  18  -4.766   1.876   2.780
    9   HD21  LEU  18          HD21      LEU  18  -6.332   0.351  -0.312
   10   HD22  LEU  18          HD22      LEU  18  -4.872   0.613  -1.267
   11   HD23  LEU  18          HD23      LEU  18  -4.851  -0.518   0.085

  No H/Q in entry =          11
  In of MODEL   28
    1    H    ASN  19           H        ASN  19  -4.093   3.799   3.347
    2    HA   ASN  19           HA       ASN  19  -1.469   4.642   2.317
    3    HB2  ASN  19           HB2      ASN  19  -2.788   5.008   5.002
    4    HB3  ASN  19           HB3      ASN  19  -1.038   5.156   4.816
    5   HD21  ASN  19          HD21      ASN  19  -1.264   6.308   2.128
    6   HD22  ASN  19          HD22      ASN  19  -1.815   7.928   2.361

  No H/Q in entry =           6
  In of MODEL   28
    1    H    CYS  20           H        CYS  20  -0.015   3.107   2.100
    2    HA   CYS  20           HA       CYS  20  -0.093   0.724   3.853
    3    HB2  CYS  20           HB2      CYS  20  -0.462   0.000   1.623
    4    HB3  CYS  20           HB3      CYS  20   0.726   1.126   0.954

  No H/Q in entry =           4
  In of MODEL   28
    1    H    TYR  21           H        TYR  21   1.553   0.729   5.325
    2    HA   TYR  21           HA       TYR  21   3.944   2.324   4.755
    3    HB2  TYR  21           HB2      TYR  21   3.198   0.944   7.345
    4    HB3  TYR  21           HB3      TYR  21   4.482   2.122   7.117
    5    HD1  TYR  21           HD1      TYR  21   3.996   4.480   7.017
    6    HD2  TYR  21           HD2      TYR  21   0.883   1.614   7.402
    7    HE1  TYR  21           HE1      TYR  21   2.420   6.286   7.579
    8    HE2  TYR  21           HE2      TYR  21  -0.710   3.411   7.963
    9    HH   TYR  21           HH       TYR  21  -0.621   5.717   8.903

  No H/Q in entry =           9
  In of MODEL   28
    1    H    VAL  22           H        VAL  22   5.624   1.280   3.821
    2    HA   VAL  22           HA       VAL  22   6.120  -1.506   4.598
    3    HB   VAL  22           HB       VAL  22   7.182   0.081   2.235
    4   HG11  VAL  22          HG11      VAL  22   8.672  -1.736   2.990
    5   HG12  VAL  22          HG12      VAL  22   7.346  -2.884   2.797
    6   HG13  VAL  22          HG13      VAL  22   7.994  -2.037   1.389
    7   HG21  VAL  22          HG21      VAL  22   4.985  -1.991   2.372
    8   HG22  VAL  22          HG22      VAL  22   4.811  -0.279   1.981
    9   HG23  VAL  22          HG23      VAL  22   5.678  -1.349   0.877

  No H/Q in entry =           9
  In of MODEL   28
    1    H    SER  23           H        SER  23   7.536  -1.615   6.250
    2    HA   SER  23           HA       SER  23   9.530   0.539   6.519
    3    HB2  SER  23           HB2      SER  23   7.794   0.552   8.260
    4    HB3  SER  23           HB3      SER  23   8.175  -1.120   8.666
    5    HG   SER  23           HG       SER  23  10.041   1.024   8.836

  No H/Q in entry =           5
  In of MODEL   28
    1    H    GLY  24           H        GLY  24  11.658   0.035   6.997
    2    HA2  GLY  24           HA2      GLY  24  12.336  -2.762   7.599
    3    HA3  GLY  24           HA3      GLY  24  13.351  -1.363   7.916

  No H/Q in entry =           3
  In of MODEL   28
    1    H    PHE  25           H        PHE  25  11.918  -1.364   4.827
    2    HA   PHE  25           HA       PHE  25  14.109  -2.897   3.639
    3    HB2  PHE  25           HB2      PHE  25  11.521  -1.899   2.427
    4    HB3  PHE  25           HB3      PHE  25  12.718  -2.890   1.598
    5    HD1  PHE  25           HD1      PHE  25  12.785  -5.251   1.885
    6    HD2  PHE  25           HD2      PHE  25  10.286  -2.890   4.403
    7    HE1  PHE  25           HE1      PHE  25  11.717  -7.307   2.747
    8    HE2  PHE  25           HE2      PHE  25   9.215  -4.941   5.272
    9    HZ   PHE  25           HZ       PHE  25   9.920  -7.137   4.423

  No H/Q in entry =           9
  In of MODEL   28
    1    H    HIS  26           H        HIS  26  15.280  -2.096   1.831
    2    HA   HIS  26           HA       HIS  26  15.770   0.758   1.953
    3    HB2  HIS  26           HB2      HIS  26  17.074  -1.379   0.244
    4    HB3  HIS  26           HB3      HIS  26  17.634   0.283   0.417
    5    HD2  HIS  26           HD2      HIS  26  18.449   0.875   3.183
    6    HE1  HIS  26           HE1      HIS  26  19.525  -3.174   3.792
    7    HE2  HIS  26           HE2      HIS  26  19.646  -0.826   4.746

  No H/Q in entry =           7
  In of MODEL   28
    1    HA   PRO  27           HA       PRO  27  12.536   1.529  -0.937
    2    HB2  PRO  27           HB2      PRO  27  14.112   4.024  -1.389
    3    HB3  PRO  27           HB3      PRO  27  12.395   3.837  -1.003
    4    HG2  PRO  27           HG2      PRO  27  14.076   4.610   0.883
    5    HG3  PRO  27           HG3      PRO  27  12.817   3.407   1.257
    6    HD2  PRO  27           HD2      PRO  27  15.751   3.000   0.753
    7    HD3  PRO  27           HD3      PRO  27  14.694   2.231   1.961

  No H/Q in entry =           7
  In of MODEL   28
    1    H    SER  28           H        SER  28  15.779   1.173  -1.908
    2    HA   SER  28           HA       SER  28  15.402   2.036  -4.621
    3    HB2  SER  28           HB2      SER  28  17.747   0.964  -4.844
    4    HB3  SER  28           HB3      SER  28  17.580   2.398  -3.815
    5    HG   SER  28           HG       SER  28  18.154  -0.240  -3.147

  No H/Q in entry =           5
  In of MODEL   28
    1    H    ASP  29           H        ASP  29  15.691  -1.144  -2.998
    2    HA   ASP  29           HA       ASP  29  15.237  -2.402  -5.628
    3    HB2  ASP  29           HB2      ASP  29  16.474  -3.684  -3.179
    4    HB3  ASP  29           HB3      ASP  29  16.375  -4.367  -4.797

  No H/Q in entry =           4
  In of MODEL   28
    1    H    ILE  30           H        ILE  30  12.998  -1.489  -3.942
    2    HA   ILE  30           HA       ILE  30  11.840  -4.145  -3.447
    3    HB   ILE  30           HB       ILE  30  10.813  -3.573  -1.503
    4   HG12  ILE  30          HG12      ILE  30  10.746  -0.638  -2.299
    5   HG13  ILE  30          HG13      ILE  30   9.436  -1.792  -2.527
    6   HG21  ILE  30          HG21      ILE  30  13.087  -1.606  -1.551
    7   HG22  ILE  30          HG22      ILE  30  12.193  -2.065  -0.103
    8   HG23  ILE  30          HG23      ILE  30  13.122  -3.274  -0.985
    9   HD11  ILE  30          HD11      ILE  30   9.315  -2.111  -0.097
   10   HD12  ILE  30          HD12      ILE  30  10.573  -0.895   0.109
   11   HD13  ILE  30          HD13      ILE  30   9.015  -0.445  -0.584

  No H/Q in entry =          11
  In of MODEL   28
    1    H    GLU  31           H        GLU  31   9.505  -4.237  -3.624
    2    HA   GLU  31           HA       GLU  31   8.478  -2.388  -5.633
    3    HB2  GLU  31           HB2      GLU  31   9.516  -4.894  -5.989
    4    HB3  GLU  31           HB3      GLU  31   7.795  -5.163  -6.011
    5    HG2  GLU  31           HG2      GLU  31   9.364  -3.238  -7.742
    6    HG3  GLU  31           HG3      GLU  31   8.656  -4.764  -8.274

  No H/Q in entry =           6
  In of MODEL   28
    1    H    VAL  32           H        VAL  32   6.575  -1.704  -5.022
    2    HA   VAL  32           HA       VAL  32   4.792  -3.347  -3.382
    3    HB   VAL  32           HB       VAL  32   5.334  -2.200  -1.499
    4   HG11  VAL  32          HG11      VAL  32   7.370  -1.333  -2.584
    5   HG12  VAL  32          HG12      VAL  32   6.451   0.066  -3.142
    6   HG13  VAL  32          HG13      VAL  32   6.681  -0.210  -1.413
    7   HG21  VAL  32          HG21      VAL  32   3.168  -1.196  -1.965
    8   HG22  VAL  32          HG22      VAL  32   4.234  -0.061  -1.137
    9   HG23  VAL  32          HG23      VAL  32   3.950   0.101  -2.871

  No H/Q in entry =           9
  In of MODEL   28
    1    H    ASP  33           H        ASP  33   2.635  -3.094  -3.799
    2    HA   ASP  33           HA       ASP  33   1.764  -0.797  -5.433
    3    HB2  ASP  33           HB2      ASP  33   0.940  -3.697  -5.969
    4    HB3  ASP  33           HB3      ASP  33   0.253  -2.287  -6.767

  No H/Q in entry =           4
  In of MODEL   28
    1    H    LEU  34           H        LEU  34  -0.652  -0.604  -5.392
    2    HA   LEU  34           HA       LEU  34  -1.779  -1.597  -2.856
    3    HB2  LEU  34           HB2      LEU  34  -2.150   0.963  -4.347
    4    HB3  LEU  34           HB3      LEU  34  -3.520   0.338  -3.450
    5    HG   LEU  34           HG       LEU  34  -2.075   0.322  -1.387
    6   HD11  LEU  34          HD11      LEU  34   0.116   0.301  -2.478
    7   HD12  LEU  34          HD12      LEU  34  -0.177   1.933  -3.089
    8   HD13  LEU  34          HD13      LEU  34  -0.050   1.645  -1.350
    9   HD21  LEU  34          HD21      LEU  34  -3.668   2.112  -1.838
   10   HD22  LEU  34          HD22      LEU  34  -2.241   2.702  -0.987
   11   HD23  LEU  34          HD23      LEU  34  -2.422   2.999  -2.716

  No H/Q in entry =          11
  In of MODEL   28
    1    H    LEU  35           H        LEU  35  -3.485  -2.962  -2.957
    2    HA   LEU  35           HA       LEU  35  -4.509  -3.620  -5.644
    3    HB2  LEU  35           HB2      LEU  35  -4.006  -5.503  -3.344
    4    HB3  LEU  35           HB3      LEU  35  -4.618  -5.931  -4.923
    5    HG   LEU  35           HG       LEU  35  -1.836  -5.187  -4.112
    6   HD11  LEU  35          HD11      LEU  35  -3.149  -7.419  -5.658
    7   HD12  LEU  35          HD12      LEU  35  -1.408  -7.227  -5.521
    8   HD13  LEU  35          HD13      LEU  35  -2.382  -7.518  -4.073
    9   HD21  LEU  35          HD21      LEU  35  -2.363  -3.756  -6.054
   10   HD22  LEU  35          HD22      LEU  35  -1.180  -5.005  -6.440
   11   HD23  LEU  35          HD23      LEU  35  -2.852  -5.187  -6.961

  No H/Q in entry =          11
  In of MODEL   28
    1    H    LYS  36           H        LYS  36  -6.475  -4.910  -5.697
    2    HA   LYS  36           HA       LYS  36  -8.295  -4.651  -3.395
    3    HB2  LYS  36           HB2      LYS  36  -9.321  -5.097  -6.173
    4    HB3  LYS  36           HB3      LYS  36 -10.112  -4.281  -4.815
    5    HG2  LYS  36           HG2      LYS  36  -8.649  -2.366  -5.150
    6    HG3  LYS  36           HG3      LYS  36  -7.817  -3.188  -6.463
    7    HD2  LYS  36           HD2      LYS  36  -9.477  -1.498  -7.252
    8    HD3  LYS  36           HD3      LYS  36  -9.773  -3.129  -7.870
    9    HE2  LYS  36           HE2      LYS  36 -11.848  -1.888  -7.161
   10    HE3  LYS  36           HE3      LYS  36 -11.627  -3.419  -6.310
   11    HZ1  LYS  36           HZ1      LYS  36 -10.572  -2.022  -4.501
   12    HZ2  LYS  36           HZ2      LYS  36 -11.190  -0.665  -5.307
   13    HZ3  LYS  36           HZ3      LYS  36 -12.240  -1.850  -4.708

  No H/Q in entry =          13
  In of MODEL   28
    1    H    ASN  37           H        ASN  37  -8.200  -6.739  -2.502
    2    HA   ASN  37           HA       ASN  37  -8.123  -9.035  -2.414
    3    HB2  ASN  37           HB2      ASN  37  -9.879  -8.922  -4.844
    4    HB3  ASN  37           HB3      ASN  37 -10.001 -10.067  -3.534
    5   HD21  ASN  37          HD21      ASN  37 -10.580  -6.859  -4.674
    6   HD22  ASN  37          HD22      ASN  37 -11.766  -6.406  -3.517

  No H/Q in entry =           6
  In of MODEL   28
    1    H    GLY  38           H        GLY  38  -5.881  -8.140  -3.698
    2    HA2  GLY  38           HA2      GLY  38  -5.236 -10.287  -5.461
    3    HA3  GLY  38           HA3      GLY  38  -4.172  -8.967  -5.034

  No H/Q in entry =           3
  In of MODEL   28
    1    H    GLU  39           H        GLU  39  -6.201  -6.957  -6.098
    2    HA   GLU  39           HA       GLU  39  -5.686  -7.430  -8.947
    3    HB2  GLU  39           HB2      GLU  39  -8.077  -7.905  -8.360
    4    HB3  GLU  39           HB3      GLU  39  -8.229  -6.255  -7.810
    5    HG2  GLU  39           HG2      GLU  39  -7.306  -6.545 -10.561
    6    HG3  GLU  39           HG3      GLU  39  -8.966  -7.054 -10.267

  No H/Q in entry =           6
  In of MODEL   28
    1    H    ARG  40           H        ARG  40  -4.520  -5.877  -9.778
    2    HA   ARG  40           HA       ARG  40  -3.478  -3.774  -8.255
    3    HB2  ARG  40           HB2      ARG  40  -2.774  -5.053 -10.547
    4    HB3  ARG  40           HB3      ARG  40  -3.359  -3.539 -11.217
    5    HG2  ARG  40           HG2      ARG  40  -1.763  -2.332  -9.750
    6    HG3  ARG  40           HG3      ARG  40  -1.132  -3.890  -9.221
    7    HD2  ARG  40           HD2      ARG  40   0.313  -3.028 -10.948
    8    HD3  ARG  40           HD3      ARG  40  -0.563  -4.412 -11.606
    9    HE   ARG  40           HE       ARG  40  -2.105  -2.708 -12.629
   10   HH11  ARG  40          HH11      ARG  40   1.221  -1.911 -11.841
   11   HH12  ARG  40          HH12      ARG  40   1.365  -0.724 -13.111
   12   HH21  ARG  40          HH21      ARG  40  -1.916  -1.114 -14.280
   13   HH22  ARG  40          HH22      ARG  40  -0.402  -0.283 -14.486

  No H/Q in entry =          13
  In of MODEL   28
    1    H    ILE  41           H        ILE  41  -4.420  -1.998  -7.623
    2    HA   ILE  41           HA       ILE  41  -6.833  -0.949  -8.594
    3    HB   ILE  41           HB       ILE  41  -4.705   0.425  -6.952
    4   HG12  ILE  41          HG12      ILE  41  -7.195  -1.066  -6.115
    5   HG13  ILE  41          HG13      ILE  41  -5.548  -1.674  -5.965
    6   HG21  ILE  41          HG21      ILE  41  -6.266   2.031  -7.966
    7   HG22  ILE  41          HG22      ILE  41  -7.624   1.136  -7.293
    8   HG23  ILE  41          HG23      ILE  41  -6.479   1.940  -6.219
    9   HD11  ILE  41          HD11      ILE  41  -6.353   0.869  -4.633
   10   HD12  ILE  41          HD12      ILE  41  -6.710  -0.705  -3.911
   11   HD13  ILE  41          HD13      ILE  41  -5.033  -0.242  -4.247

  No H/Q in entry =          11
  In of MODEL   28
    1    H    GLU  42           H        GLU  42  -3.860   0.977  -8.575
    2    HA   GLU  42           HA       GLU  42  -2.527   1.065 -10.660
    3    HB2  GLU  42           HB2      GLU  42  -5.183   1.842 -11.877
    4    HB3  GLU  42           HB3      GLU  42  -3.634   2.118 -12.652
    5    HG2  GLU  42           HG2      GLU  42  -3.388  -0.483 -12.247
    6    HG3  GLU  42           HG3      GLU  42  -5.149  -0.392 -12.251

  No H/Q in entry =           6
  In of MODEL   28
    1    H    LYS  43           H        LYS  43  -4.935   3.236  -9.180
    2    HA   LYS  43           HA       LYS  43  -3.647   5.574 -10.294
    3    HB2  LYS  43           HB2      LYS  43  -5.745   5.517  -8.123
    4    HB3  LYS  43           HB3      LYS  43  -5.391   6.812  -9.254
    5    HG2  LYS  43           HG2      LYS  43  -6.786   4.198  -9.851
    6    HG3  LYS  43           HG3      LYS  43  -7.469   5.824  -9.890
    7    HD2  LYS  43           HD2      LYS  43  -5.289   4.811 -11.717
    8    HD3  LYS  43           HD3      LYS  43  -6.996   4.944 -12.139
    9    HE2  LYS  43           HE2      LYS  43  -5.269   7.266 -11.277
   10    HE3  LYS  43           HE3      LYS  43  -5.601   6.845 -12.957
   11    HZ1  LYS  43           HZ1      LYS  43  -7.735   7.448 -10.984
   12    HZ2  LYS  43           HZ2      LYS  43  -7.044   8.619 -11.995
   13    HZ3  LYS  43           HZ3      LYS  43  -7.888   7.310 -12.666

  No H/Q in entry =          13
  In of MODEL   28
    1    H    VAL  44           H        VAL  44  -1.662   4.455  -9.083
    2    HA   VAL  44           HA       VAL  44  -1.496   5.668  -6.416
    3    HB   VAL  44           HB       VAL  44  -1.465   2.925  -6.846
    4   HG11  VAL  44          HG11      VAL  44   0.738   3.016  -7.898
    5   HG12  VAL  44          HG12      VAL  44   1.379   3.801  -6.455
    6   HG13  VAL  44          HG13      VAL  44   0.781   2.142  -6.363
    7   HG21  VAL  44          HG21      VAL  44  -1.905   4.028  -4.735
    8   HG22  VAL  44          HG22      VAL  44  -0.704   2.747  -4.544
    9   HG23  VAL  44          HG23      VAL  44  -0.197   4.438  -4.582

  No H/Q in entry =           9
  In of MODEL   28
    1    H    GLU  45           H        GLU  45   0.250   6.927  -6.139
    2    HA   GLU  45           HA       GLU  45   2.448   6.719  -8.067
    3    HB2  GLU  45           HB2      GLU  45   0.992   9.317  -7.516
    4    HB3  GLU  45           HB3      GLU  45   2.447   9.151  -8.477
    5    HG2  GLU  45           HG2      GLU  45   1.191   7.822 -10.133
    6    HG3  GLU  45           HG3      GLU  45  -0.272   8.031  -9.171

  No H/Q in entry =           6
  In of MODEL   28
    1    H    HIS  46           H        HIS  46   4.089   6.293  -6.684
    2    HA   HIS  46           HA       HIS  46   5.014   8.651  -5.304
    3    HB2  HIS  46           HB2      HIS  46   3.763   7.095  -3.631
    4    HB3  HIS  46           HB3      HIS  46   5.162   6.045  -3.803
    5    HD2  HIS  46           HD2      HIS  46   7.673   7.392  -3.018
    6    HE1  HIS  46           HE1      HIS  46   5.562  10.035  -0.479
    7    HE2  HIS  46           HE2      HIS  46   7.807   8.973  -0.974

  No H/Q in entry =           7
  In of MODEL   28
    1    H    SER  47           H        SER  47   7.199   8.831  -5.598
    2    HA   SER  47           HA       SER  47   8.281   6.849  -7.411
    3    HB2  SER  47           HB2      SER  47  10.037   8.652  -7.754
    4    HB3  SER  47           HB3      SER  47   8.385   9.102  -8.180
    5    HG   SER  47           HG       SER  47   9.702   9.713  -5.735

  No H/Q in entry =           5
  In of MODEL   28
    1    H    ASP  48           H        ASP  48   9.788   5.455  -6.951
    2    HA   ASP  48           HA       ASP  48  11.010   5.223  -4.396
    3    HB2  ASP  48           HB2      ASP  48  12.336   3.419  -5.439
    4    HB3  ASP  48           HB3      ASP  48  10.624   3.256  -5.811

  No H/Q in entry =           4
  In of MODEL   28
    1    H    LEU  49           H        LEU  49  13.387   5.257  -4.046
    2    HA   LEU  49           HA       LEU  49  14.748   7.155  -5.792
    3    HB2  LEU  49           HB2      LEU  49  15.628   8.279  -3.585
    4    HB3  LEU  49           HB3      LEU  49  14.149   8.816  -4.356
    5    HG   LEU  49           HG       LEU  49  13.976   8.787  -1.909
    6   HD11  LEU  49          HD11      LEU  49  12.199   6.754  -3.231
    7   HD12  LEU  49          HD12      LEU  49  11.927   7.432  -1.626
    8   HD13  LEU  49          HD13      LEU  49  11.902   8.484  -3.042
    9   HD21  LEU  49          HD21      LEU  49  15.518   6.976  -1.389
   10   HD22  LEU  49          HD22      LEU  49  13.954   6.742  -0.608
   11   HD23  LEU  49          HD23      LEU  49  14.373   5.804  -2.041

  No H/Q in entry =          11
  In of MODEL   28
    1    H    SER  50           H        SER  50  15.824   5.026  -6.316
    2    HA   SER  50           HA       SER  50  17.572   3.788  -4.555
    3    HB2  SER  50           HB2      SER  50  17.922   4.186  -7.532
    4    HB3  SER  50           HB3      SER  50  18.647   2.914  -6.548
    5    HG   SER  50           HG       SER  50  16.556   2.528  -7.804

  No H/Q in entry =           5
  In of MODEL   28
    1    H    PHE  51           H        PHE  51  17.703   6.930  -5.760
    2    HA   PHE  51           HA       PHE  51  20.581   7.196  -5.751
    3    HB2  PHE  51           HB2      PHE  51  18.381   9.266  -5.942
    4    HB3  PHE  51           HB3      PHE  51  20.101   9.621  -6.083
    5    HD1  PHE  51           HD1      PHE  51  17.173   8.227  -7.725
    6    HD2  PHE  51           HD2      PHE  51  21.367   8.875  -8.027
    7    HE1  PHE  51           HE1      PHE  51  17.069   7.746 -10.134
    8    HE2  PHE  51           HE2      PHE  51  21.271   8.398 -10.437
    9    HZ   PHE  51           HZ       PHE  51  19.119   7.832 -11.493

  No H/Q in entry =           9
  In of MODEL   28
    1    H    SER  52           H        SER  52  18.437   6.738  -3.393
    2    HA   SER  52           HA       SER  52  19.944   8.398  -1.496
    3    HB2  SER  52           HB2      SER  52  17.043   7.551  -1.301
    4    HB3  SER  52           HB3      SER  52  17.922   8.518  -0.115
    5    HG   SER  52           HG       SER  52  17.539  10.206  -1.280

