*HEADER    TRANSCRIPTION                           29-MAR-10   2XA6
*TITLE     STRUCTURAL BASIS FOR HOMODIMERIZATION OF THE SRC-ASSOCIATED
*TITLE    2 DURING MITOSIS, 68 KD PROTEIN (SAM68) QUA1 DOMAIN
*COMPND    MOL_ID: 1;
*COMPND   2 MOLECULE: KH DOMAIN-CONTAINING\,RNA-BINDING\,SIGNAL
*COMPND   3  TRANSDUCTION-ASSOCIATED PROTEIN 1;
*COMPND   4 CHAIN: A, B;
*COMPND   5 FRAGMENT: QUA1, RESIDUES 97-135;
*COMPND   6 SYNONYM: SAM68, P21 RAS GTPASE-ACTIVATING
*COMPND   7  PROTEIN-ASSOCIATED P62, GAP-ASSOCIATED TYROSINE
*COMPND   8  PHOSPHOPROTEIN P62, SRC-ASSOCIATED IN MITOSIS 68 KDA
*COMPND   9  PROTEIN, P68;
*COMPND  10 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: 562;
*SOURCE   7 EXPRESSION_SYSTEM_PLASMID: PETM11 ZZ SAM68 QUA1
*KEYWDS    TRANSCRIPTION, STAR PROTEINS, CD44;
*EXPDTA    SOLUTION NMR
*AUTHOR    N.H.MEYER,K.TRIPSIANES,M.VINCENDEAUX,T.MADL,F.KATEB,
*AUTHOR   2 R.BRACK-WERNER,M.SATTLER
*REVDAT   1   29-MAR-10 2XA6    0




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   (  segid "   A" and resid 118  and name  HD# )
   (( segid "   B" and resid 110  and name  HB1 ))

      2.920     1.120     1.120
 assi 
   (  segid "   A" and resid 125  and name  HD2#)
   (  segid "   B" and resid 118  and name  HD# )

      3.520     1.720     1.720
 assi 
   (  segid "   A" and resid 118  and name  HD# )
   (  segid "   B" and resid 125  and name  HD2#)

      3.520     1.720     1.720
 assi 
   (( segid "   A" and resid 114  and name  HB2 ))
   (  segid "   B" and resid 118  and name  HE# )

      2.940     1.140     1.140
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (( segid "   B" and resid 114  and name  HB2 ))

      2.940     1.140     1.140
 assi 
   (( segid "   A" and resid 110  and name  HB1 ))
   (  segid "   B" and resid 118  and name  HE# )

      3.545     1.745     1.745
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (( segid "   B" and resid 110  and name  HB1 ))

      3.545     1.745     1.745
 assi 
   (  segid "   A" and resid 124  and name  HD1#)
   (  segid "   B" and resid 103  and name  HE# )

      3.230     1.430     1.430
 assi 
   (  segid "   A" and resid 103  and name  HE# )
   (  segid "   B" and resid 124  and name  HD1#)

      3.230     1.430     1.430
 assi 
   (  segid "   A" and resid 114  and name  HD2#)
   (  segid "   B" and resid 118  and name  HE# )

      3.355     1.555     1.555
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (  segid "   B" and resid 114  and name  HD2#)

      3.355     1.555     1.555
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (  segid "   B" and resid 114  and name  HD1#)

      2.800     1.000     1.000
 assi 
   (  segid "   A" and resid 114  and name  HD1#)
   (  segid "   B" and resid 118  and name  HE# )

      2.800     1.000     1.000
 assi 
   (( segid "   A" and resid 118  and name  HZ  ))
   (  segid "   B" and resid 114  and name  HD1#)

      2.850     1.050     1.050
 assi 
   (  segid "   A" and resid 114  and name  HD1#)
   (( segid "   B" and resid 118  and name  HZ  ))

      2.850     1.050     1.050
 assi 
   (  segid "   A" and resid 118  and name  HD# )
   (( segid "   B" and resid 110  and name  HG1 ))

      2.925     1.125     1.125
 assi 
   (( segid "   A" and resid 110  and name  HG1 ))
   (  segid "   B" and resid 118  and name  HD# )

      2.925     1.125     1.125
 assi 
   (  segid "   A" and resid 118  and name  HD# )
   (  segid "   B" and resid 125  and name  HD1#)

      3.290     1.490     1.490
 assi 
   (  segid "   A" and resid 125  and name  HD1#)
   (  segid "   B" and resid 118  and name  HD# )

      3.290     1.490     1.490
 assi 
   (( segid "   A" and resid 120  and name  HA  ))
   (  segid "   B" and resid 107  and name  HD2#)

      3.080     1.280     1.280
 assi 
   (  segid "   A" and resid 107  and name  HD2#)
   (( segid "   B" and resid 120  and name  HA  ))

      3.080     1.280     1.280
 assi 
   (( segid "   A" and resid 125  and name  HA  ))
   (  segid "   B" and resid 124  and name  HD1#)

      2.515     0.715     0.715
 assi 
   (  segid "   A" and resid 124  and name  HD1#)
   (( segid "   B" and resid 125  and name  HA  ))

      2.515     0.715     0.715
 assi 
   (( segid "   A" and resid 121  and name  HA  ))
   (  segid "   B" and resid 121  and name  HB# )

      3.200     1.400     1.400
 assi 
   (  segid "   A" and resid 121  and name  HB# )
   (( segid "   B" and resid 121  and name  HA  ))

      3.200     1.400     1.400
 assi 
   (  segid "   A" and resid 125  and name  HD2#)
   (  segid "   B" and resid 124  and name  HD1#)

      2.400     0.600     0.600
 assi 
   (  segid "   A" and resid 124  and name  HD1#)
   (  segid "   B" and resid 125  and name  HD2#)

      2.400     0.600     0.600
 assi 
   (  segid "   A" and resid 125  and name  HD1#)
   (  segid "   B" and resid 114  and name  HD2#)

      3.010     1.210     1.210
 assi 
   (  segid "   A" and resid 114  and name  HD2#)
   (  segid "   B" and resid 125  and name  HD1#)

      3.010     1.210     1.210
 assi 
   (( segid "   A" and resid 121  and name  HA  ))
   (  segid "   B" and resid 125  and name  HD1#)

      2.700     0.900     0.900
 assi 
   (  segid "   A" and resid 125  and name  HD1#)
   (( segid "   B" and resid 121  and name  HA  ))

      2.700     0.900     0.900
 assi 
   (( segid "   A" and resid 121  and name  HA  ))
   (  segid "   B" and resid 125  and name  HD2#)

      2.810     1.010     1.010
 assi 
   (  segid "   A" and resid 125  and name  HD2#)
   (( segid "   B" and resid 121  and name  HA  ))

      2.810     1.010     1.010
 assi 
   (( segid "   A" and resid 125  and name  HA  ))
   (  segid "   B" and resid 124  and name  HD2#)

      3.395     1.595     1.595
 assi 
   (  segid "   A" and resid 124  and name  HD2#)
   (( segid "   B" and resid 125  and name  HA  ))

      3.395     1.595     1.595
 assi 
   (  segid "   A" and resid 124  and name  HD1#)
   (  segid "   B" and resid 107  and name  HD2#)

      2.655     0.855     0.855
 assi 
   (  segid "   A" and resid 107  and name  HD2#)
   (  segid "   B" and resid 124  and name  HD1#)

      2.655     0.855     0.855
 assi 
   (  segid "   A" and resid 107  and name  HD2#)
   (  segid "   B" and resid 124  and name  HD2#)

      2.855     1.055     1.055
 assi 
   (  segid "   A" and resid 124  and name  HD2#)
   (  segid "   B" and resid 107  and name  HD2#)

      2.855     1.055     1.055
 assi 
   (  segid "   A" and resid 125  and name  HD2#)
   (( segid "   B" and resid 121  and name  HN  ))

      2.700     0.900     0.900
 assi 
   (( segid "   A" and resid 121  and name  HN  ))
   (  segid "   B" and resid 125  and name  HD2#)

      2.700     0.900     0.900
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (( segid "   B" and resid 114  and name  HN  ))

      2.825     1.025     1.025
 assi 
   (( segid "   A" and resid 114  and name  HN  ))
   (  segid "   B" and resid 118  and name  HE# )

      2.825     1.025     1.025
 assi 
   (( segid "   A" and resid 118  and name  HZ  ))
   (( segid "   B" and resid 114  and name  HN  ))

      3.235     1.435     1.435
 assi 
   (( segid "   A" and resid 114  and name  HN  ))
   (( segid "   B" and resid 118  and name  HZ  ))

      3.235     1.435     1.435
 assi 
   (  segid "   A" and resid 124  and name  HD1#)
   (( segid "   B" and resid 128  and name  HN  ))

      3.060     1.260     1.260
 assi 
   (( segid "   A" and resid 128  and name  HN  ))
   (  segid "   B" and resid 124  and name  HD1#)

      3.060     1.260     1.260
 assi 
   (( segid "   A" and resid 114  and name  HB1 ))
   (  segid "   B" and resid 118  and name  HE# )

      3.515     1.715     1.715
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (( segid "   B" and resid 114  and name  HB1 ))

      3.515     1.715     1.715
 assi 
   (( segid "   A" and resid 114  and name  HA  ))
   (  segid "   B" and resid 118  and name  HD# )

      3.330     1.530     1.530
 assi 
   (  segid "   A" and resid 118  and name  HD# )
   (( segid "   B" and resid 114  and name  HA  ))

      3.330     1.530     1.530
 assi 
   (( segid "   A" and resid 113  and name  HB1 ))
   (( segid "   B" and resid 118  and name  HZ  ))

      2.715     0.915     0.915
 assi 
   (( segid "   A" and resid 118  and name  HZ  ))
   (( segid "   B" and resid 113  and name  HB1 ))

      2.715     0.915     0.915
 assi 
   (( segid "   A" and resid 120  and name  HB1 ))
   (  segid "   B" and resid 103  and name  HE# )

      3.035     1.235     1.235
 assi 
   (  segid "   A" and resid 103  and name  HE# )
   (( segid "   B" and resid 120  and name  HB1 ))

      3.035     1.235     1.235
 assi 
   (( segid "   A" and resid 106  and name  HB1 ))
   (( segid "   B" and resid 120  and name  HD2 ))

      2.685     0.885     0.885
 assi 
   (( segid "   A" and resid 120  and name  HD2 ))
   (( segid "   B" and resid 106  and name  HB1 ))

      2.685     0.885     0.885
 assi 
   (  segid "   A" and resid 110  and name  HB# )
   (  segid "   B" and resid 118  and name  HD# )

      2.645     0.845     0.845
 assi 
   (  segid "   A" and resid 110  and name  HB# )
   (( segid "   B" and resid 121  and name  HN  ))

      3.565     1.765     1.765
 assi 
   (  segid "   A" and resid 110  and name  HB# )
   (  segid "   B" and resid 121  and name  HB# )

      3.055     1.255     1.255
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (( segid "   B" and resid 118  and name  HA  ))

      2.915     1.115     1.115
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (  segid "   B" and resid 118  and name  HD# )

      2.675     0.875     0.875
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (  segid "   B" and resid 118  and name  HE# )

      3.320     1.520     1.520
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (( segid "   B" and resid 119  and name  HN  ))

      3.125     1.325     1.325
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (( segid "   B" and resid 120  and name  HN  ))

      3.320     1.520     1.520
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (( segid "   B" and resid 121  and name  HN  ))

      3.375     1.575     1.575
 assi 
   (  segid "   A" and resid 110  and name  HG# )
   (  segid "   B" and resid 121  and name  HB# )

      3.570     1.770     1.770
 assi 
   (( segid "   A" and resid 118  and name  HA  ))
   (  segid "   B" and resid 110  and name  HG# )

      2.915     1.115     1.115
 assi 
   (  segid "   A" and resid 118  and name  HD# )
   (  segid "   B" and resid 110  and name  HB# )

      2.645     0.845     0.845
 assi 
   (  segid "   A" and resid 118  and name  HD# )
   (  segid "   B" and resid 110  and name  HG# )

      2.675     0.875     0.875
 assi 
   (  segid "   A" and resid 118  and name  HE# )
   (  segid "   B" and resid 110  and name  HG# )

      3.320     1.520     1.520
 assi 
   (( segid "   A" and resid 119  and name  HN  ))
   (  segid "   B" and resid 110  and name  HG# )

      3.125     1.325     1.325
 assi 
   (( segid "   A" and resid 120  and name  HN  ))
   (  segid "   B" and resid 110  and name  HG# )

      3.320     1.520     1.520
 assi 
   (( segid "   A" and resid 121  and name  HN  ))
   (  segid "   B" and resid 110  and name  HB# )

      3.565     1.765     1.765
 assi 
   (( segid "   A" and resid 121  and name  HN  ))
   (  segid "   B" and resid 110  and name  HG# )

      3.375     1.575     1.575
 assi 
   (  segid "   A" and resid 121  and name  HB# )
   (  segid "   B" and resid 110  and name  HB# )

      3.055     1.255     1.255
 assi 
   (  segid "   A" and resid 121  and name  HB# )
   (  segid "   B" and resid 110  and name  HG# )

      3.570     1.770     1.770
 assi 
   (  segid "   A" and resid 128  and name  HB# )
   (  segid "   B" and resid 124  and name  HD1#)

      2.340     0.540     0.540
assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 105 and name    HA) (segid "   A" and resid 105 and name    CA) -18.039 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 105 and name    HA) (segid "   B" and resid 105 and name    CA) -18.039 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 106 and name    HA) (segid "   A" and resid 106 and name    CA) 0.564 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 106 and name    HA) (segid "   B" and resid 106 and name    CA) 0.564 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 107 and name    HA) (segid "   A" and resid 107 and name    CA) 8.455 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 107 and name    HA) (segid "   B" and resid 107 and name    CA) 8.455 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 108 and name    HA) (segid "   A" and resid 108 and name    CA) -7.704 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 108 and name    HA) (segid "   B" and resid 108 and name    CA) -7.704 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 109 and name    HA) (segid "   A" and resid 109 and name    CA) -5.074 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 109 and name    HA) (segid "   B" and resid 109 and name    CA) -5.074 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 116 and name    HA) (segid "   A" and resid 116 and name    CA) 3.382 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 116 and name    HA) (segid "   B" and resid 116 and name    CA) 3.382 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 118 and name    HA) (segid "   A" and resid 118 and name    CA) 16.723 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 118 and name    HA) (segid "   B" and resid 118 and name    CA) 16.723 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 121 and name    HA) (segid "   A" and resid 121 and name    CA) -6.388 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 121 and name    HA) (segid "   B" and resid 121 and name    CA) -6.388 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 123 and name    HA) (segid "   A" and resid 123 and name    CA) 3.006 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 123 and name    HA) (segid "   B" and resid 123 and name    CA) 3.006 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 124 and name    HA) (segid "   A" and resid 124 and name    CA) -4.133 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 124 and name    HA) (segid "   B" and resid 124 and name    CA) -4.133 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 125 and name    HA) (segid "   A" and resid 125 and name    CA) -10.146 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 125 and name    HA) (segid "   B" and resid 125 and name    CA) -10.146 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 126 and name    HA) (segid "   A" and resid 126 and name    CA) 7.328 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 126 and name    HA) (segid "   B" and resid 126 and name    CA) 7.328 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 127 and name    HA) (segid "   A" and resid 127 and name    CA) -11.274 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 127 and name    HA) (segid "   B" and resid 127 and name    CA) -11.274 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 128 and name    HA) (segid "   A" and resid 128 and name    CA) 6.201 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 128 and name    HA) (segid "   B" and resid 128 and name    CA) 6.201 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 130 and name    HA) (segid "   A" and resid 130 and name    CA) 3.946 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 130 and name    HA) (segid "   B" and resid 130 and name    CA) 3.946 4.482

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 101 and name    HN) (segid "   A" and resid 101 and name    N) -3.649 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 101 and name    HN) (segid "   B" and resid 101 and name    N) -3.649 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 102 and name    HN) (segid "   A" and resid 102 and name    N) -6.462 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 102 and name    HN) (segid "   B" and resid 102 and name    N) -6.462 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 103 and name    HN) (segid "   A" and resid 103 and name    N) 1.672 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 103 and name    HN) (segid "   B" and resid 103 and name    N) 1.672 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 104 and name    HN) (segid "   A" and resid 104 and name    N) 5.549 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 104 and name    HN) (segid "   B" and resid 104 and name    N) 5.549 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 106 and name    HN) (segid "   A" and resid 106 and name    N) -0.608 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 106 and name    HN) (segid "   B" and resid 106 and name    N) -0.608 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 107 and name    HN) (segid "   A" and resid 107 and name    N) 6.766 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 107 and name    HN) (segid "   B" and resid 107 and name    N) 6.766 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 108 and name    HN) (segid "   A" and resid 108 and name    N) 3.269 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 108 and name    HN) (segid "   B" and resid 108 and name    N) 3.269 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 109 and name    HN) (segid "   A" and resid 109 and name    N) -4.713 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 109 and name    HN) (segid "   B" and resid 109 and name    N) -4.713 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 110 and name    HN) (segid "   A" and resid 110 and name    N) 1.976 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 110 and name    HN) (segid "   B" and resid 110 and name    N) 1.976 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 111 and name    HN) (segid "   A" and resid 111 and name    N) 4.029 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 111 and name    HN) (segid "   B" and resid 111 and name    N) 4.029 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 112 and name    HN) (segid "   A" and resid 112 and name    N) -1.292 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 112 and name    HN) (segid "   B" and resid 112 and name    N) -1.292 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 117 and name    HN) (segid "   A" and resid 117 and name    N) 2.585 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 117 and name    HN) (segid "   B" and resid 117 and name    N) 2.585 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 118 and name    HN) (segid "   A" and resid 118 and name    N) 12.391 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 118 and name    HN) (segid "   B" and resid 118 and name    N) 12.391 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 119 and name    HN) (segid "   A" and resid 119 and name    N) 10.491 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 119 and name    HN) (segid "   B" and resid 119 and name    N) 10.491 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 121 and name    HN) (segid "   A" and resid 121 and name    N) 7.830 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 121 and name    HN) (segid "   B" and resid 121 and name    N) 7.830 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 122 and name    HN) (segid "   A" and resid 122 and name    N) 7.678 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 122 and name    HN) (segid "   B" and resid 122 and name    N) 7.678 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 123 and name    HN) (segid "   A" and resid 123 and name    N) 13.075 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 123 and name    HN) (segid "   B" and resid 123 and name    N) 13.075 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 124 and name    HN) (segid "   A" and resid 124 and name    N) 9.350 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 124 and name    HN) (segid "   B" and resid 124 and name    N) 9.350 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 125 and name    HN) (segid "   A" and resid 125 and name    N) 2.433 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 125 and name    HN) (segid "   B" and resid 125 and name    N) 2.433 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 126 and name    HN) (segid "   A" and resid 126 and name    N) 10.947 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 126 and name    HN) (segid "   B" and resid 126 and name    N) 10.947 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 127 and name    HN) (segid "   A" and resid 127 and name    N) 11.631 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 127 and name    HN) (segid "   B" and resid 127 and name    N) 11.631 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 128 and name    HN) (segid "   A" and resid 128 and name    N) 8.970 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 128 and name    HN) (segid "   B" and resid 128 and name    N) 8.970 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 129 and name    HN) (segid "   A" and resid 129 and name    N) 7.374 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 129 and name    HN) (segid "   B" and resid 129 and name    N) 7.374 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 130 and name    HN) (segid "   A" and resid 130 and name    N) 11.555 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 130 and name    HN) (segid "   B" and resid 130 and name    N) 11.555 3.000

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 101 and name    N) (segid "   A" and resid 100 and name    C) 5.444 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 101 and name    N) (segid "   B" and resid 100 and name    C) 5.444 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 102 and name    N) (segid "   A" and resid 101 and name    C) -5.234 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 102 and name    N) (segid "   B" and resid 101 and name    C) -5.234 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 103 and name    N) (segid "   A" and resid 102 and name    C) 11.519 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 103 and name    N) (segid "   B" and resid 102 and name    C) 11.519 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 104 and name    N) (segid "   A" and resid 103 and name    C) 0.837 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 104 and name    N) (segid "   B" and resid 103 and name    C) 0.837 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 106 and name    N) (segid "   A" and resid 105 and name    C) -7.540 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 106 and name    N) (segid "   B" and resid 105 and name    C) -7.540 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 107 and name    N) (segid "   A" and resid 106 and name    C) 0.837 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 107 and name    N) (segid "   B" and resid 106 and name    C) 0.837 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 108 and name    N) (segid "   A" and resid 107 and name    C) 11.100 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 108 and name    N) (segid "   B" and resid 107 and name    C) 11.100 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 109 and name    N) (segid "   A" and resid 108 and name    C) -13.822 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 109 and name    N) (segid "   B" and resid 108 and name    C) -13.822 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 110 and name    N) (segid "   A" and resid 109 and name    C) 1.256 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 110 and name    N) (segid "   B" and resid 109 and name    C) 1.256 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 111 and name    N) (segid "   A" and resid 110 and name    C) 5.444 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 111 and name    N) (segid "   B" and resid 110 and name    C) 5.444 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 112 and name    N) (segid "   A" and resid 111 and name    C) 12.147 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 112 and name    N) (segid "   B" and resid 111 and name    C) 12.147 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 117 and name    N) (segid "   A" and resid 116 and name    C) 2.513 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 117 and name    N) (segid "   B" and resid 116 and name    C) 2.513 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 118 and name    N) (segid "   A" and resid 117 and name    C) -1.884 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 118 and name    N) (segid "   B" and resid 117 and name    C) -1.884 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 119 and name    N) (segid "   A" and resid 118 and name    C) -3.978 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 119 and name    N) (segid "   B" and resid 118 and name    C) -3.978 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 122 and name    N) (segid "   A" and resid 121 and name    C) -13.403 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 122 and name    N) (segid "   B" and resid 121 and name    C) -13.403 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 123 and name    N) (segid "   A" and resid 122 and name    C) 9.215 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 123 and name    N) (segid "   B" and resid 122 and name    C) 9.215 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 124 and name    N) (segid "   A" and resid 123 and name    C) -10.262 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 124 and name    N) (segid "   B" and resid 123 and name    C) -10.262 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 125 and name    N) (segid "   A" and resid 124 and name    C) 2.722 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 125 and name    N) (segid "   B" and resid 124 and name    C) 2.722 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 126 and name    N) (segid "   A" and resid 125 and name    C) -11.519 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 126 and name    N) (segid "   B" and resid 125 and name    C) -11.519 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 127 and name    N) (segid "   A" and resid 126 and name    C) 10.053 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 127 and name    N) (segid "   B" and resid 126 and name    C) 10.053 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 128 and name    N) (segid "   A" and resid 127 and name    C) -11.728 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 128 and name    N) (segid "   B" and resid 127 and name    C) -11.728 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 129 and name    N) (segid "   A" and resid 128 and name    C) -2.722 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 129 and name    N) (segid "   B" and resid 128 and name    C) -2.722 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 130 and name    N) (segid "   A" and resid 129 and name    C) -3.559 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 130 and name    N) (segid "   B" and resid 129 and name    C) -3.559 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 131 and name    N) (segid "   A" and resid 130 and name    C) -5.025 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 131 and name    N) (segid "   B" and resid 130 and name    C) -5.025 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   A" and resid 132 and name    N) (segid "   A" and resid 131 and name    C) 1.047 11.028

assign  (resid 999 and name OO) (resid 999 and name Z)(resid 999 and name X) (resid 999 and name Y)
        (segid "   B" and resid 132 and name    N) (segid "   B" and resid 131 and name    C) 1.047 11.028

 ASSIGN  (segid "   A" and resid 95   and name C   ) (segid "   A" and resid 96   and name N   )
        (segid "   A" and resid 96   and name CA   ) (segid "   A" and resid 96   and name C   )  1.00 -72.66 15.38 2

 ASSIGN  (segid "   A" and resid 96   and name N   ) (segid "   A" and resid 96   and name CA   )
        (segid "   A" and resid 96   and name C   ) (segid "   A" and resid 97   and name N   )  1.00 -28.98 11.95 2

 ASSIGN  (segid "   A" and resid 97   and name C   ) (segid "   A" and resid 98   and name N   )
        (segid "   A" and resid 98   and name CA   ) (segid "   A" and resid 98   and name C   )  1.00 -77.13 11.69 2

 ASSIGN  (segid "   A" and resid 98   and name N   ) (segid "   A" and resid 98   and name CA   )
        (segid "   A" and resid 98   and name C   ) (segid "   A" and resid 99   and name N   )  1.00 141.46 14.12 2

 ASSIGN  (segid "   A" and resid 99   and name C   ) (segid "   A" and resid 100   and name N   )
        (segid "   A" and resid 100   and name CA   ) (segid "   A" and resid 100   and name C   )  1.00 -69.77 10.57 2

 ASSIGN  (segid "   A" and resid 100   and name N   ) (segid "   A" and resid 100   and name CA   )
        (segid "   A" and resid 100   and name C   ) (segid "   A" and resid 101   and name N   )  1.00 -32.85 15.05 2

 ASSIGN  (segid "   A" and resid 100   and name C   ) (segid "   A" and resid 101   and name N   )
        (segid "   A" and resid 101   and name CA   ) (segid "   A" and resid 101   and name C   )  1.00 -69.85 15.70 2

 ASSIGN  (segid "   A" and resid 101   and name N   ) (segid "   A" and resid 101   and name CA   )
        (segid "   A" and resid 101   and name C   ) (segid "   A" and resid 102   and name N   )  1.00 -24.44 29.20 2

 ASSIGN  (segid "   A" and resid 102   and name C   ) (segid "   A" and resid 103   and name N   )
        (segid "   A" and resid 103   and name CA   ) (segid "   A" and resid 103   and name C   )  1.00 -66.86 6.91 2

 ASSIGN  (segid "   A" and resid 103   and name N   ) (segid "   A" and resid 103   and name CA   )
        (segid "   A" and resid 103   and name C   ) (segid "   A" and resid 104   and name N   )  1.00 -38.65 8.88 2

 ASSIGN  (segid "   A" and resid 103   and name C   ) (segid "   A" and resid 104   and name N   )
        (segid "   A" and resid 104   and name CA   ) (segid "   A" and resid 104   and name C   )  1.00 -57.17 8.77 2

 ASSIGN  (segid "   A" and resid 104   and name N   ) (segid "   A" and resid 104   and name CA   )
        (segid "   A" and resid 104   and name C   ) (segid "   A" and resid 105   and name N   )  1.00 -48.31 9.19 2

 ASSIGN  (segid "   A" and resid 105   and name N   ) (segid "   A" and resid 105   and name CA   )
        (segid "   A" and resid 105   and name C   ) (segid "   A" and resid 106   and name N   )  1.00 -36.66 7.64 2

 ASSIGN  (segid "   A" and resid 105   and name C   ) (segid "   A" and resid 106   and name N   )
        (segid "   A" and resid 106   and name CA   ) (segid "   A" and resid 106   and name C   )  1.00 -66.77 2.78 2

 ASSIGN  (segid "   A" and resid 106   and name N   ) (segid "   A" and resid 106   and name CA   )
        (segid "   A" and resid 106   and name C   ) (segid "   A" and resid 107   and name N   )  1.00 -36.86 8.62 2

 ASSIGN  (segid "   A" and resid 106   and name C   ) (segid "   A" and resid 107   and name N   )
        (segid "   A" and resid 107   and name CA   ) (segid "   A" and resid 107   and name C   )  1.00 -61.12 3.49 2

 ASSIGN  (segid "   A" and resid 107   and name N   ) (segid "   A" and resid 107   and name CA   )
        (segid "   A" and resid 107   and name C   ) (segid "   A" and resid 108   and name N   )  1.00 -41.99 2.87 2

 ASSIGN  (segid "   A" and resid 107   and name C   ) (segid "   A" and resid 108   and name N   )
        (segid "   A" and resid 108   and name CA   ) (segid "   A" and resid 108   and name C   )  1.00 -61.19 4.90 2

 ASSIGN  (segid "   A" and resid 108   and name N   ) (segid "   A" and resid 108   and name CA   )
        (segid "   A" and resid 108   and name C   ) (segid "   A" and resid 109   and name N   )  1.00 -40.01 6.16 2

 ASSIGN  (segid "   A" and resid 108   and name C   ) (segid "   A" and resid 109   and name N   )
        (segid "   A" and resid 109   and name CA   ) (segid "   A" and resid 109   and name C   )  1.00 -64.96 2.70 2

 ASSIGN  (segid "   A" and resid 109   and name N   ) (segid "   A" and resid 109   and name CA   )
        (segid "   A" and resid 109   and name C   ) (segid "   A" and resid 110   and name N   )  1.00 -38.89 5.30 2

 ASSIGN  (segid "   A" and resid 109   and name C   ) (segid "   A" and resid 110   and name N   )
        (segid "   A" and resid 110   and name CA   ) (segid "   A" and resid 110   and name C   )  1.00 -60.51 6.15 2

 ASSIGN  (segid "   A" and resid 110   and name N   ) (segid "   A" and resid 110   and name CA   )
        (segid "   A" and resid 110   and name C   ) (segid "   A" and resid 111   and name N   )  1.00 -46.61 7.05 2

 ASSIGN  (segid "   A" and resid 110   and name C   ) (segid "   A" and resid 111   and name N   )
        (segid "   A" and resid 111   and name CA   ) (segid "   A" and resid 111   and name C   )  1.00 -59.45 3.08 2

 ASSIGN  (segid "   A" and resid 111   and name N   ) (segid "   A" and resid 111   and name CA   )
        (segid "   A" and resid 111   and name C   ) (segid "   A" and resid 112   and name N   )  1.00 -45.78 6.91 2

 ASSIGN  (segid "   A" and resid 111   and name C   ) (segid "   A" and resid 112   and name N   )
        (segid "   A" and resid 112   and name CA   ) (segid "   A" and resid 112   and name C   )  1.00 -71.00 8.03 2

 ASSIGN  (segid "   A" and resid 112   and name N   ) (segid "   A" and resid 112   and name CA   )
        (segid "   A" and resid 112   and name C   ) (segid "   A" and resid 113   and name N   )  1.00 -24.61 16.53 2

 ASSIGN  (segid "   A" and resid 112   and name C   ) (segid "   A" and resid 113   and name N   )
        (segid "   A" and resid 113   and name CA   ) (segid "   A" and resid 113   and name C   )  1.00 -90.13 13.36 2

 ASSIGN  (segid "   A" and resid 113   and name N   ) (segid "   A" and resid 113   and name CA   )
        (segid "   A" and resid 113   and name C   ) (segid "   A" and resid 114   and name N   )  1.00 -13.03 25.93 2

 ASSIGN  (segid "   A" and resid 113   and name C   ) (segid "   A" and resid 114   and name N   )
        (segid "   A" and resid 114   and name CA   ) (segid "   A" and resid 114   and name C   )  1.00 -84.09 23.01 2

 ASSIGN  (segid "   A" and resid 114   and name N   ) (segid "   A" and resid 114   and name CA   )
        (segid "   A" and resid 114   and name C   ) (segid "   A" and resid 115   and name N   )  1.00 127.72 15.73 2

 ASSIGN  (segid "   A" and resid 114   and name C   ) (segid "   A" and resid 115   and name N   )
        (segid "   A" and resid 115   and name CA   ) (segid "   A" and resid 115   and name C   )  1.00 -81.43 23.28 2

 ASSIGN  (segid "   A" and resid 115   and name N   ) (segid "   A" and resid 115   and name CA   )
        (segid "   A" and resid 115   and name C   ) (segid "   A" and resid 116   and name N   )  1.00 128.99 13.21 2

 ASSIGN  (segid "   A" and resid 116   and name N   ) (segid "   A" and resid 116   and name CA   )
        (segid "   A" and resid 116   and name C   ) (segid "   A" and resid 117   and name N   )  1.00 -30.78 12.64 2

 ASSIGN  (segid "   A" and resid 119   and name C   ) (segid "   A" and resid 120   and name N   )
        (segid "   A" and resid 120   and name CA   ) (segid "   A" and resid 120   and name C   )  1.00 -63.18 4.77 2

 ASSIGN  (segid "   A" and resid 120   and name N   ) (segid "   A" and resid 120   and name CA   )
        (segid "   A" and resid 120   and name C   ) (segid "   A" and resid 121   and name N   )  1.00 -39.24 5.16 2

 ASSIGN  (segid "   A" and resid 120   and name C   ) (segid "   A" and resid 121   and name N   )
        (segid "   A" and resid 121   and name CA   ) (segid "   A" and resid 121   and name C   )  1.00 -62.32 3.25 2

 ASSIGN  (segid "   A" and resid 121   and name N   ) (segid "   A" and resid 121   and name CA   )
        (segid "   A" and resid 121   and name C   ) (segid "   A" and resid 122   and name N   )  1.00 -41.03 3.20 2

 ASSIGN  (segid "   A" and resid 121   and name C   ) (segid "   A" and resid 122   and name N   )
        (segid "   A" and resid 122   and name CA   ) (segid "   A" and resid 122   and name C   )  1.00 -64.78 5.31 2

 ASSIGN  (segid "   A" and resid 122   and name N   ) (segid "   A" and resid 122   and name CA   )
        (segid "   A" and resid 122   and name C   ) (segid "   A" and resid 123   and name N   )  1.00 -39.10 6.56 2

 ASSIGN  (segid "   A" and resid 122   and name C   ) (segid "   A" and resid 123   and name N   )
        (segid "   A" and resid 123   and name CA   ) (segid "   A" and resid 123   and name C   )  1.00 -61.90 4.24 2

 ASSIGN  (segid "   A" and resid 123   and name N   ) (segid "   A" and resid 123   and name CA   )
        (segid "   A" and resid 123   and name C   ) (segid "   A" and resid 124   and name N   )  1.00 -42.93 3.69 2

 ASSIGN  (segid "   A" and resid 123   and name C   ) (segid "   A" and resid 124   and name N   )
        (segid "   A" and resid 124   and name CA   ) (segid "   A" and resid 124   and name C   )  1.00 -63.41 4.00 2

 ASSIGN  (segid "   A" and resid 124   and name N   ) (segid "   A" and resid 124   and name CA   )
        (segid "   A" and resid 124   and name C   ) (segid "   A" and resid 125   and name N   )  1.00 -42.17 2.79 2

 ASSIGN  (segid "   A" and resid 124   and name C   ) (segid "   A" and resid 125   and name N   )
        (segid "   A" and resid 125   and name CA   ) (segid "   A" and resid 125   and name C   )  1.00 -64.45 4.22 2

 ASSIGN  (segid "   A" and resid 125   and name N   ) (segid "   A" and resid 125   and name CA   )
        (segid "   A" and resid 125   and name C   ) (segid "   A" and resid 126   and name N   )  1.00 -42.56 2.85 2

 ASSIGN  (segid "   A" and resid 125   and name C   ) (segid "   A" and resid 126   and name N   )
        (segid "   A" and resid 126   and name CA   ) (segid "   A" and resid 126   and name C   )  1.00 -66.96 6.66 2

 ASSIGN  (segid "   A" and resid 126   and name N   ) (segid "   A" and resid 126   and name CA   )
        (segid "   A" and resid 126   and name C   ) (segid "   A" and resid 127   and name N   )  1.00 -39.41 6.25 2

 ASSIGN  (segid "   A" and resid 126   and name C   ) (segid "   A" and resid 127   and name N   )
        (segid "   A" and resid 127   and name CA   ) (segid "   A" and resid 127   and name C   )  1.00 -66.26 4.98 2

 ASSIGN  (segid "   A" and resid 127   and name N   ) (segid "   A" and resid 127   and name CA   )
        (segid "   A" and resid 127   and name C   ) (segid "   A" and resid 128   and name N   )  1.00 -40.49 4.25 2

 ASSIGN  (segid "   A" and resid 127   and name C   ) (segid "   A" and resid 128   and name N   )
        (segid "   A" and resid 128   and name CA   ) (segid "   A" and resid 128   and name C   )  1.00 -71.70 16.65 2

 ASSIGN  (segid "   A" and resid 128   and name N   ) (segid "   A" and resid 128   and name CA   )
        (segid "   A" and resid 128   and name C   ) (segid "   A" and resid 129   and name N   )  1.00 -39.38 10.99 2

 ASSIGN  (segid "   A" and resid 128   and name C   ) (segid "   A" and resid 129   and name N   )
        (segid "   A" and resid 129   and name CA   ) (segid "   A" and resid 129   and name C   )  1.00 -62.54 3.24 2

 ASSIGN  (segid "   A" and resid 129   and name N   ) (segid "   A" and resid 129   and name CA   )
        (segid "   A" and resid 129   and name C   ) (segid "   A" and resid 130   and name N   )  1.00 -44.04 3.99 2

 ASSIGN  (segid "   A" and resid 129   and name C   ) (segid "   A" and resid 130   and name N   )
        (segid "   A" and resid 130   and name CA   ) (segid "   A" and resid 130   and name C   )  1.00 -63.18 5.37 2

 ASSIGN  (segid "   A" and resid 130   and name N   ) (segid "   A" and resid 130   and name CA   )
        (segid "   A" and resid 130   and name C   ) (segid "   A" and resid 131   and name N   )  1.00 -43.68 7.56 2

 ASSIGN  (segid "   A" and resid 130   and name C   ) (segid "   A" and resid 131   and name N   )
        (segid "   A" and resid 131   and name CA   ) (segid "   A" and resid 131   and name C   )  1.00 -61.73 3.95 2

 ASSIGN  (segid "   A" and resid 131   and name N   ) (segid "   A" and resid 131   and name CA   )
        (segid "   A" and resid 131   and name C   ) (segid "   A" and resid 132   and name N   )  1.00 -42.17 8.53 2

 ASSIGN  (segid "   A" and resid 131   and name C   ) (segid "   A" and resid 132   and name N   )
        (segid "   A" and resid 132   and name CA   ) (segid "   A" and resid 132   and name C   )  1.00 -69.25 12.52 2

 ASSIGN  (segid "   A" and resid 132   and name N   ) (segid "   A" and resid 132   and name CA   )
        (segid "   A" and resid 132   and name C   ) (segid "   A" and resid 133   and name N   )  1.00 -36.65 10.23 2

 ASSIGN  (segid "   A" and resid 132   and name C   ) (segid "   A" and resid 133   and name N   )
        (segid "   A" and resid 133   and name CA   ) (segid "   A" and resid 133   and name C   )  1.00 -65.92 7.95 2

 ASSIGN  (segid "   A" and resid 133   and name N   ) (segid "   A" and resid 133   and name CA   )
        (segid "   A" and resid 133   and name C   ) (segid "   A" and resid 134   and name N   )  1.00 -32.71 9.32 2

 ASSIGN  (segid "   A" and resid 133   and name C   ) (segid "   A" and resid 134   and name N   )
        (segid "   A" and resid 134   and name CA   ) (segid "   A" and resid 134   and name C   )  1.00 -74.98 12.26 2

 ASSIGN  (segid "   A" and resid 134   and name N   ) (segid "   A" and resid 134   and name CA   )
        (segid "   A" and resid 134   and name C   ) (segid "   A" and resid 135   and name N   )  1.00 -23.18 17.48 2

 ASSIGN  (segid "   B" and resid 95   and name C   ) (segid "   B" and resid 96   and name N   )
        (segid "   B" and resid 96   and name CA   ) (segid "   B" and resid 96   and name C   )  1.00 -72.66 15.38 2

 ASSIGN  (segid "   B" and resid 96   and name N   ) (segid "   B" and resid 96   and name CA   )
        (segid "   B" and resid 96   and name C   ) (segid "   B" and resid 97   and name N   )  1.00 -28.98 11.95 2

 ASSIGN  (segid "   B" and resid 97   and name C   ) (segid "   B" and resid 98   and name N   )
        (segid "   B" and resid 98   and name CA   ) (segid "   B" and resid 98   and name C   )  1.00 -77.13 11.69 2

 ASSIGN  (segid "   B" and resid 98   and name N   ) (segid "   B" and resid 98   and name CA   )
        (segid "   B" and resid 98   and name C   ) (segid "   B" and resid 99   and name N   )  1.00 141.46 14.12 2

 ASSIGN  (segid "   B" and resid 99   and name C   ) (segid "   B" and resid 100   and name N   )
        (segid "   B" and resid 100   and name CA   ) (segid "   B" and resid 100   and name C   )  1.00 -69.77 10.57 2

 ASSIGN  (segid "   B" and resid 100   and name N   ) (segid "   B" and resid 100   and name CA   )
        (segid "   B" and resid 100   and name C   ) (segid "   B" and resid 101   and name N   )  1.00 -32.85 15.05 2

 ASSIGN  (segid "   B" and resid 100   and name C   ) (segid "   B" and resid 101   and name N   )
        (segid "   B" and resid 101   and name CA   ) (segid "   B" and resid 101   and name C   )  1.00 -69.85 15.70 2

 ASSIGN  (segid "   B" and resid 101   and name N   ) (segid "   B" and resid 101   and name CA   )
        (segid "   B" and resid 101   and name C   ) (segid "   B" and resid 102   and name N   )  1.00 -24.44 29.20 2

 ASSIGN  (segid "   B" and resid 102   and name C   ) (segid "   B" and resid 103   and name N   )
        (segid "   B" and resid 103   and name CA   ) (segid "   B" and resid 103   and name C   )  1.00 -66.86 6.91 2

 ASSIGN  (segid "   B" and resid 103   and name N   ) (segid "   B" and resid 103   and name CA   )
        (segid "   B" and resid 103   and name C   ) (segid "   B" and resid 104   and name N   )  1.00 -38.65 8.88 2

 ASSIGN  (segid "   B" and resid 103   and name C   ) (segid "   B" and resid 104   and name N   )
        (segid "   B" and resid 104   and name CA   ) (segid "   B" and resid 104   and name C   )  1.00 -57.17 8.77 2

 ASSIGN  (segid "   B" and resid 104   and name N   ) (segid "   B" and resid 104   and name CA   )
        (segid "   B" and resid 104   and name C   ) (segid "   B" and resid 105   and name N   )  1.00 -48.31 9.19 2

 ASSIGN  (segid "   B" and resid 105   and name N   ) (segid "   B" and resid 105   and name CA   )
        (segid "   B" and resid 105   and name C   ) (segid "   B" and resid 106   and name N   )  1.00 -36.66 7.64 2

 ASSIGN  (segid "   B" and resid 105   and name C   ) (segid "   B" and resid 106   and name N   )
        (segid "   B" and resid 106   and name CA   ) (segid "   B" and resid 106   and name C   )  1.00 -66.77 2.78 2

 ASSIGN  (segid "   B" and resid 106   and name N   ) (segid "   B" and resid 106   and name CA   )
        (segid "   B" and resid 106   and name C   ) (segid "   B" and resid 107   and name N   )  1.00 -36.86 8.62 2

 ASSIGN  (segid "   B" and resid 106   and name C   ) (segid "   B" and resid 107   and name N   )
        (segid "   B" and resid 107   and name CA   ) (segid "   B" and resid 107   and name C   )  1.00 -61.12 3.49 2

 ASSIGN  (segid "   B" and resid 107   and name N   ) (segid "   B" and resid 107   and name CA   )
        (segid "   B" and resid 107   and name C   ) (segid "   B" and resid 108   and name N   )  1.00 -41.99 2.87 2

 ASSIGN  (segid "   B" and resid 107   and name C   ) (segid "   B" and resid 108   and name N   )
        (segid "   B" and resid 108   and name CA   ) (segid "   B" and resid 108   and name C   )  1.00 -61.19 4.90 2

 ASSIGN  (segid "   B" and resid 108   and name N   ) (segid "   B" and resid 108   and name CA   )
        (segid "   B" and resid 108   and name C   ) (segid "   B" and resid 109   and name N   )  1.00 -40.01 6.16 2

 ASSIGN  (segid "   B" and resid 108   and name C   ) (segid "   B" and resid 109   and name N   )
        (segid "   B" and resid 109   and name CA   ) (segid "   B" and resid 109   and name C   )  1.00 -64.96 2.70 2

 ASSIGN  (segid "   B" and resid 109   and name N   ) (segid "   B" and resid 109   and name CA   )
        (segid "   B" and resid 109   and name C   ) (segid "   B" and resid 110   and name N   )  1.00 -38.89 5.30 2

 ASSIGN  (segid "   B" and resid 109   and name C   ) (segid "   B" and resid 110   and name N   )
        (segid "   B" and resid 110   and name CA   ) (segid "   B" and resid 110   and name C   )  1.00 -60.51 6.15 2

 ASSIGN  (segid "   B" and resid 110   and name N   ) (segid "   B" and resid 110   and name CA   )
        (segid "   B" and resid 110   and name C   ) (segid "   B" and resid 111   and name N   )  1.00 -46.61 7.05 2

 ASSIGN  (segid "   B" and resid 110   and name C   ) (segid "   B" and resid 111   and name N   )
        (segid "   B" and resid 111   and name CA   ) (segid "   B" and resid 111   and name C   )  1.00 -59.45 3.08 2

 ASSIGN  (segid "   B" and resid 111   and name N   ) (segid "   B" and resid 111   and name CA   )
        (segid "   B" and resid 111   and name C   ) (segid "   B" and resid 112   and name N   )  1.00 -45.78 6.91 2

 ASSIGN  (segid "   B" and resid 111   and name C   ) (segid "   B" and resid 112   and name N   )
        (segid "   B" and resid 112   and name CA   ) (segid "   B" and resid 112   and name C   )  1.00 -71.00 8.03 2

 ASSIGN  (segid "   B" and resid 112   and name N   ) (segid "   B" and resid 112   and name CA   )
        (segid "   B" and resid 112   and name C   ) (segid "   B" and resid 113   and name N   )  1.00 -24.61 16.53 2

 ASSIGN  (segid "   B" and resid 112   and name C   ) (segid "   B" and resid 113   and name N   )
        (segid "   B" and resid 113   and name CA   ) (segid "   B" and resid 113   and name C   )  1.00 -90.13 13.36 2

 ASSIGN  (segid "   B" and resid 113   and name N   ) (segid "   B" and resid 113   and name CA   )
        (segid "   B" and resid 113   and name C   ) (segid "   B" and resid 114   and name N   )  1.00 -13.03 25.93 2

 ASSIGN  (segid "   B" and resid 113   and name C   ) (segid "   B" and resid 114   and name N   )
        (segid "   B" and resid 114   and name CA   ) (segid "   B" and resid 114   and name C   )  1.00 -84.09 23.01 2

 ASSIGN  (segid "   B" and resid 114   and name N   ) (segid "   B" and resid 114   and name CA   )
        (segid "   B" and resid 114   and name C   ) (segid "   B" and resid 115   and name N   )  1.00 127.72 15.73 2

 ASSIGN  (segid "   B" and resid 114   and name C   ) (segid "   B" and resid 115   and name N   )
        (segid "   B" and resid 115   and name CA   ) (segid "   B" and resid 115   and name C   )  1.00 -81.43 23.28 2

 ASSIGN  (segid "   B" and resid 115   and name N   ) (segid "   B" and resid 115   and name CA   )
        (segid "   B" and resid 115   and name C   ) (segid "   B" and resid 116   and name N   )  1.00 128.99 13.21 2

 ASSIGN  (segid "   B" and resid 116   and name N   ) (segid "   B" and resid 116   and name CA   )
        (segid "   B" and resid 116   and name C   ) (segid "   B" and resid 117   and name N   )  1.00 -30.78 12.64 2

 ASSIGN  (segid "   B" and resid 119   and name C   ) (segid "   B" and resid 120   and name N   )
        (segid "   B" and resid 120   and name CA   ) (segid "   B" and resid 120   and name C   )  1.00 -63.18 4.77 2

 ASSIGN  (segid "   B" and resid 120   and name N   ) (segid "   B" and resid 120   and name CA   )
        (segid "   B" and resid 120   and name C   ) (segid "   B" and resid 121   and name N   )  1.00 -39.24 5.16 2

 ASSIGN  (segid "   B" and resid 120   and name C   ) (segid "   B" and resid 121   and name N   )
        (segid "   B" and resid 121   and name CA   ) (segid "   B" and resid 121   and name C   )  1.00 -62.32 3.25 2

 ASSIGN  (segid "   B" and resid 121   and name N   ) (segid "   B" and resid 121   and name CA   )
        (segid "   B" and resid 121   and name C   ) (segid "   B" and resid 122   and name N   )  1.00 -41.03 3.20 2

 ASSIGN  (segid "   B" and resid 121   and name C   ) (segid "   B" and resid 122   and name N   )
        (segid "   B" and resid 122   and name CA   ) (segid "   B" and resid 122   and name C   )  1.00 -64.78 5.31 2

 ASSIGN  (segid "   B" and resid 122   and name N   ) (segid "   B" and resid 122   and name CA   )
        (segid "   B" and resid 122   and name C   ) (segid "   B" and resid 123   and name N   )  1.00 -39.10 6.56 2

 ASSIGN  (segid "   B" and resid 122   and name C   ) (segid "   B" and resid 123   and name N   )
        (segid "   B" and resid 123   and name CA   ) (segid "   B" and resid 123   and name C   )  1.00 -61.90 4.24 2

 ASSIGN  (segid "   B" and resid 123   and name N   ) (segid "   B" and resid 123   and name CA   )
        (segid "   B" and resid 123   and name C   ) (segid "   B" and resid 124   and name N   )  1.00 -42.93 3.69 2

 ASSIGN  (segid "   B" and resid 123   and name C   ) (segid "   B" and resid 124   and name N   )
        (segid "   B" and resid 124   and name CA   ) (segid "   B" and resid 124   and name C   )  1.00 -63.41 4.00 2

 ASSIGN  (segid "   B" and resid 124   and name N   ) (segid "   B" and resid 124   and name CA   )
        (segid "   B" and resid 124   and name C   ) (segid "   B" and resid 125   and name N   )  1.00 -42.17 2.79 2

 ASSIGN  (segid "   B" and resid 124   and name C   ) (segid "   B" and resid 125   and name N   )
        (segid "   B" and resid 125   and name CA   ) (segid "   B" and resid 125   and name C   )  1.00 -64.45 4.22 2

 ASSIGN  (segid "   B" and resid 125   and name N   ) (segid "   B" and resid 125   and name CA   )
        (segid "   B" and resid 125   and name C   ) (segid "   B" and resid 126   and name N   )  1.00 -42.56 2.85 2

 ASSIGN  (segid "   B" and resid 125   and name C   ) (segid "   B" and resid 126   and name N   )
        (segid "   B" and resid 126   and name CA   ) (segid "   B" and resid 126   and name C   )  1.00 -66.96 6.66 2

 ASSIGN  (segid "   B" and resid 126   and name N   ) (segid "   B" and resid 126   and name CA   )
        (segid "   B" and resid 126   and name C   ) (segid "   B" and resid 127   and name N   )  1.00 -39.41 6.25 2

 ASSIGN  (segid "   B" and resid 126   and name C   ) (segid "   B" and resid 127   and name N   )
        (segid "   B" and resid 127   and name CA   ) (segid "   B" and resid 127   and name C   )  1.00 -66.26 4.98 2

 ASSIGN  (segid "   B" and resid 127   and name N   ) (segid "   B" and resid 127   and name CA   )
        (segid "   B" and resid 127   and name C   ) (segid "   B" and resid 128   and name N   )  1.00 -40.49 4.25 2

 ASSIGN  (segid "   B" and resid 127   and name C   ) (segid "   B" and resid 128   and name N   )
        (segid "   B" and resid 128   and name CA   ) (segid "   B" and resid 128   and name C   )  1.00 -71.70 16.65 2

 ASSIGN  (segid "   B" and resid 128   and name N   ) (segid "   B" and resid 128   and name CA   )
        (segid "   B" and resid 128   and name C   ) (segid "   B" and resid 129   and name N   )  1.00 -39.38 10.99 2

 ASSIGN  (segid "   B" and resid 128   and name C   ) (segid "   B" and resid 129   and name N   )
        (segid "   B" and resid 129   and name CA   ) (segid "   B" and resid 129   and name C   )  1.00 -62.54 3.24 2

 ASSIGN  (segid "   B" and resid 129   and name N   ) (segid "   B" and resid 129   and name CA   )
        (segid "   B" and resid 129   and name C   ) (segid "   B" and resid 130   and name N   )  1.00 -44.04 3.99 2

 ASSIGN  (segid "   B" and resid 129   and name C   ) (segid "   B" and resid 130   and name N   )
        (segid "   B" and resid 130   and name CA   ) (segid "   B" and resid 130   and name C   )  1.00 -63.18 5.37 2

 ASSIGN  (segid "   B" and resid 130   and name N   ) (segid "   B" and resid 130   and name CA   )
        (segid "   B" and resid 130   and name C   ) (segid "   B" and resid 131   and name N   )  1.00 -43.68 7.56 2

 ASSIGN  (segid "   B" and resid 130   and name C   ) (segid "   B" and resid 131   and name N   )
        (segid "   B" and resid 131   and name CA   ) (segid "   B" and resid 131   and name C   )  1.00 -61.73 3.95 2

 ASSIGN  (segid "   B" and resid 131   and name N   ) (segid "   B" and resid 131   and name CA   )
        (segid "   B" and resid 131   and name C   ) (segid "   B" and resid 132   and name N   )  1.00 -42.17 8.53 2

 ASSIGN  (segid "   B" and resid 131   and name C   ) (segid "   B" and resid 132   and name N   )
        (segid "   B" and resid 132   and name CA   ) (segid "   B" and resid 132   and name C   )  1.00 -69.25 12.52 2

 ASSIGN  (segid "   B" and resid 132   and name N   ) (segid "   B" and resid 132   and name CA   )
        (segid "   B" and resid 132   and name C   ) (segid "   B" and resid 133   and name N   )  1.00 -36.65 10.23 2

 ASSIGN  (segid "   B" and resid 132   and name C   ) (segid "   B" and resid 133   and name N   )
        (segid "   B" and resid 133   and name CA   ) (segid "   B" and resid 133   and name C   )  1.00 -65.92 7.95 2

 ASSIGN  (segid "   B" and resid 133   and name N   ) (segid "   B" and resid 133   and name CA   )
        (segid "   B" and resid 133   and name C   ) (segid "   B" and resid 134   and name N   )  1.00 -32.71 9.32 2

 ASSIGN  (segid "   B" and resid 133   and name C   ) (segid "   B" and resid 134   and name N   )
        (segid "   B" and resid 134   and name CA   ) (segid "   B" and resid 134   and name C   )  1.00 -74.98 12.26 2

 ASSIGN  (segid "   B" and resid 134   and name N   ) (segid "   B" and resid 134   and name CA   )
        (segid "   B" and resid 134   and name C   ) (segid "   B" and resid 135   and name N   )  1.00 -23.18 17.48 2

  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1    H1   GLY  95           HT3      GLY  95  -8.833   6.421  -4.835
    2    H2   GLY  95           HT2      GLY  95  -7.591   5.282  -4.724
    3    H3   GLY  95           HT1      GLY  95  -7.282   6.910  -4.360
    4    HA3  GLY  95           HA1      GLY  95  -6.394   6.441  -6.517
    5    HA2  GLY  95           HA2      GLY  95  -7.925   5.736  -7.010
    6    HA   ALA  96           HA       ALA  96  -8.057  10.082  -8.123
    7    HB1  ALA  96           HB1      ALA  96  -7.811  10.498 -10.497
    8    HB3  ALA  96           HB2      ALA  96  -7.873   8.766 -10.827
    9    HB2  ALA  96           HB3      ALA  96  -6.522   9.443  -9.920
   10    H    ALA  96           HN       ALA  96  -7.712   7.276  -8.802
   11    HA   MET  97           HA       MET  97 -12.252   9.255  -9.527
   12    HB2  MET  97           HB2      MET  97 -11.543   7.313 -11.710
   13    HG2  MET  97           HG2      MET  97 -12.208  10.243 -11.693
   14    HE2  MET  97           HE1      MET  97 -11.764   6.966 -13.842
   15    HE1  MET  97           HE2      MET  97 -10.399   7.972 -14.328
   16    HE3  MET  97           HE3      MET  97 -11.698   7.640 -15.471
   17    H    MET  97           HN       MET  97  -9.909   7.479  -9.699
   18    HB3  MET  97           HB1      MET  97 -13.173   7.936 -11.497
   19    HG3  MET  97           HG1      MET  97 -10.686   9.488 -12.160
   20    HA   GLU  98           HA       GLU  98 -13.342   4.837  -8.303
   21    HB2  GLU  98           HB2      GLU  98 -12.054   3.341  -6.837
   22    HG2  GLU  98           HG2      GLU  98  -9.856   5.360  -7.136
   23    H    GLU  98           HN       GLU  98 -10.923   6.294  -8.619
   24    HB3  GLU  98           HB1      GLU  98 -11.210   3.665  -8.344
   25    HG3  GLU  98           HG1      GLU  98 -10.634   4.841  -5.643

  No H/Q in entry =          25
  In of MODEL    1
    1    HA   PRO  99           HA       PRO  99 -15.028   7.220  -5.129
    2    HB2  PRO  99           HB2      PRO  99 -17.189   5.739  -4.575
    3    HG2  PRO  99           HG2      PRO  99 -16.590   3.668  -5.363
    4    HD2  PRO  99           HD2      PRO  99 -14.618   3.419  -6.459
    5    HB3  PRO  99           HB1      PRO  99 -16.971   6.514  -6.147
    6    HG3  PRO  99           HG1      PRO  99 -17.219   4.341  -6.877
    7    HD3  PRO  99           HD1      PRO  99 -15.133   4.472  -7.780
    8    HA   GLU 100           HA       GLU 100 -13.208   5.996  -1.459
    9    HB2  GLU 100           HB2      GLU 100 -15.165   8.098  -0.514
   10    HG2  GLU 100           HG2      GLU 100 -13.763   8.940  -2.388
   11    H    GLU 100           HN       GLU 100 -14.864   7.552  -3.071
   12    HB3  GLU 100           HB1      GLU 100 -13.691   7.586   0.295
   13    HG3  GLU 100           HG1      GLU 100 -13.541   9.781  -0.856
   14    HA   ASN 101           HA       ASN 101 -17.265   5.032   0.882
   15    HB2  ASN 101           HB2      ASN 101 -18.843   6.316  -0.764
   16   HD21  ASN 101          HD21      ASN 101 -18.798   3.436   1.231
   17   HD22  ASN 101          HD22      ASN 101 -20.242   3.806   2.111
   18    H    ASN 101           HN       ASN 101 -16.717   6.340  -1.500
   19    HB3  ASN 101           HB1      ASN 101 -19.147   4.712  -1.423
   20    HA   LYS 102           HA       LYS 102 -17.208   0.958  -1.228
   21    HB2  LYS 102           HB2      LYS 102 -18.033   1.700  -3.531
   22    HG2  LYS 102           HG2      LYS 102 -16.481  -0.782  -3.011
   23    HD2  LYS 102           HD2      LYS 102 -17.205  -1.655  -5.218
   24    HE2  LYS 102           HE2      LYS 102 -15.417   0.748  -5.504
   25    HZ3  LYS 102           HZ1      LYS 102 -14.245  -0.738  -7.052
   26    HZ2  LYS 102           HZ2      LYS 102 -15.815  -0.376  -7.568
   27    HZ1  LYS 102           HZ3      LYS 102 -15.481  -1.884  -6.871
   28    H    LYS 102           HN       LYS 102 -16.804   3.610  -2.343
   29    HB3  LYS 102           HB1      LYS 102 -16.350   1.629  -4.040
   30    HG3  LYS 102           HG1      LYS 102 -18.205  -0.570  -3.314
   31    HD3  LYS 102           HD1      LYS 102 -17.668  -0.012  -5.674
   32    HE3  LYS 102           HE1      LYS 102 -14.898  -0.767  -4.770
   33    HA   TYR 103           HA       TYR 103 -12.555   1.266  -2.578
   34    HB2  TYR 103           HB2      TYR 103 -12.499   3.555  -3.363
   35    HD1  TYR 103           HD1      TYR 103 -10.393   1.715  -3.490
   36    HD2  TYR 103           HD2      TYR 103 -10.707   5.159  -1.013
   37    HE1  TYR 103           HE1      TYR 103  -7.937   1.890  -3.419
   38    HE2  TYR 103           HE2      TYR 103  -8.260   5.338  -0.913
   39    HH   TYR 103           HH       TYR 103  -6.297   4.177  -1.328
   40    H    TYR 103           HN       TYR 103 -14.666   3.072  -2.243
   41    HB3  TYR 103           HB1      TYR 103 -12.617   4.159  -1.719
   42    HA   LEU 104           HA       LEU 104 -11.723   2.315   2.033
   43    HB2  LEU 104           HB2      LEU 104 -13.430   3.913   2.559
   44    HG   LEU 104           HG       LEU 104 -13.649   1.678   4.577
   45   HD12  LEU 104          HD11      LEU 104 -11.824   4.074   4.479
   46   HD11  LEU 104          HD12      LEU 104 -11.344   2.403   4.188
   47   HD13  LEU 104          HD13      LEU 104 -11.916   2.893   5.785
   48   HD23  LEU 104          HD21      LEU 104 -14.250   4.621   4.829
   49   HD22  LEU 104          HD22      LEU 104 -14.359   3.419   6.114
   50   HD21  LEU 104          HD23      LEU 104 -15.457   3.338   4.735
   51    H    LEU 104           HN       LEU 104 -13.902   2.753   0.322
   52    HB3  LEU 104           HB1      LEU 104 -14.668   2.674   2.564

  No H/Q in entry =          52
  In of MODEL    1
    1    HA   PRO 105           HA       PRO 105 -13.976  -1.747   3.459
    2    HB2  PRO 105           HB2      PRO 105 -15.705  -2.851   1.631
    3    HG2  PRO 105           HG2      PRO 105 -15.701  -1.083   0.121
    4    HD2  PRO 105           HD2      PRO 105 -15.077   1.074   0.733
    5    HB3  PRO 105           HB1      PRO 105 -16.223  -1.825   2.978
    6    HG3  PRO 105           HG1      PRO 105 -17.071  -0.630   1.155
    7    HD3  PRO 105           HD1      PRO 105 -15.819   0.934   2.343
    8    HA   GLU 106           HA       GLU 106 -12.239  -3.679  -0.588
    9    HB2  GLU 106           HB2      GLU 106 -11.530  -0.943  -1.632
   10    HG2  GLU 106           HG2      GLU 106 -13.303  -3.102  -2.721
   11    H    GLU 106           HN       GLU 106 -13.296  -1.160   0.043
   12    HB3  GLU 106           HB1      GLU 106 -10.933  -2.442  -2.321
   13    HG3  GLU 106           HG1      GLU 106 -13.776  -1.484  -2.213
   14    HA   LEU 107           HA       LEU 107  -8.106  -1.695   0.854
   15    HB2  LEU 107           HB2      LEU 107  -9.547   0.355   2.526
   16    HG   LEU 107           HG       LEU 107  -9.284   0.926   0.106
   17   HD12  LEU 107          HD11      LEU 107  -8.359   3.148   0.559
   18   HD11  LEU 107          HD12      LEU 107  -7.722   2.569   2.098
   19   HD13  LEU 107          HD13      LEU 107  -9.464   2.635   1.834
   20   HD23  LEU 107          HD21      LEU 107  -7.019   1.493  -0.669
   21   HD22  LEU 107          HD22      LEU 107  -7.192  -0.228  -0.322
   22   HD21  LEU 107          HD23      LEU 107  -6.351   0.822   0.821
   23    H    LEU 107           HN       LEU 107 -10.775  -0.765   0.764
   24    HB3  LEU 107           HB1      LEU 107  -7.818   0.073   2.592
   25    HA   MET 108           HA       MET 108  -9.176  -2.830   5.370
   26    HB2  MET 108           HB2      MET 108 -11.209  -3.177   6.529
   27    HG2  MET 108           HG2      MET 108 -12.688  -2.664   3.968
   28    HE1  MET 108           HE1      MET 108 -12.816  -0.633   6.480
   29    HE3  MET 108           HE2      MET 108 -14.558  -0.391   6.608
   30    HE2  MET 108           HE3      MET 108 -13.787  -0.429   5.022
   31    H    MET 108           HN       MET 108 -10.710  -1.700   3.267
   32    HB3  MET 108           HB1      MET 108 -11.300  -1.632   5.705
   33    HG3  MET 108           HG1      MET 108 -12.619  -4.194   4.841
   34    HA   ALA 109           HA       ALA 109 -10.890  -6.939   3.810
   35    HB2  ALA 109           HB1      ALA 109 -11.364  -6.038   0.966
   36    HB1  ALA 109           HB2      ALA 109 -12.608  -6.336   2.182
   37    HB3  ALA 109           HB3      ALA 109 -11.622  -7.670   1.583
   38    H    ALA 109           HN       ALA 109 -11.074  -4.303   2.769
   39    HA   GLU 110           HA       GLU 110  -7.168  -7.318   0.864
   40    HB2  GLU 110           HB2      GLU 110  -6.861  -4.324   0.564
   41    HG2  GLU 110           HG2      GLU 110  -7.320  -6.472  -1.495
   42    H    GLU 110           HN       GLU 110  -8.988  -5.187   1.374
   43    HB3  GLU 110           HB1      GLU 110  -5.660  -5.486   0.024
   44    HG3  GLU 110           HG1      GLU 110  -8.489  -5.256  -0.978
   45    HA   LYS 111           HA       LYS 111  -4.661  -4.885   4.194
   46    HB2  LYS 111           HB2      LYS 111  -5.721  -2.934   4.835
   47    HG2  LYS 111           HG2      LYS 111  -6.173  -4.763   7.180
   48    HD2  LYS 111           HD2      LYS 111  -5.879  -1.772   7.225
   49    HE2  LYS 111           HE2      LYS 111  -5.318  -2.766   9.314
   50    HZ2  LYS 111           HZ1      LYS 111  -6.173  -4.934   9.214
   51    HZ1  LYS 111           HZ2      LYS 111  -7.756  -4.412   8.909
   52    HZ3  LYS 111           HZ3      LYS 111  -7.070  -4.187  10.446
   53    H    LYS 111           HN       LYS 111  -7.193  -4.583   3.069
   54    HB3  LYS 111           HB1      LYS 111  -7.238  -3.748   5.185
   55    HG3  LYS 111           HG1      LYS 111  -4.728  -3.801   6.850
   56    HD3  LYS 111           HD1      LYS 111  -7.449  -2.574   7.191
   57    HE3  LYS 111           HE1      LYS 111  -6.938  -2.084   9.466
   58    HA   ASP 112           HA       ASP 112  -6.420  -7.625   7.486
   59    HB2  ASP 112           HB2      ASP 112  -9.232  -7.527   6.475
   60    H    ASP 112           HN       ASP 112  -7.732  -6.306   5.297
   61    HB3  ASP 112           HB1      ASP 112  -8.772  -8.739   7.665
   62    HA   SER 113           HA       SER 113  -6.538 -11.258   4.733
   63    HB2  SER 113           HB2      SER 113  -6.921  -9.771   2.128
   64    HG   SER 113           HG       SER 113  -8.808  -9.575   3.179
   65    H    SER 113           HN       SER 113  -6.710  -8.369   4.237
   66    HB3  SER 113           HB1      SER 113  -6.953 -11.519   2.332
   67    HA   LEU 114           HA       LEU 114  -2.665  -9.815   2.372
   68    HB2  LEU 114           HB2      LEU 114  -3.313  -7.318   2.580
   69    HG   LEU 114           HG       LEU 114  -0.468  -8.246   2.339
   70   HD11  LEU 114          HD11      LEU 114  -2.465  -7.083   0.402
   71   HD13  LEU 114          HD12      LEU 114  -1.903  -8.754   0.468
   72   HD12  LEU 114          HD13      LEU 114  -0.789  -7.462   0.009
   73   HD22  LEU 114          HD21      LEU 114   0.220  -6.024   1.753
   74   HD21  LEU 114          HD22      LEU 114  -0.484  -5.996   3.369
   75   HD23  LEU 114          HD23      LEU 114  -1.415  -5.415   1.992
   76    H    LEU 114           HN       LEU 114  -4.649  -8.541   3.984
   77    HB3  LEU 114           HB1      LEU 114  -2.246  -7.310   3.969
   78    HA   ASP 115           HA       ASP 115  -0.411 -11.636   5.580
   79    HB2  ASP 115           HB2      ASP 115   0.445 -12.699   3.454
   80    H    ASP 115           HN       ASP 115  -0.653 -10.541   2.952
   81    HB3  ASP 115           HB1      ASP 115   1.728 -11.494   3.446

  No H/Q in entry =          81
  In of MODEL    1
    1    HA   PRO 116           HA       PRO 116   1.429  -8.170   7.598
    2    HB2  PRO 116           HB2      PRO 116   2.578  -9.506   9.685
    3    HG2  PRO 116           HG2      PRO 116   2.304 -11.673   8.876
    4    HD2  PRO 116           HD2      PRO 116   0.757 -12.185   7.220
    5    HB3  PRO 116           HB1      PRO 116   0.850  -9.148   9.583
    6    HG3  PRO 116           HG1      PRO 116   0.800 -11.471   9.797
    7    HD3  PRO 116           HD1      PRO 116  -0.462 -11.077   7.883
    8    HA   SER 117           HA       SER 117   5.859  -9.976   7.123
    9    HB2  SER 117           HB2      SER 117   5.383 -12.230   6.204
   10    HG   SER 117           HG       SER 117   7.353 -10.572   5.109
   11    H    SER 117           HN       SER 117   3.280 -10.833   6.376
   12    HB3  SER 117           HB1      SER 117   5.072 -11.505   4.628
   13    HA   PHE 118           HA       PHE 118   5.669  -7.144   3.495
   14    HB2  PHE 118           HB2      PHE 118   2.677  -7.217   3.028
   15    HD1  PHE 118           HD1      PHE 118   5.070  -7.546   0.362
   16    HD2  PHE 118           HD2      PHE 118   2.646  -9.699   3.113
   17    HE1  PHE 118           HE1      PHE 118   5.294  -9.561  -1.026
   18    HE2  PHE 118           HE2      PHE 118   2.873 -11.720   1.741
   19    HZ   PHE 118           HZ       PHE 118   4.194 -11.656  -0.340
   20    H    PHE 118           HN       PHE 118   3.624  -8.765   4.814
   21    HB3  PHE 118           HB1      PHE 118   3.869  -6.397   2.026
   22    HA   THR 119           HA       THR 119   4.502  -4.716   7.100
   23    HB   THR 119           HB       THR 119   7.296  -3.880   6.321
   24    HG1  THR 119           HG1      THR 119   6.241  -5.895   7.884
   25   HG22  THR 119          HG21      THR 119   5.687  -3.177   8.778
   26   HG21  THR 119          HG22      THR 119   6.089  -2.073   7.463
   27   HG23  THR 119          HG23      THR 119   7.370  -2.738   8.478
   28    H    THR 119           HN       THR 119   6.254  -5.928   5.304
   29    HA   HIS 120           HA       HIS 120   5.029  -0.731   4.711
   30    HB2  HIS 120           HB2      HIS 120   6.330  -1.905   2.262
   31    HD1  HIS 120           HD1      HIS 120   6.935   0.094   5.423
   32    HD2  HIS 120           HD2      HIS 120   9.055  -1.792   2.390
   33    HE1  HIS 120           HE1      HIS 120   9.334   0.130   6.152
   34    HE2  HIS 120           HE2      HIS 120  10.624  -0.858   4.233
   35    H    HIS 120           HN       HIS 120   6.108  -3.326   4.237
   36    HB3  HIS 120           HB1      HIS 120   5.946  -0.200   2.478
   37    HA   ALA 121           HA       ALA 121   2.068  -2.167   1.172
   38    HB2  ALA 121           HB1      ALA 121   3.113  -4.383   0.652
   39    HB1  ALA 121           HB2      ALA 121   1.351  -4.356   0.592
   40    HB3  ALA 121           HB3      ALA 121   2.175  -5.061   1.983
   41    H    ALA 121           HN       ALA 121   4.199  -3.388   2.520
   42    HA   MET 122           HA       MET 122  -0.594  -3.704   4.774
   43    HB2  MET 122           HB2      MET 122   1.857  -4.366   6.353
   44    HG2  MET 122           HG2      MET 122   0.437  -5.979   4.867
   45    HE3  MET 122           HE1      MET 122  -1.978  -4.094   6.041
   46    HE2  MET 122           HE2      MET 122  -3.302  -5.256   5.968
   47    HE1  MET 122           HE3      MET 122  -2.142  -5.161   4.644
   48    H    MET 122           HN       MET 122   2.188  -3.871   4.216
   49    HB3  MET 122           HB1      MET 122   0.327  -4.132   7.189
   50    HG3  MET 122           HG1      MET 122   1.130  -6.501   6.399
   51    HA   GLN 123           HA       GLN 123   0.786   0.035   7.287
   52    HB2  GLN 123           HB2      GLN 123   3.139   0.054   7.552
   53    HG2  GLN 123           HG2      GLN 123   2.611   2.498   5.880
   54   HE21  GLN 123          HE21      GLN 123   4.687   2.638   5.045
   55   HE22  GLN 123          HE22      GLN 123   6.070   2.970   6.034
   56    H    GLN 123           HN       GLN 123   2.192  -1.695   5.542
   57    HB3  GLN 123           HB1      GLN 123   3.420   0.183   5.825
   58    HG3  GLN 123           HG1      GLN 123   2.378   2.365   7.616
   59    HA   LEU 124           HA       LEU 124   0.399   2.791   3.591
   60    HB2  LEU 124           HB2      LEU 124   0.794   0.652   1.492
   61    HG   LEU 124           HG       LEU 124   2.851   1.661   2.664
   62   HD11  LEU 124          HD11      LEU 124   2.556   1.916  -0.334
   63   HD13  LEU 124          HD12      LEU 124   2.973   0.446   0.548
   64   HD12  LEU 124          HD13      LEU 124   4.079   1.819   0.549
   65   HD22  LEU 124          HD21      LEU 124   3.549   3.851   1.838
   66   HD21  LEU 124          HD22      LEU 124   2.044   3.960   2.751
   67   HD23  LEU 124          HD23      LEU 124   2.013   4.027   0.990
   68    H    LEU 124           HN       LEU 124   1.488   0.223   3.827
   69    HB3  LEU 124           HB1      LEU 124   0.347   2.309   1.123
   70    HA   LEU 125           HA       LEU 125  -3.625   0.403   2.467
   71    HB2  LEU 125           HB2      LEU 125  -2.559  -1.965   3.976
   72    HG   LEU 125           HG       LEU 125  -2.395  -1.938   1.465
   73   HD13  LEU 125          HD11      LEU 125  -3.103  -4.237   1.267
   74   HD12  LEU 125          HD12      LEU 125  -4.140  -4.074   2.678
   75   HD11  LEU 125          HD13      LEU 125  -2.388  -3.981   2.857
   76   HD23  LEU 125          HD21      LEU 125  -5.396  -2.195   1.684
   77   HD22  LEU 125          HD22      LEU 125  -4.445  -2.384   0.209
   78   HD21  LEU 125          HD23      LEU 125  -4.530  -0.812   1.010
   79    H    LEU 125           HN       LEU 125  -1.049  -0.394   3.407
   80    HB3  LEU 125           HB1      LEU 125  -4.289  -1.746   3.808
   81    HA   THR 126           HA       THR 126  -4.411   0.545   7.130
   82    HB   THR 126           HB       THR 126  -1.516   1.120   7.800
   83    HG1  THR 126           HG1      THR 126  -1.779  -1.055   7.504
   84   HG21  THR 126          HG21      THR 126  -3.907   0.950   9.638
   85   HG23  THR 126          HG22      THR 126  -2.967   2.399   9.276
   86   HG22  THR 126          HG23      THR 126  -2.225   1.062  10.157
   87    H    THR 126           HN       THR 126  -2.079   0.175   5.594
   88    HA   ALA 127           HA       ALA 127  -2.810   5.066   7.227
   89    HB3  ALA 127           HB1      ALA 127  -1.242   4.824   4.671
   90    HB1  ALA 127           HB2      ALA 127  -0.576   4.793   6.305
   91    HB2  ALA 127           HB3      ALA 127  -1.356   6.254   5.697
   92    H    ALA 127           HN       ALA 127  -1.902   2.749   5.968
   93    HA   GLU 128           HA       GLU 128  -4.896   6.042   3.023
   94    HB2  GLU 128           HB2      GLU 128  -4.033   4.151   1.606
   95    HG2  GLU 128           HG2      GLU 128  -6.086   3.998   0.121
   96    H    GLU 128           HN       GLU 128  -3.441   3.842   3.931
   97    HB3  GLU 128           HB1      GLU 128  -5.378   3.182   2.185
   98    HG3  GLU 128           HG1      GLU 128  -6.880   5.029   1.306
   99    HA   ILE 129           HA       ILE 129  -8.689   3.644   4.640
  100    HB   ILE 129           HB       ILE 129  -7.054   2.159   6.695
  101   HD13  ILE 129          HD11      ILE 129  -6.856  -0.324   6.140
  102   HD12  ILE 129          HD12      ILE 129  -7.785  -0.964   4.782
  103   HD11  ILE 129          HD13      ILE 129  -8.613  -0.437   6.249
  104    H    ILE 129           HN       ILE 129  -5.931   3.152   4.737
  105    HA   GLU 130           HA       GLU 130  -7.802   5.908   8.835
  106    HB2  GLU 130           HB2      GLU 130  -5.048   6.688   7.878
  107    HG2  GLU 130           HG2      GLU 130  -5.900   4.926  10.159
  108    H    GLU 130           HN       GLU 130  -6.198   4.667   6.914
  109    HB3  GLU 130           HB1      GLU 130  -5.802   7.262   9.355
  110    HG3  GLU 130           HG1      GLU 130  -5.020   4.433   8.712
  111    HA   LYS 131           HA       LYS 131  -7.234   9.795   6.118
  112    HB2  LYS 131           HB2      LYS 131  -6.894   8.319   3.502
  113    HG2  LYS 131           HG2      LYS 131  -4.809   9.708   5.175
  114    HD2  LYS 131           HD2      LYS 131  -4.758   8.537   2.408
  115    HE2  LYS 131           HE2      LYS 131  -2.886   7.577   3.616
  116    HZ3  LYS 131           HZ1      LYS 131  -2.074  10.364   4.244
  117    HZ2  LYS 131           HZ2      LYS 131  -1.213   8.953   4.615
  118    HZ1  LYS 131           HZ3      LYS 131  -2.697   9.263   5.369
  119    H    LYS 131           HN       LYS 131  -6.538   7.080   5.762
  120    HB3  LYS 131           HB1      LYS 131  -6.778  10.056   3.755
  121    HG3  LYS 131           HG1      LYS 131  -4.920   7.972   4.883
  122    HD3  LYS 131           HD1      LYS 131  -4.282  10.157   2.920
  123    HE3  LYS 131           HE1      LYS 131  -2.327   8.784   2.461
  124    HA   ILE 132           HA       ILE 132 -11.168   8.671   3.741
  125    HB   ILE 132           HB       ILE 132 -11.199   5.710   4.277
  126   HD11  ILE 132          HD11      ILE 132 -11.590   5.222   1.178
  127   HD13  ILE 132          HD12      ILE 132 -10.580   4.223   2.223
  128   HD12  ILE 132          HD13      ILE 132  -9.878   5.014   0.811
  129    H    ILE 132           HN       ILE 132  -8.910   7.111   4.468
  130    HA   GLN 133           HA       GLN 133 -12.905   6.738   7.820
  131    HB2  GLN 133           HB2      GLN 133 -10.106   6.460   8.899
  132    HG2  GLN 133           HG2      GLN 133 -11.048   4.553   7.622
  133   HE21  GLN 133          HE21      GLN 133 -12.491   2.848   7.500
  134   HE22  GLN 133          HE22      GLN 133 -14.048   2.891   8.250
  135    H    GLN 133           HN       GLN 133 -10.423   6.628   6.530
  136    HB3  GLN 133           HB1      GLN 133 -11.521   6.407   9.936
  137    HG3  GLN 133           HG1      GLN 133 -10.659   4.183   9.301
  138    HA   LYS 134           HA       LYS 134 -11.445  10.622   9.950
  139    HB2  LYS 134           HB2      LYS 134  -9.523  12.094   9.737
  140    HG2  LYS 134           HG2      LYS 134  -8.498  10.291   7.556
  141    HD2  LYS 134           HD2      LYS 134  -6.819  11.350   9.068
  142    HE2  LYS 134           HE2      LYS 134  -8.130  13.417   9.510
  143    HZ3  LYS 134           HZ1      LYS 134  -7.238  14.205   6.788
  144    HZ2  LYS 134           HZ2      LYS 134  -8.039  15.194   7.910
  145    HZ1  LYS 134           HZ3      LYS 134  -8.844  13.866   7.225
  146    H    LYS 134           HN       LYS 134 -10.142   8.951   8.001
  147    HB3  LYS 134           HB1      LYS 134  -8.996  10.428   9.900
  148    HG3  LYS 134           HG1      LYS 134  -9.185  11.892   7.279
  149    HD3  LYS 134           HD1      LYS 134  -6.691  11.845   7.379
  150    HE3  LYS 134           HE1      LYS 134  -6.466  13.715   9.009
  151    HA3  GLY 135           HA2      GLY 135 -12.029  11.896   4.838
  152    H    GLY 135           HN       GLY 135 -10.956  10.679   6.469
  153    HA2  GLY 135           HA1      GLY 135 -13.121  12.499   6.079

  No H/Q in entry =         153
  In of MODEL    1
    1    H1   GLY  95           HT3      GLY  95   8.915   6.220   5.037
    2    H2   GLY  95           HT2      GLY  95   7.660   5.093   4.935
    3    H3   GLY  95           HT1      GLY  95   7.362   6.726   4.585
    4    HA2  GLY  95           HA2      GLY  95   8.005   5.525   7.219
    5    HA3  GLY  95           HA1      GLY  95   6.490   6.279   6.739
    6    HA   ALA  96           HA       ALA  96   8.229   9.858   8.357
    7    HB3  ALA  96           HB1      ALA  96   7.988  10.265  10.734
    8    HB1  ALA  96           HB2      ALA  96   8.015   8.530  11.052
    9    HB2  ALA  96           HB3      ALA  96   6.678   9.240  10.147
   10    H    ALA  96           HN       ALA  96   7.812   7.065   9.015
   11    HA   MET  97           HA       MET  97  12.416   8.945   9.754
   12    HB2  MET  97           HB2      MET  97  11.673   7.005  11.925
   13    HG2  MET  97           HG2      MET  97  12.392   9.922  11.931
   14    HE2  MET  97           HE1      MET  97  11.884   6.636  14.053
   15    HE1  MET  97           HE2      MET  97  10.539   7.664  14.548
   16    HE3  MET  97           HE3      MET  97  11.833   7.296  15.690
   17    H    MET  97           HN       MET  97  10.033   7.225   9.943
   18    HB3  MET  97           HB1      MET  97  13.313   7.600  11.715
   19    HG3  MET  97           HG1      MET  97  10.857   9.191  12.390
   20    HA   GLU  98           HA       GLU  98  13.413   4.515   8.499
   21    HB2  GLU  98           HB2      GLU  98  12.093   3.055   7.016
   22    HG2  GLU  98           HG2      GLU  98   9.938   5.118   7.341
   23    H    GLU  98           HN       GLU  98  11.025   6.023   8.812
   24    HB3  GLU  98           HB1      GLU  98  11.264   3.380   8.528
   25    HG3  GLU  98           HG1      GLU  98  10.689   4.581   5.841

  No H/Q in entry =          25
  In of MODEL    1
    1    HA   PRO  99           HA       PRO  99  15.145   6.896   5.345
    2    HB2  PRO  99           HB2      PRO  99  17.276   5.379   4.772
    3    HG2  PRO  99           HG2      PRO  99  16.633   3.312   5.538
    4    HD2  PRO  99           HD2      PRO  99  14.658   3.090   6.642
    5    HB3  PRO  99           HB1      PRO  99  17.075   6.141   6.355
    6    HG3  PRO  99           HG1      PRO  99  17.280   3.952   7.058
    7    HD3  PRO  99           HD1      PRO  99  15.198   4.123   7.970
    8    HA   GLU 100           HA       GLU 100  13.297   5.736   1.662
    9    HB2  GLU 100           HB2      GLU 100  15.291   7.805   0.731
   10    HG2  GLU 100           HG2      GLU 100  13.899   8.651   2.613
   11    H    GLU 100           HN       GLU 100  14.984   7.251   3.283
   12    HB3  GLU 100           HB1      GLU 100  13.810   7.329  -0.082
   13    HG3  GLU 100           HG1      GLU 100  13.700   9.514   1.090
   14    HA   ASN 101           HA       ASN 101  17.337   4.716  -0.692
   15    HB2  ASN 101           HB2      ASN 101  18.929   5.956   0.969
   16   HD21  ASN 101          HD21      ASN 101  18.838   3.090  -1.045
   17   HD22  ASN 101          HD22      ASN 101  20.283   3.449  -1.926
   18    H    ASN 101           HN       ASN 101  16.808   6.019   1.692
   19    HB3  ASN 101           HB1      ASN 101  19.203   4.342   1.615
   20    HA   LYS 102           HA       LYS 102  17.204   0.617   1.382
   21    HB2  LYS 102           HB2      LYS 102  18.038   1.330   3.690
   22    HG2  LYS 102           HG2      LYS 102  16.444  -1.118   3.155
   23    HD2  LYS 102           HD2      LYS 102  17.159  -2.020   5.350
   24    HE2  LYS 102           HE2      LYS 102  15.406   0.408   5.651
   25    HZ3  LYS 102           HZ1      LYS 102  14.216  -1.043   7.200
   26    HZ2  LYS 102           HZ2      LYS 102  15.803  -0.726   7.709
   27    HZ1  LYS 102           HZ3      LYS 102  15.415  -2.224   7.015
   28    H    LYS 102           HN       LYS 102  16.863   3.269   2.518
   29    HB3  LYS 102           HB1      LYS 102  16.354   1.287   4.196
   30    HG3  LYS 102           HG1      LYS 102  18.172  -0.939   3.454
   31    HD3  LYS 102           HD1      LYS 102  17.647  -0.390   5.819
   32    HE3  LYS 102           HE1      LYS 102  14.863  -1.098   4.915
   33    HA   TYR 103           HA       TYR 103  12.560   1.007   2.745
   34    HB2  TYR 103           HB2      TYR 103  12.545   3.299   3.542
   35    HD1  TYR 103           HD1      TYR 103  10.403   1.485   3.657
   36    HD2  TYR 103           HD2      TYR 103  10.782   4.948   1.217
   37    HE1  TYR 103           HE1      TYR 103   7.953   1.708   3.590
   38    HE2  TYR 103           HE2      TYR 103   8.337   5.172   1.116
   39    HH   TYR 103           HH       TYR 103   6.346   4.064   1.554
   40    H    TYR 103           HN       TYR 103  14.705   2.774   2.420
   41    HB3  TYR 103           HB1      TYR 103  12.669   3.907   1.901
   42    HA   LEU 104           HA       LEU 104  11.739   2.103  -1.861
   43    HB2  LEU 104           HB2      LEU 104  13.475   3.683  -2.369
   44    HG   LEU 104           HG       LEU 104  13.648   1.460  -4.406
   45   HD12  LEU 104          HD11      LEU 104  11.869   3.889  -4.297
   46   HD11  LEU 104          HD12      LEU 104  11.361   2.227  -4.013
   47   HD13  LEU 104          HD13      LEU 104  11.939   2.712  -5.607
   48   HD23  LEU 104          HD21      LEU 104  14.310   4.394  -4.641
   49   HD22  LEU 104          HD22      LEU 104  14.395   3.197  -5.933
   50   HD21  LEU 104          HD23      LEU 104  15.488   3.085  -4.553
   51    H    LEU 104           HN       LEU 104  13.924   2.491  -0.144
   52    HB3  LEU 104           HB1      LEU 104  14.687   2.417  -2.386

  No H/Q in entry =          52
  In of MODEL    1
    1    HA   PRO 105           HA       PRO 105  13.910  -1.979  -3.323
    2    HB2  PRO 105           HB2      PRO 105  15.616  -3.132  -1.503
    3    HG2  PRO 105           HG2      PRO 105  15.651  -1.379   0.016
    4    HD2  PRO 105           HD2      PRO 105  15.065   0.795  -0.572
    5    HB3  PRO 105           HB1      PRO 105  16.155  -2.113  -2.845
    6    HG3  PRO 105           HG1      PRO 105  17.029  -0.940  -1.016
    7    HD3  PRO 105           HD1      PRO 105  15.801   0.658  -2.184
    8    HA   GLU 106           HA       GLU 106  12.146  -3.913   0.713
    9    HB2  GLU 106           HB2      GLU 106  11.482  -1.174   1.780
   10    HG2  GLU 106           HG2      GLU 106  13.220  -3.372   2.840
   11    H    GLU 106           HN       GLU 106  13.245  -1.405   0.103
   12    HB3  GLU 106           HB1      GLU 106  10.862  -2.669   2.457
   13    HG3  GLU 106           HG1      GLU 106  13.721  -1.757   2.351
   14    HA   LEU 107           HA       LEU 107   8.045  -1.844  -0.710
   15    HB2  LEU 107           HB2      LEU 107   9.519   0.194  -2.369
   16    HG   LEU 107           HG       LEU 107   9.276   0.753   0.059
   17   HD12  LEU 107          HD11      LEU 107   8.386   2.996  -0.371
   18   HD11  LEU 107          HD12      LEU 107   7.738   2.441  -1.914
   19   HD13  LEU 107          HD13      LEU 107   9.482   2.478  -1.654
   20   HD23  LEU 107          HD21      LEU 107   7.028   1.359   0.839
   21   HD22  LEU 107          HD22      LEU 107   7.163  -0.362   0.480
   22   HD21  LEU 107          HD23      LEU 107   6.344   0.713  -0.655
   23    H    LEU 107           HN       LEU 107  10.728  -0.960  -0.613
   24    HB3  LEU 107           HB1      LEU 107   7.785  -0.055  -2.428
   25    HA   MET 108           HA       MET 108   9.086  -2.955  -5.234
   26    HB2  MET 108           HB2      MET 108  11.113  -3.333  -6.391
   27    HG2  MET 108           HG2      MET 108  12.593  -2.873  -3.819
   28    HE1  MET 108           HE1      MET 108  12.758  -0.827  -6.327
   29    HE3  MET 108           HE2      MET 108  14.504  -0.616  -6.456
   30    HE2  MET 108           HE3      MET 108  13.736  -0.640  -4.868
   31    H    MET 108           HN       MET 108  10.640  -1.870  -3.124
   32    HB3  MET 108           HB1      MET 108  11.235  -1.795  -5.557
   33    HG3  MET 108           HG1      MET 108  12.495  -4.391  -4.715
   34    HA   ALA 109           HA       ALA 109  10.725  -7.108  -3.715
   35    HB3  ALA 109           HB1      ALA 109  11.219  -6.246  -0.860
   36    HB1  ALA 109           HB2      ALA 109  12.453  -6.552  -2.084
   37    HB2  ALA 109           HB3      ALA 109  11.450  -7.878  -1.495
   38    H    ALA 109           HN       ALA 109  10.959  -4.488  -2.645
   39    HA   GLU 110           HA       GLU 110   7.002  -7.444  -0.763
   40    HB2  GLU 110           HB2      GLU 110   6.748  -4.448  -0.436
   41    HG2  GLU 110           HG2      GLU 110   7.174  -6.620   1.603
   42    H    GLU 110           HN       GLU 110   8.860  -5.341  -1.259
   43    HB3  GLU 110           HB1      GLU 110   5.526  -5.593   0.095
   44    HG3  GLU 110           HG1      GLU 110   8.362  -5.420   1.093
   45    HA   LYS 111           HA       LYS 111   4.540  -4.937  -4.068
   46    HB2  LYS 111           HB2      LYS 111   5.635  -3.000  -4.691
   47    HG2  LYS 111           HG2      LYS 111   6.044  -4.821  -7.055
   48    HD2  LYS 111           HD2      LYS 111   5.810  -1.827  -7.076
   49    HE2  LYS 111           HE2      LYS 111   5.228  -2.785  -9.170
   50    HZ2  LYS 111           HZ1      LYS 111   6.037  -4.968  -9.094
   51    HZ1  LYS 111           HZ2      LYS 111   7.633  -4.478  -8.803
   52    HZ3  LYS 111           HZ3      LYS 111   6.932  -4.222 -10.327
   53    H    LYS 111           HN       LYS 111   7.083  -4.698  -2.947
   54    HB3  LYS 111           HB1      LYS 111   7.133  -3.840  -5.057
   55    HG3  LYS 111           HG1      LYS 111   4.619  -3.832  -6.711
   56    HD3  LYS 111           HD1      LYS 111   7.363  -2.657  -7.050
   57    HE3  LYS 111           HE1      LYS 111   6.861  -2.132  -9.317
   58    HA   ASP 112           HA       ASP 112   6.240  -7.685  -7.384
   59    HB2  ASP 112           HB2      ASP 112   9.055  -7.640  -6.373
   60    H    ASP 112           HN       ASP 112   7.580  -6.409  -5.184
   61    HB3  ASP 112           HB1      ASP 112   8.575  -8.837  -7.574
   62    HA   SER 113           HA       SER 113   6.296 -11.343  -4.663
   63    HB2  SER 113           HB2      SER 113   6.709  -9.886  -2.046
   64    HG   SER 113           HG       SER 113   8.593  -9.723  -3.101
   65    H    SER 113           HN       SER 113   6.522  -8.463  -4.141
   66    HB3  SER 113           HB1      SER 113   6.702 -11.634  -2.264
   67    HA   LEU 114           HA       LEU 114   2.453  -9.842  -2.283
   68    HB2  LEU 114           HB2      LEU 114   3.143  -7.356  -2.477
   69    HG   LEU 114           HG       LEU 114   0.279  -8.236  -2.233
   70   HD11  LEU 114          HD11      LEU 114   2.306  -7.118  -0.296
   71   HD13  LEU 114          HD12      LEU 114   1.720  -8.780  -0.371
   72   HD12  LEU 114          HD13      LEU 114   0.626  -7.478   0.099
   73   HD22  LEU 114          HD21      LEU 114  -0.362  -6.005  -1.630
   74   HD21  LEU 114          HD22      LEU 114   0.339  -5.980  -3.247
   75   HD23  LEU 114          HD23      LEU 114   1.286  -5.426  -1.869
   76    H    LEU 114           HN       LEU 114   4.460  -8.601  -3.891
   77    HB3  LEU 114           HB1      LEU 114   2.074  -7.319  -3.864
   78    HA   ASP 115           HA       ASP 115   0.158 -11.596  -5.503
   79    HB2  ASP 115           HB2      ASP 115  -0.713 -12.668  -3.393
   80    H    ASP 115           HN       ASP 115   0.418 -10.527  -2.867
   81    HB3  ASP 115           HB1      ASP 115  -1.973 -11.438  -3.363

  No H/Q in entry =          81
  In of MODEL    1
    1    HA   PRO 116           HA       PRO 116  -1.619  -8.078  -7.489
    2    HB2  PRO 116           HB2      PRO 116  -2.798  -9.375  -9.586
    3    HG2  PRO 116           HG2      PRO 116  -2.562 -11.555  -8.794
    4    HD2  PRO 116           HD2      PRO 116  -1.025 -12.110  -7.146
    5    HB3  PRO 116           HB1      PRO 116  -1.064  -9.051  -9.483
    6    HG3  PRO 116           HG1      PRO 116  -1.055 -11.371  -9.718
    7    HD3  PRO 116           HD1      PRO 116   0.215 -11.020  -7.803
    8    HA   SER 117           HA       SER 117  -6.084  -9.803  -7.024
    9    HB2  SER 117           HB2      SER 117  -5.649 -12.070  -6.118
   10    HG   SER 117           HG       SER 117  -7.594 -10.384  -5.034
   11    H    SER 117           HN       SER 117  -3.520 -10.713  -6.289
   12    HB3  SER 117           HB1      SER 117  -5.319 -11.360  -4.539
   13    HA   PHE 118           HA       PHE 118  -5.833  -7.011  -3.376
   14    HB2  PHE 118           HB2      PHE 118  -2.840  -7.143  -2.914
   15    HD1  PHE 118           HD1      PHE 118  -5.235  -7.445  -0.248
   16    HD2  PHE 118           HD2      PHE 118  -2.855  -9.622  -3.015
   17    HE1  PHE 118           HE1      PHE 118  -5.501  -9.468   1.118
   18    HE2  PHE 118           HE2      PHE 118  -3.120 -11.649  -1.665
   19    HZ   PHE 118           HZ       PHE 118  -4.447 -11.579   0.414
   20    H    PHE 118           HN       PHE 118  -3.819  -8.654  -4.717
   21    HB3  PHE 118           HB1      PHE 118  -4.012  -6.306  -1.904
   22    HA   THR 119           HA       THR 119  -4.627  -4.573  -6.965
   23    HB   THR 119           HB       THR 119  -7.396  -3.675  -6.160
   24    HG1  THR 119           HG1      THR 119  -6.391  -5.695  -7.768
   25   HG22  THR 119          HG21      THR 119  -5.781  -3.005  -8.623
   26   HG21  THR 119          HG22      THR 119  -6.157  -1.896  -7.303
   27   HG23  THR 119          HG23      THR 119  -7.452  -2.531  -8.321
   28    H    THR 119           HN       THR 119  -6.402  -5.760  -5.172
   29    HA   HIS 120           HA       HIS 120  -5.068  -0.595  -4.540
   30    HB2  HIS 120           HB2      HIS 120  -6.392  -1.762  -2.097
   31    HD1  HIS 120           HD1      HIS 120  -6.962   0.272  -5.249
   32    HD2  HIS 120           HD2      HIS 120  -9.113  -1.605  -2.229
   33    HE1  HIS 120           HE1      HIS 120  -9.359   0.358  -5.976
   34    HE2  HIS 120           HE2      HIS 120 -10.663  -0.623  -4.060
   35    H    HIS 120           HN       HIS 120  -6.200  -3.173  -4.088
   36    HB3  HIS 120           HB1      HIS 120  -5.978  -0.063  -2.302
   37    HA   ALA 121           HA       ALA 121  -2.138  -2.119  -1.015
   38    HB1  ALA 121           HB1      ALA 121  -3.220  -4.322  -0.514
   39    HB3  ALA 121           HB2      ALA 121  -1.457  -4.328  -0.457
   40    HB2  ALA 121           HB3      ALA 121  -2.297  -5.004  -1.853
   41    H    ALA 121           HN       ALA 121  -4.288  -3.289  -2.378
   42    HA   MET 122           HA       MET 122   0.498  -3.673  -4.635
   43    HB2  MET 122           HB2      MET 122  -1.968  -4.278  -6.221
   44    HG2  MET 122           HG2      MET 122  -0.583  -5.929  -4.745
   45    HE3  MET 122           HE1      MET 122   1.871  -4.075  -5.906
   46    HE2  MET 122           HE2      MET 122   3.172  -5.263  -5.842
   47    HE1  MET 122           HE3      MET 122   2.011  -5.156  -4.518
   48    H    MET 122           HN       MET 122  -2.285  -3.796  -4.072
   49    HB3  MET 122           HB1      MET 122  -0.434  -4.072  -7.055
   50    HG3  MET 122           HG1      MET 122  -1.284  -6.427  -6.282
   51    HA   GLN 123           HA       GLN 123  -0.820   0.111  -7.116
   52    HB2  GLN 123           HB2      GLN 123  -3.172   0.177  -7.381
   53    HG2  GLN 123           HG2      GLN 123  -2.602   2.596  -5.687
   54   HE21  GLN 123          HE21      GLN 123  -4.675   2.771  -4.856
   55   HE22  GLN 123          HE22      GLN 123  -6.051   3.134  -5.843
   56    H    GLN 123           HN       GLN 123  -2.249  -1.610  -5.380
   57    HB3  GLN 123           HB1      GLN 123  -3.451   0.296  -5.651
   58    HG3  GLN 123           HG1      GLN 123  -2.371   2.473  -7.427
   59    HA   LEU 124           HA       LEU 124  -0.372   2.829  -3.397
   60    HB2  LEU 124           HB2      LEU 124  -0.810   0.680  -1.317
   61    HG   LEU 124           HG       LEU 124  -2.849   1.740  -2.477
   62   HD11  LEU 124          HD11      LEU 124  -2.542   1.962   0.521
   63   HD13  LEU 124          HD12      LEU 124  -2.993   0.510  -0.375
   64   HD12  LEU 124          HD13      LEU 124  -4.069   1.908  -0.358
   65   HD22  LEU 124          HD21      LEU 124  -3.498   3.939  -1.633
   66   HD21  LEU 124          HD22      LEU 124  -1.993   4.025  -2.548
   67   HD23  LEU 124          HD23      LEU 124  -1.957   4.077  -0.784
   68    H    LEU 124           HN       LEU 124  -1.518   0.289  -3.654
   69    HB3  LEU 124           HB1      LEU 124  -0.329   2.324  -0.934
   70    HA   LEU 125           HA       LEU 125   3.603   0.358  -2.295
   71    HB2  LEU 125           HB2      LEU 125   2.498  -1.982  -3.824
   72    HG   LEU 125           HG       LEU 125   2.330  -1.976  -1.306
   73   HD13  LEU 125          HD11      LEU 125   2.994  -4.292  -1.135
   74   HD12  LEU 125          HD12      LEU 125   4.034  -4.130  -2.546
   75   HD11  LEU 125          HD13      LEU 125   2.285  -4.003  -2.722
   76   HD23  LEU 125          HD21      LEU 125   5.326  -2.283  -1.543
   77   HD22  LEU 125          HD22      LEU 125   4.379  -2.466  -0.064
   78   HD21  LEU 125          HD23      LEU 125   4.488  -0.892  -0.853
   79    H    LEU 125           HN       LEU 125   1.013  -0.387  -3.239
   80    HB3  LEU 125           HB1      LEU 125   4.230  -1.794  -3.648
   81    HA   THR 126           HA       THR 126   4.386   0.521  -6.961
   82    HB   THR 126           HB       THR 126   1.501   1.152  -7.625
   83    HG1  THR 126           HG1      THR 126   1.741  -1.029  -7.334
   84   HG21  THR 126          HG21      THR 126   3.891   0.955  -9.464
   85   HG23  THR 126          HG22      THR 126   2.978   2.420  -9.093
   86   HG22  THR 126          HG23      THR 126   2.211   1.102  -9.981
   87    H    THR 126           HN       THR 126   2.050   0.186  -5.422
   88    HA   ALA 127           HA       ALA 127   2.873   5.071  -7.023
   89    HB1  ALA 127           HB1      ALA 127   1.306   4.847  -4.463
   90    HB3  ALA 127           HB2      ALA 127   0.635   4.837  -6.094
   91    HB2  ALA 127           HB3      ALA 127   1.446   6.280  -5.482
   92    H    ALA 127           HN       ALA 127   1.923   2.765  -5.778
   93    HA   GLU 128           HA       GLU 128   4.981   5.982  -2.810
   94    HB2  GLU 128           HB2      GLU 128   4.081   4.092  -1.411
   95    HG2  GLU 128           HG2      GLU 128   6.118   3.888   0.087
   96    H    GLU 128           HN       GLU 128   3.490   3.809  -3.736
   97    HB3  GLU 128           HB1      GLU 128   5.411   3.106  -1.996
   98    HG3  GLU 128           HG1      GLU 128   6.948   4.903  -1.089
   99    HA   ILE 129           HA       ILE 129   8.726   3.518  -4.448
  100    HB   ILE 129           HB       ILE 129   7.059   2.081  -6.517
  101   HD13  ILE 129          HD11      ILE 129   6.816  -0.400  -5.985
  102   HD12  ILE 129          HD12      ILE 129   7.736  -1.073  -4.637
  103   HD11  ILE 129          HD13      ILE 129   8.569  -0.547  -6.101
  104    H    ILE 129           HN       ILE 129   5.958   3.084  -4.545
  105    HA   GLU 130           HA       GLU 130   7.877   5.832  -8.622
  106    HB2  GLU 130           HB2      GLU 130   5.136   6.646  -7.659
  107    HG2  GLU 130           HG2      GLU 130   5.971   4.882  -9.946
  108    H    GLU 130           HN       GLU 130   6.249   4.609  -6.706
  109    HB3  GLU 130           HB1      GLU 130   5.899   7.223  -9.131
  110    HG3  GLU 130           HG1      GLU 130   5.066   4.401  -8.511
  111    HA   LYS 131           HA       LYS 131   7.386   9.708  -5.876
  112    HB2  LYS 131           HB2      LYS 131   7.027   8.213  -3.275
  113    HG2  LYS 131           HG2      LYS 131   4.963   9.659  -4.923
  114    HD2  LYS 131           HD2      LYS 131   4.897   8.461  -2.170
  115    HE2  LYS 131           HE2      LYS 131   2.997   7.547  -3.381
  116    HZ3  LYS 131           HZ1      LYS 131   2.271  10.362  -4.006
  117    HZ2  LYS 131           HZ2      LYS 131   1.340   8.986  -4.356
  118    HZ1  LYS 131           HZ3      LYS 131   2.827   9.222  -5.134
  119    H    LYS 131           HN       LYS 131   6.637   7.001  -5.534
  120    HB3  LYS 131           HB1      LYS 131   6.942   9.955  -3.507
  121    HG3  LYS 131           HG1      LYS 131   5.043   7.918  -4.651
  122    HD3  LYS 131           HD1      LYS 131   4.450  10.094  -2.666
  123    HE3  LYS 131           HE1      LYS 131   2.465   8.760  -2.219
  124    HA   ILE 132           HA       ILE 132  11.302   8.487  -3.517
  125    HB   ILE 132           HB       ILE 132  11.275   5.528  -4.073
  126   HD11  ILE 132          HD11      ILE 132  11.662   5.013  -0.979
  127   HD13  ILE 132          HD12      ILE 132  10.634   4.042  -2.033
  128   HD12  ILE 132          HD13      ILE 132   9.946   4.833  -0.614
  129    H    ILE 132           HN       ILE 132   9.012   6.977  -4.249
  130    HA   GLN 133           HA       GLN 133  12.997   6.559  -7.614
  131    HB2  GLN 133           HB2      GLN 133  10.193   6.342  -8.694
  132    HG2  GLN 133           HG2      GLN 133  11.095   4.406  -7.421
  133   HE21  GLN 133          HE21      GLN 133  12.510   2.664  -7.324
  134   HE22  GLN 133          HE22      GLN 133  14.067   2.702  -8.071
  135    H    GLN 133           HN       GLN 133  10.515   6.496  -6.323
  136    HB3  GLN 133           HB1      GLN 133  11.608   6.261  -9.730
  137    HG3  GLN 133           HG1      GLN 133  10.697   4.054  -9.103
  138    HA   LYS 134           HA       LYS 134  11.610  10.492  -9.705
  139    HB2  LYS 134           HB2      LYS 134   9.711  11.994  -9.476
  140    HG2  LYS 134           HG2      LYS 134   8.651  10.192  -7.314
  141    HD2  LYS 134           HD2      LYS 134   6.997  11.294  -8.825
  142    HE2  LYS 134           HE2      LYS 134   8.348  13.340  -9.240
  143    HZ3  LYS 134           HZ1      LYS 134   7.463  14.103  -6.512
  144    HZ2  LYS 134           HZ2      LYS 134   8.277  15.099  -7.615
  145    HZ1  LYS 134           HZ3      LYS 134   9.065  13.753  -6.957
  146    H    LYS 134           HN       LYS 134  10.283   8.828  -7.760
  147    HB3  LYS 134           HB1      LYS 134   9.155  10.339  -9.657
  148    HG3  LYS 134           HG1      LYS 134   9.365  11.778  -7.020
  149    HD3  LYS 134           HD1      LYS 134   6.869  11.775  -7.131
  150    HE3  LYS 134           HE1      LYS 134   6.689  13.666  -8.745
  151    HA3  GLY 135           HA2      GLY 135  12.219  11.699  -4.590
  152    H    GLY 135           HN       GLY 135  11.104  10.537  -6.227
  153    HA2  GLY 135           HA1      GLY 135  13.318  12.298  -5.828

  No H/Q in entry =         153
  In of MODEL    2
    1    H1   GLY  95           HT1      GLY  95  -8.219   7.559  -3.411
    2    H2   GLY  95           HT3      GLY  95  -9.867   7.229  -3.612
    3    H3   GLY  95           HT2      GLY  95  -8.753   5.960  -3.482
    4    HA3  GLY  95           HA1      GLY  95  -7.739   6.531  -5.565
    5    HA2  GLY  95           HA2      GLY  95  -9.467   6.281  -5.775

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ALA  96           HA       ALA  96  -8.401  10.498  -7.154
    2    HB3  ALA  96           HB1      ALA  96  -7.861   9.033  -9.737
    3    HB2  ALA  96           HB2      ALA  96  -6.639   9.617  -8.608
    4    HB1  ALA  96           HB3      ALA  96  -7.665  10.765  -9.470
    5    H    ALA  96           HN       ALA  96  -8.354   7.640  -7.729

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   MET  97           HA       MET  97 -12.375  10.013  -9.289
    2    HB2  MET  97           HB2      MET  97 -13.024   8.876 -11.383
    3    HG2  MET  97           HG2      MET  97 -11.783   6.715 -10.860
    4    HE1  MET  97           HE1      MET  97  -9.698   5.598 -12.896
    5    HE3  MET  97           HE2      MET  97  -9.719   5.118 -11.199
    6    HE2  MET  97           HE3      MET  97  -8.208   5.627 -11.955
    7    H    MET  97           HN       MET  97 -10.164   8.084  -9.034
    8    HB3  MET  97           HB1      MET  97 -11.441   9.627 -11.492
    9    HG3  MET  97           HG1      MET  97 -11.731   7.320 -12.515

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   GLU  98           HA       GLU  98 -13.747   5.621  -8.082
    2    HB2  GLU  98           HB2      GLU  98 -11.373   5.272  -6.241
    3    HG2  GLU  98           HG2      GLU  98 -10.968   3.323  -7.997
    4    H    GLU  98           HN       GLU  98 -11.287   7.036  -8.214
    5    HB3  GLU  98           HB1      GLU  98 -12.600   4.079  -6.638
    6    HG3  GLU  98           HG1      GLU  98 -11.659   4.522  -9.089

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   PRO  99           HA       PRO  99 -15.550   7.820  -4.684
    2    HB2  PRO  99           HB2      PRO  99 -17.412   6.003  -3.939
    3    HG2  PRO  99           HG2      PRO  99 -16.665   4.149  -5.106
    4    HD2  PRO  99           HD2      PRO  99 -15.098   4.333  -6.778
    5    HB3  PRO  99           HB1      PRO  99 -17.571   6.982  -5.400
    6    HG3  PRO  99           HG1      PRO  99 -17.732   4.864  -6.329
    7    HD3  PRO  99           HD1      PRO  99 -15.971   5.651  -7.583

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   GLU 100           HA       GLU 100 -12.909   6.116  -1.619
    2    HB2  GLU 100           HB2      GLU 100 -14.124   8.508  -0.244
    3    HG2  GLU 100           HG2      GLU 100 -13.067   9.253  -2.310
    4    H    GLU 100           HN       GLU 100 -14.521   8.055  -2.822
    5    HB3  GLU 100           HB1      GLU 100 -12.654   7.662   0.212
    6    HG3  GLU 100           HG1      GLU 100 -12.165   9.774  -0.892

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ASN 101           HA       ASN 101 -16.777   5.588   1.199
    2    HB2  ASN 101           HB2      ASN 101 -18.334   6.981  -0.400
    3   HD21  ASN 101          HD21      ASN 101 -18.365   4.190   1.695
    4   HD22  ASN 101          HD22      ASN 101 -19.752   4.660   2.614
    5    H    ASN 101           HN       ASN 101 -16.275   6.834  -1.238
    6    HB3  ASN 101           HB1      ASN 101 -18.786   5.393  -1.008

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LYS 102           HA       LYS 102 -17.025   1.538  -0.971
    2    HB2  LYS 102           HB2      LYS 102 -16.542   2.525  -3.783
    3    HG2  LYS 102           HG2      LYS 102 -19.087   1.563  -2.494
    4    HD2  LYS 102           HD2      LYS 102 -20.111   2.348  -4.609
    5    HE2  LYS 102           HE2      LYS 102 -18.003   0.217  -4.939
    6    HZ3  LYS 102           HZ1      LYS 102 -19.505  -0.657  -6.627
    7    HZ2  LYS 102           HZ2      LYS 102 -18.916   0.872  -7.057
    8    HZ1  LYS 102           HZ3      LYS 102 -20.501   0.707  -6.468
    9    H    LYS 102           HN       LYS 102 -16.502   4.190  -2.041
   10    HB3  LYS 102           HB1      LYS 102 -16.921   0.860  -3.357
   11    HG3  LYS 102           HG1      LYS 102 -18.700   3.243  -2.874
   12    HD3  LYS 102           HD1      LYS 102 -18.491   2.602  -5.260
   13    HE3  LYS 102           HE1      LYS 102 -19.634  -0.027  -4.318

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   TYR 103           HA       TYR 103 -12.466   1.582  -2.594
    2    HB2  TYR 103           HB2      TYR 103 -12.265   3.839  -3.403
    3    HD1  TYR 103           HD1      TYR 103 -10.209   2.059  -3.664
    4    HD2  TYR 103           HD2      TYR 103 -10.426   5.295  -0.922
    5    HE1  TYR 103           HE1      TYR 103  -7.752   2.135  -3.567
    6    HE2  TYR 103           HE2      TYR 103  -7.980   5.379  -0.792
    7    HH   TYR 103           HH       TYR 103  -6.054   4.040  -1.236
    8    H    TYR 103           HN       TYR 103 -14.443   3.516  -2.153
    9    HB3  TYR 103           HB1      TYR 103 -12.356   4.483  -1.776

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   LEU 104           HA       LEU 104 -11.456   2.485   2.011
    2    HB2  LEU 104           HB2      LEU 104 -13.114   4.130   2.610
    3    HG   LEU 104           HG       LEU 104 -13.281   1.899   4.636
    4   HD13  LEU 104          HD11      LEU 104 -10.970   2.422   4.126
    5   HD12  LEU 104          HD12      LEU 104 -11.399   3.042   5.722
    6   HD11  LEU 104          HD13      LEU 104 -11.291   4.142   4.349
    7   HD22  LEU 104          HD21      LEU 104 -13.704   3.712   6.223
    8   HD21  LEU 104          HD22      LEU 104 -14.949   3.643   4.974
    9   HD23  LEU 104          HD23      LEU 104 -13.689   4.874   4.897
   10    H    LEU 104           HN       LEU 104 -13.677   3.020   0.364
   11    HB3  LEU 104           HB1      LEU 104 -14.361   2.902   2.687

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   PRO 105           HA       PRO 105 -13.845  -1.469   3.534
    2    HB2  PRO 105           HB2      PRO 105 -15.599  -2.557   1.723
    3    HG2  PRO 105           HG2      PRO 105 -15.465  -0.816   0.159
    4    HD2  PRO 105           HD2      PRO 105 -14.854   1.358   0.772
    5    HB3  PRO 105           HB1      PRO 105 -16.096  -1.468   3.026
    6    HG3  PRO 105           HG1      PRO 105 -16.868  -0.319   1.122
    7    HD3  PRO 105           HD1      PRO 105 -15.607   1.211   2.376

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   GLU 106           HA       GLU 106 -12.170  -3.550  -0.476
    2    HB2  GLU 106           HB2      GLU 106 -11.246  -0.894  -1.562
    3    HG2  GLU 106           HG2      GLU 106 -13.565  -2.638  -2.273
    4    H    GLU 106           HN       GLU 106 -13.163  -0.995   0.109
    5    HB3  GLU 106           HB1      GLU 106 -10.959  -2.467  -2.287
    6    HG3  GLU 106           HG1      GLU 106 -13.479  -0.886  -2.120

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LEU 107           HA       LEU 107  -7.975  -1.617   0.860
    2    HB2  LEU 107           HB2      LEU 107  -9.332   0.456   2.581
    3    HG   LEU 107           HG       LEU 107  -9.158   1.011   0.136
    4   HD13  LEU 107          HD11      LEU 107  -8.238   3.240   0.556
    5   HD12  LEU 107          HD12      LEU 107  -7.546   2.666   2.074
    6   HD11  LEU 107          HD13      LEU 107  -9.297   2.720   1.869
    7   HD22  LEU 107          HD21      LEU 107  -7.070  -0.138  -0.341
    8   HD21  LEU 107          HD22      LEU 107  -6.211   0.926   0.772
    9   HD23  LEU 107          HD23      LEU 107  -6.921   1.581  -0.703
   10    H    LEU 107           HN       LEU 107 -10.630  -0.657   0.841
   11    HB3  LEU 107           HB1      LEU 107  -7.605   0.158   2.568

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   MET 108           HA       MET 108  -8.939  -2.739   5.413
    2    HB2  MET 108           HB2      MET 108 -10.995  -3.125   6.577
    3    HG2  MET 108           HG2      MET 108 -12.403  -2.347   4.043
    4    HE1  MET 108           HE1      MET 108 -12.421  -0.375   6.572
    5    HE3  MET 108           HE2      MET 108 -14.142  -0.013   6.699
    6    HE2  MET 108           HE3      MET 108 -13.371  -0.075   5.114
    7    H    MET 108           HN       MET 108 -10.504  -1.580   3.343
    8    HB3  MET 108           HB1      MET 108 -10.973  -1.515   5.881
    9    HG3  MET 108           HG1      MET 108 -12.482  -3.908   4.857

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   ALA 109           HA       ALA 109 -10.771  -6.802   3.893
    2    HB2  ALA 109           HB1      ALA 109 -11.238  -5.924   1.036
    3    HB1  ALA 109           HB2      ALA 109 -12.485  -6.134   2.266
    4    HB3  ALA 109           HB3      ALA 109 -11.568  -7.528   1.694
    5    H    ALA 109           HN       ALA 109 -10.883  -4.165   2.832

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   GLU 110           HA       GLU 110  -7.095  -7.291   0.904
    2    HB2  GLU 110           HB2      GLU 110  -6.685  -4.310   0.568
    3    HG2  GLU 110           HG2      GLU 110  -7.337  -6.421  -1.473
    4    H    GLU 110           HN       GLU 110  -8.866  -5.115   1.414
    5    HB3  GLU 110           HB1      GLU 110  -5.575  -5.534  -0.024
    6    HG3  GLU 110           HG1      GLU 110  -8.434  -5.171  -0.889

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LYS 111           HA       LYS 111  -4.563  -4.982   4.247
    2    HB2  LYS 111           HB2      LYS 111  -5.521  -2.936   4.804
    3    HG2  LYS 111           HG2      LYS 111  -6.188  -4.489   7.286
    4    HD2  LYS 111           HD2      LYS 111  -4.994  -1.747   6.977
    5    HE2  LYS 111           HE2      LYS 111  -6.468  -2.904   9.314
    6    HZ1  LYS 111           HZ1      LYS 111  -6.148  -0.511   9.277
    7    HZ3  LYS 111           HZ2      LYS 111  -4.478  -0.720   9.084
    8    HZ2  LYS 111           HZ3      LYS 111  -5.231  -1.216  10.515
    9    H    LYS 111           HN       LYS 111  -7.103  -4.568   3.115
   10    HB3  LYS 111           HB1      LYS 111  -7.063  -3.660   5.238
   11    HG3  LYS 111           HG1      LYS 111  -4.538  -4.078   6.819
   12    HD3  LYS 111           HD1      LYS 111  -6.727  -2.038   7.156
   13    HE3  LYS 111           HE1      LYS 111  -4.729  -3.117   9.115

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   ASP 112           HA       ASP 112  -6.790  -7.639   7.504
    2    HB2  ASP 112           HB2      ASP 112  -9.146  -7.063   7.249
    3    H    ASP 112           HN       ASP 112  -7.744  -6.205   5.267
    4    HB3  ASP 112           HB1      ASP 112  -9.265  -8.092   5.826

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   SER 113           HA       SER 113  -6.540 -11.261   4.610
    2    HB2  SER 113           HB2      SER 113  -6.817  -9.709   2.034
    3    HG   SER 113           HG       SER 113  -8.762  -9.647   2.989
    4    H    SER 113           HN       SER 113  -6.910  -8.421   4.119
    5    HB3  SER 113           HB1      SER 113  -6.773 -11.464   2.165

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   LEU 114           HA       LEU 114  -2.567  -9.789   2.391
    2    HB2  LEU 114           HB2      LEU 114  -3.195  -7.246   2.783
    3    HG   LEU 114           HG       LEU 114  -0.431  -8.289   2.212
    4   HD11  LEU 114          HD11      LEU 114  -2.561  -6.985   0.531
    5   HD13  LEU 114          HD12      LEU 114  -2.057  -8.674   0.484
    6   HD12  LEU 114          HD13      LEU 114  -0.946  -7.406  -0.040
    7   HD22  LEU 114          HD21      LEU 114   0.131  -6.227   3.100
    8   HD21  LEU 114          HD22      LEU 114  -1.335  -5.456   2.503
    9   HD23  LEU 114          HD23      LEU 114  -0.045  -5.890   1.381
   10    H    LEU 114           HN       LEU 114  -4.617  -8.500   3.869
   11    HB3  LEU 114           HB1      LEU 114  -1.995  -7.383   4.055

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ASP 115           HA       ASP 115  -0.494 -11.691   5.681
    2    HB2  ASP 115           HB2      ASP 115   0.284 -12.871   3.587
    3    H    ASP 115           HN       ASP 115  -0.608 -10.600   3.027
    4    HB3  ASP 115           HB1      ASP 115   1.659 -11.771   3.559

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   PRO 116           HA       PRO 116   1.496  -8.355   7.700
    2    HB2  PRO 116           HB2      PRO 116   2.735  -9.744   9.705
    3    HG2  PRO 116           HG2      PRO 116   2.419 -11.879   8.820
    4    HD2  PRO 116           HD2      PRO 116   0.738 -12.346   7.270
    5    HB3  PRO 116           HB1      PRO 116   1.005  -9.379   9.685
    6    HG3  PRO 116           HG1      PRO 116   0.976 -11.715   9.843
    7    HD3  PRO 116           HD1      PRO 116  -0.398 -11.201   8.017

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   SER 117           HA       SER 117   5.925 -10.117   7.086
    2    HB2  SER 117           HB2      SER 117   6.660 -11.409   5.046
    3    HG   SER 117           HG       SER 117   3.936 -12.150   4.845
    4    H    SER 117           HN       SER 117   3.346 -10.976   6.382
    5    HB3  SER 117           HB1      SER 117   5.678 -12.315   6.193

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   PHE 118           HA       PHE 118   5.686  -7.197   3.522
    2    HB2  PHE 118           HB2      PHE 118   2.694  -7.270   3.079
    3    HD1  PHE 118           HD1      PHE 118   2.760  -9.791   3.226
    4    HD2  PHE 118           HD2      PHE 118   4.936  -7.569   0.328
    5    HE1  PHE 118           HE1      PHE 118   2.929 -11.797   1.828
    6    HE2  PHE 118           HE2      PHE 118   5.107  -9.570  -1.079
    7    HZ   PHE 118           HZ       PHE 118   4.106 -11.696  -0.334
    8    H    PHE 118           HN       PHE 118   3.661  -8.838   4.854
    9    HB3  PHE 118           HB1      PHE 118   3.881  -6.459   2.068

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   THR 119           HA       THR 119   4.512  -4.775   7.133
    2    HB   THR 119           HB       THR 119   7.247  -3.808   6.308
    3    HG1  THR 119           HG1      THR 119   6.373  -5.671   8.286
    4   HG21  THR 119          HG21      THR 119   5.999  -2.116   7.550
    5   HG23  THR 119          HG22      THR 119   7.311  -2.770   8.530
    6   HG22  THR 119          HG23      THR 119   5.651  -3.290   8.820
    7    H    THR 119           HN       THR 119   6.263  -5.948   5.319

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   HIS 120           HA       HIS 120   4.920  -0.757   4.784
    2    HB2  HIS 120           HB2      HIS 120   6.310  -1.848   2.343
    3    HD1  HIS 120           HD1      HIS 120   6.783   0.369   5.409
    4    HD2  HIS 120           HD2      HIS 120   8.997  -1.846   2.670
    5    HE1  HIS 120           HE1      HIS 120   9.157   0.452   6.229
    6    HE2  HIS 120           HE2      HIS 120  10.499  -0.832   4.523
    7    H    HIS 120           HN       HIS 120   6.079  -3.313   4.274
    8    HB3  HIS 120           HB1      HIS 120   5.850  -0.164   2.563

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   ALA 121           HA       ALA 121   2.070  -2.220   1.177
    2    HB3  ALA 121           HB1      ALA 121   2.194  -5.108   2.007
    3    HB2  ALA 121           HB2      ALA 121   3.131  -4.428   0.679
    4    HB1  ALA 121           HB3      ALA 121   1.369  -4.425   0.604
    5    H    ALA 121           HN       ALA 121   4.180  -3.411   2.569

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   MET 122           HA       MET 122  -0.698  -3.719   4.677
    2    HB2  MET 122           HB2      MET 122   1.591  -4.335   6.537
    3    HG2  MET 122           HG2      MET 122  -0.077  -5.928   4.774
    4    HE1  MET 122           HE1      MET 122  -2.351  -6.446   5.836
    5    HE3  MET 122           HE2      MET 122  -1.941  -5.348   7.157
    6    HE2  MET 122           HE3      MET 122  -2.576  -6.952   7.515
    7    H    MET 122           HN       MET 122   2.119  -3.935   4.219
    8    HB3  MET 122           HB1      MET 122  -0.100  -4.393   7.018
    9    HG3  MET 122           HG1      MET 122   1.495  -6.285   5.487

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   GLN 123           HA       GLN 123   0.762  -0.031   7.247
    2    HB2  GLN 123           HB2      GLN 123   3.111  -0.036   7.463
    3    HG2  GLN 123           HG2      GLN 123   2.323   2.382   5.911
    4   HE21  GLN 123          HE21      GLN 123   3.812   4.050   5.615
    5   HE22  GLN 123          HE22      GLN 123   5.517   3.762   5.544
    6    H    GLN 123           HN       GLN 123   2.093  -1.793   5.477
    7    HB3  GLN 123           HB1      GLN 123   3.361   0.010   5.726
    8    HG3  GLN 123           HG1      GLN 123   2.756   2.232   7.611

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   LEU 124           HA       LEU 124   0.412   2.782   3.587
    2    HB2  LEU 124           HB2      LEU 124   0.781   0.681   1.446
    3    HG   LEU 124           HG       LEU 124   2.859   1.572   2.655
    4   HD12  LEU 124          HD11      LEU 124   4.104   1.829   0.554
    5   HD11  LEU 124          HD12      LEU 124   2.578   1.967  -0.323
    6   HD13  LEU 124          HD13      LEU 124   2.990   0.464   0.503
    7   HD21  LEU 124          HD21      LEU 124   2.098   4.047   1.110
    8   HD23  LEU 124          HD22      LEU 124   3.633   3.777   1.935
    9   HD22  LEU 124          HD23      LEU 124   2.139   3.885   2.865
   10    H    LEU 124           HN       LEU 124   1.460   0.198   3.779
   11    HB3  LEU 124           HB1      LEU 124   0.392   2.360   1.115

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   LEU 125           HA       LEU 125  -3.621   0.445   2.360
    2    HB2  LEU 125           HB2      LEU 125  -2.613  -1.924   3.915
    3    HG   LEU 125           HG       LEU 125  -2.406  -1.937   1.403
    4   HD13  LEU 125          HD11      LEU 125  -3.179  -4.243   1.240
    5   HD12  LEU 125          HD12      LEU 125  -4.149  -4.034   2.695
    6   HD11  LEU 125          HD13      LEU 125  -2.390  -3.961   2.787
    7   HD21  LEU 125          HD21      LEU 125  -5.412  -2.131   1.621
    8   HD23  LEU 125          HD22      LEU 125  -4.471  -2.429   0.158
    9   HD22  LEU 125          HD23      LEU 125  -4.504  -0.816   0.872
   10    H    LEU 125           HN       LEU 125  -1.067  -0.373   3.337
   11    HB3  LEU 125           HB1      LEU 125  -4.331  -1.684   3.705

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   THR 126           HA       THR 126  -4.513   0.664   6.949
    2    HB   THR 126           HB       THR 126  -1.619   0.984   7.746
    3    HG1  THR 126           HG1      THR 126  -2.038  -1.139   7.590
    4   HG23  THR 126          HG21      THR 126  -2.933   2.474   9.149
    5   HG22  THR 126          HG22      THR 126  -2.404   1.070  10.080
    6   HG21  THR 126          HG23      THR 126  -4.069   1.170   9.502
    7    H    THR 126           HN       THR 126  -2.113   0.271   5.503

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   ALA 127           HA       ALA 127  -2.738   5.136   7.182
    2    HB1  ALA 127           HB1      ALA 127  -0.529   4.841   6.213
    3    HB2  ALA 127           HB2      ALA 127  -1.300   6.312   5.620
    4    HB3  ALA 127           HB3      ALA 127  -1.225   4.881   4.593
    5    H    ALA 127           HN       ALA 127  -1.899   2.809   5.896

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   GLU 128           HA       GLU 128  -4.921   6.165   3.042
    2    HB2  GLU 128           HB2      GLU 128  -4.035   4.197   1.674
    3    HG2  GLU 128           HG2      GLU 128  -5.887   4.240   0.023
    4    H    GLU 128           HN       GLU 128  -3.449   3.952   3.906
    5    HB3  GLU 128           HB1      GLU 128  -5.482   3.339   2.169
    6    HG3  GLU 128           HG1      GLU 128  -6.828   5.180   1.175

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ILE 129           HA       ILE 129  -8.661   3.754   4.782
    2    HB   ILE 129           HB       ILE 129  -6.951   2.242   6.756
    3   HD13  ILE 129          HD11      ILE 129  -7.676  -0.852   4.810
    4   HD12  ILE 129          HD12      ILE 129  -8.480  -0.382   6.310
    5   HD11  ILE 129          HD13      ILE 129  -6.731  -0.209   6.153
    6    H    ILE 129           HN       ILE 129  -5.894   3.264   4.767

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLU 130           HA       GLU 130  -7.633   6.055   8.955
    2    HB2  GLU 130           HB2      GLU 130  -4.855   6.668   7.930
    3    HG2  GLU 130           HG2      GLU 130  -5.761   5.113  10.337
    4    H    GLU 130           HN       GLU 130  -6.093   4.712   7.025
    5    HB3  GLU 130           HB1      GLU 130  -5.568   7.388   9.366
    6    HG3  GLU 130           HG1      GLU 130  -4.890   4.490   8.934

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LYS 131           HA       LYS 131  -6.850   9.755   5.935
    2    HB2  LYS 131           HB2      LYS 131  -5.320   8.807   4.364
    3    HG2  LYS 131           HG2      LYS 131  -7.705   9.709   2.772
    4    HD2  LYS 131           HD2      LYS 131  -4.801   9.678   1.993
    5    HE2  LYS 131           HE2      LYS 131  -7.355   9.989   0.442
    6    HZ2  LYS 131           HZ1      LYS 131  -5.936  10.147  -1.491
    7    HZ1  LYS 131           HZ2      LYS 131  -5.725   8.631  -0.748
    8    HZ3  LYS 131           HZ3      LYS 131  -4.559   9.848  -0.547
    9    H    LYS 131           HN       LYS 131  -6.372   6.988   5.854
   10    HB3  LYS 131           HB1      LYS 131  -6.553   7.747   3.707
   11    HG3  LYS 131           HG1      LYS 131  -6.392  10.732   3.375
   12    HD3  LYS 131           HD1      LYS 131  -5.896   8.350   1.619
   13    HE3  LYS 131           HE1      LYS 131  -6.100  11.204   0.694

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   ILE 132           HA       ILE 132 -10.891   8.851   3.695
    2    HB   ILE 132           HB       ILE 132 -11.213   5.911   4.236
    3   HD13  ILE 132          HD11      ILE 132 -10.612   4.362   2.194
    4   HD12  ILE 132          HD12      ILE 132  -9.755   5.096   0.838
    5   HD11  ILE 132          HD13      ILE 132 -11.457   5.465   1.110
    6    H    ILE 132           HN       ILE 132  -8.793   7.108   4.510

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLN 133           HA       GLN 133 -12.979   7.190   7.599
    2    HB2  GLN 133           HB2      GLN 133 -10.395   6.298   8.853
    3    HG2  GLN 133           HG2      GLN 133 -12.927   4.861   8.104
    4   HE21  GLN 133          HE21      GLN 133 -13.105   2.723   8.670
    5   HE22  GLN 133          HE22      GLN 133 -12.159   2.000   9.927
    6    H    GLN 133           HN       GLN 133 -10.362   6.866   6.559
    7    HB3  GLN 133           HB1      GLN 133 -11.892   6.402   9.767
    8    HG3  GLN 133           HG1      GLN 133 -11.333   4.668   7.377

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   LYS 134           HA       LYS 134 -11.089  10.671  10.066
    2    HB2  LYS 134           HB2      LYS 134  -9.189  12.131   9.771
    3    HG2  LYS 134           HG2      LYS 134  -8.350  10.601   7.333
    4    HD2  LYS 134           HD2      LYS 134  -6.763  12.386   7.062
    5    HE2  LYS 134           HE2      LYS 134  -5.441  12.231   9.138
    6    HZ1  LYS 134           HZ1      LYS 134  -6.694   9.682   8.286
    7    HZ3  LYS 134           HZ2      LYS 134  -5.289   9.798   9.223
    8    HZ2  LYS 134           HZ3      LYS 134  -5.299  10.387   7.632
    9    H    LYS 134           HN       LYS 134 -10.076   9.141   7.850
   10    HB3  LYS 134           HB1      LYS 134  -8.659  10.461   9.660
   11    HG3  LYS 134           HG1      LYS 134  -9.234  12.126   7.231
   12    HD3  LYS 134           HD1      LYS 134  -7.482  13.289   8.394
   13    HE3  LYS 134           HE1      LYS 134  -6.820  11.480   9.939

  No H/Q in entry =          13
  In of MODEL    2
    1    HA3  GLY 135           HA2      GLY 135 -13.417  11.945   5.843
    2    H    GLY 135           HN       GLY 135 -11.419  10.765   6.639
    3    HA2  GLY 135           HA1      GLY 135 -12.963  13.263   6.915

  No H/Q in entry =           3
  In of MODEL    2
    1    H1   GLY  95           HT1      GLY  95   8.310   7.378   3.644
    2    H2   GLY  95           HT3      GLY  95   9.954   7.024   3.849
    3    H3   GLY  95           HT2      GLY  95   8.822   5.773   3.711
    4    HA2  GLY  95           HA2      GLY  95   9.528   6.070   6.009
    5    HA3  GLY  95           HA1      GLY  95   7.807   6.353   5.794

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ALA  96           HA       ALA  96   8.542  10.293   7.405
    2    HB2  ALA  96           HB1      ALA  96   7.961   8.834   9.982
    3    HB3  ALA  96           HB2      ALA  96   6.756   9.441   8.846
    4    HB1  ALA  96           HB3      ALA  96   7.797  10.569   9.714
    5    H    ALA  96           HN       ALA  96   8.443   7.433   7.966

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   MET  97           HA       MET  97  12.494   9.723   9.553
    2    HB2  MET  97           HB2      MET  97  13.122   8.555  11.640
    3    HG2  MET  97           HG2      MET  97  11.841   6.426  11.096
    4    HE1  MET  97           HE1      MET  97   9.724   5.338  13.124
    5    HE3  MET  97           HE2      MET  97   9.744   4.864  11.426
    6    HE2  MET  97           HE3      MET  97   8.240   5.399  12.175
    7    H    MET  97           HN       MET  97  10.247   7.838   9.284
    8    HB3  MET  97           HB1      MET  97  11.553   9.337  11.756
    9    HG3  MET  97           HG1      MET  97  11.792   7.013  12.755

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   GLU  98           HA       GLU  98  13.785   5.308   8.316
    2    HB2  GLU  98           HB2      GLU  98  11.410   5.027   6.467
    3    HG2  GLU  98           HG2      GLU  98  10.963   3.074   8.210
    4    H    GLU  98           HN       GLU  98  11.351   6.769   8.456
    5    HB3  GLU  98           HB1      GLU  98  12.612   3.804   6.859
    6    HG3  GLU  98           HG1      GLU  98  11.674   4.253   9.309

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   PRO  99           HA       PRO  99  15.645   7.502   4.931
    2    HB2  PRO  99           HB2      PRO  99  17.480   5.651   4.182
    3    HG2  PRO  99           HG2      PRO  99  16.691   3.808   5.338
    4    HD2  PRO  99           HD2      PRO  99  15.117   4.010   7.000
    5    HB3  PRO  99           HB1      PRO  99  17.652   6.620   5.651
    6    HG3  PRO  99           HG1      PRO  99  17.762   4.494   6.573
    7    HD3  PRO  99           HD1      PRO  99  16.010   5.302   7.821

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   GLU 100           HA       GLU 100  12.978   5.867   1.855
    2    HB2  GLU 100           HB2      GLU 100  14.251   8.246   0.501
    3    HG2  GLU 100           HG2      GLU 100  13.203   8.989   2.574
    4    H    GLU 100           HN       GLU 100  14.632   7.756   3.068
    5    HB3  GLU 100           HB1      GLU 100  12.763   7.438   0.032
    6    HG3  GLU 100           HG1      GLU 100  12.318   9.546   1.157

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ASN 101           HA       ASN 101  16.842   5.275  -0.956
    2    HB2  ASN 101           HB2      ASN 101  18.411   6.634   0.661
    3   HD21  ASN 101          HD21      ASN 101  18.389   3.863  -1.456
    4   HD22  ASN 101          HD22      ASN 101  19.785   4.324  -2.374
    5    H    ASN 101           HN       ASN 101  16.358   6.523   1.480
    6    HB3  ASN 101           HB1      ASN 101  18.839   5.034   1.255

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LYS 102           HA       LYS 102  17.004   1.213   1.185
    2    HB2  LYS 102           HB2      LYS 102  16.533   2.192   4.003
    3    HG2  LYS 102           HG2      LYS 102  19.064   1.188   2.715
    4    HD2  LYS 102           HD2      LYS 102  20.096   1.936   4.840
    5    HE2  LYS 102           HE2      LYS 102  17.950  -0.159   5.146
    6    HZ3  LYS 102           HZ1      LYS 102  19.421  -1.076   6.837
    7    HZ2  LYS 102           HZ2      LYS 102  18.871   0.468   7.273
    8    HZ1  LYS 102           HZ3      LYS 102  20.451   0.267   6.696
    9    H    LYS 102           HN       LYS 102  16.524   3.869   2.272
   10    HB3  LYS 102           HB1      LYS 102  16.880   0.522   3.571
   11    HG3  LYS 102           HG1      LYS 102  18.709   2.870   3.110
   12    HD3  LYS 102           HD1      LYS 102  18.481   2.213   5.493
   13    HE3  LYS 102           HE1      LYS 102  19.581  -0.426   4.529

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   TYR 103           HA       TYR 103  12.442   1.341   2.799
    2    HB2  TYR 103           HB2      TYR 103  12.285   3.597   3.615
    3    HD1  TYR 103           HD1      TYR 103  10.191   1.853   3.870
    4    HD2  TYR 103           HD2      TYR 103  10.476   5.100   1.142
    5    HE1  TYR 103           HE1      TYR 103   7.735   1.977   3.763
    6    HE2  TYR 103           HE2      TYR 103   8.030   5.232   1.010
    7    HH   TYR 103           HH       TYR 103   6.082   3.930   1.443
    8    H    TYR 103           HN       TYR 103  14.458   3.234   2.379
    9    HB3  TYR 103           HB1      TYR 103  12.389   4.245   1.992

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   LEU 104           HA       LEU 104  11.463   2.295  -1.811
    2    HB2  LEU 104           HB2      LEU 104  13.163   3.911  -2.386
    3    HG   LEU 104           HG       LEU 104  13.291   1.691  -4.429
    4   HD13  LEU 104          HD11      LEU 104  10.987   2.248  -3.924
    5   HD12  LEU 104          HD12      LEU 104  11.433   2.877  -5.511
    6   HD11  LEU 104          HD13      LEU 104  11.337   3.965  -4.125
    7   HD23  LEU 104          HD21      LEU 104  13.747   3.508  -5.999
    8   HD22  LEU 104          HD22      LEU 104  14.990   3.404  -4.752
    9   HD21  LEU 104          HD23      LEU 104  13.754   4.660  -4.664
   10    H    LEU 104           HN       LEU 104  13.687   2.772  -0.149
   11    HB3  LEU 104           HB1      LEU 104  14.381   2.654  -2.468

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   PRO 105           HA       PRO 105  13.778  -1.699  -3.344
    2    HB2  PRO 105           HB2      PRO 105  15.511  -2.832  -1.541
    3    HG2  PRO 105           HG2      PRO 105  15.403  -1.101   0.036
    4    HD2  PRO 105           HD2      PRO 105  14.844   1.091  -0.564
    5    HB3  PRO 105           HB1      PRO 105  16.029  -1.742  -2.835
    6    HG3  PRO 105           HG1      PRO 105  16.820  -0.624  -0.918
    7    HD3  PRO 105           HD1      PRO 105  15.595   0.940  -2.169

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   GLU 106           HA       GLU 106  12.055  -3.777   0.641
    2    HB2  GLU 106           HB2      GLU 106  11.182  -1.111   1.738
    3    HG2  GLU 106           HG2      GLU 106  13.460  -2.906   2.444
    4    H    GLU 106           HN       GLU 106  13.098  -1.236   0.079
    5    HB3  GLU 106           HB1      GLU 106  10.855  -2.682   2.451
    6    HG3  GLU 106           HG1      GLU 106  13.407  -1.151   2.311

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LEU 107           HA       LEU 107   7.905  -1.753  -0.691
    2    HB2  LEU 107           HB2      LEU 107   9.305   0.306  -2.394
    3    HG   LEU 107           HG       LEU 107   9.135   0.846   0.054
    4   HD12  LEU 107          HD11      LEU 107   8.257   3.097  -0.352
    5   HD11  LEU 107          HD12      LEU 107   7.567   2.550  -1.880
    6   HD13  LEU 107          HD13      LEU 107   9.317   2.570  -1.659
    7   HD22  LEU 107          HD21      LEU 107   7.027  -0.260   0.516
    8   HD21  LEU 107          HD22      LEU 107   6.193   0.825  -0.594
    9   HD23  LEU 107          HD23      LEU 107   6.908   1.461   0.888
   10    H    LEU 107           HN       LEU 107  10.582  -0.848  -0.668
   11    HB3  LEU 107           HB1      LEU 107   7.573   0.039  -2.388

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   MET 108           HA       MET 108   8.857  -2.861  -5.241
    2    HB2  MET 108           HB2      MET 108  10.907  -3.275  -6.411
    3    HG2  MET 108           HG2      MET 108  12.321  -2.541  -3.869
    4    HE1  MET 108           HE1      MET 108  12.390  -0.554  -6.378
    5    HE3  MET 108           HE2      MET 108  14.119  -0.227  -6.496
    6    HE2  MET 108           HE3      MET 108  13.338  -0.289  -4.916
    7    H    MET 108           HN       MET 108  10.446  -1.755  -3.162
    8    HB3  MET 108           HB1      MET 108  10.916  -1.669  -5.703
    9    HG3  MET 108           HG1      MET 108  12.371  -4.099  -4.692

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   ALA 109           HA       ALA 109  10.606  -6.967  -3.753
    2    HB3  ALA 109           HB1      ALA 109  11.080  -6.117  -0.892
    3    HB1  ALA 109           HB2      ALA 109  12.326  -6.350  -2.118
    4    HB2  ALA 109           HB3      ALA 109  11.377  -7.724  -1.556
    5    H    ALA 109           HN       ALA 109  10.769  -4.342  -2.669

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   GLU 110           HA       GLU 110   6.918  -7.408  -0.785
    2    HB2  GLU 110           HB2      GLU 110   6.558  -4.427  -0.422
    3    HG2  GLU 110           HG2      GLU 110   7.168  -6.565   1.605
    4    H    GLU 110           HN       GLU 110   8.726  -5.255  -1.279
    5    HB3  GLU 110           HB1      GLU 110   5.427  -5.639   0.156
    6    HG3  GLU 110           HG1      GLU 110   8.290  -5.330   1.032

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LYS 111           HA       LYS 111   4.436  -5.030  -4.107
    2    HB2  LYS 111           HB2      LYS 111   5.438  -3.002  -4.650
    3    HG2  LYS 111           HG2      LYS 111   6.078  -4.547  -7.142
    4    HD2  LYS 111           HD2      LYS 111   4.935  -1.783  -6.815
    5    HE2  LYS 111           HE2      LYS 111   6.393  -2.959  -9.158
    6    HZ1  LYS 111           HZ1      LYS 111   6.137  -0.566  -9.112
    7    HZ3  LYS 111           HZ2      LYS 111   4.458  -0.721  -8.925
    8    HZ2  LYS 111           HZ3      LYS 111   5.204  -1.237 -10.356
    9    H    LYS 111           HN       LYS 111   6.983  -4.672  -2.975
   10    HB3  LYS 111           HB1      LYS 111   6.963  -3.755  -5.090
   11    HG3  LYS 111           HG1      LYS 111   4.434  -4.108  -6.677
   12    HD3  LYS 111           HD1      LYS 111   6.662  -2.107  -6.992
   13    HE3  LYS 111           HE1      LYS 111   4.646  -3.132  -8.967

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   ASP 112           HA       ASP 112   6.618  -7.706  -7.377
    2    HB2  ASP 112           HB2      ASP 112   8.981  -7.160  -7.113
    3    H    ASP 112           HN       ASP 112   7.591  -6.304  -5.129
    4    HB3  ASP 112           HB1      ASP 112   9.083  -8.204  -5.698

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   SER 113           HA       SER 113   6.298 -11.343  -4.513
    2    HB2  SER 113           HB2      SER 113   6.596  -9.817  -1.924
    3    HG   SER 113           HG       SER 113   8.541  -9.788  -2.914
    4    H    SER 113           HN       SER 113   6.728  -8.514  -3.994
    5    HB3  SER 113           HB1      SER 113   6.518 -11.570  -2.067

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   LEU 114           HA       LEU 114   2.349  -9.809  -2.293
    2    HB2  LEU 114           HB2      LEU 114   3.020  -7.273  -2.668
    3    HG   LEU 114           HG       LEU 114   0.235  -8.271  -2.112
    4   HD11  LEU 114          HD11      LEU 114   2.386  -7.021  -0.421
    5   HD13  LEU 114          HD12      LEU 114   1.850  -8.700  -0.385
    6   HD12  LEU 114          HD13      LEU 114   0.764  -7.414   0.149
    7   HD22  LEU 114          HD21      LEU 114  -0.283  -6.191  -2.988
    8   HD21  LEU 114          HD22      LEU 114   1.198  -5.456  -2.380
    9   HD23  LEU 114          HD23      LEU 114  -0.105  -5.867  -1.267
   10    H    LEU 114           HN       LEU 114   4.429  -8.549  -3.758
   11    HB3  LEU 114           HB1      LEU 114   1.822  -7.384  -3.945

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ASP 115           HA       ASP 115   0.248 -11.648  -5.601
    2    HB2  ASP 115           HB2      ASP 115  -0.560 -12.821  -3.512
    3    H    ASP 115           HN       ASP 115   0.363 -10.559  -2.947
    4    HB3  ASP 115           HB1      ASP 115  -1.918 -11.700  -3.493

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   PRO 116           HA       PRO 116  -1.681  -8.260  -7.608
    2    HB2  PRO 116           HB2      PRO 116  -2.925  -9.608  -9.635
    3    HG2  PRO 116           HG2      PRO 116  -2.662 -11.756  -8.758
    4    HD2  PRO 116           HD2      PRO 116  -0.996 -12.267  -7.206
    5    HB3  PRO 116           HB1      PRO 116  -1.188  -9.278  -9.595
    6    HG3  PRO 116           HG1      PRO 116  -1.209 -11.615  -9.772
    7    HD3  PRO 116           HD1      PRO 116   0.165 -11.136  -7.939

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   SER 117           HA       SER 117  -6.146  -9.936  -7.015
    2    HB2  SER 117           HB2      SER 117  -6.900 -11.236  -4.980
    3    HG   SER 117           HG       SER 117  -4.192 -12.042  -4.802
    4    H    SER 117           HN       SER 117  -3.585 -10.852  -6.311
    5    HB3  SER 117           HB1      SER 117  -5.943 -12.147  -6.142

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   PHE 118           HA       PHE 118  -5.859  -7.051  -3.432
    2    HB2  PHE 118           HB2      PHE 118  -2.867  -7.188  -2.983
    3    HD1  PHE 118           HD1      PHE 118  -2.985  -9.704  -3.147
    4    HD2  PHE 118           HD2      PHE 118  -5.123  -7.465  -0.234
    5    HE1  PHE 118           HE1      PHE 118  -3.199 -11.719  -1.767
    6    HE2  PHE 118           HE2      PHE 118  -5.335  -9.474   1.157
    7    HZ   PHE 118           HZ       PHE 118  -4.376 -11.614   0.398
    8    H    PHE 118           HN       PHE 118  -3.857  -8.710  -4.778
    9    HB3  PHE 118           HB1      PHE 118  -4.038  -6.357  -1.969

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   THR 119           HA       THR 119  -4.622  -4.622  -7.017
    2    HB   THR 119           HB       THR 119  -7.345  -3.614  -6.197
    3    HG1  THR 119           HG1      THR 119  -6.476  -5.465  -8.193
    4   HG21  THR 119          HG21      THR 119  -6.059  -1.930  -7.416
    5   HG23  THR 119          HG22      THR 119  -7.380  -2.550  -8.408
    6   HG22  THR 119          HG23      THR 119  -5.729  -3.099  -8.695
    7    H    THR 119           HN       THR 119  -6.409  -5.766  -5.216

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   HIS 120           HA       HIS 120  -4.967  -0.616  -4.646
    2    HB2  HIS 120           HB2      HIS 120  -6.380  -1.706  -2.219
    3    HD1  HIS 120           HD1      HIS 120  -6.800   0.541  -5.269
    4    HD2  HIS 120           HD2      HIS 120  -9.067  -1.643  -2.548
    5    HE1  HIS 120           HE1      HIS 120  -9.172   0.677  -6.095
    6    HE2  HIS 120           HE2      HIS 120 -10.545  -0.589  -4.402
    7    H    HIS 120           HN       HIS 120  -6.171  -3.155  -4.155
    8    HB3  HIS 120           HB1      HIS 120  -5.891  -0.027  -2.420

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   ALA 121           HA       ALA 121  -2.147  -2.160  -1.040
    2    HB2  ALA 121           HB1      ALA 121  -2.333  -5.041  -1.886
    3    HB1  ALA 121           HB2      ALA 121  -3.256  -4.347  -0.555
    4    HB3  ALA 121           HB3      ALA 121  -1.495  -4.384  -0.479
    5    H    ALA 121           HN       ALA 121  -4.279  -3.298  -2.446

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   MET 122           HA       MET 122   0.595  -3.687  -4.541
    2    HB2  MET 122           HB2      MET 122  -1.696  -4.245  -6.414
    3    HG2  MET 122           HG2      MET 122  -0.064  -5.882  -4.659
    4    HE1  MET 122           HE1      MET 122   2.202  -6.434  -5.719
    5    HE3  MET 122           HE2      MET 122   1.815  -5.315  -7.029
    6    HE2  MET 122           HE3      MET 122   2.426  -6.929  -7.397
    7    H    MET 122           HN       MET 122  -2.227  -3.852  -4.093
    8    HB3  MET 122           HB1      MET 122  -0.004  -4.327  -6.890
    9    HG3  MET 122           HG1      MET 122  -1.638  -6.204  -5.379

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   GLN 123           HA       GLN 123  -0.785   0.046  -7.097
    2    HB2  GLN 123           HB2      GLN 123  -3.134   0.091  -7.316
    3    HG2  GLN 123           HG2      GLN 123  -2.302   2.483  -5.744
    4   HE21  GLN 123          HE21      GLN 123  -3.756   4.181  -5.444
    5   HE22  GLN 123          HE22      GLN 123  -5.465   3.926  -5.364
    6    H    GLN 123           HN       GLN 123  -2.157  -1.697  -5.332
    7    HB3  GLN 123           HB1      GLN 123  -3.384   0.128  -5.578
    8    HG3  GLN 123           HG1      GLN 123  -2.738   2.354  -7.446

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   LEU 124           HA       LEU 124  -0.389   2.827  -3.415
    2    HB2  LEU 124           HB2      LEU 124  -0.807   0.721  -1.285
    3    HG   LEU 124           HG       LEU 124  -2.861   1.661  -2.495
    4   HD12  LEU 124          HD11      LEU 124  -4.106   1.925  -0.390
    5   HD11  LEU 124          HD12      LEU 124  -2.580   2.023   0.489
    6   HD13  LEU 124          HD13      LEU 124  -3.023   0.535  -0.353
    7   HD21  LEU 124          HD21      LEU 124  -2.052   4.111  -0.932
    8   HD23  LEU 124          HD22      LEU 124  -3.591   3.879  -1.760
    9   HD22  LEU 124          HD23      LEU 124  -2.095   3.960  -2.690
   10    H    LEU 124           HN       LEU 124  -1.483   0.260  -3.626
   11    HB3  LEU 124           HB1      LEU 124  -0.387   2.391  -0.943

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   LEU 125           HA       LEU 125   3.591   0.401  -2.186
    2    HB2  LEU 125           HB2      LEU 125   2.539  -1.934  -3.760
    3    HG   LEU 125           HG       LEU 125   2.333  -1.962  -1.250
    4   HD13  LEU 125          HD11      LEU 125   3.057  -4.281  -1.103
    5   HD12  LEU 125          HD12      LEU 125   4.038  -4.083  -2.552
    6   HD11  LEU 125          HD13      LEU 125   2.281  -3.971  -2.653
    7   HD21  LEU 125          HD21      LEU 125   5.335  -2.212  -1.462
    8   HD23  LEU 125          HD22      LEU 125   4.384  -2.499  -0.003
    9   HD22  LEU 125          HD23      LEU 125   4.450  -0.882  -0.708
   10    H    LEU 125           HN       LEU 125   1.026  -0.357  -3.178
   11    HB3  LEU 125           HB1      LEU 125   4.263  -1.730  -3.550

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   THR 126           HA       THR 126   4.504   0.635  -6.776
    2    HB   THR 126           HB       THR 126   1.619   1.021  -7.577
    3    HG1  THR 126           HG1      THR 126   1.992  -1.110  -7.439
    4   HG23  THR 126          HG21      THR 126   2.971   2.494  -8.967
    5   HG22  THR 126          HG22      THR 126   2.410   1.111  -9.911
    6   HG21  THR 126          HG23      THR 126   4.077   1.169  -9.332
    7    H    THR 126           HN       THR 126   2.092   0.285  -5.336

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   ALA 127           HA       ALA 127   2.814   5.141  -6.982
    2    HB3  ALA 127           HB1      ALA 127   0.596   4.882  -6.014
    3    HB2  ALA 127           HB2      ALA 127   1.395   6.336  -5.419
    4    HB1  ALA 127           HB3      ALA 127   1.294   4.903  -4.395
    5    H    ALA 127           HN       ALA 127   1.928   2.821  -5.720

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   GLU 128           HA       GLU 128   5.003   6.106  -2.833
    2    HB2  GLU 128           HB2      GLU 128   4.078   4.152  -1.473
    3    HG2  GLU 128           HG2      GLU 128   5.922   4.144   0.183
    4    H    GLU 128           HN       GLU 128   3.494   3.922  -3.707
    5    HB3  GLU 128           HB1      GLU 128   5.509   3.267  -1.968
    6    HG3  GLU 128           HG1      GLU 128   6.892   5.071  -0.956

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ILE 129           HA       ILE 129   8.701   3.631  -4.573
    2    HB   ILE 129           HB       ILE 129   6.971   2.163  -6.564
    3   HD13  ILE 129          HD11      ILE 129   7.630  -0.954  -4.640
    4   HD12  ILE 129          HD12      ILE 129   8.453  -0.493  -6.131
    5   HD11  ILE 129          HD13      ILE 129   6.706  -0.285  -5.985
    6    H    ILE 129           HN       ILE 129   5.925   3.195  -4.566

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLU 130           HA       GLU 130   7.734   5.977  -8.730
    2    HB2  GLU 130           HB2      GLU 130   4.967   6.643  -7.711
    3    HG2  GLU 130           HG2      GLU 130   5.842   5.084 -10.125
    4    H    GLU 130           HN       GLU 130   6.156   4.663  -6.810
    5    HB3  GLU 130           HB1      GLU 130   5.699   7.354  -9.139
    6    HG3  GLU 130           HG1      GLU 130   4.955   4.471  -8.724

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LYS 131           HA       LYS 131   7.016   9.675  -5.689
    2    HB2  LYS 131           HB2      LYS 131   5.462   8.741  -4.133
    3    HG2  LYS 131           HG2      LYS 131   7.860   9.592  -2.534
    4    HD2  LYS 131           HD2      LYS 131   4.954   9.598  -1.756
    5    HE2  LYS 131           HE2      LYS 131   7.508   9.876  -0.192
    6    HZ2  LYS 131           HZ1      LYS 131   6.056  10.065   1.728
    7    HZ1  LYS 131           HZ2      LYS 131   5.880   8.539   0.996
    8    HZ3  LYS 131           HZ3      LYS 131   4.701   9.736   0.766
    9    H    LYS 131           HN       LYS 131   6.489   6.916  -5.626
   10    HB3  LYS 131           HB1      LYS 131   6.677   7.656  -3.479
   11    HG3  LYS 131           HG1      LYS 131   6.566  10.641  -3.131
   12    HD3  LYS 131           HD1      LYS 131   6.035   8.258  -1.381
   13    HE3  LYS 131           HE1      LYS 131   6.270  11.110  -0.443

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   ILE 132           HA       ILE 132  11.031   8.681  -3.444
    2    HB   ILE 132           HB       ILE 132  11.299   5.741  -4.004
    3   HD13  ILE 132          HD11      ILE 132  10.662   4.186  -1.973
    4   HD12  ILE 132          HD12      ILE 132   9.809   4.926  -0.618
    5   HD11  ILE 132          HD13      ILE 132  11.521   5.265  -0.875
    6    H    ILE 132           HN       ILE 132   8.906   6.984  -4.280

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLN 133           HA       GLN 133  13.093   6.997  -7.350
    2    HB2  GLN 133           HB2      GLN 133  10.497   6.169  -8.623
    3    HG2  GLN 133           HG2      GLN 133  13.002   4.675  -7.885
    4   HE21  GLN 133          HE21      GLN 133  13.136   2.544  -8.470
    5   HE22  GLN 133          HE22      GLN 133  12.178   1.853  -9.732
    6    H    GLN 133           HN       GLN 133  10.464   6.718  -6.319
    7    HB3  GLN 133           HB1      GLN 133  12.001   6.251  -9.530
    8    HG3  GLN 133           HG1      GLN 133  11.406   4.506  -7.155

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   LYS 134           HA       LYS 134  11.284  10.537  -9.801
    2    HB2  LYS 134           HB2      LYS 134   9.412  12.037  -9.501
    3    HG2  LYS 134           HG2      LYS 134   8.530  10.502  -7.084
    4    HD2  LYS 134           HD2      LYS 134   6.977  12.311  -6.801
    5    HE2  LYS 134           HE2      LYS 134   5.664  12.197  -8.882
    6    HZ1  LYS 134           HZ1      LYS 134   6.869   9.617  -8.053
    7    HZ3  LYS 134           HZ2      LYS 134   5.478   9.767  -9.005
    8    HZ2  LYS 134           HZ3      LYS 134   5.475  10.333  -7.404
    9    H    LYS 134           HN       LYS 134  10.229   9.006  -7.604
   10    HB3  LYS 134           HB1      LYS 134   8.843  10.379  -9.411
   11    HG3  LYS 134           HG1      LYS 134   9.441  12.008  -6.964
   12    HD3  LYS 134           HD1      LYS 134   7.715  13.215  -8.123
   13    HE3  LYS 134           HE1      LYS 134   7.035  11.433  -9.684

  No H/Q in entry =          13
  In of MODEL    2
    1    HA3  GLY 135           HA2      GLY 135  13.625  11.733  -5.561
    2    H    GLY 135           HN       GLY 135  11.603  10.598  -6.368
    3    HA2  GLY 135           HA1      GLY 135  13.204  13.066  -6.628
    4    H1   GLY  95           HT3      GLY  95 -12.119   4.893  -9.740
    5    H2   GLY  95           HT2      GLY  95 -12.293   4.107  -8.244
    6    H3   GLY  95           HT1      GLY  95 -13.005   3.448  -9.637
    7    HA3  GLY  95           HA1      GLY  95 -14.723   4.473  -8.394
    8    HA2  GLY  95           HA2      GLY  95 -13.764   5.934  -8.216

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   ALA  96           HA       ALA  96 -14.958   6.424 -12.589
    2    HB2  ALA  96           HB1      ALA  96 -13.456   4.767 -13.626
    3    HB3  ALA  96           HB2      ALA  96 -14.908   5.042 -14.589
    4    HB1  ALA  96           HB3      ALA  96 -14.767   3.587 -13.604
    5    H    ALA  96           HN       ALA  96 -14.205   4.007 -11.179

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   MET  97           HA       MET  97 -19.052   4.609 -11.933
    2    HB2  MET  97           HB2      MET  97 -18.811   3.002 -13.777
    3    HG2  MET  97           HG2      MET  97 -20.585   1.864 -11.633
    4    HE1  MET  97           HE1      MET  97 -23.195   1.713 -13.347
    5    HE3  MET  97           HE2      MET  97 -22.666   0.397 -12.297
    6    HE2  MET  97           HE3      MET  97 -23.129   0.063 -13.966
    7    H    MET  97           HN       MET  97 -16.413   3.314 -11.768
    8    HB3  MET  97           HB1      MET  97 -18.375   1.744 -12.633
    9    HG3  MET  97           HG1      MET  97 -21.028   3.156 -12.747

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   GLU  98           HA       GLU  98 -18.373   1.593  -8.280
    2    HB2  GLU  98           HB2      GLU  98 -15.535   2.438  -7.782
    3    HG2  GLU  98           HG2      GLU  98 -14.997   0.090  -8.751
    4    H    GLU  98           HN       GLU  98 -16.750   2.821 -10.257
    5    HB3  GLU  98           HB1      GLU  98 -16.380   1.016  -7.192
    6    HG3  GLU  98           HG1      GLU  98 -16.450   0.365  -9.713

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   PRO  99           HA       PRO  99 -19.255   5.068  -5.703
    2    HB2  PRO  99           HB2      PRO  99 -19.532   3.743  -3.321
    3    HG2  PRO  99           HG2      PRO  99 -18.892   1.626  -3.893
    4    HD2  PRO  99           HD2      PRO  99 -18.341   1.114  -6.039
    5    HB3  PRO  99           HB1      PRO  99 -20.781   3.813  -4.568
    6    HG3  PRO  99           HG1      PRO  99 -20.558   1.530  -4.481
    7    HD3  PRO  99           HD1      PRO  99 -19.911   1.640  -6.667

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   GLU 100           HA       GLU 100 -15.232   5.941  -4.591
    2    HB2  GLU 100           HB2      GLU 100 -16.219   8.088  -5.353
    3    HG2  GLU 100           HG2      GLU 100 -14.361   8.465  -3.015
    4    H    GLU 100           HN       GLU 100 -18.003   6.499  -4.753
    5    HB3  GLU 100           HB1      GLU 100 -16.680   8.429  -3.691
    6    HG3  GLU 100           HG1      GLU 100 -13.857   8.009  -4.642

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ASN 101           HA       ASN 101 -15.884   6.220   0.033
    2    HB2  ASN 101           HB2      ASN 101 -18.172   7.105   0.225
    3   HD21  ASN 101          HD21      ASN 101 -17.211   7.630   2.186
    4   HD22  ASN 101          HD22      ASN 101 -17.411   6.651   3.602
    5    H    ASN 101           HN       ASN 101 -17.694   5.858  -2.234
    6    HB3  ASN 101           HB1      ASN 101 -18.826   5.488  -0.018

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LYS 102           HA       LYS 102 -17.012   1.569   0.137
    2    HB2  LYS 102           HB2      LYS 102 -18.748   1.681  -1.803
    3    HG2  LYS 102           HG2      LYS 102 -17.143  -0.819  -1.314
    4    HD2  LYS 102           HD2      LYS 102 -19.909  -0.430  -2.446
    5    HE2  LYS 102           HE2      LYS 102 -18.468  -2.911  -1.527
    6    HZ3  LYS 102           HZ1      LYS 102 -20.505  -4.054  -2.324
    7    HZ2  LYS 102           HZ2      LYS 102 -19.507  -3.468  -3.558
    8    HZ1  LYS 102           HZ3      LYS 102 -20.929  -2.636  -3.155
    9    H    LYS 102           HN       LYS 102 -17.723   3.678  -1.562
   10    HB3  LYS 102           HB1      LYS 102 -17.407   1.122  -2.794
   11    HG3  LYS 102           HG1      LYS 102 -18.533  -0.272  -0.377
   12    HD3  LYS 102           HD1      LYS 102 -18.508  -1.125  -3.269
   13    HE3  LYS 102           HE1      LYS 102 -19.979  -2.262  -0.895

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   TYR 103           HA       TYR 103 -12.915   1.570  -2.381
    2    HB2  TYR 103           HB2      TYR 103 -12.862   3.850  -3.161
    3    HD1  TYR 103           HD1      TYR 103 -10.933   5.180  -0.566
    4    HD2  TYR 103           HD2      TYR 103 -10.748   2.361  -3.745
    5    HE1  TYR 103           HE1      TYR 103  -8.484   5.367  -0.570
    6    HE2  TYR 103           HE2      TYR 103  -8.295   2.538  -3.760
    7    HH   TYR 103           HH       TYR 103  -6.545   4.151  -1.278
    8    H    TYR 103           HN       TYR 103 -14.956   3.383  -1.743
    9    HB3  TYR 103           HB1      TYR 103 -12.898   4.469  -1.520

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   LEU 104           HA       LEU 104 -11.767   2.483   2.218
    2    HB2  LEU 104           HB2      LEU 104 -13.552   3.976   2.858
    3    HG   LEU 104           HG       LEU 104 -13.523   1.710   4.854
    4   HD12  LEU 104          HD11      LEU 104 -11.784   3.080   5.975
    5   HD11  LEU 104          HD12      LEU 104 -11.750   4.127   4.556
    6   HD13  LEU 104          HD13      LEU 104 -11.268   2.438   4.414
    7   HD23  LEU 104          HD21      LEU 104 -14.113   3.500   6.449
    8   HD22  LEU 104          HD22      LEU 104 -15.357   3.247   5.223
    9   HD21  LEU 104          HD23      LEU 104 -14.263   4.624   5.095
   10    H    LEU 104           HN       LEU 104 -14.054   2.864   0.612
   11    HB3  LEU 104           HB1      LEU 104 -14.694   2.650   2.917

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   PRO 105           HA       PRO 105 -13.792  -1.702   3.640
    2    HB2  PRO 105           HB2      PRO 105 -15.553  -2.841   1.865
    3    HG2  PRO 105           HG2      PRO 105 -15.673  -1.039   0.397
    4    HD2  PRO 105           HD2      PRO 105 -15.129   1.137   1.049
    5    HB3  PRO 105           HB1      PRO 105 -16.048  -1.862   3.254
    6    HG3  PRO 105           HG1      PRO 105 -17.022  -0.669   1.493
    7    HD3  PRO 105           HD1      PRO 105 -15.778   0.906   2.688

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   GLU 106           HA       GLU 106 -12.173  -3.497  -0.536
    2    HB2  GLU 106           HB2      GLU 106 -11.432  -0.715  -1.450
    3    HG2  GLU 106           HG2      GLU 106 -13.786  -1.352  -1.873
    4    H    GLU 106           HN       GLU 106 -13.247  -1.027   0.210
    5    HB3  GLU 106           HB1      GLU 106 -10.926  -2.195  -2.245
    6    HG3  GLU 106           HG1      GLU 106 -12.837  -1.074  -3.332

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LEU 107           HA       LEU 107  -8.029  -1.566   0.925
    2    HB2  LEU 107           HB2      LEU 107  -9.437   0.463   2.651
    3    HG   LEU 107           HG       LEU 107  -9.250   1.087   0.238
    4   HD11  LEU 107          HD11      LEU 107  -7.600   2.676   2.199
    5   HD13  LEU 107          HD12      LEU 107  -9.349   2.773   1.988
    6   HD12  LEU 107          HD13      LEU 107  -8.275   3.287   0.687
    7   HD22  LEU 107          HD21      LEU 107  -7.183  -0.078  -0.280
    8   HD21  LEU 107          HD22      LEU 107  -6.301   0.953   0.847
    9   HD23  LEU 107          HD23      LEU 107  -7.016   1.648  -0.609
   10    H    LEU 107           HN       LEU 107 -10.697  -0.624   0.882
   11    HB3  LEU 107           HB1      LEU 107  -7.708   0.180   2.662

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   MET 108           HA       MET 108  -9.083  -2.761   5.433
    2    HB2  MET 108           HB2      MET 108 -11.092  -3.083   6.618
    3    HG2  MET 108           HG2      MET 108 -12.619  -2.652   4.070
    4    HE3  MET 108           HE1      MET 108 -14.500  -0.370   6.711
    5    HE2  MET 108           HE2      MET 108 -13.756  -0.409   5.114
    6    HE1  MET 108           HE3      MET 108 -12.755  -0.575   6.556
    7    H    MET 108           HN       MET 108 -10.626  -1.604   3.351
    8    HB3  MET 108           HB1      MET 108 -11.226  -1.557   5.763
    9    HG3  MET 108           HG1      MET 108 -12.504  -4.160   4.975

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   ALA 109           HA       ALA 109 -10.850  -6.838   3.851
    2    HB3  ALA 109           HB1      ALA 109 -11.599  -7.543   1.606
    3    HB2  ALA 109           HB2      ALA 109 -11.350  -5.896   1.023
    4    HB1  ALA 109           HB3      ALA 109 -12.577  -6.222   2.247
    5    H    ALA 109           HN       ALA 109 -11.002  -4.195   2.823

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   GLU 110           HA       GLU 110  -7.162  -7.256   0.880
    2    HB2  GLU 110           HB2      GLU 110  -6.796  -4.268   0.560
    3    HG2  GLU 110           HG2      GLU 110  -7.367  -6.407  -1.480
    4    H    GLU 110           HN       GLU 110  -8.948  -5.092   1.410
    5    HB3  GLU 110           HB1      GLU 110  -5.641  -5.463  -0.005
    6    HG3  GLU 110           HG1      GLU 110  -8.487  -5.157  -0.939

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LYS 111           HA       LYS 111  -4.669  -4.871   4.250
    2    HB2  LYS 111           HB2      LYS 111  -5.728  -2.926   4.909
    3    HG2  LYS 111           HG2      LYS 111  -6.259  -4.767   7.235
    4    HD2  LYS 111           HD2      LYS 111  -5.843  -1.786   7.255
    5    HE2  LYS 111           HE2      LYS 111  -5.282  -2.774   9.348
    6    HZ1  LYS 111           HZ1      LYS 111  -7.762  -4.341   8.985
    7    HZ3  LYS 111           HZ2      LYS 111  -7.121  -4.069  10.525
    8    HZ2  LYS 111           HZ3      LYS 111  -6.205  -4.887   9.367
    9    H    LYS 111           HN       LYS 111  -7.204  -4.560   3.113
   10    HB3  LYS 111           HB1      LYS 111  -7.252  -3.738   5.231
   11    HG3  LYS 111           HG1      LYS 111  -4.763  -3.872   6.925
   12    HD3  LYS 111           HD1      LYS 111  -7.436  -2.536   7.255
   13    HE3  LYS 111           HE1      LYS 111  -6.864  -2.015   9.517

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   ASP 112           HA       ASP 112  -6.493  -7.655   7.496
    2    HB2  ASP 112           HB2      ASP 112  -9.251  -7.545   6.373
    3    H    ASP 112           HN       ASP 112  -7.754  -6.300   5.309
    4    HB3  ASP 112           HB1      ASP 112  -8.842  -8.846   7.488

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   SER 113           HA       SER 113  -6.592 -11.262   4.661
    2    HB2  SER 113           HB2      SER 113  -7.032  -9.714   2.103
    3    HG   SER 113           HG       SER 113  -8.931  -9.635   3.100
    4    H    SER 113           HN       SER 113  -6.865  -8.385   4.200
    5    HB3  SER 113           HB1      SER 113  -6.994 -11.471   2.239

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   LEU 114           HA       LEU 114  -2.734  -9.797   2.325
    2    HB2  LEU 114           HB2      LEU 114  -3.341  -7.297   2.566
    3    HG   LEU 114           HG       LEU 114  -0.503  -8.266   2.323
    4   HD13  LEU 114          HD11      LEU 114  -2.002  -8.770   0.476
    5   HD12  LEU 114          HD12      LEU 114  -0.807  -7.564  -0.006
    6   HD11  LEU 114          HD13      LEU 114  -2.458  -7.070   0.364
    7   HD21  LEU 114          HD21      LEU 114  -0.470  -6.018   3.317
    8   HD23  LEU 114          HD22      LEU 114  -1.455  -5.434   1.979
    9   HD22  LEU 114          HD23      LEU 114   0.172  -6.046   1.677
   10    H    LEU 114           HN       LEU 114  -4.693  -8.538   3.982
   11    HB3  LEU 114           HB1      LEU 114  -2.269  -7.325   3.955

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ASP 115           HA       ASP 115  -0.451 -11.694   5.460
    2    HB2  ASP 115           HB2      ASP 115   0.379 -12.644   3.236
    3    H    ASP 115           HN       ASP 115  -0.716 -10.516   2.873
    4    HB3  ASP 115           HB1      ASP 115   1.705 -11.493   3.354

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   PRO 116           HA       PRO 116   1.373  -8.210   7.504
    2    HB2  PRO 116           HB2      PRO 116   2.490  -9.576   9.597
    3    HG2  PRO 116           HG2      PRO 116   2.149 -11.727   8.782
    4    HD2  PRO 116           HD2      PRO 116   0.568 -12.195   7.133
    5    HB3  PRO 116           HB1      PRO 116   0.775  -9.162   9.494
    6    HG3  PRO 116           HG1      PRO 116   0.650 -11.482   9.705
    7    HD3  PRO 116           HD1      PRO 116  -0.597 -11.021   7.785

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   SER 117           HA       SER 117   5.782 -10.131   7.049
    2    HB2  SER 117           HB2      SER 117   4.977 -11.499   4.472
    3    HG   SER 117           HG       SER 117   4.115 -12.725   6.064
    4    H    SER 117           HN       SER 117   3.188 -10.903   6.312
    5    HB3  SER 117           HB1      SER 117   6.558 -11.558   5.252

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   PHE 118           HA       PHE 118   5.668  -7.187   3.494
    2    HB2  PHE 118           HB2      PHE 118   2.684  -7.235   2.980
    3    HD1  PHE 118           HD1      PHE 118   5.125  -7.547   0.358
    4    HD2  PHE 118           HD2      PHE 118   2.642  -9.712   3.043
    5    HE1  PHE 118           HE1      PHE 118   5.381  -9.558  -1.030
    6    HE2  PHE 118           HE2      PHE 118   2.900 -11.727   1.672
    7    HZ   PHE 118           HZ       PHE 118   4.273 -11.658  -0.374
    8    H    PHE 118           HN       PHE 118   3.582  -8.786   4.786
    9    HB3  PHE 118           HB1      PHE 118   3.895  -6.409   2.007

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   THR 119           HA       THR 119   4.549  -4.727   7.086
    2    HB   THR 119           HB       THR 119   7.266  -3.766   6.191
    3    HG1  THR 119           HG1      THR 119   6.429  -5.653   8.165
    4   HG23  THR 119          HG21      THR 119   7.382  -2.723   8.409
    5   HG22  THR 119          HG22      THR 119   5.729  -3.245   8.739
    6   HG21  THR 119          HG23      THR 119   6.044  -2.074   7.458
    7    H    THR 119           HN       THR 119   6.254  -5.936   5.260

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   HIS 120           HA       HIS 120   4.878  -0.729   4.712
    2    HB2  HIS 120           HB2      HIS 120   6.280  -1.798   2.268
    3    HD1  HIS 120           HD1      HIS 120   6.766   0.785   5.045
    4    HD2  HIS 120           HD2      HIS 120   8.872  -2.060   2.870
    5    HE1  HIS 120           HE1      HIS 120   9.104   0.819   5.971
    6    HE2  HIS 120           HE2      HIS 120  10.268  -1.104   4.833
    7    H    HIS 120           HN       HIS 120   6.066  -3.273   4.190
    8    HB3  HIS 120           HB1      HIS 120   5.784  -0.123   2.476

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   ALA 121           HA       ALA 121   2.008  -2.217   1.136
    2    HB1  ALA 121           HB1      ALA 121   1.336  -4.424   0.551
    3    HB3  ALA 121           HB2      ALA 121   2.181  -5.109   1.940
    4    HB2  ALA 121           HB3      ALA 121   3.099  -4.405   0.610
    5    H    ALA 121           HN       ALA 121   4.152  -3.394   2.502

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   MET 122           HA       MET 122  -0.650  -3.789   4.744
    2    HB2  MET 122           HB2      MET 122   1.815  -4.407   6.324
    3    HG2  MET 122           HG2      MET 122   0.409  -6.044   4.842
    4    HE3  MET 122           HE1      MET 122  -2.014  -4.183   6.044
    5    HE2  MET 122           HE2      MET 122  -3.323  -5.363   5.981
    6    HE1  MET 122           HE3      MET 122  -2.175  -5.253   4.650
    7    H    MET 122           HN       MET 122   2.140  -3.928   4.177
    8    HB3  MET 122           HB1      MET 122   0.281  -4.197   7.157
    9    HG3  MET 122           HG1      MET 122   1.127  -6.553   6.367

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   GLN 123           HA       GLN 123   0.731  -0.079   7.291
    2    HB2  GLN 123           HB2      GLN 123   3.023  -0.056   7.647
    3    HG2  GLN 123           HG2      GLN 123   2.737   2.278   5.777
    4   HE21  GLN 123          HE21      GLN 123   4.137   2.215   8.949
    5   HE22  GLN 123          HE22      GLN 123   5.772   2.496   8.451
    6    H    GLN 123           HN       GLN 123   2.121  -1.786   5.519
    7    HB3  GLN 123           HB1      GLN 123   3.391  -0.078   5.931
    8    HG3  GLN 123           HG1      GLN 123   2.423   2.288   7.513

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   LEU 124           HA       LEU 124   0.412   2.782   3.641
    2    HB2  LEU 124           HB2      LEU 124   0.732   0.666   1.503
    3    HG   LEU 124           HG       LEU 124   2.850   1.513   2.625
    4   HD12  LEU 124          HD11      LEU 124   2.489   2.037  -0.324
    5   HD11  LEU 124          HD12      LEU 124   2.856   0.480   0.419
    6   HD13  LEU 124          HD13      LEU 124   4.029   1.794   0.502
    7   HD23  LEU 124          HD21      LEU 124   3.619   3.740   1.955
    8   HD22  LEU 124          HD22      LEU 124   2.162   3.824   2.947
    9   HD21  LEU 124          HD23      LEU 124   2.054   4.051   1.202
   10    H    LEU 124           HN       LEU 124   1.472   0.200   3.837
   11    HB3  LEU 124           HB1      LEU 124   0.344   2.345   1.172

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   LEU 125           HA       LEU 125  -3.631   0.427   2.478
    2    HB2  LEU 125           HB2      LEU 125  -2.582  -1.949   3.988
    3    HG   LEU 125           HG       LEU 125  -2.433  -1.936   1.478
    4   HD11  LEU 125          HD11      LEU 125  -2.408  -3.977   2.856
    5   HD13  LEU 125          HD12      LEU 125  -3.180  -4.234   1.293
    6   HD12  LEU 125          HD13      LEU 125  -4.166  -4.056   2.740
    7   HD21  LEU 125          HD21      LEU 125  -5.437  -2.143   1.732
    8   HD23  LEU 125          HD22      LEU 125  -4.508  -2.392   0.252
    9   HD22  LEU 125          HD23      LEU 125  -4.546  -0.799   1.011
   10    H    LEU 125           HN       LEU 125  -1.064  -0.383   3.421
   11    HB3  LEU 125           HB1      LEU 125  -4.310  -1.720   3.829

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   THR 126           HA       THR 126  -4.426   0.591   7.131
    2    HB   THR 126           HB       THR 126  -1.529   1.122   7.827
    3    HG1  THR 126           HG1      THR 126  -1.932  -1.061   7.434
    4   HG22  THR 126          HG21      THR 126  -2.265   1.041  10.175
    5   HG21  THR 126          HG22      THR 126  -3.942   0.963   9.637
    6   HG23  THR 126          HG23      THR 126  -2.976   2.403   9.308
    7    H    THR 126           HN       THR 126  -2.085   0.222   5.596

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   ALA 127           HA       ALA 127  -2.756   5.091   7.289
    2    HB2  ALA 127           HB1      ALA 127  -1.288   6.279   5.771
    3    HB3  ALA 127           HB2      ALA 127  -1.207   4.866   4.719
    4    HB1  ALA 127           HB3      ALA 127  -0.528   4.795   6.345
    5    H    ALA 127           HN       ALA 127  -1.884   2.780   5.995

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   GLU 128           HA       GLU 128  -4.859   6.154   3.122
    2    HB2  GLU 128           HB2      GLU 128  -4.025   4.215   1.709
    3    HG2  GLU 128           HG2      GLU 128  -5.946   4.302   0.109
    4    H    GLU 128           HN       GLU 128  -3.432   3.911   3.985
    5    HB3  GLU 128           HB1      GLU 128  -5.464   3.346   2.218
    6    HG3  GLU 128           HG1      GLU 128  -6.819   5.235   1.316

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ILE 129           HA       ILE 129  -8.662   3.767   4.758
    2    HB   ILE 129           HB       ILE 129  -7.006   2.274   6.794
    3   HD13  ILE 129          HD11      ILE 129  -6.788  -0.197   6.225
    4   HD12  ILE 129          HD12      ILE 129  -7.724  -0.843   4.876
    5   HD11  ILE 129          HD13      ILE 129  -8.541  -0.335   6.356
    6    H    ILE 129           HN       ILE 129  -5.906   3.267   4.812

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLU 130           HA       GLU 130  -7.709   6.060   8.919
    2    HB2  GLU 130           HB2      GLU 130  -4.922   6.700   7.955
    3    HG2  GLU 130           HG2      GLU 130  -5.907   5.087  10.297
    4    H    GLU 130           HN       GLU 130  -6.136   4.779   6.994
    5    HB3  GLU 130           HB1      GLU 130  -5.657   7.380   9.398
    6    HG3  GLU 130           HG1      GLU 130  -5.037   4.482   8.889

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LYS 131           HA       LYS 131  -7.077   9.911   6.041
    2    HB2  LYS 131           HB2      LYS 131  -7.018   8.221   3.533
    3    HG2  LYS 131           HG2      LYS 131  -4.766   9.827   4.703
    4    HD2  LYS 131           HD2      LYS 131  -5.003   8.013   2.307
    5    HE2  LYS 131           HE2      LYS 131  -2.558   9.406   3.374
    6    HZ3  LYS 131           HZ1      LYS 131  -1.422   8.122   1.672
    7    HZ2  LYS 131           HZ2      LYS 131  -2.565   9.160   0.973
    8    HZ1  LYS 131           HZ3      LYS 131  -2.905   7.502   1.115
    9    H    LYS 131           HN       LYS 131  -6.406   7.196   5.839
   10    HB3  LYS 131           HB1      LYS 131  -6.900   9.972   3.605
   11    HG3  LYS 131           HG1      LYS 131  -4.897   8.068   4.796
   12    HD3  LYS 131           HD1      LYS 131  -4.689   9.749   2.301
   13    HE3  LYS 131           HE1      LYS 131  -2.879   7.681   3.534

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   ILE 132           HA       ILE 132 -11.181   8.736   4.023
    2    HB   ILE 132           HB       ILE 132 -11.239   5.795   4.646
    3   HD13  ILE 132          HD11      ILE 132  -9.850   4.887   1.270
    4   HD12  ILE 132          HD12      ILE 132 -11.573   5.195   1.498
    5   HD11  ILE 132          HD13      ILE 132 -10.689   4.220   2.672
    6    H    ILE 132           HN       ILE 132  -8.908   7.170   4.733

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLN 133           HA       GLN 133 -12.851   6.817   8.102
    2    HB2  GLN 133           HB2      GLN 133 -10.081   6.378   9.201
    3    HG2  GLN 133           HG2      GLN 133 -10.994   4.618   7.705
    4   HE21  GLN 133          HE21      GLN 133 -12.022   2.353   9.214
    5   HE22  GLN 133          HE22      GLN 133 -13.747   2.526   9.213
    6    H    GLN 133           HN       GLN 133 -10.358   6.710   6.814
    7    HB3  GLN 133           HB1      GLN 133 -11.535   6.242  10.178
    8    HG3  GLN 133           HG1      GLN 133 -10.650   4.083   9.347

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   LYS 134           HA       LYS 134 -11.010  10.485  10.513
    2    HB2  LYS 134           HB2      LYS 134  -9.425  12.228   9.809
    3    HG2  LYS 134           HG2      LYS 134  -8.775  10.533   7.423
    4    HD2  LYS 134           HD2      LYS 134  -7.088  12.132   8.505
    5    HE2  LYS 134           HE2      LYS 134  -8.666  13.994   8.850
    6    HZ3  LYS 134           HZ1      LYS 134  -9.154  15.366   6.826
    7    HZ2  LYS 134           HZ2      LYS 134 -10.033  13.930   6.943
    8    HZ1  LYS 134           HZ3      LYS 134  -8.715  14.028   5.882
    9    H    LYS 134           HN       LYS 134 -10.103   9.019   8.256
   10    HB3  LYS 134           HB1      LYS 134  -8.687  10.633   9.776
   11    HG3  LYS 134           HG1      LYS 134  -9.839  11.935   7.332
   12    HD3  LYS 134           HD1      LYS 134  -7.356  12.251   6.767
   13    HE3  LYS 134           HE1      LYS 134  -7.269  14.452   7.880

  No H/Q in entry =          13
  In of MODEL    3
    1    HA3  GLY 135           HA2      GLY 135 -13.740  11.733   6.326
    2    H    GLY 135           HN       GLY 135 -11.765  10.634   7.112
    3    HA2  GLY 135           HA1      GLY 135 -13.612  12.843   7.685
    4    H1   GLY  95           HT3      GLY  95  12.154   4.555   9.975
    5    H2   GLY  95           HT2      GLY  95  12.308   3.782   8.475
    6    H3   GLY  95           HT1      GLY  95  13.011   3.094   9.856
    7    HA2  GLY  95           HA2      GLY  95  13.820   5.575   8.458
    8    HA3  GLY  95           HA1      GLY  95  14.751   4.094   8.627

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   ALA  96           HA       ALA  96  15.024   5.997  12.839
    2    HB3  ALA  96           HB1      ALA  96  13.488   4.361  13.858
    3    HB2  ALA  96           HB2      ALA  96  14.944   4.600  14.824
    4    HB1  ALA  96           HB3      ALA  96  14.774   3.155  13.828
    5    H    ALA  96           HN       ALA  96  14.231   3.609  11.402

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   MET  97           HA       MET  97  19.082   4.115  12.166
    2    HB2  MET  97           HB2      MET  97  18.813   2.499  14.002
    3    HG2  MET  97           HG2      MET  97  20.563   1.348  11.842
    4    HE1  MET  97           HE1      MET  97  23.171   1.135  13.559
    5    HE3  MET  97           HE2      MET  97  22.630  -0.166  12.496
    6    HE2  MET  97           HE3      MET  97  23.082  -0.520  14.164
    7    H    MET  97           HN       MET  97  16.420   2.873  11.986
    8    HB3  MET  97           HB1      MET  97  18.350   1.258  12.847
    9    HG3  MET  97           HG1      MET  97  21.033   2.614  12.974

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   GLU  98           HA       GLU  98  18.349   1.154   8.491
    2    HB2  GLU  98           HB2      GLU  98  15.526   2.060   8.004
    3    HG2  GLU  98           HG2      GLU  98  14.937  -0.285   8.939
    4    H    GLU  98           HN       GLU  98  16.748   2.396  10.479
    5    HB3  GLU  98           HB1      GLU  98  16.344   0.631   7.394
    6    HG3  GLU  98           HG1      GLU  98  16.400  -0.061   9.901

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   PRO  99           HA       PRO  99  19.296   4.641   5.944
    2    HB2  PRO  99           HB2      PRO  99  19.553   3.331   3.547
    3    HG2  PRO  99           HG2      PRO  99  18.877   1.219   4.104
    4    HD2  PRO  99           HD2      PRO  99  18.316   0.699   6.246
    5    HB3  PRO  99           HB1      PRO  99  20.802   3.369   4.795
    6    HG3  PRO  99           HG1      PRO  99  20.542   1.092   4.692
    7    HD3  PRO  99           HD1      PRO  99  19.893   1.195   6.879

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   GLU 100           HA       GLU 100  15.289   5.590   4.839
    2    HB2  GLU 100           HB2      GLU 100  16.313   7.715   5.627
    3    HG2  GLU 100           HG2      GLU 100  14.466   8.151   3.294
    4    H    GLU 100           HN       GLU 100  18.073   6.099   5.004
    5    HB3  GLU 100           HB1      GLU 100  16.783   8.064   3.969
    6    HG3  GLU 100           HG1      GLU 100  13.951   7.698   4.918

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ASN 101           HA       ASN 101  15.962   5.910   0.223
    2    HB2  ASN 101           HB2      ASN 101  18.270   6.754   0.047
    3   HD21  ASN 101          HD21      ASN 101  17.336   7.335  -1.927
    4   HD22  ASN 101          HD22      ASN 101  17.503   6.350  -3.341
    5    H    ASN 101           HN       ASN 101  17.756   5.501   2.491
    6    HB3  ASN 101           HB1      ASN 101  18.889   5.120   0.264

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LYS 102           HA       LYS 102  16.995   1.241   0.066
    2    HB2  LYS 102           HB2      LYS 102  18.732   1.295   2.010
    3    HG2  LYS 102           HG2      LYS 102  17.074  -1.164   1.497
    4    HD2  LYS 102           HD2      LYS 102  19.841  -0.842   2.642
    5    HE2  LYS 102           HE2      LYS 102  18.364  -3.287   1.694
    6    HZ3  LYS 102           HZ1      LYS 102  20.373  -4.470   2.482
    7    HZ2  LYS 102           HZ2      LYS 102  19.400  -3.867   3.730
    8    HZ1  LYS 102           HZ3      LYS 102  20.837  -3.067   3.316
    9    H    LYS 102           HN       LYS 102  17.736   3.313   1.794
   10    HB3  LYS 102           HB1      LYS 102  17.377   0.760   2.997
   11    HG3  LYS 102           HG1      LYS 102  18.480  -0.640   0.572
   12    HD3  LYS 102           HD1      LYS 102  18.428  -1.521   3.454
   13    HE3  LYS 102           HE1      LYS 102  19.884  -2.651   1.071

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   TYR 103           HA       TYR 103  12.896   1.291   2.585
    2    HB2  TYR 103           HB2      TYR 103  12.892   3.563   3.389
    3    HD1  TYR 103           HD1      TYR 103  10.998   4.960   0.809
    4    HD2  TYR 103           HD2      TYR 103  10.746   2.109   3.954
    5    HE1  TYR 103           HE1      TYR 103   8.552   5.194   0.807
    6    HE2  TYR 103           HE2      TYR 103   8.297   2.333   3.966
    7    HH   TYR 103           HH       TYR 103   6.578   3.956   1.497
    8    H    TYR 103           HN       TYR 103  14.972   3.070   1.976
    9    HB3  TYR 103           HB1      TYR 103  12.940   4.198   1.755

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   LEU 104           HA       LEU 104  11.775   2.269  -2.008
    2    HB2  LEU 104           HB2      LEU 104  13.589   3.733  -2.631
    3    HG   LEU 104           HG       LEU 104  13.517   1.492  -4.650
    4   HD12  LEU 104          HD11      LEU 104  11.810   2.903  -5.759
    5   HD11  LEU 104          HD12      LEU 104  11.793   3.938  -4.332
    6   HD13  LEU 104          HD13      LEU 104  11.279   2.258  -4.205
    7   HD23  LEU 104          HD21      LEU 104  14.143   3.287  -6.222
    8   HD22  LEU 104          HD22      LEU 104  15.380   2.998  -4.999
    9   HD21  LEU 104          HD23      LEU 104  14.312   4.393  -4.857
   10    H    LEU 104           HN       LEU 104  14.066   2.595  -0.397
   11    HB3  LEU 104           HB1      LEU 104  14.704   2.385  -2.701

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   PRO 105           HA       PRO 105  13.727  -1.939  -3.472
    2    HB2  PRO 105           HB2      PRO 105  15.459  -3.127  -1.700
    3    HG2  PRO 105           HG2      PRO 105  15.613  -1.341  -0.217
    4    HD2  PRO 105           HD2      PRO 105  15.108   0.848  -0.848
    5    HB3  PRO 105           HB1      PRO 105  15.978  -2.148  -3.080
    6    HG3  PRO 105           HG1      PRO 105  16.969  -0.984  -1.309
    7    HD3  PRO 105           HD1      PRO 105  15.757   0.625  -2.487

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   GLU 106           HA       GLU 106  12.073  -3.747   0.686
    2    HB2  GLU 106           HB2      GLU 106  11.384  -0.959   1.625
    3    HG2  GLU 106           HG2      GLU 106  13.725  -1.629   2.045
    4    H    GLU 106           HN       GLU 106  13.188  -1.286  -0.037
    5    HB3  GLU 106           HB1      GLU 106  10.852  -2.438   2.408
    6    HG3  GLU 106           HG1      GLU 106  12.778  -1.369   3.509

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LEU 107           HA       LEU 107   7.967  -1.725  -0.756
    2    HB2  LEU 107           HB2      LEU 107   9.414   0.298  -2.457
    3    HG   LEU 107           HG       LEU 107   9.232   0.899  -0.041
    4   HD11  LEU 107          HD11      LEU 107   7.616   2.535  -1.992
    5   HD13  LEU 107          HD12      LEU 107   9.366   2.597  -1.778
    6   HD12  LEU 107          HD13      LEU 107   8.298   3.122  -0.476
    7   HD22  LEU 107          HD21      LEU 107   7.140  -0.233   0.460
    8   HD21  LEU 107          HD22      LEU 107   6.283   0.827  -0.661
    9   HD23  LEU 107          HD23      LEU 107   7.005   1.492   0.805
   10    H    LEU 107           HN       LEU 107  10.648  -0.831  -0.694
   11    HB3  LEU 107           HB1      LEU 107   7.682   0.047  -2.477

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   MET 108           HA       MET 108   8.999  -2.895  -5.279
    2    HB2  MET 108           HB2      MET 108  11.001  -3.241  -6.465
    3    HG2  MET 108           HG2      MET 108  12.534  -2.864  -3.909
    4    HE3  MET 108           HE1      MET 108  14.464  -0.594  -6.525
    5    HE2  MET 108           HE2      MET 108  13.716  -0.633  -4.929
    6    HE1  MET 108           HE3      MET 108  12.715  -0.767  -6.375
    7    H    MET 108           HN       MET 108  10.563  -1.784  -3.182
    8    HB3  MET 108           HB1      MET 108  11.164  -1.727  -5.593
    9    HG3  MET 108           HG1      MET 108  12.392  -4.361  -4.827

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   ALA 109           HA       ALA 109  10.688  -7.016  -3.737
    2    HB2  ALA 109           HB1      ALA 109  11.421  -7.754  -1.500
    3    HB3  ALA 109           HB2      ALA 109  11.199  -6.108  -0.898
    4    HB1  ALA 109           HB3      ALA 109  12.420  -6.443  -2.127
    5    H    ALA 109           HN       ALA 109  10.891  -4.388  -2.683

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   GLU 110           HA       GLU 110   6.991  -7.398  -0.772
    2    HB2  GLU 110           HB2      GLU 110   6.689  -4.407  -0.420
    3    HG2  GLU 110           HG2      GLU 110   7.219  -6.574   1.600
    4    H    GLU 110           HN       GLU 110   8.817  -5.264  -1.276
    5    HB3  GLU 110           HB1      GLU 110   5.510  -5.584   0.135
    6    HG3  GLU 110           HG1      GLU 110   8.360  -5.338   1.076

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LYS 111           HA       LYS 111   4.545  -4.930  -4.116
    2    HB2  LYS 111           HB2      LYS 111   5.642  -2.994  -4.752
    3    HG2  LYS 111           HG2      LYS 111   6.138  -4.821  -7.095
    4    HD2  LYS 111           HD2      LYS 111   5.777  -1.836  -7.093
    5    HE2  LYS 111           HE2      LYS 111   5.204  -2.791  -9.197
    6    HZ1  LYS 111           HZ1      LYS 111   7.644  -4.426  -8.835
    7    HZ3  LYS 111           HZ2      LYS 111   7.014  -4.118 -10.378
    8    HZ2  LYS 111           HZ3      LYS 111   6.072  -4.920  -9.226
    9    H    LYS 111           HN       LYS 111   7.088  -4.681  -2.976
   10    HB3  LYS 111           HB1      LYS 111   7.149  -3.832  -5.085
   11    HG3  LYS 111           HG1      LYS 111   4.659  -3.903  -6.777
   12    HD3  LYS 111           HD1      LYS 111   7.356  -2.613  -7.096
   13    HE3  LYS 111           HE1      LYS 111   6.805  -2.070  -9.353

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   ASP 112           HA       ASP 112   6.325  -7.703  -7.395
    2    HB2  ASP 112           HB2      ASP 112   9.078  -7.657  -6.259
    3    H    ASP 112           HN       ASP 112   7.602  -6.408  -5.184
    4    HB3  ASP 112           HB1      ASP 112   8.654  -8.945  -7.381

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   SER 113           HA       SER 113   6.348 -11.350  -4.596
    2    HB2  SER 113           HB2      SER 113   6.831  -9.848  -2.015
    3    HG   SER 113           HG       SER 113   8.730  -9.801  -3.025
    4    H    SER 113           HN       SER 113   6.683  -8.485  -4.101
    5    HB3  SER 113           HB1      SER 113   6.753 -11.600  -2.176

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   LEU 114           HA       LEU 114   2.518  -9.840  -2.245
    2    HB2  LEU 114           HB2      LEU 114   3.170  -7.349  -2.461
    3    HG   LEU 114           HG       LEU 114   0.313  -8.269  -2.232
    4   HD13  LEU 114          HD11      LEU 114   1.805  -8.820  -0.389
    5   HD12  LEU 114          HD12      LEU 114   0.630  -7.600   0.109
    6   HD11  LEU 114          HD13      LEU 114   2.289  -7.128  -0.256
    7   HD21  LEU 114          HD21      LEU 114   0.322  -6.010  -3.207
    8   HD23  LEU 114          HD22      LEU 114   1.315  -5.454  -1.861
    9   HD22  LEU 114          HD23      LEU 114  -0.322  -6.037  -1.567
   10    H    LEU 114           HN       LEU 114   4.504  -8.604  -3.892
   11    HB3  LEU 114           HB1      LEU 114   2.101  -7.341  -3.852

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ASP 115           HA       ASP 115   0.209 -11.659  -5.408
    2    HB2  ASP 115           HB2      ASP 115  -0.641 -12.627  -3.196
    3    H    ASP 115           HN       ASP 115   0.485 -10.520  -2.802
    4    HB3  ASP 115           HB1      ASP 115  -1.952 -11.457  -3.307

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   PRO 116           HA       PRO 116  -1.551  -8.124  -7.412
    2    HB2  PRO 116           HB2      PRO 116  -2.688  -9.449  -9.523
    3    HG2  PRO 116           HG2      PRO 116  -2.389 -11.611  -8.729
    4    HD2  PRO 116           HD2      PRO 116  -0.823 -12.126  -7.082
    5    HB3  PRO 116           HB1      PRO 116  -0.965  -9.066  -9.412
    6    HG3  PRO 116           HG1      PRO 116  -0.882 -11.385  -9.643
    7    HD3  PRO 116           HD1      PRO 116   0.365 -10.965  -7.716

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   SER 117           HA       SER 117  -5.997  -9.970  -6.982
    2    HB2  SER 117           HB2      SER 117  -5.212 -11.384  -4.424
    3    HG   SER 117           HG       SER 117  -4.400 -12.607  -6.053
    4    H    SER 117           HN       SER 117  -3.420 -10.797  -6.254
    5    HB3  SER 117           HB1      SER 117  -6.803 -11.391  -5.187

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   PHE 118           HA       PHE 118  -5.832  -7.062  -3.399
    2    HB2  PHE 118           HB2      PHE 118  -2.851  -7.166  -2.872
    3    HD1  PHE 118           HD1      PHE 118  -5.302  -7.465  -0.260
    4    HD2  PHE 118           HD2      PHE 118  -2.858  -9.648  -2.969
    5    HE1  PHE 118           HE1      PHE 118  -5.596  -9.482   1.105
    6    HE2  PHE 118           HE2      PHE 118  -3.154 -11.671  -1.615
    7    HZ   PHE 118           HZ       PHE 118  -4.527 -11.597   0.432
    8    H    PHE 118           HN       PHE 118  -3.772  -8.680  -4.706
    9    HB3  PHE 118           HB1      PHE 118  -4.054  -6.333  -1.896

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   THR 119           HA       THR 119  -4.661  -4.590  -6.962
    2    HB   THR 119           HB       THR 119  -7.375  -3.606  -6.076
    3    HG1  THR 119           HG1      THR 119  -6.513  -5.491  -8.025
    4   HG23  THR 119          HG21      THR 119  -7.461  -2.518  -8.270
    5   HG22  THR 119          HG22      THR 119  -5.816  -3.060  -8.606
    6   HG21  THR 119          HG23      THR 119  -6.115  -1.904  -7.307
    7    H    THR 119           HN       THR 119  -6.396  -5.786  -5.154

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   HIS 120           HA       HIS 120  -4.924  -0.612  -4.555
    2    HB2  HIS 120           HB2      HIS 120  -6.346  -1.674  -2.117
    3    HD1  HIS 120           HD1      HIS 120  -6.777   0.951  -4.862
    4    HD2  HIS 120           HD2      HIS 120  -8.946  -1.889  -2.735
    5    HE1  HIS 120           HE1      HIS 120  -9.106   1.027  -5.807
    6    HE2  HIS 120           HE2      HIS 120 -10.346  -0.837  -4.651
    7    H    HIS 120           HN       HIS 120  -6.157  -3.138  -4.056
    8    HB3  HIS 120           HB1      HIS 120  -5.821  -0.007  -2.316

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   ALA 121           HA       ALA 121  -2.081  -2.187  -0.992
    2    HB3  ALA 121           HB1      ALA 121  -1.448  -4.417  -0.422
    3    HB2  ALA 121           HB2      ALA 121  -2.311  -5.073  -1.814
    4    HB1  ALA 121           HB3      ALA 121  -3.211  -4.357  -0.476
    5    H    ALA 121           HN       ALA 121  -4.245  -3.313  -2.369

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   MET 122           HA       MET 122   0.546  -3.773  -4.608
    2    HB2  MET 122           HB2      MET 122  -1.928  -4.328  -6.198
    3    HG2  MET 122           HG2      MET 122  -0.547  -6.005  -4.730
    4    HE3  MET 122           HE1      MET 122   1.906  -4.175  -5.907
    5    HE2  MET 122           HE2      MET 122   3.192  -5.379  -5.858
    6    HE1  MET 122           HE3      MET 122   2.039  -5.264  -4.526
    7    H    MET 122           HN       MET 122  -2.245  -3.860  -4.048
    8    HB3  MET 122           HB1      MET 122  -0.387  -4.136  -7.023
    9    HG3  MET 122           HG1      MET 122  -1.278  -6.487  -6.260

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   GLN 123           HA       GLN 123  -0.761  -0.009  -7.126
    2    HB2  GLN 123           HB2      GLN 123  -3.059   0.059  -7.473
    3    HG2  GLN 123           HG2      GLN 123  -2.734   2.368  -5.577
    4   HE21  GLN 123          HE21      GLN 123  -4.132   2.374  -8.751
    5   HE22  GLN 123          HE22      GLN 123  -5.759   2.679  -8.256
    6    H    GLN 123           HN       GLN 123  -2.181  -1.709  -5.363
    7    HB3  GLN 123           HB1      GLN 123  -3.419   0.024  -5.758
    8    HG3  GLN 123           HG1      GLN 123  -2.413   2.395  -7.311

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   LEU 124           HA       LEU 124  -0.392   2.801  -3.440
    2    HB2  LEU 124           HB2      LEU 124  -0.753   0.676  -1.319
    3    HG   LEU 124           HG       LEU 124  -2.855   1.572  -2.437
    4   HD11  LEU 124          HD11      LEU 124  -2.490   2.059   0.515
    5   HD13  LEU 124          HD12      LEU 124  -2.890   0.517  -0.245
    6   HD12  LEU 124          HD13      LEU 124  -4.033   1.859  -0.317
    7   HD23  LEU 124          HD21      LEU 124  -3.585   3.803  -1.742
    8   HD22  LEU 124          HD22      LEU 124  -2.130   3.873  -2.736
    9   HD21  LEU 124          HD23      LEU 124  -2.015   4.080  -0.988
   10    H    LEU 124           HN       LEU 124  -1.499   0.240  -3.666
   11    HB3  LEU 124           HB1      LEU 124  -0.336   2.345  -0.976

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   LEU 125           HA       LEU 125   3.610   0.366  -2.299
    2    HB2  LEU 125           HB2      LEU 125   2.513  -1.975  -3.834
    3    HG   LEU 125           HG       LEU 125   2.360  -1.985  -1.321
    4   HD11  LEU 125          HD11      LEU 125   2.305  -4.010  -2.721
    5   HD13  LEU 125          HD12      LEU 125   3.072  -4.299  -1.162
    6   HD12  LEU 125          HD13      LEU 125   4.061  -4.115  -2.606
    7   HD21  LEU 125          HD21      LEU 125   5.357  -2.249  -1.578
    8   HD23  LEU 125          HD22      LEU 125   4.425  -2.487  -0.099
    9   HD22  LEU 125          HD23      LEU 125   4.495  -0.891  -0.850
   10    H    LEU 125           HN       LEU 125   1.027  -0.390  -3.245
   11    HB3  LEU 125           HB1      LEU 125   4.244  -1.781  -3.669

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   THR 126           HA       THR 126   4.409   0.557  -6.948
    2    HB   THR 126           HB       THR 126   1.527   1.159  -7.640
    3    HG1  THR 126           HG1      THR 126   1.889  -1.038  -7.248
    4   HG22  THR 126          HG21      THR 126   2.261   1.076  -9.989
    5   HG21  THR 126          HG22      THR 126   3.937   0.959  -9.450
    6   HG23  THR 126          HG23      THR 126   2.999   2.415  -9.111
    7    H    THR 126           HN       THR 126   2.059   0.220  -5.422

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   ALA 127           HA       ALA 127   2.823   5.092  -7.061
    2    HB2  ALA 127           HB1      ALA 127   1.374   6.293  -5.536
    3    HB1  ALA 127           HB2      ALA 127   1.260   4.871  -4.498
    4    HB3  ALA 127           HB3      ALA 127   0.588   4.828  -6.129
    5    H    ALA 127           HN       ALA 127   1.907   2.779  -5.797

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   GLU 128           HA       GLU 128   4.939   6.079  -2.883
    2    HB2  GLU 128           HB2      GLU 128   4.066   4.143  -1.486
    3    HG2  GLU 128           HG2      GLU 128   5.984   4.183   0.117
    4    H    GLU 128           HN       GLU 128   3.469   3.871  -3.766
    5    HB3  GLU 128           HB1      GLU 128   5.489   3.253  -2.004
    6    HG3  GLU 128           HG1      GLU 128   6.884   5.103  -1.081

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ILE 129           HA       ILE 129   8.694   3.636  -4.537
    2    HB   ILE 129           HB       ILE 129   7.016   2.194  -6.591
    3   HD13  ILE 129          HD11      ILE 129   6.754  -0.279  -6.045
    4   HD12  ILE 129          HD12      ILE 129   7.677  -0.955  -4.702
    5   HD11  ILE 129          HD13      ILE 129   8.505  -0.444  -6.174
    6    H    ILE 129           HN       ILE 129   5.930   3.186  -4.596

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLU 130           HA       GLU 130   7.789   5.991  -8.676
    2    HB2  GLU 130           HB2      GLU 130   5.012   6.667  -7.704
    3    HG2  GLU 130           HG2      GLU 130   5.966   5.072 -10.070
    4    H    GLU 130           HN       GLU 130   6.188   4.716  -6.769
    5    HB3  GLU 130           HB1      GLU 130   5.759   7.353  -9.138
    6    HG3  GLU 130           HG1      GLU 130   5.094   4.460  -8.665

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LYS 131           HA       LYS 131   7.232   9.817  -5.761
    2    HB2  LYS 131           HB2      LYS 131   7.135   8.108  -3.268
    3    HG2  LYS 131           HG2      LYS 131   4.910   9.764  -4.429
    4    HD2  LYS 131           HD2      LYS 131   5.111   7.921  -2.050
    5    HE2  LYS 131           HE2      LYS 131   2.686   9.360  -3.108
    6    HZ3  LYS 131           HZ1      LYS 131   1.536   8.103  -1.391
    7    HZ2  LYS 131           HZ2      LYS 131   2.713   9.117  -0.710
    8    HZ1  LYS 131           HZ3      LYS 131   3.011   7.451  -0.850
    9    H    LYS 131           HN       LYS 131   6.508   7.113  -5.583
   10    HB3  LYS 131           HB1      LYS 131   7.047   9.862  -3.329
   11    HG3  LYS 131           HG1      LYS 131   5.011   8.003  -4.538
   12    HD3  LYS 131           HD1      LYS 131   4.826   9.662  -2.027
   13    HE3  LYS 131           HE1      LYS 131   2.980   7.628  -3.267

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   ILE 132           HA       ILE 132  11.308   8.546  -3.752
    2    HB   ILE 132           HB       ILE 132  11.311   5.612  -4.401
    3   HD13  ILE 132          HD11      ILE 132   9.906   4.696  -1.036
    4   HD12  ILE 132          HD12      ILE 132  11.635   4.978  -1.261
    5   HD11  ILE 132          HD13      ILE 132  10.734   4.031  -2.445
    6    H    ILE 132           HN       ILE 132   9.012   7.026  -4.483