  No H/Q in entry =           5
  In of MODEL   28
    1    H    LYS  53           H        LYS  53  21.414   6.906  -0.799
    2    HA   LYS  53           HA       LYS  53  20.620   4.305   0.151
    3    HB2  LYS  53           HB2      LYS  53  22.878   4.155   1.053
    4    HB3  LYS  53           HB3      LYS  53  22.947   4.787  -0.586
    5    HG2  LYS  53           HG2      LYS  53  23.276   7.030   0.247
    6    HG3  LYS  53           HG3      LYS  53  23.077   6.473   1.908
    7    HD2  LYS  53           HD2      LYS  53  25.414   6.729   1.504
    8    HD3  LYS  53           HD3      LYS  53  25.070   5.000   1.565
    9    HE2  LYS  53           HE2      LYS  53  25.039   4.930  -0.885
   10    HE3  LYS  53           HE3      LYS  53  25.399   6.656  -0.932
   11    HZ1  LYS  53           HZ1      LYS  53  27.470   6.133   0.326
   12    HZ2  LYS  53           HZ2      LYS  53  27.141   4.486   0.097
   13    HZ3  LYS  53           HZ3      LYS  53  27.424   5.485  -1.243

  No H/Q in entry =          13
  In of MODEL   28
    1    H    ASP  54           H        ASP  54  20.874   7.514   1.284
    2    HA   ASP  54           HA       ASP  54  20.430   6.951   4.055
    3    HB2  ASP  54           HB2      ASP  54  20.133   9.402   4.250
    4    HB3  ASP  54           HB3      ASP  54  21.628   8.975   3.427

  No H/Q in entry =           4
  In of MODEL   28
    1    H    TRP  55           H        TRP  55  18.570   6.751   5.071
    2    HA   TRP  55           HA       TRP  55  16.085   7.656   3.916
    3    HB2  TRP  55           HB2      TRP  55  16.254   5.562   2.741
    4    HB3  TRP  55           HB3      TRP  55  16.696   4.706   4.213
    5    HD1  TRP  55           HD1      TRP  55  13.590   6.927   3.263
    6    HE1  TRP  55           HE1      TRP  55  11.495   5.625   4.035
    7    HE3  TRP  55           HE3      TRP  55  15.812   2.663   5.188
    8    HZ2  TRP  55           HZ2      TRP  55  10.855   3.237   5.209
    9    HZ3  TRP  55           HZ3      TRP  55  14.334   0.932   6.109
   10    HH2  TRP  55           HH2      TRP  55  11.909   1.202   6.125

  No H/Q in entry =          10
  In of MODEL   28
    1    H    SER  56           H        SER  56  16.585   8.865   5.893
    2    HA   SER  56           HA       SER  56  15.706   7.462   8.298
    3    HB2  SER  56           HB2      SER  56  16.227   9.900   9.225
    4    HB3  SER  56           HB3      SER  56  17.525   8.730   8.946
    5    HG   SER  56           HG       SER  56  17.725  10.973   8.031

  No H/Q in entry =           5
  In of MODEL   28
    1    H    PHE  57           H        PHE  57  13.604   7.308   6.967
    2    HA   PHE  57           HA       PHE  57  11.804   9.129   8.095
    3    HB2  PHE  57           HB2      PHE  57  10.649   9.715   5.837
    4    HB3  PHE  57           HB3      PHE  57  11.956  10.704   6.446
    5    HD1  PHE  57           HD1      PHE  57  14.243  10.414   5.409
    6    HD2  PHE  57           HD2      PHE  57  10.718   8.763   3.703
    7    HE1  PHE  57           HE1      PHE  57  15.372  10.289   3.229
    8    HE2  PHE  57           HE2      PHE  57  11.839   8.651   1.511
    9    HZ   PHE  57           HZ       PHE  57  14.167   9.403   1.277

  No H/Q in entry =           9
  In of MODEL   28
    1    H    TYR  58           H        TYR  58  10.626   7.767   5.104
    2    HA   TYR  58           HA       TYR  58   9.831   5.272   6.184
    3    HB2  TYR  58           HB2      TYR  58   8.605   7.252   7.510
    4    HB3  TYR  58           HB3      TYR  58   7.467   7.103   6.180
    5    HD1  TYR  58           HD1      TYR  58   6.122   6.607   8.491
    6    HD2  TYR  58           HD2      TYR  58   8.848   3.922   6.614
    7    HE1  TYR  58           HE1      TYR  58   5.074   4.713   9.691
    8    HE2  TYR  58           HE2      TYR  58   7.811   2.027   7.806
    9    HH   TYR  58           HH       TYR  58   4.860   2.414   9.632

  No H/Q in entry =           9
  In of MODEL   28
    1    H    LEU  59           H        LEU  59   8.548   4.022   4.740
    2    HA   LEU  59           HA       LEU  59   8.271   5.144   2.026
    3    HB2  LEU  59           HB2      LEU  59   8.572   2.411   3.203
    4    HB3  LEU  59           HB3      LEU  59   7.709   2.563   1.689
    5    HG   LEU  59           HG       LEU  59  10.499   3.649   2.012
    6   HD11  LEU  59          HD11      LEU  59  10.516   1.269   2.631
    7   HD12  LEU  59          HD12      LEU  59   9.711   0.884   1.110
    8   HD13  LEU  59          HD13      LEU  59  11.336   1.562   1.098
    9   HD21  LEU  59          HD21      LEU  59   8.765   2.829  -0.317
   10   HD22  LEU  59          HD22      LEU  59   9.358   4.447   0.063
   11   HD23  LEU  59          HD23      LEU  59  10.483   3.199  -0.457

  No H/Q in entry =          11
  In of MODEL   28
    1    H    LEU  60           H        LEU  60   6.302   5.814   1.455
    2    HA   LEU  60           HA       LEU  60   3.971   4.179   2.087
    3    HB2  LEU  60           HB2      LEU  60   3.958   5.849   3.807
    4    HB3  LEU  60           HB3      LEU  60   4.320   7.114   2.655
    5    HG   LEU  60           HG       LEU  60   2.080   6.829   1.658
    6   HD11  LEU  60          HD11      LEU  60   1.746   4.473   2.284
    7   HD12  LEU  60          HD12      LEU  60   1.571   4.967   3.965
    8   HD13  LEU  60          HD13      LEU  60   0.399   5.504   2.765
    9   HD21  LEU  60          HD21      LEU  60   2.479   8.512   3.380
   10   HD22  LEU  60          HD22      LEU  60   0.844   7.859   3.486
   11   HD23  LEU  60          HD23      LEU  60   2.081   7.333   4.629

  No H/Q in entry =          11
  In of MODEL   28
    1    H    TYR  61           H        TYR  61   2.349   4.315   0.529
    2    HA   TYR  61           HA       TYR  61   2.799   6.073  -1.805
    3    HB2  TYR  61           HB2      TYR  61   1.974   3.130  -1.771
    4    HB3  TYR  61           HB3      TYR  61   1.819   4.160  -3.202
    5    HD1  TYR  61           HD1      TYR  61   4.441   3.092  -0.714
    6    HD2  TYR  61           HD2      TYR  61   3.560   4.178  -4.731
    7    HE1  TYR  61           HE1      TYR  61   6.767   2.592  -1.362
    8    HE2  TYR  61           HE2      TYR  61   5.872   3.671  -5.386
    9    HH   TYR  61           HH       TYR  61   8.056   3.477  -4.404

  No H/Q in entry =           9
  In of MODEL   28
    1    H    TYR  62           H        TYR  62   0.637   6.479  -3.015
    2    HA   TYR  62           HA       TYR  62  -1.634   6.158  -1.197
    3    HB2  TYR  62           HB2      TYR  62  -2.272   8.593  -1.604
    4    HB3  TYR  62           HB3      TYR  62  -0.962   8.274  -0.480
    5    HD1  TYR  62           HD1      TYR  62  -1.793   9.594  -3.828
    6    HD2  TYR  62           HD2      TYR  62   1.273   9.047  -0.937
    7    HE1  TYR  62           HE1      TYR  62  -0.357  11.159  -5.063
    8    HE2  TYR  62           HE2      TYR  62   2.716  10.614  -2.163
    9    HH   TYR  62           HH       TYR  62   2.919  11.411  -4.560

  No H/Q in entry =           9
  In of MODEL   28
    1    H    THR  63           H        THR  63  -3.589   5.854  -2.122
    2    HA   THR  63           HA       THR  63  -3.972   6.463  -4.966
    3    HB   THR  63           HB       THR  63  -3.223   3.993  -4.570
    4    HG1  THR  63           HG1      THR  63  -4.434   5.057  -6.441
    5   HG21  THR  63          HG21      THR  63  -4.774   3.496  -2.727
    6   HG22  THR  63          HG22      THR  63  -6.131   3.794  -3.809
    7   HG23  THR  63          HG23      THR  63  -5.046   2.440  -4.112

  No H/Q in entry =           7
  In of MODEL   28
    1    H    GLU  64           H        GLU  64  -6.039   7.041  -5.474
    2    HA   GLU  64           HA       GLU  64  -7.975   7.781  -3.620
    3    HB2  GLU  64           HB2      GLU  64  -7.670   8.338  -6.163
    4    HB3  GLU  64           HB3      GLU  64  -8.654   6.904  -6.419
    5    HG2  GLU  64           HG2      GLU  64 -10.226   8.580  -6.473
    6    HG3  GLU  64           HG3      GLU  64 -10.323   8.026  -4.802

  No H/Q in entry =           6
  In of MODEL   28
    1    H    PHE  65           H        PHE  65  -9.400   6.514  -2.384
    2    HA   PHE  65           HA       PHE  65 -10.243   3.987  -3.628
    3    HB2  PHE  65           HB2      PHE  65 -10.189   2.831  -1.579
    4    HB3  PHE  65           HB3      PHE  65  -8.694   3.735  -1.657
    5    HD1  PHE  65           HD1      PHE  65  -7.964   4.396   0.367
    6    HD2  PHE  65           HD2      PHE  65 -12.139   4.509  -0.402
    7    HE1  PHE  65           HE1      PHE  65  -8.359   5.254   2.646
    8    HE2  PHE  65           HE2      PHE  65 -12.528   5.392   1.862
    9    HZ   PHE  65           HZ       PHE  65 -10.654   5.753   3.394

  No H/Q in entry =           9
  In of MODEL   28
    1    H    THR  66           H        THR  66 -12.376   3.333  -3.357
    2    HA   THR  66           HA       THR  66 -14.067   4.952  -1.566
    3    HB   THR  66           HB       THR  66 -14.879   3.996  -4.337
    4    HG1  THR  66           HG1      THR  66 -13.646   6.274  -3.403
    5   HG21  THR  66          HG21      THR  66 -16.331   5.709  -2.300
    6   HG22  THR  66          HG22      THR  66 -16.877   5.397  -3.949
    7   HG23  THR  66          HG23      THR  66 -16.771   4.072  -2.789

  No H/Q in entry =           7
  In of MODEL   28
    1    HA   PRO  67           HA       PRO  67 -14.700   0.652  -0.301
    2    HB2  PRO  67           HB2      PRO  67 -16.055   1.357   2.052
    3    HB3  PRO  67           HB3      PRO  67 -14.345   0.964   1.898
    4    HG2  PRO  67           HG2      PRO  67 -15.491   3.517   2.479
    5    HG3  PRO  67           HG3      PRO  67 -13.782   3.100   2.289
    6    HD2  PRO  67           HD2      PRO  67 -15.553   4.492   0.451
    7    HD3  PRO  67           HD3      PRO  67 -13.788   4.333   0.407

  No H/Q in entry =           7
  In of MODEL   28
    1    H    THR  68           H        THR  68 -16.205  -0.707  -0.532
    2    HA   THR  68           HA       THR  68 -19.037   0.080  -0.567
    3    HB   THR  68           HB       THR  68 -19.404  -1.397  -2.481
    4    HG1  THR  68           HG1      THR  68 -17.143  -2.126  -3.401
    5   HG21  THR  68          HG21      THR  68 -18.712   0.897  -3.015
    6   HG22  THR  68          HG22      THR  68 -17.023   0.387  -3.003
    7   HG23  THR  68          HG23      THR  68 -18.128  -0.251  -4.221

  No H/Q in entry =           7
  In of MODEL   28
    1    H    GLU  69           H        GLU  69 -20.447  -1.915  -0.141
    2    HA   GLU  69           HA       GLU  69 -19.489  -3.623   1.847
    3    HB2  GLU  69           HB2      GLU  69 -21.820  -3.321   1.642
    4    HB3  GLU  69           HB3      GLU  69 -21.841  -3.786  -0.049
    5    HG2  GLU  69           HG2      GLU  69 -22.779  -5.586   1.109
    6    HG3  GLU  69           HG3      GLU  69 -21.130  -6.079   0.711

  No H/Q in entry =           6
  In of MODEL   28
    1    H    LYS  70           H        LYS  70 -18.479  -3.651  -1.354
    2    HA   LYS  70           HA       LYS  70 -18.153  -6.560  -1.350
    3    HB2  LYS  70           HB2      LYS  70 -18.438  -4.679  -3.683
    4    HB3  LYS  70           HB3      LYS  70 -17.972  -6.362  -3.851
    5    HG2  LYS  70           HG2      LYS  70 -20.545  -5.588  -2.498
    6    HG3  LYS  70           HG3      LYS  70 -20.421  -5.723  -4.246
    7    HD2  LYS  70           HD2      LYS  70 -21.281  -7.785  -3.379
    8    HD3  LYS  70           HD3      LYS  70 -19.650  -8.064  -3.979
    9    HE2  LYS  70           HE2      LYS  70 -20.012  -7.427  -1.091
   10    HE3  LYS  70           HE3      LYS  70 -20.471  -9.030  -1.660
   11    HZ1  LYS  70           HZ1      LYS  70 -17.811  -7.851  -2.216
   12    HZ2  LYS  70           HZ2      LYS  70 -18.121  -8.765  -0.827
   13    HZ3  LYS  70           HZ3      LYS  70 -18.281  -9.469  -2.364

  No H/Q in entry =          13
  In of MODEL   28
    1    H    ASP  71           H        ASP  71 -16.229  -3.580  -1.793
    2    HA   ASP  71           HA       ASP  71 -14.158  -5.206  -3.039
    3    HB2  ASP  71           HB2      ASP  71 -14.317  -2.192  -2.813
    4    HB3  ASP  71           HB3      ASP  71 -13.106  -3.099  -3.694

  No H/Q in entry =           4
  In of MODEL   28
    1    H    GLU  72           H        GLU  72 -12.366  -5.759  -2.026
    2    HA   GLU  72           HA       GLU  72 -11.708  -4.854   0.702
    3    HB2  GLU  72           HB2      GLU  72 -11.867  -7.225   0.412
    4    HB3  GLU  72           HB3      GLU  72 -10.881  -7.189  -1.039
    5    HG2  GLU  72           HG2      GLU  72  -8.978  -6.407   0.465
    6    HG3  GLU  72           HG3      GLU  72 -10.027  -6.860   1.800

  No H/Q in entry =           6
  In of MODEL   28
    1    H    TYR  73           H        TYR  73  -9.532  -4.067   1.135
    2    HA   TYR  73           HA       TYR  73  -7.982  -3.340  -1.265
    3    HB2  TYR  73           HB2      TYR  73  -8.463  -1.681   1.222
    4    HB3  TYR  73           HB3      TYR  73  -7.243  -1.293   0.020
    5    HD1  TYR  73           HD1      TYR  73  -7.810  -0.070  -1.894
    6    HD2  TYR  73           HD2      TYR  73 -10.894  -1.800   0.471
    7    HE1  TYR  73           HE1      TYR  73  -9.496   1.146  -3.214
    8    HE2  TYR  73           HE2      TYR  73 -12.587  -0.583  -0.860
    9    HH   TYR  73           HH       TYR  73 -12.805   1.298  -2.281

  No H/Q in entry =           9
  In of MODEL   28
    1    H    ALA  74           H        ALA  74  -5.855  -3.799  -1.300
    2    HA   ALA  74           HA       ALA  74  -4.556  -4.760   1.157
    3    HB1  ALA  74           HB1      ALA  74  -5.389  -6.716  -0.027
    4    HB2  ALA  74           HB2      ALA  74  -4.579  -6.185  -1.503
    5    HB3  ALA  74           HB3      ALA  74  -3.632  -6.660  -0.092

  No H/Q in entry =           5
  In of MODEL   28
    1    H    CYS  75           H        CYS  75  -2.171  -4.789   1.020
    2    HA   CYS  75           HA       CYS  75  -1.107  -3.275  -1.278
    3    HB2  CYS  75           HB2      CYS  75  -1.061  -1.779   0.584
    4    HB3  CYS  75           HB3      CYS  75  -0.354  -2.999   1.630

  No H/Q in entry =           4
  In of MODEL   28
    1    H    ARG  76           H        ARG  76   0.466  -4.249  -2.366
    2    HA   ARG  76           HA       ARG  76   1.475  -6.845  -1.409
    3    HB2  ARG  76           HB2      ARG  76   0.176  -6.530  -3.587
    4    HB3  ARG  76           HB3      ARG  76   1.606  -5.693  -4.189
    5    HG2  ARG  76           HG2      ARG  76   2.886  -7.723  -4.105
    6    HG3  ARG  76           HG3      ARG  76   1.617  -8.558  -3.204
    7    HD2  ARG  76           HD2      ARG  76   1.617  -9.192  -5.621
    8    HD3  ARG  76           HD3      ARG  76   0.116  -8.399  -5.118
    9    HE   ARG  76           HE       ARG  76   2.060  -6.545  -6.133
   10   HH11  ARG  76          HH11      ARG  76  -0.384  -8.842  -7.136
   11   HH12  ARG  76          HH12      ARG  76  -0.742  -8.002  -8.611
   12   HH21  ARG  76          HH21      ARG  76   1.625  -5.451  -8.081
   13   HH22  ARG  76          HH22      ARG  76   0.429  -6.103  -9.166

  No H/Q in entry =          13
  In of MODEL   28
    1    H    VAL  77           H        VAL  77   3.641  -7.042  -0.880
    2    HA   VAL  77           HA       VAL  77   5.518  -5.193  -2.210
    3    HB   VAL  77           HB       VAL  77   4.936  -4.512   0.223
    4   HG11  VAL  77          HG11      VAL  77   5.183  -6.707   1.243
    5   HG12  VAL  77          HG12      VAL  77   6.880  -6.752   0.761
    6   HG13  VAL  77          HG13      VAL  77   6.326  -5.553   1.931
    7   HG21  VAL  77          HG21      VAL  77   6.726  -3.541  -1.143
    8   HG22  VAL  77          HG22      VAL  77   7.181  -3.667   0.559
    9   HG23  VAL  77          HG23      VAL  77   7.810  -4.827  -0.608

  No H/Q in entry =           9
  In of MODEL   28
    1    H    ASN  78           H        ASN  78   7.441  -5.904  -2.715
    2    HA   ASN  78           HA       ASN  78   8.290  -8.594  -1.868
    3    HB2  ASN  78           HB2      ASN  78   7.119  -8.698  -4.119
    4    HB3  ASN  78           HB3      ASN  78   8.435  -7.713  -4.758
    5   HD21  ASN  78          HD21      ASN  78   9.227  -9.267  -6.138
    6   HD22  ASN  78          HD22      ASN  78   9.990 -10.718  -5.587

  No H/Q in entry =           6
  In of MODEL   28
    1    H    HIS  79           H        HIS  79  10.409  -8.885  -1.655
    2    HA   HIS  79           HA       HIS  79  12.258  -6.829  -2.644
    3    HB2  HIS  79           HB2      HIS  79  11.815  -6.580  -0.145
    4    HB3  HIS  79           HB3      HIS  79  12.509  -8.179   0.066
    5    HD2  HIS  79           HD2      HIS  79  13.604  -4.526  -0.373
    6    HE1  HIS  79           HE1      HIS  79  17.078  -6.930  -0.290
    7    HE2  HIS  79           HE2      HIS  79  16.193  -4.567  -0.531

  No H/Q in entry =           7
  In of MODEL   28
    1    H    VAL  80           H        VAL  80  14.519  -7.754  -2.752
    2    HA   VAL  80           HA       VAL  80  14.428 -10.228  -4.156
    3    HB   VAL  80           HB       VAL  80  16.981  -8.967  -3.177
    4   HG11  VAL  80          HG11      VAL  80  17.208 -11.124  -4.290
    5   HG12  VAL  80          HG12      VAL  80  16.324 -10.511  -5.690
    6   HG13  VAL  80          HG13      VAL  80  17.901  -9.837  -5.277
    7   HG21  VAL  80          HG21      VAL  80  15.314  -8.096  -5.527
    8   HG22  VAL  80          HG22      VAL  80  15.725  -7.148  -4.097
    9   HG23  VAL  80          HG23      VAL  80  16.984  -7.605  -5.240

  No H/Q in entry =           9
  In of MODEL   28
    1    H    THR  81           H        THR  81  14.404  -9.686  -0.883
    2    HA   THR  81           HA       THR  81  16.034 -12.004  -0.199
    3    HB   THR  81           HB       THR  81  16.174 -10.181   1.370
    4    HG1  THR  81           HG1      THR  81  15.704 -11.284   3.245
    5   HG21  THR  81          HG21      THR  81  13.168 -10.389   1.649
    6   HG22  THR  81          HG22      THR  81  14.217  -9.392   2.657
    7   HG23  THR  81          HG23      THR  81  14.064  -9.050   0.934

  No H/Q in entry =           7
  In of MODEL   28
    1    H    LEU  82           H        LEU  82  12.580 -11.053   0.201
    2    HA   LEU  82           HA       LEU  82  11.571 -13.577   0.699
    3    HB2  LEU  82           HB2      LEU  82  10.173 -11.500  -0.983
    4    HB3  LEU  82           HB3      LEU  82   9.438 -12.763  -0.006
    5    HG   LEU  82           HG       LEU  82  10.948 -10.397   1.087
    6   HD11  LEU  82          HD11      LEU  82   8.005 -10.993   0.954
    7   HD12  LEU  82          HD12      LEU  82   8.745  -9.637   1.808
    8   HD13  LEU  82          HD13      LEU  82   8.870  -9.748   0.054
    9   HD21  LEU  82          HD21      LEU  82  11.103 -12.387   2.513
   10   HD22  LEU  82          HD22      LEU  82  10.096 -11.140   3.246
   11   HD23  LEU  82          HD23      LEU  82   9.346 -12.538   2.479

  No H/Q in entry =          11
  In of MODEL   28
    1    H    SER  83           H        SER  83  10.249 -14.933  -0.692
    2    HA   SER  83           HA       SER  83  11.323 -15.167  -3.446
    3    HB2  SER  83           HB2      SER  83  10.249 -17.364  -1.657
    4    HB3  SER  83           HB3      SER  83  11.034 -17.564  -3.225
    5    HG   SER  83           HG       SER  83  12.757 -16.226  -1.873

  No H/Q in entry =           5
  In of MODEL   28
    1    H    GLN  84           H        GLN  84   8.850 -13.941  -1.934
    2    HA   GLN  84           HA       GLN  84   6.897 -14.287  -3.914
    3    HB2  GLN  84           HB2      GLN  84   5.173 -15.436  -2.531
    4    HB3  GLN  84           HB3      GLN  84   6.544 -16.472  -2.898
    5    HG2  GLN  84           HG2      GLN  84   7.417 -16.163  -0.650
    6    HG3  GLN  84           HG3      GLN  84   6.134 -15.008  -0.288
    7   HE21  GLN  84          HE21      GLN  84   4.051 -15.742   0.045
    8   HE22  GLN  84          HE22      GLN  84   3.701 -17.404   0.375

  No H/Q in entry =           8
  In of MODEL   28
    1    HA   PRO  85           HA       PRO  85   6.255 -10.408  -1.695
    2    HB2  PRO  85           HB2      PRO  85   4.122  -9.508  -3.146
    3    HB3  PRO  85           HB3      PRO  85   5.828  -9.267  -3.581
    4    HG2  PRO  85           HG2      PRO  85   3.852 -11.247  -4.646
    5    HG3  PRO  85           HG3      PRO  85   5.161 -10.391  -5.495
    6    HD2  PRO  85           HD2      PRO  85   5.357 -13.036  -4.713
    7    HD3  PRO  85           HD3      PRO  85   6.777 -11.945  -4.848

  No H/Q in entry =           7
  In of MODEL   28
    1    H    LYS  86           H        LYS  86   4.752  -9.497  -0.337
    2    HA   LYS  86           HA       LYS  86   2.718 -11.423   0.557
    3    HB2  LYS  86           HB2      LYS  86   3.906  -9.104   2.092
    4    HB3  LYS  86           HB3      LYS  86   2.789 -10.305   2.723
    5    HG2  LYS  86           HG2      LYS  86   5.626 -10.783   1.807
    6    HG3  LYS  86           HG3      LYS  86   5.047 -10.770   3.471
    7    HD2  LYS  86           HD2      LYS  86   3.447 -12.639   2.094
    8    HD3  LYS  86           HD3      LYS  86   5.110 -12.924   1.578
    9    HE2  LYS  86           HE2      LYS  86   4.470 -14.236   3.589
   10    HE3  LYS  86           HE3      LYS  86   5.840 -13.157   3.861
   11    HZ1  LYS  86           HZ1      LYS  86   3.045 -12.454   4.584
   12    HZ2  LYS  86           HZ2      LYS  86   4.140 -13.168   5.666
   13    HZ3  LYS  86           HZ3      LYS  86   4.463 -11.637   5.021

  No H/Q in entry =          13
  In of MODEL   28
    1    H    ILE  87           H        ILE  87   0.663 -10.802   1.002
    2    HA   ILE  87           HA       ILE  87  -0.111  -8.095   0.157
    3    HB   ILE  87           HB       ILE  87  -1.421 -10.670  -0.354
    4   HG12  ILE  87          HG12      ILE  87  -0.896  -9.425  -2.261
    5   HG13  ILE  87          HG13      ILE  87  -2.619  -9.087  -2.054
    6   HG21  ILE  87          HG21      ILE  87  -3.072  -8.393   0.710
    7   HG22  ILE  87          HG22      ILE  87  -3.729  -9.725  -0.241
    8   HG23  ILE  87          HG23      ILE  87  -2.987 -10.044   1.329
    9   HD11  ILE  87          HD11      ILE  87  -2.092  -6.994  -0.974
   10   HD12  ILE  87          HD12      ILE  87  -0.370  -7.310  -1.182
   11   HD13  ILE  87          HD13      ILE  87  -1.404  -7.086  -2.589

  No H/Q in entry =          11
  In of MODEL   28
    1    H    VAL  88           H        VAL  88  -0.976  -6.766   1.572
    2    HA   VAL  88           HA       VAL  88  -1.869  -7.853   4.159
    3    HB   VAL  88           HB       VAL  88   0.112  -6.462   4.471
    4   HG11  VAL  88          HG11      VAL  88  -1.444  -4.326   3.059
    5   HG12  VAL  88          HG12      VAL  88   0.031  -4.036   3.982
    6   HG13  VAL  88          HG13      VAL  88   0.075  -5.058   2.540
    7   HG21  VAL  88          HG21      VAL  88  -2.448  -5.177   5.382
    8   HG22  VAL  88          HG22      VAL  88  -1.500  -6.391   6.241
    9   HG23  VAL  88          HG23      VAL  88  -0.855  -4.763   6.016

  No H/Q in entry =           9
  In of MODEL   28
    1    H    LYS  89           H        LYS  89  -4.013  -7.592   4.489
    2    HA   LYS  89           HA       LYS  89  -5.339  -5.698   2.694
    3    HB2  LYS  89           HB2      LYS  89  -6.599  -8.044   4.095
    4    HB3  LYS  89           HB3      LYS  89  -7.303  -7.037   2.832
    5    HG2  LYS  89           HG2      LYS  89  -6.018  -7.988   1.174
    6    HG3  LYS  89           HG3      LYS  89  -4.793  -8.545   2.317
    7    HD2  LYS  89           HD2      LYS  89  -7.606  -9.598   2.261
    8    HD3  LYS  89           HD3      LYS  89  -6.280 -10.344   1.368
    9    HE2  LYS  89           HE2      LYS  89  -5.077 -10.602   3.554
   10    HE3  LYS  89           HE3      LYS  89  -6.541 -10.024   4.359
   11    HZ1  LYS  89           HZ1      LYS  89  -6.455 -12.394   2.574
   12    HZ2  LYS  89           HZ2      LYS  89  -6.338 -12.476   4.266
   13    HZ3  LYS  89           HZ3      LYS  89  -7.754 -11.885   3.534

  No H/Q in entry =          13
  In of MODEL   28
    1    H    TRP  90           H        TRP  90  -6.842  -4.301   3.470
    2    HA   TRP  90           HA       TRP  90  -6.367  -3.465   6.183
    3    HB2  TRP  90           HB2      TRP  90  -6.501  -1.792   4.382
    4    HB3  TRP  90           HB3      TRP  90  -8.142  -2.308   4.032
    5    HD1  TRP  90           HD1      TRP  90  -6.538  -1.167   7.426
    6    HE1  TRP  90           HE1      TRP  90  -8.004   0.676   8.392
    7    HE3  TRP  90           HE3      TRP  90  -9.997  -0.792   3.625
    8    HZ2  TRP  90           HZ2      TRP  90 -10.377   2.043   7.724
    9    HZ3  TRP  90           HZ3      TRP  90 -11.820   0.820   3.872
   10    HH2  TRP  90           HH2      TRP  90 -12.016   2.226   5.857

  No H/Q in entry =          10
  In of MODEL   28
    1    H    ASP  91           H        ASP  91  -7.444  -4.119   7.858
    2    HA   ASP  91           HA       ASP  91  -9.548  -6.004   7.679
    3    HB2  ASP  91           HB2      ASP  91  -9.614  -5.789  10.176
    4    HB3  ASP  91           HB3      ASP  91  -8.012  -6.143   9.537

  No H/Q in entry =           4
  In of MODEL   28
    1    H    ARG  92           H        ARG  92 -11.487  -5.435   6.924
    2    HA   ARG  92           HA       ARG  92 -13.278  -3.920   8.425
    3    HB2  ARG  92           HB2      ARG  92 -13.396  -1.805   7.430
    4    HB3  ARG  92           HB3      ARG  92 -11.667  -2.127   7.374
    5    HG2  ARG  92           HG2      ARG  92 -12.021  -1.350   5.249
    6    HG3  ARG  92           HG3      ARG  92 -12.152  -3.092   4.992
    7    HD2  ARG  92           HD2      ARG  92 -14.646  -2.829   5.223
    8    HD3  ARG  92           HD3      ARG  92 -14.402  -1.077   5.198
    9    HE   ARG  92           HE       ARG  92 -13.118  -2.179   2.983
   10   HH11  ARG  92          HH11      ARG  92 -16.323  -1.548   4.218
   11   HH12  ARG  92          HH12      ARG  92 -17.091  -1.771   2.672
   12   HH21  ARG  92          HH21      ARG  92 -14.130  -2.482   0.947
   13   HH22  ARG  92          HH22      ARG  92 -15.858  -2.326   0.838

  No H/Q in entry =          13
  In of MODEL   28
    1    H    ASP  93           H        ASP  93 -12.465  -5.910   5.942
    2    HA   ASP  93           HA       ASP  93 -15.100  -6.484   5.065
    3    HB2  ASP  93           HB2      ASP  93 -14.645  -4.334   3.847
    4    HB3  ASP  93           HB3      ASP  93 -13.334  -5.158   3.010

  No H/Q in entry =           4
  In of MODEL   28
    1    HA   MET  94           HA       MET  94 -11.346  -9.003   3.335
    2    HB2  MET  94           HB2      MET  94 -10.029 -10.135   5.491
    3    HB3  MET  94           HB3      MET  94  -9.388  -8.914   4.402
    4    HG2  MET  94           HG2      MET  94  -9.091  -8.427   6.846
    5    HG3  MET  94           HG3      MET  94  -9.877  -7.135   5.934
    6    HE1  MET  94           HE1      MET  94 -10.982 -10.517   7.702
    7    HE2  MET  94           HE2      MET  94  -9.997  -9.615   8.852
    8    HE3  MET  94           HE3      MET  94 -11.718  -9.848   9.159

  No H/Q in entry =           8
  In of MODEL   29
    1    HA   MET   1           HA       MET   1   5.055  -7.550   6.513
    2    HB2  MET   1           HB2      MET   1   6.001  -8.174   8.721
    3    HB3  MET   1           HB3      MET   1   6.158  -6.468   9.115
    4    HG2  MET   1           HG2      MET   1   3.753  -6.194   9.001
    5    HG3  MET   1           HG3      MET   1   3.566  -7.883   8.525
    6    HE1  MET   1           HE1      MET   1   1.820  -8.290  10.451
    7    HE2  MET   1           HE2      MET   1   2.109  -7.908  12.149
    8    HE3  MET   1           HE3      MET   1   1.959  -6.611  10.965

  No H/Q in entry =           8
  In of MODEL   29
    1    H    ILE   2           H        ILE   2   3.562  -6.162   5.881
    2    HA   ILE   2           HA       ILE   2   4.163  -3.280   5.994
    3    HB   ILE   2           HB       ILE   2   1.952  -4.480   4.327
    4   HG12  ILE   2          HG12      ILE   2   4.718  -4.178   3.164
    5   HG13  ILE   2          HG13      ILE   2   4.219  -5.683   3.937
    6   HG21  ILE   2          HG21      ILE   2   2.217  -2.008   4.576
    7   HG22  ILE   2          HG22      ILE   2   3.754  -2.143   3.720
    8   HG23  ILE   2          HG23      ILE   2   2.253  -2.590   2.913
    9   HD11  ILE   2          HD11      ILE   2   2.304  -5.795   2.357
   10   HD12  ILE   2          HD12      ILE   2   2.951  -4.370   1.545
   11   HD13  ILE   2          HD13      ILE   2   3.886  -5.868   1.574

  No H/Q in entry =          11
  In of MODEL   29
    1    H    GLN   3           H        GLN   3   2.460  -1.826   6.624
    2    HA   GLN   3           HA       GLN   3   0.100  -3.109   7.821
    3    HB2  GLN   3           HB2      GLN   3   1.726  -0.836   8.983
    4    HB3  GLN   3           HB3      GLN   3   0.186  -1.414   9.639
    5    HG2  GLN   3           HG2      GLN   3   1.167  -3.565  10.181
    6    HG3  GLN   3           HG3      GLN   3   2.703  -3.071   9.422
    7   HE21  GLN   3          HE21      GLN   3   3.847  -3.361  11.330
    8   HE22  GLN   3          HE22      GLN   3   3.713  -2.271  12.667

  No H/Q in entry =           8
  In of MODEL   29
    1    H    VAL   4           H        VAL   4  -1.569  -2.468   6.595
    2    HA   VAL   4           HA       VAL   4  -1.521   0.175   5.376
    3    HB   VAL   4           HB       VAL   4  -3.750  -0.616   4.341
    4   HG11  VAL   4          HG11      VAL   4  -1.658  -0.507   3.094
    5   HG12  VAL   4          HG12      VAL   4  -1.202  -2.100   3.697
    6   HG13  VAL   4          HG13      VAL   4  -2.595  -1.927   2.629
    7   HG21  VAL   4          HG21      VAL   4  -4.169  -2.427   5.926
    8   HG22  VAL   4          HG22      VAL   4  -4.087  -3.026   4.268
    9   HG23  VAL   4          HG23      VAL   4  -2.724  -3.261   5.360

  No H/Q in entry =           9
  In of MODEL   29
    1    H    TYR   5           H        TYR   5  -3.140   1.673   5.609
    2    HA   TYR   5           HA       TYR   5  -5.138   1.447   7.691
    3    HB2  TYR   5           HB2      TYR   5  -2.785   3.333   7.926
    4    HB3  TYR   5           HB3      TYR   5  -4.304   3.604   8.769
    5    HD1  TYR   5           HD1      TYR   5  -1.169   2.809   9.480
    6    HD2  TYR   5           HD2      TYR   5  -4.993   0.962   9.832
    7    HE1  TYR   5           HE1      TYR   5  -0.331   1.440  11.346
    8    HE2  TYR   5           HE2      TYR   5  -4.154  -0.424  11.701
    9    HH   TYR   5           HH       TYR   5  -1.066   0.179  13.172

  No H/Q in entry =           9
  In of MODEL   29
    1    H    SER   6           H        SER   6  -6.192   3.790   7.877
    2    HA   SER   6           HA       SER   6  -5.945   5.205   5.306
    3    HB2  SER   6           HB2      SER   6  -8.528   4.624   6.793
    4    HB3  SER   6           HB3      SER   6  -8.377   5.571   5.308
    5    HG   SER   6           HG       SER   6  -7.303   3.000   5.287

  No H/Q in entry =           5
  In of MODEL   29
    1    H    ARG   7           H        ARG   7  -6.600   7.460   5.417
    2    HA   ARG   7           HA       ARG   7  -5.814   8.641   7.949
    3    HB2  ARG   7           HB2      ARG   7  -5.356   9.342   5.353
    4    HB3  ARG   7           HB3      ARG   7  -6.678  10.433   5.769
    5    HG2  ARG   7           HG2      ARG   7  -4.260  10.175   7.530
    6    HG3  ARG   7           HG3      ARG   7  -4.258  11.233   6.119
    7    HD2  ARG   7           HD2      ARG   7  -6.417  11.398   8.198
    8    HD3  ARG   7           HD3      ARG   7  -4.880  12.238   8.403
    9    HE   ARG   7           HE       ARG   7  -5.677  13.001   5.933
   10   HH11  ARG   7          HH11      ARG   7  -7.324  12.979   9.017
   11   HH12  ARG   7          HH12      ARG   7  -8.210  14.437   8.703
   12   HH21  ARG   7          HH21      ARG   7  -6.795  14.943   5.524
   13   HH22  ARG   7          HH22      ARG   7  -7.886  15.574   6.726

  No H/Q in entry =          13
  In of MODEL   29
    1    H    HIS   8           H        HIS   8  -8.702   7.727   6.533
    2    HA   HIS   8           HA       HIS   8 -10.226   9.551   8.253
    3    HB2  HIS   8           HB2      HIS   8 -10.895   8.764   5.405
    4    HB3  HIS   8           HB3      HIS   8 -11.981   9.633   6.479
    5    HD2  HIS   8           HD2      HIS   8 -10.716  12.187   7.374
    6    HE1  HIS   8           HE1      HIS   8  -8.848  12.540   3.595
    7    HE2  HIS   8           HE2      HIS   8  -9.709  13.806   5.615

  No H/Q in entry =           7
  In of MODEL   29
    1    HA   PRO   9           HA       PRO   9 -12.536   5.890   9.423
    2    HB2  PRO   9           HB2      PRO   9 -15.044   7.401   9.270
    3    HB3  PRO   9           HB3      PRO   9 -14.241   6.703  10.686
    4    HG2  PRO   9           HG2      PRO   9 -14.361   9.381  10.274
    5    HG3  PRO   9           HG3      PRO   9 -12.954   8.608  11.039
    6    HD2  PRO   9           HD2      PRO   9 -13.314   9.516   8.201
    7    HD3  PRO   9           HD3      PRO   9 -11.910   9.747   9.274

  No H/Q in entry =           7
  In of MODEL   29
    1    H    ALA  10           H        ALA  10 -13.446   4.224   8.326
    2    HA   ALA  10           HA       ALA  10 -13.873   4.368   5.558
    3    HB1  ALA  10           HB1      ALA  10 -14.587   2.046   5.726
    4    HB2  ALA  10           HB2      ALA  10 -13.158   2.332   6.718
    5    HB3  ALA  10           HB3      ALA  10 -14.745   2.207   7.474

  No H/Q in entry =           5
  In of MODEL   29
    1    H    GLU  11           H        GLU  11 -15.544   5.702   4.809
    2    HA   GLU  11           HA       GLU  11 -18.244   4.933   5.760
    3    HB2  GLU  11           HB2      GLU  11 -17.044   7.530   5.318
    4    HB3  GLU  11           HB3      GLU  11 -18.421   7.331   4.251
    5    HG2  GLU  11           HG2      GLU  11 -18.918   8.454   6.388
    6    HG3  GLU  11           HG3      GLU  11 -19.901   7.030   6.087

  No H/Q in entry =           6
  In of MODEL   29
    1    H    ASN  12           H        ASN  12 -18.837   3.309   4.354
    2    HA   ASN  12           HA       ASN  12 -18.268   2.894   1.740
    3    HB2  ASN  12           HB2      ASN  12 -19.559   1.275   2.907
    4    HB3  ASN  12           HB3      ASN  12 -20.837   2.419   3.288
    5   HD21  ASN  12          HD21      ASN  12 -22.401   1.062   2.443
    6   HD22  ASN  12          HD22      ASN  12 -22.590   0.802   0.739

  No H/Q in entry =           6
  In of MODEL   29
    1    H    GLY  13           H        GLY  13 -18.177   4.301   0.175
    2    HA2  GLY  13           HA2      GLY  13 -20.537   6.012  -0.382
    3    HA3  GLY  13           HA3      GLY  13 -19.542   5.278  -1.624

  No H/Q in entry =           3
  In of MODEL   29
    1    H    LYS  14           H        LYS  14 -17.527   6.376   0.825
    2    HA   LYS  14           HA       LYS  14 -17.255   9.054  -0.384
    3    HB2  LYS  14           HB2      LYS  14 -15.679   7.917   1.925
    4    HB3  LYS  14           HB3      LYS  14 -15.795   9.595   1.445
    5    HG2  LYS  14           HG2      LYS  14 -18.210   8.092   2.383
    6    HG3  LYS  14           HG3      LYS  14 -17.041   8.765   3.507
    7    HD2  LYS  14           HD2      LYS  14 -18.872  10.277   3.240
    8    HD3  LYS  14           HD3      LYS  14 -17.401  10.998   2.593
    9    HE2  LYS  14           HE2      LYS  14 -19.149  11.510   1.087
   10    HE3  LYS  14           HE3      LYS  14 -18.169  10.264   0.323
   11    HZ1  LYS  14           HZ1      LYS  14 -20.650   9.673   1.834
   12    HZ2  LYS  14           HZ2      LYS  14 -20.636   9.959   0.164
   13    HZ3  LYS  14           HZ3      LYS  14 -19.797   8.633   0.807

  No H/Q in entry =          13
  In of MODEL   29
    1    H    SER  15           H        SER  15 -15.305   9.783  -1.281
    2    HA   SER  15           HA       SER  15 -13.288   7.724  -1.736
    3    HB2  SER  15           HB2      SER  15 -12.306   9.743  -3.163
    4    HB3  SER  15           HB3      SER  15 -13.557   8.667  -3.799
    5    HG   SER  15           HG       SER  15 -13.887  11.244  -2.638

  No H/Q in entry =           5
  In of MODEL   29
    1    H    ASN  16           H        ASN  16 -11.228   7.920  -1.066
    2    HA   ASN  16           HA       ASN  16 -10.308  10.088   0.610
    3    HB2  ASN  16           HB2      ASN  16 -10.533   7.334   1.856
    4    HB3  ASN  16           HB3      ASN  16 -10.011   8.816   2.633
    5   HD21  ASN  16          HD21      ASN  16 -11.476   9.969   3.729
    6   HD22  ASN  16          HD22      ASN  16 -13.181   9.649   3.730

  No H/Q in entry =           6
  In of MODEL   29
    1    H    PHE  17           H        PHE  17  -8.221   8.413   1.829
    2    HA   PHE  17           HA       PHE  17  -6.867   7.492  -0.620
    3    HB2  PHE  17           HB2      PHE  17  -5.770   9.219   1.600
    4    HB3  PHE  17           HB3      PHE  17  -4.734   8.367   0.460
    5    HD1  PHE  17           HD1      PHE  17  -6.264   8.695  -2.032
    6    HD2  PHE  17           HD2      PHE  17  -5.434  11.476   1.080
    7    HE1  PHE  17           HE1      PHE  17  -6.467  10.548  -3.641
    8    HE2  PHE  17           HE2      PHE  17  -5.646  13.331  -0.519
    9    HZ   PHE  17           HZ       PHE  17  -6.163  12.869  -2.884

  No H/Q in entry =           9
  In of MODEL   29
    1    H    LEU  18           H        LEU  18  -5.844   5.564  -0.518
    2    HA   LEU  18           HA       LEU  18  -5.935   4.111   2.023
    3    HB2  LEU  18           HB2      LEU  18  -6.714   2.821   0.182
    4    HB3  LEU  18           HB3      LEU  18  -5.340   3.274  -0.806
    5    HG   LEU  18           HG       LEU  18  -3.857   1.831   0.507
    6   HD11  LEU  18          HD11      LEU  18  -6.304   1.166   2.150
    7   HD12  LEU  18          HD12      LEU  18  -4.755   0.334   2.230
    8   HD13  LEU  18          HD13      LEU  18  -4.866   2.025   2.711
    9   HD21  LEU  18          HD21      LEU  18  -6.403   0.460  -0.347
   10   HD22  LEU  18          HD22      LEU  18  -5.004   0.816  -1.359
   11   HD23  LEU  18          HD23      LEU  18  -4.866  -0.346  -0.042

  No H/Q in entry =          11
  In of MODEL   29
    1    H    ASN  19           H        ASN  19  -4.253   3.851   3.299
    2    HA   ASN  19           HA       ASN  19  -1.634   4.811   2.324
    3    HB2  ASN  19           HB2      ASN  19  -1.952   6.251   4.086
    4    HB3  ASN  19           HB3      ASN  19  -3.014   5.138   4.950
    5   HD21  ASN  19          HD21      ASN  19  -2.103   3.649   6.377
    6   HD22  ASN  19          HD22      ASN  19  -0.471   3.779   6.922

  No H/Q in entry =           6
  In of MODEL   29
    1    H    CYS  20           H        CYS  20  -0.199   3.294   1.884
    2    HA   CYS  20           HA       CYS  20  -0.171   0.857   3.540
    3    HB2  CYS  20           HB2      CYS  20  -0.465   0.201   1.270
    4    HB3  CYS  20           HB3      CYS  20   0.675   1.414   0.673

  No H/Q in entry =           4
  In of MODEL   29
    1    H    TYR  21           H        TYR  21   1.350   1.019   5.072
    2    HA   TYR  21           HA       TYR  21   3.603   2.842   4.607
    3    HB2  TYR  21           HB2      TYR  21   2.664   3.594   6.562
    4    HB3  TYR  21           HB3      TYR  21   2.093   2.019   7.043
    5    HD1  TYR  21           HD1      TYR  21   3.340   0.697   8.588
    6    HD2  TYR  21           HD2      TYR  21   5.008   4.259   6.980
    7    HE1  TYR  21           HE1      TYR  21   5.105   0.634  10.298
    8    HE2  TYR  21           HE2      TYR  21   6.778   4.215   8.684
    9    HH   TYR  21           HH       TYR  21   7.179   3.288  10.891

  No H/Q in entry =           9
  In of MODEL   29
    1    H    VAL  22           H        VAL  22   5.267   1.874   3.702
    2    HA   VAL  22           HA       VAL  22   6.032  -0.834   4.495
    3    HB   VAL  22           HB       VAL  22   7.117   0.891   2.239
    4   HG11  VAL  22          HG11      VAL  22   8.577  -0.982   2.955
    5   HG12  VAL  22          HG12      VAL  22   7.263  -2.103   2.580
    6   HG13  VAL  22          HG13      VAL  22   7.993  -1.134   1.292
    7   HG21  VAL  22          HG21      VAL  22   4.937  -1.191   2.158
    8   HG22  VAL  22          HG22      VAL  22   4.746   0.544   1.898
    9   HG23  VAL  22          HG23      VAL  22   5.670  -0.424   0.749

  No H/Q in entry =           9
  In of MODEL   29
    1    H    SER  23           H        SER  23   7.743  -1.164   5.718
    2    HA   SER  23           HA       SER  23   9.172   0.959   6.948
    3    HB2  SER  23           HB2      SER  23   8.590  -0.987   8.191
    4    HB3  SER  23           HB3      SER  23   9.515  -2.031   7.102
    5    HG   SER  23           HG       SER  23  10.334  -0.681   9.285

  No H/Q in entry =           5
  In of MODEL   29
    1    H    GLY  24           H        GLY  24  11.947  -0.477   6.950
    2    HA2  GLY  24           HA2      GLY  24  13.683   0.967   6.377
    3    HA3  GLY  24           HA3      GLY  24  12.659   1.733   5.172