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLN 133           HA       GLN 133  12.946   6.636  -7.845
    2    HB2  GLN 133           HB2      GLN 133  10.168   6.268  -8.953
    3    HG2  GLN 133           HG2      GLN 133  11.050   4.481  -7.467
    4   HE21  GLN 133          HE21      GLN 133  12.034   2.200  -9.003
    5   HE22  GLN 133          HE22      GLN 133  13.759   2.339  -8.999
    6    H    GLN 133           HN       GLN 133  10.446   6.575  -6.565
    7    HB3  GLN 133           HB1      GLN 133  11.620   6.108  -9.930
    8    HG3  GLN 133           HG1      GLN 133  10.684   3.960  -9.109

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   LYS 134           HA       LYS 134  11.179  10.362 -10.220
    2    HB2  LYS 134           HB2      LYS 134   9.624  12.129  -9.506
    3    HG2  LYS 134           HG2      LYS 134   8.940  10.425  -7.135
    4    HD2  LYS 134           HD2      LYS 134   7.287  12.068  -8.207
    5    HE2  LYS 134           HE2      LYS 134   8.905  13.903  -8.521
    6    HZ3  LYS 134           HZ1      LYS 134   9.394  15.243  -6.465
    7    HZ2  LYS 134           HZ2      LYS 134  10.268  13.803  -6.608
    8    HZ1  LYS 134           HZ3      LYS 134   8.942  13.888  -5.552
    9    H    LYS 134           HN       LYS 134  10.245   8.896  -7.971
   10    HB3  LYS 134           HB1      LYS 134   8.855  10.547  -9.487
   11    HG3  LYS 134           HG1      LYS 134  10.031  11.807  -7.033
   12    HD3  LYS 134           HD1      LYS 134   7.554  12.158  -6.465
   13    HE3  LYS 134           HE1      LYS 134   7.512  14.375  -7.552

  No H/Q in entry =          13
  In of MODEL    3
    1    HA3  GLY 135           HA2      GLY 135  13.926  11.528  -6.021
    2    H    GLY 135           HN       GLY 135  11.941  10.471  -6.821
    3    HA2  GLY 135           HA1      GLY 135  13.817  12.663  -7.362

  No H/Q in entry =           3
  In of MODEL    4
    1    H1   GLY  95           HT1      GLY  95 -14.244   4.649 -11.899
    2    H2   GLY  95           HT3      GLY  95 -14.064   3.719 -10.491
    3    H3   GLY  95           HT2      GLY  95 -15.207   3.270 -11.658
    4    HA3  GLY  95           HA1      GLY  95 -16.328   4.287  -9.820
    5    HA2  GLY  95           HA2      GLY  95 -15.275   5.688  -9.945

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ALA  96           HA       ALA  96 -17.930   6.310 -13.631
    2    HB3  ALA  96           HB1      ALA  96 -18.868   4.874 -15.391
    3    HB1  ALA  96           HB2      ALA  96 -18.383   3.448 -14.476
    4    HB2  ALA  96           HB3      ALA  96 -17.158   4.543 -15.118
    5    H    ALA  96           HN       ALA  96 -16.961   3.824 -12.494

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   MET  97           HA       MET  97 -21.513   5.020 -11.190
    2    HB2  MET  97           HB2      MET  97 -21.645   2.320 -12.500
    3    HG2  MET  97           HG2      MET  97 -22.252   4.306 -13.822
    4    HE1  MET  97           HE1      MET  97 -23.892   6.238 -14.568
    5    HE3  MET  97           HE2      MET  97 -25.311   6.733 -13.647
    6    HE2  MET  97           HE3      MET  97 -25.260   5.138 -14.398
    7    H    MET  97           HN       MET  97 -19.291   3.380 -12.204
    8    HB3  MET  97           HB1      MET  97 -22.841   2.781 -11.298
    9    HG3  MET  97           HG1      MET  97 -23.594   3.183 -13.599

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   GLU  98           HA       GLU  98 -19.660   1.757  -8.254
    2    HB2  GLU  98           HB2      GLU  98 -16.863   2.601  -9.013
    3    HG2  GLU  98           HG2      GLU  98 -16.721   0.214  -9.947
    4    H    GLU  98           HN       GLU  98 -18.916   3.095 -10.647
    5    HB3  GLU  98           HB1      GLU  98 -17.338   1.256  -7.988
    6    HG3  GLU  98           HG1      GLU  98 -18.472   0.338 -10.115

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   PRO  99           HA       PRO  99 -19.537   5.321  -5.626
    2    HB2  PRO  99           HB2      PRO  99 -19.620   4.020  -3.243
    3    HG2  PRO  99           HG2      PRO  99 -19.282   1.842  -3.915
    4    HD2  PRO  99           HD2      PRO  99 -19.266   1.278  -6.126
    5    HB3  PRO  99           HB1      PRO  99 -21.034   4.226  -4.282
    6    HG3  PRO  99           HG1      PRO  99 -21.038   1.923  -4.139
    7    HD3  PRO  99           HD1      PRO  99 -20.858   2.000  -6.420

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   GLU 100           HA       GLU 100 -15.206   5.423  -5.076
    2    HB2  GLU 100           HB2      GLU 100 -16.116   8.159  -4.173
    3    HG2  GLU 100           HG2      GLU 100 -15.076   8.651  -6.569
    4    H    GLU 100           HN       GLU 100 -17.809   6.476  -5.208
    5    HB3  GLU 100           HB1      GLU 100 -14.480   7.696  -4.618
    6    HG3  GLU 100           HG1      GLU 100 -15.726   7.042  -6.883

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ASN 101           HA       ASN 101 -15.806   6.182  -0.375
    2    HB2  ASN 101           HB2      ASN 101 -18.172   6.980  -0.366
    3   HD21  ASN 101          HD21      ASN 101 -15.994   6.542   1.424
    4   HD22  ASN 101          HD22      ASN 101 -16.669   6.158   2.970
    5    H    ASN 101           HN       ASN 101 -17.541   6.037  -2.656
    6    HB3  ASN 101           HB1      ASN 101 -18.704   5.305  -0.460

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LYS 102           HA       LYS 102 -16.981   1.466  -0.324
    2    HB2  LYS 102           HB2      LYS 102 -18.514   1.416  -2.276
    3    HG2  LYS 102           HG2      LYS 102 -16.466  -0.780  -2.423
    4    HD2  LYS 102           HD2      LYS 102 -19.410  -0.663  -3.041
    5    HE2  LYS 102           HE2      LYS 102 -18.721  -2.720  -1.817
    6    HZ1  LYS 102           HZ1      LYS 102 -16.457  -2.920  -2.647
    7    HZ3  LYS 102           HZ2      LYS 102 -17.042  -3.202  -4.215
    8    HZ2  LYS 102           HZ3      LYS 102 -17.347  -4.319  -2.987
    9    H    LYS 102           HN       LYS 102 -17.558   3.589  -1.992
   10    HB3  LYS 102           HB1      LYS 102 -17.111   1.339  -3.333
   11    HG3  LYS 102           HG1      LYS 102 -17.729  -0.682  -1.197
   12    HD3  LYS 102           HD1      LYS 102 -18.087  -0.963  -4.173
   13    HE3  LYS 102           HE1      LYS 102 -19.325  -3.013  -3.449

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   TYR 103           HA       TYR 103 -12.690   1.397  -2.529
    2    HB2  TYR 103           HB2      TYR 103 -12.544   3.618  -3.440
    3    HD1  TYR 103           HD1      TYR 103 -10.626   5.120  -0.993
    4    HD2  TYR 103           HD2      TYR 103 -10.494   1.898  -3.756
    5    HE1  TYR 103           HE1      TYR 103  -8.172   5.183  -0.918
    6    HE2  TYR 103           HE2      TYR 103  -8.035   1.946  -3.703
    7    HH   TYR 103           HH       TYR 103  -6.275   3.834  -1.412
    8    H    TYR 103           HN       TYR 103 -14.705   3.291  -2.056
    9    HB3  TYR 103           HB1      TYR 103 -12.591   4.340  -1.841

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   LEU 104           HA       LEU 104 -11.587   2.497   2.008
    2    HB2  LEU 104           HB2      LEU 104 -13.277   4.136   2.544
    3    HG   LEU 104           HG       LEU 104 -13.411   2.012   4.682
    4   HD13  LEU 104          HD11      LEU 104 -11.100   2.531   4.153
    5   HD12  LEU 104          HD12      LEU 104 -11.543   3.238   5.709
    6   HD11  LEU 104          HD13      LEU 104 -11.442   4.257   4.273
    7   HD21  LEU 104          HD21      LEU 104 -13.879   4.988   4.732
    8   HD23  LEU 104          HD22      LEU 104 -13.837   3.940   6.152
    9   HD22  LEU 104          HD23      LEU 104 -15.098   3.730   4.935
   10    H    LEU 104           HN       LEU 104 -13.855   2.900   0.376
   11    HB3  LEU 104           HB1      LEU 104 -14.498   2.889   2.683

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   PRO 105           HA       PRO 105 -13.863  -1.494   3.640
    2    HB2  PRO 105           HB2      PRO 105 -15.668  -2.600   1.891
    3    HG2  PRO 105           HG2      PRO 105 -15.688  -0.852   0.361
    4    HD2  PRO 105           HD2      PRO 105 -15.033   1.316   0.928
    5    HB3  PRO 105           HB1      PRO 105 -16.121  -1.553   3.243
    6    HG3  PRO 105           HG1      PRO 105 -17.022  -0.371   1.434
    7    HD3  PRO 105           HD1      PRO 105 -15.694   1.181   2.574

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   GLU 106           HA       GLU 106 -12.325  -3.549  -0.447
    2    HB2  GLU 106           HB2      GLU 106 -11.431  -0.868  -1.503
    3    HG2  GLU 106           HG2      GLU 106 -13.775  -1.122  -1.927
    4    H    GLU 106           HN       GLU 106 -13.288  -0.996   0.188
    5    HB3  GLU 106           HB1      GLU 106 -11.082  -2.419  -2.243
    6    HG3  GLU 106           HG1      GLU 106 -12.871  -1.347  -3.421

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LEU 107           HA       LEU 107  -8.092  -1.665   0.877
    2    HB2  LEU 107           HB2      LEU 107  -9.414   0.453   2.571
    3    HG   LEU 107           HG       LEU 107  -9.273   0.951   0.095
    4   HD13  LEU 107          HD11      LEU 107  -9.460   2.689   1.778
    5   HD12  LEU 107          HD12      LEU 107  -8.364   3.198   0.493
    6   HD11  LEU 107          HD13      LEU 107  -7.715   2.649   2.038
    7   HD23  LEU 107          HD21      LEU 107  -6.323   0.965   0.729
    8   HD22  LEU 107          HD22      LEU 107  -7.061   1.525  -0.774
    9   HD21  LEU 107          HD23      LEU 107  -7.149  -0.180  -0.328
   10    H    LEU 107           HN       LEU 107 -10.747  -0.674   0.858
   11    HB3  LEU 107           HB1      LEU 107  -7.692   0.143   2.524

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   MET 108           HA       MET 108  -9.059  -2.692   5.453
    2    HB2  MET 108           HB2      MET 108 -11.074  -2.976   6.660
    3    HG2  MET 108           HG2      MET 108 -12.607  -2.348   4.155
    4    HE3  MET 108           HE1      MET 108 -14.426  -0.192   6.901
    5    HE2  MET 108           HE2      MET 108 -13.713  -0.184   5.289
    6    HE1  MET 108           HE3      MET 108 -12.687  -0.404   6.706
    7    H    MET 108           HN       MET 108 -10.620  -1.551   3.362
    8    HB3  MET 108           HB1      MET 108 -11.118  -1.422   5.844
    9    HG3  MET 108           HG1      MET 108 -12.533  -3.923   4.941

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   ALA 109           HA       ALA 109 -10.931  -6.760   3.975
    2    HB1  ALA 109           HB1      ALA 109 -12.626  -6.105   2.328
    3    HB3  ALA 109           HB2      ALA 109 -11.712  -7.507   1.775
    4    HB2  ALA 109           HB3      ALA 109 -11.369  -5.912   1.105
    5    H    ALA 109           HN       ALA 109 -11.025  -4.136   2.888

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   GLU 110           HA       GLU 110  -7.220  -7.329   1.051
    2    HB2  GLU 110           HB2      GLU 110  -6.834  -4.359   0.631
    3    HG2  GLU 110           HG2      GLU 110  -7.328  -6.585  -1.333
    4    H    GLU 110           HN       GLU 110  -8.980  -5.122   1.496
    5    HB3  GLU 110           HB1      GLU 110  -5.650  -5.567   0.156
    6    HG3  GLU 110           HG1      GLU 110  -8.458  -5.304  -0.895

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LYS 111           HA       LYS 111  -4.715  -4.906   4.357
    2    HB2  LYS 111           HB2      LYS 111  -5.808  -2.889   4.814
    3    HG2  LYS 111           HG2      LYS 111  -6.144  -4.454   7.360
    4    HD2  LYS 111           HD2      LYS 111  -5.797  -1.497   6.902
    5    HE2  LYS 111           HE2      LYS 111  -4.861  -2.278   9.022
    6    HZ1  LYS 111           HZ1      LYS 111  -6.249  -4.237   9.369
    7    HZ3  LYS 111           HZ2      LYS 111  -7.604  -3.251   9.614
    8    HZ2  LYS 111           HZ3      LYS 111  -6.307  -3.196  10.704
    9    H    LYS 111           HN       LYS 111  -7.254  -4.583   3.220
   10    HB3  LYS 111           HB1      LYS 111  -7.279  -3.693   5.332
   11    HG3  LYS 111           HG1      LYS 111  -4.670  -3.629   6.841
   12    HD3  LYS 111           HD1      LYS 111  -7.329  -2.279   7.288
   13    HE3  LYS 111           HE1      LYS 111  -6.288  -1.267   9.253

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   ASP 112           HA       ASP 112  -6.811  -7.615   7.628
    2    HB2  ASP 112           HB2      ASP 112  -9.203  -7.003   7.323
    3    H    ASP 112           HN       ASP 112  -7.847  -6.243   5.373
    4    HB3  ASP 112           HB1      ASP 112  -9.327  -8.227   6.065

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   SER 113           HA       SER 113  -6.624 -11.266   4.769
    2    HB2  SER 113           HB2      SER 113  -6.989  -9.797   2.153
    3    HG   SER 113           HG       SER 113  -8.887  -9.597   3.179
    4    H    SER 113           HN       SER 113  -7.011  -8.425   4.253
    5    HB3  SER 113           HB1      SER 113  -7.020 -11.545   2.375

  No H/Q in entry =           5
  In of MODEL    4
    1    HB2  LEU 114           HB2      LEU 114  -3.386  -7.333   2.541
    2    HG   LEU 114           HG       LEU 114  -0.532  -8.266   2.388
    3   HD13  LEU 114          HD11      LEU 114  -1.996  -8.771   0.502
    4   HD12  LEU 114          HD12      LEU 114  -0.773  -7.583   0.049
    5   HD11  LEU 114          HD13      LEU 114  -2.428  -7.066   0.368
    6   HD23  LEU 114          HD21      LEU 114  -1.465  -5.440   1.970
    7   HD22  LEU 114          HD22      LEU 114   0.179  -6.058   1.810
    8   HD21  LEU 114          HD23      LEU 114  -0.594  -6.001   3.394
    9    H    LEU 114           HN       LEU 114  -4.749  -8.527   3.957
   10    HB3  LEU 114           HB1      LEU 114  -2.356  -7.298   3.960

  No H/Q in entry =          10
  In of MODEL    4
    1    HA   ASP 115           HA       ASP 115  -0.565 -11.649   5.624
    2    HB2  ASP 115           HB2      ASP 115   0.204 -12.811   3.524
    3    H    ASP 115           HN       ASP 115  -0.767 -10.589   2.978
    4    HB3  ASP 115           HB1      ASP 115   1.548 -11.675   3.461

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   PRO 116           HA       PRO 116   1.436  -8.263   7.583
    2    HB2  PRO 116           HB2      PRO 116   2.621  -9.626   9.639
    3    HG2  PRO 116           HG2      PRO 116   2.273 -11.780   8.832
    4    HD2  PRO 116           HD2      PRO 116   0.657 -12.257   7.226
    5    HB3  PRO 116           HB1      PRO 116   0.899  -9.227   9.587
    6    HG3  PRO 116           HG1      PRO 116   0.800 -11.549   9.797
    7    HD3  PRO 116           HD1      PRO 116  -0.506 -11.110   7.922

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   SER 117           HA       SER 117   5.835 -10.128   7.018
    2    HB2  SER 117           HB2      SER 117   5.204 -12.363   6.040
    3    HG   SER 117           HG       SER 117   7.422 -11.280   5.968
    4    H    SER 117           HN       SER 117   3.235 -10.948   6.320
    5    HB3  SER 117           HB1      SER 117   5.049 -11.567   4.475

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   PHE 118           HA       PHE 118   5.600  -7.262   3.423
    2    HB2  PHE 118           HB2      PHE 118   2.613  -7.375   2.929
    3    HD1  PHE 118           HD1      PHE 118   2.636  -9.858   3.002
    4    HD2  PHE 118           HD2      PHE 118   5.028  -7.630   0.286
    5    HE1  PHE 118           HE1      PHE 118   2.924 -11.863   1.624
    6    HE2  PHE 118           HE2      PHE 118   5.317  -9.628  -1.106
    7    HZ   PHE 118           HZ       PHE 118   4.270 -11.758  -0.442
    8    H    PHE 118           HN       PHE 118   3.566  -8.911   4.728
    9    HB3  PHE 118           HB1      PHE 118   3.798  -6.524   1.947

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   THR 119           HA       THR 119   4.324  -4.870   6.995
    2    HB   THR 119           HB       THR 119   7.169  -4.080   6.373
    3    HG1  THR 119           HG1      THR 119   6.004  -6.123   7.773
    4   HG23  THR 119          HG21      THR 119   5.977  -2.251   7.463
    5   HG22  THR 119          HG22      THR 119   7.139  -2.983   8.569
    6   HG21  THR 119          HG23      THR 119   5.421  -3.350   8.729
    7    H    THR 119           HN       THR 119   6.160  -6.026   5.221

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   HIS 120           HA       HIS 120   5.012  -0.859   4.676
    2    HB2  HIS 120           HB2      HIS 120   6.339  -2.053   2.245
    3    HD1  HIS 120           HD1      HIS 120   6.979   0.216   5.243
    4    HD2  HIS 120           HD2      HIS 120   8.973  -2.393   2.701
    5    HE1  HIS 120           HE1      HIS 120   9.326   0.080   6.123
    6    HE2  HIS 120           HE2      HIS 120  10.408  -1.734   4.750
    7    H    HIS 120           HN       HIS 120   6.021  -3.485   4.193
    8    HB3  HIS 120           HB1      HIS 120   6.011  -0.336   2.468

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   ALA 121           HA       ALA 121   2.038  -2.224   1.103
    2    HB1  ALA 121           HB1      ALA 121   1.244  -4.429   0.580
    3    HB2  ALA 121           HB2      ALA 121   2.157  -5.116   1.923
    4    HB3  ALA 121           HB3      ALA 121   3.008  -4.439   0.538
    5    H    ALA 121           HN       ALA 121   4.149  -3.477   2.450

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   MET 122           HA       MET 122  -0.635  -3.745   4.719
    2    HB2  MET 122           HB2      MET 122   1.824  -4.365   6.300
    3    HG2  MET 122           HG2      MET 122   0.398  -6.009   4.860
    4    HE3  MET 122           HE1      MET 122  -2.054  -4.141   5.878
    5    HE2  MET 122           HE2      MET 122  -3.351  -5.337   5.874
    6    HE1  MET 122           HE3      MET 122  -2.171  -5.309   4.562
    7    H    MET 122           HN       MET 122   2.136  -3.919   4.145
    8    HB3  MET 122           HB1      MET 122   0.300  -4.115   7.140
    9    HG3  MET 122           HG1      MET 122   1.099  -6.499   6.400

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   GLN 123           HA       GLN 123   0.721   0.038   7.175
    2    HB2  GLN 123           HB2      GLN 123   3.070   0.084   7.448
    3    HG2  GLN 123           HG2      GLN 123   2.471   2.497   5.753
    4   HE21  GLN 123          HE21      GLN 123   4.527   2.685   4.886
    5   HE22  GLN 123          HE22      GLN 123   5.913   3.057   5.857
    6    H    GLN 123           HN       GLN 123   2.141  -1.713   5.458
    7    HB3  GLN 123           HB1      GLN 123   3.356   0.203   5.717
    8    HG3  GLN 123           HG1      GLN 123   2.267   2.374   7.496

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   LEU 124           HA       LEU 124   0.392   2.763   3.456
    2    HB2  LEU 124           HB2      LEU 124   0.786   0.613   1.366
    3    HG   LEU 124           HG       LEU 124   2.842   1.564   2.583
    4   HD11  LEU 124          HD11      LEU 124   2.608   1.843  -0.415
    5   HD13  LEU 124          HD12      LEU 124   3.008   0.370   0.471
    6   HD12  LEU 124          HD13      LEU 124   4.117   1.741   0.492
    7   HD23  LEU 124          HD21      LEU 124   3.605   3.749   1.778
    8   HD22  LEU 124          HD22      LEU 124   2.105   3.876   2.697
    9   HD21  LEU 124          HD23      LEU 124   2.071   3.972   0.936
   10    H    LEU 124           HN       LEU 124   1.452   0.187   3.717
   11    HB3  LEU 124           HB1      LEU 124   0.387   2.282   0.995

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   LEU 125           HA       LEU 125  -3.647   0.360   2.335
    2    HB2  LEU 125           HB2      LEU 125  -2.576  -1.950   3.934
    3    HG   LEU 125           HG       LEU 125  -2.469  -2.050   1.423
    4   HD12  LEU 125          HD11      LEU 125  -4.192  -4.080   2.835
    5   HD11  LEU 125          HD12      LEU 125  -2.430  -4.027   2.866
    6   HD13  LEU 125          HD13      LEU 125  -3.278  -4.345   1.354
    7   HD22  LEU 125          HD21      LEU 125  -4.591  -0.924   0.940
    8   HD21  LEU 125          HD22      LEU 125  -5.469  -2.238   1.726
    9   HD23  LEU 125          HD23      LEU 125  -4.560  -2.546   0.244
   10    H    LEU 125           HN       LEU 125  -1.063  -0.415   3.262
   11    HB3  LEU 125           HB1      LEU 125  -4.305  -1.719   3.793

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   THR 126           HA       THR 126  -4.391   0.736   6.973
    2    HB   THR 126           HB       THR 126  -1.491   1.292   7.633
    3    HG1  THR 126           HG1      THR 126  -1.913  -0.916   7.302
    4   HG21  THR 126          HG21      THR 126  -3.891   1.186   9.465
    5   HG23  THR 126          HG22      THR 126  -2.945   2.621   9.062
    6   HG22  THR 126          HG23      THR 126  -2.209   1.307   9.983
    7    H    THR 126           HN       THR 126  -2.060   0.291   5.441

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   ALA 127           HA       ALA 127  -2.655   5.218   6.957
    2    HB2  ALA 127           HB1      ALA 127  -1.201   6.341   5.373
    3    HB3  ALA 127           HB2      ALA 127  -1.148   4.890   4.373
    4    HB1  ALA 127           HB3      ALA 127  -0.450   4.871   5.995
    5    H    ALA 127           HN       ALA 127  -1.843   2.855   5.721

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   GLU 128           HA       GLU 128  -4.860   6.197   2.810
    2    HB2  GLU 128           HB2      GLU 128  -4.070   4.395   1.336
    3    HG2  GLU 128           HG2      GLU 128  -5.959   4.088  -0.110
    4    H    GLU 128           HN       GLU 128  -3.381   4.000   3.688
    5    HB3  GLU 128           HB1      GLU 128  -5.207   3.283   2.066
    6    HG3  GLU 128           HG1      GLU 128  -7.064   4.532   1.187

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ILE 129           HA       ILE 129  -8.606   3.843   4.607
    2    HB   ILE 129           HB       ILE 129  -6.911   2.337   6.598
    3   HD12  ILE 129          HD11      ILE 129  -7.803  -0.780   4.756
    4   HD11  ILE 129          HD12      ILE 129  -8.551  -0.224   6.253
    5   HD13  ILE 129          HD13      ILE 129  -6.799  -0.146   6.060
    6    H    ILE 129           HN       ILE 129  -5.854   3.310   4.587

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLU 130           HA       GLU 130  -7.551   6.131   8.761
    2    HB2  GLU 130           HB2      GLU 130  -4.758   6.735   7.784
    3    HG2  GLU 130           HG2      GLU 130  -5.675   5.071  10.113
    4    H    GLU 130           HN       GLU 130  -6.025   4.765   6.850
    5    HB3  GLU 130           HB1      GLU 130  -5.475   7.369   9.255
    6    HG3  GLU 130           HG1      GLU 130  -4.871   4.485   8.657

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LYS 131           HA       LYS 131  -6.723   9.861   5.857
    2    HB2  LYS 131           HB2      LYS 131  -5.171   8.676   4.263
    3    HG2  LYS 131           HG2      LYS 131  -6.970  10.334   2.570
    4    HD2  LYS 131           HD2      LYS 131  -4.822  11.290   1.862
    5    HE2  LYS 131           HE2      LYS 131  -3.769   9.240   0.915
    6    HZ2  LYS 131           HZ1      LYS 131  -5.516  10.124  -0.363
    7    HZ1  LYS 131           HZ2      LYS 131  -6.705   9.538   0.691
    8    HZ3  LYS 131           HZ3      LYS 131  -5.815   8.455  -0.259
    9    H    LYS 131           HN       LYS 131  -6.250   7.088   5.660
   10    HB3  LYS 131           HB1      LYS 131  -6.587   8.202   3.337
   11    HG3  LYS 131           HG1      LYS 131  -6.121  11.088   3.922
   12    HD3  LYS 131           HD1      LYS 131  -3.990  10.280   3.043
   13    HE3  LYS 131           HE1      LYS 131  -4.894   8.280   1.872

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   ILE 132           HA       ILE 132 -10.777   8.917   3.580
    2    HB   ILE 132           HB       ILE 132 -10.978   5.978   4.199
    3   HD12  ILE 132          HD11      ILE 132  -9.758   5.153   0.720
    4   HD11  ILE 132          HD12      ILE 132 -11.452   5.466   1.105
    5   HD13  ILE 132          HD13      ILE 132 -10.487   4.423   2.150
    6    H    ILE 132           HN       ILE 132  -8.623   7.233   4.351

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLN 133           HA       GLN 133 -12.738   7.174   7.624
    2    HB2  GLN 133           HB2      GLN 133 -10.033   6.714   8.883
    3    HG2  GLN 133           HG2      GLN 133 -10.907   4.908   7.404
    4   HE21  GLN 133          HE21      GLN 133 -12.015   2.707   8.967
    5   HE22  GLN 133          HE22      GLN 133 -13.734   2.887   8.874
    6    H    GLN 133           HN       GLN 133 -10.226   6.876   6.427
    7    HB3  GLN 133           HB1      GLN 133 -11.545   6.644   9.776
    8    HG3  GLN 133           HG1      GLN 133 -10.630   4.440   9.077

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   LYS 134           HA       LYS 134 -10.980  10.936   9.846
    2    HB2  LYS 134           HB2      LYS 134  -9.027  12.293   9.576
    3    HG2  LYS 134           HG2      LYS 134  -8.301  10.734   7.113
    4    HD2  LYS 134           HD2      LYS 134  -7.111  13.174   8.411
    5    HE2  LYS 134           HE2      LYS 134  -5.475  13.093   6.591
    6    HZ1  LYS 134           HZ1      LYS 134  -8.274  13.300   5.601
    7    HZ3  LYS 134           HZ2      LYS 134  -6.905  13.888   4.797
    8    HZ2  LYS 134           HZ3      LYS 134  -7.360  14.554   6.287
    9    H    LYS 134           HN       LYS 134  -9.848   9.194   7.861
   10    HB3  LYS 134           HB1      LYS 134  -8.505  10.616   9.489
   11    HG3  LYS 134           HG1      LYS 134  -9.034  12.337   7.079
   12    HD3  LYS 134           HD1      LYS 134  -6.369  11.577   8.270
   13    HE3  LYS 134           HE1      LYS 134  -6.380  11.784   5.837

  No H/Q in entry =          13
  In of MODEL    4
    1    HA3  GLY 135           HA2      GLY 135 -12.039  12.069   4.799
    2    H    GLY 135           HN       GLY 135 -10.880  10.829   6.365
    3    HA2  GLY 135           HA1      GLY 135 -12.768  12.986   6.114

  No H/Q in entry =           3
  In of MODEL    4
    1    H1   GLY  95           HT1      GLY  95  14.230   4.268  12.154
    2    H2   GLY  95           HT3      GLY  95  14.031   3.351  10.738
    3    H3   GLY  95           HT2      GLY  95  15.161   2.866  11.905
    4    HA2  GLY  95           HA2      GLY  95  15.292   5.297  10.212
    5    HA3  GLY  95           HA1      GLY  95  16.318   3.876  10.082

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ALA  96           HA       ALA  96  17.954   5.844  13.906
    2    HB2  ALA  96           HB1      ALA  96  18.863   4.382  15.662
    3    HB1  ALA  96           HB2      ALA  96  18.349   2.968  14.741
    4    HB3  ALA  96           HB3      ALA  96  17.147   4.084  15.386
    5    H    ALA  96           HN       ALA  96  16.938   3.380  12.753

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   MET  97           HA       MET  97  21.516   4.509  11.472
    2    HB2  MET  97           HB2      MET  97  21.600   1.790  12.753
    3    HG2  MET  97           HG2      MET  97  22.238   3.766  14.088
    4    HE1  MET  97           HE1      MET  97  23.898   5.648  14.854
    5    HE3  MET  97           HE2      MET  97  25.335   6.130  13.952
    6    HE2  MET  97           HE3      MET  97  25.254   4.533  14.697
    7    H    MET  97           HN       MET  97  19.264   2.888  12.463
    8    HB3  MET  97           HB1      MET  97  22.807   2.240  11.557
    9    HG3  MET  97           HG1      MET  97  23.551   2.609  13.873

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   GLU  98           HA       GLU  98  19.610   1.306   8.499
    2    HB2  GLU  98           HB2      GLU  98  16.824   2.191   9.258
    3    HG2  GLU  98           HG2      GLU  98  16.651  -0.203  10.175
    4    H    GLU  98           HN       GLU  98  18.889   2.622  10.910
    5    HB3  GLU  98           HB1      GLU  98  17.283   0.845   8.228
    6    HG3  GLU  98           HG1      GLU  98  18.403  -0.096  10.356

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   PRO  99           HA       PRO  99  19.562   4.894   5.904
    2    HB2  PRO  99           HB2      PRO  99  19.631   3.612   3.510
    3    HG2  PRO  99           HG2      PRO  99  19.250   1.439   4.162
    4    HD2  PRO  99           HD2      PRO  99  19.221   0.850   6.368
    5    HB3  PRO  99           HB1      PRO  99  21.046   3.784   4.553
    6    HG3  PRO  99           HG1      PRO  99  21.006   1.481   4.388
    7    HD3  PRO  99           HD1      PRO  99  20.823   1.542   6.672

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   GLU 100           HA       GLU 100  15.239   5.082   5.334
    2    HB2  GLU 100           HB2      GLU 100  16.203   7.810   4.464
    3    HG2  GLU 100           HG2      GLU 100  15.168   8.308   6.856
    4    H    GLU 100           HN       GLU 100  17.861   6.080   5.496
    5    HB3  GLU 100           HB1      GLU 100  14.560   7.369   4.899
    6    HG3  GLU 100           HG1      GLU 100  15.771   6.682   7.167

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ASN 101           HA       ASN 101  15.882   5.881   0.647
    2    HB2  ASN 101           HB2      ASN 101  18.265   6.620   0.655
    3   HD21  ASN 101          HD21      ASN 101  16.079   6.262  -1.131
    4   HD22  ASN 101          HD22      ASN 101  16.737   5.867  -2.685
    5    H    ASN 101           HN       ASN 101  17.596   5.687   2.935
    6    HB3  ASN 101           HB1      ASN 101  18.757   4.931   0.736

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LYS 102           HA       LYS 102  16.954   1.131   0.558
    2    HB2  LYS 102           HB2      LYS 102  18.483   1.036   2.513
    3    HG2  LYS 102           HG2      LYS 102  16.392  -1.118   2.633
    4    HD2  LYS 102           HD2      LYS 102  19.333  -1.067   3.269
    5    HE2  LYS 102           HE2      LYS 102  18.612  -3.099   2.025
    6    HZ2  LYS 102           HZ1      LYS 102  16.343  -3.289   2.835
    7    HZ1  LYS 102           HZ2      LYS 102  16.906  -3.565   4.413
    8    HZ3  LYS 102           HZ3      LYS 102  17.223  -4.693   3.191
    9    H    LYS 102           HN       LYS 102  17.571   3.229   2.241
   10    HB3  LYS 102           HB1      LYS 102  17.076   0.980   3.567
   11    HG3  LYS 102           HG1      LYS 102  17.663  -1.038   1.417
   12    HD3  LYS 102           HD1      LYS 102  18.001  -1.348   4.392
   13    HE3  LYS 102           HE1      LYS 102  19.207  -3.416   3.654

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   TYR 103           HA       TYR 103  12.659   1.129   2.754
    2    HB2  TYR 103           HB2      TYR 103  12.556   3.345   3.681
    3    HD1  TYR 103           HD1      TYR 103  10.672   4.906   1.239
    4    HD2  TYR 103           HD2      TYR 103  10.470   1.662   3.979
    5    HE1  TYR 103           HE1      TYR 103   8.222   5.018   1.161
    6    HE2  TYR 103           HE2      TYR 103   8.015   1.762   3.920
    7    HH   TYR 103           HH       TYR 103   6.295   3.677   1.629
    8    H    TYR 103           HN       TYR 103  14.713   2.985   2.301
    9    HB3  TYR 103           HB1      TYR 103  12.624   4.076   2.085

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   LEU 104           HA       LEU 104  11.587   2.288  -1.785
    2    HB2  LEU 104           HB2      LEU 104  13.309   3.903  -2.298
    3    HG   LEU 104           HG       LEU 104  13.412   1.793  -4.452
    4   HD13  LEU 104          HD11      LEU 104  11.113   2.354  -3.925
    5   HD12  LEU 104          HD12      LEU 104  11.571   3.064  -5.474
    6   HD11  LEU 104          HD13      LEU 104  11.486   4.075  -4.029
    7   HD21  LEU 104          HD21      LEU 104  13.947   4.761  -4.483
    8   HD23  LEU 104          HD22      LEU 104  13.887   3.722  -5.908
    9   HD22  LEU 104          HD23      LEU 104  15.138   3.475  -4.690
   10    H    LEU 104           HN       LEU 104  13.858   2.633  -0.139
   11    HB3  LEU 104           HB1      LEU 104  14.509   2.636  -2.443

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   PRO 105           HA       PRO 105  13.801  -1.728  -3.447
    2    HB2  PRO 105           HB2      PRO 105  15.579  -2.886  -1.699
    3    HG2  PRO 105           HG2      PRO 105  15.627  -1.155  -0.153
    4    HD2  PRO 105           HD2      PRO 105  15.008   1.029  -0.700
    5    HB3  PRO 105           HB1      PRO 105  16.059  -1.835  -3.039
    6    HG3  PRO 105           HG1      PRO 105  16.971  -0.682  -1.218
    7    HD3  PRO 105           HD1      PRO 105  15.676   0.904  -2.343

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   GLU 106           HA       GLU 106  12.213  -3.793   0.621
    2    HB2  GLU 106           HB2      GLU 106  11.362  -1.102   1.691
    3    HG2  GLU 106           HG2      GLU 106  13.704  -1.403   2.120
    4    H    GLU 106           HN       GLU 106  13.218  -1.250   0.004
    5    HB3  GLU 106           HB1      GLU 106  10.985  -2.651   2.420
    6    HG3  GLU 106           HG1      GLU 106  12.785  -1.609   3.610

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LEU 107           HA       LEU 107   8.016  -1.818  -0.699
    2    HB2  LEU 107           HB2      LEU 107   9.384   0.288  -2.370
    3    HG   LEU 107           HG       LEU 107   9.243   0.768   0.105
    4   HD13  LEU 107          HD11      LEU 107   9.466   2.517  -1.558
    5   HD12  LEU 107          HD12      LEU 107   8.374   3.032  -0.271
    6   HD11  LEU 107          HD13      LEU 107   7.722   2.510  -1.824
    7   HD23  LEU 107          HD21      LEU 107   6.294   0.847  -0.533
    8   HD22  LEU 107          HD22      LEU 107   7.044   1.379   0.972
    9   HD21  LEU 107          HD23      LEU 107   7.094  -0.325   0.516
   10    H    LEU 107           HN       LEU 107  10.689  -0.880  -0.663
   11    HB3  LEU 107           HB1      LEU 107   7.655   0.012  -2.336

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   MET 108           HA       MET 108   8.981  -2.819  -5.280
    2    HB2  MET 108           HB2      MET 108  10.988  -3.129  -6.485
    3    HG2  MET 108           HG2      MET 108  12.534  -2.555  -3.978
    4    HE2  MET 108           HE1      MET 108  14.402  -0.410  -6.688
    5    HE1  MET 108           HE2      MET 108  13.683  -0.410  -5.078
    6    HE3  MET 108           HE3      MET 108  12.658  -0.582  -6.502
    7    H    MET 108           HN       MET 108  10.555  -1.726  -3.177
    8    HB3  MET 108           HB1      MET 108  11.061  -1.587  -5.650
    9    HG3  MET 108           HG1      MET 108  12.426  -4.123  -4.775

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   ALA 109           HA       ALA 109  10.763  -6.938  -3.830
    2    HB1  ALA 109           HB1      ALA 109  12.468  -6.326  -2.176
    3    HB2  ALA 109           HB2      ALA 109  11.530  -7.718  -1.636
    4    HB3  ALA 109           HB3      ALA 109  11.214  -6.122  -0.954
    5    H    ALA 109           HN       ALA 109  10.905  -4.324  -2.724

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   GLU 110           HA       GLU 110   7.043  -7.461  -0.924
    2    HB2  GLU 110           HB2      GLU 110   6.707  -4.488  -0.479
    3    HG2  GLU 110           HG2      GLU 110   7.149  -6.744   1.462
    4    H    GLU 110           HN       GLU 110   8.832  -5.278  -1.358
    5    HB3  GLU 110           HB1      GLU 110   5.496  -5.676  -0.023
    6    HG3  GLU 110           HG1      GLU 110   8.302  -5.475   1.043

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LYS 111           HA       LYS 111   4.591  -4.963  -4.220
    2    HB2  LYS 111           HB2      LYS 111   5.726  -2.962  -4.655
    3    HG2  LYS 111           HG2      LYS 111   6.036  -4.511  -7.212
    4    HD2  LYS 111           HD2      LYS 111   5.752  -1.551  -6.729
    5    HE2  LYS 111           HE2      LYS 111   4.807  -2.298  -8.861
    6    HZ1  LYS 111           HZ1      LYS 111   6.181  -4.272  -9.212
    7    HZ3  LYS 111           HZ2      LYS 111   7.540  -3.288  -9.454
    8    HZ2  LYS 111           HZ3      LYS 111   6.244  -3.222 -10.539
    9    H    LYS 111           HN       LYS 111   7.133  -4.701  -3.067
   10    HB3  LYS 111           HB1      LYS 111   7.182  -3.789  -5.178
   11    HG3  LYS 111           HG1      LYS 111   4.577  -3.661  -6.689
   12    HD3  LYS 111           HD1      LYS 111   7.265  -2.364  -7.119
   13    HE3  LYS 111           HE1      LYS 111   6.247  -1.302  -9.071

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   ASP 112           HA       ASP 112   6.649  -7.679  -7.511
    2    HB2  ASP 112           HB2      ASP 112   9.050  -7.113  -7.183
    3    H    ASP 112           HN       ASP 112   7.704  -6.353  -5.236
    4    HB3  ASP 112           HB1      ASP 112   9.142  -8.356  -5.940

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   SER 113           HA       SER 113   6.380 -11.351  -4.689
    2    HB2  SER 113           HB2      SER 113   6.755  -9.918  -2.057
    3    HG   SER 113           HG       SER 113   8.656  -9.717  -3.074
    4    H    SER 113           HN       SER 113   6.821  -8.524  -4.146
    5    HB3  SER 113           HB1      SER 113   6.769 -11.663  -2.304

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   LEU 114           HA       LEU 114   2.535  -9.858  -2.307
    2    HB2  LEU 114           HB2      LEU 114   3.207  -7.380  -2.432
    3    HG   LEU 114           HG       LEU 114   0.336  -8.259  -2.296
    4   HD13  LEU 114          HD11      LEU 114   1.792  -8.811  -0.415
    5   HD12  LEU 114          HD12      LEU 114   0.587  -7.608   0.050
    6   HD11  LEU 114          HD13      LEU 114   2.250  -7.115  -0.262
    7   HD23  LEU 114          HD21      LEU 114   1.327  -5.455  -1.858
    8   HD22  LEU 114          HD22      LEU 114  -0.332  -6.036  -1.700
    9   HD21  LEU 114          HD23      LEU 114   0.442  -5.987  -3.283
   10    H    LEU 114           HN       LEU 114   4.558  -8.577  -3.856
   11    HB3  LEU 114           HB1      LEU 114   2.185  -7.309  -3.854

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   ASP 115           HA       ASP 115   0.321 -11.613  -5.560
    2    HB2  ASP 115           HB2      ASP 115  -0.478 -12.793  -3.481
    3    H    ASP 115           HN       ASP 115   0.521 -10.563  -2.907
    4    HB3  ASP 115           HB1      ASP 115  -1.797 -11.630  -3.400

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   PRO 116           HA       PRO 116  -1.615  -8.179  -7.496
    2    HB2  PRO 116           HB2      PRO 116  -2.821  -9.500  -9.564
    3    HG2  PRO 116           HG2      PRO 116  -2.510 -11.667  -8.780
    4    HD2  PRO 116           HD2      PRO 116  -0.907 -12.189  -7.176
    5    HB3  PRO 116           HB1      PRO 116  -1.094  -9.131  -9.506
    6    HG3  PRO 116           HG1      PRO 116  -1.032 -11.453  -9.740
    7    HD3  PRO 116           HD1      PRO 116   0.280 -11.056  -7.856

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   SER 117           HA       SER 117  -6.042  -9.970  -6.964
    2    HB2  SER 117           HB2      SER 117  -5.464 -12.221  -6.008
    3    HG   SER 117           HG       SER 117  -7.661 -11.142  -5.935
    4    H    SER 117           HN       SER 117  -3.463 -10.843  -6.257
    5    HB3  SER 117           HB1      SER 117  -5.287 -11.447  -4.434

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   PHE 118           HA       PHE 118  -5.770  -7.131  -3.345
    2    HB2  PHE 118           HB2      PHE 118  -2.787  -7.301  -2.842
    3    HD1  PHE 118           HD1      PHE 118  -2.854  -9.788  -2.934
    4    HD2  PHE 118           HD2      PHE 118  -5.214  -7.534  -0.208
    5    HE1  PHE 118           HE1      PHE 118  -3.191 -11.799  -1.572
    6    HE2  PHE 118           HE2      PHE 118  -5.547  -9.537   1.167
    7    HZ   PHE 118           HZ       PHE 118  -4.540 -11.681   0.491
    8    H    PHE 118           HN       PHE 118  -3.763  -8.804  -4.662
    9    HB3  PHE 118           HB1      PHE 118  -3.962  -6.439  -1.856

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   THR 119           HA       THR 119  -4.430  -4.728  -6.886
    2    HB   THR 119           HB       THR 119  -7.267  -3.899  -6.275
    3    HG1  THR 119           HG1      THR 119  -6.130  -5.952  -7.662
    4   HG21  THR 119          HG21      THR 119  -6.038  -2.073  -7.341
    5   HG23  THR 119          HG22      THR 119  -7.211  -2.776  -8.458
    6   HG22  THR 119          HG23      THR 119  -5.499  -3.169  -8.613
    7    H    THR 119           HN       THR 119  -6.299  -5.870  -5.133

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   HIS 120           HA       HIS 120  -5.056  -0.736  -4.537
    2    HB2  HIS 120           HB2      HIS 120  -6.420  -1.921  -2.124
    3    HD1  HIS 120           HD1      HIS 120  -7.004   0.421  -5.074
    4    HD2  HIS 120           HD2      HIS 120  -9.060  -2.209  -2.603
    5    HE1  HIS 120           HE1      HIS 120  -9.335   0.321  -5.993
    6    HE2  HIS 120           HE2      HIS 120 -10.475  -1.475  -4.648
    7    H    HIS 120           HN       HIS 120  -6.115  -3.344  -4.077
    8    HB3  HIS 120           HB1      HIS 120  -6.053  -0.212  -2.329

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   ALA 121           HA       ALA 121  -2.121  -2.182  -0.968
    2    HB3  ALA 121           HB1      ALA 121  -1.377  -4.407  -0.456
    3    HB2  ALA 121           HB2      ALA 121  -2.301  -5.067  -1.805
    4    HB1  ALA 121           HB3      ALA 121  -3.141  -4.375  -0.420
    5    H    ALA 121           HN       ALA 121  -4.253  -3.386  -2.324

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   MET 122           HA       MET 122   0.535  -3.722  -4.588
    2    HB2  MET 122           HB2      MET 122  -1.929  -4.278  -6.182
    3    HG2  MET 122           HG2      MET 122  -0.541  -5.963  -4.749
    4    HE3  MET 122           HE1      MET 122   1.945  -4.136  -5.752
    5    HE2  MET 122           HE2      MET 122   3.219  -5.355  -5.749
    6    HE1  MET 122           HE3      MET 122   2.038  -5.316  -4.442
    7    H    MET 122           HN       MET 122  -2.242  -3.844  -4.027
    8    HB3  MET 122           HB1      MET 122  -0.397  -4.053  -7.017
    9    HG3  MET 122           HG1      MET 122  -1.244  -6.427  -6.296

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   GLN 123           HA       GLN 123  -0.744   0.112  -7.012
    2    HB2  GLN 123           HB2      GLN 123  -3.090   0.197  -7.292
    3    HG2  GLN 123           HG2      GLN 123  -2.458   2.584  -5.573
    4   HE21  GLN 123          HE21      GLN 123  -4.506   2.806  -4.713
    5   HE22  GLN 123          HE22      GLN 123  -5.884   3.221  -5.681
    6    H    GLN 123           HN       GLN 123  -2.198  -1.633  -5.315
    7    HB3  GLN 123           HB1      GLN 123  -3.377   0.305  -5.562
    8    HG3  GLN 123           HG1      GLN 123  -2.252   2.473  -7.316

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   LEU 124           HA       LEU 124  -0.371   2.789  -3.267
    2    HB2  LEU 124           HB2      LEU 124  -0.817   0.632  -1.198
    3    HG   LEU 124           HG       LEU 124  -2.851   1.629  -2.415
    4   HD11  LEU 124          HD11      LEU 124  -2.620   1.883   0.584
    5   HD13  LEU 124          HD12      LEU 124  -3.045   0.423  -0.313
    6   HD12  LEU 124          HD13      LEU 124  -4.128   1.813  -0.326
    7   HD23  LEU 124          HD21      LEU 124  -3.577   3.821  -1.593
    8   HD22  LEU 124          HD22      LEU 124  -2.075   3.929  -2.510
    9   HD21  LEU 124          HD23      LEU 124  -2.039   4.011  -0.750
   10    H    LEU 124           HN       LEU 124  -1.481   0.238  -3.556
   11    HB3  LEU 124           HB1      LEU 124  -0.389   2.291  -0.810

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   LEU 125           HA       LEU 125   3.613   0.303  -2.155
    2    HB2  LEU 125           HB2      LEU 125   2.505  -1.967  -3.779
    3    HG   LEU 125           HG       LEU 125   2.389  -2.092  -1.268
    4   HD12  LEU 125          HD11      LEU 125   4.074  -4.145  -2.694
    5   HD11  LEU 125          HD12      LEU 125   2.313  -4.055  -2.728
    6   HD13  LEU 125          HD13      LEU 125   3.151  -4.405  -1.218
    7   HD22  LEU 125          HD21      LEU 125   4.529  -1.006  -0.769
    8   HD21  LEU 125          HD22      LEU 125   5.388  -2.327  -1.565
    9   HD23  LEU 125          HD23      LEU 125   4.469  -2.634  -0.090
   10    H    LEU 125           HN       LEU 125   1.021  -0.415  -3.094
   11    HB3  LEU 125           HB1      LEU 125   4.239  -1.771  -3.630

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   THR 126           HA       THR 126   4.384   0.709  -6.792
    2    HB   THR 126           HB       THR 126   1.495   1.320  -7.453
    3    HG1  THR 126           HG1      THR 126   1.871  -0.890  -7.151
    4   HG21  THR 126          HG21      THR 126   3.897   1.191  -9.280
    5   HG23  THR 126          HG22      THR 126   2.979   2.639  -8.864
    6   HG22  THR 126          HG23      THR 126   2.220   1.351  -9.801
    7    H    THR 126           HN       THR 126   2.041   0.291  -5.270

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   ALA 127           HA       ALA 127   2.736   5.216  -6.740
    2    HB2  ALA 127           HB1      ALA 127   1.295   6.362  -5.157
    3    HB1  ALA 127           HB2      ALA 127   1.204   4.903  -4.168
    4    HB3  ALA 127           HB3      ALA 127   0.518   4.911  -5.793
    5    H    ALA 127           HN       ALA 127   1.869   2.862  -5.525

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   GLU 128           HA       GLU 128   4.938   6.120  -2.575
    2    HB2  GLU 128           HB2      GLU 128   4.112   4.322  -1.111
    3    HG2  GLU 128           HG2      GLU 128   5.994   3.967   0.334
    4    H    GLU 128           HN       GLU 128   3.426   3.950  -3.479
    5    HB3  GLU 128           HB1      GLU 128   5.230   3.195  -1.849
    6    HG3  GLU 128           HG1      GLU 128   7.108   4.398  -0.960

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ILE 129           HA       ILE 129   8.641   3.713  -4.376
    2    HB   ILE 129           HB       ILE 129   6.930   2.256  -6.390
    3   HD12  ILE 129          HD11      ILE 129   7.760  -0.892  -4.577
    4   HD11  ILE 129          HD12      ILE 129   8.523  -0.335  -6.068
    5   HD13  ILE 129          HD13      ILE 129   6.772  -0.226  -5.877
    6    H    ILE 129           HN       ILE 129   5.880   3.230  -4.375

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLU 130           HA       GLU 130   7.652   6.056  -8.516
    2    HB2  GLU 130           HB2      GLU 130   4.863   6.708  -7.550
    3    HG2  GLU 130           HG2      GLU 130   5.770   5.046  -9.889
    4    H    GLU 130           HN       GLU 130   6.085   4.711  -6.615
    5    HB3  GLU 130           HB1      GLU 130   5.602   7.342  -9.011
    6    HG3  GLU 130           HG1      GLU 130   4.952   4.459  -8.441

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LYS 131           HA       LYS 131   6.881   9.779  -5.579
    2    HB2  LYS 131           HB2      LYS 131   5.299   8.601  -4.003
    3    HG2  LYS 131           HG2      LYS 131   7.119  10.214  -2.290
    4    HD2  LYS 131           HD2      LYS 131   4.994  11.205  -1.582
    5    HE2  LYS 131           HE2      LYS 131   3.893   9.170  -0.660
    6    HZ2  LYS 131           HZ1      LYS 131   5.661   9.998   0.632
    7    HZ1  LYS 131           HZ2      LYS 131   6.836   9.397  -0.430
    8    HZ3  LYS 131           HZ3      LYS 131   5.919   8.324   0.508
    9    H    LYS 131           HN       LYS 131   6.356   7.012  -5.412
   10    HB3  LYS 131           HB1      LYS 131   6.706   8.096  -3.076
   11    HG3  LYS 131           HG1      LYS 131   6.293  10.994  -3.643
   12    HD3  LYS 131           HD1      LYS 131   4.140  10.228  -2.776
   13    HE3  LYS 131           HE1      LYS 131   4.998   8.196  -1.624

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   ILE 132           HA       ILE 132  10.911   8.735  -3.298
    2    HB   ILE 132           HB       ILE 132  11.057   5.798  -3.947
    3   HD12  ILE 132          HD11      ILE 132   9.813   4.965  -0.475
    4   HD11  ILE 132          HD12      ILE 132  11.513   5.250  -0.851
    5   HD13  ILE 132          HD13      ILE 132  10.534   4.229  -1.907
    6    H    ILE 132           HN       ILE 132   8.726   7.104  -4.090

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLN 133           HA       GLN 133  12.849   6.990  -7.350
    2    HB2  GLN 133           HB2      GLN 133  10.141   6.589  -8.621
    3    HG2  GLN 133           HG2      GLN 133  10.980   4.755  -7.159
    4   HE21  GLN 133          HE21      GLN 133  12.054   2.552  -8.726
    5   HE22  GLN 133          HE22      GLN 133  13.778   2.698  -8.650
    6    H    GLN 133           HN       GLN 133  10.326   6.733  -6.166
    7    HB3  GLN 133           HB1      GLN 133  11.654   6.502  -9.509
    8    HG3  GLN 133           HG1      GLN 133  10.697   4.308  -8.836

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   LYS 134           HA       LYS 134  11.171  10.807  -9.547
    2    HB2  LYS 134           HB2      LYS 134   9.240  12.199  -9.276
    3    HG2  LYS 134           HG2      LYS 134   8.477  10.633  -6.827
    4    HD2  LYS 134           HD2      LYS 134   7.335  13.112  -8.105
    5    HE2  LYS 134           HE2      LYS 134   5.686  13.037  -6.296
    6    HZ1  LYS 134           HZ1      LYS 134   8.479  13.176  -5.273
    7    HZ3  LYS 134           HZ2      LYS 134   7.107  13.788  -4.490
    8    HZ2  LYS 134           HZ3      LYS 134   7.604  14.456  -5.964
    9    H    LYS 134           HN       LYS 134   9.994   9.070  -7.586
   10    HB3  LYS 134           HB1      LYS 134   8.689  10.531  -9.202
   11    HG3  LYS 134           HG1      LYS 134   9.238  12.222  -6.779
   12    HD3  LYS 134           HD1      LYS 134   6.567  11.526  -7.990
   13    HE3  LYS 134           HE1      LYS 134   6.561  11.701  -5.552

  No H/Q in entry =          13
  In of MODEL    4
    1    HA3  GLY 135           HA2      GLY 135  12.233  11.871  -4.486
    2    H    GLY 135           HN       GLY 135  11.058  10.668  -6.068
    3    HA2  GLY 135           HA1      GLY 135  12.982  12.788  -5.788

  No H/Q in entry =           3
  In of MODEL    5
    1    H1   GLY  95           HT2      GLY  95  -9.271   5.830  -6.389
    2    H2   GLY  95           HT1      GLY  95  -8.969   4.196  -6.728
    3    H3   GLY  95           HT3      GLY  95  -8.007   5.024  -5.606
    4    HA3  GLY  95           HA1      GLY  95  -6.970   6.307  -7.232
    5    HA2  GLY  95           HA2      GLY  95  -6.980   4.658  -7.837

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ALA  96           HA       ALA  96  -8.638   6.725 -11.248
    2    HB1  ALA  96           HB1      ALA  96  -8.130   5.485 -13.273
    3    HB2  ALA  96           HB2      ALA  96  -7.830   4.028 -12.325
    4    HB3  ALA  96           HB3      ALA  96  -6.774   5.428 -12.150
    5    H    ALA  96           HN       ALA  96  -7.692   4.365  -9.844

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   MET  97           HA       MET  97 -12.318   4.154 -11.900
    2    HB2  MET  97           HB2      MET  97 -11.029   2.293 -12.863
    3    HG2  MET  97           HG2      MET  97 -13.565   1.339 -11.547
    4    HE2  MET  97           HE1      MET  97 -12.517  -1.087 -11.037
    5    HE1  MET  97           HE2      MET  97 -10.956  -0.504 -11.618
    6    HE3  MET  97           HE3      MET  97 -11.618  -2.017 -12.237
    7    H    MET  97           HN       MET  97  -9.876   3.539 -10.358
    8    HB3  MET  97           HB1      MET  97 -11.113   1.444 -11.327
    9    HG3  MET  97           HG1      MET  97 -13.435   2.135 -13.113

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   GLU  98           HA       GLU  98 -13.469   2.371  -7.777
    2    HB2  GLU  98           HB2      GLU  98 -11.166   3.281  -6.090
    3    HG2  GLU  98           HG2      GLU  98 -10.471   0.761  -6.440
    4    H    GLU  98           HN       GLU  98 -11.052   3.568  -8.855
    5    HB3  GLU  98           HB1      GLU  98 -12.282   1.952  -5.817
    6    HG3  GLU  98           HG1      GLU  98 -11.161   1.056  -8.039

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   PRO  99           HA       PRO  99 -15.034   6.352  -6.577
    2    HB2  PRO  99           HB2      PRO  99 -17.343   5.484  -5.504
    3    HG2  PRO  99           HG2      PRO  99 -16.946   3.217  -5.360
    4    HD2  PRO  99           HD2      PRO  99 -15.112   2.288  -6.351
    5    HB3  PRO  99           HB1      PRO  99 -17.082   5.520  -7.252
    6    HG3  PRO  99           HG1      PRO  99 -17.599   3.279  -7.006
    7    HD3  PRO  99           HD1      PRO  99 -15.545   2.915  -7.948

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   GLU 100           HA       GLU 100 -13.412   6.737  -2.733
    2    HB2  GLU 100           HB2      GLU 100 -14.151   9.057  -3.244
    3    HG2  GLU 100           HG2      GLU 100 -14.436   8.472  -0.311
    4    H    GLU 100           HN       GLU 100 -15.358   7.472  -4.598
    5    HB3  GLU 100           HB1      GLU 100 -15.641   8.739  -2.370
    6    HG3  GLU 100           HG1      GLU 100 -12.892   8.612  -1.156

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ASN 101           HA       ASN 101 -17.120   5.863   0.158
    2    HB2  ASN 101           HB2      ASN 101 -19.011   6.744  -1.197
    3   HD21  ASN 101          HD21      ASN 101 -18.392   5.692   1.380
    4   HD22  ASN 101          HD22      ASN 101 -19.805   4.890   1.974
    5    H    ASN 101           HN       ASN 101 -16.938   6.829  -2.384
    6    HB3  ASN 101           HB1      ASN 101 -19.079   5.194  -2.033

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LYS 102           HA       LYS 102 -17.043   1.499  -1.196
    2    HB2  LYS 102           HB2      LYS 102 -18.023   1.879  -3.538
    3    HG2  LYS 102           HG2      LYS 102 -16.372  -0.589  -3.051
    4    HD2  LYS 102           HD2      LYS 102 -18.146  -1.660  -4.473
    5    HE2  LYS 102           HE2      LYS 102 -17.191  -0.851  -6.632
    6    HZ2  LYS 102           HZ1      LYS 102 -15.998  -2.540  -5.412
    7    HZ1  LYS 102           HZ2      LYS 102 -15.228  -1.370  -4.465
    8    HZ3  LYS 102           HZ3      LYS 102 -14.892  -1.466  -6.121
    9    H    LYS 102           HN       LYS 102 -16.607   3.933  -2.745
   10    HB3  LYS 102           HB1      LYS 102 -16.387   1.611  -4.130
   11    HG3  LYS 102           HG1      LYS 102 -18.030  -0.321  -2.512
   12    HD3  LYS 102           HD1      LYS 102 -18.657  -0.034  -4.930
   13    HE3  LYS 102           HE1      LYS 102 -16.341   0.399  -5.725

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   TYR 103           HA       TYR 103 -12.472   1.611  -2.739
    2    HB2  TYR 103           HB2      TYR 103 -12.354   3.896  -3.568
    3    HD1  TYR 103           HD1      TYR 103 -10.342   2.146  -3.978
    4    HD2  TYR 103           HD2      TYR 103 -10.400   5.214  -1.041
    5    HE1  TYR 103           HE1      TYR 103  -7.883   2.139  -3.929
    6    HE2  TYR 103           HE2      TYR 103  -7.948   5.215  -0.965
    7    HH   TYR 103           HH       TYR 103  -6.083   3.866  -1.532
    8    H    TYR 103           HN       TYR 103 -14.536   3.476  -2.376
    9    HB3  TYR 103           HB1      TYR 103 -12.388   4.523  -1.927

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   LEU 104           HA       LEU 104 -11.569   2.638   1.848
    2    HB2  LEU 104           HB2      LEU 104 -13.245   4.272   2.397
    3    HG   LEU 104           HG       LEU 104 -13.452   2.056   4.437
    4   HD13  LEU 104          HD11      LEU 104 -11.139   2.652   3.988
    5   HD12  LEU 104          HD12      LEU 104 -11.638   3.222   5.581
    6   HD11  LEU 104          HD13      LEU 104 -11.520   4.358   4.236
    7   HD22  LEU 104          HD21      LEU 104 -13.985   3.862   5.993
    8   HD21  LEU 104          HD22      LEU 104 -15.178   3.754   4.698
    9   HD23  LEU 104          HD23      LEU 104 -13.951   5.019   4.663
   10    H    LEU 104           HN       LEU 104 -13.782   3.084   0.165
   11    HB3  LEU 104           HB1      LEU 104 -14.493   3.043   2.447

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   PRO 105           HA       PRO 105 -13.915  -1.328   3.426
    2    HB2  PRO 105           HB2      PRO 105 -15.673  -2.449   1.632
    3    HG2  PRO 105           HG2      PRO 105 -15.614  -0.727   0.061
    4    HD2  PRO 105           HD2      PRO 105 -14.958   1.443   0.618
    5    HB3  PRO 105           HB1      PRO 105 -16.165  -1.365   2.941
    6    HG3  PRO 105           HG1      PRO 105 -16.984  -0.213   1.070
    7    HD3  PRO 105           HD1      PRO 105 -15.691   1.347   2.235

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   GLU 106           HA       GLU 106 -12.249  -3.422  -0.599
    2    HB2  GLU 106           HB2      GLU 106 -11.347  -0.730  -1.619
    3    HG2  GLU 106           HG2      GLU 106 -13.738  -1.168  -2.022
    4    H    GLU 106           HN       GLU 106 -13.225  -0.867   0.011
    5    HB3  GLU 106           HB1      GLU 106 -10.962  -2.275  -2.357
    6    HG3  GLU 106           HG1      GLU 106 -12.776  -1.067  -3.495

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LEU 107           HA       LEU 107  -8.046  -1.565   0.806
    2    HB2  LEU 107           HB2      LEU 107  -9.394   0.545   2.484
    3    HG   LEU 107           HG       LEU 107  -9.168   1.087   0.044
    4   HD11  LEU 107          HD11      LEU 107  -9.253   2.807   1.796
    5   HD13  LEU 107          HD12      LEU 107  -8.225   3.290   0.447
    6   HD12  LEU 107          HD13      LEU 107  -7.498   2.724   1.952
    7   HD22  LEU 107          HD21      LEU 107  -7.109  -0.134  -0.385
    8   HD21  LEU 107          HD22      LEU 107  -6.233   0.931   0.715
    9   HD23  LEU 107          HD23      LEU 107  -6.914   1.575  -0.779
   10    H    LEU 107           HN       LEU 107 -10.691  -0.561   0.759
   11    HB3  LEU 107           HB1      LEU 107  -7.674   0.214   2.507

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   MET 108           HA       MET 108  -9.066  -2.627   5.358
    2    HB2  MET 108           HB2      MET 108 -11.124  -2.939   6.530
    3    HG2  MET 108           HG2      MET 108 -12.543  -2.183   3.993
    4    HE1  MET 108           HE1      MET 108 -12.592  -0.164   6.457
    5    HE3  MET 108           HE2      MET 108 -14.322   0.155   6.588
    6    HE2  MET 108           HE3      MET 108 -13.561   0.059   4.999
    7    H    MET 108           HN       MET 108 -10.609  -1.478   3.259
    8    HB3  MET 108           HB1      MET 108 -11.081  -1.348   5.787
    9    HG3  MET 108           HG1      MET 108 -12.612  -3.747   4.802

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   ALA 109           HA       ALA 109 -10.957  -6.680   3.869
    2    HB3  ALA 109           HB1      ALA 109 -11.697  -7.406   1.623
    3    HB2  ALA 109           HB2      ALA 109 -11.393  -5.775   1.018
    4    HB1  ALA 109           HB3      ALA 109 -12.642  -6.047   2.232
    5    H    ALA 109           HN       ALA 109 -11.021  -4.057   2.788

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   GLU 110           HA       GLU 110  -7.256  -7.290   0.957
    2    HB2  GLU 110           HB2      GLU 110  -6.812  -4.325   0.539
    3    HG2  GLU 110           HG2      GLU 110  -7.421  -6.524  -1.424
    4    H    GLU 110           HN       GLU 110  -8.974  -5.054   1.417
    5    HB3  GLU 110           HB1      GLU 110  -5.677  -5.564   0.027
    6    HG3  GLU 110           HG1      GLU 110  -8.497  -5.209  -0.957

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LYS 111           HA       LYS 111  -4.712  -4.857   4.246
    2    HB2  LYS 111           HB2      LYS 111  -5.849  -2.848   4.693
    3    HG2  LYS 111           HG2      LYS 111  -5.982  -4.442   7.234
    4    HD2  LYS 111           HD2      LYS 111  -5.899  -1.463   6.794
    5    HE2  LYS 111           HE2      LYS 111  -4.723  -2.071   8.810
    6    HZ3  LYS 111           HZ1      LYS 111  -7.197  -3.493   9.637
    7    HZ2  LYS 111           HZ2      LYS 111  -5.806  -3.268  10.580
    8    HZ1  LYS 111           HZ3      LYS 111  -5.743  -4.251   9.198
    9    H    LYS 111           HN       LYS 111  -7.247  -4.539   3.113
   10    HB3  LYS 111           HB1      LYS 111  -7.275  -3.682   5.286
   11    HG3  LYS 111           HG1      LYS 111  -4.600  -3.507   6.651
   12    HD3  LYS 111           HD1      LYS 111  -7.316  -2.376   7.306
   13    HE3  LYS 111           HE1      LYS 111  -6.270  -1.322   9.206

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   ASP 112           HA       ASP 112  -6.721  -7.541   7.558
    2    HB2  ASP 112           HB2      ASP 112  -9.112  -6.968   7.366
    3    H    ASP 112           HN       ASP 112  -7.830  -6.226   5.296
    4    HB3  ASP 112           HB1      ASP 112  -9.287  -8.153   6.076

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   SER 113           HA       SER 113  -6.640 -11.249   4.753
    2    HB2  SER 113           HB2      SER 113  -7.080  -9.779   2.152
    3    HG   SER 113           HG       SER 113  -8.953  -9.653   3.251
    4    H    SER 113           HN       SER 113  -7.063  -8.425   4.211
    5    HB3  SER 113           HB1      SER 113  -7.051 -11.528   2.348

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   LEU 114           HA       LEU 114  -2.803  -9.827   2.345
    2    HB2  LEU 114           HB2      LEU 114  -3.378  -7.338   2.567
    3    HG   LEU 114           HG       LEU 114  -0.528  -8.286   2.387
    4   HD13  LEU 114          HD11      LEU 114  -1.956  -8.800   0.494
    5   HD12  LEU 114          HD12      LEU 114  -0.793  -7.548   0.044
    6   HD11  LEU 114          HD13      LEU 114  -2.468  -7.115   0.391
    7   HD21  LEU 114          HD21      LEU 114  -0.600  -6.019   3.403
    8   HD23  LEU 114          HD22      LEU 114  -1.453  -5.456   1.968
    9   HD22  LEU 114          HD23      LEU 114   0.191  -6.081   1.830
   10    H    LEU 114           HN       LEU 114  -4.713  -8.555   4.057
   11    HB3  LEU 114           HB1      LEU 114  -2.338  -7.347   3.978

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ASP 115           HA       ASP 115  -0.480 -11.806   5.393
    2    HB2  ASP 115           HB2      ASP 115   0.316 -12.771   3.202
    3    H    ASP 115           HN       ASP 115  -0.768 -10.574   2.839
    4    HB3  ASP 115           HB1      ASP 115   1.604 -11.571   3.212

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   PRO 116           HA       PRO 116   1.391  -8.452   7.538
    2    HB2  PRO 116           HB2      PRO 116   2.586  -9.872   9.544
    3    HG2  PRO 116           HG2      PRO 116   2.319 -12.002   8.647
    4    HD2  PRO 116           HD2      PRO 116   0.770 -12.455   6.980
    5    HB3  PRO 116           HB1      PRO 116   0.853  -9.527   9.484
    6    HG3  PRO 116           HG1      PRO 116   0.822 -11.856   9.589
    7    HD3  PRO 116           HD1      PRO 116  -0.462 -11.403   7.708

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   SER 117           HA       SER 117   5.846 -10.220   6.941
    2    HB2  SER 117           HB2      SER 117   5.239 -12.379   5.810
    3    HG   SER 117           HG       SER 117   7.278 -12.474   5.404
    4    H    SER 117           HN       SER 117   3.269 -11.034   6.197
    5    HB3  SER 117           HB1      SER 117   5.070 -11.483   4.304

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   PHE 118           HA       PHE 118   5.644  -7.202   3.447
    2    HB2  PHE 118           HB2      PHE 118   2.658  -7.277   2.936
    3    HD1  PHE 118           HD1      PHE 118   2.575  -9.735   2.953
    4    HD2  PHE 118           HD2      PHE 118   5.161  -7.590   0.349
    5    HE1  PHE 118           HE1      PHE 118   2.846 -11.746   1.578
    6    HE2  PHE 118           HE2      PHE 118   5.435  -9.595  -1.042
    7    HZ   PHE 118           HZ       PHE 118   4.279 -11.685  -0.430
    8    H    PHE 118           HN       PHE 118   3.594  -8.849   4.724
    9    HB3  PHE 118           HB1      PHE 118   3.862  -6.438   1.964

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   THR 119           HA       THR 119   4.461  -4.796   7.058
    2    HB   THR 119           HB       THR 119   7.248  -3.957   6.255
    3    HG1  THR 119           HG1      THR 119   6.175  -5.889   7.966
    4   HG22  THR 119          HG21      THR 119   5.638  -3.213   8.701
    5   HG21  THR 119          HG22      THR 119   6.068  -2.133   7.373
    6   HG23  THR 119          HG23      THR 119   7.329  -2.802   8.413
    7    H    THR 119           HN       THR 119   6.212  -5.996   5.257

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   HIS 120           HA       HIS 120   4.984  -0.808   4.662
    2    HB2  HIS 120           HB2      HIS 120   6.233  -1.963   2.172
    3    HD1  HIS 120           HD1      HIS 120   7.078   0.334   5.098
    4    HD2  HIS 120           HD2      HIS 120   8.818  -2.498   2.615
    5    HE1  HIS 120           HE1      HIS 120   9.420   0.056   5.939
    6    HE2  HIS 120           HE2      HIS 120  10.363  -1.842   4.587
    7    H    HIS 120           HN       HIS 120   6.028  -3.422   4.174
    8    HB3  HIS 120           HB1      HIS 120   5.946  -0.255   2.475

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   ALA 121           HA       ALA 121   2.002  -2.212   1.126
    2    HB3  ALA 121           HB1      ALA 121   3.030  -4.428   0.582
    3    HB1  ALA 121           HB2      ALA 121   1.269  -4.403   0.549
    4    HB2  ALA 121           HB3      ALA 121   2.116  -5.110   1.925
    5    H    ALA 121           HN       ALA 121   4.139  -3.444   2.452

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   MET 122           HA       MET 122  -0.626  -3.765   4.753
    2    HB2  MET 122           HB2      MET 122   1.847  -4.388   6.321
    3    HG2  MET 122           HG2      MET 122   0.435  -6.025   4.845
    4    HE1  MET 122           HE1      MET 122  -2.136  -5.256   4.627
    5    HE3  MET 122           HE2      MET 122  -2.014  -4.171   6.014
    6    HE2  MET 122           HE3      MET 122  -3.307  -5.369   5.940
    7    H    MET 122           HN       MET 122   2.150  -3.914   4.168
    8    HB3  MET 122           HB1      MET 122   0.317  -4.172   7.160
    9    HG3  MET 122           HG1      MET 122   1.149  -6.533   6.374

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   GLN 123           HA       GLN 123   0.761   0.010   7.235
    2    HB2  GLN 123           HB2      GLN 123   3.110   0.060   7.498
    3    HG2  GLN 123           HG2      GLN 123   2.410   2.450   5.817
    4   HE21  GLN 123          HE21      GLN 123   4.301   2.616   4.654
    5   HE22  GLN 123          HE22      GLN 123   5.815   3.001   5.390
    6    H    GLN 123           HN       GLN 123   2.156  -1.745   5.501
    7    HB3  GLN 123           HB1      GLN 123   3.387   0.131   5.763
    8    HG3  GLN 123           HG1      GLN 123   2.471   2.344   7.573

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   LEU 124           HA       LEU 124   0.403   2.767   3.538
    2    HB2  LEU 124           HB2      LEU 124   0.782   0.627   1.440
    3    HG   LEU 124           HG       LEU 124   2.849   1.579   2.619
    4   HD11  LEU 124          HD11      LEU 124   2.550   1.890  -0.368
    5   HD13  LEU 124          HD12      LEU 124   2.976   0.411   0.493
    6   HD12  LEU 124          HD13      LEU 124   4.081   1.786   0.501
    7   HD21  LEU 124          HD21      LEU 124   2.027   4.000   1.020
    8   HD23  LEU 124          HD22      LEU 124   3.585   3.779   1.814
    9   HD22  LEU 124          HD23      LEU 124   2.113   3.883   2.779
   10    H    LEU 124           HN       LEU 124   1.473   0.196   3.770
   11    HB3  LEU 124           HB1      LEU 124   0.365   2.292   1.072

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   LEU 125           HA       LEU 125  -3.638   0.394   2.449
    2    HB2  LEU 125           HB2      LEU 125  -2.565  -1.960   3.982
    3    HG   LEU 125           HG       LEU 125  -2.420  -1.976   1.468
    4   HD13  LEU 125          HD11      LEU 125  -3.168  -4.271   1.312
    5   HD12  LEU 125          HD12      LEU 125  -4.178  -4.069   2.738
    6   HD11  LEU 125          HD13      LEU 125  -2.423  -4.000   2.886
    7   HD22  LEU 125          HD21      LEU 125  -4.534  -0.836   0.998
    8   HD21  LEU 125          HD22      LEU 125  -5.422  -2.172   1.736
    9   HD23  LEU 125          HD23      LEU 125  -4.502  -2.436   0.253
   10    H    LEU 125           HN       LEU 125  -1.053  -0.401   3.365
   11    HB3  LEU 125           HB1      LEU 125  -4.293  -1.733   3.821

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   THR 126           HA       THR 126  -4.367   0.641   7.119
    2    HB   THR 126           HB       THR 126  -1.465   1.223   7.759
    3    HG1  THR 126           HG1      THR 126  -1.874  -0.982   7.394
    4   HG21  THR 126          HG21      THR 126  -3.854   1.073   9.599
    5   HG23  THR 126          HG22      THR 126  -2.909   2.516   9.225
    6   HG22  THR 126          HG23      THR 126  -2.172   1.184  10.120
    7    H    THR 126           HN       THR 126  -2.045   0.239   5.560

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   ALA 127           HA       ALA 127  -2.698   5.143   7.134
    2    HB3  ALA 127           HB1      ALA 127  -1.144   4.855   4.573
    3    HB1  ALA 127           HB2      ALA 127  -0.471   4.824   6.203
    4    HB2  ALA 127           HB3      ALA 127  -1.230   6.294   5.589
    5    H    ALA 127           HN       ALA 127  -1.841   2.797   5.895

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   GLU 128           HA       GLU 128  -4.764   6.131   2.925
    2    HB2  GLU 128           HB2      GLU 128  -3.913   4.143   1.593
    3    HG2  GLU 128           HG2      GLU 128  -5.754   4.154  -0.065
    4    H    GLU 128           HN       GLU 128  -3.372   3.901   3.864
    5    HB3  GLU 128           HB1      GLU 128  -5.360   3.294   2.103
    6    HG3  GLU 128           HG1      GLU 128  -6.712   5.101   1.068

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ILE 129           HA       ILE 129  -8.620   3.880   4.596
    2    HB   ILE 129           HB       ILE 129  -7.035   2.348   6.654
    3   HD13  ILE 129          HD11      ILE 129  -7.831  -0.747   4.746
    4   HD12  ILE 129          HD12      ILE 129  -8.653  -0.210   6.213
    5   HD11  ILE 129          HD13      ILE 129  -6.894  -0.115   6.102
    6    H    ILE 129           HN       ILE 129  -5.872   3.300   4.683

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLU 130           HA       GLU 130  -7.647   6.229   8.737
    2    HB2  GLU 130           HB2      GLU 130  -4.821   6.750   7.803
    3    HG2  GLU 130           HG2      GLU 130  -5.818   5.203  10.185
    4    H    GLU 130           HN       GLU 130  -6.089   4.817   6.869
    5    HB3  GLU 130           HB1      GLU 130  -5.557   7.447   9.237
    6    HG3  GLU 130           HG1      GLU 130  -5.054   4.519   8.751

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LYS 131           HA       LYS 131  -6.643   9.852   5.658
    2    HB2  LYS 131           HB2      LYS 131  -5.147   8.831   4.101
    3    HG2  LYS 131           HG2      LYS 131  -7.516   9.799   2.522
    4    HD2  LYS 131           HD2      LYS 131  -4.635   9.705   1.672
    5    HE2  LYS 131           HE2      LYS 131  -7.234  10.020   0.195
    6    HZ1  LYS 131           HZ1      LYS 131  -5.535   8.590  -0.949
    7    HZ3  LYS 131           HZ2      LYS 131  -4.521   9.952  -1.004
    8    HZ2  LYS 131           HZ3      LYS 131  -6.019   9.973  -1.802
    9    H    LYS 131           HN       LYS 131  -6.250   7.077   5.652
   10    HB3  LYS 131           HB1      LYS 131  -6.418   7.804   3.459
   11    HG3  LYS 131           HG1      LYS 131  -6.162  10.780   3.098
   12    HD3  LYS 131           HD1      LYS 131  -5.741   8.372   1.349
   13    HE3  LYS 131           HE1      LYS 131  -5.944  11.212   0.368

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   ILE 132           HA       ILE 132 -10.684   9.011   3.350
    2    HB   ILE 132           HB       ILE 132 -11.091   6.112   4.049
    3   HD13  ILE 132          HD11      ILE 132  -9.647   5.045   0.733
    4   HD12  ILE 132          HD12      ILE 132 -11.334   5.540   0.892
    5   HD11  ILE 132          HD13      ILE 132 -10.613   4.464   2.089
    6    H    ILE 132           HN       ILE 132  -8.652   7.254   4.253

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLN 133           HA       GLN 133 -12.900   7.654   7.261
    2    HB2  GLN 133           HB2      GLN 133 -10.456   6.518   8.602
    3    HG2  GLN 133           HG2      GLN 133 -13.036   5.276   7.676
    4   HE21  GLN 133          HE21      GLN 133 -13.310   3.096   8.108
    5   HE22  GLN 133          HE22      GLN 133 -12.459   2.301   9.384
    6    H    GLN 133           HN       GLN 133 -10.272   7.112   6.299
    7    HB3  GLN 133           HB1      GLN 133 -12.004   6.697   9.416
    8    HG3  GLN 133           HG1      GLN 133 -11.436   5.028   6.983

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   LYS 134           HA       LYS 134 -10.796  10.989   9.706
    2    HB2  LYS 134           HB2      LYS 134  -8.749  12.250   9.459
    3    HG2  LYS 134           HG2      LYS 134  -8.125  10.633   7.002
    4    HD2  LYS 134           HD2      LYS 134  -6.220  11.346   8.471
    5    HE2  LYS 134           HE2      LYS 134  -7.235  13.492   9.194
    6    HZ1  LYS 134           HZ1      LYS 134  -8.107  14.241   7.055
    7    HZ3  LYS 134           HZ2      LYS 134  -6.529  14.401   6.453
    8    HZ2  LYS 134           HZ3      LYS 134  -7.054  15.393   7.721
    9    H    LYS 134           HN       LYS 134  -9.891   9.374   7.481
   10    HB3  LYS 134           HB1      LYS 134  -8.381  10.534   9.389
   11    HG3  LYS 134           HG1      LYS 134  -8.650  12.317   6.980
   12    HD3  LYS 134           HD1      LYS 134  -6.170  11.968   6.820
   13    HE3  LYS 134           HE1      LYS 134  -5.600  13.657   8.557

  No H/Q in entry =          13
  In of MODEL    5
    1    HA3  GLY 135           HA2      GLY 135 -11.621  12.754   4.764
    2    H    GLY 135           HN       GLY 135 -10.627  11.252   6.202
    3    HA2  GLY 135           HA1      GLY 135 -12.568  13.333   6.130

  No H/Q in entry =           3
  In of MODEL    5
    1    H1   GLY  95           HT2      GLY  95   9.351   5.602   6.607
    2    H2   GLY  95           HT1      GLY  95   9.015   3.969   6.916
    3    H3   GLY  95           HT3      GLY  95   8.064   4.838   5.812
    4    HA2  GLY  95           HA2      GLY  95   7.042   4.448   8.046
    5    HA3  GLY  95           HA1      GLY  95   7.059   6.107   7.466

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ALA  96           HA       ALA  96   8.752   6.452  11.470
    2    HB2  ALA  96           HB1      ALA  96   8.223   5.215  13.491
    3    HB1  ALA  96           HB2      ALA  96   7.887   3.771  12.536
    4    HB3  ALA  96           HB3      ALA  96   6.862   5.195  12.372
    5    H    ALA  96           HN       ALA  96   7.746   4.122  10.058

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   MET  97           HA       MET  97  12.373   3.799  12.102
    2    HB2  MET  97           HB2      MET  97  11.045   1.953  13.045
    3    HG2  MET  97           HG2      MET  97  13.562   0.966  11.721
    4    HE2  MET  97           HE1      MET  97  12.469  -1.434  11.184
    5    HE1  MET  97           HE2      MET  97  10.919  -0.831  11.770
    6    HE3  MET  97           HE3      MET  97  11.553  -2.362  12.373
    7    H    MET  97           HN       MET  97   9.911   3.244  10.567
    8    HB3  MET  97           HB1      MET  97  11.115   1.116  11.502
    9    HG3  MET  97           HG1      MET  97  13.449   1.745  13.298

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   GLU  98           HA       GLU  98  13.486   2.031   7.959
    2    HB2  GLU  98           HB2      GLU  98  11.201   3.007   6.285
    3    HG2  GLU  98           HG2      GLU  98  10.454   0.499   6.618
    4    H    GLU  98           HN       GLU  98  11.093   3.267   9.051
    5    HB3  GLU  98           HB1      GLU  98  12.288   1.654   5.999
    6    HG3  GLU  98           HG1      GLU  98  11.150   0.770   8.217

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   PRO  99           HA       PRO  99  15.125   6.004   6.794
    2    HB2  PRO  99           HB2      PRO  99  17.418   5.100   5.711
    3    HG2  PRO  99           HG2      PRO  99  16.980   2.841   5.545
    4    HD2  PRO  99           HD2      PRO  99  15.126   1.938   6.531
    5    HB3  PRO  99           HB1      PRO  99  17.158   5.126   7.460
    6    HG3  PRO  99           HG1      PRO  99  17.633   2.877   7.193
    7    HD3  PRO  99           HD1      PRO  99  15.577   2.544   8.131

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   GLU 100           HA       GLU 100  13.509   6.447   2.948
    2    HB2  GLU 100           HB2      GLU 100  14.287   8.746   3.493
    3    HG2  GLU 100           HG2      GLU 100  14.565   8.193   0.553
    4    H    GLU 100           HN       GLU 100  15.455   7.133   4.827
    5    HB3  GLU 100           HB1      GLU 100  15.772   8.415   2.615
    6    HG3  GLU 100           HG1      GLU 100  13.024   8.348   1.398

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ASN 101           HA       ASN 101  17.198   5.527   0.056
    2    HB2  ASN 101           HB2      ASN 101  19.104   6.366   1.423
    3   HD21  ASN 101          HD21      ASN 101  18.466   5.327  -1.171
    4   HD22  ASN 101          HD22      ASN 101  19.884   4.536  -1.768
    5    H    ASN 101           HN       ASN 101  17.036   6.475   2.612
    6    HB3  ASN 101           HB1      ASN 101  19.148   4.806   2.239

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LYS 102           HA       LYS 102  17.043   1.164   1.374
    2    HB2  LYS 102           HB2      LYS 102  18.021   1.500   3.720
    3    HG2  LYS 102           HG2      LYS 102  16.331  -0.932   3.205
    4    HD2  LYS 102           HD2      LYS 102  18.084  -2.046   4.619
    5    HE2  LYS 102           HE2      LYS 102  17.143  -1.239   6.785
    6    HZ2  LYS 102           HZ1      LYS 102  15.938  -2.901   5.546
    7    HZ1  LYS 102           HZ2      LYS 102  15.181  -1.715   4.610
    8    HZ3  LYS 102           HZ3      LYS 102  14.839  -1.823   6.262
    9    H    LYS 102           HN       LYS 102  16.642   3.590   2.948
   10    HB3  LYS 102           HB1      LYS 102  16.381   1.256   4.307
   11    HG3  LYS 102           HG1      LYS 102  17.993  -0.687   2.672
   12    HD3  LYS 102           HD1      LYS 102  18.623  -0.434   5.091
   13    HE3  LYS 102           HE1      LYS 102  16.310   0.029   5.887

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   TYR 103           HA       TYR 103  12.474   1.345   2.918
    2    HB2  TYR 103           HB2      TYR 103  12.396   3.624   3.769
    3    HD1  TYR 103           HD1      TYR 103  10.355   1.908   4.161
    4    HD2  TYR 103           HD2      TYR 103  10.470   5.002   1.252
    5    HE1  TYR 103           HE1      TYR 103   7.898   1.943   4.108
    6    HE2  TYR 103           HE2      TYR 103   8.017   5.049   1.178
    7    HH   TYR 103           HH       TYR 103   6.127   3.741   1.732
    8    H    TYR 103           HN       TYR 103  14.572   3.172   2.572
    9    HB3  TYR 103           HB1      TYR 103  12.445   4.268   2.136

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   LEU 104           HA       LEU 104  11.585   2.426  -1.660
    2    HB2  LEU 104           HB2      LEU 104  13.292   4.035  -2.189
    3    HG   LEU 104           HG       LEU 104  13.457   1.835  -4.254
    4   HD11  LEU 104          HD11      LEU 104  11.156   2.474  -3.793
    5   HD13  LEU 104          HD12      LEU 104  11.664   3.044  -5.384
    6   HD12  LEU 104          HD13      LEU 104  11.570   4.175  -4.032
    7   HD22  LEU 104          HD21      LEU 104  14.019   3.647  -5.795
    8   HD21  LEU 104          HD22      LEU 104  15.216   3.507  -4.506
    9   HD23  LEU 104          HD23      LEU 104  14.010   4.795  -4.456
   10    H    LEU 104           HN       LEU 104  13.806   2.820   0.027
   11    HB3  LEU 104           HB1      LEU 104  14.515   2.784  -2.254

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   PRO 105           HA       PRO 105  13.859  -1.564  -3.279
    2    HB2  PRO 105           HB2      PRO 105  15.595  -2.737  -1.498
    3    HG2  PRO 105           HG2      PRO 105  15.567  -1.028   0.092
    4    HD2  PRO 105           HD2      PRO 105  14.950   1.157  -0.442
    5    HB3  PRO 105           HB1      PRO 105  16.107  -1.649  -2.796
    6    HG3  PRO 105           HG1      PRO 105  16.944  -0.529  -0.914
    7    HD3  PRO 105           HD1      PRO 105  15.684   1.069  -2.059

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   GLU 106           HA       GLU 106  12.155  -3.666   0.731
    2    HB2  GLU 106           HB2      GLU 106  11.311  -0.965   1.774
    3    HG2  GLU 106           HG2      GLU 106  13.692  -1.459   2.167
    4    H    GLU 106           HN       GLU 106  13.181  -1.127   0.140
    5    HB3  GLU 106           HB1      GLU 106  10.892  -2.509   2.497
    6    HG3  GLU 106           HG1      GLU 106  12.736  -1.348   3.642

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LEU 107           HA       LEU 107   7.984  -1.714  -0.656
    2    HB2  LEU 107           HB2      LEU 107   9.369   0.384  -2.320
    3    HG   LEU 107           HG       LEU 107   9.161   0.904   0.128
    4   HD11  LEU 107          HD11      LEU 107   9.275   2.644  -1.600
    5   HD13  LEU 107          HD12      LEU 107   8.254   3.129  -0.247
    6   HD12  LEU 107          HD13      LEU 107   7.519   2.593  -1.757
    7   HD22  LEU 107          HD21      LEU 107   7.078  -0.274   0.555
    8   HD21  LEU 107          HD22      LEU 107   6.221   0.815  -0.536
    9   HD23  LEU 107          HD23      LEU 107   6.917   1.434   0.962
   10    H    LEU 107           HN       LEU 107  10.648  -0.760  -0.600
   11    HB3  LEU 107           HB1      LEU 107   7.643   0.082  -2.340

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   MET 108           HA       MET 108   8.987  -2.753  -5.215
    2    HB2  MET 108           HB2      MET 108  11.035  -3.098  -6.388
    3    HG2  MET 108           HG2      MET 108  12.472  -2.388  -3.850
    4    HE1  MET 108           HE1      MET 108  12.557  -0.342  -6.291
    5    HE3  MET 108           HE2      MET 108  14.291  -0.057  -6.427
    6    HE2  MET 108           HE3      MET 108  13.534  -0.153  -4.835
    7    H    MET 108           HN       MET 108  10.549  -1.657  -3.102
    8    HB3  MET 108           HB1      MET 108  11.022  -1.510  -5.638
    9    HG3  MET 108           HG1      MET 108  12.512  -3.944  -4.676

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   ALA 109           HA       ALA 109  10.799  -6.857  -3.767
    2    HB2  ALA 109           HB1      ALA 109  11.527  -7.622  -1.533
    3    HB3  ALA 109           HB2      ALA 109  11.258  -5.994  -0.905
    4    HB1  ALA 109           HB3      ALA 109  12.501  -6.275  -2.123
    5    H    ALA 109           HN       ALA 109  10.915  -4.244  -2.656

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   GLU 110           HA       GLU 110   7.088  -7.422  -0.854
    2    HB2  GLU 110           HB2      GLU 110   6.697  -4.455  -0.411
    3    HG2  GLU 110           HG2      GLU 110   7.265  -6.679   1.535
    4    H    GLU 110           HN       GLU 110   8.852  -5.215  -1.290
    5    HB3  GLU 110           HB1      GLU 110   5.539  -5.679   0.087
    6    HG3  GLU 110           HG1      GLU 110   8.366  -5.378   1.078

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LYS 111           HA       LYS 111   4.591  -4.913  -4.118
    2    HB2  LYS 111           HB2      LYS 111   5.765  -2.924  -4.551
    3    HG2  LYS 111           HG2      LYS 111   5.870  -4.498  -7.103
    4    HD2  LYS 111           HD2      LYS 111   5.832  -1.525  -6.634
    5    HE2  LYS 111           HE2      LYS 111   4.636  -2.090  -8.652
    6    HZ3  LYS 111           HZ1      LYS 111   7.086  -3.548  -9.496
    7    HZ2  LYS 111           HZ2      LYS 111   5.702  -3.288 -10.438
    8    HZ1  LYS 111           HZ3      LYS 111   5.616  -4.282  -9.069
    9    H    LYS 111           HN       LYS 111   7.127  -4.653  -2.985
   10    HB3  LYS 111           HB1      LYS 111   7.174  -3.782  -5.149
   11    HG3  LYS 111           HG1      LYS 111   4.502  -3.550  -6.513
   12    HD3  LYS 111           HD1      LYS 111   7.232  -2.454  -7.163
   13    HE3  LYS 111           HE1      LYS 111   6.195  -1.367  -9.046

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   ASP 112           HA       ASP 112   6.542  -7.601  -7.460
    2    HB2  ASP 112           HB2      ASP 112   8.947  -7.079  -7.264
    3    H    ASP 112           HN       ASP 112   7.682  -6.329  -5.189
    4    HB3  ASP 112           HB1      ASP 112   9.096  -8.282  -5.990

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   SER 113           HA       SER 113   6.392 -11.340  -4.682
    2    HB2  SER 113           HB2      SER 113   6.866  -9.898  -2.072
    3    HG   SER 113           HG       SER 113   8.745  -9.803  -3.160
    4    H    SER 113           HN       SER 113   6.875  -8.528  -4.123
    5    HB3  SER 113           HB1      SER 113   6.805 -11.646  -2.280

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   LEU 114           HA       LEU 114   2.589  -9.859  -2.262
    2    HB2  LEU 114           HB2      LEU 114   3.209  -7.387  -2.459
    3    HG   LEU 114           HG       LEU 114   0.343  -8.282  -2.289
    4   HD13  LEU 114          HD11      LEU 114   1.761  -8.835  -0.400
    5   HD12  LEU 114          HD12      LEU 114   0.622  -7.565   0.060
    6   HD11  LEU 114          HD13      LEU 114   2.304  -7.161  -0.286
    7   HD21  LEU 114          HD21      LEU 114   0.454  -6.007  -3.283
    8   HD23  LEU 114          HD22      LEU 114   1.326  -5.476  -1.845
    9   HD22  LEU 114          HD23      LEU 114  -0.330  -6.068  -1.707
   10    H    LEU 114           HN       LEU 114   4.527  -8.614  -3.953
   11    HB3  LEU 114           HB1      LEU 114   2.173  -7.358  -3.873

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ASP 115           HA       ASP 115   0.225 -11.769  -5.327
    2    HB2  ASP 115           HB2      ASP 115  -0.581 -12.745  -3.147
    3    H    ASP 115           HN       ASP 115   0.541 -10.568  -2.760
    4    HB3  ASP 115           HB1      ASP 115  -1.844 -11.520  -3.135

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   PRO 116           HA       PRO 116  -1.581  -8.363  -7.437
    2    HB2  PRO 116           HB2      PRO 116  -2.801  -9.737  -9.461
    3    HG2  PRO 116           HG2      PRO 116  -2.582 -11.879  -8.585
    4    HD2  PRO 116           HD2      PRO 116  -1.041 -12.381  -6.919
    5    HB3  PRO 116           HB1      PRO 116  -1.061  -9.429  -9.397
    6    HG3  PRO 116           HG1      PRO 116  -1.080 -11.757  -9.523
    7    HD3  PRO 116           HD1      PRO 116   0.215 -11.348  -7.636

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   SER 117           HA       SER 117  -6.074 -10.044  -6.853
    2    HB2  SER 117           HB2      SER 117  -5.501 -12.231  -5.748
    3    HG   SER 117           HG       SER 117  -7.548 -12.287  -5.372
    4    H    SER 117           HN       SER 117  -3.514 -10.924  -6.131
    5    HB3  SER 117           HB1      SER 117  -5.326 -11.352  -4.231

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   PHE 118           HA       PHE 118  -5.805  -7.074  -3.333
    2    HB2  PHE 118           HB2      PHE 118  -2.823  -7.206  -2.827
    3    HD1  PHE 118           HD1      PHE 118  -2.787  -9.663  -2.862
    4    HD2  PHE 118           HD2      PHE 118  -5.335  -7.488  -0.246
    5    HE1  PHE 118           HE1      PHE 118  -3.093 -11.677  -1.502
    6    HE2  PHE 118           HE2      PHE 118  -5.641  -9.500   1.129
    7    HZ   PHE 118           HZ       PHE 118  -4.524 -11.603   0.504
    8    H    PHE 118           HN       PHE 118  -3.787  -8.754  -4.616
    9    HB3  PHE 118           HB1      PHE 118  -4.010  -6.353  -1.848

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   THR 119           HA       THR 119  -4.584  -4.655  -6.925
    2    HB   THR 119           HB       THR 119  -7.351  -3.762  -6.109
    3    HG1  THR 119           HG1      THR 119  -6.337  -5.724  -7.806
    4   HG22  THR 119          HG21      THR 119  -5.726  -3.035  -8.551
    5   HG21  THR 119          HG22      THR 119  -6.136  -1.955  -7.216
    6   HG23  THR 119          HG23      THR 119  -7.408  -2.589  -8.262
    7    H    THR 119           HN       THR 119  -6.356  -5.837  -5.128

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   HIS 120           HA       HIS 120  -5.027  -0.679  -4.497
    2    HB2  HIS 120           HB2      HIS 120  -6.300  -1.831  -2.017
    3    HD1  HIS 120           HD1      HIS 120  -7.113   0.509  -4.919
    4    HD2  HIS 120           HD2      HIS 120  -8.890  -2.324  -2.462
    5    HE1  HIS 120           HE1      HIS 120  -9.462   0.270  -5.761
    6    HE2  HIS 120           HE2      HIS 120 -10.446  -1.604  -4.397
    7    H    HIS 120           HN       HIS 120  -6.120  -3.278  -4.028
    8    HB3  HIS 120           HB1      HIS 120  -5.982  -0.126  -2.308

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   ALA 121           HA       ALA 121  -2.078  -2.172  -0.975
    2    HB1  ALA 121           HB1      ALA 121  -3.147  -4.369  -0.452
    3    HB3  ALA 121           HB2      ALA 121  -1.385  -4.379  -0.417
    4    HB2  ALA 121           HB3      ALA 121  -2.245  -5.057  -1.800
    5    H    ALA 121           HN       ALA 121  -4.233  -3.354  -2.313

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   MET 122           HA       MET 122   0.529  -3.737  -4.616
    2    HB2  MET 122           HB2      MET 122  -1.958  -4.303  -6.180
    3    HG2  MET 122           HG2      MET 122  -0.577  -5.980  -4.724
    4    HE1  MET 122           HE1      MET 122   2.009  -5.255  -4.504
    5    HE3  MET 122           HE2      MET 122   1.902  -4.164  -5.886
    6    HE2  MET 122           HE3      MET 122   3.176  -5.382  -5.820
    7    H    MET 122           HN       MET 122  -2.250  -3.845  -4.031
    8    HB3  MET 122           HB1      MET 122  -0.428  -4.108  -7.027
    9    HG3  MET 122           HG1      MET 122  -1.302  -6.462  -6.257

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   GLN 123           HA       GLN 123  -0.791   0.081  -7.066
    2    HB2  GLN 123           HB2      GLN 123  -3.140   0.176  -7.319
    3    HG2  GLN 123           HG2      GLN 123  -2.389   2.538  -5.623
    4   HE21  GLN 123          HE21      GLN 123  -4.286   2.741  -4.454
    5   HE22  GLN 123          HE22      GLN 123  -5.788   3.161  -5.193
    6    H    GLN 123           HN       GLN 123  -2.215  -1.660  -5.343
    7    HB3  GLN 123           HB1      GLN 123  -3.411   0.239  -5.585
    8    HG3  GLN 123           HG1      GLN 123  -2.456   2.446  -7.377

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   LEU 124           HA       LEU 124  -0.384   2.797  -3.347
    2    HB2  LEU 124           HB2      LEU 124  -0.796   0.650  -1.259
    3    HG   LEU 124           HG       LEU 124  -2.849   1.649  -2.433
    4   HD11  LEU 124          HD11      LEU 124  -2.544   1.929   0.558
    5   HD13  LEU 124          HD12      LEU 124  -2.997   0.465  -0.318
    6   HD12  LEU 124          HD13      LEU 124  -4.076   1.860  -0.316
    7   HD21  LEU 124          HD21      LEU 124  -1.980   4.039  -0.813
    8   HD23  LEU 124          HD22      LEU 124  -3.545   3.851  -1.605
    9   HD22  LEU 124          HD23      LEU 124  -2.072   3.938  -2.571
   10    H    LEU 124           HN       LEU 124  -1.496   0.242  -3.597
   11    HB3  LEU 124           HB1      LEU 124  -0.351   2.307  -0.884

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   LEU 125           HA       LEU 125   3.611   0.337  -2.272
    2    HB2  LEU 125           HB2      LEU 125   2.494  -1.979  -3.826
    3    HG   LEU 125           HG       LEU 125   2.354  -2.017  -1.318
    4   HD13  LEU 125          HD11      LEU 125   3.063  -4.326  -1.181
    5   HD12  LEU 125          HD12      LEU 125   4.070  -4.131  -2.609
    6   HD11  LEU 125          HD13      LEU 125   2.314  -4.027  -2.748
    7   HD22  LEU 125          HD21      LEU 125   4.485  -0.917  -0.836
    8   HD21  LEU 125          HD22      LEU 125   5.355  -2.261  -1.583
    9   HD23  LEU 125          HD23      LEU 125   4.426  -2.521  -0.104
   10    H    LEU 125           HN       LEU 125   1.015  -0.400  -3.203
   11    HB3  LEU 125           HB1      LEU 125   4.226  -1.789  -3.670

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   THR 126           HA       THR 126   4.342   0.619  -6.945
    2    HB   THR 126           HB       THR 126   1.454   1.265  -7.577
    3    HG1  THR 126           HG1      THR 126   1.849  -0.958  -7.227
    4   HG21  THR 126          HG21      THR 126   3.840   1.085  -9.420
    5   HG23  THR 126          HG22      THR 126   2.923   2.542  -9.034
    6   HG22  THR 126          HG23      THR 126   2.160   1.233  -9.937
    7    H    THR 126           HN       THR 126   2.017   0.236  -5.387

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   ALA 127           HA       ALA 127   2.762   5.148  -6.917
    2    HB1  ALA 127           HB1      ALA 127   1.202   4.866  -4.359
    3    HB3  ALA 127           HB2      ALA 127   0.530   4.861  -5.990
    4    HB2  ALA 127           HB3      ALA 127   1.310   6.313  -5.361
    5    H    ALA 127           HN       ALA 127   1.862   2.812  -5.688

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   GLU 128           HA       GLU 128   4.853   6.063  -2.701
    2    HB2  GLU 128           HB2      GLU 128   3.959   4.082  -1.389
    3    HG2  GLU 128           HG2      GLU 128   5.799   4.043   0.272
    4    H    GLU 128           HN       GLU 128   3.412   3.872  -3.657
    5    HB3  GLU 128           HB1      GLU 128   5.390   3.207  -1.903
    6    HG3  GLU 128           HG1      GLU 128   6.771   4.986  -0.850

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ILE 129           HA       ILE 129   8.665   3.752  -4.394
    2    HB   ILE 129           HB       ILE 129   7.047   2.270  -6.465
    3   HD13  ILE 129          HD11      ILE 129   7.782  -0.862  -4.589
    4   HD12  ILE 129          HD12      ILE 129   8.611  -0.325  -6.053
    5   HD11  ILE 129          HD13      ILE 129   6.856  -0.197  -5.934
    6    H    ILE 129           HN       ILE 129   5.907   3.221  -4.480

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLU 130           HA       GLU 130   7.726   6.149  -8.507
    2    HB2  GLU 130           HB2      GLU 130   4.914   6.724  -7.568
    3    HG2  GLU 130           HG2      GLU 130   5.889   5.180  -9.961
    4    H    GLU 130           HN       GLU 130   6.144   4.756  -6.648
    5    HB3  GLU 130           HB1      GLU 130   5.669   7.420  -8.996
    6    HG3  GLU 130           HG1      GLU 130   5.101   4.500  -8.538

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LYS 131           HA       LYS 131   6.796   9.768  -5.404
    2    HB2  LYS 131           HB2      LYS 131   5.283   8.765  -3.855
    3    HG2  LYS 131           HG2      LYS 131   7.672   9.671  -2.270
    4    HD2  LYS 131           HD2      LYS 131   4.791   9.624  -1.415
    5    HE2  LYS 131           HE2      LYS 131   7.402   9.871   0.058
    6    HZ1  LYS 131           HZ1      LYS 131   5.686   8.445   1.185
    7    HZ3  LYS 131           HZ2      LYS 131   4.693   9.823   1.262
    8    HZ2  LYS 131           HZ3      LYS 131   6.191   9.808   2.060
    9    H    LYS 131           HN       LYS 131   6.351   7.003  -5.416
   10    HB3  LYS 131           HB1      LYS 131   6.535   7.706  -3.225
   11    HG3  LYS 131           HG1      LYS 131   6.335  10.683  -2.833
   12    HD3  LYS 131           HD1      LYS 131   5.870   8.265  -1.113
   13    HE3  LYS 131           HE1      LYS 131   6.129  11.083  -0.091

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   ILE 132           HA       ILE 132  10.829   8.835  -3.100
    2    HB   ILE 132           HB       ILE 132  11.174   5.936  -3.830
    3   HD13  ILE 132          HD11      ILE 132   9.707   4.861  -0.524
    4   HD12  ILE 132          HD12      ILE 132  11.403   5.325  -0.672
    5   HD11  ILE 132          HD13      ILE 132  10.666   4.274  -1.883
    6    H    ILE 132           HN       ILE 132   8.753   7.132  -4.004

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLN 133           HA       GLN 133  13.011   7.470  -7.031
    2    HB2  GLN 133           HB2      GLN 133  10.542   6.391  -8.376
    3    HG2  GLN 133           HG2      GLN 133  13.100   5.096  -7.469
    4   HE21  GLN 133          HE21      GLN 133  13.340   2.918  -7.918
    5   HE22  GLN 133          HE22      GLN 133  12.477   2.135  -9.194
    6    H    GLN 133           HN       GLN 133  10.375   6.969  -6.065
    7    HB3  GLN 133           HB1      GLN 133  12.088   6.549  -9.194
    8    HG3  GLN 133           HG1      GLN 133  11.496   4.868  -6.775

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   LYS 134           HA       LYS 134  10.970  10.861  -9.438
    2    HB2  LYS 134           HB2      LYS 134   8.946  12.159  -9.181
    3    HG2  LYS 134           HG2      LYS 134   8.286  10.533  -6.739
    4    HD2  LYS 134           HD2      LYS 134   6.394  11.295  -8.200
    5    HE2  LYS 134           HE2      LYS 134   7.454  13.427  -8.910
    6    HZ1  LYS 134           HZ1      LYS 134   8.342  14.126  -6.759
    7    HZ3  LYS 134           HZ2      LYS 134   6.769  14.332  -6.168
    8    HZ2  LYS 134           HZ3      LYS 134   7.328  15.316  -7.423
    9    H    LYS 134           HN       LYS 134  10.039   9.253  -7.213
   10    HB3  LYS 134           HB1      LYS 134   8.548  10.447  -9.127
   11    HG3  LYS 134           HG1      LYS 134   8.847  12.205  -6.701
   12    HD3  LYS 134           HD1      LYS 134   6.358  11.911  -6.546
   13    HE3  LYS 134           HE1      LYS 134   5.824  13.621  -8.268

  No H/Q in entry =          13
  In of MODEL    5
    1    HA3  GLY 135           HA2      GLY 135  11.826  12.571  -4.484
    2    H    GLY 135           HN       GLY 135  10.803  11.106  -5.934
    3    HA2  GLY 135           HA1      GLY 135  12.778  13.160  -5.842

  No H/Q in entry =           3
  In of MODEL    6
    1    H1   GLY  95           HT2      GLY  95  -6.870   7.855  -6.857
    2    H2   GLY  95           HT1      GLY  95  -7.414   6.533  -5.947
    3    H3   GLY  95           HT3      GLY  95  -7.903   6.706  -7.562
    4    HA3  GLY  95           HA1      GLY  95  -9.719   7.351  -6.201
    5    HA2  GLY  95           HA2      GLY  95  -8.675   8.398  -5.252

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ALA  96           HA       ALA  96  -8.988  10.905  -9.035
    2    HB1  ALA  96           HB1      ALA  96  -8.919   8.807 -11.201
    3    HB2  ALA  96           HB2      ALA  96  -7.506   9.588 -10.492
    4    HB3  ALA  96           HB3      ALA  96  -8.671  10.540 -11.412
    5    H    ALA  96           HN       ALA  96  -8.902   8.007  -8.796

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   MET  97           HA       MET  97 -13.325   9.931  -9.920
    2    HB2  MET  97           HB2      MET  97 -12.736   9.290 -12.253
    3    HG2  MET  97           HG2      MET  97 -15.276   8.018 -11.260
    4    HE1  MET  97           HE1      MET  97 -13.089   9.238 -14.282
    5    HE3  MET  97           HE2      MET  97 -14.478  10.322 -14.353
    6    HE2  MET  97           HE3      MET  97 -14.232   9.119 -15.619
    7    H    MET  97           HN       MET  97 -10.995   8.127  -9.925
    8    HB3  MET  97           HB1      MET  97 -12.905   7.600 -11.806
    9    HG3  MET  97           HG1      MET  97 -15.079   9.680 -11.814

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   GLU  98           HA       GLU  98 -13.863   5.472  -8.194
    2    HB2  GLU  98           HB2      GLU  98 -11.269   5.744  -6.668
    3    HG2  GLU  98           HG2      GLU  98 -10.562   3.808  -8.228
    4    H    GLU  98           HN       GLU  98 -11.749   7.218  -8.834
    5    HB3  GLU  98           HB1      GLU  98 -12.288   4.320  -6.799
    6    HG3  GLU  98           HG1      GLU  98 -11.763   4.480  -9.330

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   PRO  99           HA       PRO  99 -15.643   7.869  -4.915
    2    HB2  PRO  99           HB2      PRO  99 -17.471   6.065  -4.084
    3    HG2  PRO  99           HG2      PRO  99 -16.663   4.170  -5.135
    4    HD2  PRO  99           HD2      PRO  99 -15.112   4.293  -6.829
    5    HB3  PRO  99           HB1      PRO  99 -17.646   6.951  -5.602
    6    HG3  PRO  99           HG1      PRO  99 -17.760   4.771  -6.393
    7    HD3  PRO  99           HD1      PRO  99 -16.029   5.528  -7.711

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   GLU 100           HA       GLU 100 -13.020   6.404  -1.720
    2    HB2  GLU 100           HB2      GLU 100 -14.399   8.847  -0.602
    3    HG2  GLU 100           HG2      GLU 100 -11.646   8.641  -1.797
    4    H    GLU 100           HN       GLU 100 -14.703   8.202  -3.044
    5    HB3  GLU 100           HB1      GLU 100 -12.996   8.049   0.096
    6    HG3  GLU 100           HG1      GLU 100 -13.048   9.302  -2.637

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ASN 101           HA       ASN 101 -16.906   5.886   1.084
    2    HB2  ASN 101           HB2      ASN 101 -18.486   7.193  -0.547
    3   HD21  ASN 101          HD21      ASN 101 -18.513   4.394   1.558
    4   HD22  ASN 101          HD22      ASN 101 -19.907   4.866   2.465
    5    H    ASN 101           HN       ASN 101 -16.425   7.079  -1.375
    6    HB3  ASN 101           HB1      ASN 101 -18.897   5.586  -1.133

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LYS 102           HA       LYS 102 -17.046   1.757  -0.886
    2    HB2  LYS 102           HB2      LYS 102 -16.773   2.689  -3.736
    3    HG2  LYS 102           HG2      LYS 102 -19.053   1.496  -2.180
    4    HD2  LYS 102           HD2      LYS 102 -18.973   2.348  -5.066
    5    HE2  LYS 102           HE2      LYS 102 -21.228   1.302  -5.090
    6    HZ2  LYS 102           HZ1      LYS 102 -22.373   3.106  -4.021
    7    HZ1  LYS 102           HZ2      LYS 102 -20.992   3.718  -4.794
    8    HZ3  LYS 102           HZ3      LYS 102 -21.000   3.505  -3.112
    9    H    LYS 102           HN       LYS 102 -16.592   4.371  -2.093
   10    HB3  LYS 102           HB1      LYS 102 -16.898   0.989  -3.287
   11    HG3  LYS 102           HG1      LYS 102 -18.931   3.148  -2.783
   12    HD3  LYS 102           HD1      LYS 102 -18.985   0.674  -4.502
   13    HE3  LYS 102           HE1      LYS 102 -21.118   1.130  -3.339

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   TYR 103           HA       TYR 103 -12.484   1.950  -2.560
    2    HB2  TYR 103           HB2      TYR 103 -12.412   4.302  -3.205
    3    HD1  TYR 103           HD1      TYR 103 -10.379   2.569  -3.744
    4    HD2  TYR 103           HD2      TYR 103 -10.433   5.524  -0.692
    5    HE1  TYR 103           HE1      TYR 103  -7.922   2.657  -3.789
    6    HE2  TYR 103           HE2      TYR 103  -7.979   5.615  -0.700
    7    HH   TYR 103           HH       TYR 103  -6.077   4.480  -1.445
    8    H    TYR 103           HN       TYR 103 -14.540   3.775  -2.099
    9    HB3  TYR 103           HB1      TYR 103 -12.419   4.785  -1.518

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   LEU 104           HA       LEU 104 -11.548   2.714   2.097
    2    HB2  LEU 104           HB2      LEU 104 -13.226   4.304   2.749
    3    HG   LEU 104           HG       LEU 104 -13.407   1.953   4.635
    4   HD13  LEU 104          HD11      LEU 104 -11.623   3.061   5.855
    5   HD12  LEU 104          HD12      LEU 104 -11.571   4.342   4.645
    6   HD11  LEU 104          HD13      LEU 104 -11.110   2.699   4.206
    7   HD22  LEU 104          HD21      LEU 104 -14.031   3.611   6.303
    8   HD21  LEU 104          HD22      LEU 104 -15.192   3.600   4.974
    9   HD23  LEU 104          HD23      LEU 104 -13.981   4.880   5.080
   10    H    LEU 104           HN       LEU 104 -13.754   3.267   0.440
   11    HB3  LEU 104           HB1      LEU 104 -14.475   3.076   2.715

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   PRO 105           HA       PRO 105 -13.875  -1.310   3.482
    2    HB2  PRO 105           HB2      PRO 105 -15.644  -2.365   1.661
    3    HG2  PRO 105           HG2      PRO 105 -15.583  -0.585   0.151
    4    HD2  PRO 105           HD2      PRO 105 -14.922   1.558   0.787
    5    HB3  PRO 105           HB1      PRO 105 -16.126  -1.328   3.009
    6    HG3  PRO 105           HG1      PRO 105 -16.949  -0.106   1.186
    7    HD3  PRO 105           HD1      PRO 105 -15.651   1.406   2.401

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   GLU 106           HA       GLU 106 -12.238  -3.295  -0.617
    2    HB2  GLU 106           HB2      GLU 106 -11.355  -0.568  -1.575
    3    HG2  GLU 106           HG2      GLU 106 -13.732  -1.073  -2.010
    4    H    GLU 106           HN       GLU 106 -13.214  -0.757   0.058
    5    HB3  GLU 106           HB1      GLU 106 -10.922  -2.088  -2.338
    6    HG3  GLU 106           HG1      GLU 106 -12.760  -0.895  -3.469

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LEU 107           HA       LEU 107  -8.016  -1.494   0.828
    2    HB2  LEU 107           HB2      LEU 107  -9.328   0.581   2.587
    3    HG   LEU 107           HG       LEU 107  -9.168   1.181   0.141
    4   HD12  LEU 107          HD11      LEU 107  -7.494   2.777   2.074
    5   HD11  LEU 107          HD12      LEU 107  -9.249   2.857   1.920
    6   HD13  LEU 107          HD13      LEU 107  -8.220   3.379   0.585
    7   HD21  LEU 107          HD21      LEU 107  -6.222   1.003   0.759
    8   HD23  LEU 107          HD22      LEU 107  -6.912   1.751  -0.682
    9   HD22  LEU 107          HD23      LEU 107  -7.116   0.021  -0.404
   10    H    LEU 107           HN       LEU 107 -10.654  -0.469   0.799
   11    HB3  LEU 107           HB1      LEU 107  -7.610   0.243   2.541

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   MET 108           HA       MET 108  -9.066  -2.636   5.355
    2    HB2  MET 108           HB2      MET 108 -11.127  -2.962   6.512
    3    HG2  MET 108           HG2      MET 108 -12.534  -2.281   3.950
    4    HE2  MET 108           HE1      MET 108 -14.307   0.057   6.596
    5    HE1  MET 108           HE2      MET 108 -13.448   0.004   5.059
    6    HE3  MET 108           HE3      MET 108 -12.582  -0.312   6.564
    7    H    MET 108           HN       MET 108 -10.585  -1.448   3.271
    8    HB3  MET 108           HB1      MET 108 -11.123  -1.379   5.754
    9    HG3  MET 108           HG1      MET 108 -12.579  -3.826   4.795

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   ALA 109           HA       ALA 109 -10.943  -6.674   3.822
    2    HB3  ALA 109           HB1      ALA 109 -11.671  -7.376   1.546
    3    HB2  ALA 109           HB2      ALA 109 -11.435  -5.712   0.996
    4    HB1  ALA 109           HB3      ALA 109 -12.654  -6.076   2.218
    5    H    ALA 109           HN       ALA 109 -11.018  -4.041   2.758

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   GLU 110           HA       GLU 110  -7.250  -7.231   0.876
    2    HB2  GLU 110           HB2      GLU 110  -6.784  -4.260   0.555
    3    HG2  GLU 110           HG2      GLU 110  -7.438  -6.360  -1.499
    4    H    GLU 110           HN       GLU 110  -8.985  -5.015   1.365
    5    HB3  GLU 110           HB1      GLU 110  -5.682  -5.501  -0.019
    6    HG3  GLU 110           HG1      GLU 110  -8.521  -5.086  -0.938

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LYS 111           HA       LYS 111  -4.762  -4.859   4.274
    2    HB2  LYS 111           HB2      LYS 111  -5.816  -2.921   4.942
    3    HG2  LYS 111           HG2      LYS 111  -6.545  -4.704   7.255
    4    HD2  LYS 111           HD2      LYS 111  -5.753  -1.809   7.306
    5    HE2  LYS 111           HE2      LYS 111  -5.636  -3.265   9.372
    6    HZ2  LYS 111           HZ1      LYS 111  -7.654  -3.811  10.457
    7    HZ1  LYS 111           HZ2      LYS 111  -7.754  -4.480   8.897
    8    HZ3  LYS 111           HZ3      LYS 111  -8.591  -3.051   9.268
    9    H    LYS 111           HN       LYS 111  -7.274  -4.541   3.105
   10    HB3  LYS 111           HB1      LYS 111  -7.361  -3.717   5.194
   11    HG3  LYS 111           HG1      LYS 111  -4.952  -3.997   6.982
   12    HD3  LYS 111           HD1      LYS 111  -7.434  -2.319   7.158
   13    HE3  LYS 111           HE1      LYS 111  -6.607  -1.798   9.491

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   ASP 112           HA       ASP 112  -6.557  -7.725   7.440
    2    HB2  ASP 112           HB2      ASP 112  -9.350  -7.533   6.421
    3    H    ASP 112           HN       ASP 112  -7.851  -6.328   5.288
    4    HB3  ASP 112           HB1      ASP 112  -8.927  -8.891   7.459

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   SER 113           HA       SER 113  -6.697 -11.259   4.553
    2    HB2  SER 113           HB2      SER 113  -7.155  -9.659   2.026
    3    HG   SER 113           HG       SER 113  -8.985  -9.587   3.267
    4    H    SER 113           HN       SER 113  -6.878  -8.360   4.154
    5    HB3  SER 113           HB1      SER 113  -7.142 -11.418   2.134

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   LEU 114           HA       LEU 114  -2.792  -9.832   2.327
    2    HB2  LEU 114           HB2      LEU 114  -3.391  -7.329   2.524
    3    HG   LEU 114           HG       LEU 114  -0.549  -8.299   2.373
    4   HD12  LEU 114          HD11      LEU 114  -2.416  -7.075   0.344
    5   HD11  LEU 114          HD12      LEU 114  -2.016  -8.787   0.487
    6   HD13  LEU 114          HD13      LEU 114  -0.768  -7.622   0.037
    7   HD21  LEU 114          HD21      LEU 114  -0.557  -6.055   3.384
    8   HD23  LEU 114          HD22      LEU 114  -1.473  -5.460   2.001
    9   HD22  LEU 114          HD23      LEU 114   0.166  -6.081   1.778
   10    H    LEU 114           HN       LEU 114  -4.743  -8.576   4.039
   11    HB3  LEU 114           HB1      LEU 114  -2.364  -7.339   3.945

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ASP 115           HA       ASP 115  -0.585 -11.677   5.551
    2    HB2  ASP 115           HB2      ASP 115   0.169 -12.829   3.445
    3    H    ASP 115           HN       ASP 115  -0.782 -10.572   2.914
    4    HB3  ASP 115           HB1      ASP 115   1.503 -11.683   3.364

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   PRO 116           HA       PRO 116   1.382  -8.297   7.522
    2    HB2  PRO 116           HB2      PRO 116   2.587  -9.637   9.577
    3    HG2  PRO 116           HG2      PRO 116   2.299 -11.799   8.764
    4    HD2  PRO 116           HD2      PRO 116   0.703 -12.309   7.149
    5    HB3  PRO 116           HB1      PRO 116   0.857  -9.281   9.518
    6    HG3  PRO 116           HG1      PRO 116   0.818 -11.604   9.724
    7    HD3  PRO 116           HD1      PRO 116  -0.495 -11.198   7.847

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   SER 117           HA       SER 117   5.818 -10.099   7.005
    2    HB2  SER 117           HB2      SER 117   5.049 -11.521   4.450
    3    HG   SER 117           HG       SER 117   4.282 -12.848   5.967
    4    H    SER 117           HN       SER 117   3.240 -10.939   6.266
    5    HB3  SER 117           HB1      SER 117   6.638 -11.513   5.214

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   PHE 118           HA       PHE 118   5.647  -7.190   3.442
    2    HB2  PHE 118           HB2      PHE 118   2.659  -7.264   2.955
    3    HD1  PHE 118           HD1      PHE 118   5.152  -7.569   0.362
    4    HD2  PHE 118           HD2      PHE 118   2.591  -9.716   2.988
    5    HE1  PHE 118           HE1      PHE 118   5.433  -9.580  -1.015
    6    HE2  PHE 118           HE2      PHE 118   2.870 -11.733   1.625
    7    HZ   PHE 118           HZ       PHE 118   4.292 -11.673  -0.387
    8    H    PHE 118           HN       PHE 118   3.582  -8.800   4.748
    9    HB3  PHE 118           HB1      PHE 118   3.852  -6.423   1.970

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   THR 119           HA       THR 119   4.547  -4.761   7.055
    2    HB   THR 119           HB       THR 119   7.278  -3.820   6.175
    3    HG1  THR 119           HG1      THR 119   6.365  -5.915   7.769
    4   HG22  THR 119          HG21      THR 119   5.753  -3.304   8.732
    5   HG21  THR 119          HG22      THR 119   6.061  -2.122   7.459
    6   HG23  THR 119          HG23      THR 119   7.405  -2.784   8.392
    7    H    THR 119           HN       THR 119   6.249  -5.960   5.216

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   HIS 120           HA       HIS 120   4.855  -0.744   4.704
    2    HB2  HIS 120           HB2      HIS 120   6.303  -1.787   2.278
    3    HD1  HIS 120           HD1      HIS 120   6.658   0.828   5.039
    4    HD2  HIS 120           HD2      HIS 120   8.888  -1.955   2.913
    5    HE1  HIS 120           HE1      HIS 120   8.974   0.938   6.006
    6    HE2  HIS 120           HE2      HIS 120  10.223  -0.945   4.887
    7    H    HIS 120           HN       HIS 120   6.083  -3.270   4.183
    8    HB3  HIS 120           HB1      HIS 120   5.750  -0.125   2.463

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   ALA 121           HA       ALA 121   2.006  -2.249   1.136
    2    HB1  ALA 121           HB1      ALA 121   1.311  -4.468   0.578
    3    HB3  ALA 121           HB2      ALA 121   2.200  -5.142   1.944
    4    HB2  ALA 121           HB3      ALA 121   3.075  -4.432   0.589
    5    H    ALA 121           HN       ALA 121   4.156  -3.420   2.497

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   MET 122           HA       MET 122  -0.636  -3.809   4.758
    2    HB2  MET 122           HB2      MET 122   1.835  -4.421   6.337
    3    HG2  MET 122           HG2      MET 122   0.446  -6.064   4.839
    4    HE1  MET 122           HE1      MET 122  -2.152  -5.349   4.633
    5    HE3  MET 122           HE2      MET 122  -2.020  -4.265   6.017
    6    HE2  MET 122           HE3      MET 122  -3.302  -5.474   5.965
    7    H    MET 122           HN       MET 122   2.146  -3.960   4.175
    8    HB3  MET 122           HB1      MET 122   0.295  -4.230   7.162
    9    HG3  MET 122           HG1      MET 122   1.176  -6.575   6.357

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   GLN 123           HA       GLN 123   0.780  -0.064   7.257
    2    HB2  GLN 123           HB2      GLN 123   3.091  -0.037   7.582
    3    HG2  GLN 123           HG2      GLN 123   2.733   2.297   5.723
    4   HE21  GLN 123          HE21      GLN 123   4.141   2.254   8.894
    5   HE22  GLN 123          HE22      GLN 123   5.758   2.637   8.395
    6    H    GLN 123           HN       GLN 123   2.157  -1.806   5.500
    7    HB3  GLN 123           HB1      GLN 123   3.431  -0.040   5.860
    8    HG3  GLN 123           HG1      GLN 123   2.420   2.297   7.458

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   LEU 124           HA       LEU 124   0.449   2.730   3.565
    2    HB2  LEU 124           HB2      LEU 124   0.794   0.583   1.462
    3    HG   LEU 124           HG       LEU 124   2.891   1.530   2.558
    4   HD11  LEU 124          HD11      LEU 124   2.923   0.420   0.386
    5   HD13  LEU 124          HD12      LEU 124   4.054   1.771   0.421
    6   HD12  LEU 124          HD13      LEU 124   2.506   1.940  -0.409
    7   HD21  LEU 124          HD21      LEU 124   2.009   3.986   1.042
    8   HD23  LEU 124          HD22      LEU 124   3.581   3.758   1.809
    9   HD22  LEU 124          HD23      LEU 124   2.121   3.827   2.795
   10    H    LEU 124           HN       LEU 124   1.503   0.146   3.791
   11    HB3  LEU 124           HB1      LEU 124   0.356   2.242   1.092

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   LEU 125           HA       LEU 125  -3.607   0.389   2.458
    2    HB2  LEU 125           HB2      LEU 125  -2.552  -1.978   3.979
    3    HG   LEU 125           HG       LEU 125  -2.417  -1.999   1.469
    4   HD13  LEU 125          HD11      LEU 125  -3.200  -4.291   1.322
    5   HD12  LEU 125          HD12      LEU 125  -4.175  -4.076   2.772
    6   HD11  LEU 125          HD13      LEU 125  -2.416  -4.022   2.877
    7   HD23  LEU 125          HD21      LEU 125  -5.419  -2.224   1.721
    8   HD22  LEU 125          HD22      LEU 125  -4.475  -2.410   0.239
    9   HD21  LEU 125          HD23      LEU 125  -4.553  -0.842   1.047
   10    H    LEU 125           HN       LEU 125  -1.030  -0.440   3.355
   11    HB3  LEU 125           HB1      LEU 125  -4.276  -1.739   3.827

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   THR 126           HA       THR 126  -4.331   0.623   7.108
    2    HB   THR 126           HB       THR 126  -1.412   1.043   7.787
    3    HG1  THR 126           HG1      THR 126  -1.824  -1.115   7.483
    4   HG21  THR 126          HG21      THR 126  -3.828   1.046   9.603
    5   HG23  THR 126          HG22      THR 126  -2.757   2.410   9.271
    6   HG22  THR 126          HG23      THR 126  -2.151   1.005  10.149
    7    H    THR 126           HN       THR 126  -2.008   0.175   5.564

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   ALA 127           HA       ALA 127  -2.520   5.067   7.222
    2    HB2  ALA 127           HB1      ALA 127  -1.036   6.204   5.683
    3    HB3  ALA 127           HB2      ALA 127  -0.999   4.781   4.640
    4    HB1  ALA 127           HB3      ALA 127  -0.311   4.705   6.263
    5    H    ALA 127           HN       ALA 127  -1.726   2.722   5.944

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   GLU 128           HA       GLU 128  -4.654   6.149   3.061
    2    HB2  GLU 128           HB2      GLU 128  -3.870   4.226   1.633
    3    HG2  GLU 128           HG2      GLU 128  -5.914   4.137   0.155
    4    H    GLU 128           HN       GLU 128  -3.229   3.907   3.923
    5    HB3  GLU 128           HB1      GLU 128  -5.235   3.300   2.232
    6    HG3  GLU 128           HG1      GLU 128  -6.708   5.158   1.351

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ILE 129           HA       ILE 129  -8.457   3.861   4.791
    2    HB   ILE 129           HB       ILE 129  -6.825   2.238   6.748
    3   HG12  ILE 129          HG12      ILE 129  -8.726   1.398   4.557
    4   HG22  ILE 129          HG21      ILE 129  -8.984   1.279   7.487
    5   HG21  ILE 129          HG22      ILE 129  -9.828   2.493   6.525
    6   HG23  ILE 129          HG23      ILE 129  -8.827   2.989   7.891
    7   HD12  ILE 129          HD11      ILE 129  -7.734  -0.782   4.765
    8   HD11  ILE 129          HD12      ILE 129  -8.445  -0.285   6.303
    9   HD13  ILE 129          HD13      ILE 129  -6.698  -0.209   6.069
   10    H    ILE 129           HN       ILE 129  -5.705   3.283   4.806
   11   HG13  ILE 129          HG11      ILE 129  -6.978   1.484   4.367

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLU 130           HA       GLU 130  -7.348   5.983   9.020
    2    HB2  GLU 130           HB2      GLU 130  -4.599   6.672   7.974
    3    HG2  GLU 130           HG2      GLU 130  -5.426   4.987  10.321
    4    H    GLU 130           HN       GLU 130  -5.853   4.717   7.022
    5    HB3  GLU 130           HB1      GLU 130  -5.289   7.306   9.459
    6    HG3  GLU 130           HG1      GLU 130  -4.592   4.443   8.864

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LYS 131           HA       LYS 131  -6.711   9.875   6.304
    2    HB2  LYS 131           HB2      LYS 131  -6.433   8.238   3.773
    3    HG2  LYS 131           HG2      LYS 131  -4.422  10.129   4.952
    4    HD2  LYS 131           HD2      LYS 131  -2.877   8.945   3.493
    5    HE2  LYS 131           HE2      LYS 131  -5.356   9.993   2.151
    6    HZ1  LYS 131           HZ1      LYS 131  -4.150   8.547   0.622
    7    HZ3  LYS 131           HZ2      LYS 131  -2.717   9.418   0.905
    8    HZ2  LYS 131           HZ3      LYS 131  -4.034  10.175   0.153
    9    H    LYS 131           HN       LYS 131  -6.140   7.136   5.932
   10    HB3  LYS 131           HB1      LYS 131  -6.490   9.995   3.822
   11    HG3  LYS 131           HG1      LYS 131  -4.425   8.401   5.309
   12    HD3  LYS 131           HD1      LYS 131  -4.183   7.898   2.939
   13    HE3  LYS 131           HE1      LYS 131  -3.851  10.853   2.475

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   ILE 132           HA       ILE 132 -10.761   8.930   4.029
    2    HB   ILE 132           HB       ILE 132 -10.904   5.962   4.499
    3   HD12  ILE 132          HD11      ILE 132 -11.307   5.566   1.372
    4   HD11  ILE 132          HD12      ILE 132 -10.358   4.494   2.402
    5   HD13  ILE 132          HD13      ILE 132  -9.602   5.283   1.018
    6    H    ILE 132           HN       ILE 132  -8.561   7.266   4.715

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLN 133           HA       GLN 133 -12.626   6.978   7.972
    2    HB2  GLN 133           HB2      GLN 133  -9.926   6.355   9.167
    3    HG2  GLN 133           HG2      GLN 133 -10.791   4.692   7.565
    4   HE21  GLN 133          HE21      GLN 133 -12.111   2.441   8.862
    5   HE22  GLN 133          HE22      GLN 133 -13.810   2.727   8.688
    6    H    GLN 133           HN       GLN 133 -10.079   6.810   6.771
    7    HB3  GLN 133           HB1      GLN 133 -11.435   6.243  10.060
    8    HG3  GLN 133           HG1      GLN 133 -10.644   4.078   9.209

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   LYS 134           HA       LYS 134 -10.834  10.464  10.520
    2    HB2  LYS 134           HB2      LYS 134  -8.917  11.921  10.334
    3    HG2  LYS 134           HG2      LYS 134  -8.030  10.475   7.860
    4    HD2  LYS 134           HD2      LYS 134  -6.407  12.254   7.720
    5    HE2  LYS 134           HE2      LYS 134  -5.151  11.937   9.841
    6    HZ1  LYS 134           HZ1      LYS 134  -6.328   9.479   8.673
    7    HZ3  LYS 134           HZ2      LYS 134  -4.951   9.521   9.662
    8    HZ2  LYS 134           HZ3      LYS 134  -4.929  10.279   8.140
    9    H    LYS 134           HN       LYS 134  -9.733   8.984   8.321
   10    HB3  LYS 134           HB1      LYS 134  -8.391  10.255  10.182
   11    HG3  LYS 134           HG1      LYS 134  -8.870  12.027   7.810
   12    HD3  LYS 134           HD1      LYS 134  -7.128  13.069   9.109
   13    HE3  LYS 134           HE1      LYS 134  -6.551  11.087  10.492

  No H/Q in entry =          13
  In of MODEL    6
    1    HA3  GLY 135           HA2      GLY 135 -12.710  11.919   5.988
    2    H    GLY 135           HN       GLY 135 -10.954  10.728   7.060
    3    HA2  GLY 135           HA1      GLY 135 -12.795  12.987   7.381

  No H/Q in entry =           3
  In of MODEL    6
    1    H1   GLY  95           HT2      GLY  95   7.009   7.636   7.110
    2    H2   GLY  95           HT1      GLY  95   7.517   6.311   6.180
    3    H3   GLY  95           HT3      GLY  95   8.025   6.456   7.789
    4    HA2  GLY  95           HA2      GLY  95   8.812   8.157   5.492
    5    HA3  GLY  95           HA1      GLY  95   9.845   7.086   6.429

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ALA  96           HA       ALA  96   9.192  10.633   9.294
    2    HB1  ALA  96           HB1      ALA  96   9.079   8.517  11.443
    3    HB3  ALA  96           HB2      ALA  96   7.684   9.333  10.739
    4    HB2  ALA  96           HB3      ALA  96   8.866  10.254  11.670
    5    H    ALA  96           HN       ALA  96   9.069   7.735   9.033

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   MET  97           HA       MET  97  13.509   9.566  10.164
    2    HB2  MET  97           HB2      MET  97  12.909   8.906  12.488
    3    HG2  MET  97           HG2      MET  97  15.424   7.597  11.480
    4    HE1  MET  97           HE1      MET  97  13.266   8.839  14.520
    5    HE3  MET  97           HE2      MET  97  14.677   9.893  14.597
    6    HE2  MET  97           HE3      MET  97  14.409   8.683  15.854
    7    H    MET  97           HN       MET  97  11.143   7.808  10.156
    8    HB3  MET  97           HB1      MET  97  13.048   7.218  12.018
    9    HG3  MET  97           HG1      MET  97  15.261   9.258  12.046

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   GLU  98           HA       GLU  98  13.958   5.118   8.396
    2    HB2  GLU  98           HB2      GLU  98  11.365   5.448   6.881
    3    HG2  GLU  98           HG2      GLU  98  10.637   3.509   8.430
    4    H    GLU  98           HN       GLU  98  11.883   6.894   9.059
    5    HB3  GLU  98           HB1      GLU  98  12.357   4.004   6.998
    6    HG3  GLU  98           HG1      GLU  98  11.844   4.165   9.536

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   PRO  99           HA       PRO  99  15.772   7.509   5.137
    2    HB2  PRO  99           HB2      PRO  99  17.567   5.678   4.286
    3    HG2  PRO  99           HG2      PRO  99  16.728   3.786   5.321
    4    HD2  PRO  99           HD2      PRO  99  15.183   3.924   7.018
    5    HB3  PRO  99           HB1      PRO  99  17.758   6.548   5.812
    6    HG3  PRO  99           HG1      PRO  99  17.840   4.360   6.581
    7    HD3  PRO  99           HD1      PRO  99  16.123   5.136   7.907

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   GLU 100           HA       GLU 100  13.120   6.124   1.929
    2    HB2  GLU 100           HB2      GLU 100  14.535   8.558   0.836
    3    HG2  GLU 100           HG2      GLU 100  11.782   8.384   2.036
    4    H    GLU 100           HN       GLU 100  14.827   7.882   3.278
    5    HB3  GLU 100           HB1      GLU 100  13.118   7.789   0.134
    6    HG3  GLU 100           HG1      GLU 100  13.196   9.009   2.882

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ASN 101           HA       ASN 101  16.987   5.562  -0.887
    2    HB2  ASN 101           HB2      ASN 101  18.592   6.827   0.747
    3   HD21  ASN 101          HD21      ASN 101  18.555   4.059  -1.382
    4   HD22  ASN 101          HD22      ASN 101  19.957   4.509  -2.291
    5    H    ASN 101           HN       ASN 101  16.540   6.734   1.588
    6    HB3  ASN 101           HB1      ASN 101  18.978   5.209   1.325

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LYS 102           HA       LYS 102  17.053   1.416   1.046
    2    HB2  LYS 102           HB2      LYS 102  16.806   2.325   3.905
    3    HG2  LYS 102           HG2      LYS 102  19.060   1.104   2.331
    4    HD2  LYS 102           HD2      LYS 102  18.999   1.929   5.227
    5    HE2  LYS 102           HE2      LYS 102  21.236   0.840   5.240
    6    HZ2  LYS 102           HZ1      LYS 102  22.407   2.639   4.196
    7    HZ1  LYS 102           HZ2      LYS 102  21.031   3.267   4.960
    8    HZ3  LYS 102           HZ3      LYS 102  21.049   3.063   3.273
    9    H    LYS 102           HN       LYS 102  16.651   4.027   2.276
   10    HB3  LYS 102           HB1      LYS 102  16.899   0.627   3.439
   11    HG3  LYS 102           HG1      LYS 102  18.972   2.753   2.952
   12    HD3  LYS 102           HD1      LYS 102  18.979   0.260   4.647
   13    HE3  LYS 102           HE1      LYS 102  21.121   0.687   3.485

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   TYR 103           HA       TYR 103  12.500   1.675   2.726
    2    HB2  TYR 103           HB2      TYR 103  12.474   4.025   3.392
    3    HD1  TYR 103           HD1      TYR 103  10.404   2.323   3.925
    4    HD2  TYR 103           HD2      TYR 103  10.514   5.305   0.902
    5    HE1  TYR 103           HE1      TYR 103   7.953   2.459   3.981
    6    HE2  TYR 103           HE2      TYR 103   8.062   5.446   0.920
    7    HH   TYR 103           HH       TYR 103   6.141   4.347   1.663
    8    H    TYR 103           HN       TYR 103  14.584   3.472   2.277
    9    HB3  TYR 103           HB1      TYR 103  12.480   4.520   1.710

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   LEU 104           HA       LEU 104  11.567   2.504  -1.915
    2    HB2  LEU 104           HB2      LEU 104  13.273   4.068  -2.558
    3    HG   LEU 104           HG       LEU 104  13.404   1.733  -4.471
    4   HD13  LEU 104          HD11      LEU 104  11.636   2.885  -5.675
    5   HD12  LEU 104          HD12      LEU 104  11.611   4.155  -4.453
    6   HD11  LEU 104          HD13      LEU 104  11.123   2.517  -4.028
    7   HD22  LEU 104          HD21      LEU 104  14.060   3.398  -6.125
    8   HD21  LEU 104          HD22      LEU 104  15.221   3.347  -4.798
    9   HD23  LEU 104          HD23      LEU 104  14.040   4.654  -4.888
   10    H    LEU 104           HN       LEU 104  13.791   2.993  -0.262
   11    HB3  LEU 104           HB1      LEU 104  14.498   2.815  -2.541

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   PRO 105           HA       PRO 105  13.814  -1.553  -3.346
    2    HB2  PRO 105           HB2      PRO 105  15.572  -2.653  -1.540
    3    HG2  PRO 105           HG2      PRO 105  15.546  -0.884  -0.015
    4    HD2  PRO 105           HD2      PRO 105  14.925   1.277  -0.631
    5    HB3  PRO 105           HB1      PRO 105  16.067  -1.612  -2.881
    6    HG3  PRO 105           HG1      PRO 105  16.918  -0.422  -1.048
    7    HD3  PRO 105           HD1      PRO 105  15.644   1.122  -2.249

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   GLU 106           HA       GLU 106  12.158  -3.544   0.728
    2    HB2  GLU 106           HB2      GLU 106  11.324  -0.815   1.714
    3    HG2  GLU 106           HG2      GLU 106  13.693  -1.368   2.145
    4    H    GLU 106           HN       GLU 106  13.177  -1.018   0.083
    5    HB3  GLU 106           HB1      GLU 106  10.863  -2.334   2.464
    6    HG3  GLU 106           HG1      GLU 106  12.723  -1.188   3.606

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LEU 107           HA       LEU 107   7.968  -1.654  -0.681
    2    HB2  LEU 107           HB2      LEU 107   9.311   0.417  -2.418
    3    HG   LEU 107           HG       LEU 107   9.162   0.995   0.032
    4   HD12  LEU 107          HD11      LEU 107   7.519   2.637  -1.890
    5   HD11  LEU 107          HD12      LEU 107   9.275   2.684  -1.734
    6   HD13  LEU 107          HD13      LEU 107   8.256   3.216  -0.396
    7   HD21  LEU 107          HD21      LEU 107   6.211   0.877  -0.586
    8   HD23  LEU 107          HD22      LEU 107   6.918   1.601   0.859
    9   HD22  LEU 107          HD23      LEU 107   7.087  -0.130   0.568
   10    H    LEU 107           HN       LEU 107  10.624  -0.672  -0.645
   11    HB3  LEU 107           HB1      LEU 107   7.587   0.108  -2.377

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   MET 108           HA       MET 108   8.978  -2.763  -5.217
    2    HB2  MET 108           HB2      MET 108  11.022  -3.118  -6.389
    3    HG2  MET 108           HG2      MET 108  12.456  -2.484  -3.828
    4    HE2  MET 108           HE1      MET 108  14.270  -0.157  -6.451
    5    HE1  MET 108           HE2      MET 108  13.410  -0.214  -4.912
    6    HE3  MET 108           HE3      MET 108  12.537  -0.491  -6.421
    7    H    MET 108           HN       MET 108  10.534  -1.633  -3.131
    8    HB3  MET 108           HB1      MET 108  11.053  -1.543  -5.617
    9    HG3  MET 108           HG1      MET 108  12.470  -4.025  -4.685

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   ALA 109           HA       ALA 109  10.788  -6.852  -3.730
    2    HB2  ALA 109           HB1      ALA 109  11.505  -7.589  -1.462
    3    HB3  ALA 109           HB2      ALA 109  11.305  -5.927  -0.896
    4    HB1  ALA 109           HB3      ALA 109  12.515  -6.305  -2.124
    5    H    ALA 109           HN       ALA 109  10.912  -4.228  -2.645

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   GLU 110           HA       GLU 110   7.098  -7.367  -0.783
    2    HB2  GLU 110           HB2      GLU 110   6.681  -4.391  -0.434
    3    HG2  GLU 110           HG2      GLU 110   7.292  -6.528   1.597
    4    H    GLU 110           HN       GLU 110   8.869  -5.181  -1.255
    5    HB3  GLU 110           HB1      GLU 110   5.555  -5.619   0.123
    6    HG3  GLU 110           HG1      GLU 110   8.401  -5.274   1.046

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LYS 111           HA       LYS 111   4.640  -4.919  -4.153
    2    HB2  LYS 111           HB2      LYS 111   5.727  -2.996  -4.805
    3    HG2  LYS 111           HG2      LYS 111   6.423  -4.772  -7.135
    4    HD2  LYS 111           HD2      LYS 111   5.690  -1.858  -7.156
    5    HE2  LYS 111           HE2      LYS 111   5.536  -3.295  -9.240
    6    HZ2  LYS 111           HZ1      LYS 111   7.550  -3.863 -10.342
    7    HZ1  LYS 111           HZ2      LYS 111   7.638  -4.550  -8.791
    8    HZ3  LYS 111           HZ3      LYS 111   8.496  -3.132  -9.146
    9    H    LYS 111           HN       LYS 111   7.158  -4.653  -2.986
   10    HB3  LYS 111           HB1      LYS 111   7.258  -3.817  -5.068
   11    HG3  LYS 111           HG1      LYS 111   4.843  -4.034  -6.854
   12    HD3  LYS 111           HD1      LYS 111   7.360  -2.407  -7.021
   13    HE3  LYS 111           HE1      LYS 111   6.531  -1.844  -9.349

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   ASP 112           HA       ASP 112   6.370  -7.791  -7.347
    2    HB2  ASP 112           HB2      ASP 112   9.174  -7.664  -6.347
    3    H    ASP 112           HN       ASP 112   7.702  -6.439  -5.186
    4    HB3  ASP 112           HB1      ASP 112   8.718  -9.000  -7.402

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   SER 113           HA       SER 113   6.469 -11.353  -4.494
    2    HB2  SER 113           HB2      SER 113   6.931  -9.787  -1.943
    3    HG   SER 113           HG       SER 113   8.758  -9.736  -3.234
    4    H    SER 113           HN       SER 113   6.696  -8.460  -4.071
    5    HB3  SER 113           HB1      SER 113   6.901 -11.544  -2.072

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   LEU 114           HA       LEU 114   2.578  -9.880  -2.254
    2    HB2  LEU 114           HB2      LEU 114   3.226  -7.388  -2.421
    3    HG   LEU 114           HG       LEU 114   0.365  -8.301  -2.276
    4   HD12  LEU 114          HD11      LEU 114   2.259  -7.129  -0.241
    5   HD11  LEU 114          HD12      LEU 114   1.825  -8.832  -0.392
    6   HD13  LEU 114          HD13      LEU 114   0.602  -7.646   0.065
    7   HD21  LEU 114          HD21      LEU 114   0.415  -6.048  -3.267
    8   HD23  LEU 114          HD22      LEU 114   1.347  -5.487  -1.881
    9   HD22  LEU 114          HD23      LEU 114  -0.302  -6.073  -1.659
   10    H    LEU 114           HN       LEU 114   4.562  -8.634  -3.931
   11    HB3  LEU 114           HB1      LEU 114   2.200  -7.359  -3.843

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ASP 115           HA       ASP 115   0.332 -11.648  -5.486
    2    HB2  ASP 115           HB2      ASP 115  -0.437 -12.792  -3.377
    3    H    ASP 115           HN       ASP 115   0.563 -10.574  -2.838
    4    HB3  ASP 115           HB1      ASP 115  -1.759 -11.633  -3.300

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   PRO 116           HA       PRO 116  -1.578  -8.209  -7.423
    2    HB2  PRO 116           HB2      PRO 116  -2.806  -9.506  -9.488
    3    HG2  PRO 116           HG2      PRO 116  -2.558 -11.681  -8.693
    4    HD2  PRO 116           HD2      PRO 116  -0.972 -12.240  -7.086
    5    HB3  PRO 116           HB1      PRO 116  -1.069  -9.183  -9.426
    6    HG3  PRO 116           HG1      PRO 116  -1.077 -11.507  -9.658
    7    HD3  PRO 116           HD1      PRO 116   0.249 -11.150  -7.779

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   SER 117           HA       SER 117  -6.049  -9.938  -6.906
    2    HB2  SER 117           HB2      SER 117  -5.298 -11.395  -4.361
    3    HG   SER 117           HG       SER 117  -4.544 -12.734  -5.850
    4    H    SER 117           HN       SER 117  -3.485 -10.834  -6.192
    5    HB3  SER 117           HB1      SER 117  -6.882 -11.367  -5.138

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   PHE 118           HA       PHE 118  -5.810  -7.064  -3.315
    2    HB2  PHE 118           HB2      PHE 118  -2.827  -7.198  -2.841
    3    HD1  PHE 118           HD1      PHE 118  -5.311  -7.480  -0.245
    4    HD2  PHE 118           HD2      PHE 118  -2.805  -9.654  -2.898
    5    HE1  PHE 118           HE1      PHE 118  -5.631  -9.495   1.113
    6    HE2  PHE 118           HE2      PHE 118  -3.125 -11.677  -1.557
    7    HZ   PHE 118           HZ       PHE 118  -4.541 -11.605   0.460
    8    H    PHE 118           HN       PHE 118  -3.784  -8.699  -4.646
    9    HB3  PHE 118           HB1      PHE 118  -3.998  -6.345  -1.842

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   THR 119           HA       THR 119  -4.670  -4.621  -6.912
    2    HB   THR 119           HB       THR 119  -7.388  -3.648  -6.024
    3    HG1  THR 119           HG1      THR 119  -6.510  -5.743  -7.623
    4   HG22  THR 119          HG21      THR 119  -5.855  -3.116  -8.574
    5   HG21  THR 119          HG22      THR 119  -6.137  -1.949  -7.282
    6   HG23  THR 119          HG23      THR 119  -7.496  -2.574  -8.220
    7    H    THR 119           HN       THR 119  -6.388  -5.807  -5.079

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   HIS 120           HA       HIS 120  -4.904  -0.625  -4.526
    2    HB2  HIS 120           HB2      HIS 120  -6.360  -1.658  -2.098
    3    HD1  HIS 120           HD1      HIS 120  -6.687   0.995  -4.828
    4    HD2  HIS 120           HD2      HIS 120  -8.949  -1.783  -2.725
    5    HE1  HIS 120           HE1      HIS 120  -9.004   1.144  -5.789
    6    HE2  HIS 120           HE2      HIS 120 -10.266  -0.737  -4.690
    7    H    HIS 120           HN       HIS 120  -6.177  -3.129  -4.025
    8    HB3  HIS 120           HB1      HIS 120  -5.779  -0.006  -2.275

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   ALA 121           HA       ALA 121  -2.071  -2.214  -0.970
    2    HB3  ALA 121           HB1      ALA 121  -1.422  -4.455  -0.435
    3    HB2  ALA 121           HB2      ALA 121  -2.324  -5.097  -1.809
    4    HB1  ALA 121           HB3      ALA 121  -3.184  -4.384  -0.445
    5    H    ALA 121           HN       ALA 121  -4.245  -3.334  -2.342

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   MET 122           HA       MET 122   0.533  -3.788  -4.615
    2    HB2  MET 122           HB2      MET 122  -1.953  -4.341  -6.198
    3    HG2  MET 122           HG2      MET 122  -0.597  -6.026  -4.714
    4    HE1  MET 122           HE1      MET 122   2.015  -5.354  -4.505
    5    HE3  MET 122           HE2      MET 122   1.898  -4.256  -5.881
    6    HE2  MET 122           HE3      MET 122   3.160  -5.489  -5.839
    7    H    MET 122           HN       MET 122  -2.249  -3.894  -4.027
    8    HB3  MET 122           HB1      MET 122  -0.408  -4.170  -7.020
    9    HG3  MET 122           HG1      MET 122  -1.332  -6.506  -6.240

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   GLN 123           HA       GLN 123  -0.816   0.004  -7.078
    2    HB2  GLN 123           HB2      GLN 123  -3.132   0.074  -7.393
    3    HG2  GLN 123           HG2      GLN 123  -2.731   2.386  -5.512
    4   HE21  GLN 123          HE21      GLN 123  -4.130   2.442  -8.675
    5   HE22  GLN 123          HE22      GLN 123  -5.749   2.796  -8.177
    6    H    GLN 123           HN       GLN 123  -2.219  -1.728  -5.332
    7    HB3  GLN 123           HB1      GLN 123  -3.464   0.060  -5.669
    8    HG3  GLN 123           HG1      GLN 123  -2.420   2.396  -7.247

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   LEU 124           HA       LEU 124  -0.437   2.759  -3.355
    2    HB2  LEU 124           HB2      LEU 124  -0.810   0.591  -1.279
    3    HG   LEU 124           HG       LEU 124  -2.890   1.594  -2.351
    4   HD11  LEU 124          HD11      LEU 124  -2.935   0.460  -0.192
    5   HD13  LEU 124          HD12      LEU 124  -4.040   1.834  -0.213
    6   HD12  LEU 124          HD13      LEU 124  -2.489   1.966   0.616
    7   HD21  LEU 124          HD21      LEU 124  -1.958   4.013  -0.811
    8   HD23  LEU 124          HD22      LEU 124  -3.535   3.821  -1.576
    9   HD22  LEU 124          HD23      LEU 124  -2.077   3.876  -2.567
   10    H    LEU 124           HN       LEU 124  -1.526   0.193  -3.610
   11    HB3  LEU 124           HB1      LEU 124  -0.336   2.235  -0.888

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   LEU 125           HA       LEU 125   3.582   0.327  -2.286
    2    HB2  LEU 125           HB2      LEU 125   2.479  -2.006  -3.825
    3    HG   LEU 125           HG       LEU 125   2.353  -2.043  -1.311
    4   HD13  LEU 125          HD11      LEU 125   3.093  -4.347  -1.184
    5   HD12  LEU 125          HD12      LEU 125   4.069  -4.140  -2.631
    6   HD11  LEU 125          HD13      LEU 125   2.311  -4.052  -2.736
    7   HD23  LEU 125          HD21      LEU 125   5.351  -2.318  -1.578
    8   HD22  LEU 125          HD22      LEU 125   4.410  -2.502  -0.095
    9   HD21  LEU 125          HD23      LEU 125   4.509  -0.929  -0.887
   10    H    LEU 125           HN       LEU 125   0.987  -0.435  -3.186
   11    HB3  LEU 125           HB1      LEU 125   4.211  -1.798  -3.674

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   THR 126           HA       THR 126   4.306   0.592  -6.932
    2    HB   THR 126           HB       THR 126   1.393   1.076  -7.602
    3    HG1  THR 126           HG1      THR 126   1.762  -1.090  -7.322
    4   HG21  THR 126          HG21      THR 126   3.807   1.055  -9.423
    5   HG23  THR 126          HG22      THR 126   2.761   2.432  -9.069
    6   HG22  THR 126          HG23      THR 126   2.127   1.051  -9.964
    7    H    THR 126           HN       THR 126   1.977   0.173  -5.388

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   ALA 127           HA       ALA 127   2.575   5.078  -6.998
    2    HB3  ALA 127           HB1      ALA 127   1.118   6.227  -5.441
    3    HB1  ALA 127           HB2      ALA 127   1.054   4.793  -4.415
    4    HB2  ALA 127           HB3      ALA 127   0.361   4.749  -6.037
    5    H    ALA 127           HN       ALA 127   1.739   2.733  -5.750

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   GLU 128           HA       GLU 128   4.737   6.071  -2.831
    2    HB2  GLU 128           HB2      GLU 128   3.920   4.145  -1.419
    3    HG2  GLU 128           HG2      GLU 128   5.967   4.013   0.052
    4    H    GLU 128           HN       GLU 128   3.268   3.867  -3.712
    5    HB3  GLU 128           HB1      GLU 128   5.269   3.204  -2.030
    6    HG3  GLU 128           HG1      GLU 128   6.774   5.027  -1.138

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ILE 129           HA       ILE 129   8.494   3.732  -4.592
    2    HB   ILE 129           HB       ILE 129   6.826   2.165  -6.561
    3   HD12  ILE 129          HD11      ILE 129   7.685  -0.895  -4.607
    4   HD11  ILE 129          HD12      ILE 129   8.401  -0.392  -6.141
    5   HD13  ILE 129          HD13      ILE 129   6.656  -0.292  -5.905
    6    H    ILE 129           HN       ILE 129   5.730   3.203  -4.609

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLU 130           HA       GLU 130   7.418   5.921  -8.801
    2    HB2  GLU 130           HB2      GLU 130   4.681   6.648  -7.743
    3    HG2  GLU 130           HG2      GLU 130   5.465   4.966 -10.103
    4    H    GLU 130           HN       GLU 130   5.904   4.659  -6.816
    5    HB3  GLU 130           HB1      GLU 130   5.377   7.277  -9.226
    6    HG3  GLU 130           HG1      GLU 130   4.629   4.426  -8.645

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LYS 131           HA       LYS 131   6.859   9.795  -6.044
    2    HB2  LYS 131           HB2      LYS 131   6.557   8.141  -3.530
    3    HG2  LYS 131           HG2      LYS 131   4.568  10.073  -4.685
    4    HD2  LYS 131           HD2      LYS 131   3.013   8.903  -3.227
    5    HE2  LYS 131           HE2      LYS 131   5.519   9.893  -1.894
    6    HZ1  LYS 131           HZ1      LYS 131   4.276   8.452  -0.382
    7    HZ3  LYS 131           HZ2      LYS 131   2.876   9.381  -0.635
    8    HZ2  LYS 131           HZ3      LYS 131   4.225  10.075   0.109
    9    H    LYS 131           HN       LYS 131   6.227   7.066  -5.700
   10    HB3  LYS 131           HB1      LYS 131   6.641   9.897  -3.565
   11    HG3  LYS 131           HG1      LYS 131   4.540   8.349  -5.057
   12    HD3  LYS 131           HD1      LYS 131   4.304   7.828  -2.688
   13    HE3  LYS 131           HE1      LYS 131   4.030  10.785  -2.205

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   ILE 132           HA       ILE 132  10.886   8.752  -3.789
    2    HB   ILE 132           HB       ILE 132  10.978   5.787  -4.288
    3   HD12  ILE 132          HD11      ILE 132  11.382   5.358  -1.167
    4   HD11  ILE 132          HD12      ILE 132  10.417   4.310  -2.206
    5   HD13  ILE 132          HD13      ILE 132   9.674   5.098  -0.813
    6    H    ILE 132           HN       ILE 132   8.662   7.131  -4.490

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLN 133           HA       GLN 133  12.712   6.807  -7.753
    2    HB2  GLN 133           HB2      GLN 133   9.999   6.241  -8.944
    3    HG2  GLN 133           HG2      GLN 133  10.842   4.550  -7.360
    4   HE21  GLN 133          HE21      GLN 133  12.108   2.277  -8.672
    5   HE22  GLN 133          HE22      GLN 133  13.812   2.540  -8.528
    6    H    GLN 133           HN       GLN 133  10.162   6.676  -6.552
    7    HB3  GLN 133           HB1      GLN 133  11.500   6.109  -9.848
    8    HG3  GLN 133           HG1      GLN 133  10.669   3.950  -9.007

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   LYS 134           HA       LYS 134  10.972  10.349 -10.260
    2    HB2  LYS 134           HB2      LYS 134   9.086  11.838 -10.053
    3    HG2  LYS 134           HG2      LYS 134   8.177  10.390  -7.589
    4    HD2  LYS 134           HD2      LYS 134   6.589  12.202  -7.436
    5    HE2  LYS 134           HE2      LYS 134   5.324  11.923  -9.555
    6    HZ1  LYS 134           HZ1      LYS 134   6.462   9.426  -8.429
    7    HZ3  LYS 134           HZ2      LYS 134   5.070   9.517  -9.395
    8    HZ2  LYS 134           HZ3      LYS 134   5.091  10.250  -7.864
    9    H    LYS 134           HN       LYS 134   9.860   8.867  -8.074
   10    HB3  LYS 134           HB1      LYS 134   8.528  10.181  -9.915
   11    HG3  LYS 134           HG1      LYS 134   9.048  11.924  -7.529
   12    HD3  LYS 134           HD1      LYS 134   7.326  13.012  -8.818
   13    HE3  LYS 134           HE1      LYS 134   6.708  11.057 -10.220

  No H/Q in entry =          13
  In of MODEL    6
    1    HA3  GLY 135           HA2      GLY 135  12.896  11.723  -5.723
    2    H    GLY 135           HN       GLY 135  11.121  10.570  -6.802
    3    HA2  GLY 135           HA1      GLY 135  12.992  12.810  -7.102

  No H/Q in entry =           3
  In of MODEL    7
    1    H1   GLY  95           HT3      GLY  95  -8.375   6.702  -6.773
    2    H2   GLY  95           HT2      GLY  95  -8.335   5.137  -7.437
    3    H3   GLY  95           HT1      GLY  95  -7.348   5.523  -6.115
    4    HA3  GLY  95           HA1      GLY  95  -5.970   6.908  -7.387
    5    HA2  GLY  95           HA2      GLY  95  -6.177   5.413  -8.282

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ALA  96           HA       ALA  96  -7.360   7.817 -11.574
    2    HB1  ALA  96           HB1      ALA  96  -8.739   5.263 -12.379
    3    HB2  ALA  96           HB2      ALA  96  -7.025   5.623 -12.595
    4    HB3  ALA  96           HB3      ALA  96  -8.240   6.566 -13.459
    5    H    ALA  96           HN       ALA  96  -7.815   5.409 -10.037

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   MET  97           HA       MET  97 -11.711   8.508 -10.332
    2    HB2  MET  97           HB2      MET  97 -11.700   7.363 -12.763
    3    HG2  MET  97           HG2      MET  97 -14.166   8.577 -11.541
    4    HE1  MET  97           HE1      MET  97 -15.594  10.220 -13.192
    5    HE3  MET  97           HE2      MET  97 -15.419  10.203 -14.947
    6    HE2  MET  97           HE3      MET  97 -14.130  10.858 -13.937
    7    H    MET  97           HN       MET  97 -10.218   6.047 -10.359
    8    HB3  MET  97           HB1      MET  97 -13.043   6.484 -12.045
    9    HG3  MET  97           HG1      MET  97 -12.811   9.479 -12.214

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   GLU  98           HA       GLU  98 -13.431   4.701  -8.141
    2    HB2  GLU  98           HB2      GLU  98 -10.883   4.724  -6.514
    3    HG2  GLU  98           HG2      GLU  98 -10.716   2.343  -7.496
    4    H    GLU  98           HN       GLU  98 -10.953   5.959  -8.776
    5    HB3  GLU  98           HB1      GLU  98 -12.226   3.610  -6.323
    6    HG3  GLU  98           HG1      GLU  98 -11.729   2.987  -8.786

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   PRO  99           HA       PRO  99 -14.892   7.862  -5.358
    2    HB2  PRO  99           HB2      PRO  99 -17.063   6.493  -4.452
    3    HG2  PRO  99           HG2      PRO  99 -16.713   4.432  -5.403
    4    HD2  PRO  99           HD2      PRO  99 -15.036   4.095  -6.916
    5    HB3  PRO  99           HB1      PRO  99 -17.022   7.330  -6.005
    6    HG3  PRO  99           HG1      PRO  99 -17.528   5.217  -6.768
    7    HD3  PRO  99           HD1      PRO  99 -15.584   5.419  -7.959

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   GLU 100           HA       GLU 100 -12.747   6.637  -1.866
    2    HB2  GLU 100           HB2      GLU 100 -12.867   9.138  -1.871
    3    HG2  GLU 100           HG2      GLU 100 -13.059   7.964   0.887
    4    H    GLU 100           HN       GLU 100 -14.424   8.285  -3.361
    5    HB3  GLU 100           HB1      GLU 100 -14.325   9.021  -0.900
    6    HG3  GLU 100           HG1      GLU 100 -11.594   8.048  -0.095

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ASN 101           HA       ASN 101 -16.677   6.120   0.860
    2    HB2  ASN 101           HB2      ASN 101 -18.299   7.312  -0.761
    3   HD21  ASN 101          HD21      ASN 101 -18.316   4.418   1.234
    4   HD22  ASN 101          HD22      ASN 101 -19.751   4.819   2.119
    5    H    ASN 101           HN       ASN 101 -16.213   7.189  -1.642
    6    HB3  ASN 101           HB1      ASN 101 -18.615   5.705  -1.402

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LYS 102           HA       LYS 102 -16.798   1.910  -0.840
    2    HB2  LYS 102           HB2      LYS 102 -17.168   0.953  -2.994
    3    HG2  LYS 102           HG2      LYS 102 -17.123   2.549  -5.028
    4    HD2  LYS 102           HD2      LYS 102 -14.845   1.886  -5.631
    5    HE2  LYS 102           HE2      LYS 102 -15.047  -0.518  -5.365
    6    HZ3  LYS 102           HZ1      LYS 102 -17.821   0.446  -5.621
    7    HZ2  LYS 102           HZ2      LYS 102 -17.046  -0.801  -6.466
    8    HZ1  LYS 102           HZ3      LYS 102 -16.668   0.816  -6.806
    9    H    LYS 102           HN       LYS 102 -16.294   4.435  -2.216
   10    HB3  LYS 102           HB1      LYS 102 -18.024   2.485  -2.927
   11    HG3  LYS 102           HG1      LYS 102 -15.923   3.437  -4.094
   12    HD3  LYS 102           HD1      LYS 102 -14.538   1.420  -3.959
   13    HE3  LYS 102           HE1      LYS 102 -16.256  -0.292  -4.103

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   TYR 103           HA       TYR 103 -12.288   1.966  -2.574
    2    HB2  TYR 103           HB2      TYR 103 -12.164   4.303  -3.245
    3    HD1  TYR 103           HD1      TYR 103 -10.152   2.559  -3.741
    4    HD2  TYR 103           HD2      TYR 103 -10.220   5.516  -0.691
    5    HE1  TYR 103           HE1      TYR 103  -7.696   2.598  -3.737
    6    HE2  TYR 103           HE2      TYR 103  -7.765   5.564  -0.661
    7    HH   TYR 103           HH       TYR 103  -5.880   4.254  -1.311
    8    H    TYR 103           HN       TYR 103 -14.309   3.835  -2.103
    9    HB3  TYR 103           HB1      TYR 103 -12.197   4.820  -1.569

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   LEU 104           HA       LEU 104 -11.444   2.708   2.112
    2    HB2  LEU 104           HB2      LEU 104 -13.146   4.294   2.714
    3    HG   LEU 104           HG       LEU 104 -13.360   1.935   4.586
    4   HD11  LEU 104          HD11      LEU 104 -11.063   2.719   4.249
    5   HD13  LEU 104          HD12      LEU 104 -11.644   3.063   5.878
    6   HD12  LEU 104          HD13      LEU 104 -11.564   4.353   4.681
    7   HD21  LEU 104          HD21      LEU 104 -15.183   3.559   4.862
    8   HD23  LEU 104          HD22      LEU 104 -13.993   4.847   5.045
    9   HD22  LEU 104          HD23      LEU 104 -14.084   3.555   6.242
   10    H    LEU 104           HN       LEU 104 -13.595   3.279   0.396
   11    HB3  LEU 104           HB1      LEU 104 -14.388   3.064   2.641

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   PRO 105           HA       PRO 105 -13.845  -1.309   3.410
    2    HB2  PRO 105           HB2      PRO 105 -15.546  -2.357   1.518
    3    HG2  PRO 105           HG2      PRO 105 -15.392  -0.577   0.006
    4    HD2  PRO 105           HD2      PRO 105 -14.784   1.574   0.680
    5    HB3  PRO 105           HB1      PRO 105 -16.082  -1.308   2.838
    6    HG3  PRO 105           HG1      PRO 105 -16.810  -0.103   0.957
    7    HD3  PRO 105           HD1      PRO 105 -15.581   1.402   2.260

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   GLU 106           HA       GLU 106 -12.111  -3.330  -0.601
    2    HB2  GLU 106           HB2      GLU 106 -11.178  -0.653  -1.632
    3    HG2  GLU 106           HG2      GLU 106 -13.451  -2.407  -2.378
    4    H    GLU 106           HN       GLU 106 -13.086  -0.771   0.002
    5    HB3  GLU 106           HB1      GLU 106 -10.806  -2.211  -2.352
    6    HG3  GLU 106           HG1      GLU 106 -13.320  -0.651  -2.379

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LEU 107           HA       LEU 107  -7.930  -1.504   0.869
    2    HB2  LEU 107           HB2      LEU 107  -9.270   0.609   2.553
    3    HG   LEU 107           HG       LEU 107  -9.028   1.177   0.119
    4   HD13  LEU 107          HD11      LEU 107  -9.133   2.879   1.857
    5   HD12  LEU 107          HD12      LEU 107  -8.027   3.363   0.571
    6   HD11  LEU 107          HD13      LEU 107  -7.392   2.751   2.100
    7   HD22  LEU 107          HD21      LEU 107  -6.959  -0.030  -0.321
    8   HD21  LEU 107          HD22      LEU 107  -6.098   1.014   0.812
    9   HD23  LEU 107          HD23      LEU 107  -6.767   1.689  -0.675
   10    H    LEU 107           HN       LEU 107 -10.564  -0.472   0.781
   11    HB3  LEU 107           HB1      LEU 107  -7.553   0.259   2.580

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   MET 108           HA       MET 108  -9.074  -2.565   5.386
    2    HB2  MET 108           HB2      MET 108 -11.107  -2.822   6.538
    3    HG2  MET 108           HG2      MET 108 -12.610  -2.345   3.983
    4    HE3  MET 108           HE1      MET 108 -14.480  -0.144   6.681
    5    HE2  MET 108           HE2      MET 108 -13.755  -0.149   5.073
    6    HE1  MET 108           HE3      MET 108 -12.735  -0.343   6.500
    7    H    MET 108           HN       MET 108 -10.550  -1.399   3.270
    8    HB3  MET 108           HB1      MET 108 -11.189  -1.308   5.660
    9    HG3  MET 108           HG1      MET 108 -12.499  -3.885   4.834

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   ALA 109           HA       ALA 109 -10.917  -6.622   3.865
    2    HB2  ALA 109           HB1      ALA 109 -11.369  -5.729   1.012
    3    HB1  ALA 109           HB2      ALA 109 -12.614  -5.990   2.234
    4    HB3  ALA 109           HB3      ALA 109 -11.671  -7.352   1.633
    5    H    ALA 109           HN       ALA 109 -11.000  -3.999   2.785

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   GLU 110           HA       GLU 110  -7.224  -7.211   0.952
    2    HB2  GLU 110           HB2      GLU 110  -6.733  -4.252   0.567
    3    HG2  GLU 110           HG2      GLU 110  -7.462  -6.383  -1.430
    4    H    GLU 110           HN       GLU 110  -8.939  -4.977   1.422
    5    HB3  GLU 110           HB1      GLU 110  -5.660  -5.517  -0.003
    6    HG3  GLU 110           HG1      GLU 110  -8.503  -5.067  -0.882

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LYS 111           HA       LYS 111  -4.667  -4.876   4.287
    2    HB2  LYS 111           HB2      LYS 111  -5.666  -2.831   4.812
    3    HG2  LYS 111           HG2      LYS 111  -6.119  -4.494   7.275
    4    HD2  LYS 111           HD2      LYS 111  -5.559  -1.548   7.071
    5    HE2  LYS 111           HE2      LYS 111  -6.292  -1.524   9.399
    6    HZ2  LYS 111           HZ1      LYS 111  -4.404  -2.554  10.376
    7    HZ1  LYS 111           HZ2      LYS 111  -3.909  -1.937   8.876
    8    HZ3  LYS 111           HZ3      LYS 111  -4.194  -3.600   9.056
    9    H    LYS 111           HN       LYS 111  -7.187  -4.460   3.130
   10    HB3  LYS 111           HB1      LYS 111  -7.189  -3.579   5.271
   11    HG3  LYS 111           HG1      LYS 111  -4.604  -3.712   6.816
   12    HD3  LYS 111           HD1      LYS 111  -7.181  -2.218   7.244
   13    HE3  LYS 111           HE1      LYS 111  -6.525  -3.268   9.347

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   ASP 112           HA       ASP 112  -6.924  -7.567   7.498
    2    HB2  ASP 112           HB2      ASP 112  -9.259  -6.989   7.260
    3    H    ASP 112           HN       ASP 112  -7.847  -6.141   5.242
    4    HB3  ASP 112           HB1      ASP 112  -9.385  -7.936   5.782

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   SER 113           HA       SER 113  -6.689 -11.208   4.655
    2    HB2  SER 113           HB2      SER 113  -7.066  -9.747   2.038
    3    HG   SER 113           HG       SER 113  -8.947  -9.565   3.126
    4    H    SER 113           HN       SER 113  -7.044  -8.368   4.106
    5    HB3  SER 113           HB1      SER 113  -7.081 -11.496   2.255

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   LEU 114           HA       LEU 114  -2.799  -9.811   2.313
    2    HB2  LEU 114           HB2      LEU 114  -3.374  -7.316   2.513
    3    HG   LEU 114           HG       LEU 114  -0.538  -8.306   2.341
    4   HD11  LEU 114          HD11      LEU 114  -2.442  -7.074   0.350
    5   HD13  LEU 114          HD12      LEU 114  -1.992  -8.777   0.452
    6   HD12  LEU 114          HD13      LEU 114  -0.784  -7.570   0.007
    7   HD23  LEU 114          HD21      LEU 114  -1.424  -5.460   1.959
    8   HD22  LEU 114          HD22      LEU 114   0.207  -6.104   1.757
    9   HD21  LEU 114          HD23      LEU 114  -0.531  -6.053   3.358
   10    H    LEU 114           HN       LEU 114  -4.751  -8.514   3.949
   11    HB3  LEU 114           HB1      LEU 114  -2.340  -7.325   3.929

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ASP 115           HA       ASP 115  -0.542 -11.723   5.459
    2    HB2  ASP 115           HB2      ASP 115   0.287 -12.736   3.293
    3    H    ASP 115           HN       ASP 115  -0.776 -10.547   2.867
    4    HB3  ASP 115           HB1      ASP 115   1.595 -11.556   3.324

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   PRO 116           HA       PRO 116   1.333  -8.318   7.535
    2    HB2  PRO 116           HB2      PRO 116   2.467  -9.702   9.606
    3    HG2  PRO 116           HG2      PRO 116   2.163 -11.844   8.762
    4    HD2  PRO 116           HD2      PRO 116   0.610 -12.316   7.098
    5    HB3  PRO 116           HB1      PRO 116   0.744  -9.314   9.511
    6    HG3  PRO 116           HG1      PRO 116   0.659 -11.640   9.683
    7    HD3  PRO 116           HD1      PRO 116  -0.595 -11.195   7.772

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   SER 117           HA       SER 117   5.751 -10.149   7.067
    2    HB2  SER 117           HB2      SER 117   5.276 -12.373   6.104
    3    HG   SER 117           HG       SER 117   7.315 -10.745   5.350
    4    H    SER 117           HN       SER 117   3.178 -10.968   6.281
    5    HB3  SER 117           HB1      SER 117   4.966 -11.621   4.538

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   PHE 118           HA       PHE 118   5.659  -7.243   3.498
    2    HB2  PHE 118           HB2      PHE 118   2.678  -7.273   2.982
    3    HD1  PHE 118           HD1      PHE 118   2.632  -9.753   3.028
    4    HD2  PHE 118           HD2      PHE 118   5.131  -7.574   0.363
    5    HE1  PHE 118           HE1      PHE 118   2.891 -11.757   1.640
    6    HE2  PHE 118           HE2      PHE 118   5.386  -9.573  -1.033
    7    HZ   PHE 118           HZ       PHE 118   4.271 -11.677  -0.401
    8    H    PHE 118           HN       PHE 118   3.566  -8.841   4.774
    9    HB3  PHE 118           HB1      PHE 118   3.892  -6.442   2.016

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   THR 119           HA       THR 119   4.593  -4.818   7.133
    2    HB   THR 119           HB       THR 119   7.284  -3.809   6.206
    3    HG1  THR 119           HG1      THR 119   7.745  -5.806   6.878
    4   HG21  THR 119          HG21      THR 119   6.045  -2.221   7.607
    5   HG23  THR 119          HG22      THR 119   7.441  -2.875   8.466
    6   HG22  THR 119          HG23      THR 119   5.822  -3.472   8.830
    7    H    THR 119           HN       THR 119   6.259  -6.030   5.283

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   HIS 120           HA       HIS 120   4.907  -0.799   4.818
    2    HB2  HIS 120           HB2      HIS 120   6.383  -1.831   2.406
    3    HD1  HIS 120           HD1      HIS 120   6.666   0.732   5.228
    4    HD2  HIS 120           HD2      HIS 120   8.998  -1.912   3.022
    5    HE1  HIS 120           HE1      HIS 120   8.982   0.900   6.194
    6    HE2  HIS 120           HE2      HIS 120  10.406  -0.644   4.799
    7    H    HIS 120           HN       HIS 120   6.112  -3.325   4.263
    8    HB3  HIS 120           HB1      HIS 120   5.820  -0.173   2.570

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   ALA 121           HA       ALA 121   2.064  -2.253   1.197
    2    HB1  ALA 121           HB1      ALA 121   1.374  -4.463   0.619
    3    HB3  ALA 121           HB2      ALA 121   2.216  -5.147   2.009
    4    HB2  ALA 121           HB3      ALA 121   3.136  -4.451   0.675
    5    H    ALA 121           HN       ALA 121   4.194  -3.444   2.576

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   MET 122           HA       MET 122  -0.633  -3.813   4.767
    2    HB2  MET 122           HB2      MET 122   1.795  -4.486   6.390
    3    HG2  MET 122           HG2      MET 122   0.469  -6.107   4.837
    4    HE1  MET 122           HE1      MET 122  -2.059  -5.345   4.452
    5    HE3  MET 122           HE2      MET 122  -2.085  -4.280   5.859
    6    HE2  MET 122           HE3      MET 122  -3.334  -5.507   5.658
    7    H    MET 122           HN       MET 122   2.153  -3.997   4.222
    8    HB3  MET 122           HB1      MET 122   0.235  -4.289   7.176
    9    HG3  MET 122           HG1      MET 122   1.089  -6.631   6.401

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   GLN 123           HA       GLN 123   0.785  -0.146   7.362
    2    HB2  GLN 123           HB2      GLN 123   3.083  -0.133   7.720
    3    HG2  GLN 123           HG2      GLN 123   2.775   2.193   5.841
    4   HE21  GLN 123          HE21      GLN 123   4.349   2.149   8.925
    5   HE22  GLN 123          HE22      GLN 123   5.960   2.377   8.338
    6    H    GLN 123           HN       GLN 123   2.159  -1.863   5.585
    7    HB3  GLN 123           HB1      GLN 123   3.448  -0.184   6.004
    8    HG3  GLN 123           HG1      GLN 123   2.559   2.212   7.592

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   LEU 124           HA       LEU 124   0.522   2.731   3.721
    2    HB2  LEU 124           HB2      LEU 124   0.899   0.637   1.566
    3    HG   LEU 124           HG       LEU 124   2.990   1.494   2.709
    4   HD13  LEU 124          HD11      LEU 124   3.076   0.519   0.499
    5   HD12  LEU 124          HD12      LEU 124   4.178   1.891   0.598
    6   HD11  LEU 124          HD13      LEU 124   2.631   2.063  -0.229
    7   HD22  LEU 124          HD21      LEU 124   2.283   3.780   3.107
    8   HD21  LEU 124          HD22      LEU 124   2.151   4.066   1.371
    9   HD23  LEU 124          HD23      LEU 124   3.728   3.754   2.097
   10    H    LEU 124           HN       LEU 124   1.559   0.136   3.913
   11    HB3  LEU 124           HB1      LEU 124   0.487   2.311   1.240

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   LEU 125           HA       LEU 125  -3.502   0.423   2.411
    2    HB2  LEU 125           HB2      LEU 125  -2.502  -1.971   3.913
    3    HG   LEU 125           HG       LEU 125  -2.373  -1.952   1.406
    4   HD11  LEU 125          HD11      LEU 125  -2.349  -3.989   2.756
    5   HD13  LEU 125          HD12      LEU 125  -3.202  -4.242   1.236
    6   HD12  LEU 125          HD13      LEU 125  -4.111  -4.033   2.729
    7   HD23  LEU 125          HD21      LEU 125  -4.476  -2.395   0.207
    8   HD22  LEU 125          HD22      LEU 125  -4.464  -0.790   0.939
    9   HD21  LEU 125          HD23      LEU 125  -5.378  -2.097   1.697
   10    H    LEU 125           HN       LEU 125  -0.972  -0.427   3.420
   11    HB3  LEU 125           HB1      LEU 125  -4.225  -1.715   3.769

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   THR 126           HA       THR 126  -4.490   0.560   6.975
    2    HB   THR 126           HB       THR 126  -1.618   0.820   7.889
    3    HG1  THR 126           HG1      THR 126  -1.932  -1.289   7.650
    4   HG23  THR 126          HG21      THR 126  -3.026   2.194   9.325
    5   HG22  THR 126          HG22      THR 126  -2.496   0.747  10.185
    6   HG21  THR 126          HG23      THR 126  -4.140   0.843   9.553
    7    H    THR 126           HN       THR 126  -2.055   0.160   5.579

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   ALA 127           HA       ALA 127  -2.611   4.970   7.374
    2    HB1  ALA 127           HB1      ALA 127  -0.359   4.617   6.552
    3    HB2  ALA 127           HB2      ALA 127  -1.035   6.117   5.918
    4    HB3  ALA 127           HB3      ALA 127  -0.937   4.688   4.889
    5    H    ALA 127           HN       ALA 127  -1.779   2.646   6.075

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   GLU 128           HA       GLU 128  -4.485   6.161   3.115
    2    HB2  GLU 128           HB2      GLU 128  -3.703   4.297   1.656
    3    HG2  GLU 128           HG2      GLU 128  -5.566   4.363   0.063
    4    H    GLU 128           HN       GLU 128  -3.160   3.877   4.008
    5    HB3  GLU 128           HB1      GLU 128  -5.083   3.354   2.197
    6    HG3  GLU 128           HG1      GLU 128  -6.590   5.057   1.307

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ILE 129           HA       ILE 129  -8.416   3.931   4.642
    2    HB   ILE 129           HB       ILE 129  -6.847   2.404   6.720
    3   HD11  ILE 129          HD11      ILE 129  -6.752  -0.082   6.194
    4   HD13  ILE 129          HD12      ILE 129  -7.671  -0.700   4.821
    5   HD12  ILE 129          HD13      ILE 129  -8.511  -0.160   6.276
    6    H    ILE 129           HN       ILE 129  -5.693   3.326   4.759

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLU 130           HA       GLU 130  -7.451   6.262   8.777
    2    HB2  GLU 130           HB2      GLU 130  -4.678   6.901   7.778
    3    HG2  GLU 130           HG2      GLU 130  -5.617   5.341  10.171
    4    H    GLU 130           HN       GLU 130  -5.895   4.943   6.878
    5    HB3  GLU 130           HB1      GLU 130  -5.405   7.618   9.206
    6    HG3  GLU 130           HG1      GLU 130  -4.738   4.719   8.774

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LYS 131           HA       LYS 131  -6.877  10.117   5.900
    2    HB2  LYS 131           HB2      LYS 131  -6.571   8.314   3.509
    3    HG2  LYS 131           HG2      LYS 131  -4.889  10.165   2.900
    4    HD2  LYS 131           HD2      LYS 131  -3.952   8.650   5.273
    5    HE2  LYS 131           HE2      LYS 131  -2.395   9.861   3.797
    6    HZ3  LYS 131           HZ1      LYS 131  -3.252   7.912   1.712
    7    HZ2  LYS 131           HZ2      LYS 131  -2.007   9.055   1.572
    8    HZ1  LYS 131           HZ3      LYS 131  -3.612   9.570   1.705
    9    H    LYS 131           HN       LYS 131  -6.129   7.427   5.676
   10    HB3  LYS 131           HB1      LYS 131  -7.132   9.963   3.318
   11    HG3  LYS 131           HG1      LYS 131  -4.974  10.581   4.612
   12    HD3  LYS 131           HD1      LYS 131  -4.533   7.738   3.881
   13    HE3  LYS 131           HE1      LYS 131  -2.098   8.123   3.819

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   ILE 132           HA       ILE 132 -10.927   8.902   3.781
    2    HB   ILE 132           HB       ILE 132 -10.982   5.973   4.443
    3   HD12  ILE 132          HD11      ILE 132 -11.203   5.357   1.307
    4   HD11  ILE 132          HD12      ILE 132 -10.327   4.379   2.485
    5   HD13  ILE 132          HD13      ILE 132  -9.473   5.068   1.103
    6    H    ILE 132           HN       ILE 132  -8.679   7.374   4.562

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLN 133           HA       GLN 133 -12.722   7.200   7.856
    2    HB2  GLN 133           HB2      GLN 133 -10.008   6.692   9.078
    3    HG2  GLN 133           HG2      GLN 133 -10.839   4.964   7.496
    4   HE21  GLN 133          HE21      GLN 133 -11.983   2.674   8.853
    5   HE22  GLN 133          HE22      GLN 133 -13.704   2.870   8.773
    6    H    GLN 133           HN       GLN 133 -10.157   7.026   6.666
    7    HB3  GLN 133           HB1      GLN 133 -11.526   6.554   9.955
    8    HG3  GLN 133           HG1      GLN 133 -10.598   4.404   9.148

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   LYS 134           HA       LYS 134 -10.822  10.763  10.257
    2    HB2  LYS 134           HB2      LYS 134  -8.877  12.155   9.977
    3    HG2  LYS 134           HG2      LYS 134  -8.356  10.731   7.379
    4    HD2  LYS 134           HD2      LYS 134  -6.423  12.239   7.225
    5    HE2  LYS 134           HE2      LYS 134  -6.397  10.623   9.772
    6    HZ2  LYS 134           HZ1      LYS 134  -4.446  12.009   9.538
    7    HZ1  LYS 134           HZ2      LYS 134  -4.199  11.452   7.957
    8    HZ3  LYS 134           HZ3      LYS 134  -4.033  10.387   9.265
    9    H    LYS 134           HN       LYS 134  -9.830   9.214   8.061
   10    HB3  LYS 134           HB1      LYS 134  -8.397  10.475   9.810
   11    HG3  LYS 134           HG1      LYS 134  -8.823  12.424   7.558
   12    HD3  LYS 134           HD1      LYS 134  -6.770  12.841   8.847
   13    HE3  LYS 134           HE1      LYS 134  -6.119   9.977   8.154

  No H/Q in entry =          13
  In of MODEL    7
    1    HA3  GLY 135           HA2      GLY 135 -12.365  12.349   5.498
    2    H    GLY 135           HN       GLY 135 -10.927  11.059   6.768
    3    HA2  GLY 135           HA1      GLY 135 -13.028  13.008   6.987

  No H/Q in entry =           3
  In of MODEL    7
    1    H1   GLY  95           HT3      GLY  95   8.476   6.460   7.023
    2    H2   GLY  95           HT2      GLY  95   8.413   4.894   7.676
    3    H3   GLY  95           HT1      GLY  95   7.431   5.297   6.357
    4    HA2  GLY  95           HA2      GLY  95   6.254   5.201   8.519
    5    HA3  GLY  95           HA1      GLY  95   6.082   6.710   7.638

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ALA  96           HA       ALA  96   7.494   7.539  11.832
    2    HB3  ALA  96           HB1      ALA  96   8.821   4.948  12.594
    3    HB2  ALA  96           HB2      ALA  96   7.116   5.337  12.817
    4    HB1  ALA  96           HB3      ALA  96   8.349   6.241  13.696
    5    H    ALA  96           HN       ALA  96   7.886   5.142  10.275

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   MET  97           HA       MET  97  11.864   8.166  10.577
    2    HB2  MET  97           HB2      MET  97  11.826   6.991  12.994
    3    HG2  MET  97           HG2      MET  97  14.316   8.174  11.791
    4    HE1  MET  97           HE1      MET  97  15.763   9.769  13.459
    5    HE3  MET  97           HE2      MET  97  15.591   9.738  15.213
    6    HE2  MET  97           HE3      MET  97  14.319  10.439  14.212
    7    H    MET  97           HN       MET  97  10.318   5.736  10.580
    8    HB3  MET  97           HB1      MET  97  13.154   6.100  12.265
    9    HG3  MET  97           HG1      MET  97  12.971   9.094  12.461

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   GLU  98           HA       GLU  98  13.508   4.351   8.349
    2    HB2  GLU  98           HB2      GLU  98  10.955   4.438   6.732
    3    HG2  GLU  98           HG2      GLU  98  10.745   2.050   7.672
    4    H    GLU  98           HN       GLU  98  11.055   5.655   8.996
    5    HB3  GLU  98           HB1      GLU  98  12.280   3.306   6.518
    6    HG3  GLU  98           HG1      GLU  98  11.783   2.642   8.968

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   PRO  99           HA       PRO  99  15.016   7.514   5.595
    2    HB2  PRO  99           HB2      PRO  99  17.163   6.116   4.673
    3    HG2  PRO  99           HG2      PRO  99  16.770   4.049   5.601
    4    HD2  PRO  99           HD2      PRO  99  15.092   3.731   7.123
    5    HB3  PRO  99           HB1      PRO  99  17.136   6.936   6.237
    6    HG3  PRO  99           HG1      PRO  99  17.605   4.803   6.972
    7    HD3  PRO  99           HD1      PRO  99  15.672   5.034   8.173

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   GLU 100           HA       GLU 100  12.841   6.360   2.093
    2    HB2  GLU 100           HB2      GLU 100  13.006   8.860   2.121
    3    HG2  GLU 100           HG2      GLU 100  13.176   7.703  -0.648
    4    H    GLU 100           HN       GLU 100  14.545   7.962   3.605
    5    HB3  GLU 100           HB1      GLU 100  14.459   8.723   1.149
    6    HG3  GLU 100           HG1      GLU 100  11.712   7.814   0.333

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ASN 101           HA       ASN 101  16.761   5.798  -0.644
    2    HB2  ASN 101           HB2      ASN 101  18.408   6.946   0.981
    3   HD21  ASN 101          HD21      ASN 101  18.359   4.073  -1.042
    4   HD22  ASN 101          HD22      ASN 101  19.806   4.452  -1.917
    5    H    ASN 101           HN       ASN 101  16.319   6.857   1.867
    6    HB3  ASN 101           HB1      ASN 101  18.692   5.330   1.611

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LYS 102           HA       LYS 102  16.801   1.578   1.012
    2    HB2  LYS 102           HB2      LYS 102  17.164   0.592   3.154
    3    HG2  LYS 102           HG2      LYS 102  17.148   2.163   5.206
    4    HD2  LYS 102           HD2      LYS 102  14.861   1.530   5.805
    5    HE2  LYS 102           HE2      LYS 102  15.022  -0.875   5.500
    6    HZ3  LYS 102           HZ1      LYS 102  17.809   0.051   5.786
    7    HZ2  LYS 102           HZ2      LYS 102  17.018  -1.210   6.597
    8    HZ1  LYS 102           HZ3      LYS 102  16.651   0.403   6.974
    9    H    LYS 102           HN       LYS 102  16.345   4.094   2.414
   10    HB3  LYS 102           HB1      LYS 102  18.043   2.112   3.102
   11    HG3  LYS 102           HG1      LYS 102  15.961   3.082   4.286
   12    HD3  LYS 102           HD1      LYS 102  14.542   1.090   4.126
   13    HE3  LYS 102           HE1      LYS 102  16.239  -0.649   4.245

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   TYR 103           HA       TYR 103  12.300   1.694   2.757
    2    HB2  TYR 103           HB2      TYR 103  12.223   4.023   3.448
    3    HD1  TYR 103           HD1      TYR 103  10.179   2.307   3.931
    4    HD2  TYR 103           HD2      TYR 103  10.298   5.295   0.912
    5    HE1  TYR 103           HE1      TYR 103   7.720   2.401   3.932
    6    HE2  TYR 103           HE2      TYR 103   7.846   5.395   0.888
    7    HH   TYR 103           HH       TYR 103   5.934   4.109   1.529
    8    H    TYR 103           HN       TYR 103  14.350   3.531   2.301
    9    HB3  TYR 103           HB1      TYR 103  12.261   4.550   1.773

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   LEU 104           HA       LEU 104  11.464   2.498  -1.924
    2    HB2  LEU 104           HB2      LEU 104  13.193   4.055  -2.512
    3    HG   LEU 104           HG       LEU 104  13.363   1.716  -4.413
    4   HD11  LEU 104          HD11      LEU 104  11.079   2.538  -4.056
    5   HD13  LEU 104          HD12      LEU 104  11.660   2.884  -5.685
    6   HD12  LEU 104          HD13      LEU 104  11.609   4.165  -4.477
    7   HD21  LEU 104          HD21      LEU 104  15.217   3.309  -4.667
    8   HD23  LEU 104          HD22      LEU 104  14.050   4.621  -4.838
    9   HD22  LEU 104          HD23      LEU 104  14.120   3.341  -6.048
   10    H    LEU 104           HN       LEU 104  13.627   3.010  -0.203
   11    HB3  LEU 104           HB1      LEU 104  14.411   2.800  -2.454

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   PRO 105           HA       PRO 105  13.786  -1.548  -3.264
    2    HB2  PRO 105           HB2      PRO 105  15.467  -2.649  -1.390
    3    HG2  PRO 105           HG2      PRO 105  15.351  -0.880   0.143
    4    HD2  PRO 105           HD2      PRO 105  14.783   1.289  -0.508
    5    HB3  PRO 105           HB1      PRO 105  16.019  -1.596  -2.700
    6    HG3  PRO 105           HG1      PRO 105  16.777  -0.424  -0.806
    7    HD3  PRO 105           HD1      PRO 105  15.576   1.119  -2.091

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   GLU 106           HA       GLU 106  12.021  -3.580   0.726
    2    HB2  GLU 106           HB2      GLU 106  11.139  -0.898   1.788
    3    HG2  GLU 106           HG2      GLU 106  13.386  -2.699   2.510
    4    H    GLU 106           HN       GLU 106  13.043  -1.032   0.151
    5    HB3  GLU 106           HB1      GLU 106  10.744  -2.458   2.489
    6    HG3  GLU 106           HG1      GLU 106  13.285  -0.940   2.536

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LEU 107           HA       LEU 107   7.871  -1.663  -0.722
    2    HB2  LEU 107           HB2      LEU 107   9.251   0.442  -2.384
    3    HG   LEU 107           HG       LEU 107   9.021   0.990   0.057
    4   HD13  LEU 107          HD11      LEU 107   9.159   2.708  -1.663
    5   HD12  LEU 107          HD12      LEU 107   8.061   3.201  -0.373
    6   HD11  LEU 107          HD13      LEU 107   7.414   2.618  -1.909
    7   HD22  LEU 107          HD21      LEU 107   6.935  -0.184   0.492
    8   HD21  LEU 107          HD22      LEU 107   6.087   0.882  -0.630
    9   HD23  LEU 107          HD23      LEU 107   6.768   1.534   0.860
   10    H    LEU 107           HN       LEU 107  10.522  -0.681  -0.624
   11    HB3  LEU 107           HB1      LEU 107   7.530   0.126  -2.412

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   MET 108           HA       MET 108   8.988  -2.698  -5.252
    2    HB2  MET 108           HB2      MET 108  11.016  -2.979  -6.411
    3    HG2  MET 108           HG2      MET 108  12.529  -2.558  -3.852
    4    HE3  MET 108           HE1      MET 108  14.445  -0.358  -6.519
    5    HE2  MET 108           HE2      MET 108  13.718  -0.371  -4.912
    6    HE1  MET 108           HE3      MET 108  12.695  -0.523  -6.341
    7    H    MET 108           HN       MET 108  10.491  -1.582  -3.120
    8    HB3  MET 108           HB1      MET 108  11.129  -1.475  -5.519
    9    HG3  MET 108           HG1      MET 108  12.390  -4.086  -4.721

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   ALA 109           HA       ALA 109  10.765  -6.801  -3.769
    2    HB3  ALA 109           HB1      ALA 109  11.237  -5.941  -0.910
    3    HB1  ALA 109           HB2      ALA 109  12.473  -6.217  -2.138
    4    HB2  ALA 109           HB3      ALA 109  11.505  -7.565  -1.545
    5    H    ALA 109           HN       ALA 109  10.896  -4.189  -2.669

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   GLU 110           HA       GLU 110   7.062  -7.352  -0.859
    2    HB2  GLU 110           HB2      GLU 110   6.631  -4.388  -0.440
    3    HG2  GLU 110           HG2      GLU 110   7.328  -6.558   1.525
    4    H    GLU 110           HN       GLU 110   8.817  -5.140  -1.311
    5    HB3  GLU 110           HB1      GLU 110   5.534  -5.641   0.119
    6    HG3  GLU 110           HG1      GLU 110   8.387  -5.251   1.000

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LYS 111           HA       LYS 111   4.542  -4.940  -4.165
    2    HB2  LYS 111           HB2      LYS 111   5.581  -2.909  -4.673
    3    HG2  LYS 111           HG2      LYS 111   5.997  -4.555  -7.155
    4    HD2  LYS 111           HD2      LYS 111   5.494  -1.601  -6.917
    5    HE2  LYS 111           HE2      LYS 111   6.234  -1.566  -9.248
    6    HZ2  LYS 111           HZ1      LYS 111   4.318  -2.519 -10.238
    7    HZ1  LYS 111           HZ2      LYS 111   3.839  -1.923  -8.725
    8    HZ3  LYS 111           HZ3      LYS 111   4.080  -3.587  -8.943
    9    H    LYS 111           HN       LYS 111   7.070  -4.579  -3.010
   10    HB3  LYS 111           HB1      LYS 111   7.086  -3.682  -5.144
   11    HG3  LYS 111           HG1      LYS 111   4.498  -3.749  -6.684
   12    HD3  LYS 111           HD1      LYS 111   7.103  -2.299  -7.102
   13    HE3  LYS 111           HE1      LYS 111   6.417  -3.318  -9.215

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   ASP 112           HA       ASP 112   6.751  -7.641  -7.407
    2    HB2  ASP 112           HB2      ASP 112   9.098  -7.108  -7.180
    3    H    ASP 112           HN       ASP 112   7.700  -6.245  -5.138
    4    HB3  ASP 112           HB1      ASP 112   9.214  -8.057  -5.702

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   SER 113           HA       SER 113   6.447 -11.303  -4.597
    2    HB2  SER 113           HB2      SER 113   6.854  -9.873  -1.971
    3    HG   SER 113           HG       SER 113   8.740  -9.723  -3.056
    4    H    SER 113           HN       SER 113   6.852  -8.477  -4.021
    5    HB3  SER 113           HB1      SER 113   6.832 -11.618  -2.200

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   LEU 114           HA       LEU 114   2.590  -9.854  -2.239
    2    HB2  LEU 114           HB2      LEU 114   3.209  -7.366  -2.414
    3    HG   LEU 114           HG       LEU 114   0.361  -8.312  -2.247
    4   HD11  LEU 114          HD11      LEU 114   2.289  -7.132  -0.249
    5   HD13  LEU 114          HD12      LEU 114   1.807  -8.825  -0.366
    6   HD12  LEU 114          HD13      LEU 114   0.625  -7.599   0.094
    7   HD23  LEU 114          HD21      LEU 114   1.289  -5.481  -1.842
    8   HD22  LEU 114          HD22      LEU 114  -0.351  -6.102  -1.649
    9   HD21  LEU 114          HD23      LEU 114   0.393  -6.047  -3.247
   10    H    LEU 114           HN       LEU 114   4.564  -8.578  -3.868
   11    HB3  LEU 114           HB1      LEU 114   2.174  -7.343  -3.829

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ASP 115           HA       ASP 115   0.294 -11.700  -5.401
    2    HB2  ASP 115           HB2      ASP 115  -0.543 -12.710  -3.238
    3    H    ASP 115           HN       ASP 115   0.555 -10.554  -2.800
    4    HB3  ASP 115           HB1      ASP 115  -1.831 -11.511  -3.259

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   PRO 116           HA       PRO 116  -1.517  -8.237  -7.440
    2    HB2  PRO 116           HB2      PRO 116  -2.686  -9.576  -9.516
    3    HG2  PRO 116           HG2      PRO 116  -2.416 -11.739  -8.698
    4    HD2  PRO 116           HD2      PRO 116  -0.866 -12.250  -7.042
    5    HB3  PRO 116           HB1      PRO 116  -0.958  -9.224  -9.423
    6    HG3  PRO 116           HG1      PRO 116  -0.911 -11.549  -9.621
    7    HD3  PRO 116           HD1      PRO 116   0.354 -11.145  -7.708

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   SER 117           HA       SER 117  -5.974  -9.994  -6.979
    2    HB2  SER 117           HB2      SER 117  -5.550 -12.238  -6.041
    3    HG   SER 117           HG       SER 117  -7.550 -10.595  -5.334
    4    H    SER 117           HN       SER 117  -3.413 -10.865  -6.212
    5    HB3  SER 117           HB1      SER 117  -5.196 -11.510  -4.474

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   PHE 118           HA       PHE 118  -5.826  -7.125  -3.385
    2    HB2  PHE 118           HB2      PHE 118  -2.844  -7.205  -2.869
    3    HD1  PHE 118           HD1      PHE 118  -2.843  -9.691  -2.945
    4    HD2  PHE 118           HD2      PHE 118  -5.289  -7.489  -0.251
    5    HE1  PHE 118           HE1      PHE 118  -3.142 -11.703  -1.585
    6    HE2  PHE 118           HE2      PHE 118  -5.584  -9.496   1.124
    7    HZ   PHE 118           HZ       PHE 118  -4.514 -11.618   0.464
    8    H    PHE 118           HN       PHE 118  -3.757  -8.731  -4.689
    9    HB3  PHE 118           HB1      PHE 118  -4.046  -6.369  -1.894

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   THR 119           HA       THR 119  -4.715  -4.682  -6.994
    2    HB   THR 119           HB       THR 119  -7.381  -3.614  -6.059
    3    HG1  THR 119           HG1      THR 119  -7.850  -5.623  -6.725
    4   HG21  THR 119          HG21      THR 119  -6.117  -2.047  -7.443
    5   HG23  THR 119          HG22      THR 119  -7.525  -2.669  -8.307
    6   HG22  THR 119          HG23      THR 119  -5.917  -3.293  -8.677
    7    H    THR 119           HN       THR 119  -6.412  -5.874  -5.152

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   HIS 120           HA       HIS 120  -4.952  -0.677  -4.639
    2    HB2  HIS 120           HB2      HIS 120  -6.443  -1.707  -2.236
    3    HD1  HIS 120           HD1      HIS 120  -6.676   0.900  -5.019
    4    HD2  HIS 120           HD2      HIS 120  -9.060  -1.730  -2.851
    5    HE1  HIS 120           HE1      HIS 120  -8.989   1.118  -5.992
    6    HE2  HIS 120           HE2      HIS 120 -10.441  -0.421  -4.614
    7    H    HIS 120           HN       HIS 120  -6.204  -3.186  -4.107
    8    HB3  HIS 120           HB1      HIS 120  -5.849  -0.057  -2.387

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   ALA 121           HA       ALA 121  -2.132  -2.223  -1.039
    2    HB3  ALA 121           HB1      ALA 121  -1.482  -4.453  -0.482
    3    HB2  ALA 121           HB2      ALA 121  -2.338  -5.109  -1.876
    4    HB1  ALA 121           HB3      ALA 121  -3.244  -4.407  -0.536
    5    H    ALA 121           HN       ALA 121  -4.285  -3.364  -2.431

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   MET 122           HA       MET 122   0.532  -3.792  -4.630
    2    HB2  MET 122           HB2      MET 122  -1.912  -4.403  -6.248
    3    HG2  MET 122           HG2      MET 122  -0.606  -6.065  -4.720
    4    HE1  MET 122           HE1      MET 122   1.924  -5.360  -4.329
    5    HE3  MET 122           HE2      MET 122   1.975  -4.273  -5.720
    6    HE2  MET 122           HE3      MET 122   3.200  -5.526  -5.535
    7    H    MET 122           HN       MET 122  -2.256  -3.931  -4.083
    8    HB3  MET 122           HB1      MET 122  -0.355  -4.226  -7.041
    9    HG3  MET 122           HG1      MET 122  -1.243  -6.560  -6.287

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   GLN 123           HA       GLN 123  -0.827  -0.076  -7.179
    2    HB2  GLN 123           HB2      GLN 123  -3.122  -0.013  -7.536
    3    HG2  GLN 123           HG2      GLN 123  -2.780   2.279  -5.626
    4   HE21  GLN 123          HE21      GLN 123  -4.345   2.317  -8.718
    5   HE22  GLN 123          HE22      GLN 123  -5.953   2.568  -8.133
    6    H    GLN 123           HN       GLN 123  -2.231  -1.794  -5.427
    7    HB3  GLN 123           HB1      GLN 123  -3.489  -0.079  -5.822
    8    HG3  GLN 123           HG1      GLN 123  -2.556   2.318  -7.376

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   LEU 124           HA       LEU 124  -0.504   2.756  -3.509
    2    HB2  LEU 124           HB2      LEU 124  -0.919   0.649  -1.379
    3    HG   LEU 124           HG       LEU 124  -2.994   1.555  -2.508
    4   HD13  LEU 124          HD11      LEU 124  -3.090   0.558  -0.307
    5   HD12  LEU 124          HD12      LEU 124  -4.167   1.953  -0.385
    6   HD11  LEU 124          HD13      LEU 124  -2.611   2.087   0.434
    7   HD22  LEU 124          HD21      LEU 124  -2.243   3.827  -2.883
    8   HD21  LEU 124          HD22      LEU 124  -2.101   4.091  -1.145
    9   HD23  LEU 124          HD23      LEU 124  -3.688   3.826  -1.869
   10    H    LEU 124           HN       LEU 124  -1.597   0.189  -3.725
   11    HB3  LEU 124           HB1      LEU 124  -0.475   2.312  -1.033

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   LEU 125           HA       LEU 125   3.478   0.366  -2.234
    2    HB2  LEU 125           HB2      LEU 125   2.436  -1.998  -3.760
    3    HG   LEU 125           HG       LEU 125   2.311  -2.000  -1.247
    4   HD11  LEU 125          HD11      LEU 125   2.248  -4.028  -2.616
    5   HD13  LEU 125          HD12      LEU 125   3.105  -4.309  -1.101
    6   HD12  LEU 125          HD13      LEU 125   4.010  -4.097  -2.597
    7   HD23  LEU 125          HD21      LEU 125   4.410  -2.492  -0.057
    8   HD22  LEU 125          HD22      LEU 125   4.429  -0.882  -0.778
    9   HD21  LEU 125          HD23      LEU 125   5.311  -2.203  -1.547
   10    H    LEU 125           HN       LEU 125   0.932  -0.431  -3.249
   11    HB3  LEU 125           HB1      LEU 125   4.164  -1.773  -3.612

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   THR 126           HA       THR 126   4.462   0.529  -6.795
    2    HB   THR 126           HB       THR 126   1.596   0.853  -7.699
    3    HG1  THR 126           HG1      THR 126   1.869  -1.265  -7.491
    4   HG23  THR 126          HG21      THR 126   3.024   2.215  -9.122
    5   HG22  THR 126          HG22      THR 126   2.463   0.790  -9.998
    6   HG21  THR 126          HG23      THR 126   4.112   0.848  -9.370
    7    H    THR 126           HN       THR 126   2.022   0.162  -5.402

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   ALA 127           HA       ALA 127   2.664   4.975  -7.146
    2    HB1  ALA 127           HB1      ALA 127   0.410   4.652  -6.321
    3    HB2  ALA 127           HB2      ALA 127   1.114   6.134  -5.674
    4    HB3  ALA 127           HB3      ALA 127   0.996   4.698  -4.658
    5    H    ALA 127           HN       ALA 127   1.794   2.652  -5.875

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   GLU 128           HA       GLU 128   4.568   6.088  -2.875
    2    HB2  GLU 128           HB2      GLU 128   3.753   4.217  -1.442
    3    HG2  GLU 128           HG2      GLU 128   5.612   4.243   0.155
    4    H    GLU 128           HN       GLU 128   3.196   3.848  -3.790
    5    HB3  GLU 128           HB1      GLU 128   5.121   3.262  -1.994
    6    HG3  GLU 128           HG1      GLU 128   6.652   4.930  -1.081

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ILE 129           HA       ILE 129   8.455   3.800  -4.433
    2    HB   ILE 129           HB       ILE 129   6.857   2.322  -6.524
    3   HD11  ILE 129          HD11      ILE 129   6.713  -0.158  -6.026
    4   HD13  ILE 129          HD12      ILE 129   7.621  -0.813  -4.662
    5   HD12  ILE 129          HD13      ILE 129   8.472  -0.272  -6.110
    6    H    ILE 129           HN       ILE 129   5.719   3.249  -4.549

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLU 130           HA       GLU 130   7.526   6.192  -8.549
    2    HB2  GLU 130           HB2      GLU 130   4.765   6.869  -7.533
    3    HG2  GLU 130           HG2      GLU 130   5.666   5.326  -9.951
    4    H    GLU 130           HN       GLU 130   5.948   4.881  -6.656
    5    HB3  GLU 130           HB1      GLU 130   5.500   7.592  -8.953
    6    HG3  GLU 130           HG1      GLU 130   4.779   4.699  -8.558

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LYS 131           HA       LYS 131   7.027  10.030  -5.627
    2    HB2  LYS 131           HB2      LYS 131   6.689   8.206  -3.257
    3    HG2  LYS 131           HG2      LYS 131   5.047  10.077  -2.619
    4    HD2  LYS 131           HD2      LYS 131   4.077   8.608  -5.009
    5    HE2  LYS 131           HE2      LYS 131   2.545   9.835  -3.513
    6    HZ3  LYS 131           HZ1      LYS 131   3.355   7.831  -1.465
    7    HZ2  LYS 131           HZ2      LYS 131   2.123   8.986  -1.306
    8    HZ1  LYS 131           HZ3      LYS 131   3.743   9.482  -1.421
    9    H    LYS 131           HN       LYS 131   6.231   7.350  -5.433
   10    HB3  LYS 131           HB1      LYS 131   7.285   9.842  -3.047
   11    HG3  LYS 131           HG1      LYS 131   5.131  10.516  -4.325
   12    HD3  LYS 131           HD1      LYS 131   4.645   7.673  -3.626
   13    HE3  LYS 131           HE1      LYS 131   2.212   8.105  -3.568

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   ILE 132           HA       ILE 132  11.053   8.717  -3.526
    2    HB   ILE 132           HB       ILE 132  11.061   5.796  -4.217
    3   HD12  ILE 132          HD11      ILE 132  11.271   5.140  -1.093
    4   HD11  ILE 132          HD12      ILE 132  10.374   4.190  -2.280
    5   HD13  ILE 132          HD13      ILE 132   9.538   4.882  -0.888
    6    H    ILE 132           HN       ILE 132   8.776   7.239  -4.320

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLN 133           HA       GLN 133  12.815   7.029  -7.621
    2    HB2  GLN 133           HB2      GLN 133  10.092   6.582  -8.848
    3    HG2  GLN 133           HG2      GLN 133  10.883   4.816  -7.291
    4   HE21  GLN 133          HE21      GLN 133  12.001   2.529  -8.686
    5   HE22  GLN 133          HE22      GLN 133  13.725   2.687  -8.573
    6    H    GLN 133           HN       GLN 133  10.254   6.870  -6.426
    7    HB3  GLN 133           HB1      GLN 133  11.607   6.426  -9.726
    8    HG3  GLN 133           HG1      GLN 133  10.647   4.280  -8.951