  No H/Q in entry =           3
  In of MODEL   29
    1    H    PHE  25           H        PHE  25  11.926   0.050   3.469
    2    HA   PHE  25           HA       PHE  25  14.215  -1.505   2.505
    3    HB2  PHE  25           HB2      PHE  25  11.433  -1.068   1.399
    4    HB3  PHE  25           HB3      PHE  25  12.636  -2.131   0.685
    5    HD1  PHE  25           HD1      PHE  25  12.779  -4.394   1.360
    6    HD2  PHE  25           HD2      PHE  25  10.569  -1.631   3.744
    7    HE1  PHE  25           HE1      PHE  25  11.859  -6.271   2.692
    8    HE2  PHE  25           HE2      PHE  25   9.661  -3.497   5.082
    9    HZ   PHE  25           HZ       PHE  25  10.284  -5.808   4.522

  No H/Q in entry =           9
  In of MODEL   29
    1    H    HIS  26           H        HIS  26  15.245  -0.846   0.463
    2    HA   HIS  26           HA       HIS  26  15.400   1.990   0.247
    3    HB2  HIS  26           HB2      HIS  26  16.684   1.380  -1.951
    4    HB3  HIS  26           HB3      HIS  26  17.399   1.053  -0.397
    5    HD2  HIS  26           HD2      HIS  26  14.820  -1.421  -1.970
    6    HE1  HIS  26           HE1      HIS  26  18.652  -3.207  -1.891
    7    HE2  HIS  26           HE2      HIS  26  16.227  -3.519  -2.542

  No H/Q in entry =           7
  In of MODEL   29
    1    HA   PRO  27           HA       PRO  27  11.752   2.641  -2.196
    2    HB2  PRO  27           HB2      PRO  27  13.172   5.204  -2.740
    3    HB3  PRO  27           HB3      PRO  27  11.524   4.940  -2.152
    4    HG2  PRO  27           HG2      PRO  27  13.443   5.761  -0.493
    5    HG3  PRO  27           HG3      PRO  27  12.218   4.574   0.049
    6    HD2  PRO  27           HD2      PRO  27  15.081   4.160  -0.774
    7    HD3  PRO  27           HD3      PRO  27  14.152   3.370   0.520

  No H/Q in entry =           7
  In of MODEL   29
    1    H    SER  28           H        SER  28  14.924   2.381  -3.283
    2    HA   SER  28           HA       SER  28  14.289   2.913  -6.061
    3    HB2  SER  28           HB2      SER  28  16.383   3.810  -5.283
    4    HB3  SER  28           HB3      SER  28  16.894   2.235  -4.681
    5    HG   SER  28           HG       SER  28  16.587   3.091  -7.358

  No H/Q in entry =           5
  In of MODEL   29
    1    H    ASP  29           H        ASP  29  15.169   0.083  -3.975
    2    HA   ASP  29           HA       ASP  29  14.673  -1.557  -6.402
    3    HB2  ASP  29           HB2      ASP  29  16.385  -2.298  -4.023
    4    HB3  ASP  29           HB3      ASP  29  16.004  -3.357  -5.373

  No H/Q in entry =           4
  In of MODEL   29
    1    H    ILE  30           H        ILE  30  12.452  -0.741  -4.807
    2    HA   ILE  30           HA       ILE  30  11.595  -3.453  -4.094
    3    HB   ILE  30           HB       ILE  30  10.620  -2.943  -2.096
    4   HG12  ILE  30          HG12      ILE  30  10.401  -0.025  -2.896
    5   HG13  ILE  30          HG13      ILE  30   9.111  -1.219  -2.942
    6   HG21  ILE  30          HG21      ILE  30  12.851  -0.948  -2.223
    7   HG22  ILE  30          HG22      ILE  30  12.018  -1.407  -0.737
    8   HG23  ILE  30          HG23      ILE  30  12.920  -2.614  -1.653
    9   HD11  ILE  30          HD11      ILE  30   9.389  -1.455  -0.450
   10   HD12  ILE  30          HD12      ILE  30  10.447  -0.042  -0.533
   11   HD13  ILE  30          HD13      ILE  30   8.764   0.093  -1.020

  No H/Q in entry =          11
  In of MODEL   29
    1    H    GLU  31           H        GLU  31   9.208  -3.632  -4.133
    2    HA   GLU  31           HA       GLU  31   8.009  -1.730  -5.988
    3    HB2  GLU  31           HB2      GLU  31   9.119  -4.057  -6.694
    4    HB3  GLU  31           HB3      GLU  31   7.490  -4.591  -6.394
    5    HG2  GLU  31           HG2      GLU  31   6.704  -2.882  -8.042
    6    HG3  GLU  31           HG3      GLU  31   8.400  -2.461  -8.342

  No H/Q in entry =           6
  In of MODEL   29
    1    H    VAL  32           H        VAL  32   6.586  -0.945  -4.553
    2    HA   VAL  32           HA       VAL  32   4.747  -2.810  -3.240
    3    HB   VAL  32           HB       VAL  32   5.407  -1.687  -1.370
    4   HG11  VAL  32          HG11      VAL  32   7.254  -0.600  -2.519
    5   HG12  VAL  32          HG12      VAL  32   6.171   0.685  -3.050
    6   HG13  VAL  32          HG13      VAL  32   6.509   0.468  -1.330
    7   HG21  VAL  32          HG21      VAL  32   3.659   0.457  -2.564
    8   HG22  VAL  32          HG22      VAL  32   3.120  -0.919  -1.602
    9   HG23  VAL  32          HG23      VAL  32   4.115   0.337  -0.865

  No H/Q in entry =           9
  In of MODEL   29
    1    H    ASP  33           H        ASP  33   2.610  -2.677  -3.727
    2    HA   ASP  33           HA       ASP  33   1.678  -0.371  -5.294
    3    HB2  ASP  33           HB2      ASP  33   1.348  -3.297  -6.077
    4    HB3  ASP  33           HB3      ASP  33   0.364  -2.000  -6.749

  No H/Q in entry =           4
  In of MODEL   29
    1    H    LEU  34           H        LEU  34  -0.739  -0.377  -5.432
    2    HA   LEU  34           HA       LEU  34  -1.877  -1.387  -2.912
    3    HB2  LEU  34           HB2      LEU  34  -2.355   1.125  -4.454
    4    HB3  LEU  34           HB3      LEU  34  -3.692   0.450  -3.544
    5    HG   LEU  34           HG       LEU  34  -2.263   0.549  -1.480
    6   HD11  LEU  34          HD11      LEU  34  -0.404   2.088  -3.276
    7   HD12  LEU  34          HD12      LEU  34  -0.304   2.025  -1.516
    8   HD13  LEU  34          HD13      LEU  34  -0.068   0.557  -2.461
    9   HD21  LEU  34          HD21      LEU  34  -3.906   2.286  -1.989
   10   HD22  LEU  34          HD22      LEU  34  -2.503   2.927  -1.134
   11   HD23  LEU  34          HD23      LEU  34  -2.672   3.185  -2.870

  No H/Q in entry =          11
  In of MODEL   29
    1    H    LEU  35           H        LEU  35  -3.500  -2.802  -3.008
    2    HA   LEU  35           HA       LEU  35  -4.451  -3.579  -5.688
    3    HB2  LEU  35           HB2      LEU  35  -3.892  -5.415  -3.359
    4    HB3  LEU  35           HB3      LEU  35  -4.426  -5.879  -4.952
    5    HG   LEU  35           HG       LEU  35  -1.705  -5.025  -4.051
    6   HD11  LEU  35          HD11      LEU  35  -2.822  -7.298  -5.699
    7   HD12  LEU  35          HD12      LEU  35  -1.112  -7.060  -5.368
    8   HD13  LEU  35          HD13      LEU  35  -2.233  -7.394  -4.038
    9   HD21  LEU  35          HD21      LEU  35  -2.269  -3.627  -6.043
   10   HD22  LEU  35          HD22      LEU  35  -0.949  -4.765  -6.318
   11   HD23  LEU  35          HD23      LEU  35  -2.557  -5.111  -6.945

  No H/Q in entry =          11
  In of MODEL   29
    1    H    LYS  36           H        LYS  36  -6.341  -4.974  -5.674
    2    HA   LYS  36           HA       LYS  36  -8.127  -4.773  -3.351
    3    HB2  LYS  36           HB2      LYS  36  -9.210  -5.283  -6.097
    4    HB3  LYS  36           HB3      LYS  36  -9.995  -4.486  -4.719
    5    HG2  LYS  36           HG2      LYS  36  -8.640  -2.509  -5.119
    6    HG3  LYS  36           HG3      LYS  36  -7.798  -3.309  -6.440
    7    HD2  LYS  36           HD2      LYS  36  -9.552  -1.727  -7.228
    8    HD3  LYS  36           HD3      LYS  36  -9.798  -3.386  -7.792
    9    HE2  LYS  36           HE2      LYS  36 -11.901  -2.209  -7.045
   10    HE3  LYS  36           HE3      LYS  36 -11.590  -3.707  -6.164
   11    HZ1  LYS  36           HZ1      LYS  36 -10.617  -2.318  -4.380
   12    HZ2  LYS  36           HZ2      LYS  36 -11.089  -0.936  -5.238
   13    HZ3  LYS  36           HZ3      LYS  36 -12.257  -2.006  -4.656

  No H/Q in entry =          13
  In of MODEL   29
    1    H    ASN  37           H        ASN  37  -7.972  -6.857  -2.464
    2    HA   ASN  37           HA       ASN  37  -7.819  -9.159  -2.396
    3    HB2  ASN  37           HB2      ASN  37  -9.567  -9.067  -4.839
    4    HB3  ASN  37           HB3      ASN  37  -9.645 -10.251  -3.559
    5   HD21  ASN  37          HD21      ASN  37 -10.357  -7.045  -4.625
    6   HD22  ASN  37          HD22      ASN  37 -11.563  -6.669  -3.458

  No H/Q in entry =           6
  In of MODEL   29
    1    H    GLY  38           H        GLY  38  -5.625  -8.106  -3.694
    2    HA2  GLY  38           HA2      GLY  38  -4.853 -10.275  -5.399
    3    HA3  GLY  38           HA3      GLY  38  -3.847  -8.909  -4.961

  No H/Q in entry =           3
  In of MODEL   29
    1    H    GLU  39           H        GLU  39  -5.907  -6.973  -6.068
    2    HA   GLU  39           HA       GLU  39  -5.321  -7.431  -8.902
    3    HB2  GLU  39           HB2      GLU  39  -7.689  -8.033  -8.394
    4    HB3  GLU  39           HB3      GLU  39  -7.950  -6.406  -7.823
    5    HG2  GLU  39           HG2      GLU  39  -6.937  -6.597 -10.551
    6    HG3  GLU  39           HG3      GLU  39  -8.575  -7.192 -10.310

  No H/Q in entry =           6
  In of MODEL   29
    1    H    ARG  40           H        ARG  40  -4.131  -5.845  -9.642
    2    HA   ARG  40           HA       ARG  40  -3.357  -3.614  -8.173
    3    HB2  ARG  40           HB2      ARG  40  -2.399  -4.857 -10.366
    4    HB3  ARG  40           HB3      ARG  40  -3.157  -3.478 -11.145
    5    HG2  ARG  40           HG2      ARG  40  -1.776  -1.943  -9.888
    6    HG3  ARG  40           HG3      ARG  40  -1.112  -3.276  -8.951
    7    HD2  ARG  40           HD2      ARG  40  -0.806  -3.135 -11.957
    8    HD3  ARG  40           HD3      ARG  40   0.358  -2.426 -10.826
    9    HE   ARG  40           HE       ARG  40  -0.277  -5.301 -11.020
   10   HH11  ARG  40          HH11      ARG  40   1.877  -2.671 -10.181
   11   HH12  ARG  40          HH12      ARG  40   3.165  -3.721  -9.680
   12   HH21  ARG  40          HH21      ARG  40   1.455  -6.688 -10.410
   13   HH22  ARG  40          HH22      ARG  40   2.943  -5.988  -9.840

  No H/Q in entry =          13
  In of MODEL   29
    1    H    ILE  41           H        ILE  41  -4.441  -1.884  -7.626
    2    HA   ILE  41           HA       ILE  41  -6.919  -1.104  -8.635
    3    HB   ILE  41           HB       ILE  41  -4.911   0.504  -7.052
    4   HG12  ILE  41          HG12      ILE  41  -7.288  -1.131  -6.152
    5   HG13  ILE  41          HG13      ILE  41  -5.609  -1.651  -6.027
    6   HG21  ILE  41          HG21      ILE  41  -6.575   1.969  -8.088
    7   HG22  ILE  41          HG22      ILE  41  -7.870   0.967  -7.440
    8   HG23  ILE  41          HG23      ILE  41  -6.824   1.871  -6.346
    9   HD11  ILE  41          HD11      ILE  41  -6.537   0.866  -4.713
   10   HD12  ILE  41          HD12      ILE  41  -6.776  -0.718  -3.969
   11   HD13  ILE  41          HD13      ILE  41  -5.141  -0.161  -4.344

  No H/Q in entry =          11
  In of MODEL   29
    1    H    GLU  42           H        GLU  42  -4.202   1.169  -8.708
    2    HA   GLU  42           HA       GLU  42  -2.878   1.216 -10.865
    3    HB2  GLU  42           HB2      GLU  42  -5.606   1.928 -11.969
    4    HB3  GLU  42           HB3      GLU  42  -4.096   2.292 -12.785
    5    HG2  GLU  42           HG2      GLU  42  -3.615  -0.210 -12.666
    6    HG3  GLU  42           HG3      GLU  42  -5.326  -0.381 -12.247

  No H/Q in entry =           6
  In of MODEL   29
    1    H    LYS  43           H        LYS  43  -5.294   3.277  -9.293
    2    HA   LYS  43           HA       LYS  43  -4.172   5.693 -10.416
    3    HB2  LYS  43           HB2      LYS  43  -6.157   5.485  -8.149
    4    HB3  LYS  43           HB3      LYS  43  -5.901   6.840  -9.233
    5    HG2  LYS  43           HG2      LYS  43  -7.247   4.210  -9.868
    6    HG3  LYS  43           HG3      LYS  43  -7.959   5.820  -9.848
    7    HD2  LYS  43           HD2      LYS  43  -5.846   4.858 -11.775
    8    HD3  LYS  43           HD3      LYS  43  -7.562   5.046 -12.134
    9    HE2  LYS  43           HE2      LYS  43  -7.345   7.464 -11.556
   10    HE3  LYS  43           HE3      LYS  43  -5.608   7.219 -11.401
   11    HZ1  LYS  43           HZ1      LYS  43  -7.118   6.625 -13.884
   12    HZ2  LYS  43           HZ2      LYS  43  -6.357   8.114 -13.582
   13    HZ3  LYS  43           HZ3      LYS  43  -5.432   6.695 -13.686

  No H/Q in entry =          13
  In of MODEL   29
    1    H    VAL  44           H        VAL  44  -2.051   4.633  -9.283
    2    HA   VAL  44           HA       VAL  44  -1.841   5.834  -6.621
    3    HB   VAL  44           HB       VAL  44  -1.852   3.111  -7.006
    4   HG11  VAL  44          HG11      VAL  44   1.018   3.978  -6.900
    5   HG12  VAL  44          HG12      VAL  44   0.448   2.334  -6.608
    6   HG13  VAL  44          HG13      VAL  44   0.240   3.071  -8.197
    7   HG21  VAL  44          HG21      VAL  44  -2.121   4.252  -4.887
    8   HG22  VAL  44          HG22      VAL  44  -0.942   2.949  -4.754
    9   HG23  VAL  44          HG23      VAL  44  -0.397   4.625  -4.854

  No H/Q in entry =           9
  In of MODEL   29
    1    H    GLU  45           H        GLU  45  -0.081   7.053  -6.335
    2    HA   GLU  45           HA       GLU  45   2.155   6.832  -8.224
    3    HB2  GLU  45           HB2      GLU  45   0.389   9.211  -7.885
    4    HB3  GLU  45           HB3      GLU  45   2.100   9.471  -8.199
    5    HG2  GLU  45           HG2      GLU  45   0.204   7.898  -9.927
    6    HG3  GLU  45           HG3      GLU  45   0.813   9.521 -10.254

  No H/Q in entry =           6
  In of MODEL   29
    1    H    HIS  46           H        HIS  46   3.797   6.347  -6.824
    2    HA   HIS  46           HA       HIS  46   4.797   8.736  -5.538
    3    HB2  HIS  46           HB2      HIS  46   3.666   7.552  -3.678
    4    HB3  HIS  46           HB3      HIS  46   4.625   6.123  -4.022
    5    HD2  HIS  46           HD2      HIS  46   5.388   9.856  -2.884
    6    HE1  HIS  46           HE1      HIS  46   8.325   7.210  -1.376
    7    HE2  HIS  46           HE2      HIS  46   7.445   9.584  -1.315

  No H/Q in entry =           7
  In of MODEL   29
    1    H    SER  47           H        SER  47   6.925   8.929  -5.852
    2    HA   SER  47           HA       SER  47   8.602   6.577  -6.066
    3    HB2  SER  47           HB2      SER  47   9.632   7.409  -8.234
    4    HB3  SER  47           HB3      SER  47   8.014   6.721  -8.375
    5    HG   SER  47           HG       SER  47   7.157   8.764  -8.553

  No H/Q in entry =           5
  In of MODEL   29
    1    H    ASP  48           H        ASP  48  10.364   6.993  -4.831
    2    HA   ASP  48           HA       ASP  48  11.492   9.671  -4.890
    3    HB2  ASP  48           HB2      ASP  48   9.690   9.316  -2.968
    4    HB3  ASP  48           HB3      ASP  48  11.061   8.555  -2.162

  No H/Q in entry =           4
  In of MODEL   29
    1    H    LEU  49           H        LEU  49  13.489   9.765  -3.560
    2    HA   LEU  49           HA       LEU  49  15.676   9.197  -3.438
    3    HB2  LEU  49           HB2      LEU  49  14.393   6.653  -2.433
    4    HB3  LEU  49           HB3      LEU  49  16.114   7.005  -2.305
    5    HG   LEU  49           HG       LEU  49  15.068   9.231  -1.127
    6   HD11  LEU  49          HD11      LEU  49  12.742   8.468  -1.283
    7   HD12  LEU  49          HD12      LEU  49  13.162   7.015  -0.380
    8   HD13  LEU  49          HD13      LEU  49  13.269   8.591   0.396
    9   HD21  LEU  49          HD21      LEU  49  15.684   6.614   0.253
   10   HD22  LEU  49          HD22      LEU  49  16.819   7.922  -0.107
   11   HD23  LEU  49          HD23      LEU  49  15.521   8.172   1.058

  No H/Q in entry =          11
  In of MODEL   29
    1    H    SER  50           H        SER  50  17.315   8.545  -4.578
    2    HA   SER  50           HA       SER  50  16.774   6.959  -6.966
    3    HB2  SER  50           HB2      SER  50  19.103   7.793  -7.603
    4    HB3  SER  50           HB3      SER  50  17.847   9.023  -7.458
    5    HG   SER  50           HG       SER  50  18.957   9.914  -5.922

  No H/Q in entry =           5
  In of MODEL   29
    1    H    PHE  51           H        PHE  51  18.881   7.060  -4.151
    2    HA   PHE  51           HA       PHE  51  19.155   4.161  -4.334
    3    HB2  PHE  51           HB2      PHE  51  21.201   5.064  -5.372
    4    HB3  PHE  51           HB3      PHE  51  21.507   6.030  -3.933
    5    HD1  PHE  51           HD1      PHE  51  22.862   5.192  -2.266
    6    HD2  PHE  51           HD2      PHE  51  21.042   2.496  -5.009
    7    HE1  PHE  51           HE1      PHE  51  24.142   3.331  -1.286
    8    HE2  PHE  51           HE2      PHE  51  22.319   0.634  -4.038
    9    HZ   PHE  51           HZ       PHE  51  23.871   1.049  -2.173

  No H/Q in entry =           9
  In of MODEL   29
    1    H    SER  52           H        SER  52  19.497   3.152  -2.305
    2    HA   SER  52           HA       SER  52  19.796   4.651   0.100
    3    HB2  SER  52           HB2      SER  52  17.402   5.141  -0.493
    4    HB3  SER  52           HB3      SER  52  17.073   3.412  -0.401
    5    HG   SER  52           HG       SER  52  17.416   5.257   1.609

  No H/Q in entry =           5
  In of MODEL   29
    1    H    LYS  53           H        LYS  53  19.510   3.154   2.016
    2    HA   LYS  53           HA       LYS  53  19.824   0.315   1.302
    3    HB2  LYS  53           HB2      LYS  53  21.445   1.726   3.436
    4    HB3  LYS  53           HB3      LYS  53  21.569   0.039   2.974
    5    HG2  LYS  53           HG2      LYS  53  23.370   0.834   1.872
    6    HG3  LYS  53           HG3      LYS  53  22.157   1.131   0.624
    7    HD2  LYS  53           HD2      LYS  53  22.211   3.386   0.919
    8    HD3  LYS  53           HD3      LYS  53  22.563   3.260   2.646
    9    HE2  LYS  53           HE2      LYS  53  24.507   2.749   0.396
   10    HE3  LYS  53           HE3      LYS  53  24.457   4.190   1.412
   11    HZ1  LYS  53           HZ1      LYS  53  24.812   2.645   3.345
   12    HZ2  LYS  53           HZ2      LYS  53  25.144   1.420   2.220
   13    HZ3  LYS  53           HZ3      LYS  53  26.129   2.797   2.285

  No H/Q in entry =          13
  In of MODEL   29
    1    H    ASP  54           H        ASP  54  20.412   0.037   4.323
    2    HA   ASP  54           HA       ASP  54  17.711  -0.242   5.246
    3    HB2  ASP  54           HB2      ASP  54  18.727  -1.043   7.309
    4    HB3  ASP  54           HB3      ASP  54  19.562  -1.761   5.935

  No H/Q in entry =           4
  In of MODEL   29
    1    H    TRP  55           H        TRP  55  18.474   2.418   4.468
    2    HA   TRP  55           HA       TRP  55  18.333   3.857   7.021
    3    HB2  TRP  55           HB2      TRP  55  20.235   4.790   6.139
    4    HB3  TRP  55           HB3      TRP  55  19.777   4.419   4.481
    5    HD1  TRP  55           HD1      TRP  55  18.559   6.921   7.250
    6    HE1  TRP  55           HE1      TRP  55  17.967   9.124   6.070
    7    HE3  TRP  55           HE3      TRP  55  19.610   5.599   2.361
    8    HZ2  TRP  55           HZ2      TRP  55  17.989  10.196   3.467
    9    HZ3  TRP  55           HZ3      TRP  55  19.297   7.291   0.616
   10    HH2  TRP  55           HH2      TRP  55  18.507   9.541   1.147

  No H/Q in entry =          10
  In of MODEL   29
    1    H    SER  56           H        SER  56  16.791   3.093   4.067
    2    HA   SER  56           HA       SER  56  15.164   5.217   3.500
    3    HB2  SER  56           HB2      SER  56  15.256   3.108   2.206
    4    HB3  SER  56           HB3      SER  56  14.370   2.295   3.497
    5    HG   SER  56           HG       SER  56  12.836   2.877   2.072

  No H/Q in entry =           5
  In of MODEL   29
    1    H    PHE  57           H        PHE  57  13.021   5.937   4.308
    2    HA   PHE  57           HA       PHE  57  12.709   5.144   7.092
    3    HB2  PHE  57           HB2      PHE  57  11.651   7.487   7.237
    4    HB3  PHE  57           HB3      PHE  57  13.398   7.394   7.045
    5    HD1  PHE  57           HD1      PHE  57  14.426   7.916   4.850
    6    HD2  PHE  57           HD2      PHE  57  10.271   8.491   5.578
    7    HE1  PHE  57           HE1      PHE  57  14.288   9.378   2.876
    8    HE2  PHE  57           HE2      PHE  57  10.125   9.958   3.606
    9    HZ   PHE  57           HZ       PHE  57  12.134  10.401   2.255

  No H/Q in entry =           9
  In of MODEL   29
    1    H    TYR  58           H        TYR  58  10.248   6.896   6.980
    2    HA   TYR  58           HA       TYR  58   8.210   5.011   6.593
    3    HB2  TYR  58           HB2      TYR  58   8.076   7.072   7.967
    4    HB3  TYR  58           HB3      TYR  58   8.186   8.061   6.523
    5    HD1  TYR  58           HD1      TYR  58   6.239   8.058   4.885
    6    HD2  TYR  58           HD2      TYR  58   5.963   6.249   8.733
    7    HE1  TYR  58           HE1      TYR  58   3.765   8.126   4.737
    8    HE2  TYR  58           HE2      TYR  58   3.495   6.305   8.591
    9    HH   TYR  58           HH       TYR  58   1.825   6.842   5.757