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   LYS 134           HA       LYS 134  10.976  10.645  -9.980
    2    HB2  LYS 134           HB2      LYS 134   9.059  12.069  -9.687
    3    HG2  LYS 134           HG2      LYS 134   8.518  10.633  -7.100
    4    HD2  LYS 134           HD2      LYS 134   6.606  12.162  -6.923
    5    HE2  LYS 134           HE2      LYS 134   6.555  10.583  -9.493
    6    HZ2  LYS 134           HZ1      LYS 134   4.633  12.015  -9.216
    7    HZ1  LYS 134           HZ2      LYS 134   4.360  11.395  -7.662
    8    HZ3  LYS 134           HZ3      LYS 134   4.192  10.386  -9.016
    9    H    LYS 134           HN       LYS 134   9.954   9.089  -7.808
   10    HB3  LYS 134           HB1      LYS 134   8.546  10.396  -9.536
   11    HG3  LYS 134           HG1      LYS 134   9.009  12.319  -7.266
   12    HD3  LYS 134           HD1      LYS 134   6.961  12.783  -8.536
   13    HE3  LYS 134           HE1      LYS 134   6.267   9.919  -7.885

  No H/Q in entry =          13
  In of MODEL    7
    1    HA3  GLY 135           HA2      GLY 135  12.567  12.162  -5.213
    2    H    GLY 135           HN       GLY 135  11.118  10.894  -6.494
    3    HA2  GLY 135           HA1      GLY 135  13.234  12.825  -6.701

  No H/Q in entry =           3
  In of MODEL    8
    1    H1   GLY  95           HT1      GLY  95 -11.167   9.236  -4.854
    2    H2   GLY  95           HT3      GLY  95 -11.893   7.816  -5.427
    3    H3   GLY  95           HT2      GLY  95 -11.076   7.811  -3.940
    4    HA3  GLY  95           HA1      GLY  95  -8.980   8.158  -5.000
    5    HA2  GLY  95           HA2      GLY  95  -9.772   6.762  -5.718

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ALA  96           HA       ALA  96  -8.778   9.270  -9.227
    2    HB1  ALA  96           HB1      ALA  96  -8.352   6.436 -10.159
    3    HB3  ALA  96           HB2      ALA  96  -7.107   7.511  -9.524
    4    HB2  ALA  96           HB3      ALA  96  -7.914   7.898 -11.044
    5    H    ALA  96           HN       ALA  96  -9.009   6.783  -7.770

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   MET  97           HA       MET  97 -12.792   7.919 -10.812
    2    HB2  MET  97           HB2      MET  97 -11.593   6.368 -12.329
    3    HG2  MET  97           HG2      MET  97 -13.598   4.975 -13.075
    4    HE2  MET  97           HE1      MET  97 -14.534   9.504 -13.036
    5    HE1  MET  97           HE2      MET  97 -13.536   8.753 -11.792
    6    HE3  MET  97           HE3      MET  97 -15.242   8.330 -11.928
    7    H    MET  97           HN       MET  97 -10.829   6.407  -9.254
    8    HB3  MET  97           HB1      MET  97 -12.099   5.027 -11.316
    9    HG3  MET  97           HG1      MET  97 -14.488   5.811 -11.806

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   GLU  98           HA       GLU  98 -14.868   4.863  -7.974
    2    HB2  GLU  98           HB2      GLU  98 -13.011   3.109  -8.040
    3    HG2  GLU  98           HG2      GLU  98 -13.742   1.929  -5.954
    4    H    GLU  98           HN       GLU  98 -12.080   5.370  -8.593
    5    HB3  GLU  98           HB1      GLU  98 -12.446   3.796  -6.527
    6    HG3  GLU  98           HG1      GLU  98 -14.740   3.339  -5.604

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   PRO  99           HA       PRO  99 -14.922   7.996  -4.787
    2    HB2  PRO  99           HB2      PRO  99 -17.267   7.226  -3.640
    3    HG2  PRO  99           HG2      PRO  99 -17.594   5.213  -4.734
    4    HD2  PRO  99           HD2      PRO  99 -16.399   4.656  -6.618
    5    HB3  PRO  99           HB1      PRO  99 -17.185   8.146  -5.146
    6    HG3  PRO  99           HG1      PRO  99 -18.403   6.309  -5.869
    7    HD3  PRO  99           HD1      PRO  99 -16.661   6.241  -7.374

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   GLU 100           HA       GLU 100 -13.002   6.138  -1.480
    2    HB2  GLU 100           HB2      GLU 100 -14.340   8.495  -0.146
    3    HG2  GLU 100           HG2      GLU 100 -12.833   9.176  -1.947
    4    H    GLU 100           HN       GLU 100 -14.580   8.136  -2.622
    5    HB3  GLU 100           HB1      GLU 100 -13.053   7.531   0.564
    6    HG3  GLU 100           HG1      GLU 100 -12.234   9.640  -0.356

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ASN 101           HA       ASN 101 -16.921   5.323   1.142
    2    HB2  ASN 101           HB2      ASN 101 -18.502   6.780  -0.362
    3   HD21  ASN 101          HD21      ASN 101 -18.455   3.821   1.489
    4   HD22  ASN 101          HD22      ASN 101 -19.836   4.187   2.464
    5    H    ASN 101           HN       ASN 101 -16.427   6.737  -1.208
    6    HB3  ASN 101           HB1      ASN 101 -18.919   5.226  -1.079

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LYS 102           HA       LYS 102 -17.088   1.404  -1.302
    2    HB2  LYS 102           HB2      LYS 102 -16.491   2.655  -3.975
    3    HG2  LYS 102           HG2      LYS 102 -18.581   1.541  -4.657
    4    HD2  LYS 102           HD2      LYS 102 -18.943   3.338  -2.264
    5    HE2  LYS 102           HE2      LYS 102 -20.985   4.039  -3.413
    6    HZ3  LYS 102           HZ1      LYS 102 -20.978   1.088  -3.100
    7    HZ2  LYS 102           HZ2      LYS 102 -22.304   2.138  -2.956
    8    HZ1  LYS 102           HZ3      LYS 102 -21.060   2.181  -1.802
    9    H    LYS 102           HN       LYS 102 -16.632   4.116  -2.192
   10    HB3  LYS 102           HB1      LYS 102 -16.465   0.914  -3.750
   11    HG3  LYS 102           HG1      LYS 102 -18.819   1.025  -2.990
   12    HD3  LYS 102           HD1      LYS 102 -18.614   3.891  -3.908
   13    HE3  LYS 102           HE1      LYS 102 -20.688   2.842  -4.670

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   TYR 103           HA       TYR 103 -12.417   1.658  -2.619
    2    HB2  TYR 103           HB2      TYR 103 -12.420   4.027  -3.255
    3    HD1  TYR 103           HD1      TYR 103 -10.408   2.209  -3.810
    4    HD2  TYR 103           HD2      TYR 103 -10.358   5.306  -0.904
    5    HE1  TYR 103           HE1      TYR 103  -7.956   2.309  -3.966
    6    HE2  TYR 103           HE2      TYR 103  -7.912   5.413  -1.030
    7    HH   TYR 103           HH       TYR 103  -6.038   4.422  -1.870
    8    H    TYR 103           HN       TYR 103 -14.479   3.484  -2.220
    9    HB3  TYR 103           HB1      TYR 103 -12.359   4.486  -1.564

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   LEU 104           HA       LEU 104 -11.496   2.466   2.016
    2    HB2  LEU 104           HB2      LEU 104 -13.161   4.118   2.616
    3    HG   LEU 104           HG       LEU 104 -13.240   1.870   4.639
    4   HD11  LEU 104          HD11      LEU 104 -10.965   2.545   4.096
    5   HD13  LEU 104          HD12      LEU 104 -11.409   3.070   5.720
    6   HD12  LEU 104          HD13      LEU 104 -11.382   4.233   4.393
    7   HD23  LEU 104          HD21      LEU 104 -13.747   3.650   6.249
    8   HD22  LEU 104          HD22      LEU 104 -15.002   3.512   5.013
    9   HD21  LEU 104          HD23      LEU 104 -13.817   4.818   4.929
   10    H    LEU 104           HN       LEU 104 -13.706   3.042   0.374
   11    HB3  LEU 104           HB1      LEU 104 -14.400   2.881   2.710

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   PRO 105           HA       PRO 105 -13.922  -1.474   3.507
    2    HB2  PRO 105           HB2      PRO 105 -15.677  -2.544   1.686
    3    HG2  PRO 105           HG2      PRO 105 -15.529  -0.800   0.124
    4    HD2  PRO 105           HD2      PRO 105 -14.894   1.362   0.736
    5    HB3  PRO 105           HB1      PRO 105 -16.170  -1.454   2.988
    6    HG3  PRO 105           HG1      PRO 105 -16.927  -0.290   1.086
    7    HD3  PRO 105           HD1      PRO 105 -15.656   1.230   2.337

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   GLU 106           HA       GLU 106 -12.292  -3.590  -0.503
    2    HB2  GLU 106           HB2      GLU 106 -11.395  -0.932  -1.615
    3    HG2  GLU 106           HG2      GLU 106 -13.677  -2.726  -2.283
    4    H    GLU 106           HN       GLU 106 -13.239  -1.008   0.080
    5    HB3  GLU 106           HB1      GLU 106 -11.060  -2.504  -2.324
    6    HG3  GLU 106           HG1      GLU 106 -13.599  -0.967  -2.211

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LEU 107           HA       LEU 107  -8.068  -1.685   0.782
    2    HB2  LEU 107           HB2      LEU 107  -9.406   0.398   2.496
    3    HG   LEU 107           HG       LEU 107  -9.232   0.925   0.040
    4   HD12  LEU 107          HD11      LEU 107  -8.334   3.160   0.440
    5   HD11  LEU 107          HD12      LEU 107  -7.645   2.611   1.970
    6   HD13  LEU 107          HD13      LEU 107  -9.397   2.647   1.751
    7   HD21  LEU 107          HD21      LEU 107  -6.289   0.843   0.698
    8   HD23  LEU 107          HD22      LEU 107  -6.979   1.532  -0.773
    9   HD22  LEU 107          HD23      LEU 107  -7.142  -0.194  -0.446
   10    H    LEU 107           HN       LEU 107 -10.719  -0.705   0.776
   11    HB3  LEU 107           HB1      LEU 107  -7.679   0.093   2.480

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   MET 108           HA       MET 108  -9.004  -2.770   5.345
    2    HB2  MET 108           HB2      MET 108 -11.010  -3.039   6.569
    3    HG2  MET 108           HG2      MET 108 -12.546  -2.397   4.070
    4    HE1  MET 108           HE1      MET 108 -12.518  -0.410   6.565
    5    HE3  MET 108           HE2      MET 108 -14.243  -0.120   6.798
    6    HE2  MET 108           HE3      MET 108 -13.568  -0.166   5.168
    7    H    MET 108           HN       MET 108 -10.584  -1.619   3.276
    8    HB3  MET 108           HB1      MET 108 -11.037  -1.484   5.762
    9    HG3  MET 108           HG1      MET 108 -12.518  -3.955   4.892

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   ALA 109           HA       ALA 109 -10.895  -6.840   3.877
    2    HB1  ALA 109           HB1      ALA 109 -12.624  -6.166   2.263
    3    HB3  ALA 109           HB2      ALA 109 -11.725  -7.571   1.692
    4    HB2  ALA 109           HB3      ALA 109 -11.387  -5.976   1.021
    5    H    ALA 109           HN       ALA 109 -11.023  -4.205   2.812

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   GLU 110           HA       GLU 110  -7.234  -7.311   0.845
    2    HB2  GLU 110           HB2      GLU 110  -6.887  -4.317   0.559
    3    HG2  GLU 110           HG2      GLU 110  -7.393  -6.432  -1.523
    4    H    GLU 110           HN       GLU 110  -9.012  -5.152   1.391
    5    HB3  GLU 110           HB1      GLU 110  -5.711  -5.493  -0.010
    6    HG3  GLU 110           HG1      GLU 110  -8.557  -5.231  -0.964

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LYS 111           HA       LYS 111  -4.670  -4.992   4.168
    2    HB2  LYS 111           HB2      LYS 111  -5.627  -2.968   4.773
    3    HG2  LYS 111           HG2      LYS 111  -6.337  -4.513   7.243
    4    HD2  LYS 111           HD2      LYS 111  -4.977  -1.847   6.955
    5    HE2  LYS 111           HE2      LYS 111  -6.579  -2.892   9.260
    6    HZ2  LYS 111           HZ1      LYS 111  -6.041  -0.553   9.266
    7    HZ1  LYS 111           HZ2      LYS 111  -4.391  -0.897   9.057
    8    HZ3  LYS 111           HZ3      LYS 111  -5.177  -1.349  10.491
    9    H    LYS 111           HN       LYS 111  -7.222  -4.607   3.079
   10    HB3  LYS 111           HB1      LYS 111  -7.165  -3.703   5.195
   11    HG3  LYS 111           HG1      LYS 111  -4.664  -4.195   6.779
   12    HD3  LYS 111           HD1      LYS 111  -6.729  -2.030   7.101
   13    HE3  LYS 111           HE1      LYS 111  -4.863  -3.275   9.092

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   ASP 112           HA       ASP 112  -6.722  -7.639   7.507
    2    HB2  ASP 112           HB2      ASP 112  -9.106  -7.065   7.326
    3    H    ASP 112           HN       ASP 112  -7.796  -6.278   5.267
    4    HB3  ASP 112           HB1      ASP 112  -9.284  -8.198   5.991

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   SER 113           HA       SER 113  -6.529 -11.315   4.701
    2    HB2  SER 113           HB2      SER 113  -7.032  -9.854   2.103
    3    HG   SER 113           HG       SER 113  -8.924  -9.771   3.110
    4    H    SER 113           HN       SER 113  -6.954  -8.482   4.157
    5    HB3  SER 113           HB1      SER 113  -6.966 -11.603   2.302

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   LEU 114           HA       LEU 114  -2.727  -9.824   2.337
    2    HB2  LEU 114           HB2      LEU 114  -3.345  -7.344   2.573
    3    HG   LEU 114           HG       LEU 114  -0.482  -8.249   2.347
    4   HD12  LEU 114          HD11      LEU 114  -0.798  -7.487   0.014
    5   HD11  LEU 114          HD12      LEU 114  -2.473  -7.094   0.395
    6   HD13  LEU 114          HD13      LEU 114  -1.924  -8.768   0.474
    7   HD21  LEU 114          HD21      LEU 114  -0.529  -5.998   3.377
    8   HD23  LEU 114          HD22      LEU 114  -1.459  -5.428   1.992
    9   HD22  LEU 114          HD23      LEU 114   0.185  -6.021   1.765
   10    H    LEU 114           HN       LEU 114  -4.637  -8.607   4.112
   11    HB3  LEU 114           HB1      LEU 114  -2.288  -7.342   3.972

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ASP 115           HA       ASP 115  -0.361 -11.776   5.376
    2    HB2  ASP 115           HB2      ASP 115   0.439 -12.715   3.183
    3    H    ASP 115           HN       ASP 115  -0.684 -10.545   2.824
    4    HB3  ASP 115           HB1      ASP 115   1.705 -11.490   3.185

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   PRO 116           HA       PRO 116   1.474  -8.409   7.538
    2    HB2  PRO 116           HB2      PRO 116   2.647  -9.820   9.563
    3    HG2  PRO 116           HG2      PRO 116   2.428 -11.948   8.641
    4    HD2  PRO 116           HD2      PRO 116   0.887 -12.417   6.966
    5    HB3  PRO 116           HB1      PRO 116   0.910  -9.501   9.473
    6    HG3  PRO 116           HG1      PRO 116   0.923 -11.833   9.577
    7    HD3  PRO 116           HD1      PRO 116  -0.359 -11.379   7.692

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   SER 117           HA       SER 117   5.933 -10.098   6.968
    2    HB2  SER 117           HB2      SER 117   5.537 -12.308   5.946
    3    HG   SER 117           HG       SER 117   7.440 -10.532   5.015
    4    H    SER 117           HN       SER 117   3.376 -10.993   6.217
    5    HB3  SER 117           HB1      SER 117   5.144 -11.526   4.416

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   PHE 118           HA       PHE 118   5.662  -7.151   3.432
    2    HB2  PHE 118           HB2      PHE 118   2.670  -7.291   2.991
    3    HD1  PHE 118           HD1      PHE 118   5.094  -7.519   0.328
    4    HD2  PHE 118           HD2      PHE 118   2.688  -9.754   3.030
    5    HE1  PHE 118           HE1      PHE 118   5.391  -9.520  -1.062
    6    HE2  PHE 118           HE2      PHE 118   2.990 -11.760   1.653
    7    HZ   PHE 118           HZ       PHE 118   4.347 -11.649  -0.404
    8    H    PHE 118           HN       PHE 118   3.653  -8.810   4.756
    9    HB3  PHE 118           HB1      PHE 118   3.824  -6.415   1.990

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   THR 119           HA       THR 119   4.522  -4.749   7.066
    2    HB   THR 119           HB       THR 119   7.285  -3.861   6.244
    3    HG1  THR 119           HG1      THR 119   6.306  -5.751   8.131
    4   HG22  THR 119          HG21      THR 119   7.375  -2.805   8.460
    5   HG21  THR 119          HG22      THR 119   5.691  -3.255   8.736
    6   HG23  THR 119          HG23      THR 119   6.097  -2.109   7.457
    7    H    THR 119           HN       THR 119   6.256  -5.940   5.243

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   HIS 120           HA       HIS 120   4.972  -0.745   4.716
    2    HB2  HIS 120           HB2      HIS 120   6.344  -1.850   2.272
    3    HD1  HIS 120           HD1      HIS 120   6.823   0.356   5.340
    4    HD2  HIS 120           HD2      HIS 120   9.043  -1.827   2.581
    5    HE1  HIS 120           HE1      HIS 120   9.195   0.423   6.176
    6    HE2  HIS 120           HE2      HIS 120  10.534  -0.898   4.491
    7    H    HIS 120           HN       HIS 120   6.109  -3.313   4.207
    8    HB3  HIS 120           HB1      HIS 120   5.892  -0.162   2.486

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   ALA 121           HA       ALA 121   2.061  -2.208   1.146
    2    HB1  ALA 121           HB1      ALA 121   1.345  -4.415   0.596
    3    HB3  ALA 121           HB2      ALA 121   2.180  -5.092   1.992
    4    HB2  ALA 121           HB3      ALA 121   3.108  -4.427   0.648
    5    H    ALA 121           HN       ALA 121   4.188  -3.403   2.517

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   MET 122           HA       MET 122  -0.615  -3.713   4.762
    2    HB2  MET 122           HB2      MET 122   1.843  -4.364   6.337
    3    HG2  MET 122           HG2      MET 122   0.429  -5.989   4.864
    4    HE1  MET 122           HE1      MET 122  -2.142  -5.291   4.583
    5    HE3  MET 122           HE2      MET 122  -2.027  -4.152   5.926
    6    HE2  MET 122           HE3      MET 122  -3.317  -5.354   5.897
    7    H    MET 122           HN       MET 122   2.167  -3.899   4.190
    8    HB3  MET 122           HB1      MET 122   0.315  -4.134   7.175
    9    HG3  MET 122           HG1      MET 122   1.131  -6.501   6.396

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   GLN 123           HA       GLN 123   0.844   0.067   7.209
    2    HB2  GLN 123           HB2      GLN 123   3.209   0.084   7.379
    3    HG2  GLN 123           HG2      GLN 123   2.280   2.494   5.908
    4   HE21  GLN 123          HE21      GLN 123   3.730   2.711   4.229
    5   HE22  GLN 123          HE22      GLN 123   5.400   3.083   4.473
    6    H    GLN 123           HN       GLN 123   2.175  -1.716   5.460
    7    HB3  GLN 123           HB1      GLN 123   3.419   0.143   5.637
    8    HG3  GLN 123           HG1      GLN 123   2.874   2.340   7.558

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   LEU 124           HA       LEU 124   0.429   2.810   3.514
    2    HB2  LEU 124           HB2      LEU 124   0.810   0.680   1.402
    3    HG   LEU 124           HG       LEU 124   2.872   1.660   2.595
    4   HD12  LEU 124          HD11      LEU 124   2.602   1.923  -0.402
    5   HD11  LEU 124          HD12      LEU 124   2.980   0.444   0.481
    6   HD13  LEU 124          HD13      LEU 124   4.116   1.791   0.495
    7   HD22  LEU 124          HD21      LEU 124   3.601   3.844   1.776
    8   HD21  LEU 124          HD22      LEU 124   2.093   3.970   2.682
    9   HD23  LEU 124          HD23      LEU 124   2.069   4.037   0.919
   10    H    LEU 124           HN       LEU 124   1.491   0.230   3.729
   11    HB3  LEU 124           HB1      LEU 124   0.389   2.347   1.046

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   LEU 125           HA       LEU 125  -3.582   0.421   2.302
    2    HB2  LEU 125           HB2      LEU 125  -2.535  -1.900   3.884
    3    HG   LEU 125           HG       LEU 125  -2.414  -1.973   1.376
    4   HD11  LEU 125          HD11      LEU 125  -2.383  -3.972   2.800
    5   HD13  LEU 125          HD12      LEU 125  -3.200  -4.271   1.268
    6   HD12  LEU 125          HD13      LEU 125  -4.144  -4.036   2.736
    7   HD23  LEU 125          HD21      LEU 125  -4.496  -2.436   0.176
    8   HD22  LEU 125          HD22      LEU 125  -4.529  -0.832   0.907
    9   HD21  LEU 125          HD23      LEU 125  -5.418  -2.160   1.655
   10    H    LEU 125           HN       LEU 125  -1.031  -0.365   3.280
   11    HB3  LEU 125           HB1      LEU 125  -4.262  -1.680   3.737

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   THR 126           HA       THR 126  -4.549   0.823   6.835
    2    HB   THR 126           HB       THR 126  -1.667   1.012   7.728
    3    HG1  THR 126           HG1      THR 126  -2.134  -1.083   7.736
    4   HG21  THR 126          HG21      THR 126  -4.143   1.395   9.414
    5   HG23  THR 126          HG22      THR 126  -2.938   2.626   9.035
    6   HG22  THR 126          HG23      THR 126  -2.500   1.237  10.030
    7    H    THR 126           HN       THR 126  -2.099   0.354   5.462

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   ALA 127           HA       ALA 127  -2.601   5.233   6.927
    2    HB3  ALA 127           HB1      ALA 127  -1.084   4.771   4.373
    3    HB1  ALA 127           HB2      ALA 127  -0.405   4.809   5.999
    4    HB2  ALA 127           HB3      ALA 127  -1.114   6.269   5.304
    5    H    ALA 127           HN       ALA 127  -1.837   2.821   5.780

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   GLU 128           HA       GLU 128  -4.762   6.068   2.712
    2    HB2  GLU 128           HB2      GLU 128  -3.948   4.156   1.345
    3    HG2  GLU 128           HG2      GLU 128  -5.965   3.814  -0.066
    4    H    GLU 128           HN       GLU 128  -3.318   3.896   3.707
    5    HB3  GLU 128           HB1      GLU 128  -5.185   3.141   2.066
    6    HG3  GLU 128           HG1      GLU 128  -6.897   4.689   1.145

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ILE 129           HA       ILE 129  -8.551   3.741   4.483
    2    HB   ILE 129           HB       ILE 129  -6.874   2.295   6.534
    3   HD13  ILE 129          HD11      ILE 129  -7.707  -0.871   4.749
    4   HD12  ILE 129          HD12      ILE 129  -8.471  -0.304   6.235
    5   HD11  ILE 129          HD13      ILE 129  -6.720  -0.194   6.046
    6    H    ILE 129           HN       ILE 129  -5.807   3.215   4.511

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLU 130           HA       GLU 130  -7.543   6.242   8.499
    2    HB2  GLU 130           HB2      GLU 130  -4.749   6.717   7.474
    3    HG2  GLU 130           HG2      GLU 130  -5.833   5.515  10.002
    4    H    GLU 130           HN       GLU 130  -6.000   4.818   6.657
    5    HB3  GLU 130           HB1      GLU 130  -5.478   7.681   8.751
    6    HG3  GLU 130           HG1      GLU 130  -4.789   4.762   8.796

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LYS 131           HA       LYS 131  -6.775   9.917   5.463
    2    HB2  LYS 131           HB2      LYS 131  -5.417   8.808   3.684
    3    HG2  LYS 131           HG2      LYS 131  -7.663  10.579   2.749
    4    HD2  LYS 131           HD2      LYS 131  -5.766  11.071   0.957
    5    HE2  LYS 131           HE2      LYS 131  -8.114  10.424   0.480
    6    HZ1  LYS 131           HZ1      LYS 131  -8.162   8.306   1.654
    7    HZ3  LYS 131           HZ2      LYS 131  -7.071   7.644   0.542
    8    HZ2  LYS 131           HZ3      LYS 131  -8.627   8.124   0.036
    9    H    LYS 131           HN       LYS 131  -6.251   7.177   5.324
   10    HB3  LYS 131           HB1      LYS 131  -6.907   8.192   2.980
   11    HG3  LYS 131           HG1      LYS 131  -6.033  11.061   3.216
   12    HD3  LYS 131           HD1      LYS 131  -5.395   9.376   1.262
   13    HE3  LYS 131           HE1      LYS 131  -6.948   9.734  -0.646

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   ILE 132           HA       ILE 132 -10.917   8.915   3.361
    2    HB   ILE 132           HB       ILE 132 -11.148   6.032   4.195
    3   HD11  ILE 132          HD11      ILE 132 -10.602   4.291   2.327
    4   HD13  ILE 132          HD12      ILE 132  -9.758   4.859   0.886
    5   HD12  ILE 132          HD13      ILE 132 -11.465   5.241   1.117
    6    H    ILE 132           HN       ILE 132  -8.759   7.291   4.176

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLN 133           HA       GLN 133 -12.856   7.605   7.436
    2    HB2  GLN 133           HB2      GLN 133 -10.345   6.404   8.578
    3    HG2  GLN 133           HG2      GLN 133 -13.010   5.214   7.844
    4   HE21  GLN 133          HE21      GLN 133  -9.929   4.812   9.410
    5   HE22  GLN 133          HE22      GLN 133 -10.229   3.224  10.026
    6    H    GLN 133           HN       GLN 133 -10.277   7.080   6.320
    7    HB3  GLN 133           HB1      GLN 133 -11.827   6.577   9.502
    8    HG3  GLN 133           HG1      GLN 133 -11.504   5.014   6.955

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   LYS 134           HA       LYS 134 -10.449  10.894   9.849
    2    HB2  LYS 134           HB2      LYS 134  -8.589  11.522   7.552
    3    HG2  LYS 134           HG2      LYS 134  -7.938  10.494  10.292
    4    HD2  LYS 134           HD2      LYS 134  -6.290  11.435   7.963
    5    HE2  LYS 134           HE2      LYS 134  -5.444   9.232   8.584
    6    HZ1  LYS 134           HZ1      LYS 134  -6.248   9.197  10.896
    7    HZ3  LYS 134           HZ2      LYS 134  -5.055  10.330  11.314
    8    HZ2  LYS 134           HZ3      LYS 134  -4.607   8.786  10.763
    9    H    LYS 134           HN       LYS 134  -9.816   9.313   7.539
   10    HB3  LYS 134           HB1      LYS 134  -8.697  12.440   9.043
   11    HG3  LYS 134           HG1      LYS 134  -7.832   9.580   8.783
   12    HD3  LYS 134           HD1      LYS 134  -6.202  11.950   9.648
   13    HE3  LYS 134           HE1      LYS 134  -4.318  10.504   9.049

  No H/Q in entry =          13
  In of MODEL    8
    1    HA3  GLY 135           HA2      GLY 135 -11.747  13.843   6.452
    2    H    GLY 135           HN       GLY 135 -11.243  11.029   6.486
    3    HA2  GLY 135           HA1      GLY 135 -12.105  12.702   5.166

  No H/Q in entry =           3
  In of MODEL    8
    1    H1   GLY  95           HT1      GLY  95  11.317   8.988   5.075
    2    H2   GLY  95           HT3      GLY  95  12.021   7.543   5.626
    3    H3   GLY  95           HT2      GLY  95  11.193   7.572   4.146
    4    HA2  GLY  95           HA2      GLY  95   9.887   6.528   5.921
    5    HA3  GLY  95           HA1      GLY  95   9.113   7.944   5.223

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ALA  96           HA       ALA  96   8.941   9.025   9.455
    2    HB1  ALA  96           HB1      ALA  96   8.465   6.189  10.364
    3    HB3  ALA  96           HB2      ALA  96   7.239   7.290   9.737
    4    HB2  ALA  96           HB3      ALA  96   8.054   7.651  11.259
    5    H    ALA  96           HN       ALA  96   9.095   6.560   7.962

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   MET  97           HA       MET  97  12.936   7.585  11.027
    2    HB2  MET  97           HB2      MET  97  11.710   6.047  12.536
    3    HG2  MET  97           HG2      MET  97  13.689   4.606  13.262
    4    HE2  MET  97           HE1      MET  97  14.696   9.120  13.254
    5    HE1  MET  97           HE2      MET  97  13.678   8.386  12.014
    6    HE3  MET  97           HE3      MET  97  15.382   7.947  12.129
    7    H    MET  97           HN       MET  97  10.948   6.125   9.450
    8    HB3  MET  97           HB1      MET  97  12.183   4.704  11.509
    9    HG3  MET  97           HG1      MET  97  14.589   5.432  11.997

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   GLU  98           HA       GLU  98  14.942   4.514   8.163
    2    HB2  GLU  98           HB2      GLU  98  13.042   2.796   8.215
    3    HG2  GLU  98           HG2      GLU  98  13.751   1.619   6.124
    4    H    GLU  98           HN       GLU  98  12.165   5.083   8.783
    5    HB3  GLU  98           HB1      GLU  98  12.497   3.513   6.706
    6    HG3  GLU  98           HG1      GLU  98  14.774   3.010   5.777

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   PRO  99           HA       PRO  99  15.058   7.671   4.999
    2    HB2  PRO  99           HB2      PRO  99  17.389   6.868   3.841
    3    HG2  PRO  99           HG2      PRO  99  17.674   4.836   4.919
    4    HD2  PRO  99           HD2      PRO  99  16.468   4.287   6.802
    5    HB3  PRO  99           HB1      PRO  99  17.327   7.774   5.357
    6    HG3  PRO  99           HG1      PRO  99  18.508   5.906   6.063
    7    HD3  PRO  99           HD1      PRO  99  16.766   5.859   7.570

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   GLU 100           HA       GLU 100  13.093   5.877   1.684
    2    HB2  GLU 100           HB2      GLU 100  14.471   8.218   0.367
    3    HG2  GLU 100           HG2      GLU 100  12.980   8.916   2.176
    4    H    GLU 100           HN       GLU 100  14.717   7.832   2.833
    5    HB3  GLU 100           HB1      GLU 100  13.165   7.286  -0.348
    6    HG3  GLU 100           HG1      GLU 100  12.385   9.404   0.590

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ASN 101           HA       ASN 101  16.989   5.010  -0.956
    2    HB2  ASN 101           HB2      ASN 101  18.603   6.431   0.562
    3   HD21  ASN 101          HD21      ASN 101  18.508   3.478  -1.317
    4   HD22  ASN 101          HD22      ASN 101  19.892   3.835  -2.293
    5    H    ASN 101           HN       ASN 101  16.525   6.420   1.406
    6    HB3  ASN 101           HB1      ASN 101  18.992   4.858   1.255

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LYS 102           HA       LYS 102  17.092   1.072   1.455
    2    HB2  LYS 102           HB2      LYS 102  16.519   2.315   4.134
    3    HG2  LYS 102           HG2      LYS 102  18.586   1.156   4.811
    4    HD2  LYS 102           HD2      LYS 102  18.978   2.966   2.433
    5    HE2  LYS 102           HE2      LYS 102  21.039   3.609   3.580
    6    HZ3  LYS 102           HZ1      LYS 102  20.962   0.661   3.238
    7    HZ2  LYS 102           HZ2      LYS 102  22.313   1.678   3.101
    8    HZ1  LYS 102           HZ3      LYS 102  21.072   1.760   1.950
    9    H    LYS 102           HN       LYS 102  16.687   3.787   2.370
   10    HB3  LYS 102           HB1      LYS 102  16.460   0.575   3.901
   11    HG3  LYS 102           HG1      LYS 102  18.819   0.646   3.140
   12    HD3  LYS 102           HD1      LYS 102  18.667   3.507   4.083
   13    HE3  LYS 102           HE1      LYS 102  20.716   2.407   4.826

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   TYR 103           HA       TYR 103  12.437   1.401   2.786
    2    HB2  TYR 103           HB2      TYR 103  12.475   3.763   3.441
    3    HD1  TYR 103           HD1      TYR 103  10.424   1.984   3.985
    4    HD2  TYR 103           HD2      TYR 103  10.433   5.100   1.096
    5    HE1  TYR 103           HE1      TYR 103   7.976   2.132   4.145
    6    HE2  TYR 103           HE2      TYR 103   7.991   5.253   1.228
    7    HH   TYR 103           HH       TYR 103   6.102   4.286   2.057
    8    H    TYR 103           HN       TYR 103  14.527   3.196   2.392
    9    HB3  TYR 103           HB1      TYR 103  12.424   4.240   1.755

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   LEU 104           HA       LEU 104  11.515   2.266  -1.846
    2    HB2  LEU 104           HB2      LEU 104  13.206   3.890  -2.432
    3    HG   LEU 104           HG       LEU 104  13.250   1.663  -4.476
    4   HD11  LEU 104          HD11      LEU 104  10.989   2.365  -3.923
    5   HD13  LEU 104          HD12      LEU 104  11.436   2.897  -5.545
    6   HD12  LEU 104          HD13      LEU 104  11.427   4.049  -4.207
    7   HD23  LEU 104          HD21      LEU 104  13.783   3.451  -6.068
    8   HD22  LEU 104          HD22      LEU 104  15.039   3.278  -4.837
    9   HD21  LEU 104          HD23      LEU 104  13.878   4.604  -4.736
   10    H    LEU 104           HN       LEU 104  13.737   2.780  -0.198
   11    HB3  LEU 104           HB1      LEU 104  14.425   2.635  -2.539

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   PRO 105           HA       PRO 105  13.867  -1.713  -3.377
    2    HB2  PRO 105           HB2      PRO 105  15.601  -2.828  -1.560
    3    HG2  PRO 105           HG2      PRO 105  15.482  -1.095   0.013
    4    HD2  PRO 105           HD2      PRO 105  14.885   1.083  -0.580
    5    HB3  PRO 105           HB1      PRO 105  16.114  -1.738  -2.855
    6    HG3  PRO 105           HG1      PRO 105  16.891  -0.602  -0.944
    7    HD3  PRO 105           HD1      PRO 105  15.650   0.952  -2.180

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   GLU 106           HA       GLU 106  12.195  -3.825   0.620
    2    HB2  GLU 106           HB2      GLU 106  11.362  -1.160   1.760
    3    HG2  GLU 106           HG2      GLU 106  13.610  -3.001   2.402
    4    H    GLU 106           HN       GLU 106  13.197  -1.260   0.057
    5    HB3  GLU 106           HB1      GLU 106  10.995  -2.732   2.457
    6    HG3  GLU 106           HG1      GLU 106  13.566  -1.241   2.357

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LEU 107           HA       LEU 107   8.004  -1.833  -0.636
    2    HB2  LEU 107           HB2      LEU 107   9.381   0.241  -2.334
    3    HG   LEU 107           HG       LEU 107   9.221   0.755   0.128
    4   HD13  LEU 107          HD11      LEU 107   8.365   3.008  -0.259
    5   HD12  LEU 107          HD12      LEU 107   7.663   2.478  -1.789
    6   HD11  LEU 107          HD13      LEU 107   9.416   2.484  -1.577
    7   HD21  LEU 107          HD21      LEU 107   6.278   0.737  -0.526
    8   HD23  LEU 107          HD22      LEU 107   6.985   1.405   0.947
    9   HD22  LEU 107          HD23      LEU 107   7.111  -0.322   0.610
   10    H    LEU 107           HN       LEU 107  10.675  -0.905  -0.635
   11    HB3  LEU 107           HB1      LEU 107   7.650  -0.032  -2.314

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   MET 108           HA       MET 108   8.919  -2.897  -5.205
    2    HB2  MET 108           HB2      MET 108  10.913  -3.193  -6.440
    3    HG2  MET 108           HG2      MET 108  12.472  -2.596  -3.943
    4    HE1  MET 108           HE1      MET 108  12.478  -0.585  -6.416
    5    HE3  MET 108           HE2      MET 108  14.209  -0.334  -6.654
    6    HE2  MET 108           HE3      MET 108  13.540  -0.385  -5.022
    7    H    MET 108           HN       MET 108  10.526  -1.798  -3.127
    8    HB3  MET 108           HB1      MET 108  10.974  -1.645  -5.622
    9    HG3  MET 108           HG1      MET 108  12.409  -4.149  -4.776

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   ALA 109           HA       ALA 109  10.737  -7.007  -3.781
    2    HB1  ALA 109           HB1      ALA 109  12.478  -6.387  -2.163
    3    HB2  ALA 109           HB2      ALA 109  11.550  -7.780  -1.609
    4    HB3  ALA 109           HB3      ALA 109  11.247  -6.186  -0.917
    5    H    ALA 109           HN       ALA 109  10.916  -4.387  -2.690

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   GLU 110           HA       GLU 110   7.071  -7.436  -0.743
    2    HB2  GLU 110           HB2      GLU 110   6.779  -4.442  -0.436
    3    HG2  GLU 110           HG2      GLU 110   7.242  -6.582   1.628
    4    H    GLU 110           HN       GLU 110   8.891  -5.311  -1.273
    5    HB3  GLU 110           HB1      GLU 110   5.581  -5.597   0.123
    6    HG3  GLU 110           HG1      GLU 110   8.429  -5.397   1.080

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LYS 111           HA       LYS 111   4.548  -5.044  -4.045
    2    HB2  LYS 111           HB2      LYS 111   5.541  -3.033  -4.636
    3    HG2  LYS 111           HG2      LYS 111   6.210  -4.569  -7.120
    4    HD2  LYS 111           HD2      LYS 111   4.906  -1.880  -6.804
    5    HE2  LYS 111           HE2      LYS 111   6.490  -2.932  -9.117
    6    HZ2  LYS 111           HZ1      LYS 111   5.991  -0.587  -9.114
    7    HZ1  LYS 111           HZ2      LYS 111   4.334  -0.905  -8.912
    8    HZ3  LYS 111           HZ3      LYS 111   5.118  -1.365 -10.343
    9    H    LYS 111           HN       LYS 111   7.106  -4.717  -2.958
   10    HB3  LYS 111           HB1      LYS 111   7.068  -3.793  -5.069
   11    HG3  LYS 111           HG1      LYS 111   4.549  -4.220  -6.648
   12    HD3  LYS 111           HD1      LYS 111   6.652  -2.093  -6.952
   13    HE3  LYS 111           HE1      LYS 111   4.770  -3.291  -8.953

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   ASP 112           HA       ASP 112   6.540  -7.701  -7.414
    2    HB2  ASP 112           HB2      ASP 112   8.931  -7.176  -7.235
    3    H    ASP 112           HN       ASP 112   7.645  -6.388  -5.158
    4    HB3  ASP 112           HB1      ASP 112   9.087  -8.314  -5.900

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   SER 113           HA       SER 113   6.285 -11.397  -4.635
    2    HB2  SER 113           HB2      SER 113   6.821  -9.973  -2.024
    3    HG   SER 113           HG       SER 113   8.711  -9.909  -3.015
    4    H    SER 113           HN       SER 113   6.766  -8.576  -4.069
    5    HB3  SER 113           HB1      SER 113   6.726 -11.716  -2.242

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   LEU 114           HA       LEU 114   2.511  -9.855  -2.247
    2    HB2  LEU 114           HB2      LEU 114   3.179  -7.383  -2.467
    3    HG   LEU 114           HG       LEU 114   0.303  -8.241  -2.241
    4   HD12  LEU 114          HD11      LEU 114   0.629  -7.500   0.093
    5   HD11  LEU 114          HD12      LEU 114   2.311  -7.124  -0.279
    6   HD13  LEU 114          HD13      LEU 114   1.739  -8.792  -0.368
    7   HD21  LEU 114          HD21      LEU 114   0.388  -5.985  -3.257
    8   HD23  LEU 114          HD22      LEU 114   1.327  -5.436  -1.869
    9   HD22  LEU 114          HD23      LEU 114  -0.326  -6.005  -1.648
   10    H    LEU 114           HN       LEU 114   4.441  -8.664  -4.013
   11    HB3  LEU 114           HB1      LEU 114   2.117  -7.352  -3.864

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ASP 115           HA       ASP 115   0.109 -11.733  -5.302
    2    HB2  ASP 115           HB2      ASP 115  -0.711 -12.682  -3.124
    3    H    ASP 115           HN       ASP 115   0.452 -10.535  -2.735
    4    HB3  ASP 115           HB1      ASP 115  -1.950 -11.432  -3.106

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   PRO 116           HA       PRO 116  -1.662  -8.316  -7.433
    2    HB2  PRO 116           HB2      PRO 116  -2.874  -9.683  -9.461
    3    HG2  PRO 116           HG2      PRO 116  -2.693 -11.826  -8.565
    4    HD2  PRO 116           HD2      PRO 116  -1.157 -12.339  -6.895
    5    HB3  PRO 116           HB1      PRO 116  -1.131  -9.399  -9.380
    6    HG3  PRO 116           HG1      PRO 116  -1.187 -11.732  -9.502
    7    HD3  PRO 116           HD1      PRO 116   0.107 -11.322  -7.616

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   SER 117           HA       SER 117  -6.165  -9.917  -6.862
    2    HB2  SER 117           HB2      SER 117  -5.798 -12.144  -5.859
    3    HG   SER 117           HG       SER 117  -7.686 -10.357  -4.934
    4    H    SER 117           HN       SER 117  -3.621 -10.865  -6.130
    5    HB3  SER 117           HB1      SER 117  -5.392 -11.381  -4.325

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   PHE 118           HA       PHE 118  -5.822  -7.010  -3.306
    2    HB2  PHE 118           HB2      PHE 118  -2.832  -7.210  -2.865
    3    HD1  PHE 118           HD1      PHE 118  -5.259  -7.418  -0.213
    4    HD2  PHE 118           HD2      PHE 118  -2.905  -9.678  -2.934
    5    HE1  PHE 118           HE1      PHE 118  -5.596  -9.422   1.162
    6    HE2  PHE 118           HE2      PHE 118  -3.250 -11.689  -1.576
    7    HZ   PHE 118           HZ       PHE 118  -4.596 -11.567   0.484
    8    H    PHE 118           HN       PHE 118  -3.853  -8.704  -4.646
    9    HB3  PHE 118           HB1      PHE 118  -3.977  -6.327  -1.859

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   THR 119           HA       THR 119  -4.644  -4.607  -6.923
    2    HB   THR 119           HB       THR 119  -7.389  -3.670  -6.091
    3    HG1  THR 119           HG1      THR 119  -6.452  -5.556  -7.997
    4   HG22  THR 119          HG21      THR 119  -7.460  -2.592  -8.293
    5   HG21  THR 119          HG22      THR 119  -5.787  -3.073  -8.578
    6   HG23  THR 119          HG23      THR 119  -6.167  -1.933  -7.287
    7    H    THR 119           HN       THR 119  -6.398  -5.778  -5.105

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   HIS 120           HA       HIS 120  -5.010  -0.608  -4.542
    2    HB2  HIS 120           HB2      HIS 120  -6.406  -1.707  -2.109
    3    HD1  HIS 120           HD1      HIS 120  -6.845   0.528  -5.160
    4    HD2  HIS 120           HD2      HIS 120  -9.100  -1.632  -2.413
    5    HE1  HIS 120           HE1      HIS 120  -9.216   0.648  -5.990
    6    HE2  HIS 120           HE2      HIS 120 -10.579  -0.649  -4.307
    7    H    HIS 120           HN       HIS 120  -6.196  -3.156  -4.055
    8    HB3  HIS 120           HB1      HIS 120  -5.923  -0.026  -2.311

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   ALA 121           HA       ALA 121  -2.129  -2.158  -0.987
    2    HB3  ALA 121           HB1      ALA 121  -1.450  -4.383  -0.466
    3    HB2  ALA 121           HB2      ALA 121  -2.303  -5.030  -1.866
    4    HB1  ALA 121           HB3      ALA 121  -3.215  -4.363  -0.512
    5    H    ALA 121           HN       ALA 121  -4.285  -3.301  -2.360

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   MET 122           HA       MET 122   0.514  -3.682  -4.625
    2    HB2  MET 122           HB2      MET 122  -1.958  -4.277  -6.208
    3    HG2  MET 122           HG2      MET 122  -0.573  -5.942  -4.744
    4    HE1  MET 122           HE1      MET 122   2.011  -5.298  -4.460
    5    HE3  MET 122           HE2      MET 122   1.919  -4.144  -5.792
    6    HE2  MET 122           HE3      MET 122   3.185  -5.370  -5.775
    7    H    MET 122           HN       MET 122  -2.267  -3.822  -4.048
    8    HB3  MET 122           HB1      MET 122  -0.423  -4.067  -7.040
    9    HG3  MET 122           HG1      MET 122  -1.289  -6.425  -6.280

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   GLN 123           HA       GLN 123  -0.878   0.140  -7.036
    2    HB2  GLN 123           HB2      GLN 123  -3.245   0.208  -7.204
    3    HG2  GLN 123           HG2      GLN 123  -2.264   2.591  -5.719
    4   HE21  GLN 123          HE21      GLN 123  -3.704   2.821  -4.032
    5   HE22  GLN 123          HE22      GLN 123  -5.369   3.217  -4.268
    6    H    GLN 123           HN       GLN 123  -2.243  -1.628  -5.298
    7    HB3  GLN 123           HB1      GLN 123  -3.448   0.259  -5.461
    8    HG3  GLN 123           HG1      GLN 123  -2.867   2.457  -7.368

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   LEU 124           HA       LEU 124  -0.410   2.847  -3.323
    2    HB2  LEU 124           HB2      LEU 124  -0.827   0.707  -1.232
    3    HG   LEU 124           HG       LEU 124  -2.872   1.738  -2.412
    4   HD12  LEU 124          HD11      LEU 124  -2.584   1.977   0.586
    5   HD11  LEU 124          HD12      LEU 124  -2.998   0.512  -0.303
    6   HD13  LEU 124          HD13      LEU 124  -4.105   1.884  -0.304
    7   HD22  LEU 124          HD21      LEU 124  -3.553   3.929  -1.566
    8   HD21  LEU 124          HD22      LEU 124  -2.048   4.031  -2.477
    9   HD23  LEU 124          HD23      LEU 124  -2.014   4.084  -0.715
   10    H    LEU 124           HN       LEU 124  -1.520   0.292  -3.557
   11    HB3  LEU 124           HB1      LEU 124  -0.368   2.358  -0.856

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   LEU 125           HA       LEU 125   3.566   0.373  -2.138
    2    HB2  LEU 125           HB2      LEU 125   2.467  -1.915  -3.735
    3    HG   LEU 125           HG       LEU 125   2.349  -2.003  -1.226
    4   HD11  LEU 125          HD11      LEU 125   2.282  -3.990  -2.667
    5   HD13  LEU 125          HD12      LEU 125   3.091  -4.315  -1.137
    6   HD12  LEU 125          HD13      LEU 125   4.040  -4.087  -2.603
    7   HD23  LEU 125          HD21      LEU 125   4.424  -2.517  -0.033
    8   HD22  LEU 125          HD22      LEU 125   4.489  -0.910  -0.753
    9   HD21  LEU 125          HD23      LEU 125   5.348  -2.252  -1.514
   10    H    LEU 125           HN       LEU 125   0.996  -0.352  -3.119
   11    HB3  LEU 125           HB1      LEU 125   4.199  -1.732  -3.591

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   THR 126           HA       THR 126   4.527   0.794  -6.668
    2    HB   THR 126           HB       THR 126   1.649   1.047  -7.546
    3    HG1  THR 126           HG1      THR 126   2.048  -1.047  -7.592
    4   HG21  THR 126          HG21      THR 126   4.129   1.387  -9.238
    5   HG23  THR 126          HG22      THR 126   2.949   2.639  -8.852
    6   HG22  THR 126          HG23      THR 126   2.480   1.264  -9.851
    7    H    THR 126           HN       THR 126   2.072   0.365  -5.290

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   ALA 127           HA       ALA 127   2.670   5.239  -6.719
    2    HB1  ALA 127           HB1      ALA 127   1.147   4.780  -4.166
    3    HB3  ALA 127           HB2      ALA 127   0.465   4.850  -5.791
    4    HB2  ALA 127           HB3      ALA 127   1.207   6.287  -5.082
    5    H    ALA 127           HN       ALA 127   1.861   2.835  -5.591

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   GLU 128           HA       GLU 128   4.848   5.999  -2.497
    2    HB2  GLU 128           HB2      GLU 128   4.000   4.092  -1.143
    3    HG2  GLU 128           HG2      GLU 128   6.011   3.692   0.257
    4    H    GLU 128           HN       GLU 128   3.358   3.865  -3.501
    5    HB3  GLU 128           HB1      GLU 128   5.216   3.060  -1.877
    6    HG3  GLU 128           HG1      GLU 128   6.957   4.566  -0.943

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ILE 129           HA       ILE 129   8.592   3.614  -4.294
    2    HB   ILE 129           HB       ILE 129   6.886   2.224  -6.363
    3   HD12  ILE 129          HD11      ILE 129   7.657  -0.975  -4.600
    4   HD11  ILE 129          HD12      ILE 129   8.428  -0.410  -6.084
    5   HD13  ILE 129          HD13      ILE 129   6.679  -0.274  -5.890
    6    H    ILE 129           HN       ILE 129   5.836   3.142  -4.320

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLU 130           HA       GLU 130   7.626   6.171  -8.287
    2    HB2  GLU 130           HB2      GLU 130   4.846   6.693  -7.245
    3    HG2  GLU 130           HG2      GLU 130   5.897   5.493  -9.787
    4    H    GLU 130           HN       GLU 130   6.056   4.770  -6.442
    5    HB3  GLU 130           HB1      GLU 130   5.585   7.655  -8.516
    6    HG3  GLU 130           HG1      GLU 130   4.845   4.749  -8.581

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LYS 131           HA       LYS 131   6.928   9.836  -5.222
    2    HB2  LYS 131           HB2      LYS 131   5.548   8.740  -3.456
    3    HG2  LYS 131           HG2      LYS 131   7.830  10.454  -2.499
    4    HD2  LYS 131           HD2      LYS 131   5.944  10.967  -0.703
    5    HE2  LYS 131           HE2      LYS 131   8.281  10.279  -0.235
    6    HZ1  LYS 131           HZ1      LYS 131   8.306   8.172  -1.426
    7    HZ3  LYS 131           HZ2      LYS 131   7.193   7.512  -0.333
    8    HZ2  LYS 131           HZ3      LYS 131   8.753   7.960   0.195
    9    H    LYS 131           HN       LYS 131   6.355   7.105  -5.105
   10    HB3  LYS 131           HB1      LYS 131   7.022   8.085  -2.756
   11    HG3  LYS 131           HG1      LYS 131   6.211  10.976  -2.958
   12    HD3  LYS 131           HD1      LYS 131   5.541   9.279  -1.023
   13    HE3  LYS 131           HE1      LYS 131   7.109   9.594   0.885

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   ILE 132           HA       ILE 132  11.059   8.736  -3.137
    2    HB   ILE 132           HB       ILE 132  11.231   5.854  -3.991
    3   HD11  ILE 132          HD11      ILE 132  10.655   4.108  -2.139
    4   HD13  ILE 132          HD12      ILE 132   9.818   4.679  -0.695
    5   HD12  ILE 132          HD13      ILE 132  11.533   5.031  -0.919
    6    H    ILE 132           HN       ILE 132   8.860   7.167  -3.949

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLN 133           HA       GLN 133  12.959   7.416  -7.221
    2    HB2  GLN 133           HB2      GLN 133  10.425   6.275  -8.379
    3    HG2  GLN 133           HG2      GLN 133  13.068   5.036  -7.645
    4   HE21  GLN 133          HE21      GLN 133   9.981   4.698  -9.219
    5   HE22  GLN 133          HE22      GLN 133  10.268   3.120  -9.858
    6    H    GLN 133           HN       GLN 133  10.366   6.942  -6.110
    7    HB3  GLN 133           HB1      GLN 133  11.914   6.428  -9.302
    8    HG3  GLN 133           HG1      GLN 133  11.554   4.858  -6.763

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   LYS 134           HA       LYS 134  10.614  10.778  -9.606
    2    HB2  LYS 134           HB2      LYS 134   8.778  11.421  -7.293
    3    HG2  LYS 134           HG2      LYS 134   8.095  10.431 -10.042
    4    HD2  LYS 134           HD2      LYS 134   6.467  11.384  -7.705
    5    HE2  LYS 134           HE2      LYS 134   5.574   9.201  -8.345
    6    HZ1  LYS 134           HZ1      LYS 134   6.382   9.167 -10.653
    7    HZ3  LYS 134           HZ2      LYS 134   5.224  10.338 -11.069
    8    HZ2  LYS 134           HZ3      LYS 134   4.730   8.803 -10.536
    9    H    LYS 134           HN       LYS 134   9.962   9.187  -7.306
   10    HB3  LYS 134           HB1      LYS 134   8.896  12.352  -8.777
   11    HG3  LYS 134           HG1      LYS 134   7.974   9.507  -8.542
   12    HD3  LYS 134           HD1      LYS 134   6.389  11.916  -9.385
   13    HE3  LYS 134           HE1      LYS 134   4.479  10.503  -8.802

  No H/Q in entry =          13
  In of MODEL    8
    1    HA3  GLY 135           HA2      GLY 135  11.977  13.674  -6.200
    2    H    GLY 135           HN       GLY 135  11.415  10.873  -6.244
    3    HA2  GLY 135           HA1      GLY 135  12.305  12.522  -4.913

  No H/Q in entry =           3
  In of MODEL    9
    1    H1   GLY  95           HT1      GLY  95 -13.348   2.681 -11.959
    2    H2   GLY  95           HT3      GLY  95 -14.401   1.701 -12.859
    3    H3   GLY  95           HT2      GLY  95 -12.735   1.672 -13.172
    4    HA3  GLY  95           HA1      GLY  95 -13.899   2.943 -14.864
    5    HA2  GLY  95           HA2      GLY  95 -14.546   3.986 -13.604

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ALA  96           HA       ALA  96 -10.787   6.038 -14.782
    2    HB3  ALA  96           HB1      ALA  96 -11.165   8.421 -15.027
    3    HB1  ALA  96           HB2      ALA  96 -12.757   8.268 -14.286
    4    HB2  ALA  96           HB3      ALA  96 -12.440   7.523 -15.853
    5    H    ALA  96           HN       ALA  96 -13.601   5.895 -14.117

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   MET  97           HA       MET  97 -10.482   7.144 -10.396
    2    HB2  MET  97           HB2      MET  97 -11.425   8.945  -9.152
    3    HG2  MET  97           HG2      MET  97 -13.790   8.251  -9.158
    4    HE2  MET  97           HE1      MET  97 -16.060  10.089 -10.408
    5    HE1  MET  97           HE2      MET  97 -16.275   8.379 -10.036
    6    HE3  MET  97           HE3      MET  97 -16.726   9.000 -11.623
    7    H    MET  97           HN       MET  97 -12.880   6.938 -12.086
    8    HB3  MET  97           HB1      MET  97 -11.566   9.381 -10.848
    9    HG3  MET  97           HG1      MET  97 -13.559   9.958  -9.527

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   GLU  98           HA       GLU  98 -12.787   4.365  -7.978
    2    HB2  GLU  98           HB2      GLU  98 -10.421   5.036  -6.206
    3    HG2  GLU  98           HG2      GLU  98 -10.760   2.838  -8.234
    4    H    GLU  98           HN       GLU  98 -10.720   6.388  -8.263
    5    HB3  GLU  98           HB1      GLU  98 -11.471   3.633  -6.031
    6    HG3  GLU  98           HG1      GLU  98  -9.696   4.233  -8.386

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   PRO  99           HA       PRO  99 -15.240   7.214  -5.597
    2    HB2  PRO  99           HB2      PRO  99 -17.197   5.536  -4.842
    3    HG2  PRO  99           HG2      PRO  99 -16.069   3.533  -5.212
    4    HD2  PRO  99           HD2      PRO  99 -14.294   3.369  -6.691
    5    HB3  PRO  99           HB1      PRO  99 -17.027   6.048  -6.529
    6    HG3  PRO  99           HG1      PRO  99 -16.975   3.708  -6.728
    7    HD3  PRO  99           HD1      PRO  99 -15.091   4.386  -7.912

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   GLU 100           HA       GLU 100 -13.245   6.689  -1.838
    2    HB2  GLU 100           HB2      GLU 100 -13.611   9.077  -1.929
    3    HG2  GLU 100           HG2      GLU 100 -14.501   8.044   0.748
    4    H    GLU 100           HN       GLU 100 -15.030   7.882  -3.608
    5    HB3  GLU 100           HB1      GLU 100 -15.279   8.876  -1.418
    6    HG3  GLU 100           HG1      GLU 100 -12.833   8.293   0.228

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ASN 101           HA       ASN 101 -17.062   5.678   0.769
    2    HB2  ASN 101           HB2      ASN 101 -18.848   6.884  -0.531
    3   HD21  ASN 101          HD21      ASN 101 -18.299   5.496   1.947
    4   HD22  ASN 101          HD22      ASN 101 -19.795   4.830   2.492
    5    H    ASN 101           HN       ASN 101 -16.774   6.865  -1.721
    6    HB3  ASN 101           HB1      ASN 101 -19.061   5.410  -1.472

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LYS 102           HA       LYS 102 -17.137   1.529  -1.290
    2    HB2  LYS 102           HB2      LYS 102 -16.981   2.779  -3.922
    3    HG2  LYS 102           HG2      LYS 102 -18.774   1.168  -2.596
    4    HD2  LYS 102           HD2      LYS 102 -19.025  -0.785  -4.057
    5    HE2  LYS 102           HE2      LYS 102 -16.257  -0.658  -2.874
    6    HZ1  LYS 102           HZ1      LYS 102 -16.880  -2.649  -4.258
    7    HZ3  LYS 102           HZ2      LYS 102 -18.044  -3.011  -3.079
    8    HZ2  LYS 102           HZ3      LYS 102 -16.399  -2.979  -2.664
    9    H    LYS 102           HN       LYS 102 -16.697   4.176  -2.371
   10    HB3  LYS 102           HB1      LYS 102 -16.158   1.227  -3.853
   11    HG3  LYS 102           HG1      LYS 102 -18.838   1.638  -4.297
   12    HD3  LYS 102           HD1      LYS 102 -17.535  -0.338  -4.896
   13    HE3  LYS 102           HE1      LYS 102 -17.724  -0.983  -1.954

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   TYR 103           HA       TYR 103 -12.460   1.755  -2.539
    2    HB2  TYR 103           HB2      TYR 103 -12.378   4.110  -3.208
    3    HD1  TYR 103           HD1      TYR 103 -10.383   5.354  -0.753
    4    HD2  TYR 103           HD2      TYR 103 -10.388   2.262  -3.669
    5    HE1  TYR 103           HE1      TYR 103  -7.932   5.373  -0.746
    6    HE2  TYR 103           HE2      TYR 103  -7.930   2.262  -3.684
    7    HH   TYR 103           HH       TYR 103  -6.064   4.305  -1.475
    8    H    TYR 103           HN       TYR 103 -14.515   3.601  -2.176
    9    HB3  TYR 103           HB1      TYR 103 -12.379   4.600  -1.522

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   LEU 104           HA       LEU 104 -11.580   2.555   2.099
    2    HB2  LEU 104           HB2      LEU 104 -13.219   4.202   2.734
    3    HG   LEU 104           HG       LEU 104 -13.403   1.874   4.654
    4   HD11  LEU 104          HD11      LEU 104 -11.103   2.547   4.199
    5   HD13  LEU 104          HD12      LEU 104 -11.585   2.987   5.838
    6   HD12  LEU 104          HD13      LEU 104 -11.513   4.219   4.581
    7   HD23  LEU 104          HD21      LEU 104 -13.928   3.582   6.327
    8   HD22  LEU 104          HD22      LEU 104 -15.151   3.509   5.058
    9   HD21  LEU 104          HD23      LEU 104 -13.959   4.809   5.059
   10    H    LEU 104           HN       LEU 104 -13.770   3.144   0.435
   11    HB3  LEU 104           HB1      LEU 104 -14.492   2.994   2.744

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   PRO 105           HA       PRO 105 -14.032  -1.377   3.547
    2    HB2  PRO 105           HB2      PRO 105 -15.803  -2.413   1.710
    3    HG2  PRO 105           HG2      PRO 105 -15.687  -0.643   0.183
    4    HD2  PRO 105           HD2      PRO 105 -14.987   1.492   0.814
    5    HB3  PRO 105           HB1      PRO 105 -16.280  -1.353   3.044
    6    HG3  PRO 105           HG1      PRO 105 -17.053  -0.126   1.201
    7    HD3  PRO 105           HD1      PRO 105 -15.729   1.360   2.422

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   GLU 106           HA       GLU 106 -12.414  -3.459  -0.485
    2    HB2  GLU 106           HB2      GLU 106 -11.532  -0.785  -1.555
    3    HG2  GLU 106           HG2      GLU 106 -13.851  -1.082  -2.023
    4    H    GLU 106           HN       GLU 106 -13.344  -0.884   0.124
    5    HB3  GLU 106           HB1      GLU 106 -11.133  -2.338  -2.270
    6    HG3  GLU 106           HG1      GLU 106 -12.931  -1.371  -3.498

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LEU 107           HA       LEU 107  -8.167  -1.635   0.861
    2    HB2  LEU 107           HB2      LEU 107  -9.467   0.464   2.592
    3    HG   LEU 107           HG       LEU 107  -9.271   1.014   0.144
    4   HD13  LEU 107          HD11      LEU 107  -9.382   2.731   1.867
    5   HD12  LEU 107          HD12      LEU 107  -8.290   3.215   0.568
    6   HD11  LEU 107          HD13      LEU 107  -7.637   2.626   2.097
    7   HD22  LEU 107          HD21      LEU 107  -7.212  -0.157  -0.349
    8   HD21  LEU 107          HD22      LEU 107  -6.334   0.849   0.804
    9   HD23  LEU 107          HD23      LEU 107  -7.008   1.566  -0.661
   10    H    LEU 107           HN       LEU 107 -10.807  -0.608   0.850
   11    HB3  LEU 107           HB1      LEU 107  -7.751   0.113   2.578

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   MET 108           HA       MET 108  -9.145  -2.749   5.403
    2    HB2  MET 108           HB2      MET 108 -11.153  -3.034   6.612
    3    HG2  MET 108           HG2      MET 108 -12.677  -2.496   4.080
    4    HE2  MET 108           HE1      MET 108 -14.446  -0.105   6.640
    5    HE1  MET 108           HE2      MET 108 -13.712  -0.239   5.042
    6    HE3  MET 108           HE3      MET 108 -12.711  -0.383   6.489
    7    H    MET 108           HN       MET 108 -10.703  -1.576   3.336
    8    HB3  MET 108           HB1      MET 108 -11.220  -1.487   5.790
    9    HG3  MET 108           HG1      MET 108 -12.639  -4.011   4.980

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   ALA 109           HA       ALA 109 -11.028  -6.797   3.894
    2    HB3  ALA 109           HB1      ALA 109 -11.793  -7.509   1.653
    3    HB2  ALA 109           HB2      ALA 109 -11.499  -5.875   1.050
    4    HB1  ALA 109           HB3      ALA 109 -12.736  -6.154   2.276
    5    H    ALA 109           HN       ALA 109 -11.111  -4.165   2.829

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   GLU 110           HA       GLU 110  -7.345  -7.372   0.960
    2    HB2  GLU 110           HB2      GLU 110  -6.928  -4.410   0.511
    3    HG2  GLU 110           HG2      GLU 110  -7.562  -6.644  -1.398
    4    H    GLU 110           HN       GLU 110  -9.070  -5.140   1.434
    5    HB3  GLU 110           HB1      GLU 110  -5.786  -5.645  -0.001
    6    HG3  GLU 110           HG1      GLU 110  -8.621  -5.307  -0.950

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LYS 111           HA       LYS 111  -4.797  -4.873   4.237
    2    HB2  LYS 111           HB2      LYS 111  -5.889  -2.955   4.908
    3    HG2  LYS 111           HG2      LYS 111  -6.525  -4.726   7.259
    4    HD2  LYS 111           HD2      LYS 111  -5.801  -1.806   7.231
    5    HE2  LYS 111           HE2      LYS 111  -5.510  -3.127   9.332
    6    HZ3  LYS 111           HZ1      LYS 111  -8.470  -3.251   9.354
    7    HZ2  LYS 111           HZ2      LYS 111  -7.405  -3.890  10.500
    8    HZ1  LYS 111           HZ3      LYS 111  -7.496  -4.577   8.953
    9    H    LYS 111           HN       LYS 111  -7.340  -4.630   3.121
   10    HB3  LYS 111           HB1      LYS 111  -7.404  -3.790   5.207
   11    HG3  LYS 111           HG1      LYS 111  -4.949  -3.992   6.944
   12    HD3  LYS 111           HD1      LYS 111  -7.471  -2.367   7.171
   13    HE3  LYS 111           HE1      LYS 111  -6.640  -1.778   9.453

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   ASP 112           HA       ASP 112  -6.422  -7.802   7.420
    2    HB2  ASP 112           HB2      ASP 112  -9.272  -7.661   6.539
    3    H    ASP 112           HN       ASP 112  -7.824  -6.410   5.317
    4    HB3  ASP 112           HB1      ASP 112  -8.760  -8.967   7.606

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   SER 113           HA       SER 113  -6.638 -11.285   4.489
    2    HB2  SER 113           HB2      SER 113  -7.049  -9.628   1.992
    3    HG   SER 113           HG       SER 113  -8.916  -9.523   3.108
    4    H    SER 113           HN       SER 113  -6.773  -8.371   4.161
    5    HB3  SER 113           HB1      SER 113  -7.070 -11.389   2.066

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   LEU 114           HA       LEU 114  -2.694  -9.833   2.328
    2    HB2  LEU 114           HB2      LEU 114  -3.329  -7.323   2.589
    3    HG   LEU 114           HG       LEU 114  -0.477  -8.249   2.366
    4   HD11  LEU 114          HD11      LEU 114  -2.465  -7.100   0.404
    5   HD13  LEU 114          HD12      LEU 114  -1.899  -8.768   0.478
    6   HD12  LEU 114          HD13      LEU 114  -0.783  -7.476   0.031
    7   HD22  LEU 114          HD21      LEU 114   0.164  -6.006   1.768
    8   HD21  LEU 114          HD22      LEU 114  -0.521  -6.013   3.394
    9   HD23  LEU 114          HD23      LEU 114  -1.483  -5.438   2.035
   10    H    LEU 114           HN       LEU 114  -4.673  -8.597   4.018
   11    HB3  LEU 114           HB1      LEU 114  -2.273  -7.366   3.987

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ASP 115           HA       ASP 115  -0.557 -11.705   5.603
    2    HB2  ASP 115           HB2      ASP 115   0.276 -12.838   3.491
    3    H    ASP 115           HN       ASP 115  -0.683 -10.597   2.960
    4    HB3  ASP 115           HB1      ASP 115   1.627 -11.713   3.509

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   PRO 116           HA       PRO 116   1.384  -8.317   7.646
    2    HB2  PRO 116           HB2      PRO 116   2.618  -9.728   9.650
    3    HG2  PRO 116           HG2      PRO 116   2.254 -11.858   8.776
    4    HD2  PRO 116           HD2      PRO 116   0.556 -12.289   7.227
    5    HB3  PRO 116           HB1      PRO 116   0.896  -9.326   9.640
    6    HG3  PRO 116           HG1      PRO 116   0.811 -11.657   9.795
    7    HD3  PRO 116           HD1      PRO 116  -0.544 -11.105   7.968

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   SER 117           HA       SER 117   5.810 -10.178   6.970
    2    HB2  SER 117           HB2      SER 117   4.879 -11.438   4.381
    3    HG   SER 117           HG       SER 117   4.204 -12.781   5.969
    4    H    SER 117           HN       SER 117   3.204 -10.947   6.318
    5    HB3  SER 117           HB1      SER 117   6.518 -11.467   5.024

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   PHE 118           HA       PHE 118   5.609  -7.179   3.461
    2    HB2  PHE 118           HB2      PHE 118   2.621  -7.209   2.988
    3    HD1  PHE 118           HD1      PHE 118   2.504  -9.663   3.042
    4    HD2  PHE 118           HD2      PHE 118   5.104  -7.592   0.388
    5    HE1  PHE 118           HE1      PHE 118   2.736 -11.694   1.696
    6    HE2  PHE 118           HE2      PHE 118   5.331  -9.623  -0.973
    7    HZ   PHE 118           HZ       PHE 118   4.152 -11.681  -0.325
    8    H    PHE 118           HN       PHE 118   3.534  -8.760   4.785
    9    HB3  PHE 118           HB1      PHE 118   3.825  -6.399   1.990

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   THR 119           HA       THR 119   4.505  -4.670   7.020
    2    HB   THR 119           HB       THR 119   7.305  -3.905   6.196
    3    HG1  THR 119           HG1      THR 119   6.689  -6.043   7.281
    4   HG23  THR 119          HG21      THR 119   6.187  -2.014   7.248
    5   HG22  THR 119          HG22      THR 119   7.408  -2.690   8.327
    6   HG21  THR 119          HG23      THR 119   5.700  -3.036   8.604
    7    H    THR 119           HN       THR 119   6.234  -5.903   5.200

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   HIS 120           HA       HIS 120   5.094  -0.730   4.536
    2    HB2  HIS 120           HB2      HIS 120   6.195  -1.958   2.009
    3    HD1  HIS 120           HD1      HIS 120   7.411   0.314   4.833
    4    HD2  HIS 120           HD2      HIS 120   8.715  -2.743   2.353
    5    HE1  HIS 120           HE1      HIS 120   9.749  -0.204   5.577
    6    HE2  HIS 120           HE2      HIS 120  10.386  -2.254   4.265
    7    H    HIS 120           HN       HIS 120   6.067  -3.382   4.102
    8    HB3  HIS 120           HB1      HIS 120   6.042  -0.240   2.350

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   ALA 121           HA       ALA 121   2.020  -2.159   1.096
    2    HB1  ALA 121           HB1      ALA 121   1.258  -4.352   0.555
    3    HB2  ALA 121           HB2      ALA 121   2.118  -5.046   1.929
    4    HB3  ALA 121           HB3      ALA 121   3.022  -4.393   0.565
    5    H    ALA 121           HN       ALA 121   4.165  -3.393   2.397

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   MET 122           HA       MET 122  -0.573  -3.673   4.764
    2    HB2  MET 122           HB2      MET 122   1.905  -4.318   6.309
    3    HG2  MET 122           HG2      MET 122   0.461  -5.939   4.851
    4    HE3  MET 122           HE1      MET 122  -1.971  -4.100   5.991
    5    HE2  MET 122           HE2      MET 122  -3.267  -5.295   5.977
    6    HE1  MET 122           HE3      MET 122  -2.119  -5.222   4.639
    7    H    MET 122           HN       MET 122   2.197  -3.837   4.151
    8    HB3  MET 122           HB1      MET 122   0.386  -4.087   7.166
    9    HG3  MET 122           HG1      MET 122   1.196  -6.454   6.366

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   GLN 123           HA       GLN 123   0.810   0.105   7.222
    2    HB2  GLN 123           HB2      GLN 123   3.159   0.234   7.466
    3    HG2  GLN 123           HG2      GLN 123   2.390   2.575   5.743
    4   HE21  GLN 123          HE21      GLN 123   4.952   1.058   7.592
    5   HE22  GLN 123          HE22      GLN 123   6.166   2.239   7.221
    6    H    GLN 123           HN       GLN 123   2.221  -1.633   5.479
    7    HB3  GLN 123           HB1      GLN 123   3.424   0.298   5.729
    8    HG3  GLN 123           HG1      GLN 123   2.387   2.495   7.498

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   LEU 124           HA       LEU 124   0.362   2.808   3.485
    2    HB2  LEU 124           HB2      LEU 124   0.723   0.633   1.415
    3    HG   LEU 124           HG       LEU 124   2.803   1.620   2.563
    4   HD11  LEU 124          HD11      LEU 124   2.492   1.857  -0.432
    5   HD13  LEU 124          HD12      LEU 124   2.900   0.391   0.458
    6   HD12  LEU 124          HD13      LEU 124   4.021   1.751   0.440
    7   HD22  LEU 124          HD21      LEU 124   2.056   3.929   2.654
    8   HD21  LEU 124          HD22      LEU 124   1.965   3.991   0.895
    9   HD23  LEU 124          HD23      LEU 124   3.527   3.795   1.689
   10    H    LEU 124           HN       LEU 124   1.470   0.258   3.751
   11    HB3  LEU 124           HB1      LEU 124   0.301   2.293   1.031

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   LEU 125           HA       LEU 125  -3.664   0.394   2.480
    2    HB2  LEU 125           HB2      LEU 125  -2.563  -1.952   3.999
    3    HG   LEU 125           HG       LEU 125  -2.447  -1.963   1.479
    4   HD13  LEU 125          HD11      LEU 125  -3.165  -4.276   1.341
    5   HD12  LEU 125          HD12      LEU 125  -4.135  -4.085   2.797
    6   HD11  LEU 125          HD13      LEU 125  -2.378  -3.984   2.890
    7   HD22  LEU 125          HD21      LEU 125  -4.517  -2.439   0.280
    8   HD21  LEU 125          HD22      LEU 125  -4.608  -0.864   1.071
    9   HD23  LEU 125          HD23      LEU 125  -5.440  -2.254   1.774
   10    H    LEU 125           HN       LEU 125  -1.065  -0.385   3.379
   11    HB3  LEU 125           HB1      LEU 125  -4.291  -1.737   3.852

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   THR 126           HA       THR 126  -4.348   0.600   7.156
    2    HB   THR 126           HB       THR 126  -1.437   1.147   7.777
    3    HG1  THR 126           HG1      THR 126  -1.748  -1.031   7.483
    4   HG22  THR 126          HG21      THR 126  -2.118   1.109  10.142
    5   HG21  THR 126          HG22      THR 126  -3.808   1.015   9.643
    6   HG23  THR 126          HG23      THR 126  -2.854   2.450   9.264
    7    H    THR 126           HN       THR 126  -2.043   0.201   5.575

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   ALA 127           HA       ALA 127  -2.683   5.099   7.203
    2    HB1  ALA 127           HB1      ALA 127  -0.460   4.783   6.252
    3    HB2  ALA 127           HB2      ALA 127  -1.221   6.262   5.669
    4    HB3  ALA 127           HB3      ALA 127  -1.146   4.839   4.628
    5    H    ALA 127           HN       ALA 127  -1.819   2.766   5.946

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   GLU 128           HA       GLU 128  -4.779   6.046   2.981
    2    HB2  GLU 128           HB2      GLU 128  -3.956   3.991   1.694
    3    HG2  GLU 128           HG2      GLU 128  -5.970   3.971   0.123
    4    H    GLU 128           HN       GLU 128  -3.349   3.858   3.932
    5    HB3  GLU 128           HB1      GLU 128  -5.424   3.193   2.234
    6    HG3  GLU 128           HG1      GLU 128  -6.657   5.180   1.203

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ILE 129           HA       ILE 129  -8.609   3.779   4.734
    2    HB   ILE 129           HB       ILE 129  -6.950   2.246   6.734
    3   HD12  ILE 129          HD11      ILE 129  -7.827  -0.836   4.823
    4   HD11  ILE 129          HD12      ILE 129  -8.593  -0.311   6.324
    5   HD13  ILE 129          HD13      ILE 129  -6.838  -0.233   6.152
    6    H    ILE 129           HN       ILE 129  -5.853   3.227   4.786

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLU 130           HA       GLU 130  -7.577   6.060   8.897
    2    HB2  GLU 130           HB2      GLU 130  -4.836   6.827   7.879
    3    HG2  GLU 130           HG2      GLU 130  -5.584   4.992  10.143
    4    H    GLU 130           HN       GLU 130  -6.042   4.759   6.949
    5    HB3  GLU 130           HB1      GLU 130  -5.548   7.330   9.404
    6    HG3  GLU 130           HG1      GLU 130  -4.822   4.518   8.624

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LYS 131           HA       LYS 131  -6.906   9.884   6.045
    2    HB2  LYS 131           HB2      LYS 131  -6.726   8.185   3.549
    3    HG2  LYS 131           HG2      LYS 131  -4.608   9.959   4.737
    4    HD2  LYS 131           HD2      LYS 131  -4.603   7.959   2.478
    5    HE2  LYS 131           HE2      LYS 131  -2.498   7.956   3.785
    6    HZ1  LYS 131           HZ1      LYS 131  -2.408  10.810   2.979
    7    HZ3  LYS 131           HZ2      LYS 131  -1.070   9.938   3.548
    8    HZ2  LYS 131           HZ3      LYS 131  -2.405  10.200   4.559
    9    H    LYS 131           HN       LYS 131  -6.317   7.146   5.793
   10    HB3  LYS 131           HB1      LYS 131  -6.707   9.942   3.582
   11    HG3  LYS 131           HG1      LYS 131  -4.653   8.206   4.936
   12    HD3  LYS 131           HD1      LYS 131  -4.469   9.711   2.327
   13    HE3  LYS 131           HE1      LYS 131  -2.306   8.507   2.122

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   ILE 132           HA       ILE 132 -10.939   8.870   3.770
    2    HB   ILE 132           HB       ILE 132 -11.148   5.934   4.393
    3   HD13  ILE 132          HD11      ILE 132  -9.737   5.030   1.009
    4   HD12  ILE 132          HD12      ILE 132 -11.445   5.382   1.280
    5   HD11  ILE 132          HD13      ILE 132 -10.568   4.340   2.401
    6    H    ILE 132           HN       ILE 132  -8.758   7.238   4.541

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLN 133           HA       GLN 133 -12.925   7.247   7.727
    2    HB2  GLN 133           HB2      GLN 133 -10.342   6.345   8.985
    3    HG2  GLN 133           HG2      GLN 133 -12.811   4.858   8.121
    4   HE21  GLN 133          HE21      GLN 133 -12.890   2.672   8.599
    5   HE22  GLN 133          HE22      GLN 133 -11.967   1.969   9.877
    6    H    GLN 133           HN       GLN 133 -10.316   6.910   6.645
    7    HB3  GLN 133           HB1      GLN 133 -11.874   6.384   9.845
    8    HG3  GLN 133           HG1      GLN 133 -11.195   4.733   7.426

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   LYS 134           HA       LYS 134 -10.977  10.668  10.213
    2    HB2  LYS 134           HB2      LYS 134  -8.948  11.930  10.091
    3    HG2  LYS 134           HG2      LYS 134  -8.325  10.616   7.458
    4    HD2  LYS 134           HD2      LYS 134  -6.926  12.751   9.054
    5    HE2  LYS 134           HE2      LYS 134  -5.257  12.703   7.253
    6    HZ1  LYS 134           HZ1      LYS 134  -6.996  14.389   7.175
    7    HZ3  LYS 134           HZ2      LYS 134  -7.986  13.358   6.259
    8    HZ2  LYS 134           HZ3      LYS 134  -6.522  13.928   5.615
    9    H    LYS 134           HN       LYS 134  -9.961   9.105   8.005
   10    HB3  LYS 134           HB1      LYS 134  -8.522  10.245   9.825
   11    HG3  LYS 134           HG1      LYS 134  -8.899  12.274   7.633
   12    HD3  LYS 134           HD1      LYS 134  -6.342  11.118   8.728
   13    HE3  LYS 134           HE1      LYS 134  -6.304  11.625   6.329

  No H/Q in entry =          13
  In of MODEL    9
    1    HA3  GLY 135           HA2      GLY 135 -12.141  12.319   5.390
    2    H    GLY 135           HN       GLY 135 -10.826  10.928   6.729
    3    HA2  GLY 135           HA1      GLY 135 -12.605  13.224   6.825

  No H/Q in entry =           3
  In of MODEL    9
    1    H1   GLY  95           HT2      GLY  95  12.734   1.357  13.355
    2    H2   GLY  95           HT1      GLY  95  13.381   2.350  12.144
    3    H3   GLY  95           HT3      GLY  95  14.404   1.341  13.046
    4    HA2  GLY  95           HA2      GLY  95  14.597   3.625  13.793
    5    HA3  GLY  95           HA1      GLY  95  13.929   2.593  15.051

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ALA  96           HA       ALA  96  10.874   5.743  14.979
    2    HB2  ALA  96           HB1      ALA  96  11.302   8.116  15.248
    3    HB1  ALA  96           HB2      ALA  96  12.891   7.937  14.505
    4    HB3  ALA  96           HB3      ALA  96  12.558   7.183  16.064
    5    H    ALA  96           HN       ALA  96  13.686   5.551  14.310

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   MET  97           HA       MET  97  10.590   6.880  10.604
    2    HB2  MET  97           HB2      MET  97  11.566   8.673   9.369
    3    HG2  MET  97           HG2      MET  97  13.918   7.937   9.377
    4    HE2  MET  97           HE1      MET  97  16.220   9.727  10.643
    5    HE1  MET  97           HE2      MET  97  16.407   8.017  10.257
    6    HE3  MET  97           HE3      MET  97  16.866   8.617  11.850
    7    H    MET  97           HN       MET  97  12.992   6.629  12.287
    8    HB3  MET  97           HB1      MET  97  11.711   9.094  11.068
    9    HG3  MET  97           HG1      MET  97  13.719   9.645   9.757

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   GLU  98           HA       GLU  98  12.843   4.076   8.166
    2    HB2  GLU  98           HB2      GLU  98  10.487   4.804   6.403
    3    HG2  GLU  98           HG2      GLU  98  10.780   2.572   8.406
    4    H    GLU  98           HN       GLU  98  10.817   6.142   8.465
    5    HB3  GLU  98           HB1      GLU  98  11.507   3.383   6.216
    6    HG3  GLU  98           HG1      GLU  98   9.758   3.995   8.586

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   PRO  99           HA       PRO  99  15.344   6.894   5.804
    2    HB2  PRO  99           HB2      PRO  99  17.271   5.192   5.044
    3    HG2  PRO  99           HG2      PRO  99  16.099   3.206   5.389
    4    HD2  PRO  99           HD2      PRO  99  14.334   3.062   6.881
    5    HB3  PRO  99           HB1      PRO  99  17.107   5.690   6.733
    6    HG3  PRO  99           HG1      PRO  99  17.014   3.347   6.906
    7    HD3  PRO  99           HD1      PRO  99  15.156   4.060   8.100

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   GLU 100           HA       GLU 100  13.341   6.424   2.047
    2    HB2  GLU 100           HB2      GLU 100  13.749   8.803   2.152
    3    HG2  GLU 100           HG2      GLU 100  14.622   7.770  -0.531
    4    H    GLU 100           HN       GLU 100  15.167   7.572   3.810
    5    HB3  GLU 100           HB1      GLU 100  15.414   8.579   1.642
    6    HG3  GLU 100           HG1      GLU 100  12.958   8.059  -0.013

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ASN 101           HA       ASN 101  17.137   5.360  -0.576
    2    HB2  ASN 101           HB2      ASN 101  18.954   6.521   0.725
    3   HD21  ASN 101          HD21      ASN 101  18.375   5.180  -1.765
    4   HD22  ASN 101          HD22      ASN 101  19.871   4.497  -2.314
    5    H    ASN 101           HN       ASN 101  16.874   6.536   1.933
    6    HB3  ASN 101           HB1      ASN 101  19.137   5.040   1.660

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LYS 102           HA       LYS 102  17.136   1.203   1.464
    2    HB2  LYS 102           HB2      LYS 102  17.007   2.438   4.103
    3    HG2  LYS 102           HG2      LYS 102  18.767   0.803   2.763
    4    HD2  LYS 102           HD2      LYS 102  18.984  -1.161   4.205
    5    HE2  LYS 102           HE2      LYS 102  16.216  -0.970   3.030
    6    HZ1  LYS 102           HZ1      LYS 102  16.785  -2.976   4.395
    7    HZ3  LYS 102           HZ2      LYS 102  17.960  -3.351   3.229
    8    HZ2  LYS 102           HZ3      LYS 102  16.320  -3.290   2.792
    9    H    LYS 102           HN       LYS 102  16.764   3.851   2.564
   10    HB3  LYS 102           HB1      LYS 102  16.155   0.903   4.026
   11    HG3  LYS 102           HG1      LYS 102  18.840   1.261   4.466
   12    HD3  LYS 102           HD1      LYS 102  17.505  -0.694   5.052
   13    HE3  LYS 102           HE1      LYS 102  17.677  -1.318   2.107

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   TYR 103           HA       TYR 103  12.465   1.506   2.710
    2    HB2  TYR 103           HB2      TYR 103  12.427   3.856   3.396
    3    HD1  TYR 103           HD1      TYR 103  10.454   5.157   0.949
    4    HD2  TYR 103           HD2      TYR 103  10.399   2.051   3.849
    5    HE1  TYR 103           HE1      TYR 103   8.005   5.226   0.944
    6    HE2  TYR 103           HE2      TYR 103   7.942   2.100   3.864
    7    HH   TYR 103           HH       TYR 103   6.124   4.196   1.670
    8    H    TYR 103           HN       TYR 103  14.554   3.318   2.365
    9    HB3  TYR 103           HB1      TYR 103  12.439   4.360   1.715

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   LEU 104           HA       LEU 104  11.599   2.358  -1.924
    2    HB2  LEU 104           HB2      LEU 104  13.264   3.975  -2.545
    3    HG   LEU 104           HG       LEU 104  13.406   1.658  -4.479
    4   HD11  LEU 104          HD11      LEU 104  11.122   2.378  -4.017
    5   HD13  LEU 104          HD12      LEU 104  11.611   2.817  -5.653
    6   HD12  LEU 104          HD13      LEU 104  11.568   4.043  -4.388
    7   HD23  LEU 104          HD21      LEU 104  13.966   3.370  -6.141
    8   HD22  LEU 104          HD22      LEU 104  15.189   3.262  -4.874
    9   HD21  LEU 104          HD23      LEU 104  14.021   4.584  -4.863
   10    H    LEU 104           HN       LEU 104  13.800   2.900  -0.257
   11    HB3  LEU 104           HB1      LEU 104  14.517   2.748  -2.561

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   PRO 105           HA       PRO 105  13.976  -1.608  -3.396
    2    HB2  PRO 105           HB2      PRO 105  15.724  -2.689  -1.562
    3    HG2  PRO 105           HG2      PRO 105  15.640  -0.925  -0.026
    4    HD2  PRO 105           HD2      PRO 105  14.988   1.223  -0.645
    5    HB3  PRO 105           HB1      PRO 105  16.224  -1.632  -2.889
    6    HG3  PRO 105           HG1      PRO 105  17.018  -0.432  -1.036
    7    HD3  PRO 105           HD1      PRO 105  15.730   1.088  -2.254

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   GLU 106           HA       GLU 106  12.317  -3.692   0.614
    2    HB2  GLU 106           HB2      GLU 106  11.495  -1.008   1.709
    3    HG2  GLU 106           HG2      GLU 106  13.806  -1.357   2.176
    4    H    GLU 106           HN       GLU 106  13.290  -1.129   0.030
    5    HB3  GLU 106           HB1      GLU 106  11.060  -2.557   2.412
    6    HG3  GLU 106           HG1      GLU 106  12.882  -1.637   3.648

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LEU 107           HA       LEU 107   8.109  -1.773  -0.705
    2    HB2  LEU 107           HB2      LEU 107   9.449   0.312  -2.425
    3    HG   LEU 107           HG       LEU 107   9.259   0.853   0.030
    4   HD13  LEU 107          HD11      LEU 107   9.404   2.577  -1.689
    5   HD12  LEU 107          HD12      LEU 107   8.328   3.076  -0.382
    6   HD11  LEU 107          HD13      LEU 107   7.655   2.510  -1.912
    7   HD22  LEU 107          HD21      LEU 107   7.180  -0.288   0.506
    8   HD21  LEU 107          HD22      LEU 107   6.321   0.744  -0.638
    9   HD23  LEU 107          HD23      LEU 107   7.004   1.437   0.834
   10    H    LEU 107           HN       LEU 107  10.767  -0.804  -0.694
   11    HB3  LEU 107           HB1      LEU 107   7.725  -0.007  -2.413

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   MET 108           HA       MET 108   9.059  -2.879  -5.256
    2    HB2  MET 108           HB2      MET 108  11.056  -3.192  -6.469
    3    HG2  MET 108           HG2      MET 108  12.592  -2.693  -3.940
    4    HE2  MET 108           HE1      MET 108  14.416  -0.322  -6.486
    5    HE1  MET 108           HE2      MET 108  13.676  -0.449  -4.890
    6    HE3  MET 108           HE3      MET 108  12.673  -0.562  -6.337
    7    H    MET 108           HN       MET 108  10.645  -1.759  -3.177
    8    HB3  MET 108           HB1      MET 108  11.153  -1.653  -5.639
    9    HG3  MET 108           HG1      MET 108  12.528  -4.206  -4.844

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   ALA 109           HA       ALA 109  10.866  -6.962  -3.781
    2    HB2  ALA 109           HB1      ALA 109  11.613  -7.711  -1.550
    3    HB3  ALA 109           HB2      ALA 109  11.353  -6.077  -0.932
    4    HB1  ALA 109           HB3      ALA 109  12.584  -6.370  -2.160
    5    H    ALA 109           HN       ALA 109  10.997  -4.343  -2.691

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   GLU 110           HA       GLU 110   7.172  -7.492  -0.851
    2    HB2  GLU 110           HB2      GLU 110   6.810  -4.525  -0.377
    3    HG2  GLU 110           HG2      GLU 110   7.416  -6.792   1.504
    4    H    GLU 110           HN       GLU 110   8.944  -5.293  -1.304
    5    HB3  GLU 110           HB1      GLU 110   5.650  -5.747   0.123
    6    HG3  GLU 110           HG1      GLU 110   8.488  -5.461   1.074

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LYS 111           HA       LYS 111   4.675  -4.919  -4.109
    2    HB2  LYS 111           HB2      LYS 111   5.797  -3.019  -4.768
    3    HG2  LYS 111           HG2      LYS 111   6.406  -4.785  -7.127
    4    HD2  LYS 111           HD2      LYS 111   5.743  -1.851  -7.074
    5    HE2  LYS 111           HE2      LYS 111   5.423  -3.159  -9.184
    6    HZ3  LYS 111           HZ1      LYS 111   8.385  -3.328  -9.204
    7    HZ2  LYS 111           HZ2      LYS 111   7.304  -3.944 -10.357
    8    HZ1  LYS 111           HZ3      LYS 111   7.389  -4.641  -8.814
    9    H    LYS 111           HN       LYS 111   7.218  -4.727  -2.988
   10    HB3  LYS 111           HB1      LYS 111   7.299  -3.877  -5.070
   11    HG3  LYS 111           HG1      LYS 111   4.844  -4.024  -6.808
   12    HD3  LYS 111           HD1      LYS 111   7.400  -2.455  -7.023
   13    HE3  LYS 111           HE1      LYS 111   6.574  -1.826  -9.298

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   ASP 112           HA       ASP 112   6.237  -7.862  -7.315
    2    HB2  ASP 112           HB2      ASP 112   9.090  -7.787  -6.434
    3    H    ASP 112           HN       ASP 112   7.670  -6.515  -5.199
    4    HB3  ASP 112           HB1      ASP 112   8.551  -9.070  -7.516

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   SER 113           HA       SER 113   6.382 -11.369  -4.411
    2    HB2  SER 113           HB2      SER 113   6.834  -9.736  -1.903
    3    HG   SER 113           HG       SER 113   8.710  -9.663  -2.971
    4    H    SER 113           HN       SER 113   6.579  -8.459  -4.061
    5    HB3  SER 113           HB1      SER 113   6.817 -11.497  -1.988

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   LEU 114           HA       LEU 114   2.471  -9.854  -2.238
    2    HB2  LEU 114           HB2      LEU 114   3.162  -7.358  -2.478
    3    HG   LEU 114           HG       LEU 114   0.288  -8.225  -2.261
    4   HD11  LEU 114          HD11      LEU 114   2.302  -7.128  -0.296
    5   HD13  LEU 114          HD12      LEU 114   1.707  -8.787  -0.380
    6   HD12  LEU 114          HD13      LEU 114   0.614  -7.479   0.077
    7   HD22  LEU 114          HD21      LEU 114  -0.304  -5.975  -1.643
    8   HD21  LEU 114          HD22      LEU 114   0.376  -5.983  -3.270
    9   HD23  LEU 114          HD23      LEU 114   1.354  -5.437  -1.912
   10    H    LEU 114           HN       LEU 114   4.478  -8.645  -3.913
   11    HB3  LEU 114           HB1      LEU 114   2.107  -7.366  -3.876

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ASP 115           HA       ASP 115   0.299 -11.665  -5.527
    2    HB2  ASP 115           HB2      ASP 115  -0.550 -12.786  -3.414
    3    H    ASP 115           HN       ASP 115   0.466 -10.587  -2.877
    4    HB3  ASP 115           HB1      ASP 115  -1.878 -11.631  -3.425

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   PRO 116           HA       PRO 116  -1.571  -8.222  -7.540
    2    HB2  PRO 116           HB2      PRO 116  -2.839  -9.599  -9.551
    3    HG2  PRO 116           HG2      PRO 116  -2.511 -11.738  -8.688
    4    HD2  PRO 116           HD2      PRO 116  -0.822 -12.212  -7.145
    5    HB3  PRO 116           HB1      PRO 116  -1.110  -9.226  -9.541
    6    HG3  PRO 116           HG1      PRO 116  -1.066 -11.560  -9.707
    7    HD3  PRO 116           HD1      PRO 116   0.301 -11.045  -7.878

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   SER 117           HA       SER 117  -6.033 -10.005  -6.872
    2    HB2  SER 117           HB2      SER 117  -5.136 -11.288  -4.282
    3    HG   SER 117           HG       SER 117  -4.446 -12.632  -5.863
    4    H    SER 117           HN       SER 117  -3.440 -10.826  -6.226
    5    HB3  SER 117           HB1      SER 117  -6.769 -11.301  -4.948

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   PHE 118           HA       PHE 118  -5.776  -7.029  -3.340
    2    HB2  PHE 118           HB2      PHE 118  -2.785  -7.129  -2.875
    3    HD1  PHE 118           HD1      PHE 118  -2.717  -9.582  -2.945
    4    HD2  PHE 118           HD2      PHE 118  -5.273  -7.479  -0.275
    5    HE1  PHE 118           HE1      PHE 118  -2.988 -11.620  -1.615
    6    HE2  PHE 118           HE2      PHE 118  -5.541  -9.516   1.072
    7    HZ   PHE 118           HZ       PHE 118  -4.400 -11.593   0.407
    8    H    PHE 118           HN       PHE 118  -3.734  -8.648  -4.675
    9    HB3  PHE 118           HB1      PHE 118  -3.969  -6.302  -1.867

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   THR 119           HA       THR 119  -4.610  -4.525  -6.883
    2    HB   THR 119           HB       THR 119  -7.402  -3.727  -6.071
    3    HG1  THR 119           HG1      THR 119  -6.918  -5.855  -7.128
    4   HG21  THR 119          HG21      THR 119  -6.246  -1.832  -7.084
    5   HG23  THR 119          HG22      THR 119  -7.477  -2.470  -8.176
    6   HG22  THR 119          HG23      THR 119  -5.776  -2.839  -8.458
    7    H    THR 119           HN       THR 119  -6.378  -5.728  -5.070

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   HIS 120           HA       HIS 120  -5.143  -0.593  -4.377
    2    HB2  HIS 120           HB2      HIS 120  -6.260  -1.817  -1.855
    3    HD1  HIS 120           HD1      HIS 120  -7.428   0.495  -4.665
    4    HD2  HIS 120           HD2      HIS 120  -8.799  -2.555  -2.210
    5    HE1  HIS 120           HE1      HIS 120  -9.777   0.033  -5.411
    6    HE2  HIS 120           HE2      HIS 120 -10.462  -2.004  -4.112
    7    H    HIS 120           HN       HIS 120  -6.158  -3.230  -3.960
    8    HB3  HIS 120           HB1      HIS 120  -6.077  -0.100  -2.186

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   ALA 121           HA       ALA 121  -2.087  -2.104  -0.948
    2    HB2  ALA 121           HB1      ALA 121  -1.373  -4.314  -0.419
    3    HB3  ALA 121           HB2      ALA 121  -2.244  -4.986  -1.796
    4    HB1  ALA 121           HB3      ALA 121  -3.137  -4.320  -0.431
    5    H    ALA 121           HN       ALA 121  -4.256  -3.290  -2.261

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   MET 122           HA       MET 122   0.475  -3.640  -4.627
    2    HB2  MET 122           HB2      MET 122  -2.018  -4.225  -6.172
    3    HG2  MET 122           HG2      MET 122  -0.602  -5.884  -4.729
    4    HE3  MET 122           HE1      MET 122   1.867  -4.082  -5.856
    5    HE2  MET 122           HE2      MET 122   3.137  -5.305  -5.851
    6    HE1  MET 122           HE3      MET 122   1.995  -5.217  -4.511
    7    H    MET 122           HN       MET 122  -2.297  -3.750  -4.015
    8    HB3  MET 122           HB1      MET 122  -0.496  -4.017  -7.031
    9    HG3  MET 122           HG1      MET 122  -1.347  -6.375  -6.245

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   GLN 123           HA       GLN 123  -0.837   0.180  -7.055
    2    HB2  GLN 123           HB2      GLN 123  -3.187   0.359  -7.297
    3    HG2  GLN 123           HG2      GLN 123  -2.365   2.676  -5.564
    4   HE21  GLN 123          HE21      GLN 123  -4.952   1.225  -7.417
    5   HE22  GLN 123          HE22      GLN 123  -6.146   2.431  -7.046
    6    H    GLN 123           HN       GLN 123  -2.280  -1.544  -5.327
    7    HB3  GLN 123           HB1      GLN 123  -3.448   0.421  -5.559
    8    HG3  GLN 123           HG1      GLN 123  -2.361   2.604  -7.319

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   LEU 124           HA       LEU 124  -0.341   2.850  -3.304
    2    HB2  LEU 124           HB2      LEU 124  -0.744   0.671  -1.247
    3    HG   LEU 124           HG       LEU 124  -2.802   1.709  -2.384
    4   HD11  LEU 124          HD11      LEU 124  -2.485   1.914   0.612
    5   HD13  LEU 124          HD12      LEU 124  -2.921   0.464  -0.295
    6   HD12  LEU 124          HD13      LEU 124  -4.015   1.844  -0.263
    7   HD22  LEU 124          HD21      LEU 124  -2.008   4.000  -2.465
    8   HD21  LEU 124          HD22      LEU 124  -1.916   4.054  -0.705
    9   HD23  LEU 124          HD23      LEU 124  -3.482   3.896  -1.500
   10    H    LEU 124           HN       LEU 124  -1.490   0.318  -3.582
   11    HB3  LEU 124           HB1      LEU 124  -0.285   2.319  -0.851

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   LEU 125           HA       LEU 125   3.645   0.352  -2.313
    2    HB2  LEU 125           HB2      LEU 125   2.495  -1.962  -3.845
    3    HG   LEU 125           HG       LEU 125   2.383  -1.990  -1.326
    4   HD13  LEU 125          HD11      LEU 125   3.057  -4.314  -1.205
    5   HD12  LEU 125          HD12      LEU 125   4.029  -4.131  -2.659
    6   HD11  LEU 125          HD13      LEU 125   2.275  -3.995  -2.753
    7   HD22  LEU 125          HD21      LEU 125   4.442  -2.508  -0.127
    8   HD21  LEU 125          HD22      LEU 125   4.564  -0.930  -0.909
    9   HD23  LEU 125          HD23      LEU 125   5.369  -2.332  -1.619
   10    H    LEU 125           HN       LEU 125   1.029  -0.369  -3.212
   11    HB3  LEU 125           HB1      LEU 125   4.229  -1.782  -3.700

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   THR 126           HA       THR 126   4.329   0.578  -6.985
    2    HB   THR 126           HB       THR 126   1.429   1.188  -7.605
    3    HG1  THR 126           HG1      THR 126   1.692  -0.999  -7.339
    4   HG22  THR 126          HG21      THR 126   2.106   1.151  -9.969
    5   HG21  THR 126          HG22      THR 126   3.795   1.029  -9.478
    6   HG23  THR 126          HG23      THR 126   2.865   2.476  -9.084
    7    H    THR 126           HN       THR 126   2.018   0.208  -5.412

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   ALA 127           HA       ALA 127   2.754   5.112  -7.010
    2    HB3  ALA 127           HB1      ALA 127   0.525   4.833  -6.055
    3    HB2  ALA 127           HB2      ALA 127   1.315   6.294  -5.460
    4    HB1  ALA 127           HB3      ALA 127   1.217   4.864  -4.434
    5    H    ALA 127           HN       ALA 127   1.844   2.790  -5.763

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   GLU 128           HA       GLU 128   4.866   5.985  -2.779
    2    HB2  GLU 128           HB2      GLU 128   4.003   3.937  -1.507
    3    HG2  GLU 128           HG2      GLU 128   6.017   3.868   0.065
    4    H    GLU 128           HN       GLU 128   3.402   3.830  -3.754
    5    HB3  GLU 128           HB1      GLU 128   5.457   3.117  -2.051
    6    HG3  GLU 128           HG1      GLU 128   6.724   5.078  -1.001

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ILE 129           HA       ILE 129   8.652   3.660  -4.549
    2    HB   ILE 129           HB       ILE 129   6.966   2.169  -6.558
    3   HD12  ILE 129          HD11      ILE 129   7.779  -0.942  -4.667
    4   HD11  ILE 129          HD12      ILE 129   8.556  -0.418  -6.163
    5   HD13  ILE 129          HD13      ILE 129   6.803  -0.306  -5.993
    6    H    ILE 129           HN       ILE 129   5.885   3.161  -4.606

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLU 130           HA       GLU 130   7.658   5.990  -8.699
    2    HB2  GLU 130           HB2      GLU 130   4.930   6.795  -7.677
    3    HG2  GLU 130           HG2      GLU 130   5.652   4.972  -9.957
    4    H    GLU 130           HN       GLU 130   6.101   4.702  -6.762
    5    HB3  GLU 130           HB1      GLU 130   5.648   7.303  -9.195
    6    HG3  GLU 130           HG1      GLU 130   4.891   4.493  -8.441

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LYS 131           HA       LYS 131   7.066   9.803  -5.813
    2    HB2  LYS 131           HB2      LYS 131   6.862   8.092  -3.328
    3    HG2  LYS 131           HG2      LYS 131   4.771   9.911  -4.500
    4    HD2  LYS 131           HD2      LYS 131   4.737   7.887  -2.264
    5    HE2  LYS 131           HE2      LYS 131   2.625   7.943  -3.563
    6    HZ1  LYS 131           HZ1      LYS 131   2.587  10.790  -2.724
    7    HZ3  LYS 131           HZ2      LYS 131   1.250   9.947  -3.323
    8    HZ2  LYS 131           HZ3      LYS 131   2.597  10.200  -4.316
    9    H    LYS 131           HN       LYS 131   6.417   7.078  -5.589
   10    HB3  LYS 131           HB1      LYS 131   6.873   9.850  -3.353
   11    HG3  LYS 131           HG1      LYS 131   4.790   8.158  -4.716
   12    HD3  LYS 131           HD1      LYS 131   4.636   9.638  -2.090
   13    HE3  LYS 131           HE1      LYS 131   2.450   8.484  -1.895

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   ILE 132           HA       ILE 132  11.072   8.697  -3.542
    2    HB   ILE 132           HB       ILE 132  11.227   5.765  -4.191
    3   HD12  ILE 132          HD11      ILE 132   9.809   4.864  -0.807
    4   HD11  ILE 132          HD12      ILE 132  11.521   5.185  -1.083
    5   HD13  ILE 132          HD13      ILE 132  10.621   4.168  -2.209
    6    H    ILE 132           HN       ILE 132   8.865   7.113  -4.326

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLN 133           HA       GLN 133  13.035   7.064  -7.514
    2    HB2  GLN 133           HB2      GLN 133  10.433   6.223  -8.775
    3    HG2  GLN 133           HG2      GLN 133  12.871   4.688  -7.922
    4   HE21  GLN 133          HE21      GLN 133  12.907   2.494  -8.415
    5   HE22  GLN 133          HE22      GLN 133  11.975   1.824  -9.706
    6    H    GLN 133           HN       GLN 133  10.418   6.771  -6.433
    7    HB3  GLN 133           HB1      GLN 133  11.963   6.238  -9.639
    8    HG3  GLN 133           HG1      GLN 133  11.253   4.587  -7.231