  No H/Q in entry =           9
  In of MODEL   29
    1    H    LEU  59           H        LEU  59   7.876   4.037   4.622
    2    HA   LEU  59           HA       LEU  59   7.838   5.687   2.175
    3    HB2  LEU  59           HB2      LEU  59   8.479   2.891   2.830
    4    HB3  LEU  59           HB3      LEU  59   7.456   3.054   1.422
    5    HG   LEU  59           HG       LEU  59  10.120   4.476   1.665
    6   HD11  LEU  59          HD11      LEU  59   9.489   1.733   0.602
    7   HD12  LEU  59          HD12      LEU  59  10.942   2.632   0.176
    8   HD13  LEU  59          HD13      LEU  59  10.648   2.173   1.853
    9   HD21  LEU  59          HD21      LEU  59   8.154   3.959  -0.549
   10   HD22  LEU  59          HD22      LEU  59   8.869   5.492  -0.039
   11   HD23  LEU  59          HD23      LEU  59   9.846   4.297  -0.886

  No H/Q in entry =          11
  In of MODEL   29
    1    H    LEU  60           H        LEU  60   5.851   6.303   1.415
    2    HA   LEU  60           HA       LEU  60   3.573   4.492   1.768
    3    HB2  LEU  60           HB2      LEU  60   3.215   6.009   3.506
    4    HB3  LEU  60           HB3      LEU  60   3.800   7.361   2.562
    5    HG   LEU  60           HG       LEU  60   1.739   7.194   1.162
    6   HD11  LEU  60          HD11      LEU  60   0.931   5.219   3.285
    7   HD12  LEU  60          HD12      LEU  60  -0.155   5.933   2.093
    8   HD13  LEU  60          HD13      LEU  60   1.166   4.889   1.568
    9   HD21  LEU  60          HD21      LEU  60   1.336   7.637   4.119
   10   HD22  LEU  60          HD22      LEU  60   1.923   8.829   2.958
   11   HD23  LEU  60          HD23      LEU  60   0.274   8.216   2.834

  No H/Q in entry =          11
  In of MODEL   29
    1    H    TYR  61           H        TYR  61   2.065   4.535   0.160
    2    HA   TYR  61           HA       TYR  61   2.480   6.326  -2.151
    3    HB2  TYR  61           HB2      TYR  61   1.740   3.369  -2.091
    4    HB3  TYR  61           HB3      TYR  61   1.544   4.375  -3.533
    5    HD1  TYR  61           HD1      TYR  61   3.181   4.064  -5.116
    6    HD2  TYR  61           HD2      TYR  61   4.292   3.771  -1.023
    7    HE1  TYR  61           HE1      TYR  61   5.498   3.610  -5.795
    8    HE2  TYR  61           HE2      TYR  61   6.620   3.314  -1.697
    9    HH   TYR  61           HH       TYR  61   7.761   3.815  -4.828

  No H/Q in entry =           9
  In of MODEL   29
    1    H    TYR  62           H        TYR  62   0.327   6.684  -3.394
    2    HA   TYR  62           HA       TYR  62  -1.910   6.386  -1.533
    3    HB2  TYR  62           HB2      TYR  62  -2.630   8.760  -2.017
    4    HB3  TYR  62           HB3      TYR  62  -1.249   8.553  -0.956
    5    HD1  TYR  62           HD1      TYR  62   0.855   9.509  -1.493
    6    HD2  TYR  62           HD2      TYR  62  -2.266   9.560  -4.385
    7    HE1  TYR  62           HE1      TYR  62   2.142  11.111  -2.853
    8    HE2  TYR  62           HE2      TYR  62  -0.990  11.157  -5.746
    9    HH   TYR  62           HH       TYR  62   2.224  11.750  -5.370

  No H/Q in entry =           9
  In of MODEL   29
    1    H    THR  63           H        THR  63  -3.891   6.018  -2.411
    2    HA   THR  63           HA       THR  63  -4.344   6.589  -5.239
    3    HB   THR  63           HB       THR  63  -3.618   4.136  -5.025
    4    HG1  THR  63           HG1      THR  63  -6.270   4.506  -6.004
    5   HG21  THR  63          HG21      THR  63  -6.344   3.910  -3.757
    6   HG22  THR  63          HG22      THR  63  -5.380   2.556  -4.337
    7   HG23  THR  63          HG23      THR  63  -4.810   3.529  -2.984

  No H/Q in entry =           7
  In of MODEL   29
    1    H    GLU  64           H        GLU  64  -6.405   7.191  -5.682
    2    HA   GLU  64           HA       GLU  64  -8.292   7.876  -3.738
    3    HB2  GLU  64           HB2      GLU  64  -8.095   8.558  -6.260
    4    HB3  GLU  64           HB3      GLU  64  -9.025   7.098  -6.563
    5    HG2  GLU  64           HG2      GLU  64 -10.677   8.678  -6.514
    6    HG3  GLU  64           HG3      GLU  64 -10.695   8.105  -4.848

  No H/Q in entry =           6
  In of MODEL   29
    1    H    PHE  65           H        PHE  65  -9.946   6.700  -2.715
    2    HA   PHE  65           HA       PHE  65 -10.695   4.155  -3.962
    3    HB2  PHE  65           HB2      PHE  65 -10.625   2.938  -1.921
    4    HB3  PHE  65           HB3      PHE  65  -9.109   3.787  -2.069
    5    HD1  PHE  65           HD1      PHE  65 -12.427   4.802  -0.658
    6    HD2  PHE  65           HD2      PHE  65  -8.260   4.249  -0.027
    7    HE1  PHE  65           HE1      PHE  65 -12.662   5.635   1.646
    8    HE2  PHE  65           HE2      PHE  65  -8.506   5.087   2.286
    9    HZ   PHE  65           HZ       PHE  65 -10.721   5.767   3.122

  No H/Q in entry =           9
  In of MODEL   29
    1    H    THR  66           H        THR  66 -12.837   3.419  -3.511
    2    HA   THR  66           HA       THR  66 -14.420   5.034  -1.629
    3    HB   THR  66           HB       THR  66 -15.401   4.019  -4.323
    4    HG1  THR  66           HG1      THR  66 -14.163   6.315  -3.551
    5   HG21  THR  66          HG21      THR  66 -16.788   5.604  -2.146
    6   HG22  THR  66          HG22      THR  66 -17.427   5.362  -3.776
    7   HG23  THR  66          HG23      THR  66 -17.197   3.980  -2.708

  No H/Q in entry =           7
  In of MODEL   29
    1    HA   PRO  67           HA       PRO  67 -14.639   0.742  -0.270
    2    HB2  PRO  67           HB2      PRO  67 -15.978   1.401   2.136
    3    HB3  PRO  67           HB3      PRO  67 -14.264   1.075   1.918
    4    HG2  PRO  67           HG2      PRO  67 -15.440   3.565   2.555
    5    HG3  PRO  67           HG3      PRO  67 -13.745   3.241   2.173
    6    HD2  PRO  67           HD2      PRO  67 -15.818   4.485   0.543
    7    HD3  PRO  67           HD3      PRO  67 -14.057   4.506   0.330

  No H/Q in entry =           7
  In of MODEL   29
    1    H    THR  68           H        THR  68 -15.962  -0.792  -0.287
    2    HA   THR  68           HA       THR  68 -18.861  -0.422  -0.148
    3    HB   THR  68           HB       THR  68 -19.230  -1.861  -2.059
    4    HG1  THR  68           HG1      THR  68 -16.992  -2.372  -3.195
    5   HG21  THR  68          HG21      THR  68 -18.790   0.484  -2.656
    6   HG22  THR  68          HG22      THR  68 -17.072   0.112  -2.816
    7   HG23  THR  68          HG23      THR  68 -18.237  -0.622  -3.915

  No H/Q in entry =           7
  In of MODEL   29
    1    H    GLU  69           H        GLU  69 -19.887  -2.509   0.466
    2    HA   GLU  69           HA       GLU  69 -18.328  -4.055   2.246
    3    HB2  GLU  69           HB2      GLU  69 -20.307  -5.497   2.461
    4    HB3  GLU  69           HB3      GLU  69 -20.700  -3.791   2.636
    5    HG2  GLU  69           HG2      GLU  69 -21.174  -5.500   0.213
    6    HG3  GLU  69           HG3      GLU  69 -22.379  -4.998   1.384

  No H/Q in entry =           6
  In of MODEL   29
    1    H    LYS  70           H        LYS  70 -18.026  -4.088  -0.992
    2    HA   LYS  70           HA       LYS  70 -17.643  -6.989  -1.076
    3    HB2  LYS  70           HB2      LYS  70 -18.111  -5.111  -3.390
    4    HB3  LYS  70           HB3      LYS  70 -17.854  -6.841  -3.526
    5    HG2  LYS  70           HG2      LYS  70 -20.146  -5.779  -1.907
    6    HG3  LYS  70           HG3      LYS  70 -20.260  -5.890  -3.660
    7    HD2  LYS  70           HD2      LYS  70 -21.217  -7.881  -2.821
    8    HD3  LYS  70           HD3      LYS  70 -19.627  -8.331  -3.424
    9    HE2  LYS  70           HE2      LYS  70 -18.753  -8.530  -1.250
   10    HE3  LYS  70           HE3      LYS  70 -20.125  -7.689  -0.529
   11    HZ1  LYS  70           HZ1      LYS  70 -21.516  -9.587  -1.199
   12    HZ2  LYS  70           HZ2      LYS  70 -20.135 -10.385  -1.781
   13    HZ3  LYS  70           HZ3      LYS  70 -20.282 -10.036  -0.126

  No H/Q in entry =          13
  In of MODEL   29
    1    H    ASP  71           H        ASP  71 -16.055  -3.913  -1.784
    2    HA   ASP  71           HA       ASP  71 -13.850  -5.377  -3.009
    3    HB2  ASP  71           HB2      ASP  71 -14.147  -2.384  -2.671
    4    HB3  ASP  71           HB3      ASP  71 -12.929  -3.219  -3.609

  No H/Q in entry =           4
  In of MODEL   29
    1    H    GLU  72           H        GLU  72 -12.110  -5.900  -1.986
    2    HA   GLU  72           HA       GLU  72 -11.484  -5.016   0.739
    3    HB2  GLU  72           HB2      GLU  72 -11.632  -7.379   0.337
    4    HB3  GLU  72           HB3      GLU  72 -10.639  -7.285  -1.095
    5    HG2  GLU  72           HG2      GLU  72  -9.466  -6.644   1.568
    6    HG3  GLU  72           HG3      GLU  72  -9.747  -8.313   1.113

  No H/Q in entry =           6
  In of MODEL   29
    1    H    TYR  73           H        TYR  73  -9.432  -4.004   1.158
    2    HA   TYR  73           HA       TYR  73  -7.876  -3.244  -1.241
    3    HB2  TYR  73           HB2      TYR  73  -8.430  -1.614   1.256
    4    HB3  TYR  73           HB3      TYR  73  -7.240  -1.168   0.041
    5    HD1  TYR  73           HD1      TYR  73 -10.849  -1.797   0.575
    6    HD2  TYR  73           HD2      TYR  73  -7.889  -0.038  -1.927
    7    HE1  TYR  73           HE1      TYR  73 -12.619  -0.694  -0.744
    8    HE2  TYR  73           HE2      TYR  73  -9.651   1.066  -3.243
    9    HH   TYR  73           HH       TYR  73 -12.878   1.249  -2.240

  No H/Q in entry =           9
  In of MODEL   29
    1    H    ALA  74           H        ALA  74  -5.809  -3.788  -1.267
    2    HA   ALA  74           HA       ALA  74  -4.463  -4.574   1.225
    3    HB1  ALA  74           HB1      ALA  74  -5.365  -6.591   0.181
    4    HB2  ALA  74           HB2      ALA  74  -3.603  -6.574   0.116
    5    HB3  ALA  74           HB3      ALA  74  -4.543  -6.181  -1.329

  No H/Q in entry =           5
  In of MODEL   29
    1    H    CYS  75           H        CYS  75  -2.082  -4.582   1.034
    2    HA   CYS  75           HA       CYS  75  -1.143  -3.135  -1.365
    3    HB2  CYS  75           HB2      CYS  75  -1.058  -1.568   0.429
    4    HB3  CYS  75           HB3      CYS  75  -0.293  -2.739   1.494

  No H/Q in entry =           4
  In of MODEL   29
    1    H    ARG  76           H        ARG  76   0.566  -3.978  -2.412
    2    HA   ARG  76           HA       ARG  76   1.669  -6.506  -1.386
    3    HB2  ARG  76           HB2      ARG  76   0.415  -6.323  -3.628
    4    HB3  ARG  76           HB3      ARG  76   1.846  -5.467  -4.210
    5    HG2  ARG  76           HG2      ARG  76   2.751  -7.447  -4.697
    6    HG3  ARG  76           HG3      ARG  76   2.755  -7.849  -2.986
    7    HD2  ARG  76           HD2      ARG  76   0.135  -8.349  -3.768
    8    HD3  ARG  76           HD3      ARG  76   1.093  -8.917  -5.153
    9    HE   ARG  76           HE       ARG  76   2.131  -9.839  -2.651
   10   HH11  ARG  76          HH11      ARG  76  -0.258 -10.416  -5.136
   11   HH12  ARG  76          HH12      ARG  76  -0.471 -12.098  -4.735
   12   HH21  ARG  76          HH21      ARG  76   1.903 -12.067  -2.132
   13   HH22  ARG  76          HH22      ARG  76   0.759 -13.038  -3.023

  No H/Q in entry =          13
  In of MODEL   29
    1    H    VAL  77           H        VAL  77   3.865  -6.550  -0.879
    2    HA   VAL  77           HA       VAL  77   5.556  -4.596  -2.285
    3    HB   VAL  77           HB       VAL  77   5.103  -4.032   0.228
    4   HG11  VAL  77          HG11      VAL  77   7.228  -6.145   0.511
    5   HG12  VAL  77          HG12      VAL  77   6.766  -4.985   1.761
    6   HG13  VAL  77          HG13      VAL  77   5.601  -6.182   1.192
    7   HG21  VAL  77          HG21      VAL  77   6.719  -2.919  -1.299
    8   HG22  VAL  77          HG22      VAL  77   7.218  -2.936   0.399
    9   HG23  VAL  77          HG23      VAL  77   7.943  -4.063  -0.750

  No H/Q in entry =           9
  In of MODEL   29
    1    H    ASN  78           H        ASN  78   7.279  -5.313  -3.166
    2    HA   ASN  78           HA       ASN  78   8.295  -7.999  -2.457
    3    HB2  ASN  78           HB2      ASN  78   7.013  -8.024  -4.615
    4    HB3  ASN  78           HB3      ASN  78   8.176  -6.874  -5.267
    5   HD21  ASN  78          HD21      ASN  78   8.951  -8.233  -6.869
    6   HD22  ASN  78          HD22      ASN  78   9.893  -9.644  -6.517

  No H/Q in entry =           6
  In of MODEL   29
    1    H    HIS  79           H        HIS  79  10.438  -8.293  -2.418
    2    HA   HIS  79           HA       HIS  79  12.186  -6.117  -3.292
    3    HB2  HIS  79           HB2      HIS  79  11.851  -5.951  -0.819
    4    HB3  HIS  79           HB3      HIS  79  12.416  -7.602  -0.647
    5    HD2  HIS  79           HD2      HIS  79  13.768  -4.073  -0.647
    6    HE1  HIS  79           HE1      HIS  79  17.080  -6.685  -0.978
    7    HE2  HIS  79           HE2      HIS  79  16.324  -4.371  -0.282

  No H/Q in entry =           7
  In of MODEL   29
    1    H    VAL  80           H        VAL  80  14.353  -6.934  -3.818
    2    HA   VAL  80           HA       VAL  80  14.469  -9.268  -5.262
    3    HB   VAL  80           HB       VAL  80  16.814  -8.045  -3.796
    4   HG11  VAL  80          HG11      VAL  80  16.741  -9.843  -6.222
    5   HG12  VAL  80          HG12      VAL  80  18.180  -9.051  -5.576
    6   HG13  VAL  80          HG13      VAL  80  17.341 -10.272  -4.619
    7   HG21  VAL  80          HG21      VAL  80  15.723  -7.490  -6.550
    8   HG22  VAL  80          HG22      VAL  80  15.674  -6.401  -5.165
    9   HG23  VAL  80          HG23      VAL  80  17.220  -6.833  -5.891

  No H/Q in entry =           9
  In of MODEL   29
    1    H    THR  81           H        THR  81  14.934  -8.923  -1.804
    2    HA   THR  81           HA       THR  81  16.181 -11.482  -1.419
    3    HB   THR  81           HB       THR  81  16.527  -9.883   0.338
    4    HG1  THR  81           HG1      THR  81  16.449 -11.995   1.091
    5   HG21  THR  81          HG21      THR  81  13.522  -9.880   0.698
    6   HG22  THR  81          HG22      THR  81  14.667  -9.127   1.808
    7   HG23  THR  81          HG23      THR  81  14.520  -8.532   0.153

  No H/Q in entry =           7
  In of MODEL   29
    1    H    LEU  82           H        LEU  82  12.794 -10.403  -0.897
    2    HA   LEU  82           HA       LEU  82  11.794 -12.960  -0.275
    3    HB2  LEU  82           HB2      LEU  82  10.182 -10.919  -1.789
    4    HB3  LEU  82           HB3      LEU  82   9.628 -12.119  -0.642
    5    HG   LEU  82           HG       LEU  82  11.302  -9.755   0.151
    6   HD11  LEU  82          HD11      LEU  82   8.321 -10.120   0.242
    7   HD12  LEU  82          HD12      LEU  82   9.222  -8.798   0.992
    8   HD13  LEU  82          HD13      LEU  82   9.220  -8.981  -0.761
    9   HD21  LEU  82          HD21      LEU  82  11.401 -11.694   1.663
   10   HD22  LEU  82          HD22      LEU  82  10.571 -10.325   2.400
   11   HD23  LEU  82          HD23      LEU  82   9.642 -11.684   1.769

  No H/Q in entry =          11
  In of MODEL   29
    1    H    SER  83           H        SER  83  10.737 -14.509  -1.540
    2    HA   SER  83           HA       SER  83  11.183 -14.317  -4.454
    3    HB2  SER  83           HB2      SER  83  12.163 -16.281  -3.192
    4    HB3  SER  83           HB3      SER  83  10.515 -16.784  -2.823
    5    HG   SER  83           HG       SER  83  11.187 -16.272  -5.500

  No H/Q in entry =           5
  In of MODEL   29
    1    H    GLN  84           H        GLN  84   8.978 -13.807  -2.111
    2    HA   GLN  84           HA       GLN  84   6.760 -13.930  -3.984
    3    HB2  GLN  84           HB2      GLN  84   5.252 -14.936  -2.283
    4    HB3  GLN  84           HB3      GLN  84   6.536 -16.032  -2.778
    5    HG2  GLN  84           HG2      GLN  84   7.745 -15.601  -0.714
    6    HG3  GLN  84           HG3      GLN  84   6.568 -14.372  -0.251
    7   HE21  GLN  84          HE21      GLN  84   4.532 -15.006   0.444
    8   HE22  GLN  84          HE22      GLN  84   4.210 -16.620   0.983

  No H/Q in entry =           8
  In of MODEL   29
    1    HA   PRO  85           HA       PRO  85   6.339  -9.906  -1.905
    2    HB2  PRO  85           HB2      PRO  85   4.061  -9.137  -3.229
    3    HB3  PRO  85           HB3      PRO  85   5.710  -8.848  -3.808
    4    HG2  PRO  85           HG2      PRO  85   3.734 -10.913  -4.653
    5    HG3  PRO  85           HG3      PRO  85   4.978 -10.083  -5.614
    6    HD2  PRO  85           HD2      PRO  85   5.234 -12.696  -4.710
    7    HD3  PRO  85           HD3      PRO  85   6.631 -11.617  -5.037

  No H/Q in entry =           7
  In of MODEL   29
    1    H    LYS  86           H        LYS  86   4.816  -8.957  -0.496
    2    HA   LYS  86           HA       LYS  86   2.994 -10.985   0.611
    3    HB2  LYS  86           HB2      LYS  86   4.040  -8.501   1.984
    4    HB3  LYS  86           HB3      LYS  86   3.097  -9.789   2.714
    5    HG2  LYS  86           HG2      LYS  86   5.943  -9.917   1.732
    6    HG3  LYS  86           HG3      LYS  86   5.378 -10.023   3.399
    7    HD2  LYS  86           HD2      LYS  86   4.025 -12.095   2.293
    8    HD3  LYS  86           HD3      LYS  86   5.473 -12.071   1.279
    9    HE2  LYS  86           HE2      LYS  86   5.681 -13.555   3.267
   10    HE3  LYS  86           HE3      LYS  86   6.900 -12.287   3.210
   11    HZ1  LYS  86           HZ1      LYS  86   5.557 -11.008   4.796
   12    HZ2  LYS  86           HZ2      LYS  86   4.436 -12.273   4.881
   13    HZ3  LYS  86           HZ3      LYS  86   6.024 -12.503   5.430

  No H/Q in entry =          13
  In of MODEL   29
    1    H    ILE  87           H        ILE  87   0.923 -10.484   1.075
    2    HA   ILE  87           HA       ILE  87  -0.019  -7.830   0.199
    3    HB   ILE  87           HB       ILE  87  -1.244 -10.453  -0.247
    4   HG12  ILE  87          HG12      ILE  87  -0.798  -9.199  -2.164
    5   HG13  ILE  87          HG13      ILE  87  -2.526  -8.942  -1.946
    6   HG21  ILE  87          HG21      ILE  87  -2.932  -8.228   0.864
    7   HG22  ILE  87          HG22      ILE  87  -3.585  -9.570  -0.081
    8   HG23  ILE  87          HG23      ILE  87  -2.788  -9.878   1.467
    9   HD11  ILE  87          HD11      ILE  87  -2.087  -6.804  -0.895
   10   HD12  ILE  87          HD12      ILE  87  -0.357  -7.041  -1.130
   11   HD13  ILE  87          HD13      ILE  87  -1.423  -6.884  -2.522

  No H/Q in entry =          11
  In of MODEL   29
    1    H    VAL  88           H        VAL  88  -0.849  -6.507   1.609
    2    HA   VAL  88           HA       VAL  88  -1.606  -7.554   4.248
    3    HB   VAL  88           HB       VAL  88   0.378  -6.137   4.415
    4   HG11  VAL  88          HG11      VAL  88   0.124  -4.782   2.428
    5   HG12  VAL  88          HG12      VAL  88  -1.273  -3.978   3.147
    6   HG13  VAL  88          HG13      VAL  88   0.325  -3.762   3.858
    7   HG21  VAL  88          HG21      VAL  88  -2.143  -4.889   5.474
    8   HG22  VAL  88          HG22      VAL  88  -1.109  -6.065   6.284
    9   HG23  VAL  88          HG23      VAL  88  -0.522  -4.425   5.998

  No H/Q in entry =           9
  In of MODEL   29
    1    H    LYS  89           H        LYS  89  -3.738  -7.324   4.657
    2    HA   LYS  89           HA       LYS  89  -5.213  -5.592   2.815
    3    HB2  LYS  89           HB2      LYS  89  -6.321  -7.920   4.371
    4    HB3  LYS  89           HB3      LYS  89  -7.092  -7.034   3.063
    5    HG2  LYS  89           HG2      LYS  89  -5.782  -8.009   1.444
    6    HG3  LYS  89           HG3      LYS  89  -4.521  -8.445   2.601
    7    HD2  LYS  89           HD2      LYS  89  -7.282  -9.626   2.593
    8    HD3  LYS  89           HD3      LYS  89  -5.897 -10.374   1.800
    9    HE2  LYS  89           HE2      LYS  89  -4.755 -10.488   3.987
   10    HE3  LYS  89           HE3      LYS  89  -6.188  -9.797   4.753
   11    HZ1  LYS  89           HZ1      LYS  89  -6.165 -12.341   3.218
   12    HZ2  LYS  89           HZ2      LYS  89  -6.085 -12.243   4.910
   13    HZ3  LYS  89           HZ3      LYS  89  -7.466 -11.699   4.095

  No H/Q in entry =          13
  In of MODEL   29
    1    H    TRP  90           H        TRP  90  -6.844  -4.290   3.586
    2    HA   TRP  90           HA       TRP  90  -6.362  -3.368   6.281
    3    HB2  TRP  90           HB2      TRP  90  -6.541  -1.729   4.438
    4    HB3  TRP  90           HB3      TRP  90  -8.183  -2.274   4.134
    5    HD1  TRP  90           HD1      TRP  90  -6.550  -1.114   7.502
    6    HE1  TRP  90           HE1      TRP  90  -8.010   0.713   8.480
    7    HE3  TRP  90           HE3      TRP  90 -10.015  -0.741   3.713
    8    HZ2  TRP  90           HZ2      TRP  90 -10.374   2.113   7.807
    9    HZ3  TRP  90           HZ3      TRP  90 -11.834   0.886   3.966
   10    HH2  TRP  90           HH2      TRP  90 -12.020   2.292   5.948

  No H/Q in entry =          10
  In of MODEL   29
    1    H    ASP  91           H        ASP  91  -7.513  -3.816   7.978
    2    HA   ASP  91           HA       ASP  91  -9.524  -5.816   7.939
    3    HB2  ASP  91           HB2      ASP  91  -8.583  -3.967  10.138
    4    HB3  ASP  91           HB3      ASP  91  -9.781  -5.233  10.380

  No H/Q in entry =           4
  In of MODEL   29
    1    H    ARG  92           H        ARG  92 -11.437  -5.374   6.993
    2    HA   ARG  92           HA       ARG  92 -13.359  -3.917   8.381
    3    HB2  ARG  92           HB2      ARG  92 -13.590  -1.853   7.333
    4    HB3  ARG  92           HB3      ARG  92 -11.853  -2.075   7.166
    5    HG2  ARG  92           HG2      ARG  92 -12.435  -1.388   5.049
    6    HG3  ARG  92           HG3      ARG  92 -12.418  -3.142   4.858
    7    HD2  ARG  92           HD2      ARG  92 -14.916  -3.096   5.254
    8    HD3  ARG  92           HD3      ARG  92 -14.837  -1.331   5.157
    9    HE   ARG  92           HE       ARG  92 -14.986  -3.114   3.003
   10   HH11  ARG  92          HH11      ARG  92 -13.147  -0.282   3.959
   11   HH12  ARG  92          HH12      ARG  92 -12.872   0.242   2.333
   12   HH21  ARG  92          HH21      ARG  92 -14.649  -2.426   0.882
   13   HH22  ARG  92          HH22      ARG  92 -13.715  -0.997   0.570

  No H/Q in entry =          13
  In of MODEL   29
    1    H    ASP  93           H        ASP  93 -12.283  -5.861   5.920
    2    HA   ASP  93           HA       ASP  93 -14.901  -6.536   4.907
    3    HB2  ASP  93           HB2      ASP  93 -13.740  -4.428   3.691
    4    HB3  ASP  93           HB3      ASP  93 -13.010  -5.741   2.764

  No H/Q in entry =           4
  In of MODEL   29
    1    HA   MET  94           HA       MET  94 -11.079  -9.187   3.637
    2    HB2  MET  94           HB2      MET  94  -9.659 -10.113   5.761
    3    HB3  MET  94           HB3      MET  94  -9.127  -8.816   4.699
    4    HG2  MET  94           HG2      MET  94  -8.840  -8.359   7.137
    5    HG3  MET  94           HG3      MET  94  -9.770  -7.125   6.281
    6    HE1  MET  94           HE1      MET  94  -9.681  -9.953   8.904
    7    HE2  MET  94           HE2      MET  94 -11.382 -10.224   9.287
    8    HE3  MET  94           HE3      MET  94 -10.743 -10.709   7.716

  No H/Q in entry =           8
  In of MODEL   30
    1    HA   MET   1           HA       MET   1   4.931  -7.664   7.207
    2    HB2  MET   1           HB2      MET   1   4.597  -8.259   9.567
    3    HB3  MET   1           HB3      MET   1   4.469  -6.557   9.988
    4    HG2  MET   1           HG2      MET   1   2.484  -6.453   8.426
    5    HG3  MET   1           HG3      MET   1   2.552  -8.212   8.374
    6    HE1  MET   1           HE1      MET   1   2.264  -9.754  10.544
    7    HE2  MET   1           HE2      MET   1   3.501  -8.828  11.394
    8    HE3  MET   1           HE3      MET   1   1.937  -9.115  12.157

  No H/Q in entry =           8
  In of MODEL   30
    1    H    ILE   2           H        ILE   2   3.544  -6.427   6.021
    2    HA   ILE   2           HA       ILE   2   3.850  -3.534   6.131
    3    HB   ILE   2           HB       ILE   2   1.768  -4.867   4.420
    4   HG12  ILE   2          HG12      ILE   2   4.615  -4.734   3.436
    5   HG13  ILE   2          HG13      ILE   2   3.984  -6.168   4.244
    6   HG21  ILE   2          HG21      ILE   2   2.050  -2.405   4.470
    7   HG22  ILE   2          HG22      ILE   2   3.666  -2.616   3.784
    8   HG23  ILE   2          HG23      ILE   2   2.249  -3.112   2.866
    9   HD11  ILE   2          HD11      ILE   2   2.209  -6.317   2.538
   10   HD12  ILE   2          HD12      ILE   2   2.915  -4.926   1.717
   11   HD13  ILE   2          HD13      ILE   2   3.829  -6.430   1.847

  No H/Q in entry =          11
  In of MODEL   30
    1    H    GLN   3           H        GLN   3   2.288  -2.161   6.959
    2    HA   GLN   3           HA       GLN   3  -0.179  -3.447   7.910
    3    HB2  GLN   3           HB2      GLN   3   1.509  -1.371   9.320
    4    HB3  GLN   3           HB3      GLN   3  -0.113  -1.855   9.846
    5    HG2  GLN   3           HG2      GLN   3   0.662  -4.168  10.156
    6    HG3  GLN   3           HG3      GLN   3   2.294  -3.674   9.644
    7   HE21  GLN   3          HE21      GLN   3   1.372  -4.845  12.150
    8   HE22  GLN   3          HE22      GLN   3   1.830  -3.740  13.401

  No H/Q in entry =           8
  In of MODEL   30
    1    H    VAL   4           H        VAL   4  -1.745  -2.739   6.643
    2    HA   VAL   4           HA       VAL   4  -1.639  -0.044   5.557
    3    HB   VAL   4           HB       VAL   4  -3.820  -0.791   4.388
    4   HG11  VAL   4          HG11      VAL   4  -1.240  -2.252   3.817
    5   HG12  VAL   4          HG12      VAL   4  -2.591  -2.087   2.698
    6   HG13  VAL   4          HG13      VAL   4  -1.698  -0.658   3.215
    7   HG21  VAL   4          HG21      VAL   4  -4.323  -2.647   5.894
    8   HG22  VAL   4          HG22      VAL   4  -4.168  -3.198   4.226
    9   HG23  VAL   4          HG23      VAL   4  -2.858  -3.475   5.372

  No H/Q in entry =           9
  In of MODEL   30
    1    H    TYR   5           H        TYR   5  -3.264   1.444   5.758
    2    HA   TYR   5           HA       TYR   5  -5.380   1.159   7.697
    3    HB2  TYR   5           HB2      TYR   5  -2.967   2.901   8.214
    4    HB3  TYR   5           HB3      TYR   5  -4.537   3.278   8.914
    5    HD1  TYR   5           HD1      TYR   5  -1.511   2.019   9.763
    6    HD2  TYR   5           HD2      TYR   5  -5.603   0.839   9.926
    7    HE1  TYR   5           HE1      TYR   5  -0.996   0.509  11.642
    8    HE2  TYR   5           HE2      TYR   5  -5.091  -0.683  11.808
    9    HH   TYR   5           HH       TYR   5  -3.172  -1.857  12.742

  No H/Q in entry =           9
  In of MODEL   30
    1    H    SER   6           H        SER   6  -6.383   3.511   7.948
    2    HA   SER   6           HA       SER   6  -5.997   4.999   5.434
    3    HB2  SER   6           HB2      SER   6  -8.637   4.508   6.851
    4    HB3  SER   6           HB3      SER   6  -8.402   5.449   5.373
    5    HG   SER   6           HG       SER   6  -7.387   2.883   5.299

  No H/Q in entry =           5
  In of MODEL   30
    1    H    ARG   7           H        ARG   7  -6.597   7.263   5.557
    2    HA   ARG   7           HA       ARG   7  -5.797   8.453   8.079
    3    HB2  ARG   7           HB2      ARG   7  -5.363   9.168   5.490
    4    HB3  ARG   7           HB3      ARG   7  -6.732  10.205   5.873
    5    HG2  ARG   7           HG2      ARG   7  -4.155  10.102   7.435
    6    HG3  ARG   7           HG3      ARG   7  -4.561  11.311   6.217
    7    HD2  ARG   7           HD2      ARG   7  -6.479  12.016   7.555
    8    HD3  ARG   7           HD3      ARG   7  -6.091  10.792   8.764
    9    HE   ARG   7           HE       ARG   7  -4.240  13.001   8.125
   10   HH11  ARG   7          HH11      ARG   7  -5.979  11.037  10.440
   11   HH12  ARG   7          HH12      ARG   7  -5.338  11.867  11.825
   12   HH21  ARG   7          HH21      ARG   7  -3.407  14.107   9.933
   13   HH22  ARG   7          HH22      ARG   7  -3.884  13.631  11.535

  No H/Q in entry =          13
  In of MODEL   30
    1    H    HIS   8           H        HIS   8  -8.707   7.592   6.597
    2    HA   HIS   8           HA       HIS   8 -10.248   9.372   8.346
    3    HB2  HIS   8           HB2      HIS   8 -10.931   8.725   5.461
    4    HB3  HIS   8           HB3      HIS   8 -11.897   9.705   6.556
    5    HD2  HIS   8           HD2      HIS   8 -10.258  12.059   7.487
    6    HE1  HIS   8           HE1      HIS   8  -8.523  12.291   3.636
    7    HE2  HIS   8           HE2      HIS   8  -8.783  13.456   5.872

  No H/Q in entry =           7
  In of MODEL   30
    1    HA   PRO   9           HA       PRO   9 -12.605   5.684   9.304
    2    HB2  PRO   9           HB2      PRO   9 -15.106   7.212   9.073
    3    HB3  PRO   9           HB3      PRO   9 -14.403   6.422  10.494
    4    HG2  PRO   9           HG2      PRO   9 -14.473   9.123  10.237
    5    HG3  PRO   9           HG3      PRO   9 -13.123   8.289  11.040
    6    HD2  PRO   9           HD2      PRO   9 -13.285   9.409   8.261
    7    HD3  PRO   9           HD3      PRO   9 -11.939   9.499   9.425

  No H/Q in entry =           7
  In of MODEL   30
    1    H    ALA  10           H        ALA  10 -13.525   4.047   8.107
    2    HA   ALA  10           HA       ALA  10 -13.847   4.294   5.340
    3    HB1  ALA  10           HB1      ALA  10 -14.707   2.006   5.419
    4    HB2  ALA  10           HB2      ALA  10 -13.293   2.184   6.458
    5    HB3  ALA  10           HB3      ALA  10 -14.906   2.137   7.166

  No H/Q in entry =           5
  In of MODEL   30
    1    H    GLU  11           H        GLU  11 -15.419   5.785   4.609
    2    HA   GLU  11           HA       GLU  11 -18.183   5.169   5.470
    3    HB2  GLU  11           HB2      GLU  11 -16.809   7.701   5.006
    4    HB3  GLU  11           HB3      GLU  11 -18.280   7.582   4.057
    5    HG2  GLU  11           HG2      GLU  11 -18.639   8.703   6.182
    6    HG3  GLU  11           HG3      GLU  11 -19.589   7.231   6.061

  No H/Q in entry =           6
  In of MODEL   30
    1    H    ASN  12           H        ASN  12 -18.725   3.572   4.066
    2    HA   ASN  12           HA       ASN  12 -18.292   3.080   1.480
    3    HB2  ASN  12           HB2      ASN  12 -20.756   2.857   3.218
    4    HB3  ASN  12           HB3      ASN  12 -20.892   2.361   1.541
    5   HD21  ASN  12          HD21      ASN  12 -21.342   0.268   2.239
    6   HD22  ASN  12          HD22      ASN  12 -20.104  -0.790   2.832

  No H/Q in entry =           6
  In of MODEL   30
    1    H    GLY  13           H        GLY  13 -17.968   4.623  -0.026
    2    HA2  GLY  13           HA2      GLY  13 -20.276   6.378  -0.675
    3    HA3  GLY  13           HA3      GLY  13 -19.265   5.634  -1.905

  No H/Q in entry =           3
  In of MODEL   30
    1    H    LYS  14           H        LYS  14 -17.328   6.662   0.664
    2    HA   LYS  14           HA       LYS  14 -16.965   9.348  -0.527
    3    HB2  LYS  14           HB2      LYS  14 -15.488   8.186   1.832
    4    HB3  LYS  14           HB3      LYS  14 -15.577   9.870   1.359
    5    HG2  LYS  14           HG2      LYS  14 -17.971   8.301   2.286
    6    HG3  LYS  14           HG3      LYS  14 -16.878   9.141   3.367
    7    HD2  LYS  14           HD2      LYS  14 -18.764  10.519   3.009
    8    HD3  LYS  14           HD3      LYS  14 -17.375  11.271   2.228
    9    HE2  LYS  14           HE2      LYS  14 -19.121  11.531   0.705
   10    HE3  LYS  14           HE3      LYS  14 -18.223  10.150   0.082
   11    HZ1  LYS  14           HZ1      LYS  14 -19.871   8.709   1.234
   12    HZ2  LYS  14           HZ2      LYS  14 -20.761  10.095   1.622
   13    HZ3  LYS  14           HZ3      LYS  14 -20.545   9.657   0.000

  No H/Q in entry =          13
  In of MODEL   30
    1    H    SER  15           H        SER  15 -14.950  10.078  -1.303
    2    HA   SER  15           HA       SER  15 -12.961   7.993  -1.753
    3    HB2  SER  15           HB2      SER  15 -11.876  10.035  -3.069
    4    HB3  SER  15           HB3      SER  15 -13.113   9.002  -3.794
    5    HG   SER  15           HG       SER  15 -13.879  11.288  -2.323

  No H/Q in entry =           5
  In of MODEL   30
    1    H    ASN  16           H        ASN  16 -10.957   8.081  -0.983
    2    HA   ASN  16           HA       ASN  16 -10.023  10.153   0.800
    3    HB2  ASN  16           HB2      ASN  16 -10.406   7.373   1.948
    4    HB3  ASN  16           HB3      ASN  16  -9.902   8.822   2.798
    5   HD21  ASN  16          HD21      ASN  16 -11.427  10.061   3.754
    6   HD22  ASN  16          HD22      ASN  16 -13.129   9.762   3.654

  No H/Q in entry =           6
  In of MODEL   30
    1    H    PHE  17           H        PHE  17  -8.037   8.338   2.027
    2    HA   PHE  17           HA       PHE  17  -6.671   7.441  -0.416
    3    HB2  PHE  17           HB2      PHE  17  -5.605   9.152   1.815
    4    HB3  PHE  17           HB3      PHE  17  -4.530   8.215   0.780
    5    HD1  PHE  17           HD1      PHE  17  -5.158  11.377   1.207
    6    HD2  PHE  17           HD2      PHE  17  -5.892   8.459  -1.795
    7    HE1  PHE  17           HE1      PHE  17  -5.221  13.150  -0.500
    8    HE2  PHE  17           HE2      PHE  17  -5.955  10.220  -3.512
    9    HZ   PHE  17           HZ       PHE  17  -5.617  12.575  -2.861

  No H/Q in entry =           9
  In of MODEL   30
    1    H    LEU  18           H        LEU  18  -5.655   5.516  -0.341
    2    HA   LEU  18           HA       LEU  18  -5.855   3.986   2.145
    3    HB2  LEU  18           HB2      LEU  18  -6.588   2.767   0.233
    4    HB3  LEU  18           HB3      LEU  18  -5.160   3.206  -0.684
    5    HG   LEU  18           HG       LEU  18  -3.775   1.697   0.653
    6   HD11  LEU  18          HD11      LEU  18  -6.295   1.120   2.216
    7   HD12  LEU  18          HD12      LEU  18  -4.801   0.199   2.323
    8   HD13  LEU  18          HD13      LEU  18  -4.826   1.886   2.825
    9   HD21  LEU  18          HD21      LEU  18  -6.331   0.440  -0.341
   10   HD22  LEU  18          HD22      LEU  18  -4.847   0.713  -1.255
   11   HD23  LEU  18          HD23      LEU  18  -4.868  -0.453   0.067

  No H/Q in entry =          11
  In of MODEL   30
    1    H    ASN  19           H        ASN  19  -4.239   3.703   3.470
    2    HA   ASN  19           HA       ASN  19  -1.577   4.647   2.630
    3    HB2  ASN  19           HB2      ASN  19  -1.842   5.967   4.472
    4    HB3  ASN  19           HB3      ASN  19  -3.090   4.930   5.161
    5   HD21  ASN  19          HD21      ASN  19   0.281   5.667   5.031
    6   HD22  ASN  19          HD22      ASN  19   0.762   4.664   6.352

  No H/Q in entry =           6
  In of MODEL   30
    1    H    CYS  20           H        CYS  20  -0.130   3.103   2.146
    2    HA   CYS  20           HA       CYS  20  -0.211   0.616   3.722
    3    HB2  CYS  20           HB2      CYS  20  -0.439   0.041   1.430
    4    HB3  CYS  20           HB3      CYS  20   0.732   1.257   0.905

  No H/Q in entry =           4
  In of MODEL   30
    1    H    TYR  21           H        TYR  21   1.241   0.745   5.327
    2    HA   TYR  21           HA       TYR  21   3.555   2.510   4.962
    3    HB2  TYR  21           HB2      TYR  21   2.498   3.218   6.909
    4    HB3  TYR  21           HB3      TYR  21   2.022   1.598   7.377
    5    HD1  TYR  21           HD1      TYR  21   3.278   0.413   8.987
    6    HD2  TYR  21           HD2      TYR  21   4.888   3.930   7.222
    7    HE1  TYR  21           HE1      TYR  21   5.063   0.439  10.681
    8    HE2  TYR  21           HE2      TYR  21   6.676   3.972   8.908
    9    HH   TYR  21           HH       TYR  21   7.123   3.152  11.119

  No H/Q in entry =           9
  In of MODEL   30
    1    H    VAL  22           H        VAL  22   5.234   1.529   4.089
    2    HA   VAL  22           HA       VAL  22   5.879  -1.228   4.848
    3    HB   VAL  22           HB       VAL  22   7.013   0.474   2.597
    4   HG11  VAL  22          HG11      VAL  22   8.449  -1.406   3.355
    5   HG12  VAL  22          HG12      VAL  22   7.129  -2.520   2.983
    6   HG13  VAL  22          HG13      VAL  22   7.885  -1.584   1.690
    7   HG21  VAL  22          HG21      VAL  22   4.820  -1.599   2.518
    8   HG22  VAL  22          HG22      VAL  22   4.644   0.130   2.224
    9   HG23  VAL  22          HG23      VAL  22   5.573  -0.865   1.098

  No H/Q in entry =           9
  In of MODEL   30
    1    H    SER  23           H        SER  23   7.559  -1.601   6.100
    2    HA   SER  23           HA       SER  23   9.024   0.495   7.325
    3    HB2  SER  23           HB2      SER  23   8.258  -1.380   8.584
    4    HB3  SER  23           HB3      SER  23   9.249  -2.497   7.622
    5    HG   SER  23           HG       SER  23  10.119  -0.472   9.416

  No H/Q in entry =           5
  In of MODEL   30
    1    H    GLY  24           H        GLY  24  11.731  -1.171   7.490
    2    HA2  GLY  24           HA2      GLY  24  13.578   0.150   7.185
    3    HA3  GLY  24           HA3      GLY  24  12.664   1.216   6.139

  No H/Q in entry =           3
  In of MODEL   30
    1    H    PHE  25           H        PHE  25  12.425  -2.035   4.941
    2    HA   PHE  25           HA       PHE  25  14.094  -2.302   3.019
    3    HB2  PHE  25           HB2      PHE  25  11.271  -1.496   2.303
    4    HB3  PHE  25           HB3      PHE  25  12.343  -2.540   1.381
    5    HD1  PHE  25           HD1      PHE  25  10.185  -2.339   4.359
    6    HD2  PHE  25           HD2      PHE  25  12.694  -4.851   1.998
    7    HE1  PHE  25           HE1      PHE  25   9.272  -4.329   5.514
    8    HE2  PHE  25           HE2      PHE  25  11.788  -6.839   3.147
    9    HZ   PHE  25           HZ       PHE  25  10.056  -6.567   4.873

  No H/Q in entry =           9
  In of MODEL   30
    1    H    HIS  26           H        HIS  26  15.335  -1.121   1.646
    2    HA   HIS  26           HA       HIS  26  15.140   1.724   1.649
    3    HB2  HIS  26           HB2      HIS  26  16.835  -0.071  -0.102
    4    HB3  HIS  26           HB3      HIS  26  17.034   1.674   0.071
    5    HD2  HIS  26           HD2      HIS  26  18.018   2.491   2.645
    6    HE1  HIS  26           HE1      HIS  26  19.371  -1.400   3.600
    7    HE2  HIS  26           HE2      HIS  26  19.370   1.031   4.311

  No H/Q in entry =           7
  In of MODEL   30
    1    HA   PRO  27           HA       PRO  27  11.806   2.299  -1.121
    2    HB2  PRO  27           HB2      PRO  27  13.485   4.689  -1.820
    3    HB3  PRO  27           HB3      PRO  27  11.742   4.595  -1.513
    4    HG2  PRO  27           HG2      PRO  27  13.327   5.459   0.415
    5    HG3  PRO  27           HG3      PRO  27  12.029   4.296   0.794
    6    HD2  PRO  27           HD2      PRO  27  14.979   3.840   0.544
    7    HD3  PRO  27           HD3      PRO  27  13.804   3.098   1.656

  No H/Q in entry =           7
  In of MODEL   30
    1    H    SER  28           H        SER  28  15.096   2.445  -2.379
    2    HA   SER  28           HA       SER  28  14.310   2.667  -5.095
    3    HB2  SER  28           HB2      SER  28  16.474   3.519  -4.374
    4    HB3  SER  28           HB3      SER  28  16.980   1.900  -3.893
    5    HG   SER  28           HG       SER  28  16.233   2.613  -6.540

  No H/Q in entry =           5
  In of MODEL   30
    1    H    ASP  29           H        ASP  29  15.274  -0.184  -3.125
    2    HA   ASP  29           HA       ASP  29  15.132  -1.780  -5.589
    3    HB2  ASP  29           HB2      ASP  29  16.247  -2.639  -2.912
    4    HB3  ASP  29           HB3      ASP  29  16.351  -3.523  -4.425

  No H/Q in entry =           4
  In of MODEL   30
    1    H    ILE  30           H        ILE  30  12.736  -0.931  -3.848
    2    HA   ILE  30           HA       ILE  30  11.803  -3.697  -3.422
    3    HB   ILE  30           HB       ILE  30  10.751  -3.233  -1.469
    4   HG12  ILE  30          HG12      ILE  30  10.430  -0.307  -2.229
    5   HG13  ILE  30          HG13      ILE  30   9.212  -1.564  -2.447
    6   HG21  ILE  30          HG21      ILE  30  12.878  -1.109  -1.526
    7   HG22  ILE  30          HG22      ILE  30  12.010  -1.600  -0.070
    8   HG23  ILE  30          HG23      ILE  30  13.011  -2.765  -0.933
    9   HD11  ILE  30          HD11      ILE  30   9.202  -1.903   0.011
   10   HD12  ILE  30          HD12      ILE  30  10.313  -0.540   0.157
   11   HD13  ILE  30          HD13      ILE  30   8.696  -0.291  -0.490