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   LYS 134           HA       LYS 134  11.151  10.532  -9.973
    2    HB2  LYS 134           HB2      LYS 134   9.152  11.832  -9.847
    3    HG2  LYS 134           HG2      LYS 134   8.494  10.518  -7.223
    4    HD2  LYS 134           HD2      LYS 134   7.144  12.693  -8.808
    5    HE2  LYS 134           HE2      LYS 134   5.469  12.665  -7.008
    6    HZ1  LYS 134           HZ1      LYS 134   7.235  14.322  -6.926
    7    HZ3  LYS 134           HZ2      LYS 134   8.210  13.272  -6.020
    8    HZ2  LYS 134           HZ3      LYS 134   6.763  13.862  -5.369
    9    H    LYS 134           HN       LYS 134  10.109   8.981  -7.765
   10    HB3  LYS 134           HB1      LYS 134   8.690  10.155  -9.594
   11    HG3  LYS 134           HG1      LYS 134   9.105  12.164  -7.391
   12    HD3  LYS 134           HD1      LYS 134   6.519  11.072  -8.494
   13    HE3  LYS 134           HE1      LYS 134   6.498  11.568  -6.086

  No H/Q in entry =          13
  In of MODEL    9
    1    HA3  GLY 135           HA2      GLY 135  12.355  12.136  -5.138
    2    H    GLY 135           HN       GLY 135  11.002  10.781  -6.483
    3    HA2  GLY 135           HA1      GLY 135  12.833  13.045  -6.569

  No H/Q in entry =           3
  In of MODEL   10
    1    H1   GLY  95           HT1      GLY  95  -7.104   5.118  -7.490
    2    H2   GLY  95           HT3      GLY  95  -8.525   4.218  -7.253
    3    H3   GLY  95           HT2      GLY  95  -7.275   3.588  -8.200
    4    HA3  GLY  95           HA1      GLY  95  -7.599   5.242  -9.878
    5    HA2  GLY  95           HA2      GLY  95  -9.107   4.396  -9.561

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ALA  96           HA       ALA  96  -9.308   8.990  -8.726
    2    HB3  ALA  96           HB1      ALA  96  -9.524   9.180 -11.726
    3    HB2  ALA  96           HB2      ALA  96  -8.070   9.500 -10.781
    4    HB1  ALA  96           HB3      ALA  96  -9.490  10.527 -10.587
    5    H    ALA  96           HN       ALA  96  -8.756   7.001 -10.726

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   MET  97           HA       MET  97 -13.624   8.489 -10.209
    2    HB2  MET  97           HB2      MET  97 -13.033   7.549 -12.489
    3    HG2  MET  97           HG2      MET  97 -15.701   6.797 -11.318
    4    HE3  MET  97           HE1      MET  97 -14.791   8.532 -14.714
    5    HE2  MET  97           HE2      MET  97 -14.740   7.155 -15.817
    6    HE1  MET  97           HE3      MET  97 -13.518   7.321 -14.558
    7    H    MET  97           HN       MET  97 -11.230   6.831 -10.615
    8    HB3  MET  97           HB1      MET  97 -13.426   5.965 -11.847
    9    HG3  MET  97           HG1      MET  97 -15.289   8.314 -12.117

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   GLU  98           HA       GLU  98 -14.234   4.724  -7.621
    2    HB2  GLU  98           HB2      GLU  98 -11.549   5.199  -6.324
    3    HG2  GLU  98           HG2      GLU  98 -12.504   2.962  -8.088
    4    H    GLU  98           HN       GLU  98 -12.070   6.512  -8.363
    5    HB3  GLU  98           HB1      GLU  98 -12.705   3.972  -5.832
    6    HG3  GLU  98           HG1      GLU  98 -11.228   4.127  -8.444

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   PRO  99           HA       PRO  99 -15.849   7.725  -4.718
    2    HB2  PRO  99           HB2      PRO  99 -17.817   6.151  -3.730
    3    HG2  PRO  99           HG2      PRO  99 -17.227   4.115  -4.666
    4    HD2  PRO  99           HD2      PRO  99 -15.674   3.981  -6.352
    5    HB3  PRO  99           HB1      PRO  99 -17.940   6.948  -5.301
    6    HG3  PRO  99           HG1      PRO  99 -18.263   4.751  -5.959
    7    HD3  PRO  99           HD1      PRO  99 -16.476   5.237  -7.315

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   GLU 100           HA       GLU 100 -13.380   6.410  -1.390
    2    HB2  GLU 100           HB2      GLU 100 -14.868   8.810  -0.311
    3    HG2  GLU 100           HG2      GLU 100 -12.124   8.615  -1.535
    4    H    GLU 100           HN       GLU 100 -15.122   8.129  -2.750
    5    HB3  GLU 100           HB1      GLU 100 -13.466   8.055   0.438
    6    HG3  GLU 100           HG1      GLU 100 -13.530   9.399  -2.256

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ASN 101           HA       ASN 101 -17.234   5.553   1.322
    2    HB2  ASN 101           HB2      ASN 101 -18.977   6.846   0.092
    3   HD21  ASN 101          HD21      ASN 101 -18.576   5.172   2.407
    4   HD22  ASN 101          HD22      ASN 101 -20.084   4.405   2.751
    5    H    ASN 101           HN       ASN 101 -16.823   6.927  -1.054
    6    HB3  ASN 101           HB1      ASN 101 -19.103   5.509  -1.047

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LYS 102           HA       LYS 102 -17.185   1.544  -0.926
    2    HB2  LYS 102           HB2      LYS 102 -17.944   2.549  -3.254
    3    HG2  LYS 102           HG2      LYS 102 -16.838  -0.203  -2.814
    4    HD2  LYS 102           HD2      LYS 102 -18.461  -0.605  -4.875
    5    HE2  LYS 102           HE2      LYS 102 -16.430  -0.453  -6.367
    6    HZ1  LYS 102           HZ1      LYS 102 -16.321  -1.871  -3.771
    7    HZ3  LYS 102           HZ2      LYS 102 -15.122  -2.077  -4.945
    8    HZ2  LYS 102           HZ3      LYS 102 -16.728  -2.497  -5.292
    9    H    LYS 102           HN       LYS 102 -16.820   4.240  -1.950
   10    HB3  LYS 102           HB1      LYS 102 -16.305   2.112  -3.723
   11    HG3  LYS 102           HG1      LYS 102 -18.522   0.318  -2.793
   12    HD3  LYS 102           HD1      LYS 102 -17.929   1.028  -5.285
   13    HE3  LYS 102           HE1      LYS 102 -15.565   0.210  -4.980

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   TYR 103           HA       TYR 103 -12.597   1.888  -2.411
    2    HB2  TYR 103           HB2      TYR 103 -12.577   4.227  -3.106
    3    HD1  TYR 103           HD1      TYR 103 -10.521   5.425  -0.596
    4    HD2  TYR 103           HD2      TYR 103 -10.560   2.554  -3.732
    5    HE1  TYR 103           HE1      TYR 103  -8.069   5.489  -0.660
    6    HE2  TYR 103           HE2      TYR 103  -8.102   2.605  -3.811
    7    HH   TYR 103           HH       TYR 103  -6.203   4.270  -1.423
    8    H    TYR 103           HN       TYR 103 -14.674   3.699  -1.956
    9    HB3  TYR 103           HB1      TYR 103 -12.541   4.746  -1.429

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   LEU 104           HA       LEU 104 -11.648   2.670   2.218
    2    HB2  LEU 104           HB2      LEU 104 -13.357   4.254   2.861
    3    HG   LEU 104           HG       LEU 104 -13.468   1.954   4.815
    4   HD12  LEU 104          HD11      LEU 104 -11.655   3.144   5.970
    5   HD11  LEU 104          HD12      LEU 104 -11.567   4.286   4.627
    6   HD13  LEU 104          HD13      LEU 104 -11.176   2.584   4.367
    7   HD23  LEU 104          HD21      LEU 104 -13.943   4.902   5.245
    8   HD22  LEU 104          HD22      LEU 104 -14.056   3.623   6.455
    9   HD21  LEU 104          HD23      LEU 104 -15.212   3.682   5.122
   10    H    LEU 104           HN       LEU 104 -13.881   3.190   0.578
   11    HB3  LEU 104           HB1      LEU 104 -14.570   2.990   2.889

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   PRO 105           HA       PRO 105 -13.916  -1.394   3.565
    2    HB2  PRO 105           HB2      PRO 105 -15.727  -2.439   1.794
    3    HG2  PRO 105           HG2      PRO 105 -15.694  -0.660   0.284
    4    HD2  PRO 105           HD2      PRO 105 -15.028   1.487   0.908
    5    HB3  PRO 105           HB1      PRO 105 -16.176  -1.399   3.154
    6    HG3  PRO 105           HG1      PRO 105 -17.045  -0.188   1.340
    7    HD3  PRO 105           HD1      PRO 105 -15.734   1.339   2.532

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   GLU 106           HA       GLU 106 -12.366  -3.345  -0.591
    2    HB2  GLU 106           HB2      GLU 106 -11.305  -0.663  -1.505
    3    HG2  GLU 106           HG2      GLU 106 -13.733  -0.855  -1.871
    4    H    GLU 106           HN       GLU 106 -13.288  -0.793   0.126
    5    HB3  GLU 106           HB1      GLU 106 -11.082  -2.195  -2.325
    6    HG3  GLU 106           HG1      GLU 106 -12.794  -0.755  -3.356

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LEU 107           HA       LEU 107  -8.116  -1.592   0.849
    2    HB2  LEU 107           HB2      LEU 107  -9.431   0.477   2.605
    3    HG   LEU 107           HG       LEU 107  -9.249   1.098   0.178
    4   HD13  LEU 107          HD11      LEU 107  -8.293   3.293   0.660
    5   HD12  LEU 107          HD12      LEU 107  -7.588   2.666   2.150
    6   HD11  LEU 107          HD13      LEU 107  -9.341   2.756   1.973
    7   HD21  LEU 107          HD21      LEU 107  -6.301   0.926   0.805
    8   HD23  LEU 107          HD22      LEU 107  -6.999   1.657  -0.642
    9   HD22  LEU 107          HD23      LEU 107  -7.190  -0.071  -0.350
   10    H    LEU 107           HN       LEU 107 -10.741  -0.552   0.818
   11    HB3  LEU 107           HB1      LEU 107  -7.712   0.141   2.585

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   MET 108           HA       MET 108  -9.200  -2.721   5.382
    2    HB2  MET 108           HB2      MET 108 -11.240  -3.045   6.524
    3    HG2  MET 108           HG2      MET 108 -12.655  -2.732   3.895
    4    HE3  MET 108           HE1      MET 108 -13.864  -4.403   7.213
    5    HE2  MET 108           HE2      MET 108 -14.703  -3.071   8.011
    6    HE1  MET 108           HE3      MET 108 -12.952  -3.017   7.805
    7    H    MET 108           HN       MET 108 -10.700  -1.563   3.279
    8    HB3  MET 108           HB1      MET 108 -11.376  -1.528   5.648
    9    HG3  MET 108           HG1      MET 108 -12.610  -4.169   4.912

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   ALA 109           HA       ALA 109 -10.975  -6.791   3.791
    2    HB3  ALA 109           HB1      ALA 109 -11.678  -7.477   1.500
    3    HB2  ALA 109           HB2      ALA 109 -11.452  -5.806   0.970
    4    HB1  ALA 109           HB3      ALA 109 -12.676  -6.192   2.179
    5    H    ALA 109           HN       ALA 109 -11.065  -4.153   2.744

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   GLU 110           HA       GLU 110  -7.253  -7.293   0.862
    2    HB2  GLU 110           HB2      GLU 110  -6.703  -4.325   0.626
    3    HG2  GLU 110           HG2      GLU 110  -7.513  -6.152  -1.611
    4    H    GLU 110           HN       GLU 110  -9.010  -5.098   1.375
    5    HB3  GLU 110           HB1      GLU 110  -5.769  -5.615  -0.123
    6    HG3  GLU 110           HG1      GLU 110  -8.681  -5.195  -0.702

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LYS 111           HA       LYS 111  -4.741  -4.891   4.222
    2    HB2  LYS 111           HB2      LYS 111  -5.816  -2.937   4.837
    3    HG2  LYS 111           HG2      LYS 111  -6.260  -4.749   7.198
    4    HD2  LYS 111           HD2      LYS 111  -6.015  -1.752   7.171
    5    HE2  LYS 111           HE2      LYS 111  -5.383  -2.664   9.273
    6    HZ3  LYS 111           HZ1      LYS 111  -7.049  -4.065  10.508
    7    HZ2  LYS 111           HZ2      LYS 111  -6.200  -4.845   9.268
    8    HZ1  LYS 111           HZ3      LYS 111  -7.804  -4.360   9.016
    9    H    LYS 111           HN       LYS 111  -7.265  -4.574   3.075
   10    HB3  LYS 111           HB1      LYS 111  -7.330  -3.755   5.193
   11    HG3  LYS 111           HG1      LYS 111  -4.822  -3.778   6.859
   12    HD3  LYS 111           HD1      LYS 111  -7.562  -2.594   7.197
   13    HE3  LYS 111           HE1      LYS 111  -7.010  -2.003   9.437

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   ASP 112           HA       ASP 112  -6.519  -7.659   7.468
    2    HB2  ASP 112           HB2      ASP 112  -9.318  -7.423   6.494
    3    H    ASP 112           HN       ASP 112  -7.828  -6.300   5.297
    4    HB3  ASP 112           HB1      ASP 112  -8.919  -8.774   7.551

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   SER 113           HA       SER 113  -6.653 -11.251   4.692
    2    HB2  SER 113           HB2      SER 113  -7.093  -9.748   2.104
    3    HG   SER 113           HG       SER 113  -8.973  -9.586   3.134
    4    H    SER 113           HN       SER 113  -6.813  -8.357   4.217
    5    HB3  SER 113           HB1      SER 113  -7.104 -11.498   2.291

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   LEU 114           HA       LEU 114  -2.740  -9.867   2.428
    2    HB2  LEU 114           HB2      LEU 114  -3.384  -7.369   2.517
    3    HG   LEU 114           HG       LEU 114  -0.519  -8.280   2.429
    4   HD12  LEU 114          HD11      LEU 114  -0.745  -7.659   0.065
    5   HD11  LEU 114          HD12      LEU 114  -2.418  -7.184   0.356
    6   HD13  LEU 114          HD13      LEU 114  -1.934  -8.871   0.542
    7   HD21  LEU 114          HD21      LEU 114  -0.599  -5.992   3.362
    8   HD23  LEU 114          HD22      LEU 114  -1.492  -5.475   1.933
    9   HD22  LEU 114          HD23      LEU 114   0.159  -6.072   1.773
   10    H    LEU 114           HN       LEU 114  -4.727  -8.565   4.053
   11    HB3  LEU 114           HB1      LEU 114  -2.376  -7.300   3.949

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ASP 115           HA       ASP 115  -0.563 -11.466   5.808
    2    HB2  ASP 115           HB2      ASP 115   0.185 -12.826   3.820
    3    H    ASP 115           HN       ASP 115  -0.711 -10.556   3.082
    4    HB3  ASP 115           HB1      ASP 115   1.547 -11.724   3.660

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   PRO 116           HA       PRO 116   1.500  -7.974   7.509
    2    HB2  PRO 116           HB2      PRO 116   2.716  -9.233   9.613
    3    HG2  PRO 116           HG2      PRO 116   2.288 -11.420   8.939
    4    HD2  PRO 116           HD2      PRO 116   0.576 -11.946   7.440
    5    HB3  PRO 116           HB1      PRO 116   1.006  -8.788   9.580
    6    HG3  PRO 116           HG1      PRO 116   0.858 -11.091   9.941
    7    HD3  PRO 116           HD1      PRO 116  -0.498 -10.683   8.080

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   SER 117           HA       SER 117   5.872  -9.959   7.004
    2    HB2  SER 117           HB2      SER 117   4.976 -11.484   4.546
    3    HG   SER 117           HG       SER 117   4.234 -12.661   6.223
    4    H    SER 117           HN       SER 117   3.243 -10.741   6.348
    5    HB3  SER 117           HB1      SER 117   6.599 -11.469   5.240

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   PHE 118           HA       PHE 118   5.659  -7.147   3.371
    2    HB2  PHE 118           HB2      PHE 118   2.671  -7.237   2.890
    3    HD1  PHE 118           HD1      PHE 118   2.546  -9.681   2.934
    4    HD2  PHE 118           HD2      PHE 118   5.185  -7.614   0.314
    5    HE1  PHE 118           HE1      PHE 118   2.801 -11.716   1.596
    6    HE2  PHE 118           HE2      PHE 118   5.434  -9.646  -1.041
    7    HZ   PHE 118           HZ       PHE 118   4.242 -11.706  -0.408
    8    H    PHE 118           HN       PHE 118   3.617  -8.765   4.699
    9    HB3  PHE 118           HB1      PHE 118   3.866  -6.420   1.888

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   THR 119           HA       THR 119   4.472  -4.773   6.998
    2    HB   THR 119           HB       THR 119   7.214  -3.807   6.194
    3    HG1  THR 119           HG1      THR 119   6.287  -5.945   7.668
    4   HG23  THR 119          HG21      THR 119   5.992  -2.104   7.440
    5   HG22  THR 119          HG22      THR 119   7.280  -2.794   8.430
    6   HG21  THR 119          HG23      THR 119   5.605  -3.282   8.694
    7    H    THR 119           HN       THR 119   6.227  -5.910   5.169

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   HIS 120           HA       HIS 120   4.761  -0.717   4.730
    2    HB2  HIS 120           HB2      HIS 120   6.214  -1.672   2.267
    3    HD1  HIS 120           HD1      HIS 120   6.625   0.847   5.107
    4    HD2  HIS 120           HD2      HIS 120   8.809  -1.894   2.871
    5    HE1  HIS 120           HE1      HIS 120   8.961   0.917   6.031
    6    HE2  HIS 120           HE2      HIS 120  10.190  -0.911   4.831
    7    H    HIS 120           HN       HIS 120   6.037  -3.215   4.175
    8    HB3  HIS 120           HB1      HIS 120   5.672  -0.021   2.529

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   ALA 121           HA       ALA 121   1.963  -2.238   1.111
    2    HB1  ALA 121           HB1      ALA 121   1.346  -4.446   0.505
    3    HB3  ALA 121           HB2      ALA 121   2.145  -5.126   1.923
    4    HB2  ALA 121           HB3      ALA 121   3.105  -4.422   0.622
    5    H    ALA 121           HN       ALA 121   4.105  -3.374   2.509

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   MET 122           HA       MET 122  -0.698  -3.858   4.704
    2    HB2  MET 122           HB2      MET 122   1.784  -4.423   6.282
    3    HG2  MET 122           HG2      MET 122   0.403  -6.093   4.803
    4    HE3  MET 122           HE1      MET 122  -2.020  -4.287   6.038
    5    HE2  MET 122           HE2      MET 122  -3.321  -5.477   6.025
    6    HE1  MET 122           HE3      MET 122  -2.214  -5.366   4.657
    7    H    MET 122           HN       MET 122   2.092  -3.947   4.143
    8    HB3  MET 122           HB1      MET 122   0.247  -4.248   7.117
    9    HG3  MET 122           HG1      MET 122   1.155  -6.584   6.320

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   GLN 123           HA       GLN 123   0.680  -0.147   7.279
    2    HB2  GLN 123           HB2      GLN 123   2.985  -0.218   7.605
    3    HG2  GLN 123           HG2      GLN 123   2.750   2.211   5.855
    4   HE21  GLN 123          HE21      GLN 123   4.187   1.812   9.002
    5   HE22  GLN 123          HE22      GLN 123   5.826   2.068   8.512
    6    H    GLN 123           HN       GLN 123   2.052  -1.852   5.492
    7    HB3  GLN 123           HB1      GLN 123   3.330  -0.167   5.888
    8    HG3  GLN 123           HG1      GLN 123   2.447   2.147   7.590

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   LEU 124           HA       LEU 124   0.359   2.731   3.648
    2    HB2  LEU 124           HB2      LEU 124   0.723   0.628   1.507
    3    HG   LEU 124           HG       LEU 124   2.807   1.552   2.629
    4   HD13  LEU 124          HD11      LEU 124   2.874   0.529   0.420
    5   HD12  LEU 124          HD12      LEU 124   3.975   1.903   0.503
    6   HD11  LEU 124          HD13      LEU 124   2.422   2.065  -0.321
    7   HD21  LEU 124          HD21      LEU 124   2.016   3.833   2.953
    8   HD23  LEU 124          HD22      LEU 124   1.927   4.061   1.207
    9   HD22  LEU 124          HD23      LEU 124   3.489   3.807   1.984
   10    H    LEU 124           HN       LEU 124   1.437   0.157   3.826
   11    HB3  LEU 124           HB1      LEU 124   0.276   2.291   1.171

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   LEU 125           HA       LEU 125  -3.686   0.392   2.537
    2    HB2  LEU 125           HB2      LEU 125  -2.628  -2.003   4.017
    3    HG   LEU 125           HG       LEU 125  -2.464  -1.964   1.508
    4   HD13  LEU 125          HD11      LEU 125  -3.272  -4.244   1.274
    5   HD12  LEU 125          HD12      LEU 125  -4.231  -4.073   2.737
    6   HD11  LEU 125          HD13      LEU 125  -2.470  -4.032   2.826
    7   HD21  LEU 125          HD21      LEU 125  -4.578  -0.791   1.070
    8   HD23  LEU 125          HD22      LEU 125  -5.470  -2.172   1.715
    9   HD22  LEU 125          HD23      LEU 125  -4.512  -2.349   0.243
   10    H    LEU 125           HN       LEU 125  -1.103  -0.446   3.414
   11    HB3  LEU 125           HB1      LEU 125  -4.355  -1.764   3.852

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   THR 126           HA       THR 126  -4.331   0.511   7.247
    2    HB   THR 126           HB       THR 126  -1.408   1.048   7.809
    3    HG1  THR 126           HG1      THR 126  -1.887  -1.146   7.396
    4   HG21  THR 126          HG21      THR 126  -3.748   0.894   9.711
    5   HG23  THR 126          HG22      THR 126  -2.775   2.321   9.351
    6   HG22  THR 126          HG23      THR 126  -2.049   0.949  10.190
    7    H    THR 126           HN       THR 126  -2.073   0.076   5.628

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   ALA 127           HA       ALA 127  -2.656   5.006   7.274
    2    HB1  ALA 127           HB1      ALA 127  -0.427   4.691   6.349
    3    HB2  ALA 127           HB2      ALA 127  -1.183   6.162   5.732
    4    HB3  ALA 127           HB3      ALA 127  -1.094   4.722   4.716
    5    H    ALA 127           HN       ALA 127  -1.806   2.668   6.011

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   GLU 128           HA       GLU 128  -4.741   6.001   3.071
    2    HB2  GLU 128           HB2      GLU 128  -3.907   4.010   1.713
    3    HG2  GLU 128           HG2      GLU 128  -5.919   4.026   0.152
    4    H    GLU 128           HN       GLU 128  -3.307   3.790   3.979
    5    HB3  GLU 128           HB1      GLU 128  -5.356   3.168   2.240
    6    HG3  GLU 128           HG1      GLU 128  -6.644   5.152   1.295

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ILE 129           HA       ILE 129  -8.545   3.699   4.773
    2    HB   ILE 129           HB       ILE 129  -6.893   2.092   6.719
    3   HD12  ILE 129          HD11      ILE 129  -8.547  -0.442   6.271
    4   HD11  ILE 129          HD12      ILE 129  -6.795  -0.345   6.091
    5   HD13  ILE 129          HD13      ILE 129  -7.788  -0.936   4.758
    6    H    ILE 129           HN       ILE 129  -5.793   3.125   4.800

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLU 130           HA       GLU 130  -7.478   5.901   8.936
    2    HB2  GLU 130           HB2      GLU 130  -4.659   6.403   7.989
    3    HG2  GLU 130           HG2      GLU 130  -5.820   4.881  10.295
    4    H    GLU 130           HN       GLU 130  -5.955   4.550   7.019
    5    HB3  GLU 130           HB1      GLU 130  -5.389   7.212   9.369
    6    HG3  GLU 130           HG1      GLU 130  -4.706   4.312   9.053

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LYS 131           HA       LYS 131  -6.552   9.712   6.122
    2    HB2  LYS 131           HB2      LYS 131  -5.153   8.686   4.358
    3    HG2  LYS 131           HG2      LYS 131  -7.373  10.443   3.342
    4    HD2  LYS 131           HD2      LYS 131  -6.310   9.219   1.495
    5    HE2  LYS 131           HE2      LYS 131  -4.132   8.805   2.530
    6    HZ2  LYS 131           HZ1      LYS 131  -3.737  10.913   3.589
    7    HZ1  LYS 131           HZ2      LYS 131  -3.667  11.705   2.090
    8    HZ3  LYS 131           HZ3      LYS 131  -2.475  10.575   2.512
    9    H    LYS 131           HN       LYS 131  -6.093   6.976   5.854
   10    HB3  LYS 131           HB1      LYS 131  -6.607   8.072   3.583
   11    HG3  LYS 131           HG1      LYS 131  -5.779  10.945   3.908
   12    HD3  LYS 131           HD1      LYS 131  -5.956  10.947   1.450
   13    HE3  LYS 131           HE1      LYS 131  -3.983   9.572   0.951

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   ILE 132           HA       ILE 132 -10.717   8.962   3.982
    2    HB   ILE 132           HB       ILE 132 -11.059   6.026   4.561
    3   HD12  ILE 132          HD11      ILE 132 -11.428   5.490   1.445
    4   HD11  ILE 132          HD12      ILE 132 -10.591   4.427   2.576
    5   HD13  ILE 132          HD13      ILE 132  -9.739   5.062   1.167
    6    H    ILE 132           HN       ILE 132  -8.605   7.207   4.668

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLN 133           HA       GLN 133 -12.632   7.396   7.980
    2    HB2  GLN 133           HB2      GLN 133 -10.100   6.134   8.982
    3    HG2  GLN 133           HG2      GLN 133 -12.854   5.114   8.357
    4   HE21  GLN 133          HE21      GLN 133 -11.680   2.510   7.970
    5   HE22  GLN 133          HE22      GLN 133 -11.475   1.815   9.540
    6    H    GLN 133           HN       GLN 133 -10.073   6.940   6.797
    7    HB3  GLN 133           HB1      GLN 133 -11.480   6.381  10.043
    8    HG3  GLN 133           HG1      GLN 133 -11.335   4.690   7.565

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   LYS 134           HA       LYS 134 -10.116  10.547  10.525
    2    HB2  LYS 134           HB2      LYS 134  -8.404  11.363   8.167
    3    HG2  LYS 134           HG2      LYS 134  -7.451   9.403   9.094
    4    HD2  LYS 134           HD2      LYS 134  -7.613  10.759  11.772
    5    HE2  LYS 134           HE2      LYS 134  -6.646   8.018  10.948
    6    HZ1  LYS 134           HZ1      LYS 134  -6.782   9.261  13.639
    7    HZ3  LYS 134           HZ2      LYS 134  -6.039   7.783  13.282
    8    HZ2  LYS 134           HZ3      LYS 134  -7.716   7.956  13.099
    9    H    LYS 134           HN       LYS 134  -9.576   9.081   8.135
   10    HB3  LYS 134           HB1      LYS 134  -8.429  12.161   9.731
   11    HG3  LYS 134           HG1      LYS 134  -6.503  10.793   9.621
   12    HD3  LYS 134           HD1      LYS 134  -8.639   9.424  11.240
   13    HE3  LYS 134           HE1      LYS 134  -5.631   9.347  11.505

  No H/Q in entry =          13
  In of MODEL   10
    1    HA3  GLY 135           HA2      GLY 135 -11.612  13.753   7.536
    2    H    GLY 135           HN       GLY 135 -10.887  11.005   7.152
    3    HA2  GLY 135           HA1      GLY 135 -11.747  12.838   6.042

  No H/Q in entry =           3
  In of MODEL   10
    1    H1   GLY  95           HT1      GLY  95   7.215   4.949   7.688
    2    H2   GLY  95           HT3      GLY  95   8.618   4.038   7.410
    3    H3   GLY  95           HT2      GLY  95   7.365   3.399   8.351
    4    HA2  GLY  95           HA2      GLY  95   9.216   4.143   9.722
    5    HA3  GLY  95           HA1      GLY  95   7.729   5.018  10.067

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ALA  96           HA       ALA  96   9.502   8.740   8.937
    2    HB1  ALA  96           HB1      ALA  96   9.731   8.901  11.936
    3    HB2  ALA  96           HB2      ALA  96   8.278   9.255  11.001
    4    HB3  ALA  96           HB3      ALA  96   9.717  10.258  10.809
    5    H    ALA  96           HN       ALA  96   8.915   6.749  10.921

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   MET  97           HA       MET  97  13.812   8.144  10.396
    2    HB2  MET  97           HB2      MET  97  13.215   7.204  12.676
    3    HG2  MET  97           HG2      MET  97  15.862   6.412  11.487
    4    HE1  MET  97           HE1      MET  97  15.005   8.129  14.899
    5    HE3  MET  97           HE2      MET  97  14.935   6.750  15.992
    6    HE2  MET  97           HE3      MET  97  13.704   6.948  14.744
    7    H    MET  97           HN       MET  97  11.392   6.528  10.802
    8    HB3  MET  97           HB1      MET  97  13.573   5.615  12.023
    9    HG3  MET  97           HG1      MET  97  15.482   7.926  12.304

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   GLU  98           HA       GLU  98  14.340   4.390   7.774
    2    HB2  GLU  98           HB2      GLU  98  11.653   4.919   6.492
    3    HG2  GLU  98           HG2      GLU  98  12.589   2.669   8.249
    4    H    GLU  98           HN       GLU  98  12.212   6.207   8.544
    5    HB3  GLU  98           HB1      GLU  98  12.786   3.674   5.985
    6    HG3  GLU  98           HG1      GLU  98  11.327   3.847   8.606

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   PRO  99           HA       PRO  99  15.999   7.384   4.892
    2    HB2  PRO  99           HB2      PRO  99  17.931   5.777   3.880
    3    HG2  PRO  99           HG2      PRO  99  17.307   3.747   4.802
    4    HD2  PRO  99           HD2      PRO  99  15.760   3.630   6.498
    5    HB3  PRO  99           HB1      PRO  99  18.076   6.560   5.457
    6    HG3  PRO  99           HG1      PRO  99  18.360   4.350   6.097
    7    HD3  PRO  99           HD1      PRO  99  16.589   4.863   7.464

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   GLU 100           HA       GLU 100  13.494   6.143   1.568
    2    HB2  GLU 100           HB2      GLU 100  15.019   8.526   0.502
    3    HG2  GLU 100           HG2      GLU 100  12.275   8.377   1.728
    4    H    GLU 100           HN       GLU 100  15.285   7.815   2.927
    5    HB3  GLU 100           HB1      GLU 100  13.603   7.802  -0.251
    6    HG3  GLU 100           HG1      GLU 100  13.695   9.131   2.449

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ASN 101           HA       ASN 101  17.315   5.233  -1.173
    2    HB2  ASN 101           HB2      ASN 101  19.086   6.484   0.061
    3   HD21  ASN 101          HD21      ASN 101  18.645   4.832  -2.274
    4   HD22  ASN 101          HD22      ASN 101  20.153   4.049  -2.627
    5    H    ASN 101           HN       ASN 101  16.948   6.585   1.228
    6    HB3  ASN 101           HB1      ASN 101  19.195   5.134   1.185

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LYS 102           HA       LYS 102  17.207   1.210   1.042
    2    HB2  LYS 102           HB2      LYS 102  17.999   2.182   3.374
    3    HG2  LYS 102           HG2      LYS 102  16.842  -0.546   2.913
    4    HD2  LYS 102           HD2      LYS 102  18.462  -0.987   4.973
    5    HE2  LYS 102           HE2      LYS 102  16.434  -0.806   6.468
    6    HZ1  LYS 102           HZ1      LYS 102  16.300  -2.213   3.862
    7    HZ3  LYS 102           HZ2      LYS 102  15.105  -2.409   5.046
    8    HZ2  LYS 102           HZ3      LYS 102  16.709  -2.848   5.382
    9    H    LYS 102           HN       LYS 102  16.887   3.905   2.089
   10    HB3  LYS 102           HB1      LYS 102  16.358   1.769   3.851
   11    HG3  LYS 102           HG1      LYS 102  18.537  -0.054   2.895
   12    HD3  LYS 102           HD1      LYS 102  17.959   0.652   5.393
   13    HE3  LYS 102           HE1      LYS 102  15.580  -0.127   5.083

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   TYR 103           HA       TYR 103  12.623   1.629   2.552
    2    HB2  TYR 103           HB2      TYR 103  12.650   3.964   3.265
    3    HD1  TYR 103           HD1      TYR 103  10.612   5.216   0.767
    4    HD2  TYR 103           HD2      TYR 103  10.616   2.325   3.883
    5    HE1  TYR 103           HE1      TYR 103   8.160   5.323   0.848
    6    HE2  TYR 103           HE2      TYR 103   8.163   2.416   3.979
    7    HH   TYR 103           HH       TYR 103   6.277   4.151   1.622
    8    H    TYR 103           HN       TYR 103  14.737   3.398   2.119
    9    HB3  TYR 103           HB1      TYR 103  12.623   4.497   1.592

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   LEU 104           HA       LEU 104  11.676   2.468  -2.069
    2    HB2  LEU 104           HB2      LEU 104  13.416   4.022  -2.704
    3    HG   LEU 104           HG       LEU 104  13.472   1.740  -4.683
    4   HD12  LEU 104          HD11      LEU 104  11.677   2.978  -5.817
    5   HD11  LEU 104          HD12      LEU 104  11.613   4.105  -4.458
    6   HD13  LEU 104          HD13      LEU 104  11.193   2.406  -4.220
    7   HD23  LEU 104          HD21      LEU 104  14.005   4.683  -5.077
    8   HD22  LEU 104          HD22      LEU 104  14.089   3.419  -6.305
    9   HD21  LEU 104          HD23      LEU 104  15.249   3.438  -4.974
   10    H    LEU 104           HN       LEU 104  13.923   2.939  -0.432
   11    HB3  LEU 104           HB1      LEU 104  14.601   2.734  -2.750

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   PRO 105           HA       PRO 105  13.859  -1.637  -3.452
    2    HB2  PRO 105           HB2      PRO 105  15.661  -2.725  -1.694
    3    HG2  PRO 105           HG2      PRO 105  15.668  -0.954  -0.176
    4    HD2  PRO 105           HD2      PRO 105  15.039   1.210  -0.783
    5    HB3  PRO 105           HB1      PRO 105  16.119  -1.685  -3.049
    6    HG3  PRO 105           HG1      PRO 105  17.019  -0.499  -1.236
    7    HD3  PRO 105           HD1      PRO 105  15.731   1.053  -2.414

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   GLU 106           HA       GLU 106  12.288  -3.582   0.689
    2    HB2  GLU 106           HB2      GLU 106  11.270  -0.890   1.636
    3    HG2  GLU 106           HG2      GLU 106  13.704  -1.117   1.974
    4    H    GLU 106           HN       GLU 106  13.252  -1.043  -0.010
    5    HB3  GLU 106           HB1      GLU 106  11.042  -2.431   2.441
    6    HG3  GLU 106           HG1      GLU 106  12.778  -1.015   3.467

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LEU 107           HA       LEU 107   8.068  -1.739  -0.717
    2    HB2  LEU 107           HB2      LEU 107   9.417   0.319  -2.459
    3    HG   LEU 107           HG       LEU 107   9.252   0.924  -0.028
    4   HD13  LEU 107          HD11      LEU 107   8.339   3.141  -0.487
    5   HD12  LEU 107          HD12      LEU 107   7.614   2.543  -1.980
    6   HD11  LEU 107          HD13      LEU 107   9.369   2.594  -1.812
    7   HD21  LEU 107          HD21      LEU 107   6.298   0.813  -0.639
    8   HD23  LEU 107          HD22      LEU 107   7.018   1.520   0.809
    9   HD22  LEU 107          HD23      LEU 107   7.174  -0.210   0.501
   10    H    LEU 107           HN       LEU 107  10.707  -0.746  -0.686
   11    HB3  LEU 107           HB1      LEU 107   7.692   0.014  -2.439

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   MET 108           HA       MET 108   9.111  -2.853  -5.271
    2    HB2  MET 108           HB2      MET 108  11.142  -3.197  -6.422
    3    HG2  MET 108           HG2      MET 108  12.578  -2.936  -3.797
    4    HE3  MET 108           HE1      MET 108  13.723  -4.601  -7.149
    5    HE2  MET 108           HE2      MET 108  14.585  -3.278  -7.936
    6    HE1  MET 108           HE3      MET 108  12.836  -3.188  -7.720
    7    H    MET 108           HN       MET 108  10.633  -1.726  -3.169
    8    HB3  MET 108           HB1      MET 108  11.308  -1.696  -5.527
    9    HG3  MET 108           HG1      MET 108  12.498  -4.366  -4.820

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   ALA 109           HA       ALA 109  10.814  -6.969  -3.710
    2    HB2  ALA 109           HB1      ALA 109  11.511  -7.677  -1.424
    3    HB3  ALA 109           HB2      ALA 109  11.313  -6.007  -0.884
    4    HB1  ALA 109           HB3      ALA 109  12.530  -6.406  -2.097
    5    H    ALA 109           HN       ALA 109  10.951  -4.339  -2.646

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   GLU 110           HA       GLU 110   7.097  -7.418  -0.772
    2    HB2  GLU 110           HB2      GLU 110   6.606  -4.443  -0.513
    3    HG2  GLU 110           HG2      GLU 110   7.397  -6.306   1.697
    4    H    GLU 110           HN       GLU 110   8.891  -5.253  -1.276
    5    HB3  GLU 110           HB1      GLU 110   5.651  -5.719   0.234
    6    HG3  GLU 110           HG1      GLU 110   8.576  -5.357   0.794

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LYS 111           HA       LYS 111   4.617  -4.945  -4.106
    2    HB2  LYS 111           HB2      LYS 111   5.727  -3.004  -4.706
    3    HG2  LYS 111           HG2      LYS 111   6.127  -4.805  -7.084
    4    HD2  LYS 111           HD2      LYS 111   5.939  -1.804  -7.037
    5    HE2  LYS 111           HE2      LYS 111   5.288  -2.690  -9.145
    6    HZ3  LYS 111           HZ1      LYS 111   6.937  -4.121 -10.386
    7    HZ2  LYS 111           HZ2      LYS 111   6.058  -4.886  -9.155
    8    HZ1  LYS 111           HZ3      LYS 111   7.670  -4.436  -8.888
    9    H    LYS 111           HN       LYS 111   7.153  -4.692  -2.967
   10    HB3  LYS 111           HB1      LYS 111   7.223  -3.849  -5.076
   11    HG3  LYS 111           HG1      LYS 111   4.709  -3.809  -6.733
   12    HD3  LYS 111           HD1      LYS 111   7.470  -2.675  -7.073
   13    HE3  LYS 111           HE1      LYS 111   6.927  -2.061  -9.308

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   ASP 112           HA       ASP 112   6.326  -7.720  -7.380
    2    HB2  ASP 112           HB2      ASP 112   9.133  -7.535  -6.418
    3    H    ASP 112           HN       ASP 112   7.671  -6.407  -5.204
    4    HB3  ASP 112           HB1      ASP 112   8.710  -8.880  -7.474

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   SER 113           HA       SER 113   6.405 -11.338  -4.633
    2    HB2  SER 113           HB2      SER 113   6.892  -9.858  -2.041
    3    HG   SER 113           HG       SER 113   8.778  -9.745  -3.079
    4    H    SER 113           HN       SER 113   6.632  -8.455  -4.134
    5    HB3  SER 113           HB1      SER 113   6.856 -11.611  -2.234

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   LEU 114           HA       LEU 114   2.530  -9.895  -2.340
    2    HB2  LEU 114           HB2      LEU 114   3.221  -7.411  -2.411
    3    HG   LEU 114           HG       LEU 114   0.343  -8.270  -2.322
    4   HD12  LEU 114          HD11      LEU 114   0.590  -7.667   0.050
    5   HD11  LEU 114          HD12      LEU 114   2.270  -7.225  -0.246
    6   HD13  LEU 114          HD13      LEU 114   1.753  -8.900  -0.443
    7   HD21  LEU 114          HD21      LEU 114   0.452  -5.975  -3.233
    8   HD23  LEU 114          HD22      LEU 114   1.367  -5.484  -1.810
    9   HD22  LEU 114          HD23      LEU 114  -0.295  -6.055  -1.639
   10    H    LEU 114           HN       LEU 114   4.541  -8.618  -3.953
   11    HB3  LEU 114           HB1      LEU 114   2.211  -7.307  -3.840

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ASP 115           HA       ASP 115   0.313 -11.427  -5.726
    2    HB2  ASP 115           HB2      ASP 115  -0.457 -12.783  -3.747
    3    H    ASP 115           HN       ASP 115   0.492 -10.544  -2.993
    4    HB3  ASP 115           HB1      ASP 115  -1.795 -11.653  -3.571

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   PRO 116           HA       PRO 116  -1.697  -7.883  -7.395
    2    HB2  PRO 116           HB2      PRO 116  -2.937  -9.105  -9.507
    3    HG2  PRO 116           HG2      PRO 116  -2.552 -11.306  -8.843
    4    HD2  PRO 116           HD2      PRO 116  -0.842 -11.876  -7.360
    5    HB3  PRO 116           HB1      PRO 116  -1.218  -8.693  -9.472
    6    HG3  PRO 116           HG1      PRO 116  -1.121 -10.998  -9.852
    7    HD3  PRO 116           HD1      PRO 116   0.254 -10.628  -7.998

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   SER 117           HA       SER 117  -6.095  -9.796  -6.885
    2    HB2  SER 117           HB2      SER 117  -5.228 -11.336  -4.425
    3    HG   SER 117           HG       SER 117  -4.515 -12.534  -6.088
    4    H    SER 117           HN       SER 117  -3.485 -10.625  -6.244
    5    HB3  SER 117           HB1      SER 117  -6.849 -11.289  -5.115

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   PHE 118           HA       PHE 118  -5.817  -7.007  -3.235
    2    HB2  PHE 118           HB2      PHE 118  -2.833  -7.161  -2.763
    3    HD1  PHE 118           HD1      PHE 118  -2.754  -9.606  -2.831
    4    HD2  PHE 118           HD2      PHE 118  -5.346  -7.512  -0.184
    5    HE1  PHE 118           HE1      PHE 118  -3.038 -11.646  -1.509
    6    HE2  PHE 118           HE2      PHE 118  -5.625  -9.552   1.155
    7    HZ   PHE 118           HZ       PHE 118  -4.472 -11.627   0.502
    8    H    PHE 118           HN       PHE 118  -3.810  -8.658  -4.578
    9    HB3  PHE 118           HB1      PHE 118  -4.008  -6.331  -1.749

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   THR 119           HA       THR 119  -4.595  -4.624  -6.840
    2    HB   THR 119           HB       THR 119  -7.320  -3.620  -6.016
    3    HG1  THR 119           HG1      THR 119  -6.429  -5.758  -7.513
    4   HG23  THR 119          HG21      THR 119  -6.071  -1.924  -7.252
    5   HG22  THR 119          HG22      THR 119  -7.373  -2.581  -8.245
    6   HG21  THR 119          HG23      THR 119  -5.708  -3.097  -8.519
    7    H    THR 119           HN       THR 119  -6.368  -5.738  -5.010

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   HIS 120           HA       HIS 120  -4.807  -0.584  -4.538
    2    HB2  HIS 120           HB2      HIS 120  -6.271  -1.534  -2.081
    3    HD1  HIS 120           HD1      HIS 120  -6.646   1.026  -4.897
    4    HD2  HIS 120           HD2      HIS 120  -8.870  -1.700  -2.690
    5    HE1  HIS 120           HE1      HIS 120  -8.975   1.144  -5.826
    6    HE2  HIS 120           HE2      HIS 120 -10.237  -0.673  -4.631
    7    H    HIS 120           HN       HIS 120  -6.123  -3.065  -4.000
    8    HB3  HIS 120           HB1      HIS 120  -5.696   0.109  -2.329

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   ALA 121           HA       ALA 121  -2.023  -2.192  -0.946
    2    HB3  ALA 121           HB1      ALA 121  -1.440  -4.418  -0.364
    3    HB2  ALA 121           HB2      ALA 121  -2.257  -5.068  -1.785
    4    HB1  ALA 121           HB3      ALA 121  -3.200  -4.362  -0.476
    5    H    ALA 121           HN       ALA 121  -4.191  -3.278  -2.344

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   MET 122           HA       MET 122   0.594  -3.827  -4.566
    2    HB2  MET 122           HB2      MET 122  -1.906  -4.340  -6.135
    3    HG2  MET 122           HG2      MET 122  -0.549  -6.044  -4.680
    4    HE3  MET 122           HE1      MET 122   1.908  -4.268  -5.897
    5    HE2  MET 122           HE2      MET 122   3.186  -5.484  -5.902
    6    HE1  MET 122           HE3      MET 122   2.085  -5.369  -4.529
    7    H    MET 122           HN       MET 122  -2.195  -3.871  -3.993
    8    HB3  MET 122           HB1      MET 122  -0.371  -4.182  -6.977
    9    HG3  MET 122           HG1      MET 122  -1.312  -6.508  -6.200

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   GLN 123           HA       GLN 123  -0.720  -0.069  -7.099
    2    HB2  GLN 123           HB2      GLN 123  -3.030  -0.095  -7.420
    3    HG2  GLN 123           HG2      GLN 123  -2.743   2.307  -5.643
    4   HE21  GLN 123          HE21      GLN 123  -4.191   1.976  -8.791
    5   HE22  GLN 123          HE22      GLN 123  -5.828   2.256  -8.296
    6    H    GLN 123           HN       GLN 123  -2.122  -1.762  -5.323
    7    HB3  GLN 123           HB1      GLN 123  -3.366  -0.056  -5.700
    8    HG3  GLN 123           HG1      GLN 123  -2.447   2.257  -7.381

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   LEU 124           HA       LEU 124  -0.337   2.767  -3.447
    2    HB2  LEU 124           HB2      LEU 124  -0.729   0.653  -1.322
    3    HG   LEU 124           HG       LEU 124  -2.801   1.628  -2.427
    4   HD13  LEU 124          HD11      LEU 124  -2.872   0.583  -0.230
    5   HD12  LEU 124          HD12      LEU 124  -3.951   1.977  -0.293
    6   HD11  LEU 124          HD13      LEU 124  -2.392   2.104   0.525
    7   HD21  LEU 124          HD21      LEU 124  -1.969   3.900  -2.735
    8   HD23  LEU 124          HD22      LEU 124  -1.868   4.110  -0.986
    9   HD22  LEU 124          HD23      LEU 124  -3.437   3.891  -1.758
   10    H    LEU 124           HN       LEU 124  -1.462   0.215  -3.644
   11    HB3  LEU 124           HB1      LEU 124  -0.248   2.305  -0.973

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   LEU 125           HA       LEU 125   3.673   0.341  -2.371
    2    HB2  LEU 125           HB2      LEU 125   2.565  -2.024  -3.866
    3    HG   LEU 125           HG       LEU 125   2.409  -2.000  -1.357
    4   HD13  LEU 125          HD11      LEU 125   3.178  -4.296  -1.142
    5   HD12  LEU 125          HD12      LEU 125   4.133  -4.130  -2.609
    6   HD11  LEU 125          HD13      LEU 125   2.372  -4.056  -2.689
    7   HD21  LEU 125          HD21      LEU 125   4.542  -0.868  -0.918
    8   HD23  LEU 125          HD22      LEU 125   5.409  -2.257  -1.578
    9   HD22  LEU 125          HD23      LEU 125   4.455  -2.431  -0.103
   10    H    LEU 125           HN       LEU 125   1.067  -0.441  -3.240
   11    HB3  LEU 125           HB1      LEU 125   4.297  -1.817  -3.704

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   THR 126           HA       THR 126   4.298   0.492  -7.080
    2    HB   THR 126           HB       THR 126   1.385   1.087  -7.630
    3    HG1  THR 126           HG1      THR 126   1.823  -1.120  -7.236
    4   HG21  THR 126          HG21      THR 126   3.713   0.902  -9.538
    5   HG23  THR 126          HG22      THR 126   2.772   2.348  -9.164
    6   HG22  THR 126          HG23      THR 126   2.018   0.997 -10.011
    7    H    THR 126           HN       THR 126   2.039   0.088  -5.456

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   ALA 127           HA       ALA 127   2.712   5.022  -7.065
    2    HB3  ALA 127           HB1      ALA 127   0.482   4.740  -6.136
    3    HB2  ALA 127           HB2      ALA 127   1.265   6.190  -5.506
    4    HB1  ALA 127           HB3      ALA 127   1.154   4.741  -4.506
    5    H    ALA 127           HN       ALA 127   1.818   2.687  -5.826

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   GLU 128           HA       GLU 128   4.832   5.938  -2.863
    2    HB2  GLU 128           HB2      GLU 128   3.965   3.951  -1.516
    3    HG2  GLU 128           HG2      GLU 128   5.986   3.914   0.033
    4    H    GLU 128           HN       GLU 128   3.352   3.760  -3.787
    5    HB3  GLU 128           HB1      GLU 128   5.395   3.087  -2.055
    6    HG3  GLU 128           HG1      GLU 128   6.721   5.040  -1.103

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ILE 129           HA       ILE 129   8.583   3.577  -4.603
    2    HB   ILE 129           HB       ILE 129   6.891   2.016  -6.552
    3   HD12  ILE 129          HD11      ILE 129   8.502  -0.554  -6.132
    4   HD11  ILE 129          HD12      ILE 129   6.752  -0.423  -5.949
    5   HD13  ILE 129          HD13      ILE 129   7.733  -1.043  -4.622
    6    H    ILE 129           HN       ILE 129   5.818   3.056  -4.618

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLU 130           HA       GLU 130   7.539   5.834  -8.738
    2    HB2  GLU 130           HB2      GLU 130   4.738   6.393  -7.773
    3    HG2  GLU 130           HG2      GLU 130   5.843   4.874 -10.111
    4    H    GLU 130           HN       GLU 130   5.995   4.500  -6.827
    5    HB3  GLU 130           HB1      GLU 130   5.478   7.198  -9.149
    6    HG3  GLU 130           HG1      GLU 130   4.740   4.309  -8.857

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LYS 131           HA       LYS 131   6.707   9.640  -5.888
    2    HB2  LYS 131           HB2      LYS 131   5.292   8.623  -4.132
    3    HG2  LYS 131           HG2      LYS 131   7.545  10.333  -3.109
    4    HD2  LYS 131           HD2      LYS 131   6.473   9.104  -1.269
    5    HE2  LYS 131           HE2      LYS 131   4.278   8.737  -2.301
    6    HZ2  LYS 131           HZ1      LYS 131   3.903  10.868  -3.324
    7    HZ1  LYS 131           HZ2      LYS 131   3.866  11.636  -1.815
    8    HZ3  LYS 131           HZ3      LYS 131   2.650  10.533  -2.236
    9    H    LYS 131           HN       LYS 131   6.192   6.912  -5.641
   10    HB3  LYS 131           HB1      LYS 131   6.734   7.975  -3.362
   11    HG3  LYS 131           HG1      LYS 131   5.954  10.862  -3.660
   12    HD3  LYS 131           HD1      LYS 131   6.147  10.836  -1.203
   13    HE3  LYS 131           HE1      LYS 131   4.152   9.483  -0.708

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   ILE 132           HA       ILE 132  10.863   8.791  -3.769
    2    HB   ILE 132           HB       ILE 132  11.143   5.855  -4.380
    3   HD12  ILE 132          HD11      ILE 132  11.509   5.286  -1.266
    4   HD11  ILE 132          HD12      ILE 132  10.649   4.245  -2.402
    5   HD13  ILE 132          HD13      ILE 132   9.813   4.893  -0.990
    6    H    ILE 132           HN       ILE 132   8.712   7.083  -4.466

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLN 133           HA       GLN 133  12.726   7.229  -7.795
    2    HB2  GLN 133           HB2      GLN 133  10.166   6.021  -8.792
    3    HG2  GLN 133           HG2      GLN 133  12.904   4.946  -8.192
    4   HE21  GLN 133          HE21      GLN 133  11.690   2.362  -7.815
    5   HE22  GLN 133          HE22      GLN 133  11.452   1.680  -9.387
    6    H    GLN 133           HN       GLN 133  10.168   6.805  -6.601
    7    HB3  GLN 133           HB1      GLN 133  11.544   6.252  -9.856
    8    HG3  GLN 133           HG1      GLN 133  11.385   4.543  -7.392

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   LYS 134           HA       LYS 134  10.252  10.438 -10.304
    2    HB2  LYS 134           HB2      LYS 134   8.575  11.271  -7.928
    3    HG2  LYS 134           HG2      LYS 134   7.570   9.339  -8.863
    4    HD2  LYS 134           HD2      LYS 134   7.758  10.710 -11.534
    5    HE2  LYS 134           HE2      LYS 134   6.731   7.987 -10.725
    6    HZ1  LYS 134           HZ1      LYS 134   6.881   9.242 -13.412
    7    HZ3  LYS 134           HZ2      LYS 134   6.111   7.776 -13.048
    8    HZ2  LYS 134           HZ3      LYS 134   7.790   7.912 -12.881
    9    H    LYS 134           HN       LYS 134   9.693   8.962  -7.931
   10    HB3  LYS 134           HB1      LYS 134   8.603  12.080  -9.485
   11    HG3  LYS 134           HG1      LYS 134   6.653  10.755  -9.381
   12    HD3  LYS 134           HD1      LYS 134   8.756   9.350 -11.014
   13    HE3  LYS 134           HE1      LYS 134   5.747   9.345 -11.268

  No H/Q in entry =          13
  In of MODEL   10
    1    HA3  GLY 135           HA2      GLY 135  11.823  13.602  -7.300
    2    H    GLY 135           HN       GLY 135  11.052  10.862  -6.937
    3    HA2  GLY 135           HA1      GLY 135  11.942  12.670  -5.815

  No H/Q in entry =           3
  In of MODEL   11
    1    H1   GLY  95           HT2      GLY  95 -12.688  -3.716  -9.689
    2    H2   GLY  95           HT1      GLY  95 -13.958  -2.709  -9.194
    3    H3   GLY  95           HT3      GLY  95 -13.999  -4.367  -8.838
    4    HA3  GLY  95           HA1      GLY  95 -14.185  -4.911 -11.169
    5    HA2  GLY  95           HA2      GLY  95 -15.487  -3.843 -10.663

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ALA  96           HA       ALA  96 -13.867  -1.654 -14.118
    2    HB1  ALA  96           HB1      ALA  96 -16.829  -1.085 -14.087
    3    H    ALA  96           HN       ALA  96 -15.938  -2.473 -12.244
    4    HB2  ALA  96           HB2      ALA  96 -16.028  -2.361 -15.001
    5    HB3  ALA  96           HB3      ALA  96 -15.718  -0.669 -15.390

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   MET  97           HA       MET  97 -14.248   1.988 -11.365
    2    HB2  MET  97           HB2      MET  97 -15.586   2.791 -13.250
    3    HG2  MET  97           HG2      MET  97 -16.381   4.165 -10.697
    4    HE3  MET  97           HE1      MET  97 -19.130   5.388 -13.208
    5    HE2  MET  97           HE2      MET  97 -18.821   4.772 -11.586
    6    HE1  MET  97           HE3      MET  97 -18.502   3.753 -12.991
    7    H    MET  97           HN       MET  97 -16.049  -0.234 -11.729
    8    HB3  MET  97           HB1      MET  97 -17.056   2.493 -12.338
    9    HG3  MET  97           HG1      MET  97 -14.901   4.460 -11.610

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   GLU  98           HA       GLU  98 -16.207   1.140  -7.571
    2    HB2  GLU  98           HB2      GLU  98 -13.337   1.923  -7.118
    3    HG2  GLU  98           HG2      GLU  98 -13.113  -0.328  -6.220
    4    H    GLU  98           HN       GLU  98 -14.091   2.124  -9.306
    5    HB3  GLU  98           HB1      GLU  98 -14.431   1.643  -5.772
    6    HG3  GLU  98           HG1      GLU  98 -14.813  -0.638  -6.558

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   PRO  99           HA       PRO  99 -17.690   5.250  -6.675
    2    HB2  PRO  99           HB2      PRO  99 -19.094   4.452  -4.411
    3    HG2  PRO  99           HG2      PRO  99 -18.804   2.196  -4.445
    4    HD2  PRO  99           HD2      PRO  99 -17.453   1.255  -6.005
    5    HB3  PRO  99           HB1      PRO  99 -19.730   4.488  -6.054
    6    HG3  PRO  99           HG1      PRO  99 -19.998   2.252  -5.746
    7    HD3  PRO  99           HD1      PRO  99 -18.438   1.857  -7.348

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   GLU 100           HA       GLU 100 -14.828   6.818  -4.255
    2    HB2  GLU 100           HB2      GLU 100 -16.185   8.792  -4.730
    3    HG2  GLU 100           HG2      GLU 100 -14.958   8.928  -1.987
    4    H    GLU 100           HN       GLU 100 -17.570   6.722  -4.847
    5    HB3  GLU 100           HB1      GLU 100 -17.041   8.570  -3.212
    6    HG3  GLU 100           HG1      GLU 100 -14.104   9.152  -3.513

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ASN 101           HA       ASN 101 -15.953   6.061   0.153
    2    HB2  ASN 101           HB2      ASN 101 -18.275   6.762   0.340
    3   HD21  ASN 101          HD21      ASN 101 -17.472   6.932   2.431
    4   HD22  ASN 101          HD22      ASN 101 -17.743   5.701   3.622
    5    H    ASN 101           HN       ASN 101 -17.569   5.934  -2.247
    6    HB3  ASN 101           HB1      ASN 101 -18.827   5.202  -0.257

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LYS 102           HA       LYS 102 -16.902   1.331  -0.393
    2    HB2  LYS 102           HB2      LYS 102 -17.601   1.904  -3.208
    3    HG2  LYS 102           HG2      LYS 102 -19.228   0.106  -2.863
    4    HD2  LYS 102           HD2      LYS 102 -19.245   2.147  -0.645
    5    HE2  LYS 102           HE2      LYS 102 -21.459   0.526  -1.889
    6    HZ2  LYS 102           HZ1      LYS 102 -22.881   1.612  -0.304
    7    HZ1  LYS 102           HZ2      LYS 102 -22.162   2.773  -1.303
    8    HZ3  LYS 102           HZ3      LYS 102 -21.594   2.549   0.282
    9    H    LYS 102           HN       LYS 102 -17.569   3.615  -1.822
   10    HB3  LYS 102           HB1      LYS 102 -16.842   0.355  -2.889
   11    HG3  LYS 102           HG1      LYS 102 -18.592  -0.144  -1.237
   12    HD3  LYS 102           HD1      LYS 102 -19.895   2.376  -2.272
   13    HE3  LYS 102           HE1      LYS 102 -20.827   0.337  -0.256

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   TYR 103           HA       TYR 103 -12.621   1.721  -2.609
    2    HB2  TYR 103           HB2      TYR 103 -12.696   4.093  -3.246
    3    HD1  TYR 103           HD1      TYR 103 -10.610   2.563  -3.967
    4    HD2  TYR 103           HD2      TYR 103 -10.680   5.217  -0.649
    5    HE1  TYR 103           HE1      TYR 103  -8.151   2.694  -4.025
    6    HE2  TYR 103           HE2      TYR 103  -8.228   5.351  -0.682
    7    HH   TYR 103           HH       TYR 103  -6.376   4.428  -3.233
    8    H    TYR 103           HN       TYR 103 -14.769   3.403  -2.054
    9    HB3  TYR 103           HB1      TYR 103 -12.665   4.560  -1.551

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   LEU 104           HA       LEU 104 -11.598   2.464   2.021
    2    HB2  LEU 104           HB2      LEU 104 -13.353   4.026   2.673
    3    HG   LEU 104           HG       LEU 104 -13.238   1.766   4.678
    4   HD12  LEU 104          HD11      LEU 104 -11.433   3.069   5.704
    5   HD11  LEU 104          HD12      LEU 104 -11.491   4.201   4.352
    6   HD13  LEU 104          HD13      LEU 104 -11.014   2.524   4.081
    7   HD21  LEU 104          HD21      LEU 104 -15.058   3.377   5.074
    8   HD23  LEU 104          HD22      LEU 104 -13.879   4.690   5.060
    9   HD22  LEU 104          HD23      LEU 104 -13.809   3.455   6.316
   10    H    LEU 104           HN       LEU 104 -13.874   2.947   0.413
   11    HB3  LEU 104           HB1      LEU 104 -14.503   2.710   2.793

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   PRO 105           HA       PRO 105 -13.797  -1.637   3.402
    2    HB2  PRO 105           HB2      PRO 105 -15.539  -2.726   1.584
    3    HG2  PRO 105           HG2      PRO 105 -15.519  -0.923   0.101
    4    HD2  PRO 105           HD2      PRO 105 -14.979   1.249   0.784
    5    HB3  PRO 105           HB1      PRO 105 -16.049  -1.717   2.945
    6    HG3  PRO 105           HG1      PRO 105 -16.918  -0.522   1.119
    7    HD3  PRO 105           HD1      PRO 105 -15.690   1.017   2.399

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   GLU 106           HA       GLU 106 -12.100  -3.511  -0.688
    2    HB2  GLU 106           HB2      GLU 106 -11.382  -0.759  -1.683
    3    HG2  GLU 106           HG2      GLU 106 -13.547  -2.558  -2.306
    4    H    GLU 106           HN       GLU 106 -13.165  -1.002  -0.032
    5    HB3  GLU 106           HB1      GLU 106 -10.782  -2.248  -2.393
    6    HG3  GLU 106           HG1      GLU 106 -13.282  -0.886  -2.803

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LEU 107           HA       LEU 107  -7.962  -1.533   0.779
    2    HB2  LEU 107           HB2      LEU 107  -9.386   0.489   2.503
    3    HG   LEU 107           HG       LEU 107  -9.233   1.105   0.070
    4   HD12  LEU 107          HD11      LEU 107  -7.627   2.752   2.019
    5   HD11  LEU 107          HD12      LEU 107  -9.384   2.762   1.867
    6   HD13  LEU 107          HD13      LEU 107  -8.379   3.339   0.537
    7   HD21  LEU 107          HD21      LEU 107  -6.284   1.071   0.698
    8   HD23  LEU 107          HD22      LEU 107  -7.011   1.767  -0.751
    9   HD22  LEU 107          HD23      LEU 107  -7.120   0.031  -0.456
   10    H    LEU 107           HN       LEU 107 -10.629  -0.605   0.685
   11    HB3  LEU 107           HB1      LEU 107  -7.654   0.231   2.482

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   MET 108           HA       MET 108  -9.036  -2.696   5.293
    2    HB2  MET 108           HB2      MET 108 -11.064  -3.051   6.454
    3    HG2  MET 108           HG2      MET 108 -12.559  -2.495   3.909
    4    HE2  MET 108           HE1      MET 108 -14.514  -0.373   6.594
    5    HE1  MET 108           HE2      MET 108 -13.741  -0.351   5.009
    6    HE3  MET 108           HE3      MET 108 -12.762  -0.537   6.464
    7    H    MET 108           HN       MET 108 -10.578  -1.567   3.185
    8    HB3  MET 108           HB1      MET 108 -11.159  -1.501   5.638
    9    HG3  MET 108           HG1      MET 108 -12.449  -4.059   4.718

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   ALA 109           HA       ALA 109 -10.785  -6.791   3.755
    2    HB1  ALA 109           HB1      ALA 109 -12.483  -6.182   2.115
    3    HB3  ALA 109           HB2      ALA 109 -11.513  -7.529   1.521
    4    HB2  ALA 109           HB3      ALA 109 -11.235  -5.899   0.900
    5    H    ALA 109           HN       ALA 109 -10.920  -4.162   2.686

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   GLU 110           HA       GLU 110  -7.053  -7.244   0.862
    2    HB2  GLU 110           HB2      GLU 110  -6.686  -4.267   0.491
    3    HG2  GLU 110           HG2      GLU 110  -7.295  -6.420  -1.521
    4    H    GLU 110           HN       GLU 110  -8.845  -5.072   1.337
    5    HB3  GLU 110           HB1      GLU 110  -5.550  -5.482  -0.073
    6    HG3  GLU 110           HG1      GLU 110  -8.403  -5.160  -0.978

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LYS 111           HA       LYS 111  -4.534  -4.717   4.116
    2    HB2  LYS 111           HB2      LYS 111  -5.637  -2.755   4.682
    3    HG2  LYS 111           HG2      LYS 111  -5.945  -4.505   7.108
    4    HD2  LYS 111           HD2      LYS 111  -5.885  -1.499   6.942
    5    HE2  LYS 111           HE2      LYS 111  -5.000  -2.265   9.025
    6    HZ2  LYS 111           HZ1      LYS 111  -5.676  -4.455   9.282
    7    HZ1  LYS 111           HZ2      LYS 111  -7.311  -4.110   9.004
    8    HZ3  LYS 111           HZ3      LYS 111  -6.584  -3.643  10.464
    9    H    LYS 111           HN       LYS 111  -7.080  -4.471   3.008
   10    HB3  LYS 111           HB1      LYS 111  -7.118  -3.595   5.117
   11    HG3  LYS 111           HG1      LYS 111  -4.559  -3.483   6.698
   12    HD3  LYS 111           HD1      LYS 111  -7.351  -2.452   7.154
   13    HE3  LYS 111           HE1      LYS 111  -6.637  -1.665   9.294

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   ASP 112           HA       ASP 112  -6.198  -7.396   7.483
    2    HB2  ASP 112           HB2      ASP 112  -9.048  -7.232   6.609
    3    H    ASP 112           HN       ASP 112  -7.580  -6.134   5.290
    4    HB3  ASP 112           HB1      ASP 112  -8.578  -8.463   7.775

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   SER 113           HA       SER 113  -6.473 -11.100   4.857
    2    HB2  SER 113           HB2      SER 113  -7.001  -9.638   2.266
    3    HG   SER 113           HG       SER 113  -8.828  -9.545   3.421
    4    H    SER 113           HN       SER 113  -6.603  -8.223   4.277
    5    HB3  SER 113           HB1      SER 113  -6.940 -11.390   2.440

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   LEU 114           HA       LEU 114  -2.652  -9.763   2.348
    2    HB2  LEU 114           HB2      LEU 114  -3.194  -7.242   2.716
    3    HG   LEU 114           HG       LEU 114  -0.369  -8.203   2.273
    4   HD11  LEU 114          HD11      LEU 114  -2.524  -7.202   0.418
    5   HD13  LEU 114          HD12      LEU 114  -1.920  -8.856   0.541
    6   HD12  LEU 114          HD13      LEU 114  -0.867  -7.572  -0.061
    7   HD21  LEU 114          HD21      LEU 114  -1.508  -5.429   2.040
    8   HD23  LEU 114          HD22      LEU 114   0.039  -5.938   1.365
    9   HD22  LEU 114          HD23      LEU 114  -0.212  -5.964   3.106
   10    H    LEU 114           HN       LEU 114  -4.510  -8.478   4.096
   11    HB3  LEU 114           HB1      LEU 114  -2.015  -7.351   4.009

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ASP 115           HA       ASP 115  -0.319 -11.837   5.351
    2    HB2  ASP 115           HB2      ASP 115   0.484 -12.763   3.137
    3    H    ASP 115           HN       ASP 115  -0.629 -10.583   2.813
    4    HB3  ASP 115           HB1      ASP 115   1.772 -11.565   3.180

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   PRO 116           HA       PRO 116   1.533  -8.476   7.534
    2    HB2  PRO 116           HB2      PRO 116   2.729  -9.936   9.519
    3    HG2  PRO 116           HG2      PRO 116   2.418 -12.043   8.575
    4    HD2  PRO 116           HD2      PRO 116   0.792 -12.451   6.957
    5    HB3  PRO 116           HB1      PRO 116   1.001  -9.559   9.477
    6    HG3  PRO 116           HG1      PRO 116   0.944 -11.894   9.558
    7    HD3  PRO 116           HD1      PRO 116  -0.372 -11.338   7.710

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   SER 117           HA       SER 117   5.973 -10.239   6.849
    2    HB2  SER 117           HB2      SER 117   5.475 -12.398   5.752
    3    HG   SER 117           HG       SER 117   7.169 -10.862   4.069
    4    H    SER 117           HN       SER 117   3.390 -11.070   6.173
    5    HB3  SER 117           HB1      SER 117   5.041 -11.544   4.273

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   PHE 118           HA       PHE 118   5.633  -7.190   3.389
    2    HB2  PHE 118           HB2      PHE 118   2.650  -7.348   2.904
    3    HD1  PHE 118           HD1      PHE 118   5.110  -7.576   0.286
    4    HD2  PHE 118           HD2      PHE 118   2.656  -9.820   2.935
    5    HE1  PHE 118           HE1      PHE 118   5.414  -9.564  -1.117
    6    HE2  PHE 118           HE2      PHE 118   2.966 -11.815   1.544
    7    HZ   PHE 118           HZ       PHE 118   4.348 -11.694  -0.494
    8    H    PHE 118           HN       PHE 118   3.644  -8.911   4.664
    9    HB3  PHE 118           HB1      PHE 118   3.823  -6.479   1.923

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   THR 119           HA       THR 119   4.343  -4.905   7.043
    2    HB   THR 119           HB       THR 119   7.127  -3.973   6.358
    3    HG1  THR 119           HG1      THR 119   6.266  -6.196   7.485
    4   HG23  THR 119          HG21      THR 119   7.125  -2.949   8.586
    5   HG22  THR 119          HG22      THR 119   5.433  -3.409   8.792
    6   HG21  THR 119          HG23      THR 119   5.886  -2.241   7.548
    7    H    THR 119           HN       THR 119   6.168  -5.983   5.228

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   HIS 120           HA       HIS 120   4.767  -0.800   4.836
    2    HB2  HIS 120           HB2      HIS 120   6.190  -1.807   2.380
    3    HD1  HIS 120           HD1      HIS 120   6.630   0.556   5.350
    4    HD2  HIS 120           HD2      HIS 120   8.830  -1.905   2.819
    5    HE1  HIS 120           HE1      HIS 120   8.998   0.657   6.187
    6    HE2  HIS 120           HE2      HIS 120  10.258  -1.024   4.789
    7    H    HIS 120           HN       HIS 120   5.980  -3.325   4.280
    8    HB3  HIS 120           HB1      HIS 120   5.680  -0.141   2.624

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   ALA 121           HA       ALA 121   1.985  -2.282   1.179
    2    HB1  ALA 121           HB1      ALA 121   1.352  -4.480   0.562
    3    HB3  ALA 121           HB2      ALA 121   2.097  -5.165   2.008
    4    HB2  ALA 121           HB3      ALA 121   3.109  -4.487   0.733
    5    H    ALA 121           HN       ALA 121   4.086  -3.447   2.608

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   MET 122           HA       MET 122  -0.809  -3.811   4.660
    2    HB2  MET 122           HB2      MET 122   1.456  -4.306   6.588
    3    HG2  MET 122           HG2      MET 122  -0.073  -6.038   4.802
    4    HE3  MET 122           HE1      MET 122  -2.399  -7.260   7.585
    5    HE2  MET 122           HE2      MET 122  -2.239  -6.904   5.863
    6    HE1  MET 122           HE3      MET 122  -1.961  -5.632   7.057
    7    H    MET 122           HN       MET 122   2.013  -3.998   4.214
    8    HB3  MET 122           HB1      MET 122  -0.248  -4.479   6.980
    9    HG3  MET 122           HG1      MET 122   1.543  -6.239   5.474

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   GLN 123           HA       GLN 123   0.601  -0.142   7.279
    2    HB2  GLN 123           HB2      GLN 123   2.926  -0.183   7.591
    3    HG2  GLN 123           HG2      GLN 123   2.501   2.267   5.903
    4   HE21  GLN 123          HE21      GLN 123   3.873   3.701   8.065
    5   HE22  GLN 123          HE22      GLN 123   5.562   3.420   7.821
    6    H    GLN 123           HN       GLN 123   1.970  -1.867   5.503
    7    HB3  GLN 123           HB1      GLN 123   3.255  -0.090   5.869
    8    HG3  GLN 123           HG1      GLN 123   2.322   2.145   7.651

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   LEU 124           HA       LEU 124   0.371   2.760   3.665
    2    HB2  LEU 124           HB2      LEU 124   0.747   0.684   1.499
    3    HG   LEU 124           HG       LEU 124   2.828   1.526   2.715
    4   HD12  LEU 124          HD11      LEU 124   4.062   1.871   0.606
    5   HD11  LEU 124          HD12      LEU 124   2.526   2.017  -0.247
    6   HD13  LEU 124          HD13      LEU 124   2.962   0.495   0.530
    7   HD22  LEU 124          HD21      LEU 124   2.121   3.835   3.012
    8   HD21  LEU 124          HD22      LEU 124   2.071   4.060   1.263
    9   HD23  LEU 124          HD23      LEU 124   3.611   3.759   2.068
   10    H    LEU 124           HN       LEU 124   1.395   0.163   3.835
   11    HB3  LEU 124           HB1      LEU 124   0.370   2.370   1.186

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   LEU 125           HA       LEU 125  -3.661   0.470   2.346
    2    HB2  LEU 125           HB2      LEU 125  -2.693  -1.931   3.881
    3    HG   LEU 125           HG       LEU 125  -2.424  -1.889   1.369
    4   HD12  LEU 125          HD11      LEU 125  -4.240  -4.020   2.482
    5   HD11  LEU 125          HD12      LEU 125  -2.506  -3.933   2.790
    6   HD13  LEU 125          HD13      LEU 125  -3.101  -4.185   1.153
    7   HD23  LEU 125          HD21      LEU 125  -4.458  -2.344   0.064
    8   HD22  LEU 125          HD22      LEU 125  -4.516  -0.751   0.823
    9   HD21  LEU 125          HD23      LEU 125  -5.435  -2.092   1.514
   10    H    LEU 125           HN       LEU 125  -1.126  -0.388   3.332
   11    HB3  LEU 125           HB1      LEU 125  -4.405  -1.679   3.632

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   THR 126           HA       THR 126  -4.590   0.620   6.959
    2    HB   THR 126           HB       THR 126  -1.699   1.001   7.766
    3    HG1  THR 126           HG1      THR 126  -2.161  -1.154   7.381
    4   HG21  THR 126          HG21      THR 126  -4.174   0.976   9.497
    5   HG23  THR 126          HG22      THR 126  -3.115   2.357   9.201
    6   HG22  THR 126          HG23      THR 126  -2.511   0.956  10.088
    7    H    THR 126           HN       THR 126  -2.204   0.186   5.509

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   ALA 127           HA       ALA 127  -2.718   5.057   7.202
    2    HB3  ALA 127           HB1      ALA 127  -1.148   4.739   4.656
    3    HB1  ALA 127           HB2      ALA 127  -0.501   4.654   6.296
    4    HB2  ALA 127           HB3      ALA 127  -1.180   6.167   5.695
    5    H    ALA 127           HN       ALA 127  -1.923   2.708   5.947

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   GLU 128           HA       GLU 128  -4.812   6.193   3.076
    2    HB2  GLU 128           HB2      GLU 128  -3.990   4.338   1.583
    3    HG2  GLU 128           HG2      GLU 128  -5.809   4.493  -0.025
    4    H    GLU 128           HN       GLU 128  -3.426   3.891   3.905
    5    HB3  GLU 128           HB1      GLU 128  -5.385   3.400   2.097
    6    HG3  GLU 128           HG1      GLU 128  -6.874   5.113   1.229

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ILE 129           HA       ILE 129  -8.638   3.783   4.627
    2    HB   ILE 129           HB       ILE 129  -6.964   2.231   6.593
    3   HD11  ILE 129          HD11      ILE 129  -6.817  -0.209   5.984
    4   HD13  ILE 129          HD12      ILE 129  -7.801  -0.827   4.658
    5   HD12  ILE 129          HD13      ILE 129  -8.564  -0.347   6.176
    6    H    ILE 129           HN       ILE 129  -5.894   3.251   4.654

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLU 130           HA       GLU 130  -7.605   6.001   8.809
    2    HB2  GLU 130           HB2      GLU 130  -4.871   6.675   7.715
    3    HG2  GLU 130           HG2      GLU 130  -5.645   5.275  10.259
    4    H    GLU 130           HN       GLU 130  -6.093   4.721   6.859
    5    HB3  GLU 130           HB1      GLU 130  -5.571   7.453   9.124
    6    HG3  GLU 130           HG1      GLU 130  -4.868   4.543   8.850

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LYS 131           HA       LYS 131  -6.996   9.916   6.131
    2    HB2  LYS 131           HB2      LYS 131  -6.950   8.474   3.470
    3    HG2  LYS 131           HG2      LYS 131  -4.685   9.775   4.959
    4    HD2  LYS 131           HD2      LYS 131  -4.943   8.919   2.082
    5    HE2  LYS 131           HE2      LYS 131  -2.529   9.639   1.942
    6    HZ3  LYS 131           HZ1      LYS 131  -3.095   7.220   3.566
    7    HZ2  LYS 131           HZ2      LYS 131  -1.674   7.514   2.700
    8    HZ1  LYS 131           HZ3      LYS 131  -3.146   7.300   1.872
    9    H    LYS 131           HN       LYS 131  -6.355   7.218   5.707
   10    HB3  LYS 131           HB1      LYS 131  -6.815  10.207   3.714
   11    HG3  LYS 131           HG1      LYS 131  -4.805   8.090   4.441
   12    HD3  LYS 131           HD1      LYS 131  -4.584  10.533   2.691
   13    HE3  LYS 131           HE1      LYS 131  -2.490   9.552   3.702

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   ILE 132           HA       ILE 132 -11.023   8.938   3.788
    2    HB   ILE 132           HB       ILE 132 -11.182   5.995   4.418
    3   HD11  ILE 132          HD11      ILE 132 -10.604   4.423   2.454
    4   HD13  ILE 132          HD12      ILE 132  -9.733   5.089   1.070
    5   HD12  ILE 132          HD13      ILE 132 -11.457   5.418   1.273
    6    H    ILE 132           HN       ILE 132  -8.837   7.326   4.554

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLN 133           HA       GLN 133 -12.996   7.393   7.752
    2    HB2  GLN 133           HB2      GLN 133 -10.456   6.248   8.890
    3    HG2  GLN 133           HG2      GLN 133 -13.060   5.049   8.006
    4   HE21  GLN 133          HE21      GLN 133 -11.673   2.514   7.820
    5   HE22  GLN 133          HE22      GLN 133 -11.623   1.858   9.422
    6    H    GLN 133           HN       GLN 133 -10.398   6.960   6.642
    7    HB3  GLN 133           HB1      GLN 133 -11.927   6.395   9.834
    8    HG3  GLN 133           HG1      GLN 133 -11.436   4.705   7.410

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   LYS 134           HA       LYS 134 -10.716  10.323  10.586
    2    HB2  LYS 134           HB2      LYS 134  -8.522  11.190  10.773
    3    HG2  LYS 134           HG2      LYS 134  -7.936  10.311   7.959
    4    HD2  LYS 134           HD2      LYS 134  -5.751  11.283   8.307
    5    HE2  LYS 134           HE2      LYS 134  -6.397   9.447  10.609
    6    HZ1  LYS 134           HZ1      LYS 134  -3.865   9.919   9.128
    7    HZ3  LYS 134           HZ2      LYS 134  -4.110   8.674  10.251
    8    HZ2  LYS 134           HZ3      LYS 134  -4.165  10.291  10.755
    9    H    LYS 134           HN       LYS 134  -9.805   8.850   8.292
   10    HB3  LYS 134           HB1      LYS 134  -8.338   9.531  10.232
   11    HG3  LYS 134           HG1      LYS 134  -8.118  11.981   8.499
   12    HD3  LYS 134           HD1      LYS 134  -6.193  11.763   9.949
   13    HE3  LYS 134           HE1      LYS 134  -6.097   8.915   8.957

  No H/Q in entry =          13
  In of MODEL   11
    1    HA3  GLY 135           HA2      GLY 135 -11.277  12.793   6.014
    2    H    GLY 135           HN       GLY 135 -10.162  11.075   7.180
    3    HA2  GLY 135           HA1      GLY 135 -11.674  13.550   7.551

  No H/Q in entry =           3
  In of MODEL   11
    1    H1   GLY  95           HT2      GLY  95  12.622  -3.999   9.793
    2    H2   GLY  95           HT1      GLY  95  13.917  -3.023   9.296
    3    H3   GLY  95           HT3      GLY  95  13.910  -4.683   8.932
    4    HA2  GLY  95           HA2      GLY  95  15.422  -4.202  10.753
    5    HA3  GLY  95           HA1      GLY  95  14.096  -5.239  11.261

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ALA  96           HA       ALA  96  13.865  -2.002  14.232
    2    HB1  ALA  96           HB1      ALA  96  16.837  -1.488  14.202
    3    HB3  ALA  96           HB2      ALA  96  16.010  -2.754  15.108
    4    HB2  ALA  96           HB3      ALA  96  15.733  -1.059  15.506
    5    H    ALA  96           HN       ALA  96  15.918  -2.848  12.346

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   MET  97           HA       MET  97  14.298   1.650  11.507
    2    HB2  MET  97           HB2      MET  97  15.653   2.420  13.390
    3    HG2  MET  97           HG2      MET  97  16.458   3.796  10.839
    4    HE3  MET  97           HE1      MET  97  19.248   4.947  13.355
    5    HE2  MET  97           HE2      MET  97  18.928   4.337  11.730
    6    HE1  MET  97           HE3      MET  97  18.580   3.330  13.135
    7    H    MET  97           HN       MET  97  16.071  -0.597  11.857
    8    HB3  MET  97           HB1      MET  97  17.119   2.106  12.477
    9    HG3  MET  97           HG1      MET  97  14.995   4.116  11.765

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   GLU  98           HA       GLU  98  16.228   0.796   7.695
    2    HB2  GLU  98           HB2      GLU  98  13.371   1.635   7.263
    3    HG2  GLU  98           HG2      GLU  98  13.102  -0.604   6.353
    4    H    GLU  98           HN       GLU  98  14.139   1.808   9.445
    5    HB3  GLU  98           HB1      GLU  98  14.454   1.345   5.908
    6    HG3  GLU  98           HG1      GLU  98  14.799  -0.947   6.674

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   PRO  99           HA       PRO  99  17.793   4.888   6.821
    2    HB2  PRO  99           HB2      PRO  99  19.174   4.072   4.550
    3    HG2  PRO  99           HG2      PRO  99  18.840   1.823   4.574
    4    HD2  PRO  99           HD2      PRO  99  17.478   0.901   6.133
    5    HB3  PRO  99           HB1      PRO  99  19.817   4.090   6.192
    6    HG3  PRO  99           HG1      PRO  99  20.042   1.849   5.872
    7    HD3  PRO  99           HD1      PRO  99  18.477   1.477   7.478

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   GLU 100           HA       GLU 100  14.946   6.521   4.417
    2    HB2  GLU 100           HB2      GLU 100  16.343   8.462   4.903
    3    HG2  GLU 100           HG2      GLU 100  15.126   8.647   2.161
    4    H    GLU 100           HN       GLU 100  17.679   6.372   5.018
    5    HB3  GLU 100           HB1      GLU 100  17.199   8.232   3.387
    6    HG3  GLU 100           HG1      GLU 100  14.277   8.887   3.687

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ASN 101           HA       ASN 101  16.053   5.764   0.005
    2    HB2  ASN 101           HB2      ASN 101  18.385   6.431  -0.176
    3   HD21  ASN 101          HD21      ASN 101  17.550   6.623  -2.273
    4   HD22  ASN 101          HD22      ASN 101  17.819   5.394  -3.469
    5    H    ASN 101           HN       ASN 101  17.670   5.589   2.404
    6    HB3  ASN 101           HB1      ASN 101  18.912   4.854   0.404

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LYS 102           HA       LYS 102  16.915   1.016   0.523
    2    HB2  LYS 102           HB2      LYS 102  17.628   1.555   3.342
    3    HG2  LYS 102           HG2      LYS 102  19.217  -0.276   2.982
    4    HD2  LYS 102           HD2      LYS 102  19.265   1.784   0.778
    5    HE2  LYS 102           HE2      LYS 102  21.462   0.113   1.998
    6    HZ2  LYS 102           HZ1      LYS 102  22.895   1.197   0.412
    7    HZ1  LYS 102           HZ2      LYS 102  22.198   2.352   1.444
    8    HZ3  LYS 102           HZ3      LYS 102  21.616   2.169  -0.138
    9    H    LYS 102           HN       LYS 102  17.626   3.279   1.968
   10    HB3  LYS 102           HB1      LYS 102  16.833   0.026   3.012
   11    HG3  LYS 102           HG1      LYS 102  18.571  -0.499   1.357
   12    HD3  LYS 102           HD1      LYS 102  19.925   1.987   2.404
   13    HE3  LYS 102           HE1      LYS 102  20.823  -0.047   0.364

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   TYR 103           HA       TYR 103  12.649   1.479   2.754
    2    HB2  TYR 103           HB2      TYR 103  12.764   3.842   3.411
    3    HD1  TYR 103           HD1      TYR 103  10.648   2.353   4.126
    4    HD2  TYR 103           HD2      TYR 103  10.762   5.025   0.826
    5    HE1  TYR 103           HE1      TYR 103   8.196   2.525   4.187
    6    HE2  TYR 103           HE2      TYR 103   8.314   5.207   0.862
    7    HH   TYR 103           HH       TYR 103   6.440   4.328   3.399
    8    H    TYR 103           HN       TYR 103  14.826   3.124   2.206
    9    HB3  TYR 103           HB1      TYR 103  12.739   4.326   1.722

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   LEU 104           HA       LEU 104  11.624   2.277  -1.870
    2    HB2  LEU 104           HB2      LEU 104  13.405   3.806  -2.518
    3    HG   LEU 104           HG       LEU 104  13.243   1.558  -4.533
    4   HD12  LEU 104          HD11      LEU 104  11.460   2.905  -5.549
    5   HD11  LEU 104          HD12      LEU 104  11.545   4.024  -4.189
    6   HD13  LEU 104          HD13      LEU 104  11.036   2.356  -3.926
    7   HD21  LEU 104          HD21      LEU 104  15.092   3.136  -4.925
    8   HD23  LEU 104          HD22      LEU 104  13.939   4.470  -4.901
    9   HD22  LEU 104          HD23      LEU 104  13.842   3.245  -6.165
   10    H    LEU 104           HN       LEU 104  13.915   2.700  -0.264
   11    HB3  LEU 104           HB1      LEU 104  14.531   2.468  -2.648

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   PRO 105           HA       PRO 105  13.741  -1.864  -3.287
    2    HB2  PRO 105           HB2      PRO 105  15.464  -3.002  -1.479
    3    HG2  PRO 105           HG2      PRO 105  15.485  -1.212   0.016
    4    HD2  PRO 105           HD2      PRO 105  14.987   0.979  -0.650
    5    HB3  PRO 105           HB1      PRO 105  15.993  -1.996  -2.835
    6    HG3  PRO 105           HG1      PRO 105  16.889  -0.830  -1.003
    7    HD3  PRO 105           HD1      PRO 105  15.689   0.742  -2.268

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   GLU 106           HA       GLU 106  12.014  -3.734   0.796
    2    HB2  GLU 106           HB2      GLU 106  11.350  -0.975   1.821
    3    HG2  GLU 106           HG2      GLU 106  13.486  -2.820   2.421
    4    H    GLU 106           HN       GLU 106  13.126  -1.239   0.151
    5    HB3  GLU 106           HB1      GLU 106  10.730  -2.461   2.518
    6    HG3  GLU 106           HG1      GLU 106  13.253  -1.148   2.931

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LEU 107           HA       LEU 107   7.919  -1.665  -0.642
    2    HB2  LEU 107           HB2      LEU 107   9.372   0.342  -2.355
    3    HG   LEU 107           HG       LEU 107   9.234   0.946   0.079
    4   HD12  LEU 107          HD11      LEU 107   7.660   2.634  -1.861
    5   HD11  LEU 107          HD12      LEU 107   9.416   2.610  -1.707
    6   HD13  LEU 107          HD13      LEU 107   8.421   3.197  -0.374
    7   HD21  LEU 107          HD21      LEU 107   6.281   0.971  -0.539
    8   HD23  LEU 107          HD22      LEU 107   7.028   1.644   0.910
    9   HD22  LEU 107          HD23      LEU 107   7.102  -0.091   0.607
   10    H    LEU 107           HN       LEU 107  10.604  -0.788  -0.555
   11    HB3  LEU 107           HB1      LEU 107   7.635   0.115  -2.338

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   MET 108           HA       MET 108   8.950  -2.818  -5.174
    2    HB2  MET 108           HB2      MET 108  10.968  -3.203  -6.338
    3    HG2  MET 108           HG2      MET 108  12.479  -2.701  -3.793
    4    HE2  MET 108           HE1      MET 108  14.473  -0.597  -6.466
    5    HE1  MET 108           HE2      MET 108  13.698  -0.569  -4.878
    6    HE3  MET 108           HE3      MET 108  12.720  -0.727  -6.336
    7    H    MET 108           HN       MET 108  10.519  -1.735  -3.061
    8    HB3  MET 108           HB1      MET 108  11.098  -1.662  -5.512
    9    HG3  MET 108           HG1      MET 108  12.336  -4.253  -4.616

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   ALA 109           HA       ALA 109  10.625  -6.952  -3.663
    2    HB1  ALA 109           HB1      ALA 109  12.338  -6.388  -2.019
    3    HB2  ALA 109           HB2      ALA 109  11.340  -7.720  -1.435
    4    HB3  ALA 109           HB3      ALA 109  11.096  -6.088  -0.803
    5    H    ALA 109           HN       ALA 109  10.821  -4.335  -2.583

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   GLU 110           HA       GLU 110   6.894  -7.358  -0.765
    2    HB2  GLU 110           HB2      GLU 110   6.581  -4.375  -0.366
    3    HG2  GLU 110           HG2      GLU 110   7.162  -6.553   1.628
    4    H    GLU 110           HN       GLU 110   8.721  -5.210  -1.231
    5    HB3  GLU 110           HB1      GLU 110   5.425  -5.574   0.192
    6    HG3  GLU 110           HG1      GLU 110   8.287  -5.307   1.087

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LYS 111           HA       LYS 111   4.416  -4.756  -3.991
    2    HB2  LYS 111           HB2      LYS 111   5.557  -2.815  -4.547
    3    HG2  LYS 111           HG2      LYS 111   5.819  -4.551  -6.987
    4    HD2  LYS 111           HD2      LYS 111   5.818  -1.545  -6.809
    5    HE2  LYS 111           HE2      LYS 111   4.916  -2.289  -8.896
    6    HZ2  LYS 111           HZ1      LYS 111   5.539  -4.486  -9.175
    7    HZ1  LYS 111           HZ2      LYS 111   7.178  -4.191  -8.867
    8    HZ3  LYS 111           HZ3      LYS 111   6.486  -3.692 -10.338
    9    H    LYS 111           HN       LYS 111   6.972  -4.570  -2.890
   10    HB3  LYS 111           HB1      LYS 111   7.020  -3.679  -4.994
   11    HG3  LYS 111           HG1      LYS 111   4.458  -3.504  -6.563
   12    HD3  LYS 111           HD1      LYS 111   7.267  -2.525  -7.025
   13    HE3  LYS 111           HE1      LYS 111   6.565  -1.720  -9.164

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   ASP 112           HA       ASP 112   6.014  -7.441  -7.384
    2    HB2  ASP 112           HB2      ASP 112   8.869  -7.339  -6.515
    3    H    ASP 112           HN       ASP 112   7.430  -6.227  -5.186
    4    HB3  ASP 112           HB1      ASP 112   8.373  -8.556  -7.686

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   SER 113           HA       SER 113   6.229 -11.173  -4.777
    2    HB2  SER 113           HB2      SER 113   6.792  -9.738  -2.179
    3    HG   SER 113           HG       SER 113   8.616  -9.678  -3.345
    4    H    SER 113           HN       SER 113   6.414  -8.301  -4.187
    5    HB3  SER 113           HB1      SER 113   6.696 -11.486  -2.362

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   LEU 114           HA       LEU 114   2.437  -9.780  -2.246
    2    HB2  LEU 114           HB2      LEU 114   3.031  -7.268  -2.612
    3    HG   LEU 114           HG       LEU 114   0.186  -8.173  -2.159
    4   HD11  LEU 114          HD11      LEU 114   2.365  -7.225  -0.309
    5   HD13  LEU 114          HD12      LEU 114   1.735  -8.868  -0.439
    6   HD12  LEU 114          HD13      LEU 114   0.705  -7.570   0.175
    7   HD21  LEU 114          HD21      LEU 114   1.383  -5.427  -1.908
    8   HD23  LEU 114          HD22      LEU 114  -0.171  -5.910  -1.231
    9   HD22  LEU 114          HD23      LEU 114   0.072  -5.924  -2.974
   10    H    LEU 114           HN       LEU 114   4.322  -8.521  -3.980
   11    HB3  LEU 114           HB1      LEU 114   1.844  -7.354  -3.900

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ASP 115           HA       ASP 115   0.056 -11.785  -5.259
    2    HB2  ASP 115           HB2      ASP 115  -0.755 -12.700  -3.042
    3    H    ASP 115           HN       ASP 115   0.399 -10.553  -2.713
    4    HB3  ASP 115           HB1      ASP 115  -2.027 -11.484  -3.084

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   PRO 116           HA       PRO 116  -1.731  -8.383  -7.419
    2    HB2  PRO 116           HB2      PRO 116  -2.965  -9.804  -9.405
    3    HG2  PRO 116           HG2      PRO 116  -2.693 -11.927  -8.480
    4    HD2  PRO 116           HD2      PRO 116  -1.075 -12.375  -6.862
    5    HB3  PRO 116           HB1      PRO 116  -1.231  -9.463  -9.369
    6    HG3  PRO 116           HG1      PRO 116  -1.215 -11.796  -9.460
    7    HD3  PRO 116           HD1      PRO 116   0.112 -11.284  -7.611

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   SER 117           HA       SER 117  -6.208 -10.055  -6.732
    2    HB2  SER 117           HB2      SER 117  -5.759 -12.226  -5.650
    3    HG   SER 117           HG       SER 117  -7.408 -10.641  -3.967
    4    H    SER 117           HN       SER 117  -3.640 -10.943  -6.077
    5    HB3  SER 117           HB1      SER 117  -5.291 -11.391  -4.170

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   PHE 118           HA       PHE 118  -5.796  -7.037  -3.254
    2    HB2  PHE 118           HB2      PHE 118  -2.813  -7.264  -2.780
    3    HD1  PHE 118           HD1      PHE 118  -5.270  -7.460  -0.154
    4    HD2  PHE 118           HD2      PHE 118  -2.873  -9.732  -2.829
    5    HE1  PHE 118           HE1      PHE 118  -5.615  -9.451   1.233
    6    HE2  PHE 118           HE2      PHE 118  -3.224 -11.733  -1.454
    7    HZ   PHE 118           HZ       PHE 118  -4.598 -11.596   0.590
    8    H    PHE 118           HN       PHE 118  -3.847  -8.784  -4.551
    9    HB3  PHE 118           HB1      PHE 118  -3.965  -6.377  -1.788

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   THR 119           HA       THR 119  -4.474  -4.757  -6.895
    2    HB   THR 119           HB       THR 119  -7.238  -3.779  -6.199
    3    HG1  THR 119           HG1      THR 119  -6.415  -6.007  -7.338
    4   HG23  THR 119          HG21      THR 119  -7.221  -2.735  -8.420
    5   HG22  THR 119          HG22      THR 119  -5.539  -3.221  -8.632
    6   HG21  THR 119          HG23      THR 119  -5.968  -2.057  -7.377
    7    H    THR 119           HN       THR 119  -6.315  -5.814  -5.087

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   HIS 120           HA       HIS 120  -4.809  -0.654  -4.662
    2    HB2  HIS 120           HB2      HIS 120  -6.247  -1.656  -2.210
    3    HD1  HIS 120           HD1      HIS 120  -6.641   0.731  -5.160
    4    HD2  HIS 120           HD2      HIS 120  -8.891  -1.693  -2.639
    5    HE1  HIS 120           HE1      HIS 120  -9.009   0.892  -5.994
    6    HE2  HIS 120           HE2      HIS 120 -10.298  -0.780  -4.609
    7    H    HIS 120           HN       HIS 120  -6.083  -3.153  -4.136
    8    HB3  HIS 120           HB1      HIS 120  -5.706   0.003  -2.442

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   ALA 121           HA       ALA 121  -2.053  -2.218  -1.019
    2    HB3  ALA 121           HB1      ALA 121  -1.458  -4.431  -0.425
    3    HB2  ALA 121           HB2      ALA 121  -2.220  -5.092  -1.870
    4    HB1  ALA 121           HB3      ALA 121  -3.215  -4.407  -0.589
    5    H    ALA 121           HN       ALA 121  -4.183  -3.332  -2.448

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   MET 122           HA       MET 122   0.710  -3.779  -4.516
    2    HB2  MET 122           HB2      MET 122  -1.574  -4.218  -6.434
    3    HG2  MET 122           HG2      MET 122  -0.076  -5.993  -4.662
    4    HE3  MET 122           HE1      MET 122   2.223  -7.232  -7.472
    5    HE2  MET 122           HE2      MET 122   2.085  -6.887  -5.743
    6    HE1  MET 122           HE3      MET 122   1.816  -5.603  -6.925
    7    H    MET 122           HN       MET 122  -2.114  -3.913  -4.070
    8    HB3  MET 122           HB1      MET 122   0.125  -4.421  -6.839
    9    HG3  MET 122           HG1      MET 122  -1.693  -6.157  -5.338

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   GLN 123           HA       GLN 123  -0.638  -0.067  -7.112
    2    HB2  GLN 123           HB2      GLN 123  -2.970  -0.059  -7.418
    3    HG2  GLN 123           HG2      GLN 123  -2.485   2.372  -5.715
    4   HE21  GLN 123          HE21      GLN 123  -3.814   3.848  -7.859
    5   HE22  GLN 123          HE22      GLN 123  -5.513   3.614  -7.623
    6    H    GLN 123           HN       GLN 123  -2.033  -1.770  -5.333
    7    HB3  GLN 123           HB1      GLN 123  -3.287   0.033  -5.694
    8    HG3  GLN 123           HG1      GLN 123  -2.312   2.257  -7.464

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   LEU 124           HA       LEU 124  -0.342   2.810  -3.479
    2    HB2  LEU 124           HB2      LEU 124  -0.747   0.729  -1.322
    3    HG   LEU 124           HG       LEU 124  -2.814   1.624  -2.531
    4   HD12  LEU 124          HD11      LEU 124  -4.041   1.966  -0.421
    5   HD11  LEU 124          HD12      LEU 124  -2.503   2.079   0.436
    6   HD13  LEU 124          HD13      LEU 124  -2.963   0.571  -0.356
    7   HD22  LEU 124          HD21      LEU 124  -2.060   3.921  -2.807
    8   HD21  LEU 124          HD22      LEU 124  -2.009   4.129  -1.057
    9   HD23  LEU 124          HD23      LEU 124  -3.552   3.862  -1.868
   10    H    LEU 124           HN       LEU 124  -1.418   0.233  -3.667
   11    HB3  LEU 124           HB1      LEU 124  -0.337   2.405  -1.005

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   LEU 125           HA       LEU 125   3.648   0.430  -2.181
    2    HB2  LEU 125           HB2      LEU 125   2.617  -1.937  -3.726
    3    HG   LEU 125           HG       LEU 125   2.369  -1.912  -1.223
    4   HD12  LEU 125          HD11      LEU 125   4.132  -4.071  -2.361
    5   HD11  LEU 125          HD12      LEU 125   2.398  -3.945  -2.650
    6   HD13  LEU 125          HD13      LEU 125   3.002  -4.220  -1.022
    7   HD23  LEU 125          HD21      LEU 125   4.392  -2.416   0.079
    8   HD22  LEU 125          HD22      LEU 125   4.478  -0.818  -0.667
    9   HD21  LEU 125          HD23      LEU 125   5.375  -2.167  -1.368
   10    H    LEU 125           HN       LEU 125   1.095  -0.365  -3.173
   11    HB3  LEU 125           HB1      LEU 125   4.338  -1.730  -3.495

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   THR 126           HA       THR 126   4.570   0.596  -6.799
    2    HB   THR 126           HB       THR 126   1.686   1.036  -7.601
    3    HG1  THR 126           HG1      THR 126   2.093  -1.124  -7.237
    4   HG21  THR 126          HG21      THR 126   4.151   0.970  -9.345
    5   HG23  THR 126          HG22      THR 126   3.123   2.374  -9.037
    6   HG22  THR 126          HG23      THR 126   2.484   0.989  -9.925
    7    H    THR 126           HN       THR 126   2.180   0.193  -5.345

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   ALA 127           HA       ALA 127   2.786   5.069  -7.007
    2    HB2  ALA 127           HB1      ALA 127   1.210   4.772  -4.463
    3    HB1  ALA 127           HB2      ALA 127   0.559   4.718  -6.102
    4    HB3  ALA 127           HB3      ALA 127   1.279   6.205  -5.489
    5    H    ALA 127           HN       ALA 127   1.944   2.729  -5.763

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   GLU 128           HA       GLU 128   4.907   6.135  -2.885
    2    HB2  GLU 128           HB2      GLU 128   4.056   4.287  -1.400
    3    HG2  GLU 128           HG2      GLU 128   5.874   4.409   0.208
    4    H    GLU 128           HN       GLU 128   3.482   3.863  -3.724
    5    HB3  GLU 128           HB1      GLU 128   5.435   3.329  -1.922
    6    HG3  GLU 128           HG1      GLU 128   6.956   5.005  -1.045

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ILE 129           HA       ILE 129   8.683   3.668  -4.461
    2    HB   ILE 129           HB       ILE 129   6.971   2.156  -6.429
    3   HD11  ILE 129          HD11      ILE 129   6.779  -0.286  -5.839
    4   HD13  ILE 129          HD12      ILE 129   7.756  -0.935  -4.522
    5   HD12  ILE 129          HD13      ILE 129   8.523  -0.455  -6.038
    6    H    ILE 129           HN       ILE 129   5.926   3.192  -4.488

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLU 130           HA       GLU 130   7.674   5.924  -8.624
    2    HB2  GLU 130           HB2      GLU 130   4.957   6.650  -7.519
    3    HG2  GLU 130           HG2      GLU 130   5.692   5.253 -10.072
    4    H    GLU 130           HN       GLU 130   6.144   4.662  -6.680
    5    HB3  GLU 130           HB1      GLU 130   5.670   7.421  -8.925
    6    HG3  GLU 130           HG1      GLU 130   4.908   4.525  -8.665

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LYS 131           HA       LYS 131   7.155   9.838  -5.924
    2    HB2  LYS 131           HB2      LYS 131   7.090   8.381  -3.270
    3    HG2  LYS 131           HG2      LYS 131   4.840   9.732  -4.737
    4    HD2  LYS 131           HD2      LYS 131   5.095   8.850  -1.867
    5    HE2  LYS 131           HE2      LYS 131   2.698   9.622  -1.710
    6    HZ3  LYS 131           HZ1      LYS 131   3.189   7.204  -3.354
    7    HZ2  LYS 131           HZ2      LYS 131   1.795   7.524  -2.444
    8    HZ1  LYS 131           HZ3      LYS 131   3.285   7.270  -1.661
    9    H    LYS 131           HN       LYS 131   6.452   7.151  -5.515
   10    HB3  LYS 131           HB1      LYS 131   6.986  10.116  -3.505
   11    HG3  LYS 131           HG1      LYS 131   4.935   8.042  -4.231
   12    HD3  LYS 131           HD1      LYS 131   4.768  10.478  -2.459
   13    HE3  LYS 131           HE1      LYS 131   2.650   9.545  -3.471

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   ILE 132           HA       ILE 132  11.162   8.759  -3.595
    2    HB   ILE 132           HB       ILE 132  11.267   5.818  -4.241
    3   HD11  ILE 132          HD11      ILE 132  10.659   4.247  -2.280
    4   HD13  ILE 132          HD12      ILE 132   9.810   4.927  -0.892
    5   HD12  ILE 132          HD13      ILE 132  11.539   5.220  -1.101
    6    H    ILE 132           HN       ILE 132   8.945   7.192  -4.378

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLN 133           HA       GLN 133  13.103   7.201  -7.576
    2    HB2  GLN 133           HB2      GLN 133  10.533   6.124  -8.721
    3    HG2  GLN 133           HG2      GLN 133  13.111   4.863  -7.843
    4   HE21  GLN 133          HE21      GLN 133  11.674   2.349  -7.675
    5   HE22  GLN 133          HE22      GLN 133  11.615   1.716  -9.281
    6    H    GLN 133           HN       GLN 133  10.498   6.814  -6.462
    7    HB3  GLN 133           HB1      GLN 133  12.010   6.242  -9.660
    8    HG3  GLN 133           HG1      GLN 133  11.481   4.549  -7.247

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   LYS 134           HA       LYS 134  10.876  10.200 -10.377
    2    HB2  LYS 134           HB2      LYS 134   8.700  11.114 -10.554
    3    HG2  LYS 134           HG2      LYS 134   8.101  10.230  -7.742
    4    HD2  LYS 134           HD2      LYS 134   5.933  11.242  -8.087
    5    HE2  LYS 134           HE2      LYS 134   6.536   9.408 -10.404
    6    HZ1  LYS 134           HZ1      LYS 134   4.023   9.916  -8.899
    7    HZ3  LYS 134           HZ2      LYS 134   4.236   8.687 -10.046
    8    HZ2  LYS 134           HZ3      LYS 134   4.324  10.309 -10.524
    9    H    LYS 134           HN       LYS 134   9.938   8.727  -8.093
   10    HB3  LYS 134           HB1      LYS 134   8.485   9.456 -10.025
   11    HG3  LYS 134           HG1      LYS 134   8.312  11.898  -8.278
   12    HD3  LYS 134           HD1      LYS 134   6.383  11.724  -9.724
   13    HE3  LYS 134           HE1      LYS 134   6.231   8.873  -8.752