  No H/Q in entry =          11
  In of MODEL   30
    1    H    GLU  31           H        GLU  31   9.473  -3.975  -3.606
    2    HA   GLU  31           HA       GLU  31   8.279  -2.140  -5.569
    3    HB2  GLU  31           HB2      GLU  31   8.322  -5.160  -5.611
    4    HB3  GLU  31           HB3      GLU  31   7.263  -4.187  -6.622
    5    HG2  GLU  31           HG2      GLU  31   9.071  -3.292  -7.844
    6    HG3  GLU  31           HG3      GLU  31  10.252  -3.838  -6.658

  No H/Q in entry =           6
  In of MODEL   30
    1    H    VAL  32           H        VAL  32   6.575  -1.240  -4.616
    2    HA   VAL  32           HA       VAL  32   4.746  -2.993  -3.127
    3    HB   VAL  32           HB       VAL  32   5.288  -1.858  -1.244
    4   HG11  VAL  32          HG11      VAL  32   7.283  -0.927  -2.306
    5   HG12  VAL  32          HG12      VAL  32   6.330   0.424  -2.914
    6   HG13  VAL  32          HG13      VAL  32   6.552   0.210  -1.176
    7   HG21  VAL  32          HG21      VAL  32   3.073  -0.928  -1.713
    8   HG22  VAL  32          HG22      VAL  32   4.087   0.227  -0.847
    9   HG23  VAL  32          HG23      VAL  32   3.816   0.417  -2.580

  No H/Q in entry =           9
  In of MODEL   30
    1    H    ASP  33           H        ASP  33   2.642  -2.846  -3.689
    2    HA   ASP  33           HA       ASP  33   1.764  -0.565  -5.329
    3    HB2  ASP  33           HB2      ASP  33   1.221  -3.506  -5.972
    4    HB3  ASP  33           HB3      ASP  33   0.403  -2.149  -6.748

  No H/Q in entry =           4
  In of MODEL   30
    1    H    LEU  34           H        LEU  34  -0.613  -0.418  -5.370
    2    HA   LEU  34           HA       LEU  34  -1.797  -1.448  -2.874
    3    HB2  LEU  34           HB2      LEU  34  -2.215   1.107  -4.372
    4    HB3  LEU  34           HB3      LEU  34  -3.560   0.445  -3.465
    5    HG   LEU  34           HG       LEU  34  -2.115   0.475  -1.412
    6   HD11  LEU  34          HD11      LEU  34  -0.244   2.048  -3.167
    7   HD12  LEU  34          HD12      LEU  34  -0.134   1.913  -1.411
    8   HD13  LEU  34          HD13      LEU  34   0.078   0.483  -2.416
    9   HD21  LEU  34          HD21      LEU  34  -3.745   2.237  -1.884
   10   HD22  LEU  34          HD22      LEU  34  -2.345   2.839  -0.998
   11   HD23  LEU  34          HD23      LEU  34  -2.494   3.153  -2.730

  No H/Q in entry =          11
  In of MODEL   30
    1    H    LEU  35           H        LEU  35  -3.485  -2.833  -3.012
    2    HA   LEU  35           HA       LEU  35  -4.420  -3.494  -5.732
    3    HB2  LEU  35           HB2      LEU  35  -3.920  -5.445  -3.478
    4    HB3  LEU  35           HB3      LEU  35  -4.433  -5.826  -5.103
    5    HG   LEU  35           HG       LEU  35  -1.720  -5.016  -4.121
    6   HD11  LEU  35          HD11      LEU  35  -2.859  -7.267  -5.785
    7   HD12  LEU  35          HD12      LEU  35  -1.138  -7.015  -5.525
    8   HD13  LEU  35          HD13      LEU  35  -2.192  -7.370  -4.155
    9   HD21  LEU  35          HD21      LEU  35  -2.224  -3.573  -6.081
   10   HD22  LEU  35          HD22      LEU  35  -0.940  -4.741  -6.387
   11   HD23  LEU  35          HD23      LEU  35  -2.555  -5.020  -7.025

  No H/Q in entry =          11
  In of MODEL   30
    1    H    LYS  36           H        LYS  36  -6.387  -4.768  -5.843
    2    HA   LYS  36           HA       LYS  36  -8.208  -4.605  -3.534
    3    HB2  LYS  36           HB2      LYS  36  -9.230  -4.977  -6.319
    4    HB3  LYS  36           HB3      LYS  36 -10.026  -4.210  -4.929
    5    HG2  LYS  36           HG2      LYS  36  -8.570  -2.266  -5.199
    6    HG3  LYS  36           HG3      LYS  36  -7.717  -3.070  -6.507
    7    HD2  LYS  36           HD2      LYS  36  -9.432  -1.309  -7.231
    8    HD3  LYS  36           HD3      LYS  36  -9.488  -2.862  -8.046
    9    HE2  LYS  36           HE2      LYS  36 -11.452  -3.421  -6.421
   10    HE3  LYS  36           HE3      LYS  36 -11.498  -1.685  -6.086
   11    HZ1  LYS  36           HZ1      LYS  36 -11.707  -1.319  -8.491
   12    HZ2  LYS  36           HZ2      LYS  36 -11.835  -2.994  -8.718
   13    HZ3  LYS  36           HZ3      LYS  36 -13.006  -2.170  -7.821

  No H/Q in entry =          13
  In of MODEL   30
    1    H    ASN  37           H        ASN  37  -8.172  -6.682  -2.692
    2    HA   ASN  37           HA       ASN  37  -8.024  -8.979  -2.642
    3    HB2  ASN  37           HB2      ASN  37  -9.835  -8.878  -5.021
    4    HB3  ASN  37           HB3      ASN  37  -9.928 -10.000  -3.698
    5   HD21  ASN  37          HD21      ASN  37 -10.416  -6.719  -4.761
    6   HD22  ASN  37          HD22      ASN  37 -11.622  -6.285  -3.614

  No H/Q in entry =           6
  In of MODEL   30
    1    H    GLY  38           H        GLY  38  -5.821  -8.036  -3.947
    2    HA2  GLY  38           HA2      GLY  38  -5.197 -10.168  -5.752
    3    HA3  GLY  38           HA3      GLY  38  -4.111  -8.887  -5.272

  No H/Q in entry =           3
  In of MODEL   30
    1    H    GLU  39           H        GLU  39  -6.051  -6.789  -6.288
    2    HA   GLU  39           HA       GLU  39  -5.482  -7.170  -9.144
    3    HB2  GLU  39           HB2      GLU  39  -7.891  -7.589  -8.694
    4    HB3  GLU  39           HB3      GLU  39  -8.022  -5.997  -7.998
    5    HG2  GLU  39           HG2      GLU  39  -6.973  -5.820 -10.654
    6    HG3  GLU  39           HG3      GLU  39  -8.521  -6.664 -10.639

  No H/Q in entry =           6
  In of MODEL   30
    1    H    ARG  40           H        ARG  40  -4.085  -5.663  -9.751
    2    HA   ARG  40           HA       ARG  40  -3.215  -3.492  -8.256
    3    HB2  ARG  40           HB2      ARG  40  -2.374  -4.704 -10.528
    4    HB3  ARG  40           HB3      ARG  40  -3.085  -3.260 -11.231
    5    HG2  ARG  40           HG2      ARG  40  -1.628  -1.900  -9.730
    6    HG3  ARG  40           HG3      ARG  40  -0.849  -3.402  -9.227
    7    HD2  ARG  40           HD2      ARG  40   0.495  -2.376 -10.952
    8    HD3  ARG  40           HD3      ARG  40  -0.244  -3.837 -11.612
    9    HE   ARG  40           HE       ARG  40  -2.004  -1.932 -12.346
   10   HH11  ARG  40          HH11      ARG  40   1.478  -2.095 -12.604
   11   HH12  ARG  40          HH12      ARG  40   1.540  -1.251 -14.119
   12   HH21  ARG  40          HH21      ARG  40  -1.936  -0.767 -14.337
   13   HH22  ARG  40          HH22      ARG  40  -0.399  -0.501 -15.106

  No H/Q in entry =          13
  In of MODEL   30
    1    H    ILE  41           H        ILE  41  -4.298  -1.765  -7.626
    2    HA   ILE  41           HA       ILE  41  -6.751  -0.893  -8.606
    3    HB   ILE  41           HB       ILE  41  -4.696   0.609  -6.980
    4   HG12  ILE  41          HG12      ILE  41  -7.152  -0.940  -6.154
    5   HG13  ILE  41          HG13      ILE  41  -5.498  -1.526  -6.012
    6   HG21  ILE  41          HG21      ILE  41  -7.628   1.221  -7.396
    7   HG22  ILE  41          HG22      ILE  41  -6.560   2.042  -6.260
    8   HG23  ILE  41          HG23      ILE  41  -6.275   2.175  -7.991
    9   HD11  ILE  41          HD11      ILE  41  -6.360   0.992  -4.659
   10   HD12  ILE  41          HD12      ILE  41  -6.660  -0.597  -3.950
   11   HD13  ILE  41          HD13      ILE  41  -5.003  -0.085  -4.292

  No H/Q in entry =          11
  In of MODEL   30
    1    H    GLU  42           H        GLU  42  -3.935   1.268  -8.657
    2    HA   GLU  42           HA       GLU  42  -2.609   1.303 -10.777
    3    HB2  GLU  42           HB2      GLU  42  -5.302   2.014 -11.967
    4    HB3  GLU  42           HB3      GLU  42  -3.766   2.256 -12.779
    5    HG2  GLU  42           HG2      GLU  42  -3.448  -0.296 -12.362
    6    HG3  GLU  42           HG3      GLU  42  -5.201  -0.282 -12.157

  No H/Q in entry =           6
  In of MODEL   30
    1    H    LYS  43           H        LYS  43  -5.016   3.418  -9.262
    2    HA   LYS  43           HA       LYS  43  -3.765   5.803 -10.342
    3    HB2  LYS  43           HB2      LYS  43  -5.752   5.761  -8.075
    4    HB3  LYS  43           HB3      LYS  43  -5.466   7.032  -9.249
    5    HG2  LYS  43           HG2      LYS  43  -6.922   4.424  -9.706
    6    HG3  LYS  43           HG3      LYS  43  -7.599   6.053  -9.688
    7    HD2  LYS  43           HD2      LYS  43  -5.521   5.145 -11.678
    8    HD3  LYS  43           HD3      LYS  43  -7.256   5.040 -11.965
    9    HE2  LYS  43           HE2      LYS  43  -5.768   7.589 -11.328
   10    HE3  LYS  43           HE3      LYS  43  -6.237   7.074 -12.949
   11    HZ1  LYS  43           HZ1      LYS  43  -8.559   7.124 -12.246
   12    HZ2  LYS  43           HZ2      LYS  43  -8.097   7.644 -10.705
   13    HZ3  LYS  43           HZ3      LYS  43  -7.827   8.641 -12.045

  No H/Q in entry =          13
  In of MODEL   30
    1    H    VAL  44           H        VAL  44  -1.709   4.661  -9.187
    2    HA   VAL  44           HA       VAL  44  -1.527   5.839  -6.508
    3    HB   VAL  44           HB       VAL  44  -1.526   3.107  -6.933
    4   HG11  VAL  44          HG11      VAL  44   0.651   3.139  -8.006
    5   HG12  VAL  44          HG12      VAL  44   1.330   3.964  -6.603
    6   HG13  VAL  44          HG13      VAL  44   0.725   2.311  -6.448
    7   HG21  VAL  44          HG21      VAL  44  -1.929   4.227  -4.820
    8   HG22  VAL  44          HG22      VAL  44  -0.756   2.922  -4.636
    9   HG23  VAL  44          HG23      VAL  44  -0.210   4.600  -4.682

  No H/Q in entry =           9
  In of MODEL   30
    1    H    GLU  45           H        GLU  45   0.253   7.034  -6.164
    2    HA   GLU  45           HA       GLU  45   2.453   6.852  -8.106
    3    HB2  GLU  45           HB2      GLU  45   0.703   9.228  -7.644
    4    HB3  GLU  45           HB3      GLU  45   2.401   9.488  -8.011
    5    HG2  GLU  45           HG2      GLU  45   0.545   7.868  -9.742
    6    HG3  GLU  45           HG3      GLU  45   0.871   9.585  -9.976

  No H/Q in entry =           6
  In of MODEL   30
    1    H    HIS  46           H        HIS  46   4.083   6.284  -6.736
    2    HA   HIS  46           HA       HIS  46   5.076   8.582  -5.264
    3    HB2  HIS  46           HB2      HIS  46   4.067   7.222  -3.505
    4    HB3  HIS  46           HB3      HIS  46   4.933   5.801  -4.072
    5    HD2  HIS  46           HD2      HIS  46   6.409   9.361  -3.184
    6    HE1  HIS  46           HE1      HIS  46   8.376   6.359  -0.948
    7    HE2  HIS  46           HE2      HIS  46   8.401   8.799  -1.628

  No H/Q in entry =           7
  In of MODEL   30
    1    H    SER  47           H        SER  47   7.056   8.975  -5.852
    2    HA   SER  47           HA       SER  47   8.589   6.921  -7.249
    3    HB2  SER  47           HB2      SER  47  10.067   9.008  -7.729
    4    HB3  SER  47           HB3      SER  47   8.504   8.880  -8.537
    5    HG   SER  47           HG       SER  47   9.187  10.938  -7.327

  No H/Q in entry =           5
  In of MODEL   30
    1    H    ASP  48           H        ASP  48  10.632   6.287  -6.588
    2    HA   ASP  48           HA       ASP  48  11.067   6.473  -3.774
    3    HB2  ASP  48           HB2      ASP  48  12.229   4.581  -4.051
    4    HB3  ASP  48           HB3      ASP  48  11.784   4.649  -5.748

  No H/Q in entry =           4
  In of MODEL   30
    1    H    LEU  49           H        LEU  49  13.152   7.073  -2.840
    2    HA   LEU  49           HA       LEU  49  14.273   9.434  -4.179
    3    HB2  LEU  49           HB2      LEU  49  14.186  10.559  -1.884
    4    HB3  LEU  49           HB3      LEU  49  12.682  10.431  -2.780
    5    HG   LEU  49           HG       LEU  49  12.563  10.040  -0.269
    6   HD11  LEU  49          HD11      LEU  49  10.762   9.365  -1.817
    7   HD12  LEU  49          HD12      LEU  49  11.496   7.762  -1.917
    8   HD13  LEU  49          HD13      LEU  49  10.882   8.358  -0.378
    9   HD21  LEU  49          HD21      LEU  49  13.849   7.415  -0.977
   10   HD22  LEU  49          HD22      LEU  49  14.534   8.680   0.046
   11   HD23  LEU  49          HD23      LEU  49  13.094   7.808   0.567

  No H/Q in entry =          11
  In of MODEL   30
    1    H    SER  50           H        SER  50  15.302   6.637  -3.538
    2    HA   SER  50           HA       SER  50  17.339   7.390  -1.549
    3    HB2  SER  50           HB2      SER  50  17.549   4.898  -1.137
    4    HB3  SER  50           HB3      SER  50  16.043   5.650  -0.614
    5    HG   SER  50           HG       SER  50  15.540   4.922  -3.040

  No H/Q in entry =           5
  In of MODEL   30
    1    H    PHE  51           H        PHE  51  16.856   6.223  -4.768
    2    HA   PHE  51           HA       PHE  51  18.187   5.504  -6.434
    3    HB2  PHE  51           HB2      PHE  51  19.016   7.843  -5.964
    4    HB3  PHE  51           HB3      PHE  51  20.363   7.108  -5.099
    5    HD1  PHE  51           HD1      PHE  51  22.292   6.567  -6.257
    6    HD2  PHE  51           HD2      PHE  51  18.649   7.055  -8.398
    7    HE1  PHE  51           HE1      PHE  51  23.516   6.346  -8.379
    8    HE2  PHE  51           HE2      PHE  51  19.865   6.829 -10.525
    9    HZ   PHE  51           HZ       PHE  51  22.301   6.476 -10.519

  No H/Q in entry =           9
  In of MODEL   30
    1    H    SER  52           H        SER  52  20.477   5.524  -3.698
    2    HA   SER  52           HA       SER  52  21.135   2.720  -4.294
    3    HB2  SER  52           HB2      SER  52  23.141   4.914  -3.693
    4    HB3  SER  52           HB3      SER  52  23.520   3.204  -3.893
    5    HG   SER  52           HG       SER  52  23.897   4.379  -5.811

  No H/Q in entry =           5
  In of MODEL   30
    1    H    LYS  53           H        LYS  53  19.457   2.795  -2.486
    2    HA   LYS  53           HA       LYS  53  18.864   2.438  -0.340
    3    HB2  LYS  53           HB2      LYS  53  21.829   1.977  -0.005
    4    HB3  LYS  53           HB3      LYS  53  20.635   1.647   1.243
    5    HG2  LYS  53           HG2      LYS  53  19.514   0.106  -0.413
    6    HG3  LYS  53           HG3      LYS  53  20.951   0.296  -1.421
    7    HD2  LYS  53           HD2      LYS  53  22.349  -0.591   0.347
    8    HD3  LYS  53           HD3      LYS  53  20.961  -0.684   1.434
    9    HE2  LYS  53           HE2      LYS  53  19.902  -2.259  -0.190
   10    HE3  LYS  53           HE3      LYS  53  21.415  -2.262  -1.092
   11    HZ1  LYS  53           HZ1      LYS  53  22.534  -3.089   0.914
   12    HZ2  LYS  53           HZ2      LYS  53  21.042  -3.151   1.720
   13    HZ3  LYS  53           HZ3      LYS  53  21.320  -4.150   0.380

  No H/Q in entry =          13
  In of MODEL   30
    1    H    ASP  54           H        ASP  54  21.950   3.737   0.696
    2    HA   ASP  54           HA       ASP  54  22.524   5.480   2.018
    3    HB2  ASP  54           HB2      ASP  54  21.642   6.804   0.070
    4    HB3  ASP  54           HB3      ASP  54  20.101   6.913   0.915

  No H/Q in entry =           4
  In of MODEL   30
    1    H    TRP  55           H        TRP  55  19.012   5.979   2.115
    2    HA   TRP  55           HA       TRP  55  18.855   4.928   4.797
    3    HB2  TRP  55           HB2      TRP  55  18.296   6.849   5.948
    4    HB3  TRP  55           HB3      TRP  55  19.568   7.420   4.886
    5    HD1  TRP  55           HD1      TRP  55  16.767   8.845   6.308
    6    HE1  TRP  55           HE1      TRP  55  15.537  10.516   4.785
    7    HE3  TRP  55           HE3      TRP  55  18.670   7.404   1.710
    8    HZ2  TRP  55           HZ2      TRP  55  15.367  11.136   2.054
    9    HZ3  TRP  55           HZ3      TRP  55  17.892   8.598  -0.277
   10    HH2  TRP  55           HH2      TRP  55  16.282  10.427  -0.121

  No H/Q in entry =          10
  In of MODEL   30
    1    H    SER  56           H        SER  56  16.762   4.502   5.451
    2    HA   SER  56           HA       SER  56  14.719   4.705   3.365
    3    HB2  SER  56           HB2      SER  56  14.231   2.235   3.989
    4    HB3  SER  56           HB3      SER  56  15.588   2.581   2.915
    5    HG   SER  56           HG       SER  56  15.801   1.154   4.955

  No H/Q in entry =           5
  In of MODEL   30
    1    H    PHE  57           H        PHE  57  13.126   5.916   4.547
    2    HA   PHE  57           HA       PHE  57  12.799   5.179   7.337
    3    HB2  PHE  57           HB2      PHE  57  11.912   7.456   7.585
    4    HB3  PHE  57           HB3      PHE  57  13.517   7.473   6.851
    5    HD1  PHE  57           HD1      PHE  57  10.104   8.506   6.530
    6    HD2  PHE  57           HD2      PHE  57  13.669   7.775   4.318
    7    HE1  PHE  57           HE1      PHE  57   9.233   9.870   4.677
    8    HE2  PHE  57           HE2      PHE  57  12.792   9.140   2.461
    9    HZ   PHE  57           HZ       PHE  57  10.582  10.176   2.638

  No H/Q in entry =           9
  In of MODEL   30
    1    H    TYR  58           H        TYR  58  10.267   6.645   7.373
    2    HA   TYR  58           HA       TYR  58   8.310   4.699   6.981
    3    HB2  TYR  58           HB2      TYR  58   7.984   6.693   8.336
    4    HB3  TYR  58           HB3      TYR  58   8.264   7.744   6.963
    5    HD1  TYR  58           HD1      TYR  58   6.499   7.987   5.206
    6    HD2  TYR  58           HD2      TYR  58   5.779   5.826   8.807
    7    HE1  TYR  58           HE1      TYR  58   4.064   8.191   4.834
    8    HE2  TYR  58           HE2      TYR  58   3.340   6.022   8.439
    9    HH   TYR  58           HH       TYR  58   2.031   7.170   5.465

  No H/Q in entry =           9
  In of MODEL   30
    1    H    LEU  59           H        LEU  59   7.826   3.728   5.069
    2    HA   LEU  59           HA       LEU  59   7.884   5.287   2.577
    3    HB2  LEU  59           HB2      LEU  59   8.274   2.468   3.336
    4    HB3  LEU  59           HB3      LEU  59   7.308   2.685   1.893
    5    HG   LEU  59           HG       LEU  59   9.991   4.013   2.125
    6   HD11  LEU  59          HD11      LEU  59  10.353   1.665   2.694
    7   HD12  LEU  59          HD12      LEU  59   9.475   1.173   1.246
    8   HD13  LEU  59          HD13      LEU  59  11.002   2.039   1.098
    9   HD21  LEU  59          HD21      LEU  59   8.280   3.008  -0.150
   10   HD22  LEU  59          HD22      LEU  59   8.623   4.687   0.259
   11   HD23  LEU  59          HD23      LEU  59   9.912   3.646  -0.343

  No H/Q in entry =          11
  In of MODEL   30
    1    H    LEU  60           H        LEU  60   5.968   6.061   1.828
    2    HA   LEU  60           HA       LEU  60   3.597   4.365   2.100
    3    HB2  LEU  60           HB2      LEU  60   3.332   5.968   3.820
    4    HB3  LEU  60           HB3      LEU  60   3.886   7.271   2.792
    5    HG   LEU  60           HG       LEU  60   1.798   6.974   1.426
    6   HD11  LEU  60          HD11      LEU  60   1.047   5.167   3.710
    7   HD12  LEU  60          HD12      LEU  60  -0.057   5.756   2.466
    8   HD13  LEU  60          HD13      LEU  60   1.282   4.694   2.027
    9   HD21  LEU  60          HD21      LEU  60   2.007   8.734   3.115
   10   HD22  LEU  60          HD22      LEU  60   0.355   8.124   3.011
   11   HD23  LEU  60          HD23      LEU  60   1.398   7.624   4.342

  No H/Q in entry =          11
  In of MODEL   30
    1    H    TYR  61           H        TYR  61   2.212   4.414   0.415
    2    HA   TYR  61           HA       TYR  61   2.762   6.185  -1.890
    3    HB2  TYR  61           HB2      TYR  61   1.884   3.255  -1.825
    4    HB3  TYR  61           HB3      TYR  61   1.806   4.253  -3.287
    5    HD1  TYR  61           HD1      TYR  61   3.512   3.841  -4.796
    6    HD2  TYR  61           HD2      TYR  61   4.396   3.546  -0.643
    7    HE1  TYR  61           HE1      TYR  61   5.839   3.272  -5.344
    8    HE2  TYR  61           HE2      TYR  61   6.732   2.984  -1.189
    9    HH   TYR  61           HH       TYR  61   8.060   2.149  -2.948

  No H/Q in entry =           9
  In of MODEL   30
    1    H    TYR  62           H        TYR  62   0.641   6.635  -3.143
    2    HA   TYR  62           HA       TYR  62  -1.645   6.356  -1.336
    3    HB2  TYR  62           HB2      TYR  62  -2.270   8.772  -1.761
    4    HB3  TYR  62           HB3      TYR  62  -0.916   8.482  -0.681
    5    HD1  TYR  62           HD1      TYR  62   1.281   9.280  -1.211
    6    HD2  TYR  62           HD2      TYR  62  -1.867   9.677  -4.047
    7    HE1  TYR  62           HE1      TYR  62   2.669  10.834  -2.526
    8    HE2  TYR  62           HE2      TYR  62  -0.489  11.225  -5.372
    9    HH   TYR  62           HH       TYR  62   2.776  11.569  -4.995