  No H/Q in entry =          13
  In of MODEL   11
    1    HA3  GLY 135           HA2      GLY 135  11.481  12.627  -5.787
    2    H    GLY 135           HN       GLY 135  10.340  10.942  -6.969
    3    HA2  GLY 135           HA1      GLY 135  11.914  13.377  -7.317

  No H/Q in entry =           3
  In of MODEL   12
    1    H1   GLY  95           HT2      GLY  95 -11.585  -2.869  -8.047
    2    H2   GLY  95           HT1      GLY  95 -13.151  -2.389  -8.475
    3    H3   GLY  95           HT3      GLY  95 -12.866  -3.978  -7.972
    4    HA3  GLY  95           HA1      GLY  95 -11.528  -4.406  -9.915
    5    HA2  GLY  95           HA2      GLY  95 -13.145  -3.880 -10.362

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ALA  96           HA       ALA  96 -10.569  -1.311 -12.884
    2    HB2  ALA  96           HB1      ALA  96 -11.981  -2.381 -14.577
    3    HB3  ALA  96           HB2      ALA  96 -11.798  -0.654 -14.880
    4    HB1  ALA  96           HB3      ALA  96 -13.294  -1.272 -14.180
    5    H    ALA  96           HN       ALA  96 -12.881  -2.828 -12.230

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   MET  97           HA       MET  97 -12.706   2.139 -10.956
    2    HB2  MET  97           HB2      MET  97 -14.678   3.356 -11.625
    3    HG2  MET  97           HG2      MET  97 -16.227   2.088 -13.315
    4    HE3  MET  97           HE1      MET  97 -18.787   1.633 -12.701
    5    HE2  MET  97           HE2      MET  97 -19.386   1.521 -11.046
    6    HE1  MET  97           HE3      MET  97 -18.313   0.275 -11.680
    7    H    MET  97           HN       MET  97 -13.834  -0.426 -11.822
    8    HB3  MET  97           HB1      MET  97 -14.024   2.517 -13.019
    9    HG3  MET  97           HG1      MET  97 -15.797   0.695 -12.325

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   GLU  98           HA       GLU  98 -14.772   0.718  -7.404
    2    HB2  GLU  98           HB2      GLU  98 -13.540   1.335  -5.440
    3    HG2  GLU  98           HG2      GLU  98 -13.249   3.771  -6.191
    4    H    GLU  98           HN       GLU  98 -12.928   2.419  -8.885
    5    HB3  GLU  98           HB1      GLU  98 -12.372   0.962  -6.698
    6    HG3  GLU  98           HG1      GLU  98 -11.993   3.021  -5.210

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   PRO  99           HA       PRO  99 -17.511   4.140  -6.438
    2    HB2  PRO  99           HB2      PRO  99 -18.431   3.275  -4.028
    3    HG2  PRO  99           HG2      PRO  99 -17.041   1.489  -3.635
    4    HD2  PRO  99           HD2      PRO  99 -15.593   0.754  -5.214
    5    HB3  PRO  99           HB1      PRO  99 -19.002   2.621  -5.567
    6    HG3  PRO  99           HG1      PRO  99 -18.258   0.657  -4.618
    7    HD3  PRO  99           HD1      PRO  99 -16.868   0.535  -6.416

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   GLU 100           HA       GLU 100 -14.696   6.554  -4.569
    2    HB2  GLU 100           HB2      GLU 100 -17.163   8.256  -4.282
    3    HG2  GLU 100           HG2      GLU 100 -15.029   8.151  -6.403
    4    H    GLU 100           HN       GLU 100 -17.373   5.996  -5.220
    5    HB3  GLU 100           HB1      GLU 100 -15.513   8.844  -4.093
    6    HG3  GLU 100           HG1      GLU 100 -16.706   7.635  -6.581

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ASN 101           HA       ASN 101 -15.938   6.583  -0.127
    2    HB2  ASN 101           HB2      ASN 101 -18.244   7.303  -0.053
    3   HD21  ASN 101          HD21      ASN 101 -17.436   7.638   2.042
    4   HD22  ASN 101          HD22      ASN 101 -17.785   6.543   3.340
    5    H    ASN 101           HN       ASN 101 -17.502   6.012  -2.519
    6    HB3  ASN 101           HB1      ASN 101 -18.807   5.700  -0.508

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LYS 102           HA       LYS 102 -16.645   1.974   0.243
    2    HB2  LYS 102           HB2      LYS 102 -18.176   1.828  -2.285
    3    HG2  LYS 102           HG2      LYS 102 -18.571   0.564   0.412
    4    HD2  LYS 102           HD2      LYS 102 -19.594  -0.554  -1.631
    5    HE2  LYS 102           HE2      LYS 102 -21.284   1.940  -1.559
    6    HZ3  LYS 102           HZ1      LYS 102 -21.558  -0.474  -3.262
    7    HZ2  LYS 102           HZ2      LYS 102 -22.549   0.901  -3.293
    8    HZ1  LYS 102           HZ3      LYS 102 -22.552  -0.119  -1.937
    9    H    LYS 102           HN       LYS 102 -17.615   3.859  -1.634
   10    HB3  LYS 102           HB1      LYS 102 -17.400   0.356  -1.714
   11    HG3  LYS 102           HG1      LYS 102 -19.339   2.048  -0.156
   12    HD3  LYS 102           HD1      LYS 102 -20.696  -0.103  -0.325
   13    HE3  LYS 102           HE1      LYS 102 -20.205   1.448  -2.866

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   TYR 103           HA       TYR 103 -12.884   1.656  -2.582
    2    HB2  TYR 103           HB2      TYR 103 -12.681   3.900  -3.383
    3    HD1  TYR 103           HD1      TYR 103 -10.593   2.367  -3.888
    4    HD2  TYR 103           HD2      TYR 103 -10.795   5.232  -0.751
    5    HE1  TYR 103           HE1      TYR 103  -8.137   2.495  -3.845
    6    HE2  TYR 103           HE2      TYR 103  -8.345   5.362  -0.686
    7    HH   TYR 103           HH       TYR 103  -6.414   4.153  -1.349
    8    H    TYR 103           HN       TYR 103 -14.800   3.570  -1.856
    9    HB3  TYR 103           HB1      TYR 103 -12.749   4.564  -1.760

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   LEU 104           HA       LEU 104 -11.617   2.529   1.998
    2    HB2  LEU 104           HB2      LEU 104 -13.342   4.100   2.610
    3    HG   LEU 104           HG       LEU 104 -13.400   1.902   4.677
    4   HD13  LEU 104          HD11      LEU 104 -11.112   2.479   4.144
    5   HD12  LEU 104          HD12      LEU 104 -11.549   3.147   5.718
    6   HD11  LEU 104          HD13      LEU 104 -11.481   4.196   4.302
    7   HD22  LEU 104          HD21      LEU 104 -15.121   3.566   5.011
    8   HD21  LEU 104          HD22      LEU 104 -13.948   4.866   4.804
    9   HD23  LEU 104          HD23      LEU 104 -13.843   3.796   6.206
   10    H    LEU 104           HN       LEU 104 -13.895   2.988   0.411
   11    HB3  LEU 104           HB1      LEU 104 -14.527   2.817   2.718

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   PRO 105           HA       PRO 105 -13.807  -1.555   3.529
    2    HB2  PRO 105           HB2      PRO 105 -15.578  -2.676   1.754
    3    HG2  PRO 105           HG2      PRO 105 -15.572  -0.905   0.228
    4    HD2  PRO 105           HD2      PRO 105 -15.012   1.279   0.859
    5    HB3  PRO 105           HB1      PRO 105 -16.069  -1.636   3.097
    6    HG3  PRO 105           HG1      PRO 105 -16.952  -0.472   1.260
    7    HD3  PRO 105           HD1      PRO 105 -15.696   1.080   2.489

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   GLU 106           HA       GLU 106 -12.206  -3.534  -0.555
    2    HB2  GLU 106           HB2      GLU 106 -11.364  -0.841  -1.623
    3    HG2  GLU 106           HG2      GLU 106 -13.668  -2.590  -2.200
    4    H    GLU 106           HN       GLU 106 -13.204  -0.992   0.089
    5    HB3  GLU 106           HB1      GLU 106 -10.990  -2.393  -2.354
    6    HG3  GLU 106           HG1      GLU 106 -13.494  -0.844  -2.352

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LEU 107           HA       LEU 107  -8.023  -1.609   0.810
    2    HB2  LEU 107           HB2      LEU 107  -9.398   0.439   2.550
    3    HG   LEU 107           HG       LEU 107  -9.225   1.022   0.097
    4   HD13  LEU 107          HD11      LEU 107  -9.435   2.707   1.848
    5   HD12  LEU 107          HD12      LEU 107  -8.364   3.268   0.563
    6   HD11  LEU 107          HD13      LEU 107  -7.688   2.690   2.086
    7   HD21  LEU 107          HD21      LEU 107  -6.283   1.017   0.772
    8   HD23  LEU 107          HD22      LEU 107  -6.997   1.661  -0.708
    9   HD22  LEU 107          HD23      LEU 107  -7.096  -0.065  -0.359
   10    H    LEU 107           HN       LEU 107 -10.675  -0.648   0.756
   11    HB3  LEU 107           HB1      LEU 107  -7.672   0.150   2.521

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   MET 108           HA       MET 108  -9.091  -2.741   5.341
    2    HB2  MET 108           HB2      MET 108 -11.094  -2.994   6.524
    3    HG2  MET 108           HG2      MET 108 -12.590  -2.784   3.928
    4    HE3  MET 108           HE1      MET 108 -14.415  -2.811   8.168
    5    HE2  MET 108           HE2      MET 108 -12.683  -2.681   7.865
    6    HE1  MET 108           HE3      MET 108 -13.535  -4.174   7.475
    7    H    MET 108           HN       MET 108 -10.613  -1.604   3.235
    8    HB3  MET 108           HB1      MET 108 -11.253  -1.514   5.591
    9    HG3  MET 108           HG1      MET 108 -12.517  -4.179   5.005

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   ALA 109           HA       ALA 109 -10.859  -6.832   3.807
    2    HB1  ALA 109           HB1      ALA 109 -12.568  -6.220   2.174
    3    HB3  ALA 109           HB2      ALA 109 -11.606  -7.576   1.584
    4    HB2  ALA 109           HB3      ALA 109 -11.324  -5.950   0.954
    5    H    ALA 109           HN       ALA 109 -10.995  -4.201   2.739

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   GLU 110           HA       GLU 110  -7.142  -7.295   0.878
    2    HB2  GLU 110           HB2      GLU 110  -6.730  -4.311   0.569
    3    HG2  GLU 110           HG2      GLU 110  -7.361  -6.405  -1.500
    4    H    GLU 110           HN       GLU 110  -8.926  -5.125   1.369
    5    HB3  GLU 110           HB1      GLU 110  -5.614  -5.534  -0.016
    6    HG3  GLU 110           HG1      GLU 110  -8.459  -5.150  -0.926

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LYS 111           HA       LYS 111  -4.655  -4.881   4.241
    2    HB2  LYS 111           HB2      LYS 111  -5.727  -2.909   4.821
    3    HG2  LYS 111           HG2      LYS 111  -6.168  -4.691   7.204
    4    HD2  LYS 111           HD2      LYS 111  -5.916  -1.694   7.158
    5    HE2  LYS 111           HE2      LYS 111  -5.300  -2.590   9.269
    6    HZ3  LYS 111           HZ1      LYS 111  -6.914  -4.024  10.498
    7    HZ2  LYS 111           HZ2      LYS 111  -6.130  -4.787   9.205
    8    HZ1  LYS 111           HZ3      LYS 111  -7.737  -4.270   9.033
    9    H    LYS 111           HN       LYS 111  -7.181  -4.571   3.084
   10    HB3  LYS 111           HB1      LYS 111  -7.242  -3.720   5.191
   11    HG3  LYS 111           HG1      LYS 111  -4.731  -3.725   6.853
   12    HD3  LYS 111           HD1      LYS 111  -7.469  -2.524   7.182
   13    HE3  LYS 111           HE1      LYS 111  -6.931  -1.941   9.425

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   ASP 112           HA       ASP 112  -6.494  -7.583   7.521
    2    HB2  ASP 112           HB2      ASP 112  -9.256  -7.318   6.491
    3    H    ASP 112           HN       ASP 112  -7.761  -6.257   5.316
    4    HB3  ASP 112           HB1      ASP 112  -8.909  -8.733   7.483

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   SER 113           HA       SER 113  -6.572 -11.228   4.789
    2    HB2  SER 113           HB2      SER 113  -6.924  -9.749   2.175
    3    HG   SER 113           HG       SER 113  -8.828  -9.604   3.195
    4    H    SER 113           HN       SER 113  -6.718  -8.343   4.269
    5    HB3  SER 113           HB1      SER 113  -6.923 -11.501   2.367

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   LEU 114           HA       LEU 114  -2.652  -9.849   2.405
    2    HB2  LEU 114           HB2      LEU 114  -3.284  -7.332   2.616
    3    HG   LEU 114           HG       LEU 114  -0.448  -8.295   2.331
    4   HD11  LEU 114          HD11      LEU 114  -2.442  -7.106   0.401
    5   HD13  LEU 114          HD12      LEU 114  -1.979  -8.804   0.506
    6   HD12  LEU 114          HD13      LEU 114  -0.797  -7.596  -0.001
    7   HD21  LEU 114          HD21      LEU 114  -0.407  -6.045   3.321
    8   HD23  LEU 114          HD22      LEU 114  -1.419  -5.466   2.001
    9   HD22  LEU 114          HD23      LEU 114   0.206  -6.067   1.668
   10    H    LEU 114           HN       LEU 114  -4.668  -8.517   3.905
   11    HB3  LEU 114           HB1      LEU 114  -2.193  -7.346   3.985

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ASP 115           HA       ASP 115  -0.501 -11.601   5.736
    2    HB2  ASP 115           HB2      ASP 115   0.266 -12.866   3.693
    3    H    ASP 115           HN       ASP 115  -0.655 -10.607   3.042
    4    HB3  ASP 115           HB1      ASP 115   1.629 -11.757   3.592

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   PRO 116           HA       PRO 116   1.526  -8.186   7.606
    2    HB2  PRO 116           HB2      PRO 116   2.739  -9.496   9.676
    3    HG2  PRO 116           HG2      PRO 116   2.413 -11.663   8.885
    4    HD2  PRO 116           HD2      PRO 116   0.746 -12.183   7.337
    5    HB3  PRO 116           HB1      PRO 116   1.011  -9.120   9.632
    6    HG3  PRO 116           HG1      PRO 116   0.960 -11.446   9.887
    7    HD3  PRO 116           HD1      PRO 116  -0.396 -11.016   8.036

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   SER 117           HA       SER 117   5.932 -10.050   7.054
    2    HB2  SER 117           HB2      SER 117   6.651 -11.401   5.077
    3    HG   SER 117           HG       SER 117   3.933 -12.065   4.737
    4    H    SER 117           HN       SER 117   3.334 -10.869   6.358
    5    HB3  SER 117           HB1      SER 117   5.570 -12.263   6.168

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   PHE 118           HA       PHE 118   5.710  -7.168   3.457
    2    HB2  PHE 118           HB2      PHE 118   2.718  -7.262   2.992
    3    HD1  PHE 118           HD1      PHE 118   5.019  -7.564   0.271
    4    HD2  PHE 118           HD2      PHE 118   2.770  -9.771   3.129
    5    HE1  PHE 118           HE1      PHE 118   5.234  -9.577  -1.118
    6    HE2  PHE 118           HE2      PHE 118   2.981 -11.787   1.751
    7    HZ   PHE 118           HZ       PHE 118   4.214 -11.700  -0.384
    8    H    PHE 118           HN       PHE 118   3.682  -8.806   4.782
    9    HB3  PHE 118           HB1      PHE 118   3.906  -6.440   1.987

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   THR 119           HA       THR 119   4.564  -4.749   7.083
    2    HB   THR 119           HB       THR 119   7.269  -3.739   6.195
    3    HG1  THR 119           HG1      THR 119   6.530  -5.572   8.259
    4   HG23  THR 119          HG21      THR 119   7.379  -2.720   8.416
    5   HG22  THR 119          HG22      THR 119   5.752  -3.303   8.774
    6   HG21  THR 119          HG23      THR 119   5.999  -2.099   7.507
    7    H    THR 119           HN       THR 119   6.282  -5.939   5.263

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   HIS 120           HA       HIS 120   4.859  -0.736   4.744
    2    HB2  HIS 120           HB2      HIS 120   6.281  -1.770   2.299
    3    HD1  HIS 120           HD1      HIS 120   6.698   0.593   5.269
    4    HD2  HIS 120           HD2      HIS 120   8.931  -1.848   2.743
    5    HE1  HIS 120           HE1      HIS 120   9.059   0.692   6.135
    6    HE2  HIS 120           HE2      HIS 120  10.377  -0.881   4.664
    7    H    HIS 120           HN       HIS 120   6.083  -3.256   4.214
    8    HB3  HIS 120           HB1      HIS 120   5.773  -0.100   2.527

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   ALA 121           HA       ALA 121   2.005  -2.244   1.153
    2    HB1  ALA 121           HB1      ALA 121   1.349  -4.456   0.573
    3    HB3  ALA 121           HB2      ALA 121   2.173  -5.131   1.977
    4    HB2  ALA 121           HB3      ALA 121   3.111  -4.442   0.653
    5    H    ALA 121           HN       ALA 121   4.151  -3.404   2.533

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   MET 122           HA       MET 122  -0.649  -3.825   4.754
    2    HB2  MET 122           HB2      MET 122   1.822  -4.421   6.331
    3    HG2  MET 122           HG2      MET 122   0.411  -6.076   4.876
    4    HE3  MET 122           HE1      MET 122  -2.003  -4.202   6.059
    5    HE2  MET 122           HE2      MET 122  -3.316  -5.380   6.014
    6    HE1  MET 122           HE3      MET 122  -2.165  -5.289   4.680
    7    H    MET 122           HN       MET 122   2.140  -3.941   4.197
    8    HB3  MET 122           HB1      MET 122   0.294  -4.205   7.172
    9    HG3  MET 122           HG1      MET 122   1.136  -6.569   6.405

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   GLN 123           HA       GLN 123   0.724  -0.086   7.287
    2    HB2  GLN 123           HB2      GLN 123   3.035  -0.091   7.601
    3    HG2  GLN 123           HG2      GLN 123   2.557   2.300   5.861
    4   HE21  GLN 123          HE21      GLN 123   4.237   3.736   7.818
    5   HE22  GLN 123          HE22      GLN 123   5.871   3.383   7.363
    6    H    GLN 123           HN       GLN 123   2.107  -1.807   5.524
    7    HB3  GLN 123           HB1      GLN 123   3.369  -0.089   5.878
    8    HG3  GLN 123           HG1      GLN 123   2.593   2.223   7.622

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   LEU 124           HA       LEU 124   0.397   2.761   3.635
    2    HB2  LEU 124           HB2      LEU 124   0.781   0.651   1.504
    3    HG   LEU 124           HG       LEU 124   2.852   1.590   2.659
    4   HD12  LEU 124          HD11      LEU 124   4.048   1.906   0.530
    5   HD11  LEU 124          HD12      LEU 124   2.501   2.018  -0.310
    6   HD13  LEU 124          HD13      LEU 124   2.967   0.513   0.485
    7   HD21  LEU 124          HD21      LEU 124   1.994   4.069   1.170
    8   HD23  LEU 124          HD22      LEU 124   3.553   3.830   1.959
    9   HD22  LEU 124          HD23      LEU 124   2.075   3.880   2.921
   10    H    LEU 124           HN       LEU 124   1.465   0.180   3.827
   11    HB3  LEU 124           HB1      LEU 124   0.341   2.314   1.157

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   LEU 125           HA       LEU 125  -3.633   0.387   2.429
    2    HB2  LEU 125           HB2      LEU 125  -2.568  -1.978   3.947
    3    HG   LEU 125           HG       LEU 125  -2.418  -1.969   1.440
    4   HD11  LEU 125          HD11      LEU 125  -2.397  -4.009   2.799
    5   HD13  LEU 125          HD12      LEU 125  -3.196  -4.263   1.249
    6   HD12  LEU 125          HD13      LEU 125  -4.158  -4.074   2.711
    7   HD23  LEU 125          HD21      LEU 125  -4.487  -2.414   0.200
    8   HD22  LEU 125          HD22      LEU 125  -4.529  -0.826   0.965
    9   HD21  LEU 125          HD23      LEU 125  -5.423  -2.172   1.677
   10    H    LEU 125           HN       LEU 125  -1.064  -0.410   3.381
   11    HB3  LEU 125           HB1      LEU 125  -4.299  -1.760   3.790

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   THR 126           HA       THR 126  -4.453   0.573   7.067
    2    HB   THR 126           HB       THR 126  -1.571   1.130   7.799
    3    HG1  THR 126           HG1      THR 126  -1.909  -1.055   7.415
    4   HG21  THR 126          HG21      THR 126  -4.006   0.931   9.576
    5   HG23  THR 126          HG22      THR 126  -3.062   2.390   9.257
    6   HG22  THR 126          HG23      THR 126  -2.338   1.042  10.136
    7    H    THR 126           HN       THR 126  -2.097   0.193   5.558

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   ALA 127           HA       ALA 127  -2.777   5.068   7.223
    2    HB2  ALA 127           HB1      ALA 127  -1.307   6.252   5.714
    3    HB3  ALA 127           HB2      ALA 127  -1.233   4.844   4.654
    4    HB1  ALA 127           HB3      ALA 127  -0.554   4.760   6.281
    5    H    ALA 127           HN       ALA 127  -1.911   2.756   5.938

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   GLU 128           HA       GLU 128  -4.916   6.170   3.081
    2    HB2  GLU 128           HB2      GLU 128  -4.037   4.316   1.617
    3    HG2  GLU 128           HG2      GLU 128  -5.971   4.217   0.056
    4    H    GLU 128           HN       GLU 128  -3.452   3.928   3.912
    5    HB3  GLU 128           HB1      GLU 128  -5.380   3.330   2.158
    6    HG3  GLU 128           HG1      GLU 128  -6.919   5.076   1.263

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ILE 129           HA       ILE 129  -8.643   3.711   4.762
    2    HB   ILE 129           HB       ILE 129  -6.904   2.160   6.674
    3   HD13  ILE 129          HD11      ILE 129  -7.790  -0.886   4.733
    4   HD12  ILE 129          HD12      ILE 129  -8.519  -0.409   6.268
    5   HD11  ILE 129          HD13      ILE 129  -6.773  -0.282   6.039
    6    H    ILE 129           HN       ILE 129  -5.871   3.241   4.770

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLU 130           HA       GLU 130  -7.676   5.930   8.979
    2    HB2  GLU 130           HB2      GLU 130  -4.868   6.566   8.067
    3    HG2  GLU 130           HG2      GLU 130  -5.838   4.807  10.303
    4    H    GLU 130           HN       GLU 130  -6.100   4.629   7.047
    5    HB3  GLU 130           HB1      GLU 130  -5.613   7.151   9.547
    6    HG3  GLU 130           HG1      GLU 130  -4.971   4.295   8.856

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LYS 131           HA       LYS 131  -6.732   9.690   6.049
    2    HB2  LYS 131           HB2      LYS 131  -5.272   8.706   4.432
    3    HG2  LYS 131           HG2      LYS 131  -7.654   9.814   2.972
    4    HD2  LYS 131           HD2      LYS 131  -4.805   9.649   2.031
    5    HE2  LYS 131           HE2      LYS 131  -7.429  10.214   0.686
    6    HZ3  LYS 131           HZ1      LYS 131  -4.790   9.970  -0.639
    7    HZ2  LYS 131           HZ2      LYS 131  -6.307  10.174  -1.374
    8    HZ1  LYS 131           HZ3      LYS 131  -5.924   8.707  -0.612
    9    H    LYS 131           HN       LYS 131  -6.304   6.936   5.940
   10    HB3  LYS 131           HB1      LYS 131  -6.573   7.738   3.762
   11    HG3  LYS 131           HG1      LYS 131  -6.249  10.719   3.548
   12    HD3  LYS 131           HD1      LYS 131  -5.987   8.396   1.665
   13    HE3  LYS 131           HE1      LYS 131  -6.038  11.286   0.846

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   ILE 132           HA       ILE 132 -10.870   8.909   3.923
    2    HB   ILE 132           HB       ILE 132 -11.200   5.961   4.431
    3   HD12  ILE 132          HD11      ILE 132 -11.519   5.556   1.256
    4   HD11  ILE 132          HD12      ILE 132 -10.727   4.442   2.372
    5   HD13  ILE 132          HD13      ILE 132  -9.823   5.129   1.023
    6    H    ILE 132           HN       ILE 132  -8.781   7.121   4.668

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLN 133           HA       GLN 133 -12.947   7.223   7.789
    2    HB2  GLN 133           HB2      GLN 133 -10.465   5.933   8.876
    3    HG2  GLN 133           HG2      GLN 133 -13.194   4.911   8.139
    4   HE21  GLN 133          HE21      GLN 133 -11.988   2.354   7.627
    5   HE22  GLN 133          HE22      GLN 133 -11.765   1.588   9.163
    6    H    GLN 133           HN       GLN 133 -10.340   6.791   6.713
    7    HB3  GLN 133           HB1      GLN 133 -11.897   6.152   9.874
    8    HG3  GLN 133           HG1      GLN 133 -11.666   4.558   7.335

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   LYS 134           HA       LYS 134 -10.625  10.265  10.558
    2    HB2  LYS 134           HB2      LYS 134  -8.803  11.773  10.093
    3    HG2  LYS 134           HG2      LYS 134  -8.633  10.605   7.327
    4    HD2  LYS 134           HD2      LYS 134  -7.196  12.913   8.628
    5    HE2  LYS 134           HE2      LYS 134  -5.926  12.997   6.536
    6    HZ1  LYS 134           HZ1      LYS 134  -8.869  13.254   6.158
    7    HZ3  LYS 134           HZ2      LYS 134  -7.701  13.862   5.089
    8    HZ2  LYS 134           HZ3      LYS 134  -7.800  14.469   6.669
    9    H    LYS 134           HN       LYS 134  -9.962   8.968   8.100
   10    HB3  LYS 134           HB1      LYS 134  -8.302  10.146   9.652
   11    HG3  LYS 134           HG1      LYS 134  -9.341  12.177   7.695
   12    HD3  LYS 134           HD1      LYS 134  -6.492  11.344   8.229
   13    HE3  LYS 134           HE1      LYS 134  -6.957  11.736   5.861

  No H/Q in entry =          13
  In of MODEL   12
    1    HA3  GLY 135           HA2      GLY 135 -13.191  12.160   6.460
    2    H    GLY 135           HN       GLY 135 -11.460  10.775   7.230
    3    HA2  GLY 135           HA1      GLY 135 -13.143  13.031   7.987

  No H/Q in entry =           3
  In of MODEL   12
    1    H1   GLY  95           HT2      GLY  95  11.492  -3.136   8.202
    2    H2   GLY  95           HT1      GLY  95  13.073  -2.702   8.639
    3    H3   GLY  95           HT3      GLY  95  12.742  -4.276   8.110
    4    HA2  GLY  95           HA2      GLY  95  13.023  -4.209  10.510
    5    HA3  GLY  95           HA1      GLY  95  11.397  -4.700  10.052

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ALA  96           HA       ALA  96  10.492  -1.595  13.042
    2    HB3  ALA  96           HB1      ALA  96  11.881  -2.711  14.725
    3    HB2  ALA  96           HB2      ALA  96  11.728  -0.983  15.043
    4    HB1  ALA  96           HB3      ALA  96  13.214  -1.624  14.339
    5    H    ALA  96           HN       ALA  96  12.774  -3.153  12.383

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   MET  97           HA       MET  97  12.697   1.820  11.150
    2    HB2  MET  97           HB2      MET  97  14.692   2.999  11.831
    3    HG2  MET  97           HG2      MET  97  16.205   1.676  13.521
    4    HE3  MET  97           HE1      MET  97  18.781   1.186  12.902
    5    HE2  MET  97           HE2      MET  97  19.368   1.081  11.243
    6    HE1  MET  97           HE3      MET  97  18.265  -0.147  11.865
    7    H    MET  97           HN       MET  97  13.780  -0.768  12.000
    8    HB3  MET  97           HB1      MET  97  14.017   2.161  13.217
    9    HG3  MET  97           HG1      MET  97  15.759   0.312  12.500

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   GLU  98           HA       GLU  98  14.740   0.392   7.585
    2    HB2  GLU  98           HB2      GLU  98  13.526   1.046   5.629
    3    HG2  GLU  98           HG2      GLU  98  13.281   3.481   6.382
    4    H    GLU  98           HN       GLU  98  12.921   2.103   9.082
    5    HB3  GLU  98           HB1      GLU  98  12.348   0.689   6.882
    6    HG3  GLU  98           HG1      GLU  98  12.003   2.755   5.412

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   PRO  99           HA       PRO  99  17.536   3.764   6.653
    2    HB2  PRO  99           HB2      PRO  99  18.444   2.905   4.236
    3    HG2  PRO  99           HG2      PRO  99  17.026   1.146   3.829
    4    HD2  PRO  99           HD2      PRO  99  15.561   0.425   5.401
    5    HB3  PRO  99           HB1      PRO  99  19.004   2.230   5.770
    6    HG3  PRO  99           HG1      PRO  99  18.227   0.284   4.806
    7    HD3  PRO  99           HD1      PRO  99  16.830   0.174   6.603

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   GLU 100           HA       GLU 100  14.772   6.249   4.797
    2    HB2  GLU 100           HB2      GLU 100  17.274   7.905   4.525
    3    HG2  GLU 100           HG2      GLU 100  15.139   7.818   6.651
    4    H    GLU 100           HN       GLU 100  17.436   5.633   5.451
    5    HB3  GLU 100           HB1      GLU 100  15.636   8.527   4.349
    6    HG3  GLU 100           HG1      GLU 100  16.803   7.262   6.820

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ASN 101           HA       ASN 101  16.024   6.285   0.359
    2    HB2  ASN 101           HB2      ASN 101  18.335   6.965   0.293
    3   HD21  ASN 101          HD21      ASN 101  17.559   7.328  -1.804
    4   HD22  ASN 101          HD22      ASN 101  17.915   6.239  -3.098
    5    H    ASN 101           HN       ASN 101  17.574   5.675   2.754
    6    HB3  ASN 101           HB1      ASN 101  18.872   5.350   0.743

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LYS 102           HA       LYS 102  16.643   1.665  -0.048
    2    HB2  LYS 102           HB2      LYS 102  18.164   1.467   2.483
    3    HG2  LYS 102           HG2      LYS 102  18.547   0.223  -0.226
    4    HD2  LYS 102           HD2      LYS 102  19.542  -0.931   1.808
    5    HE2  LYS 102           HE2      LYS 102  21.277   1.535   1.766
    6    HZ3  LYS 102           HZ1      LYS 102  21.512  -0.915   3.424
    7    HZ2  LYS 102           HZ2      LYS 102  22.523   0.443   3.493
    8    HZ1  LYS 102           HZ3      LYS 102  22.514  -0.543   2.111
    9    H    LYS 102           HN       LYS 102  17.640   3.517   1.842
   10    HB3  LYS 102           HB1      LYS 102  17.365   0.014   1.892
   11    HG3  LYS 102           HG1      LYS 102  19.340   1.689   0.357
   12    HD3  LYS 102           HD1      LYS 102  20.655  -0.489   0.510
   13    HE3  LYS 102           HE1      LYS 102  20.192   1.044   3.068

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   TYR 103           HA       TYR 103  12.869   1.398   2.771
    2    HB2  TYR 103           HB2      TYR 103  12.712   3.641   3.586
    3    HD1  TYR 103           HD1      TYR 103  10.595   2.143   4.081
    4    HD2  TYR 103           HD2      TYR 103  10.860   5.019   0.968
    5    HE1  TYR 103           HE1      TYR 103   8.142   2.315   4.041
    6    HE2  TYR 103           HE2      TYR 103   8.410   5.198   0.895
    7    HH   TYR 103           HH       TYR 103   6.454   4.030   1.543
    8    H    TYR 103           HN       TYR 103  14.823   3.277   2.064
    9    HB3  TYR 103           HB1      TYR 103  12.788   4.312   1.967

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   LEU 104           HA       LEU 104  11.629   2.327  -1.806
    2    HB2  LEU 104           HB2      LEU 104  13.386   3.868  -2.400
    3    HG   LEU 104           HG       LEU 104  13.403   1.692  -4.486
    4   HD13  LEU 104          HD11      LEU 104  11.121   2.305  -3.949
    5   HD12  LEU 104          HD12      LEU 104  11.575   2.972  -5.518
    6   HD11  LEU 104          HD13      LEU 104  11.524   4.015  -4.097
    7   HD22  LEU 104          HD21      LEU 104  15.151   3.322  -4.813
    8   HD21  LEU 104          HD22      LEU 104  14.006   4.642  -4.592
    9   HD23  LEU 104          HD23      LEU 104  13.873   3.587  -6.002
   10    H    LEU 104           HN       LEU 104  13.911   2.735  -0.211
   11    HB3  LEU 104           HB1      LEU 104  14.546   2.563  -2.518

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   PRO 105           HA       PRO 105  13.744  -1.781  -3.361
    2    HB2  PRO 105           HB2      PRO 105  15.496  -2.953  -1.600
    3    HG2  PRO 105           HG2      PRO 105  15.515  -1.194  -0.057
    4    HD2  PRO 105           HD2      PRO 105  15.001   1.008  -0.673
    5    HB3  PRO 105           HB1      PRO 105  16.002  -1.904  -2.932
    6    HG3  PRO 105           HG1      PRO 105  16.906  -0.781  -1.079
    7    HD3  PRO 105           HD1      PRO 105  15.680   0.801  -2.304

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   GLU 106           HA       GLU 106  12.103  -3.768   0.700
    2    HB2  GLU 106           HB2      GLU 106  11.315  -1.065   1.786
    3    HG2  GLU 106           HG2      GLU 106  13.580  -2.862   2.368
    4    H    GLU 106           HN       GLU 106  13.148  -1.238   0.081
    5    HB3  GLU 106           HB1      GLU 106  10.903  -2.612   2.506
    6    HG3  GLU 106           HG1      GLU 106  13.437  -1.113   2.529

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LEU 107           HA       LEU 107   7.960  -1.754  -0.652
    2    HB2  LEU 107           HB2      LEU 107   9.371   0.287  -2.374
    3    HG   LEU 107           HG       LEU 107   9.209   0.852   0.086
    4   HD13  LEU 107          HD11      LEU 107   9.447   2.546  -1.657
    5   HD12  LEU 107          HD12      LEU 107   8.390   3.114  -0.365
    6   HD11  LEU 107          HD13      LEU 107   7.699   2.562  -1.889
    7   HD21  LEU 107          HD21      LEU 107   6.270   0.912  -0.591
    8   HD23  LEU 107          HD22      LEU 107   6.994   1.532   0.894
    9   HD22  LEU 107          HD23      LEU 107   7.059  -0.194   0.534
   10    H    LEU 107           HN       LEU 107  10.632  -0.840  -0.593
   11    HB3  LEU 107           HB1      LEU 107   7.639   0.028  -2.347

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   MET 108           HA       MET 108   9.010  -2.863  -5.189
    2    HB2  MET 108           HB2      MET 108  11.010  -3.150  -6.371
    3    HG2  MET 108           HG2      MET 108  12.500  -2.989  -3.770
    4    HE3  MET 108           HE1      MET 108  14.329  -3.011  -8.006
    5    HE2  MET 108           HE2      MET 108  12.600  -2.848  -7.700
    6    HE1  MET 108           HE3      MET 108  13.422  -4.363  -7.325
    7    H    MET 108           HN       MET 108  10.553  -1.775  -3.073
    8    HB3  MET 108           HB1      MET 108  11.195  -1.681  -5.429
    9    HG3  MET 108           HG1      MET 108  12.406  -4.373  -4.858

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   ALA 109           HA       ALA 109  10.696  -7.002  -3.684
    2    HB1  ALA 109           HB1      ALA 109  12.418  -6.435  -2.047
    3    HB2  ALA 109           HB2      ALA 109  11.426  -7.771  -1.463
    4    HB3  ALA 109           HB3      ALA 109  11.179  -6.145  -0.823
    5    H    ALA 109           HN       ALA 109  10.881  -4.383  -2.599

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   GLU 110           HA       GLU 110   6.968  -7.416  -0.763
    2    HB2  GLU 110           HB2      GLU 110   6.608  -4.429  -0.435
    3    HG2  GLU 110           HG2      GLU 110   7.203  -6.548   1.621
    4    H    GLU 110           HN       GLU 110   8.793  -5.273  -1.236
    5    HB3  GLU 110           HB1      GLU 110   5.472  -5.636   0.143
    6    HG3  GLU 110           HG1      GLU 110   8.323  -5.308   1.054

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LYS 111           HA       LYS 111   4.533  -4.931  -4.104
    2    HB2  LYS 111           HB2      LYS 111   5.635  -2.976  -4.675
    3    HG2  LYS 111           HG2      LYS 111   6.055  -4.747  -7.071
    4    HD2  LYS 111           HD2      LYS 111   5.855  -1.746  -7.004
    5    HE2  LYS 111           HE2      LYS 111   5.231  -2.616  -9.126
    6    HZ3  LYS 111           HZ1      LYS 111   6.847  -4.053 -10.366
    7    HZ2  LYS 111           HZ2      LYS 111   6.013  -4.816  -9.112
    8    HZ1  LYS 111           HZ3      LYS 111   7.627  -4.353  -8.889
    9    H    LYS 111           HN       LYS 111   7.064  -4.681  -2.948
   10    HB3  LYS 111           HB1      LYS 111   7.138  -3.808  -5.048
   11    HG3  LYS 111           HG1      LYS 111   4.632  -3.758  -6.720
   12    HD3  LYS 111           HD1      LYS 111   7.393  -2.606  -7.029
   13    HE3  LYS 111           HE1      LYS 111   6.870  -1.988  -9.271

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   ASP 112           HA       ASP 112   6.323  -7.645  -7.406
    2    HB2  ASP 112           HB2      ASP 112   9.084  -7.428  -6.373
    3    H    ASP 112           HN       ASP 112   7.610  -6.361  -5.188
    4    HB3  ASP 112           HB1      ASP 112   8.721  -8.842  -7.361

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   SER 113           HA       SER 113   6.332 -11.309  -4.698
    2    HB2  SER 113           HB2      SER 113   6.696  -9.853  -2.073
    3    HG   SER 113           HG       SER 113   8.602  -9.737  -3.127
    4    H    SER 113           HN       SER 113   6.528  -8.432  -4.157
    5    HB3  SER 113           HB1      SER 113   6.667 -11.602  -2.274

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   LEU 114           HA       LEU 114   2.428  -9.871  -2.316
    2    HB2  LEU 114           HB2      LEU 114   3.116  -7.359  -2.510
    3    HG   LEU 114           HG       LEU 114   0.263  -8.275  -2.231
    4   HD11  LEU 114          HD11      LEU 114   2.275  -7.142  -0.290
    5   HD13  LEU 114          HD12      LEU 114   1.784  -8.830  -0.415
    6   HD12  LEU 114          HD13      LEU 114   0.621  -7.610   0.103
    7   HD21  LEU 114          HD21      LEU 114   0.258  -6.017  -3.200
    8   HD23  LEU 114          HD22      LEU 114   1.282  -5.466  -1.879
    9   HD22  LEU 114          HD23      LEU 114  -0.351  -6.043  -1.547
   10    H    LEU 114           HN       LEU 114   4.473  -8.577  -3.808
   11    HB3  LEU 114           HB1      LEU 114   2.024  -7.349  -3.879

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ASP 115           HA       ASP 115   0.252 -11.551  -5.666
    2    HB2  ASP 115           HB2      ASP 115  -0.534 -12.822  -3.632
    3    H    ASP 115           HN       ASP 115   0.418 -10.578  -2.960
    4    HB3  ASP 115           HB1      ASP 115  -1.880 -11.694  -3.526

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   PRO 116           HA       PRO 116  -1.709  -8.094  -7.507
    2    HB2  PRO 116           HB2      PRO 116  -2.944  -9.366  -9.589
    3    HG2  PRO 116           HG2      PRO 116  -2.660 -11.548  -8.818
    4    HD2  PRO 116           HD2      PRO 116  -1.003 -12.109  -7.272
    5    HB3  PRO 116           HB1      PRO 116  -1.210  -9.023  -9.538
    6    HG3  PRO 116           HG1      PRO 116  -1.200 -11.347  -9.813
    7    HD3  PRO 116           HD1      PRO 116   0.158 -10.951  -7.956

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   SER 117           HA       SER 117  -6.152  -9.875  -6.969
    2    HB2  SER 117           HB2      SER 117  -6.897 -11.238  -5.007
    3    HG   SER 117           HG       SER 117  -4.182 -11.942  -4.677
    4    H    SER 117           HN       SER 117  -3.567 -10.745  -6.283
    5    HB3  SER 117           HB1      SER 117  -5.833 -12.105  -6.110

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   PHE 118           HA       PHE 118  -5.875  -7.028  -3.357
    2    HB2  PHE 118           HB2      PHE 118  -2.885  -7.184  -2.885
    3    HD1  PHE 118           HD1      PHE 118  -5.205  -7.463  -0.176
    4    HD2  PHE 118           HD2      PHE 118  -2.982  -9.685  -3.042
    5    HE1  PHE 118           HE1      PHE 118  -5.459  -9.484   1.197
    6    HE2  PHE 118           HE2      PHE 118  -3.233 -11.707  -1.681
    7    HZ   PHE 118           HZ       PHE 118  -4.468 -11.614   0.452
    8    H    PHE 118           HN       PHE 118  -3.873  -8.691  -4.690
    9    HB3  PHE 118           HB1      PHE 118  -4.056  -6.346  -1.876

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   THR 119           HA       THR 119  -4.676  -4.599  -6.962
    2    HB   THR 119           HB       THR 119  -7.356  -3.539  -6.060
    3    HG1  THR 119           HG1      THR 119  -6.658  -5.392  -8.113
    4   HG23  THR 119          HG21      THR 119  -7.452  -2.513  -8.276
    5   HG22  THR 119          HG22      THR 119  -5.837  -3.125  -8.636
    6   HG21  THR 119          HG23      THR 119  -6.061  -1.920  -7.366
    7    H    THR 119           HN       THR 119  -6.416  -5.770  -5.152

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   HIS 120           HA       HIS 120  -4.900  -0.600  -4.589
    2    HB2  HIS 120           HB2      HIS 120  -6.349  -1.627  -2.154
    3    HD1  HIS 120           HD1      HIS 120  -6.717   0.772  -5.107
    4    HD2  HIS 120           HD2      HIS 120  -9.000  -1.647  -2.602
    5    HE1  HIS 120           HE1      HIS 120  -9.074   0.912  -5.983
    6    HE2  HIS 120           HE2      HIS 120 -10.424  -0.643  -4.522
    7    H    HIS 120           HN       HIS 120  -6.164  -3.104  -4.078
    8    HB3  HIS 120           HB1      HIS 120  -5.809   0.035  -2.368

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   ALA 121           HA       ALA 121  -2.083  -2.192  -1.008
    2    HB3  ALA 121           HB1      ALA 121  -1.471  -4.420  -0.443
    3    HB2  ALA 121           HB2      ALA 121  -2.304  -5.067  -1.857
    4    HB1  ALA 121           HB3      ALA 121  -3.233  -4.371  -0.530
    5    H    ALA 121           HN       ALA 121  -4.249  -3.300  -2.401

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   MET 122           HA       MET 122   0.547  -3.796  -4.619
    2    HB2  MET 122           HB2      MET 122  -1.933  -4.332  -6.201
    3    HG2  MET 122           HG2      MET 122  -0.559  -6.025  -4.759
    4    HE3  MET 122           HE1      MET 122   1.896  -4.189  -5.931
    5    HE2  MET 122           HE2      MET 122   3.185  -5.391  -5.897
    6    HE1  MET 122           HE3      MET 122   2.042  -5.288  -4.558
    7    H    MET 122           HN       MET 122  -2.240  -3.872  -4.060
    8    HB3  MET 122           HB1      MET 122  -0.399  -4.137  -7.043
    9    HG3  MET 122           HG1      MET 122  -1.288  -6.489  -6.295

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   GLN 123           HA       GLN 123  -0.751  -0.010  -7.122
    2    HB2  GLN 123           HB2      GLN 123  -3.062   0.027  -7.436
    3    HG2  GLN 123           HG2      GLN 123  -2.545   2.398  -5.676
    4   HE21  GLN 123          HE21      GLN 123  -4.193   3.880  -7.625
    5   HE22  GLN 123          HE22      GLN 123  -5.834   3.555  -7.178
    6    H    GLN 123           HN       GLN 123  -2.168  -1.718  -5.369
    7    HB3  GLN 123           HB1      GLN 123  -3.393   0.027  -5.715
    8    HG3  GLN 123           HG1      GLN 123  -2.571   2.335  -7.438

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   LEU 124           HA       LEU 124  -0.372   2.794  -3.449
    2    HB2  LEU 124           HB2      LEU 124  -0.802   0.685  -1.329
    3    HG   LEU 124           HG       LEU 124  -2.851   1.669  -2.484
    4   HD12  LEU 124          HD11      LEU 124  -4.044   1.988  -0.360
    5   HD11  LEU 124          HD12      LEU 124  -2.498   2.068   0.486
    6   HD13  LEU 124          HD13      LEU 124  -2.987   0.579  -0.324
    7   HD21  LEU 124          HD21      LEU 124  -1.951   4.122  -0.974
    8   HD23  LEU 124          HD22      LEU 124  -3.512   3.914  -1.766
    9   HD22  LEU 124          HD23      LEU 124  -2.036   3.949  -2.728
   10    H    LEU 124           HN       LEU 124  -1.499   0.242  -3.666
   11    HB3  LEU 124           HB1      LEU 124  -0.331   2.337  -0.976

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   LEU 125           HA       LEU 125   3.607   0.338  -2.262
    2    HB2  LEU 125           HB2      LEU 125   2.497  -1.992  -3.794
    3    HG   LEU 125           HG       LEU 125   2.347  -1.996  -1.291
    4   HD11  LEU 125          HD11      LEU 125   2.294  -4.026  -2.666
    5   HD13  LEU 125          HD12      LEU 125   3.077  -4.306  -1.114
    6   HD12  LEU 125          HD13      LEU 125   4.053  -4.127  -2.567
    7   HD23  LEU 125          HD21      LEU 125   4.406  -2.486  -0.046
    8   HD22  LEU 125          HD22      LEU 125   4.479  -0.895  -0.804
    9   HD21  LEU 125          HD23      LEU 125   5.352  -2.252  -1.519
   10    H    LEU 125           HN       LEU 125   1.025  -0.404  -3.207
   11    HB3  LEU 125           HB1      LEU 125   4.232  -1.808  -3.639

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   THR 126           HA       THR 126   4.440   0.545  -6.896
    2    HB   THR 126           HB       THR 126   1.570   1.163  -7.624
    3    HG1  THR 126           HG1      THR 126   1.857  -1.032  -7.261
    4   HG21  THR 126          HG21      THR 126   4.005   0.938  -9.394
    5   HG23  THR 126          HG22      THR 126   3.085   2.409  -9.061
    6   HG22  THR 126          HG23      THR 126   2.340   1.082  -9.960
    7    H    THR 126           HN       THR 126   2.074   0.203  -5.396

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   ALA 127           HA       ALA 127   2.847   5.074  -7.021
    2    HB3  ALA 127           HB1      ALA 127   1.390   6.276  -5.508
    3    HB1  ALA 127           HB2      ALA 127   1.284   4.861  -4.459
    4    HB2  ALA 127           HB3      ALA 127   0.613   4.803  -6.090
    5    H    ALA 127           HN       ALA 127   1.938   2.767  -5.746

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   GLU 128           HA       GLU 128   5.001   6.102  -2.867
    2    HB2  GLU 128           HB2      GLU 128   4.084   4.256  -1.415
    3    HG2  GLU 128           HG2      GLU 128   6.011   4.116   0.150
    4    H    GLU 128           HN       GLU 128   3.490   3.898  -3.712
    5    HB3  GLU 128           HB1      GLU 128   5.411   3.250  -1.964
    6    HG3  GLU 128           HG1      GLU 128   6.981   4.956  -1.050

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ILE 129           HA       ILE 129   8.687   3.591  -4.565
    2    HB   ILE 129           HB       ILE 129   6.914   2.085  -6.484
    3   HD13  ILE 129          HD11      ILE 129   7.743  -0.996  -4.564
    4   HD12  ILE 129          HD12      ILE 129   8.482  -0.525  -6.095
    5   HD11  ILE 129          HD13      ILE 129   6.738  -0.366  -5.867
    6    H    ILE 129           HN       ILE 129   5.906   3.174  -4.574

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLU 130           HA       GLU 130   7.761   5.856  -8.761
    2    HB2  GLU 130           HB2      GLU 130   4.965   6.543  -7.849
    3    HG2  GLU 130           HG2      GLU 130   5.913   4.777 -10.091
    4    H    GLU 130           HN       GLU 130   6.155   4.577  -6.837
    5    HB3  GLU 130           HB1      GLU 130   5.724   7.118  -9.325
    6    HG3  GLU 130           HG1      GLU 130   5.036   4.271  -8.647

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LYS 131           HA       LYS 131   6.886   9.616  -5.803
    2    HB2  LYS 131           HB2      LYS 131   5.402   8.644  -4.190
    3    HG2  LYS 131           HG2      LYS 131   7.805   9.693  -2.720
    4    HD2  LYS 131           HD2      LYS 131   4.950   9.576  -1.790
    5    HE2  LYS 131           HE2      LYS 131   7.585  10.085  -0.444
    6    HZ3  LYS 131           HZ1      LYS 131   4.945   9.867   0.893
    7    HZ2  LYS 131           HZ2      LYS 131   6.471  10.056   1.617
    8    HZ1  LYS 131           HZ3      LYS 131   6.069   8.595   0.850
    9    H    LYS 131           HN       LYS 131   6.395   6.870  -5.718
   10    HB3  LYS 131           HB1      LYS 131   6.687   7.646  -3.527
   11    HG3  LYS 131           HG1      LYS 131   6.419  10.632  -3.292
   12    HD3  LYS 131           HD1      LYS 131   6.111   8.300  -1.432
   13    HE3  LYS 131           HE1      LYS 131   6.211  11.181  -0.591

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   ILE 132           HA       ILE 132  11.001   8.732  -3.682
    2    HB   ILE 132           HB       ILE 132  11.282   5.787  -4.215
    3   HD12  ILE 132          HD11      ILE 132  11.586   5.354  -1.044
    4   HD11  ILE 132          HD12      ILE 132  10.776   4.262  -2.165
    5   HD13  ILE 132          HD13      ILE 132   9.883   4.957  -0.810
    6    H    ILE 132           HN       ILE 132   8.884   6.988  -4.442

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLN 133           HA       GLN 133  13.059   7.033  -7.558
    2    HB2  GLN 133           HB2      GLN 133  10.550   5.803  -8.652
    3    HG2  GLN 133           HG2      GLN 133  13.260   4.720  -7.935
    4   HE21  GLN 133          HE21      GLN 133  12.002   2.183  -7.431
    5   HE22  GLN 133          HE22      GLN 133  11.760   1.433  -8.968
    6    H    GLN 133           HN       GLN 133  10.445   6.646  -6.489
    7    HB3  GLN 133           HB1      GLN 133  11.982   5.997  -9.653
    8    HG3  GLN 133           HG1      GLN 133  11.728   4.396  -7.122

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   LYS 134           HA       LYS 134  10.792  10.145 -10.304
    2    HB2  LYS 134           HB2      LYS 134   9.004  11.686  -9.823
    3    HG2  LYS 134           HG2      LYS 134   8.812  10.502  -7.068
    4    HD2  LYS 134           HD2      LYS 134   7.409  12.835  -8.364
    5    HE2  LYS 134           HE2      LYS 134   6.140  12.930  -6.270
    6    HZ1  LYS 134           HZ1      LYS 134   9.089  13.134  -5.893
    7    HZ3  LYS 134           HZ2      LYS 134   7.932  13.776  -4.831
    8    HZ2  LYS 134           HZ3      LYS 134   8.047  14.368  -6.416
    9    H    LYS 134           HN       LYS 134  10.105   8.834  -7.862
   10    HB3  LYS 134           HB1      LYS 134   8.468  10.066  -9.399
   11    HG3  LYS 134           HG1      LYS 134   9.542  12.066  -7.427
   12    HD3  LYS 134           HD1      LYS 134   6.683  11.273  -7.969
   13    HE3  LYS 134           HE1      LYS 134   7.154  11.653  -5.601

  No H/Q in entry =          13
  In of MODEL   12
    1    HA3  GLY 135           HA2      GLY 135  13.390  11.955  -6.190
    2    H    GLY 135           HN       GLY 135  11.636  10.613  -6.979
    3    HA2  GLY 135           HA1      GLY 135  13.364  12.842  -7.711

  No H/Q in entry =           3
  In of MODEL   13
    1    H1   GLY  95           HT3      GLY  95 -15.406   5.670 -12.743
    2    H2   GLY  95           HT2      GLY  95 -15.093   7.215 -12.131
    3    H3   GLY  95           HT1      GLY  95 -16.405   6.968 -13.173
    4    HA3  GLY  95           HA1      GLY  95 -14.999   6.528 -15.014
    5    HA2  GLY  95           HA2      GLY  95 -14.492   8.038 -14.271

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ALA  96           HA       ALA  96 -10.694   5.871 -14.333
    2    HB3  ALA  96           HB1      ALA  96 -10.225   7.826 -15.739
    3    HB2  ALA  96           HB2      ALA  96  -8.865   7.421 -14.691
    4    HB1  ALA  96           HB3      ALA  96  -9.914   8.781 -14.289
    5    H    ALA  96           HN       ALA  96 -12.364   8.243 -14.112

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   MET  97           HA       MET  97  -9.435   7.364 -10.157
    2    HB2  MET  97           HB2      MET  97 -11.259   9.763  -9.994
    3    HG2  MET  97           HG2      MET  97  -8.268   9.509 -10.220
    4    HE1  MET  97           HE1      MET  97  -9.505  10.716  -7.560
    5    HE3  MET  97           HE2      MET  97  -8.581  12.209  -7.387
    6    HE2  MET  97           HE3      MET  97  -7.774  10.724  -7.892
    7    H    MET  97           HN       MET  97 -11.370   8.462 -12.034
    8    HB3  MET  97           HB1      MET  97 -10.196   9.255  -8.687
    9    HG3  MET  97           HG1      MET  97  -9.370  10.146 -11.441

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   GLU  98           HA       GLU  98 -12.497   5.080  -8.213
    2    HB2  GLU  98           HB2      GLU  98 -10.105   4.699  -6.405
    3    HG2  GLU  98           HG2      GLU  98 -10.894   3.262  -8.929
    4    H    GLU  98           HN       GLU  98  -9.951   6.471  -8.179
    5    HB3  GLU  98           HB1      GLU  98 -11.484   3.615  -6.551
    6    HG3  GLU  98           HG1      GLU  98  -9.457   4.249  -8.684

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   PRO  99           HA       PRO  99 -14.281   7.842  -5.236
    2    HB2  PRO  99           HB2      PRO  99 -16.470   6.356  -4.645
    3    HG2  PRO  99           HG2      PRO  99 -15.803   4.336  -5.592
    4    HD2  PRO  99           HD2      PRO  99 -14.107   4.229  -7.155
    5    HB3  PRO  99           HB1      PRO  99 -16.302   7.234  -6.169
    6    HG3  PRO  99           HG1      PRO  99 -16.661   5.069  -6.961
    7    HD3  PRO  99           HD1      PRO  99 -14.702   5.644  -8.044

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   GLU 100           HA       GLU 100 -12.419   6.180  -1.719
    2    HB2  GLU 100           HB2      GLU 100 -13.653   8.775  -0.838
    3    HG2  GLU 100           HG2      GLU 100 -10.816   7.942  -1.411
    4    H    GLU 100           HN       GLU 100 -13.846   8.106  -3.155
    5    HB3  GLU 100           HB1      GLU 100 -12.677   7.769   0.227
    6    HG3  GLU 100           HG1      GLU 100 -11.794   9.075  -2.338

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ASN 101           HA       ASN 101 -16.522   5.670   0.682
    2    HB2  ASN 101           HB2      ASN 101 -18.013   7.185  -0.690
    3   HD21  ASN 101          HD21      ASN 101 -17.906   5.610   1.722
    4   HD22  ASN 101          HD22      ASN 101 -19.519   5.086   2.053
    5    H    ASN 101           HN       ASN 101 -15.828   7.002  -1.676
    6    HB3  ASN 101           HB1      ASN 101 -18.285   5.815  -1.762

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LYS 102           HA       LYS 102 -16.749   1.701  -1.850
    2    HB2  LYS 102           HB2      LYS 102 -17.288   2.521  -4.058
    3    HG2  LYS 102           HG2      LYS 102 -14.957   0.643  -4.280
    4    HD2  LYS 102           HD2      LYS 102 -17.299   1.200  -6.088
    5    HE2  LYS 102           HE2      LYS 102 -16.547  -1.189  -5.860
    6    HZ1  LYS 102           HZ1      LYS 102 -14.058   0.021  -6.829
    7    HZ3  LYS 102           HZ2      LYS 102 -14.499  -1.490  -7.448
    8    HZ2  LYS 102           HZ3      LYS 102 -14.283  -1.294  -5.778
    9    H    LYS 102           HN       LYS 102 -16.152   4.415  -2.600
   10    HB3  LYS 102           HB1      LYS 102 -15.614   2.976  -4.335
   11    HG3  LYS 102           HG1      LYS 102 -16.629   0.174  -3.959
   12    HD3  LYS 102           HD1      LYS 102 -15.609   1.593  -6.412
   13    HE3  LYS 102           HE1      LYS 102 -16.538  -0.505  -7.487

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   TYR 103           HA       TYR 103 -11.962   1.767  -2.706
    2    HB2  TYR 103           HB2      TYR 103 -11.793   4.105  -3.354
    3    HD1  TYR 103           HD1      TYR 103  -9.713   2.281  -3.595
    4    HD2  TYR 103           HD2      TYR 103 -10.080   5.445  -0.788
    5    HE1  TYR 103           HE1      TYR 103  -7.261   2.417  -3.434
    6    HE2  TYR 103           HE2      TYR 103  -7.645   5.586  -0.589
    7    HH   TYR 103           HH       TYR 103  -5.666   4.272  -1.020
    8    H    TYR 103           HN       TYR 103 -13.962   3.679  -2.459
    9    HB3  TYR 103           HB1      TYR 103 -11.949   4.594  -1.682

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   LEU 104           HA       LEU 104 -11.297   2.576   1.978
    2    HB2  LEU 104           HB2      LEU 104 -12.904   4.288   2.503
    3    HG   LEU 104           HG       LEU 104 -13.342   2.026   4.458
    4   HD12  LEU 104          HD11      LEU 104 -11.240   4.182   4.412
    5   HD11  LEU 104          HD12      LEU 104 -10.970   2.468   4.107
    6   HD13  LEU 104          HD13      LEU 104 -11.489   3.010   5.705
    7   HD22  LEU 104          HD21      LEU 104 -13.831   3.799   6.049
    8   HD21  LEU 104          HD22      LEU 104 -14.943   3.871   4.682
    9   HD23  LEU 104          HD23      LEU 104 -13.603   5.012   4.792
   10    H    LEU 104           HN       LEU 104 -13.379   3.226   0.204
   11    HB3  LEU 104           HB1      LEU 104 -14.217   3.129   2.457

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   PRO 105           HA       PRO 105 -13.951  -1.256   3.357
    2    HB2  PRO 105           HB2      PRO 105 -15.645  -2.267   1.435
    3    HG2  PRO 105           HG2      PRO 105 -15.341  -0.525  -0.113
    4    HD2  PRO 105           HD2      PRO 105 -14.669   1.611   0.542
    5    HB3  PRO 105           HB1      PRO 105 -16.170  -1.159   2.712
    6    HG3  PRO 105           HG1      PRO 105 -16.771   0.033   0.770
    7    HD3  PRO 105           HD1      PRO 105 -15.518   1.499   2.101

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   GLU 106           HA       GLU 106 -12.189  -3.448  -0.549
    2    HB2  GLU 106           HB2      GLU 106 -11.180  -0.842  -1.675
    3    HG2  GLU 106           HG2      GLU 106 -13.502  -2.576  -2.446
    4    H    GLU 106           HN       GLU 106 -13.103  -0.833  -0.034
    5    HB3  GLU 106           HB1      GLU 106 -10.938  -2.437  -2.367
    6    HG3  GLU 106           HG1      GLU 106 -13.465  -0.842  -2.155

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LEU 107           HA       LEU 107  -8.013  -1.602   0.899
    2    HB2  LEU 107           HB2      LEU 107  -9.356   0.494   2.613
    3    HG   LEU 107           HG       LEU 107  -9.120   1.038   0.143
    4   HD12  LEU 107          HD11      LEU 107  -8.246   3.280   0.622
    5   HD11  LEU 107          HD12      LEU 107  -7.650   2.706   2.179
    6   HD13  LEU 107          HD13      LEU 107  -9.384   2.739   1.856
    7   HD22  LEU 107          HD21      LEU 107  -6.873   1.652  -0.610
    8   HD21  LEU 107          HD22      LEU 107  -6.971  -0.067  -0.222
    9   HD23  LEU 107          HD23      LEU 107  -6.199   1.049   0.906
   10    H    LEU 107           HN       LEU 107 -10.646  -0.584   0.797
   11    HB3  LEU 107           HB1      LEU 107  -7.636   0.158   2.605

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   MET 108           HA       MET 108  -9.174  -2.696   5.417
    2    HB2  MET 108           HB2      MET 108 -11.229  -3.022   6.539
    3    HG2  MET 108           HG2      MET 108 -12.672  -2.440   3.972
    4    HE3  MET 108           HE1      MET 108 -12.886  -0.440   6.460
    5    HE2  MET 108           HE2      MET 108 -14.635  -0.253   6.575
    6    HE1  MET 108           HE3      MET 108 -13.854  -0.277   4.993
    7    H    MET 108           HN       MET 108 -10.646  -1.534   3.283
    8    HB3  MET 108           HB1      MET 108 -11.285  -1.472   5.728
    9    HG3  MET 108           HG1      MET 108 -12.609  -4.001   4.789

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   ALA 109           HA       ALA 109 -10.950  -6.773   3.851
    2    HB2  ALA 109           HB1      ALA 109 -11.374  -5.852   1.002
    3    HB1  ALA 109           HB2      ALA 109 -12.631  -6.164   2.199
    4    HB3  ALA 109           HB3      ALA 109 -11.644  -7.493   1.590
    5    H    ALA 109           HN       ALA 109 -11.051  -4.140   2.788

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   GLU 110           HA       GLU 110  -7.197  -7.251   0.959
    2    HB2  GLU 110           HB2      GLU 110  -6.804  -4.268   0.655
    3    HG2  GLU 110           HG2      GLU 110  -7.329  -6.393  -1.409
    4    H    GLU 110           HN       GLU 110  -8.972  -5.075   1.437
    5    HB3  GLU 110           HB1      GLU 110  -5.640  -5.468   0.114
    6    HG3  GLU 110           HG1      GLU 110  -8.464  -5.149  -0.883

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LYS 111           HA       LYS 111  -4.685  -4.960   4.323
    2    HB2  LYS 111           HB2      LYS 111  -5.658  -2.894   4.813
    3    HG2  LYS 111           HG2      LYS 111  -6.122  -4.492   7.319
    4    HD2  LYS 111           HD2      LYS 111  -5.455  -1.573   7.037
    5    HE2  LYS 111           HE2      LYS 111  -6.229  -1.458   9.359
    6    HZ3  LYS 111           HZ1      LYS 111  -4.131  -3.536   9.024
    7    HZ2  LYS 111           HZ2      LYS 111  -4.385  -2.571  10.393
    8    HZ1  LYS 111           HZ3      LYS 111  -3.861  -1.862   8.946
    9    H    LYS 111           HN       LYS 111  -7.195  -4.512   3.161
   10    HB3  LYS 111           HB1      LYS 111  -7.181  -3.616   5.302
   11    HG3  LYS 111           HG1      LYS 111  -4.587  -3.774   6.826
   12    HD3  LYS 111           HD1      LYS 111  -7.102  -2.169   7.218
   13    HE3  LYS 111           HE1      LYS 111  -6.485  -3.200   9.352

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   ASP 112           HA       ASP 112  -6.930  -7.607   7.539
    2    HB2  ASP 112           HB2      ASP 112  -9.288  -6.887   7.206
    3    H    ASP 112           HN       ASP 112  -7.879  -6.200   5.257
    4    HB3  ASP 112           HB1      ASP 112  -9.449  -8.098   5.941

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   SER 113           HA       SER 113  -6.660 -11.231   4.707
    2    HB2  SER 113           HB2      SER 113  -7.169  -9.776   2.108
    3    HG   SER 113           HG       SER 113  -9.008  -9.738   3.364
    4    H    SER 113           HN       SER 113  -6.959  -8.363   4.164
    5    HB3  SER 113           HB1      SER 113  -7.076 -11.525   2.295

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   LEU 114           HA       LEU 114  -2.827  -9.833   2.317
    2    HB2  LEU 114           HB2      LEU 114  -3.398  -7.341   2.482
    3    HG   LEU 114           HG       LEU 114  -0.559  -8.314   2.340
    4   HD11  LEU 114          HD11      LEU 114  -2.452  -7.127   0.312
    5   HD13  LEU 114          HD12      LEU 114  -1.996  -8.826   0.451
    6   HD12  LEU 114          HD13      LEU 114  -0.789  -7.622  -0.007
    7   HD23  LEU 114          HD21      LEU 114  -1.483  -5.474   1.979
    8   HD22  LEU 114          HD22      LEU 114   0.142  -6.092   1.677
    9   HD21  LEU 114          HD23      LEU 114  -0.506  -6.075   3.316
   10    H    LEU 114           HN       LEU 114  -4.737  -8.546   4.034
   11    HB3  LEU 114           HB1      LEU 114  -2.370  -7.321   3.904

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ASP 115           HA       ASP 115  -0.497 -11.705   5.434
    2    HB2  ASP 115           HB2      ASP 115   0.324 -12.704   3.249
    3    H    ASP 115           HN       ASP 115  -0.804 -10.575   2.839
    4    HB3  ASP 115           HB1      ASP 115   1.626 -11.520   3.291

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   PRO 116           HA       PRO 116   1.321  -8.244   7.448
    2    HB2  PRO 116           HB2      PRO 116   2.470  -9.574   9.538
    3    HG2  PRO 116           HG2      PRO 116   2.201 -11.743   8.748
    4    HD2  PRO 116           HD2      PRO 116   0.687 -12.263   7.067
    5    HB3  PRO 116           HB1      PRO 116   0.741  -9.217   9.434
    6    HG3  PRO 116           HG1      PRO 116   0.684 -11.536   9.648
    7    HD3  PRO 116           HD1      PRO 116  -0.556 -11.172   7.715

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   SER 117           HA       SER 117   5.765 -10.051   7.031
    2    HB2  SER 117           HB2      SER 117   5.238 -12.289   6.055
    3    HG   SER 117           HG       SER 117   7.391 -10.801   5.625
    4    H    SER 117           HN       SER 117   3.200 -10.892   6.235
    5    HB3  SER 117           HB1      SER 117   5.055 -11.517   4.480

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   PHE 118           HA       PHE 118   5.651  -7.191   3.424
    2    HB2  PHE 118           HB2      PHE 118   2.675  -7.281   2.881
    3    HD1  PHE 118           HD1      PHE 118   5.160  -7.561   0.294
    4    HD2  PHE 118           HD2      PHE 118   2.675  -9.756   2.955
    5    HE1  PHE 118           HE1      PHE 118   5.475  -9.575  -1.075
    6    HE2  PHE 118           HE2      PHE 118   2.994 -11.774   1.601
    7    HZ   PHE 118           HZ       PHE 118   4.398 -11.690  -0.424
    8    H    PHE 118           HN       PHE 118   3.579  -8.813   4.695
    9    HB3  PHE 118           HB1      PHE 118   3.881  -6.439   1.917

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   THR 119           HA       THR 119   4.464  -4.780   7.018
    2    HB   THR 119           HB       THR 119   7.244  -3.902   6.236
    3    HG1  THR 119           HG1      THR 119   6.224  -5.718   8.176
    4   HG22  THR 119          HG21      THR 119   7.313  -2.845   8.453
    5   HG21  THR 119          HG22      THR 119   5.624  -3.284   8.711
    6   HG23  THR 119          HG23      THR 119   6.053  -2.136   7.442
    7    H    THR 119           HN       THR 119   6.214  -5.971   5.216

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   HIS 120           HA       HIS 120   4.862  -0.760   4.701
    2    HB2  HIS 120           HB2      HIS 120   6.294  -1.817   2.273
    3    HD1  HIS 120           HD1      HIS 120   6.634   0.731   5.093
    4    HD2  HIS 120           HD2      HIS 120   8.916  -1.893   2.815
    5    HE1  HIS 120           HE1      HIS 120   8.964   0.880   6.018
    6    HE2  HIS 120           HE2      HIS 120  10.362  -0.620   4.552
    7    H    HIS 120           HN       HIS 120   6.061  -3.294   4.178
    8    HB3  HIS 120           HB1      HIS 120   5.749  -0.152   2.445

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   ALA 121           HA       ALA 121   1.982  -2.229   1.138
    2    HB3  ALA 121           HB1      ALA 121   2.142  -5.123   1.943
    3    HB2  ALA 121           HB2      ALA 121   3.052  -4.422   0.607
    4    HB1  ALA 121           HB3      ALA 121   1.288  -4.434   0.559
    5    H    ALA 121           HN       ALA 121   4.122  -3.425   2.497

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   MET 122           HA       MET 122  -0.670  -3.797   4.753
    2    HB2  MET 122           HB2      MET 122   1.793  -4.413   6.342
    3    HG2  MET 122           HG2      MET 122   0.456  -6.062   4.811
    4    HE1  MET 122           HE1      MET 122  -2.128  -5.444   4.505
    5    HE3  MET 122           HE2      MET 122  -2.069  -4.324   5.867
    6    HE2  MET 122           HE3      MET 122  -3.322  -5.562   5.798
    7    H    MET 122           HN       MET 122   2.116  -3.940   4.185
    8    HB3  MET 122           HB1      MET 122   0.242  -4.251   7.152
    9    HG3  MET 122           HG1      MET 122   1.155  -6.574   6.343

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   GLN 123           HA       GLN 123   0.741  -0.085   7.312
    2    HB2  GLN 123           HB2      GLN 123   3.023  -0.015   7.699
    3    HG2  GLN 123           HG2      GLN 123   2.655   2.200   5.712
    4   HE21  GLN 123          HE21      GLN 123   4.686   2.246   8.527
    5   HE22  GLN 123          HE22      GLN 123   6.199   2.396   7.685
    6    H    GLN 123           HN       GLN 123   2.119  -1.820   5.555
    7    HB3  GLN 123           HB1      GLN 123   3.412  -0.210   5.998
    8    HG3  GLN 123           HG1      GLN 123   2.705   2.300   7.475

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   LEU 124           HA       LEU 124   0.468   2.774   3.659
    2    HB2  LEU 124           HB2      LEU 124   0.820   0.652   1.533
    3    HG   LEU 124           HG       LEU 124   2.916   1.560   2.639
    4   HD11  LEU 124          HD11      LEU 124   2.532   2.027  -0.313
    5   HD13  LEU 124          HD12      LEU 124   2.960   0.500   0.461
    6   HD12  LEU 124          HD13      LEU 124   4.082   1.859   0.512
    7   HD22  LEU 124          HD21      LEU 124   2.176   3.858   2.944
    8   HD21  LEU 124          HD22      LEU 124   2.061   4.067   1.197
    9   HD23  LEU 124          HD23      LEU 124   3.632   3.797   1.949
   10    H    LEU 124           HN       LEU 124   1.536   0.198   3.865
   11    HB3  LEU 124           HB1      LEU 124   0.390   2.315   1.181

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   LEU 125           HA       LEU 125  -3.560   0.439   2.457
    2    HB2  LEU 125           HB2      LEU 125  -2.547  -1.949   3.972
    3    HG   LEU 125           HG       LEU 125  -2.394  -1.941   1.460
    4   HD13  LEU 125          HD11      LEU 125  -2.369  -3.982   2.795
    5   HD12  LEU 125          HD12      LEU 125  -3.245  -4.233   1.288
    6   HD11  LEU 125          HD13      LEU 125  -4.131  -4.017   2.795
    7   HD22  LEU 125          HD21      LEU 125  -4.463  -2.353   0.226
    8   HD21  LEU 125          HD22      LEU 125  -4.514  -0.777   1.018
    9   HD23  LEU 125          HD23      LEU 125  -5.401  -2.140   1.706
   10    H    LEU 125           HN       LEU 125  -1.013  -0.385   3.467
   11    HB3  LEU 125           HB1      LEU 125  -4.268  -1.700   3.804

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   THR 126           HA       THR 126  -4.501   0.578   7.037
    2    HB   THR 126           HB       THR 126  -1.633   0.895   7.935
    3    HG1  THR 126           HG1      THR 126  -1.918  -1.224   7.613
    4   HG21  THR 126          HG21      THR 126  -4.154   0.806   9.596
    5   HG23  THR 126          HG22      THR 126  -3.097   2.205   9.377
    6   HG22  THR 126          HG23      THR 126  -2.508   0.773  10.227
    7    H    THR 126           HN       THR 126  -2.076   0.207   5.615

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   ALA 127           HA       ALA 127  -2.668   5.005   7.472
    2    HB1  ALA 127           HB1      ALA 127  -0.422   4.684   6.598
    3    HB2  ALA 127           HB2      ALA 127  -1.130   6.194   6.019
    4    HB3  ALA 127           HB3      ALA 127  -1.041   4.793   4.951
    5    H    ALA 127           HN       ALA 127  -1.809   2.703   6.157

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   GLU 128           HA       GLU 128  -4.706   6.151   3.278
    2    HB2  GLU 128           HB2      GLU 128  -3.850   4.380   1.788
    3    HG2  GLU 128           HG2      GLU 128  -5.721   4.181   0.264
    4    H    GLU 128           HN       GLU 128  -3.255   3.926   4.137
    5    HB3  GLU 128           HB1      GLU 128  -5.065   3.281   2.410
    6    HG3  GLU 128           HG1      GLU 128  -6.824   4.703   1.531

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ILE 129           HA       ILE 129  -8.491   3.749   4.866
    2    HB   ILE 129           HB       ILE 129  -6.844   2.137   6.811
    3   HD13  ILE 129          HD11      ILE 129  -6.775  -0.319   6.153
    4   HD12  ILE 129          HD12      ILE 129  -7.770  -0.867   4.804
    5   HD11  ILE 129          HD13      ILE 129  -8.530  -0.372   6.317
    6    H    ILE 129           HN       ILE 129  -5.735   3.227   4.942

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLU 130           HA       GLU 130  -7.561   5.918   9.103
    2    HB2  GLU 130           HB2      GLU 130  -4.765   6.565   8.166
    3    HG2  GLU 130           HG2      GLU 130  -5.751   5.015  10.546
    4    H    GLU 130           HN       GLU 130  -5.967   4.655   7.179
    5    HB3  GLU 130           HB1      GLU 130  -5.517   7.287   9.581
    6    HG3  GLU 130           HG1      GLU 130  -4.851   4.382   9.168

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LYS 131           HA       LYS 131  -6.817   9.797   6.314
    2    HB2  LYS 131           HB2      LYS 131  -5.311   9.214   4.616
    3    HG2  LYS 131           HG2      LYS 131  -7.830   9.613   3.027
    4    HD2  LYS 131           HD2      LYS 131  -5.187  10.822   2.397
    5    HE2  LYS 131           HE2      LYS 131  -7.244  11.322   1.091
    6    HZ2  LYS 131           HZ1      LYS 131  -8.521   9.462   0.863
    7    HZ1  LYS 131           HZ2      LYS 131  -7.188   8.411   0.775
    8    HZ3  LYS 131           HZ3      LYS 131  -7.632   9.332  -0.575
    9    H    LYS 131           HN       LYS 131  -6.177   7.095   6.087
   10    HB3  LYS 131           HB1      LYS 131  -6.376   7.974   3.972
   11    HG3  LYS 131           HG1      LYS 131  -6.964  10.922   3.837
   12    HD3  LYS 131           HD1      LYS 131  -5.429   9.110   2.045
   13    HE3  LYS 131           HE1      LYS 131  -5.933  10.629   0.135

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   ILE 132           HA       ILE 132 -10.834   8.926   4.057
    2    HB   ILE 132           HB       ILE 132 -11.123   5.952   4.366
    3   HD12  ILE 132          HD11      ILE 132  -9.457   5.323   1.029
    4   HD11  ILE 132          HD12      ILE 132 -11.175   5.688   1.204
    5   HD13  ILE 132          HD13      ILE 132 -10.404   4.528   2.287
    6    H    ILE 132           HN       ILE 132  -8.689   7.192   4.754

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLN 133           HA       GLN 133 -12.869   7.008   7.872
    2    HB2  GLN 133           HB2      GLN 133 -10.277   6.080   9.096
    3    HG2  GLN 133           HG2      GLN 133 -12.738   4.577   8.239
    4   HE21  GLN 133          HE21      GLN 133 -12.744   2.376   8.629
    5   HE22  GLN 133          HE22      GLN 133 -11.733   1.649   9.836
    6    H    GLN 133           HN       GLN 133 -10.237   6.772   6.790
    7    HB3  GLN 133           HB1      GLN 133 -11.806   6.073   9.959
    8    HG3  GLN 133           HG1      GLN 133 -11.156   4.532   7.457

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   LYS 134           HA       LYS 134 -10.546  10.341  10.460
    2    HB2  LYS 134           HB2      LYS 134  -9.028  11.011   7.976
    3    HG2  LYS 134           HG2      LYS 134  -8.280  10.742  10.867
    4    HD2  LYS 134           HD2      LYS 134  -7.096  12.594   9.663
    5    HE2  LYS 134           HE2      LYS 134  -6.125  10.296   7.984
    6    HZ3  LYS 134           HZ1      LYS 134  -4.722  12.014   6.920
    7    HZ2  LYS 134           HZ2      LYS 134  -4.244  11.639   8.500
    8    HZ1  LYS 134           HZ3      LYS 134  -5.098  13.075   8.193
    9    H    LYS 134           HN       LYS 134 -10.032   8.977   8.052
   10    HB3  LYS 134           HB1      LYS 134  -9.312  12.262   9.178
   11    HG3  LYS 134           HG1      LYS 134  -7.828   9.682   9.525
   12    HD3  LYS 134           HD1      LYS 134  -6.047  11.303  10.263
   13    HE3  LYS 134           HE1      LYS 134  -7.014  11.717   7.438

  No H/Q in entry =          13
  In of MODEL   13
    1    HA3  GLY 135           HA2      GLY 135 -12.749  13.453   7.926
    2    H    GLY 135           HN       GLY 135 -11.705  10.859   7.182
    3    HA2  GLY 135           HA1      GLY 135 -12.758  12.750   6.315

  No H/Q in entry =           3
  In of MODEL   13
    1    H1   GLY  95           HT3      GLY  95  15.412   5.258  13.006
    2    H2   GLY  95           HT2      GLY  95  15.127   6.823  12.422
    3    H3   GLY  95           HT1      GLY  95  16.433   6.538  13.463
    4    HA2  GLY  95           HA2      GLY  95  14.532   7.628  14.561
    5    HA3  GLY  95           HA1      GLY  95  15.012   6.102  15.291

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ALA  96           HA       ALA  96  10.701   5.523  14.592
    2    HB1  ALA  96           HB1      ALA  96  10.264   7.476  16.007
    3    HB3  ALA  96           HB2      ALA  96   8.898   7.108  14.953
    4    HB2  ALA  96           HB3      ALA  96   9.977   8.447  14.563
    5    H    ALA  96           HN       ALA  96  12.412   7.868  14.417

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   MET  97           HA       MET  97   9.486   7.074  10.419
    2    HB2  MET  97           HB2      MET  97  11.352   9.443  10.285
    3    HG2  MET  97           HG2      MET  97   8.356   9.257  10.499
    4    HE1  MET  97           HE1      MET  97   9.631  10.457   7.851
    5    HE3  MET  97           HE2      MET  97   8.739  11.970   7.690
    6    HE2  MET  97           HE3      MET  97   7.898  10.500   8.181
    7    H    MET  97           HN       MET  97  11.430   8.118  12.314
    8    HB3  MET  97           HB1      MET  97  10.283   8.967   8.972
    9    HG3  MET  97           HG1      MET  97   9.467   9.855  11.730

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   GLU  98           HA       GLU  98  12.506   4.761   8.463
    2    HB2  GLU  98           HB2      GLU  98  10.112   4.439   6.647
    3    HG2  GLU  98           HG2      GLU  98  10.874   2.961   9.157
    4    H    GLU  98           HN       GLU  98   9.981   6.198   8.440
    5    HB3  GLU  98           HB1      GLU  98  11.473   3.330   6.782
    6    HG3  GLU  98           HG1      GLU  98   9.449   3.968   8.915

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   PRO  99           HA       PRO  99  14.357   7.516   5.525
    2    HB2  PRO  99           HB2      PRO  99  16.515   5.988   4.924
    3    HG2  PRO  99           HG2      PRO  99  15.813   3.976   5.856
    4    HD2  PRO  99           HD2      PRO  99  14.106   3.885   7.407
    5    HB3  PRO  99           HB1      PRO  99  16.366   6.859   6.454
    6    HG3  PRO  99           HG1      PRO  99  16.678   4.685   7.234
    7    HD3  PRO  99           HD1      PRO  99  14.721   5.281   8.315

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   GLU 100           HA       GLU 100  12.482   5.918   1.984
    2    HB2  GLU 100           HB2      GLU 100  13.755   8.501   1.131
    3    HG2  GLU 100           HG2      GLU 100  10.903   7.707   1.683
    4    H    GLU 100           HN       GLU 100  13.925   7.811   3.450
    5    HB3  GLU 100           HB1      GLU 100  12.770   7.518   0.055
    6    HG3  GLU 100           HG1      GLU 100  11.898   8.816   2.625

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ASN 101           HA       ASN 101  16.583   5.350  -0.406
    2    HB2  ASN 101           HB2      ASN 101  18.089   6.829   0.986
    3   HD21  ASN 101          HD21      ASN 101  17.974   5.270  -1.440
    4   HD22  ASN 101          HD22      ASN 101  19.580   4.719  -1.758
    5    H    ASN 101           HN       ASN 101  15.902   6.681   1.952
    6    HB3  ASN 101           HB1      ASN 101  18.332   5.446   2.049

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LYS 102           HA       LYS 102  16.723   1.358   2.089
    2    HB2  LYS 102           HB2      LYS 102  17.276   2.141   4.303
    3    HG2  LYS 102           HG2      LYS 102  14.900   0.313   4.505
    4    HD2  LYS 102           HD2      LYS 102  17.247   0.811   6.331
    5    HE2  LYS 102           HE2      LYS 102  16.453  -1.565   6.068
    6    HZ1  LYS 102           HZ1      LYS 102  13.989  -0.310   7.046
    7    HZ3  LYS 102           HZ2      LYS 102  14.398  -1.835   7.657
    8    HZ2  LYS 102           HZ3      LYS 102  14.187  -1.624   5.987
    9    H    LYS 102           HN       LYS 102  16.175   4.071   2.861
   10    HB3  LYS 102           HB1      LYS 102  15.612   2.633   4.583
   11    HG3  LYS 102           HG1      LYS 102  16.565  -0.189   4.188
   12    HD3  LYS 102           HD1      LYS 102  15.560   1.226   6.651
   13    HE3  LYS 102           HE1      LYS 102  16.456  -0.901   7.703

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   TYR 103           HA       TYR 103  11.933   1.506   2.925
    2    HB2  TYR 103           HB2      TYR 103  11.804   3.835   3.601
    3    HD1  TYR 103           HD1      TYR 103   9.688   2.057   3.814
    4    HD2  TYR 103           HD2      TYR 103  10.128   5.240   1.040
    5    HE1  TYR 103           HE1      TYR 103   7.239   2.245   3.645
    6    HE2  TYR 103           HE2      TYR 103   7.698   5.432   0.833
    7    HH   TYR 103           HH       TYR 103   5.696   4.144   1.236
    8    H    TYR 103           HN       TYR 103  13.972   3.381   2.709
    9    HB3  TYR 103           HB1      TYR 103  11.980   4.346   1.938

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   LEU 104           HA       LEU 104  11.303   2.369  -1.752
    2    HB2  LEU 104           HB2      LEU 104  12.936   4.059  -2.256
    3    HG   LEU 104           HG       LEU 104  13.346   1.799  -4.225
    4   HD12  LEU 104          HD11      LEU 104  11.288   3.999  -4.167
    5   HD11  LEU 104          HD12      LEU 104  10.981   2.287  -3.887
    6   HD13  LEU 104          HD13      LEU 104  11.518   2.838  -5.474
    7   HD22  LEU 104          HD21      LEU 104  13.864   3.575  -5.806
    8   HD21  LEU 104          HD22      LEU 104  14.980   3.619  -4.440
    9   HD23  LEU 104          HD23      LEU 104  13.658   4.783  -4.537
   10    H    LEU 104           HN       LEU 104  13.391   2.960   0.033
   11    HB3  LEU 104           HB1      LEU 104  14.233   2.879  -2.212

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   PRO 105           HA       PRO 105  13.891  -1.496  -3.151
    2    HB2  PRO 105           HB2      PRO 105  15.562  -2.555  -1.235
    3    HG2  PRO 105           HG2      PRO 105  15.279  -0.821   0.326
    4    HD2  PRO 105           HD2      PRO 105  14.653   1.336  -0.318
    5    HB3  PRO 105           HB1      PRO 105  16.112  -1.446  -2.499
    6    HG3  PRO 105           HG1      PRO 105  16.726  -0.284  -0.545
    7    HD3  PRO 105           HD1      PRO 105  15.506   1.218  -1.874

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   GLU 106           HA       GLU 106  12.077  -3.694   0.725
    2    HB2  GLU 106           HB2      GLU 106  11.107  -1.079   1.866
    3    HG2  GLU 106           HG2      GLU 106  13.396  -2.861   2.631
    4    H    GLU 106           HN       GLU 106  13.047  -1.094   0.247
    5    HB3  GLU 106           HB1      GLU 106  10.834  -2.677   2.545
    6    HG3  GLU 106           HG1      GLU 106  13.388  -1.123   2.356

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LEU 107           HA       LEU 107   7.934  -1.754  -0.727
    2    HB2  LEU 107           HB2      LEU 107   9.327   0.333  -2.412
    3    HG   LEU 107           HG       LEU 107   9.092   0.858   0.066
    4   HD12  LEU 107          HD11      LEU 107   8.261   3.120  -0.400
    5   HD11  LEU 107          HD12      LEU 107   7.659   2.569  -1.962
    6   HD13  LEU 107          HD13      LEU 107   9.392   2.571  -1.636
    7   HD23  LEU 107          HD21      LEU 107   6.850   1.506   0.811
    8   HD22  LEU 107          HD22      LEU 107   6.919  -0.211   0.411
    9   HD21  LEU 107          HD23      LEU 107   6.176   0.931  -0.713
   10    H    LEU 107           HN       LEU 107  10.585  -0.787  -0.601
   11    HB3  LEU 107           HB1      LEU 107   7.601   0.030  -2.413

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   MET 108           HA       MET 108   9.092  -2.828  -5.244
    2    HB2  MET 108           HB2      MET 108  11.147  -3.187  -6.363
    3    HG2  MET 108           HG2      MET 108  12.585  -2.654  -3.782
    4    HE3  MET 108           HE1      MET 108  12.850  -0.633  -6.254
    5    HE2  MET 108           HE2      MET 108  14.604  -0.474  -6.352
    6    HE1  MET 108           HE3      MET 108  13.810  -0.498  -4.779
    7    H    MET 108           HN       MET 108  10.580  -1.716  -3.099
    8    HB3  MET 108           HB1      MET 108  11.224  -1.640  -5.542
    9    HG3  MET 108           HG1      MET 108  12.501  -4.203  -4.617

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   ALA 109           HA       ALA 109  10.784  -6.947  -3.711
    2    HB3  ALA 109           HB1      ALA 109  11.217  -6.069  -0.851
    3    HB1  ALA 109           HB2      ALA 109  12.474  -6.391  -2.047
    4    HB2  ALA 109           HB3      ALA 109  11.457  -7.706  -1.458
    5    H    ALA 109           HN       ALA 109  10.923  -4.325  -2.616

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   GLU 110           HA       GLU 110   7.018  -7.387  -0.831
    2    HB2  GLU 110           HB2      GLU 110   6.683  -4.397  -0.503
    3    HG2  GLU 110           HG2      GLU 110   7.160  -6.548   1.548
    4    H    GLU 110           HN       GLU 110   8.836  -5.243  -1.282
    5    HB3  GLU 110           HB1      GLU 110   5.491  -5.577   0.022
    6    HG3  GLU 110           HG1      GLU 110   8.315  -5.316   1.037

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LYS 111           HA       LYS 111   4.558  -5.018  -4.187
    2    HB2  LYS 111           HB2      LYS 111   5.575  -2.963  -4.655
    3    HG2  LYS 111           HG2      LYS 111   6.016  -4.546  -7.173
    4    HD2  LYS 111           HD2      LYS 111   5.399  -1.621  -6.865
    5    HE2  LYS 111           HE2      LYS 111   6.177  -1.510  -9.187
    6    HZ3  LYS 111           HZ1      LYS 111   4.042  -3.561  -8.881
    7    HZ2  LYS 111           HZ2      LYS 111   4.310  -2.563 -10.227
    8    HZ1  LYS 111           HZ3      LYS 111   3.798  -1.885  -8.762
    9    H    LYS 111           HN       LYS 111   7.077  -4.632  -3.017
   10    HB3  LYS 111           HB1      LYS 111   7.083  -3.714  -5.148
   11    HG3  LYS 111           HG1      LYS 111   4.491  -3.809  -6.678
   12    HD3  LYS 111           HD1      LYS 111   7.035  -2.248  -7.050
   13    HE3  LYS 111           HE1      LYS 111   6.402  -3.257  -9.187

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   ASP 112           HA       ASP 112   6.773  -7.677  -7.423
    2    HB2  ASP 112           HB2      ASP 112   9.143  -7.014  -7.080
    3    H    ASP 112           HN       ASP 112   7.735  -6.305  -5.129
    4    HB3  ASP 112           HB1      ASP 112   9.275  -8.228  -5.813

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   SER 113           HA       SER 113   6.417 -11.317  -4.629
    2    HB2  SER 113           HB2      SER 113   6.948  -9.899  -2.015
    3    HG   SER 113           HG       SER 113   8.787  -9.861  -3.225
    4    H    SER 113           HN       SER 113   6.759  -8.461  -4.058
    5    HB3  SER 113           HB1      SER 113   6.831 -11.645  -2.223

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   LEU 114           HA       LEU 114   2.604  -9.877  -2.240
    2    HB2  LEU 114           HB2      LEU 114   3.223  -7.393  -2.373
    3    HG   LEU 114           HG       LEU 114   0.365  -8.314  -2.253
    4   HD11  LEU 114          HD11      LEU 114   2.270  -7.178  -0.209
    5   HD13  LEU 114          HD12      LEU 114   1.789  -8.869  -0.365
    6   HD12  LEU 114          HD13      LEU 114   0.601  -7.649   0.102
    7   HD23  LEU 114          HD21      LEU 114   1.337  -5.494  -1.860
    8   HD22  LEU 114          HD22      LEU 114  -0.299  -6.088  -1.571
    9   HD21  LEU 114          HD23      LEU 114   0.355  -6.064  -3.207
   10    H    LEU 114           HN       LEU 114   4.540  -8.608  -3.946
   11    HB3  LEU 114           HB1      LEU 114   2.202  -7.338  -3.798

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ASP 115           HA       ASP 115   0.250 -11.682  -5.376
    2    HB2  ASP 115           HB2      ASP 115  -0.591 -12.685  -3.204
    3    H    ASP 115           HN       ASP 115   0.585 -10.593  -2.771
    4    HB3  ASP 115           HB1      ASP 115  -1.862 -11.465  -3.225

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   PRO 116           HA       PRO 116  -1.492  -8.164  -7.363
    2    HB2  PRO 116           HB2      PRO 116  -2.661  -9.455  -9.470
    3    HG2  PRO 116           HG2      PRO 116  -2.436 -11.632  -8.696
    4    HD2  PRO 116           HD2      PRO 116  -0.935 -12.199  -7.019
    5    HB3  PRO 116           HB1      PRO 116  -0.926  -9.131  -9.357
    6    HG3  PRO 116           HG1      PRO 116  -0.912 -11.449  -9.589
    7    HD3  PRO 116           HD1      PRO 116   0.329 -11.123  -7.653

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   SER 117           HA       SER 117  -5.978  -9.885  -6.972
    2    HB2  SER 117           HB2      SER 117  -5.492 -12.143  -6.015
    3    HG   SER 117           HG       SER 117  -7.635 -10.673  -5.643
    4    H    SER 117           HN       SER 117  -3.428 -10.780  -6.180
    5    HB3  SER 117           HB1      SER 117  -5.285 -11.390  -4.435

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   PHE 118           HA       PHE 118  -5.818  -7.066  -3.341
    2    HB2  PHE 118           HB2      PHE 118  -2.845  -7.213  -2.789
    3    HD1  PHE 118           HD1      PHE 118  -5.344  -7.471  -0.217
    4    HD2  PHE 118           HD2      PHE 118  -2.891  -9.687  -2.889
    5    HE1  PHE 118           HE1      PHE 118  -5.700  -9.487   1.135
    6    HE2  PHE 118           HE2      PHE 118  -3.248 -11.709  -1.552
    7    HZ   PHE 118           HZ       PHE 118  -4.656 -11.615   0.471
    8    H    PHE 118           HN       PHE 118  -3.770  -8.709  -4.622
    9    HB3  PHE 118           HB1      PHE 118  -4.041  -6.356  -1.822

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   THR 119           HA       THR 119  -4.574  -4.648  -6.912
    2    HB   THR 119           HB       THR 119  -7.338  -3.724  -6.132
    3    HG1  THR 119           HG1      THR 119  -6.343  -5.529  -8.106
    4   HG22  THR 119          HG21      THR 119  -7.373  -2.649  -8.343
    5   HG21  THR 119          HG22      THR 119  -5.691  -3.118  -8.593
    6   HG23  THR 119          HG23      THR 119  -6.106  -1.973  -7.316
    7    H    THR 119           HN       THR 119  -6.347  -5.825  -5.135

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   HIS 120           HA       HIS 120  -4.907  -0.634  -4.558
    2    HB2  HIS 120           HB2      HIS 120  -6.364  -1.698  -2.143
    3    HD1  HIS 120           HD1      HIS 120  -6.652   0.896  -4.937
    4    HD2  HIS 120           HD2      HIS 120  -8.991  -1.711  -2.696
    5    HE1  HIS 120           HE1      HIS 120  -8.975   1.089  -5.877
    6    HE2  HIS 120           HE2      HIS 120 -10.406  -0.384  -4.415
    7    H    HIS 120           HN       HIS 120  -6.146  -3.159  -4.061
    8    HB3  HIS 120           HB1      HIS 120  -5.787  -0.041  -2.294

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   ALA 121           HA       ALA 121  -2.061  -2.194  -1.000
    2    HB2  ALA 121           HB1      ALA 121  -2.284  -5.081  -1.825
    3    HB1  ALA 121           HB2      ALA 121  -3.181  -4.370  -0.486
    4    HB3  ALA 121           HB3      ALA 121  -1.419  -4.419  -0.436
    5    H    ALA 121           HN       ALA 121  -4.221  -3.335  -2.381

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   MET 122           HA       MET 122   0.564  -3.778  -4.618
    2    HB2  MET 122           HB2      MET 122  -1.900  -4.335  -6.224
    3    HG2  MET 122           HG2      MET 122  -0.592  -6.023  -4.709
    4    HE1  MET 122           HE1      MET 122   1.996  -5.465  -4.392
    5    HE3  MET 122           HE2      MET 122   1.966  -4.322  -5.736
    6    HE2  MET 122           HE3      MET 122   3.192  -5.590  -5.681
    7    H    MET 122           HN       MET 122  -2.223  -3.879  -4.063
    8    HB3  MET 122           HB1      MET 122  -0.344  -4.188  -7.027
    9    HG3  MET 122           HG1      MET 122  -1.302  -6.504  -6.246

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   GLN 123           HA       GLN 123  -0.763  -0.018  -7.152
    2    HB2  GLN 123           HB2      GLN 123  -3.043   0.097  -7.544
    3    HG2  GLN 123           HG2      GLN 123  -2.634   2.287  -5.542
    4   HE21  GLN 123          HE21      GLN 123  -4.667   2.371  -8.359
    5   HE22  GLN 123          HE22      GLN 123  -6.178   2.547  -7.511
    6    H    GLN 123           HN       GLN 123  -2.179  -1.744  -5.418
    7    HB3  GLN 123           HB1      GLN 123  -3.441  -0.104  -5.847
    8    HG3  GLN 123           HG1      GLN 123  -2.683   2.403  -7.304

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   LEU 124           HA       LEU 124  -0.455   2.802  -3.470
    2    HB2  LEU 124           HB2      LEU 124  -0.853   0.668  -1.364
    3    HG   LEU 124           HG       LEU 124  -2.927   1.626  -2.471
    4   HD11  LEU 124          HD11      LEU 124  -2.542   2.063   0.484
    5   HD13  LEU 124          HD12      LEU 124  -2.994   0.548  -0.299
    6   HD12  LEU 124          HD13      LEU 124  -4.092   1.926  -0.345
    7   HD22  LEU 124          HD21      LEU 124  -2.139   3.913  -2.748
    8   HD21  LEU 124          HD22      LEU 124  -2.030   4.099  -0.999
    9   HD23  LEU 124          HD23      LEU 124  -3.602   3.870  -1.763
   10    H    LEU 124           HN       LEU 124  -1.570   0.254  -3.703
   11    HB3  LEU 124           HB1      LEU 124  -0.393   2.320  -0.997

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   LEU 125           HA       LEU 125   3.529   0.381  -2.277
    2    HB2  LEU 125           HB2      LEU 125   2.472  -1.972  -3.815
    3    HG   LEU 125           HG       LEU 125   2.313  -1.986  -1.305
    4   HD13  LEU 125          HD11      LEU 125   2.256  -4.013  -2.658
    5   HD12  LEU 125          HD12      LEU 125   3.126  -4.293  -1.153
    6   HD11  LEU 125          HD13      LEU 125   4.017  -4.076  -2.656
    7   HD22  LEU 125          HD21      LEU 125   4.372  -2.441  -0.070
    8   HD21  LEU 125          HD22      LEU 125   4.450  -0.861  -0.853
    9   HD23  LEU 125          HD23      LEU 125   5.313  -2.235  -1.549
   10    H    LEU 125           HN       LEU 125   0.971  -0.384  -3.298
   11    HB3  LEU 125           HB1      LEU 125   4.199  -1.761  -3.643

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   THR 126           HA       THR 126   4.488   0.544  -6.850
    2    HB   THR 126           HB       THR 126   1.625   0.925  -7.754
    3    HG1  THR 126           HG1      THR 126   1.879  -1.204  -7.453
    4   HG21  THR 126          HG21      THR 126   4.151   0.810  -9.409
    5   HG23  THR 126          HG22      THR 126   3.118   2.226  -9.177
    6   HG22  THR 126          HG23      THR 126   2.505   0.816 -10.043
    7    H    THR 126           HN       THR 126   2.051   0.211  -5.440

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   ALA 127           HA       ALA 127   2.735   5.014  -7.247
    2    HB1  ALA 127           HB1      ALA 127   0.485   4.726  -6.379
    3    HB2  ALA 127           HB2      ALA 127   1.220   6.215  -5.782
    4    HB3  ALA 127           HB3      ALA 127   1.100   4.805  -4.728
    5    H    ALA 127           HN       ALA 127   1.831   2.712  -5.963

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   GLU 128           HA       GLU 128   4.786   6.081  -3.038
    2    HB2  GLU 128           HB2      GLU 128   3.891   4.306  -1.572
    3    HG2  GLU 128           HG2      GLU 128   5.753   4.056  -0.043
    4    H    GLU 128           HN       GLU 128   3.298   3.894  -3.923
    5    HB3  GLU 128           HB1      GLU 128   5.088   3.194  -2.205
    6    HG3  GLU 128           HG1      GLU 128   6.870   4.566  -1.303

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ILE 129           HA       ILE 129   8.532   3.625  -4.638
    2    HB   ILE 129           HB       ILE 129   6.861   2.060  -6.600
    3   HD13  ILE 129          HD11      ILE 129   6.740  -0.403  -5.962
    4   HD12  ILE 129          HD12      ILE 129   7.722  -0.982  -4.615
    5   HD11  ILE 129          HD13      ILE 129   8.494  -0.488  -6.122
    6    H    ILE 129           HN       ILE 129   5.767   3.153  -4.724

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLU 130           HA       GLU 130   7.647   5.850  -8.864
    2    HB2  GLU 130           HB2      GLU 130   4.857   6.534  -7.928
    3    HG2  GLU 130           HG2      GLU 130   5.835   4.990 -10.316
    4    H    GLU 130           HN       GLU 130   6.032   4.587  -6.959
    5    HB3  GLU 130           HB1      GLU 130   5.629   7.256  -9.332
    6    HG3  GLU 130           HG1      GLU 130   4.916   4.360  -8.947

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LYS 131           HA       LYS 131   6.973   9.709  -6.033
    2    HB2  LYS 131           HB2      LYS 131   5.447   9.143  -4.349
    3    HG2  LYS 131           HG2      LYS 131   7.966   9.480  -2.742
    4    HD2  LYS 131           HD2      LYS 131   5.339  10.724  -2.110
    5    HE2  LYS 131           HE2      LYS 131   7.402  11.177  -0.795
    6    HZ2  LYS 131           HZ1      LYS 131   8.644   9.293  -0.583
    7    HZ1  LYS 131           HZ2      LYS 131   7.292   8.268  -0.502
    8    HZ3  LYS 131           HZ3      LYS 131   7.754   9.169   0.858
    9    H    LYS 131           HN       LYS 131   6.279   7.020  -5.835
   10    HB3  LYS 131           HB1      LYS 131   6.484   7.876  -3.709
   11    HG3  LYS 131           HG1      LYS 131   7.126  10.812  -3.542
   12    HD3  LYS 131           HD1      LYS 131   5.556   9.006  -1.777
   13    HE3  LYS 131           HE1      LYS 131   6.077  10.498   0.150

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   ILE 132           HA       ILE 132  10.961   8.742  -3.769
    2    HB   ILE 132           HB       ILE 132  11.198   5.770  -4.111
    3   HD12  ILE 132          HD11      ILE 132   9.512   5.147  -0.781
    4   HD11  ILE 132          HD12      ILE 132  11.237   5.478  -0.946
    5   HD13  ILE 132          HD13      ILE 132  10.447   4.341  -2.039
    6    H    ILE 132           HN       ILE 132   8.794   7.050  -4.503

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLN 133           HA       GLN 133  12.975   6.827  -7.592
    2    HB2  GLN 133           HB2      GLN 133  10.375   5.954  -8.841
    3    HG2  GLN 133           HG2      GLN 133  12.808   4.406  -7.984
    4   HE21  GLN 133          HE21      GLN 133  12.776   2.207  -8.412
    5   HE22  GLN 133          HE22      GLN 133  11.771   1.516  -9.635
    6    H    GLN 133           HN       GLN 133  10.336   6.633  -6.529
    7    HB3  GLN 133           HB1      GLN 133  11.908   5.935  -9.698
    8    HG3  GLN 133           HG1      GLN 133  11.219   4.378  -7.218

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   LYS 134           HA       LYS 134  10.728  10.227 -10.161
    2    HB2  LYS 134           HB2      LYS 134   9.208  10.899  -7.681
    3    HG2  LYS 134           HG2      LYS 134   8.472  10.683 -10.574
    4    HD2  LYS 134           HD2      LYS 134   7.312  12.537  -9.357
    5    HE2  LYS 134           HE2      LYS 134   6.287  10.241  -7.699
    6    HZ3  LYS 134           HZ1      LYS 134   4.939  12.002  -6.617
    7    HZ2  LYS 134           HZ2      LYS 134   4.442  11.635  -8.198
    8    HZ1  LYS 134           HZ3      LYS 134   5.334  13.045  -7.897
    9    H    LYS 134           HN       LYS 134  10.178   8.849  -7.771
   10    HB3  LYS 134           HB1      LYS 134   9.522  12.159  -8.864
   11    HG3  LYS 134           HG1      LYS 134   7.996   9.611  -9.252
   12    HD3  LYS 134           HD1      LYS 134   6.243  11.271  -9.969
   13    HE3  LYS 134           HE1      LYS 134   7.216  11.631  -7.138

  No H/Q in entry =          13
  In of MODEL   13
    1    HA3  GLY 135           HA2      GLY 135  12.985  13.276  -7.602
    2    H    GLY 135           HN       GLY 135  11.878  10.703  -6.871
    3    HA2  GLY 135           HA1      GLY 135  12.970  12.568  -5.993