  No H/Q in entry =           9
  In of MODEL   30
    1    H    THR  63           H        THR  63  -3.591   6.075  -2.235
    2    HA   THR  63           HA       THR  63  -3.977   6.608  -5.087
    3    HB   THR  63           HB       THR  63  -3.257   4.137  -4.631
    4    HG1  THR  63           HG1      THR  63  -4.414   5.150  -6.529
    5   HG21  THR  63          HG21      THR  63  -6.151   4.033  -3.799
    6   HG22  THR  63          HG22      THR  63  -5.147   2.634  -4.163
    7   HG23  THR  63          HG23      THR  63  -4.765   3.656  -2.779

  No H/Q in entry =           7
  In of MODEL   30
    1    H    GLU  64           H        GLU  64  -6.061   7.204  -5.582
    2    HA   GLU  64           HA       GLU  64  -7.880   7.949  -3.555
    3    HB2  GLU  64           HB2      GLU  64  -7.820   9.012  -5.829
    4    HB3  GLU  64           HB3      GLU  64  -8.406   7.509  -6.514
    5    HG2  GLU  64           HG2      GLU  64 -10.435   7.799  -4.985
    6    HG3  GLU  64           HG3      GLU  64  -9.852   9.445  -4.737

  No H/Q in entry =           6
  In of MODEL   30
    1    H    PHE  65           H        PHE  65  -9.576   6.811  -2.600
    2    HA   PHE  65           HA       PHE  65 -10.422   4.347  -3.951
    3    HB2  PHE  65           HB2      PHE  65 -10.418   3.070  -1.955
    4    HB3  PHE  65           HB3      PHE  65  -8.885   3.904  -2.022
    5    HD1  PHE  65           HD1      PHE  65  -8.104   4.297   0.062
    6    HD2  PHE  65           HD2      PHE  65 -12.238   4.918  -0.703
    7    HE1  PHE  65           HE1      PHE  65  -8.427   5.080   2.383
    8    HE2  PHE  65           HE2      PHE  65 -12.548   5.703   1.605
    9    HZ   PHE  65           HZ       PHE  65 -10.661   5.775   3.152

  No H/Q in entry =           9
  In of MODEL   30
    1    H    THR  66           H        THR  66 -12.578   3.695  -3.608
    2    HA   THR  66           HA       THR  66 -14.181   5.298  -1.740
    3    HB   THR  66           HB       THR  66 -15.067   4.464  -4.526
    4    HG1  THR  66           HG1      THR  66 -13.868   6.734  -3.501
    5   HG21  THR  66          HG21      THR  66 -16.478   5.985  -2.319
    6   HG22  THR  66          HG22      THR  66 -17.040   5.909  -3.992
    7   HG23  THR  66          HG23      THR  66 -16.947   4.435  -3.031

  No H/Q in entry =           7
  In of MODEL   30
    1    HA   PRO  67           HA       PRO  67 -14.592   0.944  -0.649
    2    HB2  PRO  67           HB2      PRO  67 -15.914   1.465   1.779
    3    HB3  PRO  67           HB3      PRO  67 -14.191   1.162   1.553
    4    HG2  PRO  67           HG2      PRO  67 -15.450   3.629   2.290
    5    HG3  PRO  67           HG3      PRO  67 -13.728   3.306   2.044
    6    HD2  PRO  67           HD2      PRO  67 -15.595   4.714   0.335
    7    HD3  PRO  67           HD3      PRO  67 -13.831   4.607   0.210

  No H/Q in entry =           7
  In of MODEL   30
    1    H    THR  68           H        THR  68 -16.001  -0.522  -0.766
    2    HA   THR  68           HA       THR  68 -18.870   0.069  -0.717
    3    HB   THR  68           HB       THR  68 -19.187  -1.505  -2.612
    4    HG1  THR  68           HG1      THR  68 -17.347  -2.228  -3.765
    5   HG21  THR  68          HG21      THR  68 -17.266   0.734  -3.261
    6   HG22  THR  68          HG22      THR  68 -18.306  -0.093  -4.419
    7   HG23  THR  68          HG23      THR  68 -19.019   0.877  -3.129

  No H/Q in entry =           7
  In of MODEL   30
    1    H    GLU  69           H        GLU  69 -20.111  -1.815  -0.069
    2    HA   GLU  69           HA       GLU  69 -18.943  -3.373   1.927
    3    HB2  GLU  69           HB2      GLU  69 -21.249  -3.083   2.109
    4    HB3  GLU  69           HB3      GLU  69 -21.552  -3.418   0.419
    5    HG2  GLU  69           HG2      GLU  69 -20.712  -5.831   1.201
    6    HG3  GLU  69           HG3      GLU  69 -21.415  -5.257   2.717

  No H/Q in entry =           6
  In of MODEL   30
    1    H    LYS  70           H        LYS  70 -18.333  -3.694  -1.311
    2    HA   LYS  70           HA       LYS  70 -17.973  -6.587  -1.084
    3    HB2  LYS  70           HB2      LYS  70 -18.478  -4.928  -3.540
    4    HB3  LYS  70           HB3      LYS  70 -18.062  -6.632  -3.582
    5    HG2  LYS  70           HG2      LYS  70 -20.473  -5.642  -2.072
    6    HG3  LYS  70           HG3      LYS  70 -20.523  -5.974  -3.799
    7    HD2  LYS  70           HD2      LYS  70 -21.300  -7.944  -2.798
    8    HD3  LYS  70           HD3      LYS  70 -19.634  -8.295  -3.237
    9    HE2  LYS  70           HE2      LYS  70 -20.223  -7.283  -0.494
   10    HE3  LYS  70           HE3      LYS  70 -20.604  -8.957  -0.879
   11    HZ1  LYS  70           HZ1      LYS  70 -17.930  -7.698  -1.148
   12    HZ2  LYS  70           HZ2      LYS  70 -18.399  -8.734   0.097
   13    HZ3  LYS  70           HZ3      LYS  70 -18.295  -9.311  -1.494

  No H/Q in entry =          13
  In of MODEL   30
    1    H    ASP  71           H        ASP  71 -16.115  -3.653  -1.664
    2    HA   ASP  71           HA       ASP  71 -14.052  -5.259  -2.957
    3    HB2  ASP  71           HB2      ASP  71 -14.740  -3.161  -4.072
    4    HB3  ASP  71           HB3      ASP  71 -14.183  -2.248  -2.670

  No H/Q in entry =           4
  In of MODEL   30
    1    H    GLU  72           H        GLU  72 -12.227  -5.770  -2.083
    2    HA   GLU  72           HA       GLU  72 -11.501  -4.934   0.639
    3    HB2  GLU  72           HB2      GLU  72 -11.870  -7.278   0.323
    4    HB3  GLU  72           HB3      GLU  72 -10.891  -7.321  -1.121
    5    HG2  GLU  72           HG2      GLU  72  -9.668  -6.682   1.513
    6    HG3  GLU  72           HG3      GLU  72 -10.036  -8.344   1.074

  No H/Q in entry =           6
  In of MODEL   30
    1    H    TYR  73           H        TYR  73  -9.451  -4.024   1.025
    2    HA   TYR  73           HA       TYR  73  -7.904  -3.299  -1.379
    3    HB2  TYR  73           HB2      TYR  73  -8.403  -1.685   1.127
    4    HB3  TYR  73           HB3      TYR  73  -7.191  -1.258  -0.067
    5    HD1  TYR  73           HD1      TYR  73 -10.838  -1.871   0.331
    6    HD2  TYR  73           HD2      TYR  73  -7.773   0.056  -1.897
    7    HE1  TYR  73           HE1      TYR  73 -12.540  -0.600  -0.906
    8    HE2  TYR  73           HE2      TYR  73  -9.471   1.323  -3.138
    9    HH   TYR  73           HH       TYR  73 -11.862   1.115  -3.722

  No H/Q in entry =           9
  In of MODEL   30
    1    H    ALA  74           H        ALA  74  -5.805  -3.823  -1.437
    2    HA   ALA  74           HA       ALA  74  -4.508  -4.767   1.033
    3    HB1  ALA  74           HB1      ALA  74  -5.332  -6.679  -0.239
    4    HB2  ALA  74           HB2      ALA  74  -4.466  -6.108  -1.668
    5    HB3  ALA  74           HB3      ALA  74  -3.569  -6.631  -0.238

  No H/Q in entry =           5
  In of MODEL   30
    1    H    CYS  75           H        CYS  75  -2.126  -4.736   0.953
    2    HA   CYS  75           HA       CYS  75  -1.048  -3.218  -1.340
    3    HB2  CYS  75           HB2      CYS  75  -1.041  -1.719   0.523
    4    HB3  CYS  75           HB3      CYS  75  -0.301  -2.933   1.559

  No H/Q in entry =           4
  In of MODEL   30
    1    H    ARG  76           H        ARG  76   0.613  -4.132  -2.371
    2    HA   ARG  76           HA       ARG  76   1.646  -6.710  -1.387
    3    HB2  ARG  76           HB2      ARG  76   0.404  -6.400  -3.595
    4    HB3  ARG  76           HB3      ARG  76   1.823  -5.510  -4.146
    5    HG2  ARG  76           HG2      ARG  76   3.156  -7.517  -4.026
    6    HG3  ARG  76           HG3      ARG  76   1.852  -8.399  -3.226
    7    HD2  ARG  76           HD2      ARG  76   1.972  -8.965  -5.651
    8    HD3  ARG  76           HD3      ARG  76   0.448  -8.162  -5.229
    9    HE   ARG  76           HE       ARG  76   2.401  -6.252  -6.006
   10   HH11  ARG  76          HH11      ARG  76   0.229  -8.635  -7.393
   11   HH12  ARG  76          HH12      ARG  76   0.185  -7.850  -8.944
   12   HH21  ARG  76          HH21      ARG  76   2.331  -5.228  -8.009
   13   HH22  ARG  76          HH22      ARG  76   1.385  -5.917  -9.300

  No H/Q in entry =          13
  In of MODEL   30
    1    H    VAL  77           H        VAL  77   3.807  -6.865  -0.817
    2    HA   VAL  77           HA       VAL  77   5.649  -4.893  -2.013
    3    HB   VAL  77           HB       VAL  77   4.953  -4.409   0.472
    4   HG11  VAL  77          HG11      VAL  77   7.139  -6.445   0.861
    5   HG12  VAL  77          HG12      VAL  77   6.509  -5.361   2.102
    6   HG13  VAL  77          HG13      VAL  77   5.465  -6.596   1.392
    7   HG21  VAL  77          HG21      VAL  77   6.586  -3.147  -0.837
    8   HG22  VAL  77          HG22      VAL  77   7.099  -3.338   0.843
    9   HG23  VAL  77          HG23      VAL  77   7.826  -4.331  -0.421

  No H/Q in entry =           9
  In of MODEL   30
    1    H    ASN  78           H        ASN  78   7.523  -5.592  -2.654
    2    HA   ASN  78           HA       ASN  78   8.493  -8.236  -1.769
    3    HB2  ASN  78           HB2      ASN  78   7.323  -8.387  -4.015
    4    HB3  ASN  78           HB3      ASN  78   8.617  -7.375  -4.667
    5   HD21  ASN  78          HD21      ASN  78   9.265  -9.039  -6.065
    6   HD22  ASN  78          HD22      ASN  78  10.131 -10.425  -5.490

  No H/Q in entry =           6
  In of MODEL   30
    1    H    HIS  79           H        HIS  79  10.636  -8.519  -1.630
    2    HA   HIS  79           HA       HIS  79  12.430  -6.388  -2.532
    3    HB2  HIS  79           HB2      HIS  79  11.911  -6.123  -0.055
    4    HB3  HIS  79           HB3      HIS  79  12.659  -7.691   0.199
    5    HD2  HIS  79           HD2      HIS  79  13.599  -4.017  -0.285
    6    HE1  HIS  79           HE1      HIS  79  17.180  -6.262  -0.070
    7    HE2  HIS  79           HE2      HIS  79  16.199  -3.938  -0.328

  No H/Q in entry =           7
  In of MODEL   30
    1    H    VAL  80           H        VAL  80  14.668  -7.186  -2.678
    2    HA   VAL  80           HA       VAL  80  14.836  -9.602  -4.078
    3    HB   VAL  80           HB       VAL  80  17.151  -8.195  -2.739
    4   HG11  VAL  80          HG11      VAL  80  17.048 -10.005  -5.157
    5   HG12  VAL  80          HG12      VAL  80  18.477  -9.137  -4.594
    6   HG13  VAL  80          HG13      VAL  80  17.754 -10.389  -3.586
    7   HG21  VAL  80          HG21      VAL  80  15.853  -7.665  -5.406
    8   HG22  VAL  80          HG22      VAL  80  15.935  -6.574  -4.024
    9   HG23  VAL  80          HG23      VAL  80  17.404  -7.001  -4.897

  No H/Q in entry =           9
  In of MODEL   30
    1    H    THR  81           H        THR  81  14.822  -9.102  -0.677
    2    HA   THR  81           HA       THR  81  16.300 -11.517  -0.066
    3    HB   THR  81           HB       THR  81  16.461  -9.790   1.586
    4    HG1  THR  81           HG1      THR  81  15.782 -12.204   2.171
    5   HG21  THR  81          HG21      THR  81  13.442  -9.881   1.790
    6   HG22  THR  81          HG22      THR  81  14.512  -8.967   2.854
    7   HG23  THR  81          HG23      THR  81  14.410  -8.556   1.142

  No H/Q in entry =           7
  In of MODEL   30
    1    H    LEU  82           H        LEU  82  12.858 -10.539   0.276
    2    HA   LEU  82           HA       LEU  82  11.810 -13.053   0.821
    3    HB2  LEU  82           HB2      LEU  82  10.452 -11.003  -0.940
    4    HB3  LEU  82           HB3      LEU  82   9.690 -12.256   0.024
    5    HG   LEU  82           HG       LEU  82  11.212  -9.976   1.263
    6   HD11  LEU  82          HD11      LEU  82   8.289 -10.213   0.607
    7   HD12  LEU  82          HD12      LEU  82   8.977  -9.010   1.696
    8   HD13  LEU  82          HD13      LEU  82   9.434  -9.019  -0.006
    9   HD21  LEU  82          HD21      LEU  82  10.907 -11.956   2.677
   10   HD22  LEU  82          HD22      LEU  82   9.942 -10.600   3.258
   11   HD23  LEU  82          HD23      LEU  82   9.171 -11.910   2.365

  No H/Q in entry =          11
  In of MODEL   30
    1    H    SER  83           H        SER  83  10.781 -14.621  -0.505
    2    HA   SER  83           HA       SER  83  11.722 -14.686  -3.318
    3    HB2  SER  83           HB2      SER  83  12.604 -16.509  -1.911
    4    HB3  SER  83           HB3      SER  83  10.960 -16.988  -1.491
    5    HG   SER  83           HG       SER  83  10.760 -17.085  -3.951

  No H/Q in entry =           5
  In of MODEL   30
    1    H    GLN  84           H        GLN  84   9.221 -13.634  -1.774
    2    HA   GLN  84           HA       GLN  84   7.307 -14.074  -3.768
    3    HB2  GLN  84           HB2      GLN  84   5.612 -15.265  -2.369
    4    HB3  GLN  84           HB3      GLN  84   7.004 -16.253  -2.779
    5    HG2  GLN  84           HG2      GLN  84   7.914 -15.936  -0.533
    6    HG3  GLN  84           HG3      GLN  84   6.568 -14.868  -0.129
    7   HE21  GLN  84          HE21      GLN  84   7.414 -17.372   1.105
    8   HE22  GLN  84          HE22      GLN  84   6.045 -18.428   1.016

  No H/Q in entry =           8
  In of MODEL   30
    1    HA   PRO  85           HA       PRO  85   6.485 -10.194  -1.579
    2    HB2  PRO  85           HB2      PRO  85   4.354  -9.372  -3.077
    3    HB3  PRO  85           HB3      PRO  85   6.060  -9.065  -3.466
    4    HG2  PRO  85           HG2      PRO  85   4.182 -11.092  -4.598
    5    HG3  PRO  85           HG3      PRO  85   5.498 -10.204  -5.397
    6    HD2  PRO  85           HD2      PRO  85   5.736 -12.856  -4.606
    7    HD3  PRO  85           HD3      PRO  85   7.128 -11.729  -4.720

  No H/Q in entry =           7
  In of MODEL   30
    1    H    LYS  86           H        LYS  86   4.841  -9.326  -0.276
    2    HA   LYS  86           HA       LYS  86   2.838 -11.353   0.471
    3    HB2  LYS  86           HB2      LYS  86   3.916  -9.162   2.251
    4    HB3  LYS  86           HB3      LYS  86   2.952 -10.551   2.732
    5    HG2  LYS  86           HG2      LYS  86   4.780 -12.031   2.534
    6    HG3  LYS  86           HG3      LYS  86   5.677 -10.904   1.533
    7    HD2  LYS  86           HD2      LYS  86   6.814 -10.738   3.508
    8    HD3  LYS  86           HD3      LYS  86   5.662  -9.424   3.705
    9    HE2  LYS  86           HE2      LYS  86   5.785 -10.717   5.739
   10    HE3  LYS  86           HE3      LYS  86   4.201 -10.956   5.000
   11    HZ1  LYS  86           HZ1      LYS  86   6.497 -12.829   4.768
   12    HZ2  LYS  86           HZ2      LYS  86   5.180 -13.023   5.818
   13    HZ3  LYS  86           HZ3      LYS  86   4.940 -13.073   4.140

  No H/Q in entry =          13
  In of MODEL   30
    1    H    ILE  87           H        ILE  87   0.806 -10.757   0.907
    2    HA   ILE  87           HA       ILE  87   0.030  -8.027   0.111
    3    HB   ILE  87           HB       ILE  87  -1.231 -10.597  -0.523
    4   HG12  ILE  87          HG12      ILE  87  -0.634  -9.285  -2.376
    5   HG13  ILE  87          HG13      ILE  87  -2.374  -9.004  -2.241
    6   HG21  ILE  87          HG21      ILE  87  -2.923  -8.376   0.579
    7   HG22  ILE  87          HG22      ILE  87  -3.554  -9.607  -0.519
    8   HG23  ILE  87          HG23      ILE  87  -2.904 -10.073   1.058
    9   HD11  ILE  87          HD11      ILE  87  -1.954  -6.928  -1.065
   10   HD12  ILE  87          HD12      ILE  87  -0.217  -7.179  -1.245
   11   HD13  ILE  87          HD13      ILE  87  -1.230  -6.949  -2.669

  No H/Q in entry =          11
  In of MODEL   30
    1    H    VAL  88           H        VAL  88  -0.887  -6.726   1.519
    2    HA   VAL  88           HA       VAL  88  -1.830  -7.859   4.066
    3    HB   VAL  88           HB       VAL  88   0.124  -6.460   4.442
    4   HG11  VAL  88          HG11      VAL  88  -1.381  -4.291   3.024
    5   HG12  VAL  88          HG12      VAL  88   0.110  -4.060   3.934
    6   HG13  VAL  88          HG13      VAL  88   0.110  -5.068   2.483
    7   HG21  VAL  88          HG21      VAL  88  -2.460  -5.178   5.279
    8   HG22  VAL  88          HG22      VAL  88  -1.534  -6.390   6.164
    9   HG23  VAL  88          HG23      VAL  88  -0.886  -4.760   5.959

  No H/Q in entry =           9
  In of MODEL   30
    1    H    LYS  89           H        LYS  89  -3.985  -7.632   4.356
    2    HA   LYS  89           HA       LYS  89  -5.303  -5.726   2.562
    3    HB2  LYS  89           HB2      LYS  89  -6.566  -8.158   3.806
    4    HB3  LYS  89           HB3      LYS  89  -7.210  -7.137   2.526
    5    HG2  LYS  89           HG2      LYS  89  -5.829  -8.031   0.932
    6    HG3  LYS  89           HG3      LYS  89  -4.631  -8.544   2.121
    7    HD2  LYS  89           HD2      LYS  89  -7.376  -9.740   1.886
    8    HD3  LYS  89           HD3      LYS  89  -5.951 -10.411   1.095
    9    HE2  LYS  89           HE2      LYS  89  -4.907 -10.749   3.276
   10    HE3  LYS  89           HE3      LYS  89  -6.308 -10.029   4.069
   11    HZ1  LYS  89           HZ1      LYS  89  -7.661 -11.833   3.064
   12    HZ2  LYS  89           HZ2      LYS  89  -6.232 -12.565   2.522
   13    HZ3  LYS  89           HZ3      LYS  89  -6.518 -12.380   4.183

  No H/Q in entry =          13
  In of MODEL   30
    1    H    TRP  90           H        TRP  90  -6.892  -4.419   3.344
    2    HA   TRP  90           HA       TRP  90  -6.489  -3.660   6.099
    3    HB2  TRP  90           HB2      TRP  90  -6.595  -1.942   4.329
    4    HB3  TRP  90           HB3      TRP  90  -8.235  -2.448   3.946
    5    HD1  TRP  90           HD1      TRP  90  -6.722  -1.445   7.414
    6    HE1  TRP  90           HE1      TRP  90  -8.163   0.383   8.395
    7    HE3  TRP  90           HE3      TRP  90  -9.996  -0.800   3.491
    8    HZ2  TRP  90           HZ2      TRP  90 -10.457   1.890   7.676
    9    HZ3  TRP  90           HZ3      TRP  90 -11.776   0.862   3.725
   10    HH2  TRP  90           HH2      TRP  90 -12.012   2.194   5.753

  No H/Q in entry =          10
  In of MODEL   30
    1    H    ASP  91           H        ASP  91  -7.746  -4.102   7.791
    2    HA   ASP  91           HA       ASP  91  -9.768  -6.103   7.474
    3    HB2  ASP  91           HB2      ASP  91  -9.922  -6.087   9.922
    4    HB3  ASP  91           HB3      ASP  91  -8.254  -6.223   9.379

  No H/Q in entry =           4
  In of MODEL   30
    1    H    ARG  92           H        ARG  92 -11.660  -5.604   6.702
    2    HA   ARG  92           HA       ARG  92 -13.565  -4.034   7.971
    3    HB2  ARG  92           HB2      ARG  92 -13.716  -2.047   6.624
    4    HB3  ARG  92           HB3      ARG  92 -12.033  -2.199   7.131
    5    HG2  ARG  92           HG2      ARG  92 -11.580  -1.779   5.000
    6    HG3  ARG  92           HG3      ARG  92 -11.890  -3.510   4.788
    7    HD2  ARG  92           HD2      ARG  92 -13.269  -1.255   3.607
    8    HD3  ARG  92           HD3      ARG  92 -13.503  -2.983   3.318
    9    HE   ARG  92           HE       ARG  92 -14.822  -1.939   5.675
   10   HH11  ARG  92          HH11      ARG  92 -15.055  -2.664   2.261
   11   HH12  ARG  92          HH12      ARG  92 -16.784  -2.708   2.249
   12   HH21  ARG  92          HH21      ARG  92 -17.102  -2.013   5.687
   13   HH22  ARG  92          HH22      ARG  92 -17.959  -2.353   4.213

  No H/Q in entry =          13
  In of MODEL   30
    1    H    ASP  93           H        ASP  93 -12.461  -5.976   5.494
    2    HA   ASP  93           HA       ASP  93 -15.029  -6.748   4.578
    3    HB2  ASP  93           HB2      ASP  93 -14.750  -4.585   3.354
    4    HB3  ASP  93           HB3      ASP  93 -13.333  -5.275   2.555

  No H/Q in entry =           4
  In of MODEL   30
    1    HA   MET  94           HA       MET  94 -10.960  -8.899   2.907
    2    HB2  MET  94           HB2      MET  94  -9.766 -10.016   5.152
    3    HB3  MET  94           HB3      MET  94  -9.093  -8.758   4.121
    4    HG2  MET  94           HG2      MET  94  -9.007  -8.276   6.589
    5    HG3  MET  94           HG3      MET  94  -9.792  -7.017   5.627
    6    HE1  MET  94           HE1      MET  94 -10.926 -10.497   7.177
    7    HE2  MET  94           HE2      MET  94 -10.033  -9.642   8.434
    8    HE3  MET  94           HE3      MET  94 -11.767  -9.914   8.612

  No H/Q in entry =           8