  No H/Q in entry =           3
  In of MODEL   14
    1    H1   GLY  95           HT3      GLY  95  -8.946   2.101  -8.822
    2    H2   GLY  95           HT2      GLY  95  -8.906   1.208 -10.266
    3    H3   GLY  95           HT1      GLY  95  -7.457   1.719  -9.545
    4    HA3  GLY  95           HA1      GLY  95  -7.890   3.132 -11.395
    5    HA2  GLY  95           HA2      GLY  95  -9.528   3.412 -10.821

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ALA  96           HA       ALA  96  -6.736   6.458  -8.872
    2    HB3  ALA  96           HB1      ALA  96  -6.806   7.778 -11.582
    3    HB2  ALA  96           HB2      ALA  96  -5.480   6.810 -10.939
    4    HB1  ALA  96           HB3      ALA  96  -5.904   8.341 -10.175
    5    H    ALA  96           HN       ALA  96  -7.872   5.517 -11.385

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   MET  97           HA       MET  97 -10.391   9.136  -9.106
    2    HB2  MET  97           HB2      MET  97 -11.992   9.586 -10.944
    3    HG2  MET  97           HG2      MET  97 -11.448   8.528 -13.155
    4    HE2  MET  97           HE1      MET  97 -15.169   8.135 -12.013
    5    HE1  MET  97           HE2      MET  97 -14.053   8.999 -13.074
    6    HE3  MET  97           HE3      MET  97 -13.950   9.207 -11.325
    7    H    MET  97           HN       MET  97  -9.712   6.634 -10.516
    8    HB3  MET  97           HB1      MET  97 -10.308   9.604 -11.422
    9    HG3  MET  97           HG1      MET  97 -10.639   7.252 -12.252

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   GLU  98           HA       GLU  98 -13.639   5.652  -8.813
    2    HB2  GLU  98           HB2      GLU  98 -13.180   3.573  -7.678
    3    HG2  GLU  98           HG2      GLU  98 -10.367   4.549  -7.279
    4    H    GLU  98           HN       GLU  98 -10.848   6.029  -8.919
    5    HB3  GLU  98           HB1      GLU  98 -11.984   3.801  -8.943
    6    HG3  GLU  98           HG1      GLU  98 -11.572   4.319  -6.012

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   PRO  99           HA       PRO  99 -14.883   7.763  -5.267
    2    HB2  PRO  99           HB2      PRO  99 -16.940   6.248  -4.357
    3    HG2  PRO  99           HG2      PRO  99 -16.518   4.277  -5.493
    4    HD2  PRO  99           HD2      PRO  99 -15.039   4.189  -7.243
    5    HB3  PRO  99           HB1      PRO  99 -17.029   7.201  -5.841
    6    HG3  PRO  99           HG1      PRO  99 -17.534   5.100  -6.691
    7    HD3  PRO  99           HD1      PRO  99 -15.739   5.606  -8.041

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   GLU 100           HA       GLU 100 -12.550   6.082  -2.028
    2    HB2  GLU 100           HB2      GLU 100 -12.954   7.875  -0.066
    3    HG2  GLU 100           HG2      GLU 100 -12.829  10.076  -1.129
    4    H    GLU 100           HN       GLU 100 -14.020   8.004  -3.374
    5    HB3  GLU 100           HB1      GLU 100 -11.733   8.011  -1.318
    6    HG3  GLU 100           HG1      GLU 100 -13.323   9.358  -2.646

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ASN 101           HA       ASN 101 -16.437   5.904   0.773
    2    HB2  ASN 101           HB2      ASN 101 -17.965   7.342  -0.630
    3   HD21  ASN 101          HD21      ASN 101 -17.743   5.957   1.902
    4   HD22  ASN 101          HD22      ASN 101 -19.350   5.535   2.375
    5    H    ASN 101           HN       ASN 101 -15.870   7.026  -1.698
    6    HB3  ASN 101           HB1      ASN 101 -18.354   5.893  -1.555

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LYS 102           HA       LYS 102 -16.866   1.755  -1.113
    2    HB2  LYS 102           HB2      LYS 102 -16.474   2.614  -3.968
    3    HG2  LYS 102           HG2      LYS 102 -18.851   1.537  -2.471
    4    HD2  LYS 102           HD2      LYS 102 -18.689   2.432  -5.339
    5    HE2  LYS 102           HE2      LYS 102 -20.918   1.352  -5.443
    6    HZ1  LYS 102           HZ1      LYS 102 -20.653   3.782  -4.982
    7    HZ3  LYS 102           HZ2      LYS 102 -20.871   3.440  -3.334
    8    HZ2  LYS 102           HZ3      LYS 102 -22.110   3.110  -4.440
    9    H    LYS 102           HN       LYS 102 -16.217   4.304  -2.370
   10    HB3  LYS 102           HB1      LYS 102 -16.689   0.929  -3.501
   11    HG3  LYS 102           HG1      LYS 102 -18.635   3.184  -3.068
   12    HD3  LYS 102           HD1      LYS 102 -18.675   0.741  -4.829
   13    HE3  LYS 102           HE1      LYS 102 -20.840   1.111  -3.700

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   TYR 103           HA       TYR 103 -12.280   1.589  -2.702
    2    HB2  TYR 103           HB2      TYR 103 -12.006   3.821  -3.515
    3    HD1  TYR 103           HD1      TYR 103 -10.312   5.164  -0.803
    4    HD2  TYR 103           HD2      TYR 103  -9.917   2.193  -3.811
    5    HE1  TYR 103           HE1      TYR 103  -7.877   5.270  -0.551
    6    HE2  TYR 103           HE2      TYR 103  -7.469   2.278  -3.579
    7    HH   TYR 103           HH       TYR 103  -5.920   3.941  -1.006
    8    H    TYR 103           HN       TYR 103 -14.219   3.568  -2.324
    9    HB3  TYR 103           HB1      TYR 103 -12.175   4.482  -1.904

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   LEU 104           HA       LEU 104 -11.336   2.498   1.912
    2    HB2  LEU 104           HB2      LEU 104 -12.934   4.208   2.495
    3    HG   LEU 104           HG       LEU 104 -13.219   1.962   4.492
    4   HD11  LEU 104          HD11      LEU 104 -10.884   2.472   4.008
    5   HD13  LEU 104          HD12      LEU 104 -11.332   3.003   5.630
    6   HD12  LEU 104          HD13      LEU 104 -11.185   4.181   4.323
    7   HD21  LEU 104          HD21      LEU 104 -14.857   3.738   4.811
    8   HD23  LEU 104          HD22      LEU 104 -13.567   4.941   4.796
    9   HD22  LEU 104          HD23      LEU 104 -13.649   3.751   6.096
   10    H    LEU 104           HN       LEU 104 -13.520   3.079   0.227
   11    HB3  LEU 104           HB1      LEU 104 -14.236   3.036   2.537

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   PRO 105           HA       PRO 105 -13.861  -1.376   3.395
    2    HB2  PRO 105           HB2      PRO 105 -15.652  -2.394   1.569
    3    HG2  PRO 105           HG2      PRO 105 -15.518  -0.642   0.034
    4    HD2  PRO 105           HD2      PRO 105 -14.779   1.487   0.642
    5    HB3  PRO 105           HB1      PRO 105 -16.109  -1.320   2.897
    6    HG3  PRO 105           HG1      PRO 105 -16.870  -0.097   1.050
    7    HD3  PRO 105           HD1      PRO 105 -15.524   1.388   2.253

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   GLU 106           HA       GLU 106 -12.207  -3.420  -0.666
    2    HB2  GLU 106           HB2      GLU 106 -11.422  -0.664  -1.597
    3    HG2  GLU 106           HG2      GLU 106 -13.674  -2.160  -2.181
    4    H    GLU 106           HN       GLU 106 -13.174  -0.877  -0.017
    5    HB3  GLU 106           HB1      GLU 106 -10.782  -2.136  -2.312
    6    HG3  GLU 106           HG1      GLU 106 -13.053  -0.777  -3.082

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LEU 107           HA       LEU 107  -7.983  -1.613   0.844
    2    HB2  LEU 107           HB2      LEU 107  -9.340   0.431   2.592
    3    HG   LEU 107           HG       LEU 107  -9.163   1.057   0.157
    4   HD12  LEU 107          HD11      LEU 107  -7.576   2.665   2.154
    5   HD11  LEU 107          HD12      LEU 107  -9.329   2.695   1.959
    6   HD13  LEU 107          HD13      LEU 107  -8.286   3.276   0.662
    7   HD22  LEU 107          HD21      LEU 107  -7.054  -0.060  -0.323
    8   HD21  LEU 107          HD22      LEU 107  -6.219   0.996   0.816
    9   HD23  LEU 107          HD23      LEU 107  -6.932   1.668  -0.653
   10    H    LEU 107           HN       LEU 107 -10.619  -0.593   0.755
   11    HB3  LEU 107           HB1      LEU 107  -7.616   0.122   2.565

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   MET 108           HA       MET 108  -9.085  -2.770   5.344
    2    HB2  MET 108           HB2      MET 108 -11.165  -3.141   6.468
    3    HG2  MET 108           HG2      MET 108 -12.529  -2.340   3.917
    4    HE2  MET 108           HE1      MET 108 -14.279   0.016   6.550
    5    HE1  MET 108           HE2      MET 108 -13.454  -0.059   4.992
    6    HE3  MET 108           HE3      MET 108 -12.561  -0.370   6.480
    7    H    MET 108           HN       MET 108 -10.595  -1.586   3.248
    8    HB3  MET 108           HB1      MET 108 -11.115  -1.527   5.783
    9    HG3  MET 108           HG1      MET 108 -12.634  -3.900   4.731

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   ALA 109           HA       ALA 109 -10.922  -6.804   3.763
    2    HB2  ALA 109           HB1      ALA 109 -11.379  -5.834   0.935
    3    HB1  ALA 109           HB2      ALA 109 -12.618  -6.190   2.141
    4    HB3  ALA 109           HB3      ALA 109 -11.629  -7.494   1.482
    5    H    ALA 109           HN       ALA 109 -11.003  -4.163   2.720

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   GLU 110           HA       GLU 110  -7.196  -7.304   0.854
    2    HB2  GLU 110           HB2      GLU 110  -6.786  -4.324   0.533
    3    HG2  GLU 110           HG2      GLU 110  -7.372  -6.463  -1.501
    4    H    GLU 110           HN       GLU 110  -8.954  -5.114   1.339
    5    HB3  GLU 110           HB1      GLU 110  -5.638  -5.537  -0.013
    6    HG3  GLU 110           HG1      GLU 110  -8.461  -5.173  -0.992

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LYS 111           HA       LYS 111  -4.741  -4.914   4.271
    2    HB2  LYS 111           HB2      LYS 111  -5.824  -2.996   4.949
    3    HG2  LYS 111           HG2      LYS 111  -6.573  -4.794   7.243
    4    HD2  LYS 111           HD2      LYS 111  -5.760  -1.896   7.207
    5    HE2  LYS 111           HE2      LYS 111  -5.354  -3.144   9.305
    6    HZ3  LYS 111           HZ1      LYS 111  -8.305  -3.400   9.462
    7    HZ2  LYS 111           HZ2      LYS 111  -7.161  -3.962  10.580
    8    HZ1  LYS 111           HZ3      LYS 111  -7.287  -4.693   9.053
    9    H    LYS 111           HN       LYS 111  -7.244  -4.613   3.079
   10    HB3  LYS 111           HB1      LYS 111  -7.359  -3.817   5.189
   11    HG3  LYS 111           HG1      LYS 111  -4.955  -4.132   6.977
   12    HD3  LYS 111           HD1      LYS 111  -7.434  -2.448   7.238
   13    HE3  LYS 111           HE1      LYS 111  -6.535  -1.847   9.467

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   ASP 112           HA       ASP 112  -6.582  -7.775   7.425
    2    HB2  ASP 112           HB2      ASP 112  -9.354  -7.840   6.265
    3    H    ASP 112           HN       ASP 112  -7.822  -6.406   5.227
    4    HB3  ASP 112           HB1      ASP 112  -8.872  -8.891   7.591

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   SER 113           HA       SER 113  -6.524 -11.340   4.603
    2    HB2  SER 113           HB2      SER 113  -7.098  -9.802   2.069
    3    HG   SER 113           HG       SER 113  -8.719 -10.459   3.916
    4    H    SER 113           HN       SER 113  -6.831  -8.460   4.130
    5    HB3  SER 113           HB1      SER 113  -6.882 -11.549   2.146

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   LEU 114           HA       LEU 114  -2.725  -9.771   2.282
    2    HB2  LEU 114           HB2      LEU 114  -3.351  -7.285   2.578
    3    HG   LEU 114           HG       LEU 114  -0.490  -8.193   2.339
    4   HD12  LEU 114          HD11      LEU 114  -0.796  -7.461   0.012
    5   HD11  LEU 114          HD12      LEU 114  -2.466  -7.030   0.379
    6   HD13  LEU 114          HD13      LEU 114  -1.950  -8.715   0.472
    7   HD22  LEU 114          HD21      LEU 114   0.169  -5.965   1.778
    8   HD21  LEU 114          HD22      LEU 114  -0.581  -5.938   3.375
    9   HD23  LEU 114          HD23      LEU 114  -1.483  -5.381   1.968
   10    H    LEU 114           HN       LEU 114  -4.659  -8.606   4.060
   11    HB3  LEU 114           HB1      LEU 114  -2.288  -7.326   3.972

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ASP 115           HA       ASP 115  -0.370 -11.753   5.297
    2    HB2  ASP 115           HB2      ASP 115   0.463 -12.610   3.069
    3    H    ASP 115           HN       ASP 115  -0.684 -10.474   2.775
    4    HB3  ASP 115           HB1      ASP 115   1.730 -11.390   3.153

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   PRO 116           HA       PRO 116   1.372  -8.354   7.504
    2    HB2  PRO 116           HB2      PRO 116   2.501  -9.753   9.558
    3    HG2  PRO 116           HG2      PRO 116   2.314 -11.882   8.639
    4    HD2  PRO 116           HD2      PRO 116   0.820 -12.363   6.922
    5    HB3  PRO 116           HB1      PRO 116   0.764  -9.441   9.429
    6    HG3  PRO 116           HG1      PRO 116   0.785 -11.772   9.537
    7    HD3  PRO 116           HD1      PRO 116  -0.451 -11.332   7.615

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   SER 117           HA       SER 117   5.844 -10.013   7.014
    2    HB2  SER 117           HB2      SER 117   5.419 -12.259   6.035
    3    HG   SER 117           HG       SER 117   7.510 -10.821   5.745
    4    H    SER 117           HN       SER 117   3.301 -10.932   6.235
    5    HB3  SER 117           HB1      SER 117   5.135 -11.496   4.470

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   PHE 118           HA       PHE 118   5.625  -7.144   3.431
    2    HB2  PHE 118           HB2      PHE 118   2.639  -7.233   2.919
    3    HD1  PHE 118           HD1      PHE 118   5.110  -7.550   0.315
    4    HD2  PHE 118           HD2      PHE 118   2.605  -9.706   2.987
    5    HE1  PHE 118           HE1      PHE 118   5.391  -9.569  -1.055
    6    HE2  PHE 118           HE2      PHE 118   2.889 -11.732   1.631
    7    HZ   PHE 118           HZ       PHE 118   4.284 -11.668  -0.399
    8    H    PHE 118           HN       PHE 118   3.586  -8.798   4.722
    9    HB3  PHE 118           HB1      PHE 118   3.846  -6.405   1.942

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   THR 119           HA       THR 119   4.403  -4.769   7.036
    2    HB   THR 119           HB       THR 119   7.206  -3.908   6.316
    3    HG1  THR 119           HG1      THR 119   6.110  -5.886   7.991
    4   HG23  THR 119          HG21      THR 119   6.002  -2.144   7.500
    5   HG22  THR 119          HG22      THR 119   7.232  -2.865   8.542
    6   HG21  THR 119          HG23      THR 119   5.532  -3.289   8.757
    7    H    THR 119           HN       THR 119   6.190  -5.932   5.235

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   HIS 120           HA       HIS 120   4.976  -0.743   4.722
    2    HB2  HIS 120           HB2      HIS 120   6.316  -1.895   2.281
    3    HD1  HIS 120           HD1      HIS 120   6.980   0.591   5.105
    4    HD2  HIS 120           HD2      HIS 120   8.898  -2.308   2.833
    5    HE1  HIS 120           HE1      HIS 120   9.317   0.447   6.030
    6    HE2  HIS 120           HE2      HIS 120  10.397  -1.455   4.771
    7    H    HIS 120           HN       HIS 120   6.054  -3.338   4.225
    8    HB3  HIS 120           HB1      HIS 120   5.938  -0.191   2.502

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   ALA 121           HA       ALA 121   2.044  -2.129   1.141
    2    HB1  ALA 121           HB1      ALA 121   1.296  -4.333   0.575
    3    HB3  ALA 121           HB2      ALA 121   2.199  -5.033   1.918
    4    HB2  ALA 121           HB3      ALA 121   3.059  -4.318   0.557
    5    H    ALA 121           HN       ALA 121   4.166  -3.371   2.490

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   MET 122           HA       MET 122  -0.637  -3.684   4.733
    2    HB2  MET 122           HB2      MET 122   1.811  -4.324   6.330
    3    HG2  MET 122           HG2      MET 122   0.414  -5.954   4.832
    4    HE3  MET 122           HE1      MET 122  -2.052  -4.123   5.897
    5    HE2  MET 122           HE2      MET 122  -3.344  -5.322   5.866
    6    HE1  MET 122           HE3      MET 122  -2.171  -5.258   4.551
    7    H    MET 122           HN       MET 122   2.145  -3.857   4.175
    8    HB3  MET 122           HB1      MET 122   0.270  -4.104   7.146
    9    HG3  MET 122           HG1      MET 122   1.114  -6.465   6.367

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   GLN 123           HA       GLN 123   0.750   0.050   7.255
    2    HB2  GLN 123           HB2      GLN 123   3.007   0.235   7.667
    3    HG2  GLN 123           HG2      GLN 123   2.742   2.267   5.465
    4   HE21  GLN 123          HE21      GLN 123   4.194   2.814   8.538
    5   HE22  GLN 123          HE22      GLN 123   5.825   2.989   7.970
    6    H    GLN 123           HN       GLN 123   2.152  -1.692   5.514
    7    HB3  GLN 123           HB1      GLN 123   3.436  -0.056   5.990
    8    HG3  GLN 123           HG1      GLN 123   2.475   2.531   7.188

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   LEU 124           HA       LEU 124   0.450   2.802   3.527
    2    HB2  LEU 124           HB2      LEU 124   0.756   0.617   1.453
    3    HG   LEU 124           HG       LEU 124   2.876   1.523   2.550
    4   HD13  LEU 124          HD11      LEU 124   2.949   0.361   0.442
    5   HD12  LEU 124          HD12      LEU 124   4.038   1.747   0.387
    6   HD11  LEU 124          HD13      LEU 124   2.472   1.823  -0.422
    7   HD22  LEU 124          HD21      LEU 124   2.185   3.845   2.748
    8   HD21  LEU 124          HD22      LEU 124   2.067   3.976   0.992
    9   HD23  LEU 124          HD23      LEU 124   3.637   3.711   1.752
   10    H    LEU 124           HN       LEU 124   1.512   0.236   3.806
   11    HB3  LEU 124           HB1      LEU 124   0.364   2.285   1.073

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   LEU 125           HA       LEU 125  -3.619   0.475   2.523
    2    HB2  LEU 125           HB2      LEU 125  -2.582  -1.910   4.032
    3    HG   LEU 125           HG       LEU 125  -2.450  -1.900   1.511
    4   HD11  LEU 125          HD11      LEU 125  -2.391  -3.941   2.856
    5   HD13  LEU 125          HD12      LEU 125  -3.257  -4.199   1.344
    6   HD12  LEU 125          HD13      LEU 125  -4.153  -4.001   2.846
    7   HD22  LEU 125          HD21      LEU 125  -4.518  -2.361   0.298
    8   HD21  LEU 125          HD22      LEU 125  -4.587  -0.775   1.070
    9   HD23  LEU 125          HD23      LEU 125  -5.449  -2.143   1.782
   10    H    LEU 125           HN       LEU 125  -1.037  -0.360   3.439
   11    HB3  LEU 125           HB1      LEU 125  -4.306  -1.654   3.874

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   THR 126           HA       THR 126  -4.301   0.610   7.219
    2    HB   THR 126           HB       THR 126  -1.390   1.153   7.836
    3    HG1  THR 126           HG1      THR 126  -1.843  -1.042   7.417
    4   HG23  THR 126          HG21      THR 126  -2.770   2.417   9.369
    5   HG22  THR 126          HG22      THR 126  -2.074   1.028  10.209
    6   HG21  THR 126          HG23      THR 126  -3.761   0.995   9.696
    7    H    THR 126           HN       THR 126  -2.012   0.222   5.623

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   ALA 127           HA       ALA 127  -2.653   5.114   7.349
    2    HB1  ALA 127           HB1      ALA 127  -0.431   4.877   6.409
    3    HB2  ALA 127           HB2      ALA 127  -1.226   6.322   5.784
    4    HB3  ALA 127           HB3      ALA 127  -1.105   4.876   4.780
    5    H    ALA 127           HN       ALA 127  -1.775   2.805   6.052

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   GLU 128           HA       GLU 128  -4.853   6.140   3.239
    2    HB2  GLU 128           HB2      GLU 128  -3.941   4.349   1.750
    3    HG2  GLU 128           HG2      GLU 128  -5.818   4.214   0.193
    4    H    GLU 128           HN       GLU 128  -3.343   3.931   4.067
    5    HB3  GLU 128           HB1      GLU 128  -5.216   3.290   2.318
    6    HG3  GLU 128           HG1      GLU 128  -6.886   4.851   1.439

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ILE 129           HA       ILE 129  -8.557   3.627   4.848
    2    HB   ILE 129           HB       ILE 129  -6.862   2.028   6.767
    3   HD11  ILE 129          HD11      ILE 129  -6.661  -0.388   6.070
    4   HD13  ILE 129          HD12      ILE 129  -7.638  -0.980   4.726
    5   HD12  ILE 129          HD13      ILE 129  -8.408  -0.550   6.254
    6    H    ILE 129           HN       ILE 129  -5.785   3.160   4.876

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLU 130           HA       GLU 130  -7.578   5.744   9.107
    2    HB2  GLU 130           HB2      GLU 130  -4.776   6.251   8.127
    3    HG2  GLU 130           HG2      GLU 130  -5.829   5.075  10.681
    4    H    GLU 130           HN       GLU 130  -6.024   4.471   7.161
    5    HB3  GLU 130           HB1      GLU 130  -5.492   7.179   9.436
    6    HG3  GLU 130           HG1      GLU 130  -4.987   4.217   9.387

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LYS 131           HA       LYS 131  -6.717   9.601   6.412
    2    HB2  LYS 131           HB2      LYS 131  -5.131   8.857   4.794
    3    HG2  LYS 131           HG2      LYS 131  -7.415   9.759   3.073
    4    HD2  LYS 131           HD2      LYS 131  -4.537  10.505   2.786
    5    HE2  LYS 131           HE2      LYS 131  -6.311  11.560   1.402
    6    HZ3  LYS 131           HZ1      LYS 131  -7.101  10.083  -0.471
    7    HZ2  LYS 131           HZ2      LYS 131  -7.860   9.869   1.025
    8    HZ1  LYS 131           HZ3      LYS 131  -6.680   8.757   0.508
    9    H    LYS 131           HN       LYS 131  -6.259   6.857   6.058
   10    HB3  LYS 131           HB1      LYS 131  -6.324   7.855   3.985
   11    HG3  LYS 131           HG1      LYS 131  -6.435  10.858   4.051
   12    HD3  LYS 131           HD1      LYS 131  -5.086   8.929   2.214
   13    HE3  LYS 131           HE1      LYS 131  -5.076  10.709   0.474

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   ILE 132           HA       ILE 132 -10.707   8.933   4.008
    2    HB   ILE 132           HB       ILE 132 -11.059   5.966   4.376
    3   HD12  ILE 132          HD11      ILE 132 -11.273   5.805   1.157
    4   HD11  ILE 132          HD12      ILE 132 -10.539   4.574   2.186
    5   HD13  ILE 132          HD13      ILE 132  -9.580   5.362   0.933
    6    H    ILE 132           HN       ILE 132  -8.655   7.110   4.764

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLN 133           HA       GLN 133 -12.871   7.169   7.798
    2    HB2  GLN 133           HB2      GLN 133 -10.378   5.966   8.980
    3    HG2  GLN 133           HG2      GLN 133 -12.995   4.752   8.123
    4   HE21  GLN 133          HE21      GLN 133 -13.211   2.552   8.412
    5   HE22  GLN 133          HE22      GLN 133 -12.248   1.666   9.544
    6    H    GLN 133           HN       GLN 133 -10.239   6.777   6.763
    7    HB3  GLN 133           HB1      GLN 133 -11.886   6.079   9.873
    8    HG3  GLN 133           HG1      GLN 133 -11.448   4.596   7.293

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   LYS 134           HA       LYS 134 -10.754  10.102  10.710
    2    HB2  LYS 134           HB2      LYS 134  -8.587  11.017  10.963
    3    HG2  LYS 134           HG2      LYS 134  -7.946  10.239   8.131
    4    HD2  LYS 134           HD2      LYS 134  -5.769  11.215   8.553
    5    HE2  LYS 134           HE2      LYS 134  -6.472   9.277  10.757
    6    HZ3  LYS 134           HZ1      LYS 134  -3.860   9.813   9.442
    7    HZ2  LYS 134           HZ2      LYS 134  -4.162   8.608  10.597
    8    HZ1  LYS 134           HZ3      LYS 134  -4.271  10.241  11.032
    9    H    LYS 134           HN       LYS 134  -9.780   8.771   8.329
   10    HB3  LYS 134           HB1      LYS 134  -8.352   9.379  10.381
   11    HG3  LYS 134           HG1      LYS 134  -8.152  11.887   8.732
   12    HD3  LYS 134           HD1      LYS 134  -6.244  11.640  10.197
   13    HE3  LYS 134           HE1      LYS 134  -6.045   8.833   9.108

  No H/Q in entry =          13
  In of MODEL   14
    1    HA3  GLY 135           HA2      GLY 135 -11.977  13.365   7.962
    2    H    GLY 135           HN       GLY 135 -11.040  10.643   7.415
    3    HA2  GLY 135           HA1      GLY 135 -10.800  13.139   6.675

  No H/Q in entry =           3
  In of MODEL   14
    1    H1   GLY  95           HT3      GLY  95   8.944   1.827   9.026
    2    H2   GLY  95           HT2      GLY  95   8.860   0.917  10.456
    3    H3   GLY  95           HT1      GLY  95   7.439   1.474   9.722
    4    HA2  GLY  95           HA2      GLY  95   9.537   3.110  11.029
    5    HA3  GLY  95           HA1      GLY  95   7.897   2.852  11.602

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ALA  96           HA       ALA  96   6.814   6.230   9.111
    2    HB1  ALA  96           HB1      ALA  96   6.904   7.529  11.829
    3    HB2  ALA  96           HB2      ALA  96   5.559   6.592  11.174
    4    HB3  ALA  96           HB3      ALA  96   6.021   8.118  10.420
    5    H    ALA  96           HN       ALA  96   7.905   5.235  11.616

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   MET  97           HA       MET  97  10.520   8.842   9.362
    2    HB2  MET  97           HB2      MET  97  12.131   9.252  11.206
    3    HG2  MET  97           HG2      MET  97  11.554   8.194  13.415
    4    HE3  MET  97           HE1      MET  97  15.269   7.737  12.267
    5    HE2  MET  97           HE2      MET  97  14.174   8.618  13.334
    6    HE1  MET  97           HE3      MET  97  14.064   8.829  11.586
    7    H    MET  97           HN       MET  97   9.802   6.338  10.751
    8    HB3  MET  97           HB1      MET  97  10.446   9.301  11.676
    9    HG3  MET  97           HG1      MET  97  10.726   6.940  12.502

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   GLU  98           HA       GLU  98  13.698   5.303   9.045
    2    HB2  GLU  98           HB2      GLU  98  13.203   3.243   7.899
    3    HG2  GLU  98           HG2      GLU  98  10.406   4.274   7.502
    4    H    GLU  98           HN       GLU  98  10.919   5.733   9.163
    5    HB3  GLU  98           HB1      GLU  98  12.009   3.483   9.165
    6    HG3  GLU  98           HG1      GLU  98  11.608   4.022   6.236

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   PRO  99           HA       PRO  99  14.991   7.423   5.520
    2    HB2  PRO  99           HB2      PRO  99  17.019   5.875   4.595
    3    HG2  PRO  99           HG2      PRO  99  16.560   3.902   5.714
    4    HD2  PRO  99           HD2      PRO  99  15.073   3.826   7.462
    5    HB3  PRO  99           HB1      PRO  99  17.126   6.812   6.089
    6    HG3  PRO  99           HG1      PRO  99  17.585   4.700   6.921
    7    HD3  PRO  99           HD1      PRO  99  15.798   5.223   8.274

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   GLU 100           HA       GLU 100  12.626   5.814   2.276
    2    HB2  GLU 100           HB2      GLU 100  13.051   7.616   0.327
    3    HG2  GLU 100           HG2      GLU 100  12.978   9.812   1.410
    4    H    GLU 100           HN       GLU 100  14.154   7.700   3.625
    5    HB3  GLU 100           HB1      GLU 100  11.840   7.766   1.589
    6    HG3  GLU 100           HG1      GLU 100  13.467   9.070   2.919

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ASN 101           HA       ASN 101  16.512   5.591  -0.534
    2    HB2  ASN 101           HB2      ASN 101  18.066   6.984   0.888
    3   HD21  ASN 101          HD21      ASN 101  17.796   5.624  -1.658
    4   HD22  ASN 101          HD22      ASN 101  19.397   5.185  -2.154
    5    H    ASN 101           HN       ASN 101  15.963   6.706   1.941
    6    HB3  ASN 101           HB1      ASN 101  18.434   5.516   1.790

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LYS 102           HA       LYS 102  16.860   1.414   1.317
    2    HB2  LYS 102           HB2      LYS 102  16.479   2.263   4.178
    3    HG2  LYS 102           HG2      LYS 102  18.833   1.151   2.670
    4    HD2  LYS 102           HD2      LYS 102  18.692   2.024   5.546
    5    HE2  LYS 102           HE2      LYS 102  20.903   0.911   5.643
    6    HZ1  LYS 102           HZ1      LYS 102  20.682   3.346   5.183
    7    HZ3  LYS 102           HZ2      LYS 102  20.901   3.000   3.535
    8    HZ2  LYS 102           HZ3      LYS 102  22.129   2.647   4.646
    9    H    LYS 102           HN       LYS 102  16.260   3.966   2.590
   10    HB3  LYS 102           HB1      LYS 102  16.663   0.577   3.700
   11    HG3  LYS 102           HG1      LYS 102  18.650   2.796   3.280
   12    HD3  LYS 102           HD1      LYS 102  18.650   0.338   5.021
   13    HE3  LYS 102           HE1      LYS 102  20.821   0.673   3.897

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   TYR 103           HA       TYR 103  12.274   1.326   2.897
    2    HB2  TYR 103           HB2      TYR 103  12.037   3.560   3.729
    3    HD1  TYR 103           HD1      TYR 103  10.369   4.952   1.032
    4    HD2  TYR 103           HD2      TYR 103   9.914   1.962   4.011
    5    HE1  TYR 103           HE1      TYR 103   7.937   5.104   0.776
    6    HE2  TYR 103           HE2      TYR 103   7.468   2.098   3.782
    7    HH   TYR 103           HH       TYR 103   5.949   3.825   1.222
    8    H    TYR 103           HN       TYR 103  14.248   3.272   2.525
    9    HB3  TYR 103           HB1      TYR 103  12.214   4.227   2.121

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   LEU 104           HA       LEU 104  11.349   2.291  -1.711
    2    HB2  LEU 104           HB2      LEU 104  12.980   3.975  -2.276
    3    HG   LEU 104           HG       LEU 104  13.221   1.743  -4.294
    4   HD11  LEU 104          HD11      LEU 104  10.896   2.289  -3.807
    5   HD13  LEU 104          HD12      LEU 104  11.353   2.832  -5.424
    6   HD12  LEU 104          HD13      LEU 104  11.227   3.996  -4.103
    7   HD21  LEU 104          HD21      LEU 104  14.896   3.486  -4.600
    8   HD23  LEU 104          HD22      LEU 104  13.632   4.716  -4.570
    9   HD22  LEU 104          HD23      LEU 104  13.687   3.537  -5.882
   10    H    LEU 104           HN       LEU 104  13.539   2.825  -0.018
   11    HB3  LEU 104           HB1      LEU 104  14.260   2.778  -2.330

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   PRO 105           HA       PRO 105  13.805  -1.618  -3.228
    2    HB2  PRO 105           HB2      PRO 105  15.565  -2.686  -1.404
    3    HG2  PRO 105           HG2      PRO 105  15.470  -0.940   0.142
    4    HD2  PRO 105           HD2      PRO 105  14.774   1.208  -0.449
    5    HB3  PRO 105           HB1      PRO 105  16.048  -1.615  -2.727
    6    HG3  PRO 105           HG1      PRO 105  16.833  -0.415  -0.872
    7    HD3  PRO 105           HD1      PRO 105  15.520   1.106  -2.060

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   GLU 106           HA       GLU 106  12.102  -3.662   0.818
    2    HB2  GLU 106           HB2      GLU 106  11.370  -0.898   1.769
    3    HG2  GLU 106           HG2      GLU 106  13.595  -2.431   2.333
    4    H    GLU 106           HN       GLU 106  13.121  -1.135   0.188
    5    HB3  GLU 106           HB1      GLU 106  10.703  -2.365   2.471
    6    HG3  GLU 106           HG1      GLU 106  12.990  -1.054   3.257

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LEU 107           HA       LEU 107   7.919  -1.760  -0.681
    2    HB2  LEU 107           HB2      LEU 107   9.319   0.273  -2.412
    3    HG   LEU 107           HG       LEU 107   9.145   0.875   0.029
    4   HD12  LEU 107          HD11      LEU 107   7.593   2.530  -1.954
    5   HD11  LEU 107          HD12      LEU 107   9.345   2.527  -1.753
    6   HD13  LEU 107          HD13      LEU 107   8.311   3.112  -0.450
    7   HD22  LEU 107          HD21      LEU 107   7.013  -0.206   0.503
    8   HD21  LEU 107          HD22      LEU 107   6.199   0.878  -0.628
    9   HD23  LEU 107          HD23      LEU 107   6.928   1.522   0.844
   10    H    LEU 107           HN       LEU 107  10.577  -0.793  -0.584
   11    HB3  LEU 107           HB1      LEU 107   7.590  -0.007  -2.391

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   MET 108           HA       MET 108   9.000  -2.898  -5.189
    2    HB2  MET 108           HB2      MET 108  11.072  -3.298  -6.321
    3    HG2  MET 108           HG2      MET 108  12.450  -2.550  -3.761
    4    HE2  MET 108           HE1      MET 108  14.246  -0.195  -6.370
    5    HE1  MET 108           HE2      MET 108  13.422  -0.270  -4.811
    6    HE3  MET 108           HE3      MET 108  12.521  -0.549  -6.301
    7    H    MET 108           HN       MET 108  10.532  -1.759  -3.086
    8    HB3  MET 108           HB1      MET 108  11.056  -1.690  -5.617
    9    HG3  MET 108           HG1      MET 108  12.531  -4.101  -4.593

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   ALA 109           HA       ALA 109  10.760  -6.986  -3.646
    2    HB3  ALA 109           HB1      ALA 109  11.234  -6.046  -0.807
    3    HB1  ALA 109           HB2      ALA 109  12.466  -6.416  -2.015
    4    HB2  ALA 109           HB3      ALA 109  11.452  -7.705  -1.370
    5    H    ALA 109           HN       ALA 109  10.897  -4.354  -2.582

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   GLU 110           HA       GLU 110   7.021  -7.437  -0.744
    2    HB2  GLU 110           HB2      GLU 110   6.675  -4.451  -0.400
    3    HG2  GLU 110           HG2      GLU 110   7.209  -6.627   1.610
    4    H    GLU 110           HN       GLU 110   8.821  -5.275  -1.214
    5    HB3  GLU 110           HB1      GLU 110   5.497  -5.642   0.134
    6    HG3  GLU 110           HG1      GLU 110   8.328  -5.357   1.115

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LYS 111           HA       LYS 111   4.619  -4.976  -4.147
    2    HB2  LYS 111           HB2      LYS 111   5.743  -3.073  -4.796
    3    HG2  LYS 111           HG2      LYS 111   6.454  -4.859  -7.113
    4    HD2  LYS 111           HD2      LYS 111   5.706  -1.942  -7.053
    5    HE2  LYS 111           HE2      LYS 111   5.280  -3.159  -9.163
    6    HZ3  LYS 111           HZ1      LYS 111   8.222  -3.474  -9.331
    7    HZ2  LYS 111           HZ2      LYS 111   7.059  -4.013 -10.437
    8    HZ1  LYS 111           HZ3      LYS 111   7.182  -4.745  -8.912
    9    H    LYS 111           HN       LYS 111   7.118  -4.730  -2.945
   10    HB3  LYS 111           HB1      LYS 111   7.259  -3.924  -5.048
   11    HG3  LYS 111           HG1      LYS 111   4.850  -4.166  -6.841
   12    HD3  LYS 111           HD1      LYS 111   7.365  -2.528  -7.082
   13    HE3  LYS 111           HE1      LYS 111   6.490  -1.884  -9.308

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   ASP 112           HA       ASP 112   6.408  -7.837  -7.322
    2    HB2  ASP 112           HB2      ASP 112   9.177  -7.967  -6.158
    3    H    ASP 112           HN       ASP 112   7.675  -6.516  -5.110
    4    HB3  ASP 112           HB1      ASP 112   8.678  -8.993  -7.498

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   SER 113           HA       SER 113   6.281 -11.423  -4.521
    2    HB2  SER 113           HB2      SER 113   6.867  -9.924  -1.965
    3    HG   SER 113           HG       SER 113   8.472 -10.681  -3.858
    4    H    SER 113           HN       SER 113   6.629  -8.549  -4.031
    5    HB3  SER 113           HB1      SER 113   6.634 -11.667  -2.070

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   LEU 114           HA       LEU 114   2.511  -9.808  -2.205
    2    HB2  LEU 114           HB2      LEU 114   3.181  -7.336  -2.466
    3    HG   LEU 114           HG       LEU 114   0.305  -8.190  -2.241
    4   HD12  LEU 114          HD11      LEU 114   0.621  -7.484   0.090
    5   HD11  LEU 114          HD12      LEU 114   2.300  -7.080  -0.271
    6   HD13  LEU 114          HD13      LEU 114   1.752  -8.755  -0.381
    7   HD22  LEU 114          HD21      LEU 114  -0.316  -5.957  -1.653
    8   HD21  LEU 114          HD22      LEU 114   0.429  -5.930  -3.252
    9   HD23  LEU 114          HD23      LEU 114   1.346  -5.400  -1.844
   10    H    LEU 114           HN       LEU 114   4.462  -8.661  -3.980
   11    HB3  LEU 114           HB1      LEU 114   2.122  -7.332  -3.863

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ASP 115           HA       ASP 115   0.120 -11.721  -5.236
    2    HB2  ASP 115           HB2      ASP 115  -0.734 -12.580  -3.012
    3    H    ASP 115           HN       ASP 115   0.454 -10.470  -2.699
    4    HB3  ASP 115           HB1      ASP 115  -1.978 -11.338  -3.091

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   PRO 116           HA       PRO 116  -1.556  -8.266  -7.415
    2    HB2  PRO 116           HB2      PRO 116  -2.712  -9.632  -9.478
    3    HG2  PRO 116           HG2      PRO 116  -2.560 -11.773  -8.586
    4    HD2  PRO 116           HD2      PRO 116  -1.087 -12.294  -6.865
    5    HB3  PRO 116           HB1      PRO 116  -0.971  -9.351  -9.347
    6    HG3  PRO 116           HG1      PRO 116  -1.024 -11.678  -9.475
    7    HD3  PRO 116           HD1      PRO 116   0.208 -11.287  -7.548

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   SER 117           HA       SER 117  -6.054  -9.844  -6.946
    2    HB2  SER 117           HB2      SER 117  -5.677 -12.107  -5.994
    3    HG   SER 117           HG       SER 117  -7.732 -10.593  -5.638
    4    H    SER 117           HN       SER 117  -3.533 -10.817  -6.159
    5    HB3  SER 117           HB1      SER 117  -5.383 -11.367  -4.421

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   PHE 118           HA       PHE 118  -5.789  -7.013  -3.332
    2    HB2  PHE 118           HB2      PHE 118  -2.806  -7.165  -2.814
    3    HD1  PHE 118           HD1      PHE 118  -5.284  -7.458  -0.217
    4    HD2  PHE 118           HD2      PHE 118  -2.827  -9.641  -2.911
    5    HE1  PHE 118           HE1      PHE 118  -5.604  -9.482   1.135
    6    HE2  PHE 118           HE2      PHE 118  -3.149 -11.671  -1.575
    7    HZ   PHE 118           HZ       PHE 118  -4.541 -11.598   0.459
    8    H    PHE 118           HN       PHE 118  -3.787  -8.698  -4.637
    9    HB3  PHE 118           HB1      PHE 118  -4.002  -6.326  -1.833

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   THR 119           HA       THR 119  -4.523  -4.633  -6.913
    2    HB   THR 119           HB       THR 119  -7.311  -3.720  -6.190
    3    HG1  THR 119           HG1      THR 119  -6.251  -5.712  -7.863
    4   HG23  THR 119          HG21      THR 119  -6.063  -1.970  -7.347
    5   HG22  THR 119          HG22      THR 119  -7.307  -2.650  -8.400
    6   HG21  THR 119          HG23      THR 119  -5.618  -3.111  -8.618
    7    H    THR 119           HN       THR 119  -6.329  -5.785  -5.125

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   HIS 120           HA       HIS 120  -5.022  -0.618  -4.564
    2    HB2  HIS 120           HB2      HIS 120  -6.385  -1.762  -2.133
    3    HD1  HIS 120           HD1      HIS 120  -6.998   0.754  -4.942
    4    HD2  HIS 120           HD2      HIS 120  -8.977  -2.120  -2.690
    5    HE1  HIS 120           HE1      HIS 120  -9.335   0.665  -5.866
    6    HE2  HIS 120           HE2      HIS 120 -10.452  -1.233  -4.627
    7    H    HIS 120           HN       HIS 120  -6.142  -3.200  -4.083
    8    HB3  HIS 120           HB1      HIS 120  -5.976  -0.063  -2.343

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   ALA 121           HA       ALA 121  -2.114  -2.091  -0.989
    2    HB3  ALA 121           HB1      ALA 121  -1.413  -4.318  -0.442
    3    HB2  ALA 121           HB2      ALA 121  -2.330  -4.983  -1.794
    4    HB1  ALA 121           HB3      ALA 121  -3.176  -4.266  -0.423
    5    H    ALA 121           HN       ALA 121  -4.257  -3.279  -2.351

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   MET 122           HA       MET 122   0.535  -3.665  -4.599
    2    HB2  MET 122           HB2      MET 122  -1.924  -4.241  -6.209
    3    HG2  MET 122           HG2      MET 122  -0.564  -5.909  -4.720
    4    HE3  MET 122           HE1      MET 122   1.945  -4.119  -5.767
    5    HE2  MET 122           HE2      MET 122   3.215  -5.343  -5.741
    6    HE1  MET 122           HE3      MET 122   2.040  -5.264  -4.428
    7    H    MET 122           HN       MET 122  -2.250  -3.789  -4.039
    8    HB3  MET 122           HB1      MET 122  -0.375  -4.045  -7.019
    9    HG3  MET 122           HG1      MET 122  -1.263  -6.397  -6.261

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   GLN 123           HA       GLN 123  -0.777   0.118  -7.085
    2    HB2  GLN 123           HB2      GLN 123  -3.032   0.350  -7.492
    3    HG2  GLN 123           HG2      GLN 123  -2.723   2.363  -5.281
    4   HE21  GLN 123          HE21      GLN 123  -4.177   2.919  -8.354
    5   HE22  GLN 123          HE22      GLN 123  -5.794   3.144  -7.781
    6    H    GLN 123           HN       GLN 123  -2.215  -1.613  -5.358
    7    HB3  GLN 123           HB1      GLN 123  -3.464   0.059  -5.814
    8    HG3  GLN 123           HG1      GLN 123  -2.450   2.632  -7.000

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   LEU 124           HA       LEU 124  -0.429   2.835  -3.330
    2    HB2  LEU 124           HB2      LEU 124  -0.781   0.633  -1.283
    3    HG   LEU 124           HG       LEU 124  -2.880   1.593  -2.364
    4   HD13  LEU 124          HD11      LEU 124  -2.975   0.413  -0.268
    5   HD12  LEU 124          HD12      LEU 124  -4.040   1.818  -0.201
    6   HD11  LEU 124          HD13      LEU 124  -2.473   1.861   0.607
    7   HD22  LEU 124          HD21      LEU 124  -2.146   3.903  -2.539
    8   HD21  LEU 124          HD22      LEU 124  -2.028   4.011  -0.782
    9   HD23  LEU 124          HD23      LEU 124  -3.601   3.786  -1.548
   10    H    LEU 124           HN       LEU 124  -1.537   0.293  -3.635
   11    HB3  LEU 124           HB1      LEU 124  -0.354   2.287  -0.881

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   LEU 125           HA       LEU 125   3.597   0.426  -2.344
    2    HB2  LEU 125           HB2      LEU 125   2.514  -1.927  -3.873
    3    HG   LEU 125           HG       LEU 125   2.380  -1.941  -1.354
    4   HD11  LEU 125          HD11      LEU 125   2.286  -3.968  -2.721
    5   HD13  LEU 125          HD12      LEU 125   3.140  -4.256  -1.207
    6   HD12  LEU 125          HD13      LEU 125   4.046  -4.061  -2.703
    7   HD22  LEU 125          HD21      LEU 125   4.438  -2.450  -0.146
    8   HD21  LEU 125          HD22      LEU 125   4.534  -0.860  -0.907
    9   HD23  LEU 125          HD23      LEU 125   5.371  -2.238  -1.630
   10    H    LEU 125           HN       LEU 125   1.003  -0.356  -3.270
   11    HB3  LEU 125           HB1      LEU 125   4.243  -1.708  -3.713

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   THR 126           HA       THR 126   4.286   0.584  -7.035
    2    HB   THR 126           HB       THR 126   1.385   1.180  -7.650
    3    HG1  THR 126           HG1      THR 126   1.779  -1.024  -7.269
    4   HG23  THR 126          HG21      THR 126   2.787   2.440  -9.168
    5   HG22  THR 126          HG22      THR 126   2.064   1.075 -10.021
    6   HG21  THR 126          HG23      THR 126   3.752   1.004  -9.514
    7    H    THR 126           HN       THR 126   1.986   0.221  -5.452

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   ALA 127           HA       ALA 127   2.722   5.124  -7.130
    2    HB3  ALA 127           HB1      ALA 127   0.495   4.918  -6.194
    3    HB2  ALA 127           HB2      ALA 127   1.318   6.339  -5.550
    4    HB1  ALA 127           HB3      ALA 127   1.167   4.885  -4.564
    5    H    ALA 127           HN       ALA 127   1.797   2.820  -5.856

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   GLU 128           HA       GLU 128   4.934   6.066  -3.010
    2    HB2  GLU 128           HB2      GLU 128   3.982   4.283  -1.540
    3    HG2  GLU 128           HG2      GLU 128   5.847   4.099   0.023
    4    H    GLU 128           HN       GLU 128   3.379   3.896  -3.854
    5    HB3  GLU 128           HB1      GLU 128   5.238   3.201  -2.109
    6    HG3  GLU 128           HG1      GLU 128   6.935   4.719  -1.213

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ILE 129           HA       ILE 129   8.595   3.502  -4.640
    2    HB   ILE 129           HB       ILE 129   6.872   1.956  -6.572
    3   HD13  ILE 129          HD11      ILE 129   6.619  -0.468  -5.892
    4   HD12  ILE 129          HD12      ILE 129   7.594  -1.090  -4.560
    5   HD11  ILE 129          HD13      ILE 129   8.361  -0.658  -6.089
    6    H    ILE 129           HN       ILE 129   5.812   3.085  -4.677

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLU 130           HA       GLU 130   7.654   5.674  -8.873
    2    HB2  GLU 130           HB2      GLU 130   4.861   6.221  -7.895
    3    HG2  GLU 130           HG2      GLU 130   5.895   5.061 -10.466
    4    H    GLU 130           HN       GLU 130   6.076   4.413  -6.942
    5    HB3  GLU 130           HB1      GLU 130   5.597   7.152  -9.189
    6    HG3  GLU 130           HG1      GLU 130   5.035   4.201  -9.187

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LYS 131           HA       LYS 131   6.867   9.526  -6.144
    2    HB2  LYS 131           HB2      LYS 131   5.266   8.794  -4.538
    3    HG2  LYS 131           HG2      LYS 131   7.565   9.634  -2.802
    4    HD2  LYS 131           HD2      LYS 131   4.704  10.439  -2.512
    5    HE2  LYS 131           HE2      LYS 131   6.497  11.442  -1.115
    6    HZ3  LYS 131           HZ1      LYS 131   7.261   9.918   0.735
    7    HZ2  LYS 131           HZ2      LYS 131   8.011   9.712  -0.766
    8    HZ1  LYS 131           HZ3      LYS 131   6.810   8.622  -0.263
    9    H    LYS 131           HN       LYS 131   6.352   6.789  -5.819
   10    HB3  LYS 131           HB1      LYS 131   6.439   7.761  -3.738
   11    HG3  LYS 131           HG1      LYS 131   6.610  10.763  -3.771
   12    HD3  LYS 131           HD1      LYS 131   5.217   8.846  -1.954
   13    HE3  LYS 131           HE1      LYS 131   5.250  10.604  -0.192

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   ILE 132           HA       ILE 132  10.840   8.755  -3.742
    2    HB   ILE 132           HB       ILE 132  11.137   5.787  -4.142
    3   HD12  ILE 132          HD11      ILE 132  11.338   5.593  -0.918
    4   HD11  ILE 132          HD12      ILE 132  10.593   4.383  -1.965
    5   HD13  ILE 132          HD13      ILE 132   9.640   5.172  -0.707
    6    H    ILE 132           HN       ILE 132   8.753   6.982  -4.518

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLN 133           HA       GLN 133  12.975   6.982  -7.548
    2    HB2  GLN 133           HB2      GLN 133  10.456   5.848  -8.749
    3    HG2  GLN 133           HG2      GLN 133  13.052   4.572  -7.916
    4   HE21  GLN 133          HE21      GLN 133  13.228   2.377  -8.232
    5   HE22  GLN 133          HE22      GLN 133  12.225   1.508  -9.353
    6    H    GLN 133           HN       GLN 133  10.334   6.634  -6.518
    7    HB3  GLN 133           HB1      GLN 133  11.969   5.943  -9.640
    8    HG3  GLN 133           HG1      GLN 133  11.510   4.443  -7.073

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   LYS 134           HA       LYS 134  10.916   9.982 -10.434
    2    HB2  LYS 134           HB2      LYS 134   8.769  10.943 -10.685
    3    HG2  LYS 134           HG2      LYS 134   8.110  10.151  -7.861
    4    HD2  LYS 134           HD2      LYS 134   5.955  11.171  -8.271
    5    HE2  LYS 134           HE2      LYS 134   6.624   9.233 -10.489
    6    HZ1  LYS 134           HZ1      LYS 134   4.024   9.819  -9.177
    7    HZ3  LYS 134           HZ2      LYS 134   4.300   8.606 -10.331
    8    HZ2  LYS 134           HZ3      LYS 134   4.449  10.239 -10.767
    9    H    LYS 134           HN       LYS 134   9.913   8.644  -8.072
   10    HB3  LYS 134           HB1      LYS 134   8.502   9.306 -10.117
   11    HG3  LYS 134           HG1      LYS 134   8.348  11.800  -8.446
   12    HD3  LYS 134           HD1      LYS 134   6.434  11.600  -9.914
   13    HE3  LYS 134           HE1      LYS 134   6.188   8.790  -8.841

  No H/Q in entry =          13
  In of MODEL   14
    1    HA3  GLY 135           HA2      GLY 135  12.175  13.210  -7.670
    2    H    GLY 135           HN       GLY 135  11.207  10.498  -7.133
    3    HA2  GLY 135           HA1      GLY 135  11.007  12.986  -6.375

  No H/Q in entry =           3
  In of MODEL   15
    1    H1   GLY  95           HT3      GLY  95  -8.781   7.039  -6.017
    2    H2   GLY  95           HT2      GLY  95  -8.779   5.454  -6.624
    3    H3   GLY  95           HT1      GLY  95  -8.018   5.803  -5.151
    4    HA3  GLY  95           HA1      GLY  95  -6.322   7.042  -6.188
    5    HA2  GLY  95           HA2      GLY  95  -6.462   5.501  -7.020

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ALA  96           HA       ALA  96  -7.125   7.811 -10.582
    2    HB3  ALA  96           HB1      ALA  96  -7.876   6.503 -12.497
    3    H    ALA  96           HN       ALA  96  -7.981   5.541  -8.983
    4    HB1  ALA  96           HB2      ALA  96  -8.557   5.291 -11.409
    5    HB2  ALA  96           HB3      ALA  96  -6.815   5.556 -11.452

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   MET  97           HA       MET  97 -11.563   8.804  -9.889
    2    HB2  MET  97           HB2      MET  97 -11.500   7.890 -12.230
    3    HG2  MET  97           HG2      MET  97 -13.862   8.156 -12.766
    4    HE3  MET  97           HE1      MET  97 -14.951  11.819 -11.915
    5    HE2  MET  97           HE2      MET  97 -15.617  10.347 -11.203
    6    HE1  MET  97           HE3      MET  97 -15.246  10.404 -12.926
    7    H    MET  97           HN       MET  97 -10.202   6.253  -9.676
    8    HB3  MET  97           HB1      MET  97 -12.457   6.531 -11.667
    9    HG3  MET  97           HG1      MET  97 -14.265   8.057 -11.053

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   GLU  98           HA       GLU  98 -13.697   5.123  -7.753
    2    HB2  GLU  98           HB2      GLU  98 -11.228   4.635  -6.085
    3    HG2  GLU  98           HG2      GLU  98 -11.088   2.467  -7.392
    4    H    GLU  98           HN       GLU  98 -11.068   6.038  -8.363
    5    HB3  GLU  98           HB1      GLU  98 -12.678   3.647  -6.171
    6    HG3  GLU  98           HG1      GLU  98 -12.069   3.276  -8.616

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   PRO  99           HA       PRO  99 -14.621   8.162  -4.637
    2    HB2  PRO  99           HB2      PRO  99 -16.934   7.058  -3.776
    3    HG2  PRO  99           HG2      PRO  99 -16.815   4.974  -4.779
    4    HD2  PRO  99           HD2      PRO  99 -15.256   4.526  -6.396
    5    HB3  PRO  99           HB1      PRO  99 -16.813   7.916  -5.317
    6    HG3  PRO  99           HG1      PRO  99 -17.611   5.879  -6.079
    7    HD3  PRO  99           HD1      PRO  99 -15.716   5.938  -7.362

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   GLU 100           HA       GLU 100 -12.595   6.295  -1.336
    2    HB2  GLU 100           HB2      GLU 100 -13.801   8.719  -0.004
    3    HG2  GLU 100           HG2      GLU 100 -11.428   9.619  -0.301
    4    H    GLU 100           HN       GLU 100 -14.033   8.319  -2.595
    5    HB3  GLU 100           HB1      GLU 100 -12.459   7.760   0.597
    6    HG3  GLU 100           HG1      GLU 100 -11.279   8.421  -1.587

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ASN 101           HA       ASN 101 -16.627   5.906   1.284
    2    HB2  ASN 101           HB2      ASN 101 -18.162   7.339  -0.040
    3   HD21  ASN 101          HD21      ASN 101 -18.122   5.667   2.287
    4   HD22  ASN 101          HD22      ASN 101 -19.719   5.051   2.501
    5    H    ASN 101           HN       ASN 101 -15.952   7.151  -1.099
    6    HB3  ASN 101           HB1      ASN 101 -18.336   6.032  -1.206

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LYS 102           HA       LYS 102 -16.906   1.858  -0.880
    2    HB2  LYS 102           HB2      LYS 102 -16.545   2.872  -3.698
    3    HG2  LYS 102           HG2      LYS 102 -19.064   2.031  -2.286
    4    HD2  LYS 102           HD2      LYS 102 -18.575   3.373  -4.940
    5    HE2  LYS 102           HE2      LYS 102 -21.130   2.605  -3.540
    6    HZ2  LYS 102           HZ1      LYS 102 -21.309   2.237  -5.904
    7    HZ1  LYS 102           HZ2      LYS 102 -20.697   3.782  -6.236
    8    HZ3  LYS 102           HZ3      LYS 102 -22.205   3.611  -5.472
    9    H    LYS 102           HN       LYS 102 -16.292   4.495  -1.946
   10    HB3  LYS 102           HB1      LYS 102 -17.031   1.233  -3.267
   11    HG3  LYS 102           HG1      LYS 102 -18.559   3.707  -2.503
   12    HD3  LYS 102           HD1      LYS 102 -19.148   1.720  -4.691
   13    HE3  LYS 102           HE1      LYS 102 -20.562   4.245  -3.848

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   TYR 103           HA       TYR 103 -12.402   1.782  -2.660
    2    HB2  TYR 103           HB2      TYR 103 -12.143   4.037  -3.425
    3    HD1  TYR 103           HD1      TYR 103 -10.329   5.356  -0.808
    4    HD2  TYR 103           HD2      TYR 103 -10.092   2.337  -3.784
    5    HE1  TYR 103           HE1      TYR 103  -7.885   5.429  -0.652
    6    HE2  TYR 103           HE2      TYR 103  -7.638   2.393  -3.652
    7    HH   TYR 103           HH       TYR 103  -5.958   4.157  -1.181
    8    H    TYR 103           HN       TYR 103 -14.318   3.756  -2.147
    9    HB3  TYR 103           HB1      TYR 103 -12.246   4.662  -1.792

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   LEU 104           HA       LEU 104 -11.385   2.581   1.984
    2    HB2  LEU 104           HB2      LEU 104 -13.045   4.221   2.602
    3    HG   LEU 104           HG       LEU 104 -13.244   1.927   4.556
    4   HD12  LEU 104          HD11      LEU 104 -11.407   3.043   5.718
    5   HD11  LEU 104          HD12      LEU 104 -11.304   4.228   4.416
    6   HD13  LEU 104          HD13      LEU 104 -10.932   2.535   4.098
    7   HD21  LEU 104          HD21      LEU 104 -14.955   3.666   4.863
    8   HD23  LEU 104          HD22      LEU 104 -13.682   4.886   4.939
    9   HD22  LEU 104          HD23      LEU 104 -13.787   3.642   6.184
   10    H    LEU 104           HN       LEU 104 -13.574   3.172   0.318
   11    HB3  LEU 104           HB1      LEU 104 -14.300   3.000   2.619

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   PRO 105           HA       PRO 105 -13.849  -1.364   3.422
    2    HB2  PRO 105           HB2      PRO 105 -15.587  -2.414   1.561
    3    HG2  PRO 105           HG2      PRO 105 -15.405  -0.651   0.023
    4    HD2  PRO 105           HD2      PRO 105 -14.776   1.505   0.678
    5    HB3  PRO 105           HB1      PRO 105 -16.093  -1.336   2.871
    6    HG3  PRO 105           HG1      PRO 105 -16.816  -0.148   0.971
    7    HD3  PRO 105           HD1      PRO 105 -15.552   1.343   2.271

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   GLU 106           HA       GLU 106 -12.172  -3.461  -0.577
    2    HB2  GLU 106           HB2      GLU 106 -11.176  -0.821  -1.641
    3    HG2  GLU 106           HG2      GLU 106 -13.508  -2.518  -2.415
    4    H    GLU 106           HN       GLU 106 -13.118  -0.880   0.005
    5    HB3  GLU 106           HB1      GLU 106 -10.919  -2.400  -2.367
    6    HG3  GLU 106           HG1      GLU 106 -13.415  -0.773  -2.202

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LEU 107           HA       LEU 107  -7.974  -1.602   0.829
    2    HB2  LEU 107           HB2      LEU 107  -9.312   0.456   2.590
    3    HG   LEU 107           HG       LEU 107  -9.138   1.040   0.131
    4   HD12  LEU 107          HD11      LEU 107  -8.262   3.278   0.618
    5   HD11  LEU 107          HD12      LEU 107  -7.615   2.684   2.148
    6   HD13  LEU 107          HD13      LEU 107  -9.358   2.714   1.882
    7   HD21  LEU 107          HD21      LEU 107  -6.201   1.037   0.820
    8   HD23  LEU 107          HD22      LEU 107  -6.909   1.670  -0.668
    9   HD22  LEU 107          HD23      LEU 107  -7.004  -0.054  -0.308
   10    H    LEU 107           HN       LEU 107 -10.614  -0.602   0.779
   11    HB3  LEU 107           HB1      LEU 107  -7.589   0.143   2.544

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   MET 108           HA       MET 108  -9.044  -2.730   5.356
    2    HB2  MET 108           HB2      MET 108 -11.081  -3.011   6.523
    3    HG2  MET 108           HG2      MET 108 -12.508  -2.611   3.914
    4    HE3  MET 108           HE1      MET 108 -14.419  -2.642   8.120
    5    HE2  MET 108           HE2      MET 108 -12.677  -2.603   7.848
    6    HE1  MET 108           HE3      MET 108 -13.605  -4.038   7.411
    7    H    MET 108           HN       MET 108 -10.555  -1.562   3.260
    8    HB3  MET 108           HB1      MET 108 -11.153  -1.480   5.671
    9    HG3  MET 108           HG1      MET 108 -12.543  -4.041   4.945

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   ALA 109           HA       ALA 109 -10.865  -6.789   3.815
    2    HB1  ALA 109           HB1      ALA 109 -12.593  -6.172   2.220
    3    HB3  ALA 109           HB2      ALA 109 -11.630  -7.503   1.576
    4    HB2  ALA 109           HB3      ALA 109 -11.374  -5.860   0.984
    5    H    ALA 109           HN       ALA 109 -10.985  -4.151   2.763

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   GLU 110           HA       GLU 110  -7.197  -7.272   0.805
    2    HB2  GLU 110           HB2      GLU 110  -6.777  -4.284   0.552
    3    HG2  GLU 110           HG2      GLU 110  -7.359  -6.348  -1.560
    4    H    GLU 110           HN       GLU 110  -8.948  -5.092   1.352
    5    HB3  GLU 110           HB1      GLU 110  -5.644  -5.489  -0.043
    6    HG3  GLU 110           HG1      GLU 110  -8.489  -5.131  -0.965

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LYS 111           HA       LYS 111  -4.627  -4.910   4.142
    2    HB2  LYS 111           HB2      LYS 111  -5.718  -2.967   4.777
    3    HG2  LYS 111           HG2      LYS 111  -6.005  -4.799   7.141
    4    HD2  LYS 111           HD2      LYS 111  -5.876  -1.797   7.158
    5    HE2  LYS 111           HE2      LYS 111  -5.150  -2.701   9.221
    6    HZ3  LYS 111           HZ1      LYS 111  -6.594  -4.303  10.452
    7    HZ2  LYS 111           HZ2      LYS 111  -5.845  -4.953   9.079
    8    HZ1  LYS 111           HZ3      LYS 111  -7.486  -4.530   9.026
    9    H    LYS 111           HN       LYS 111  -7.166  -4.597   3.048
   10    HB3  LYS 111           HB1      LYS 111  -7.200  -3.812   5.197
   11    HG3  LYS 111           HG1      LYS 111  -4.625  -3.765   6.754
   12    HD3  LYS 111           HD1      LYS 111  -7.393  -2.692   7.215
   13    HE3  LYS 111           HE1      LYS 111  -6.815  -2.172   9.457

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   ASP 112           HA       ASP 112  -6.246  -7.725   7.391
    2    HB2  ASP 112           HB2      ASP 112  -9.107  -7.477   6.623
    3    H    ASP 112           HN       ASP 112  -7.677  -6.380   5.271
    4    HB3  ASP 112           HB1      ASP 112  -8.635  -8.837   7.640

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   SER 113           HA       SER 113  -6.569 -11.286   4.572
    2    HB2  SER 113           HB2      SER 113  -7.080  -9.685   2.057
    3    HG   SER 113           HG       SER 113  -8.892  -9.621   3.303
    4    H    SER 113           HN       SER 113  -6.732  -8.382   4.171
    5    HB3  SER 113           HB1      SER 113  -7.056 -11.443   2.157

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   LEU 114           HA       LEU 114  -2.694  -9.846   2.308
    2    HB2  LEU 114           HB2      LEU 114  -3.318  -7.348   2.585
    3    HG   LEU 114           HG       LEU 114  -0.467  -8.271   2.326
    4   HD12  LEU 114          HD11      LEU 114  -0.795  -7.547  -0.001
    5   HD11  LEU 114          HD12      LEU 114  -2.459  -7.113   0.381
    6   HD13  LEU 114          HD13      LEU 114  -1.943  -8.798   0.478
    7   HD23  LEU 114          HD21      LEU 114  -1.464  -5.449   2.004
    8   HD22  LEU 114          HD22      LEU 114   0.174  -6.031   1.705
    9   HD21  LEU 114          HD23      LEU 114  -0.478  -6.031   3.342
   10    H    LEU 114           HN       LEU 114  -4.596  -8.654   4.134
   11    HB3  LEU 114           HB1      LEU 114  -2.241  -7.385   3.969

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ASP 115           HA       ASP 115  -0.375 -11.769   5.412
    2    HB2  ASP 115           HB2      ASP 115   0.481 -12.762   3.268
    3    H    ASP 115           HN       ASP 115  -0.668 -10.586   2.837
    4    HB3  ASP 115           HB1      ASP 115   1.716 -11.506   3.235

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   PRO 116           HA       PRO 116   1.380  -8.330   7.544
    2    HB2  PRO 116           HB2      PRO 116   2.543  -9.695   9.607
    3    HG2  PRO 116           HG2      PRO 116   2.346 -11.838   8.723
    4    HD2  PRO 116           HD2      PRO 116   0.831 -12.350   7.038
    5    HB3  PRO 116           HB1      PRO 116   0.805  -9.385   9.494
    6    HG3  PRO 116           HG1      PRO 116   0.828 -11.715   9.636
    7    HD3  PRO 116           HD1      PRO 116  -0.431 -11.303   7.722

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   SER 117           HA       SER 117   5.869 -10.007   7.058
    2    HB2  SER 117           HB2      SER 117   5.447 -12.227   6.068
    3    HG   SER 117           HG       SER 117   7.302 -10.535   4.762
    4    H    SER 117           HN       SER 117   3.318 -10.898   6.278
    5    HB3  SER 117           HB1      SER 117   5.093 -11.463   4.520

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   PHE 118           HA       PHE 118   5.665  -7.103   3.495
    2    HB2  PHE 118           HB2      PHE 118   2.676  -7.187   3.015
    3    HD1  PHE 118           HD1      PHE 118   5.165  -7.510   0.414
    4    HD2  PHE 118           HD2      PHE 118   2.589  -9.639   3.040
    5    HE1  PHE 118           HE1      PHE 118   5.432  -9.527  -0.963
    6    HE2  PHE 118           HE2      PHE 118   2.850 -11.656   1.676
    7    HZ   PHE 118           HZ       PHE 118   4.275 -11.606  -0.338
    8    H    PHE 118           HN       PHE 118   3.628  -8.744   4.796
    9    HB3  PHE 118           HB1      PHE 118   3.867  -6.353   2.026

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   THR 119           HA       THR 119   4.533  -4.684   7.119
    2    HB   THR 119           HB       THR 119   7.270  -3.751   6.248
    3    HG1  THR 119           HG1      THR 119   6.364  -5.849   7.778
    4   HG21  THR 119          HG21      THR 119   6.029  -2.020   7.474
    5   HG23  THR 119          HG22      THR 119   7.379  -2.647   8.422
    6   HG22  THR 119          HG23      THR 119   5.733  -3.167   8.782
    7    H    THR 119           HN       THR 119   6.254  -5.879   5.291

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   HIS 120           HA       HIS 120   4.836  -0.680   4.753
    2    HB2  HIS 120           HB2      HIS 120   6.269  -1.716   2.312
    3    HD1  HIS 120           HD1      HIS 120   6.605   0.445   5.428
    4    HD2  HIS 120           HD2      HIS 120   8.962  -1.487   2.589
    5    HE1  HIS 120           HE1      HIS 120   8.977   0.672   6.239
    6    HE2  HIS 120           HE2      HIS 120  10.389  -0.525   4.532
    7    H    HIS 120           HN       HIS 120   6.076  -3.199   4.250
    8    HB3  HIS 120           HB1      HIS 120   5.732  -0.052   2.527

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   ALA 121           HA       ALA 121   2.009  -2.210   1.164
    2    HB1  ALA 121           HB1      ALA 121   1.361  -4.424   0.577
    3    HB3  ALA 121           HB2      ALA 121   2.192  -5.098   1.978
    4    HB2  ALA 121           HB3      ALA 121   3.123  -4.396   0.657
    5    H    ALA 121           HN       ALA 121   4.155  -3.366   2.550

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   MET 122           HA       MET 122  -0.654  -3.797   4.754
    2    HB2  MET 122           HB2      MET 122   1.810  -4.404   6.344
    3    HG2  MET 122           HG2      MET 122   0.427  -6.051   4.853
    4    HE1  MET 122           HE1      MET 122  -2.175  -5.228   4.699
    5    HE3  MET 122           HE2      MET 122  -1.973  -4.191   6.111
    6    HE2  MET 122           HE3      MET 122  -3.301  -5.351   6.049
    7    H    MET 122           HN       MET 122   2.136  -3.922   4.201
    8    HB3  MET 122           HB1      MET 122   0.271  -4.208   7.171
    9    HG3  MET 122           HG1      MET 122   1.145  -6.554   6.382

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   GLN 123           HA       GLN 123   0.721  -0.082   7.312
    2    HB2  GLN 123           HB2      GLN 123   3.078  -0.159   7.549
    3    HG2  GLN 123           HG2      GLN 123   2.642   2.389   6.019
    4   HE21  GLN 123          HE21      GLN 123   3.830   3.641   8.421
    5   HE22  GLN 123          HE22      GLN 123   5.538   3.385   8.287
    6    H    GLN 123           HN       GLN 123   2.101  -1.777   5.519
    7    HB3  GLN 123           HB1      GLN 123   3.340   0.073   5.830
    8    HG3  GLN 123           HG1      GLN 123   2.333   2.163   7.738

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   LEU 124           HA       LEU 124   0.370   2.805   3.709
    2    HB2  LEU 124           HB2      LEU 124   0.768   0.748   1.533
    3    HG   LEU 124           HG       LEU 124   2.828   1.668   2.746
    4   HD11  LEU 124          HD11      LEU 124   2.934   0.601   0.551
    5   HD13  LEU 124          HD12      LEU 124   4.060   1.954   0.651
    6   HD12  LEU 124          HD13      LEU 124   2.538   2.137  -0.224
    7   HD23  LEU 124          HD21      LEU 124   2.016   4.148   1.232
    8   HD22  LEU 124          HD22      LEU 124   3.547   3.901   2.074
    9   HD21  LEU 124          HD23      LEU 124   2.037   3.966   2.985
   10    H    LEU 124           HN       LEU 124   1.456   0.229   3.859
   11    HB3  LEU 124           HB1      LEU 124   0.338   2.422   1.230

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   LEU 125           HA       LEU 125  -3.640   0.429   2.471
    2    HB2  LEU 125           HB2      LEU 125  -2.569  -1.950   3.960
    3    HG   LEU 125           HG       LEU 125  -2.422  -1.909   1.448
    4   HD12  LEU 125          HD11      LEU 125  -4.172  -4.052   2.642
    5   HD11  LEU 125          HD12      LEU 125  -2.423  -3.959   2.850
    6   HD13  LEU 125          HD13      LEU 125  -3.108  -4.205   1.248
    7   HD23  LEU 125          HD21      LEU 125  -5.421  -2.161   1.702
    8   HD22  LEU 125          HD22      LEU 125  -4.490  -2.352   0.213
    9   HD21  LEU 125          HD23      LEU 125  -4.559  -0.782   1.018
   10    H    LEU 125           HN       LEU 125  -1.065  -0.370   3.415
   11    HB3  LEU 125           HB1      LEU 125  -4.299  -1.734   3.804

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   THR 126           HA       THR 126  -4.466   0.552   7.105
    2    HB   THR 126           HB       THR 126  -1.567   0.988   7.854
    3    HG1  THR 126           HG1      THR 126  -1.913  -1.162   7.479
    4   HG23  THR 126          HG21      THR 126  -2.982   2.279   9.349
    5   HG22  THR 126          HG22      THR 126  -2.331   0.871  10.194
    6   HG21  THR 126          HG23      THR 126  -4.003   0.867   9.636
    7    H    THR 126           HN       THR 126  -2.107   0.178   5.597

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   ALA 127           HA       ALA 127  -2.709   5.031   7.359
    2    HB1  ALA 127           HB1      ALA 127  -0.480   4.704   6.437
    3    HB2  ALA 127           HB2      ALA 127  -1.211   6.205   5.864
    4    HB3  ALA 127           HB3      ALA 127  -1.138   4.797   4.804
    5    H    ALA 127           HN       ALA 127  -1.861   2.713   6.067

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   GLU 128           HA       GLU 128  -4.786   6.131   3.174
    2    HB2  GLU 128           HB2      GLU 128  -3.957   4.303   1.708
    3    HG2  GLU 128           HG2      GLU 128  -5.895   4.125   0.201
    4    H    GLU 128           HN       GLU 128  -3.358   3.894   4.044
    5    HB3  GLU 128           HB1      GLU 128  -5.231   3.264   2.323
    6    HG3  GLU 128           HG1      GLU 128  -6.895   4.862   1.450

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ILE 129           HA       ILE 129  -8.587   3.759   4.807
    2    HB   ILE 129           HB       ILE 129  -6.925   2.201   6.784
    3   HD13  ILE 129          HD11      ILE 129  -7.750  -0.851   4.820
    4   HD12  ILE 129          HD12      ILE 129  -8.540  -0.378   6.326
    5   HD11  ILE 129          HD13      ILE 129  -6.789  -0.243   6.168
    6    H    ILE 129           HN       ILE 129  -5.834   3.237   4.870

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLU 130           HA       GLU 130  -7.618   6.026   8.987
    2    HB2  GLU 130           HB2      GLU 130  -4.810   6.581   8.030
    3    HG2  GLU 130           HG2      GLU 130  -5.826   5.138  10.466
    4    H    GLU 130           HN       GLU 130  -6.054   4.704   7.074
    5    HB3  GLU 130           HB1      GLU 130  -5.544   7.349   9.431
    6    HG3  GLU 130           HG1      GLU 130  -5.025   4.406   9.076

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LYS 131           HA       LYS 131  -6.830   9.837   6.176
    2    HB2  LYS 131           HB2      LYS 131  -6.525   8.127   3.708
    3    HG2  LYS 131           HG2      LYS 131  -4.580  10.043   4.969
    4    HD2  LYS 131           HD2      LYS 131  -4.201   8.035   2.752
    5    HE2  LYS 131           HE2      LYS 131  -2.197   8.511   4.114
    6    HZ3  LYS 131           HZ1      LYS 131  -1.227  10.757   3.912
    7    HZ2  LYS 131           HZ2      LYS 131  -2.645  10.732   4.842
    8    HZ1  LYS 131           HZ3      LYS 131  -2.685  11.309   3.245
    9    H    LYS 131           HN       LYS 131  -6.276   7.097   5.905
   10    HB3  LYS 131           HB1      LYS 131  -6.616   9.882   3.681
   11    HG3  LYS 131           HG1      LYS 131  -4.512   8.288   5.131
   12    HD3  LYS 131           HD1      LYS 131  -4.420   9.769   2.506
   13    HE3  LYS 131           HE1      LYS 131  -2.048   9.074   2.450

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   ILE 132           HA       ILE 132 -10.837   8.926   3.833
    2    HB   ILE 132           HB       ILE 132 -11.039   5.971   4.369
    3   HD13  ILE 132          HD11      ILE 132  -9.659   5.213   0.941
    4   HD12  ILE 132          HD12      ILE 132 -11.370   5.523   1.235
    5   HD11  ILE 132          HD13      ILE 132 -10.465   4.464   2.317
    6    H    ILE 132           HN       ILE 132  -8.696   7.240   4.625

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLN 133           HA       GLN 133 -12.860   7.186   7.776
    2    HB2  GLN 133           HB2      GLN 133 -10.218   6.403   8.986
    3    HG2  GLN 133           HG2      GLN 133 -12.699   4.839   8.316
    4   HE21  GLN 133          HE21      GLN 133 -12.707   2.672   8.894
    5   HE22  GLN 133          HE22      GLN 133 -11.684   2.041  10.139
    6    H    GLN 133           HN       GLN 133 -10.278   6.892   6.657
    7    HB3  GLN 133           HB1      GLN 133 -11.705   6.450   9.920
    8    HG3  GLN 133           HG1      GLN 133 -11.126   4.725   7.525

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   LYS 134           HA       LYS 134 -10.738  10.886  10.002
    2    HB2  LYS 134           HB2      LYS 134  -9.325  11.564   7.421
    3    HG2  LYS 134           HG2      LYS 134  -8.190  11.181  10.166
    4    HD2  LYS 134           HD2      LYS 134  -6.947  11.512   7.442
    5    HE2  LYS 134           HE2      LYS 134  -5.729   9.869   8.811
    6    HZ2  LYS 134           HZ1      LYS 134  -4.706  10.518  10.858
    7    HZ1  LYS 134           HZ2      LYS 134  -6.376  10.753  11.008
    8    HZ3  LYS 134           HZ3      LYS 134  -5.355  12.083  10.756
    9    H    LYS 134           HN       LYS 134 -10.080   9.249   7.794
   10    HB3  LYS 134           HB1      LYS 134  -9.451  12.662   8.787
   11    HG3  LYS 134           HG1      LYS 134  -8.185   9.949   8.903
   12    HD3  LYS 134           HD1      LYS 134  -6.876  12.661   8.780
   13    HE3  LYS 134           HE1      LYS 134  -4.803  11.346   8.556

  No H/Q in entry =          13
  In of MODEL   15
    1    HA3  GLY 135           HA2      GLY 135 -12.928  13.396   6.712
    2    H    GLY 135           HN       GLY 135 -12.013  10.697   6.775
    3    HA2  GLY 135           HA1      GLY 135 -13.294  12.145   5.535

  No H/Q in entry =           3
  In of MODEL   15
    1    H1   GLY  95           HT3      GLY  95   8.915   6.827   6.259
    2    H2   GLY  95           HT2      GLY  95   8.857   5.229   6.828
    3    H3   GLY  95           HT1      GLY  95   8.130   5.629   5.354
    4    HA2  GLY  95           HA2      GLY  95   6.548   5.330   7.222
    5    HA3  GLY  95           HA1      GLY  95   6.438   6.879   6.396

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ALA  96           HA       ALA  96   7.262   7.596  10.805
    2    HB2  ALA  96           HB1      ALA  96   7.989   6.255  12.702
    3    HB1  ALA  96           HB2      ALA  96   8.649   5.043  11.604
    4    HB3  ALA  96           HB3      ALA  96   6.910   5.335  11.653
    5    H    ALA  96           HN       ALA  96   8.076   5.328   9.176

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   MET  97           HA       MET  97  11.715   8.508  10.112
    2    HB2  MET  97           HB2      MET  97  11.636   7.583  12.445
    3    HG2  MET  97           HG2      MET  97  14.007   7.793  12.981
    4    HE3  MET  97           HE1      MET  97  15.166  11.439  12.157
    5    HE2  MET  97           HE2      MET  97  15.799   9.962  11.431
    6    HE1  MET  97           HE3      MET  97  15.436  10.014  13.157
    7    H    MET  97           HN       MET  97  10.308   5.989   9.878
    8    HB3  MET  97           HB1      MET  97  12.564   6.207  11.878
    9    HG3  MET  97           HG1      MET  97  14.401   7.697  11.267

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   GLU  98           HA       GLU  98  13.771   4.802   7.951
    2    HB2  GLU  98           HB2      GLU  98  11.296   4.373   6.280
    3    HG2  GLU  98           HG2      GLU  98  11.119   2.195   7.566
    4    H    GLU  98           HN       GLU  98  11.159   5.775   8.555
    5    HB3  GLU  98           HB1      GLU  98  12.728   3.361   6.356
    6    HG3  GLU  98           HG1      GLU  98  12.118   2.973   8.795

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   PRO  99           HA       PRO  99  14.752   7.842   4.855
    2    HB2  PRO  99           HB2      PRO  99  17.042   6.702   3.981
    3    HG2  PRO  99           HG2      PRO  99  16.890   4.618   4.969
    4    HD2  PRO  99           HD2      PRO  99  15.325   4.182   6.582
    5    HB3  PRO  99           HB1      PRO  99  16.939   7.553   5.528
    6    HG3  PRO  99           HG1      PRO  99  17.702   5.497   6.276
    7    HD3  PRO  99           HD1      PRO  99  15.808   5.576   7.561

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   GLU 100           HA       GLU 100  12.688   6.043   1.539
    2    HB2  GLU 100           HB2      GLU 100  13.940   8.453   0.221
    3    HG2  GLU 100           HG2      GLU 100  11.584   9.397   0.526
    4    H    GLU 100           HN       GLU 100  14.168   8.028   2.811
    5    HB3  GLU 100           HB1      GLU 100  12.578   7.524  -0.383
    6    HG3  GLU 100           HG1      GLU 100  11.414   8.198   1.806

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ASN 101           HA       ASN 101  16.713   5.599  -1.089
    2    HB2  ASN 101           HB2      ASN 101  18.275   6.995   0.242
    3   HD21  ASN 101          HD21      ASN 101  18.196   5.319  -2.088
    4   HD22  ASN 101          HD22      ASN 101  19.783   4.678  -2.313
    5    H    ASN 101           HN       ASN 101  16.062   6.836   1.308
    6    HB3  ASN 101           HB1      ASN 101  18.430   5.677   1.399

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LYS 102           HA       LYS 102  16.916   1.532   1.038
    2    HB2  LYS 102           HB2      LYS 102  16.577   2.532   3.866
    3    HG2  LYS 102           HG2      LYS 102  19.082   1.659   2.448
    4    HD2  LYS 102           HD2      LYS 102  18.616   2.993   5.106
    5    HE2  LYS 102           HE2      LYS 102  21.152   2.181   3.699
    6    HZ2  LYS 102           HZ1      LYS 102  21.326   1.787   6.055
    7    HZ1  LYS 102           HZ2      LYS 102  20.742   3.335   6.406
    8    HZ3  LYS 102           HZ3      LYS 102  22.246   3.147   5.644
    9    H    LYS 102           HN       LYS 102  16.350   4.172   2.127
   10    HB3  LYS 102           HB1      LYS 102  17.033   0.887   3.421
   11    HG3  LYS 102           HG1      LYS 102  18.604   3.340   2.673
   12    HD3  LYS 102           HD1      LYS 102  19.155   1.332   4.849
   13    HE3  LYS 102           HE1      LYS 102  20.621   3.830   4.021

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   TYR 103           HA       TYR 103  12.415   1.525   2.827
    2    HB2  TYR 103           HB2      TYR 103  12.201   3.778   3.609
    3    HD1  TYR 103           HD1      TYR 103  10.404   5.154   1.004
    4    HD2  TYR 103           HD2      TYR 103  10.114   2.115   3.959
    5    HE1  TYR 103           HE1      TYR 103   7.961   5.271   0.854
    6    HE2  TYR 103           HE2      TYR 103   7.660   2.220   3.829
    7    HH   TYR 103           HH       TYR 103   6.015   4.032   1.382
    8    H    TYR 103           HN       TYR 103  14.366   3.469   2.326
    9    HB3  TYR 103           HB1      TYR 103  12.313   4.414   1.981

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   LEU 104           HA       LEU 104  11.404   2.382  -1.809
    2    HB2  LEU 104           HB2      LEU 104  13.093   3.994  -2.415
    3    HG   LEU 104           HG       LEU 104  13.251   1.714  -4.388
    4   HD13  LEU 104          HD11      LEU 104  11.432   2.868  -5.539
    5   HD12  LEU 104          HD12      LEU 104  11.352   4.046  -4.229
    6   HD11  LEU 104          HD13      LEU 104  10.951   2.358  -3.919
    7   HD21  LEU 104          HD21      LEU 104  14.994   3.422  -4.687
    8   HD23  LEU 104          HD22      LEU 104  13.744   4.666  -4.749
    9   HD22  LEU 104          HD23      LEU 104  13.819   3.430  -6.004
   10    H    LEU 104           HN       LEU 104  13.606   2.918  -0.140
   11    HB3  LEU 104           HB1      LEU 104  14.327   2.752  -2.441

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   PRO 105           HA       PRO 105  13.790  -1.596  -3.280
    2    HB2  PRO 105           HB2      PRO 105  15.509  -2.692  -1.432
    3    HG2  PRO 105           HG2      PRO 105  15.366  -0.938   0.117
    4    HD2  PRO 105           HD2      PRO 105  14.780   1.234  -0.520
    5    HB3  PRO 105           HB1      PRO 105  16.036  -1.617  -2.735
    6    HG3  PRO 105           HG1      PRO 105  16.783  -0.457  -0.827
    7    HD3  PRO 105           HD1      PRO 105  15.547   1.069  -2.117

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   GLU 106           HA       GLU 106  12.080  -3.692   0.711
    2    HB2  GLU 106           HB2      GLU 106  11.139  -1.037   1.787
    3    HG2  GLU 106           HG2      GLU 106  13.442  -2.782   2.550
    4    H    GLU 106           HN       GLU 106  13.071  -1.127   0.138
    5    HB3  GLU 106           HB1      GLU 106  10.849  -2.613   2.508
    6    HG3  GLU 106           HG1      GLU 106  13.377  -1.033   2.347

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LEU 107           HA       LEU 107   7.914  -1.742  -0.685
    2    HB2  LEU 107           HB2      LEU 107   9.292   0.305  -2.427
    3    HG   LEU 107           HG       LEU 107   9.132   0.870   0.034
    4   HD12  LEU 107          HD11      LEU 107   8.301   3.130  -0.432
    5   HD11  LEU 107          HD12      LEU 107   7.636   2.564  -1.965
    6   HD13  LEU 107          HD13      LEU 107   9.381   2.557  -1.702
    7   HD21  LEU 107          HD21      LEU 107   6.195   0.929  -0.649
    8   HD23  LEU 107          HD22      LEU 107   6.916   1.532   0.845
    9   HD22  LEU 107          HD23      LEU 107   6.979  -0.190   0.467
   10    H    LEU 107           HN       LEU 107  10.574  -0.797  -0.628
   11    HB3  LEU 107           HB1      LEU 107   7.564   0.023  -2.386

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   MET 108           HA       MET 108   8.959  -2.861  -5.225
    2    HB2  MET 108           HB2      MET 108  10.989  -3.165  -6.396
    3    HG2  MET 108           HG2      MET 108  12.430  -2.809  -3.789
    4    HE3  MET 108           HE1      MET 108  14.333  -2.857  -7.996
    5    HE2  MET 108           HE2      MET 108  12.592  -2.787  -7.723
    6    HE1  MET 108           HE3      MET 108  13.493  -4.239  -7.288
    7    H    MET 108           HN       MET 108  10.491  -1.733  -3.123
    8    HB3  MET 108           HB1      MET 108  11.088  -1.641  -5.534
    9    HG3  MET 108           HG1      MET 108  12.437  -4.233  -4.829

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   ALA 109           HA       ALA 109  10.708  -6.961  -3.711
    2    HB1  ALA 109           HB1      ALA 109  12.451  -6.387  -2.116
    3    HB2  ALA 109           HB2      ALA 109  11.464  -7.704  -1.477
    4    HB3  ALA 109           HB3      ALA 109  11.240  -6.060  -0.875
    5    H    ALA 109           HN       ALA 109  10.869  -4.335  -2.635

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   GLU 110           HA       GLU 110   7.032  -7.396  -0.701
    2    HB2  GLU 110           HB2      GLU 110   6.669  -4.405  -0.424
    3    HG2  GLU 110           HG2      GLU 110   7.211  -6.495   1.674
    4    H    GLU 110           HN       GLU 110   8.828  -5.249  -1.228
    5    HB3  GLU 110           HB1      GLU 110   5.514  -5.593   0.161
    6    HG3  GLU 110           HG1      GLU 110   8.365  -5.297   1.087

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LYS 111           HA       LYS 111   4.505  -4.958  -4.015
    2    HB2  LYS 111           HB2      LYS 111   5.632  -3.030  -4.637
    3    HG2  LYS 111           HG2      LYS 111   5.885  -4.852  -7.013
    4    HD2  LYS 111           HD2      LYS 111   5.817  -1.848  -7.010
    5    HE2  LYS 111           HE2      LYS 111   5.062  -2.724  -9.074
    6    HZ3  LYS 111           HZ1      LYS 111   6.451  -4.336 -10.330
    7    HZ2  LYS 111           HZ2      LYS 111   5.712  -4.989  -8.955
    8    HZ1  LYS 111           HZ3      LYS 111   7.364  -4.602  -8.923
    9    H    LYS 111           HN       LYS 111   7.047  -4.693  -2.923
   10    HB3  LYS 111           HB1      LYS 111   7.097  -3.901  -5.064
   11    HG3  LYS 111           HG1      LYS 111   4.525  -3.794  -6.619
   12    HD3  LYS 111           HD1      LYS 111   7.314  -2.775  -7.080
   13    HE3  LYS 111           HE1      LYS 111   6.737  -2.225  -9.315

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   ASP 112           HA       ASP 112   6.064  -7.777  -7.289
    2    HB2  ASP 112           HB2      ASP 112   8.930  -7.584  -6.522
    3    H    ASP 112           HN       ASP 112   7.521  -6.473  -5.163
    4    HB3  ASP 112           HB1      ASP 112   8.432  -8.931  -7.543

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   SER 113           HA       SER 113   6.311 -11.364  -4.504
    2    HB2  SER 113           HB2      SER 113   6.875  -9.798  -1.979
    3    HG   SER 113           HG       SER 113   8.696  -9.764  -3.185
    4    H    SER 113           HN       SER 113   6.536  -8.469  -4.072
    5    HB3  SER 113           HB1      SER 113   6.806 -11.555  -2.091

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   LEU 114           HA       LEU 114   2.480  -9.863  -2.222
    2    HB2  LEU 114           HB2      LEU 114   3.152  -7.380  -2.481
    3    HG   LEU 114           HG       LEU 114   0.288  -8.255  -2.226
    4   HD12  LEU 114          HD11      LEU 114   0.633  -7.552   0.108
    5   HD11  LEU 114          HD12      LEU 114   2.308  -7.155  -0.272
    6   HD13  LEU 114          HD13      LEU 114   1.751  -8.826  -0.382
    7   HD23  LEU 114          HD21      LEU 114   1.334  -5.454  -1.878
    8   HD22  LEU 114          HD22      LEU 114  -0.313  -6.012  -1.584
    9   HD21  LEU 114          HD23      LEU 114   0.337  -6.006  -3.221
   10    H    LEU 114           HN       LEU 114   4.401  -8.699  -4.038
   11    HB3  LEU 114           HB1      LEU 114   2.073  -7.384  -3.864

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ASP 115           HA       ASP 115   0.116 -11.731  -5.332
    2    HB2  ASP 115           HB2      ASP 115  -0.737 -12.702  -3.179
    3    H    ASP 115           HN       ASP 115   0.425 -10.544  -2.757
    4    HB3  ASP 115           HB1      ASP 115  -1.955 -11.432  -3.147

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   PRO 116           HA       PRO 116  -1.568  -8.245  -7.436
    2    HB2  PRO 116           HB2      PRO 116  -2.763  -9.570  -9.503
    3    HG2  PRO 116           HG2      PRO 116  -2.607 -11.725  -8.637
    4    HD2  PRO 116           HD2      PRO 116  -1.093 -12.279  -6.964
    5    HB3  PRO 116           HB1      PRO 116  -1.020  -9.295  -9.395
    6    HG3  PRO 116           HG1      PRO 116  -1.090 -11.626  -9.556
    7    HD3  PRO 116           HD1      PRO 116   0.184 -11.248  -7.643

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   SER 117           HA       SER 117  -6.090  -9.828  -6.963
    2    HB2  SER 117           HB2      SER 117  -5.714 -12.067  -5.994
    3    HG   SER 117           HG       SER 117  -7.546 -10.354  -4.685
    4    H    SER 117           HN       SER 117  -3.562 -10.783  -6.194
    5    HB3  SER 117           HB1      SER 117  -5.350 -11.323  -4.437

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   PHE 118           HA       PHE 118  -5.828  -6.962  -3.370
    2    HB2  PHE 118           HB2      PHE 118  -2.842  -7.112  -2.903
    3    HD1  PHE 118           HD1      PHE 118  -5.333  -7.402  -0.301
    4    HD2  PHE 118           HD2      PHE 118  -2.804  -9.562  -2.946
    5    HE1  PHE 118           HE1      PHE 118  -5.632  -9.421   1.064
    6    HE2  PHE 118           HE2      PHE 118  -3.103 -11.583  -1.596
    7    HZ   PHE 118           HZ       PHE 118  -4.521 -11.521   0.420
    8    H    PHE 118           HN       PHE 118  -3.824  -8.626  -4.691
    9    HB3  PHE 118           HB1      PHE 118  -4.010  -6.258  -1.900

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   THR 119           HA       THR 119  -4.654  -4.540  -6.978
    2    HB   THR 119           HB       THR 119  -7.370  -3.561  -6.102
    3    HG1  THR 119           HG1      THR 119  -6.509  -5.670  -7.639
    4   HG21  THR 119          HG21      THR 119  -6.101  -1.842  -7.315
    5   HG23  THR 119          HG22      THR 119  -7.458  -2.439  -8.269
    6   HG22  THR 119          HG23      THR 119  -5.819  -2.983  -8.631
    7    H    THR 119           HN       THR 119  -6.396  -5.710  -5.161

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   HIS 120           HA       HIS 120  -4.876  -0.546  -4.585
    2    HB2  HIS 120           HB2      HIS 120  -6.331  -1.577  -2.155
    3    HD1  HIS 120           HD1      HIS 120  -6.626   0.619  -5.252
    4    HD2  HIS 120           HD2      HIS 120  -9.017  -1.285  -2.425
    5    HE1  HIS 120           HE1      HIS 120  -8.996   0.901  -6.058
    6    HE2  HIS 120           HE2      HIS 120 -10.426  -0.310  -4.369
    7    H    HIS 120           HN       HIS 120  -6.154  -3.052  -4.089
    8    HB3  HIS 120           HB1      HIS 120  -5.759   0.077  -2.345

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   ALA 121           HA       ALA 121  -2.073  -2.160  -1.010
    2    HB3  ALA 121           HB1      ALA 121  -1.471  -4.392  -0.444
    3    HB2  ALA 121           HB2      ALA 121  -2.314  -5.036  -1.854
    4    HB1  ALA 121           HB3      ALA 121  -3.233  -4.331  -0.526
    5    H    ALA 121           HN       ALA 121  -4.246  -3.258  -2.401

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   MET 122           HA       MET 122   0.549  -3.769  -4.620
    2    HB2  MET 122           HB2      MET 122  -1.927  -4.313  -6.213
    3    HG2  MET 122           HG2      MET 122  -0.566  -5.995  -4.735
    4    HE1  MET 122           HE1      MET 122   2.047  -5.231  -4.575
    5    HE3  MET 122           HE2      MET 122   1.868  -4.173  -5.974
    6    HE2  MET 122           HE3      MET 122   3.172  -5.362  -5.926
    7    H    MET 122           HN       MET 122  -2.238  -3.851  -4.056
    8    HB3  MET 122           HB1      MET 122  -0.383  -4.137  -7.038
    9    HG3  MET 122           HG1      MET 122  -1.299  -6.476  -6.262

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   GLN 123           HA       GLN 123  -0.756  -0.008  -7.140
    2    HB2  GLN 123           HB2      GLN 123  -3.109  -0.036  -7.375
    3    HG2  GLN 123           HG2      GLN 123  -2.628   2.489  -5.826
    4   HE21  GLN 123          HE21      GLN 123  -3.806   3.784  -8.205
    5   HE22  GLN 123          HE22      GLN 123  -5.517   3.550  -8.071
    6    H    GLN 123           HN       GLN 123  -2.168  -1.690  -5.359
    7    HB3  GLN 123           HB1      GLN 123  -3.368   0.185  -5.653
    8    HG3  GLN 123           HG1      GLN 123  -2.326   2.272  -7.546

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   LEU 124           HA       LEU 124  -0.346   2.849  -3.513
    2    HB2  LEU 124           HB2      LEU 124  -0.781   0.775  -1.357
    3    HG   LEU 124           HG       LEU 124  -2.822   1.746  -2.558
    4   HD11  LEU 124          HD11      LEU 124  -2.946   0.661  -0.371
    5   HD13  LEU 124          HD12      LEU 124  -4.049   2.036  -0.457
    6   HD12  LEU 124          HD13      LEU 124  -2.524   2.182   0.418
    7   HD23  LEU 124          HD21      LEU 124  -1.963   4.200  -1.027
    8   HD22  LEU 124          HD22      LEU 124  -3.499   3.989  -1.870
    9   HD21  LEU 124          HD23      LEU 124  -1.989   4.030  -2.782
   10    H    LEU 124           HN       LEU 124  -1.481   0.298  -3.683
   11    HB3  LEU 124           HB1      LEU 124  -0.317   2.438  -1.037

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   LEU 125           HA       LEU 125   3.620   0.384  -2.303
    2    HB2  LEU 125           HB2      LEU 125   2.504  -1.969  -3.804
    3    HG   LEU 125           HG       LEU 125   2.365  -1.938  -1.292
    4   HD12  LEU 125          HD11      LEU 125   4.063  -4.105  -2.511
    5   HD11  LEU 125          HD12      LEU 125   2.317  -3.974  -2.707
    6   HD13  LEU 125          HD13      LEU 125   3.005  -4.250  -1.111
    7   HD21  LEU 125          HD21      LEU 125   5.359  -2.247  -1.554
    8   HD23  LEU 125          HD22      LEU 125   4.424  -2.435  -0.068
    9   HD22  LEU 125          HD23      LEU 125   4.522  -0.858  -0.854
   10    H    LEU 125           HN       LEU 125   1.031  -0.358  -3.252
   11    HB3  LEU 125           HB1      LEU 125   4.238  -1.786  -3.652

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   THR 126           HA       THR 126   4.448   0.531  -6.939
    2    HB   THR 126           HB       THR 126   1.557   1.023  -7.677
    3    HG1  THR 126           HG1      THR 126   1.842  -1.129  -7.326
    4   HG23  THR 126          HG21      THR 126   2.995   2.300  -9.162
    5   HG22  THR 126          HG22      THR 126   2.316   0.916 -10.019
    6   HG21  THR 126          HG23      THR 126   3.990   0.873  -9.462
    7    H    THR 126           HN       THR 126   2.081   0.185  -5.432

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   ALA 127           HA       ALA 127   2.771   5.036  -7.156
    2    HB1  ALA 127           HB1      ALA 127   0.536   4.747  -6.237
    3    HB3  ALA 127           HB2      ALA 127   1.293   6.228  -5.649
    4    HB2  ALA 127           HB3      ALA 127   1.195   4.813  -4.603
    5    H    ALA 127           HN       ALA 127   1.882   2.728  -5.874

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   GLU 128           HA       GLU 128   4.872   6.069  -2.965
    2    HB2  GLU 128           HB2      GLU 128   4.011   4.249  -1.507
    3    HG2  GLU 128           HG2      GLU 128   5.946   4.027  -0.002
    4    H    GLU 128           HN       GLU 128   3.401   3.864  -3.847
    5    HB3  GLU 128           HB1      GLU 128   5.264   3.191  -2.131
    6    HG3  GLU 128           HG1      GLU 128   6.962   4.745  -1.249

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ILE 129           HA       ILE 129   8.626   3.639  -4.617
    2    HB   ILE 129           HB       ILE 129   6.936   2.122  -6.605
    3   HD13  ILE 129          HD11      ILE 129   7.704  -0.954  -4.664
    4   HD12  ILE 129          HD12      ILE 129   8.501  -0.490  -6.168
    5   HD11  ILE 129          HD13      ILE 129   6.751  -0.319  -6.005
    6    H    ILE 129           HN       ILE 129   5.862   3.174  -4.687

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLU 130           HA       GLU 130   7.697   5.958  -8.780
    2    HB2  GLU 130           HB2      GLU 130   4.898   6.554  -7.814
    3    HG2  GLU 130           HG2      GLU 130   5.885   5.115 -10.266
    4    H    GLU 130           HN       GLU 130   6.115   4.647  -6.879
    5    HB3  GLU 130           HB1      GLU 130   5.643   7.320  -9.210
    6    HG3  GLU 130           HG1      GLU 130   5.076   4.383  -8.881

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LYS 131           HA       LYS 131   6.987   9.764  -5.937
    2    HB2  LYS 131           HB2      LYS 131   6.648   8.036  -3.484
    3    HG2  LYS 131           HG2      LYS 131   4.741  10.000  -4.733
    4    HD2  LYS 131           HD2      LYS 131   4.330   7.991  -2.523
    5    HE2  LYS 131           HE2      LYS 131   2.328   8.512  -3.868
    6    HZ3  LYS 131           HZ1      LYS 131   1.400  10.775  -3.645
    7    HZ2  LYS 131           HZ2      LYS 131   2.805  10.727  -4.592
    8    HZ1  LYS 131           HZ3      LYS 131   2.877  11.300  -2.995
    9    H    LYS 131           HN       LYS 131   6.383   7.026  -5.684
   10    HB3  LYS 131           HB1      LYS 131   6.772   9.790  -3.440
   11    HG3  LYS 131           HG1      LYS 131   4.637   8.247  -4.901
   12    HD3  LYS 131           HD1      LYS 131   4.584   9.718  -2.270
   13    HE3  LYS 131           HE1      LYS 131   2.200   9.069  -2.201

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   ILE 132           HA       ILE 132  10.975   8.752  -3.605
    2    HB   ILE 132           HB       ILE 132  11.118   5.799  -4.167
    3   HD13  ILE 132          HD11      ILE 132   9.730   5.042  -0.741
    4   HD12  ILE 132          HD12      ILE 132  11.447   5.319  -1.038
    5   HD11  ILE 132          HD13      ILE 132  10.518   4.287  -2.126
    6    H    ILE 132           HN       ILE 132   8.807   7.109  -4.420

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLN 133           HA       GLN 133  12.960   7.002  -7.564
    2    HB2  GLN 133           HB2      GLN 133  10.306   6.282  -8.791
    3    HG2  GLN 133           HG2      GLN 133  12.757   4.666  -8.127
    4   HE21  GLN 133          HE21      GLN 133  12.741   2.519  -8.719
    5   HE22  GLN 133          HE22      GLN 133  11.707   1.896  -9.957
    6    H    GLN 133           HN       GLN 133  10.368   6.759  -6.450
    7    HB3  GLN 133           HB1      GLN 133  11.800   6.309  -9.715
    8    HG3  GLN 133           HG1      GLN 133  11.184   4.579  -7.337

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   LYS 134           HA       LYS 134  10.907  10.765  -9.762
    2    HB2  LYS 134           HB2      LYS 134   9.509  11.438  -7.174
    3    HG2  LYS 134           HG2      LYS 134   8.364  11.112  -9.921
    4    HD2  LYS 134           HD2      LYS 134   7.139  11.440  -7.188
    5    HE2  LYS 134           HE2      LYS 134   5.894   9.830  -8.579
    6    HZ2  LYS 134           HZ1      LYS 134   4.874  10.508 -10.602
    7    HZ1  LYS 134           HZ2      LYS 134   6.539  10.784 -10.763
    8    HZ3  LYS 134           HZ3      LYS 134   5.487  12.083 -10.464
    9    H    LYS 134           HN       LYS 134  10.219   9.115  -7.577
   10    HB3  LYS 134           HB1      LYS 134   9.653  12.551  -8.526
   11    HG3  LYS 134           HG1      LYS 134   8.337   9.865  -8.671
   12    HD3  LYS 134           HD1      LYS 134   7.085  12.602  -8.515
   13    HE3  LYS 134           HE1      LYS 134   4.991  11.313  -8.281

  No H/Q in entry =          13
  In of MODEL   15
    1    HA3  GLY 135           HA2      GLY 135  13.155  13.202  -6.444
    2    H    GLY 135           HN       GLY 135  12.182  10.523  -6.544
    3    HA2  GLY 135           HA1      GLY 135  13.502  11.923  -5.293

  No H/Q in entry =           3
  In of MODEL   16
    1    H1   GLY  95           HT2      GLY  95 -10.857  10.108 -15.733
    2    H2   GLY  95           HT1      GLY  95  -9.283   9.811 -16.281
    3    H3   GLY  95           HT3      GLY  95 -10.578   8.909 -16.900
    4    HA3  GLY  95           HA1      GLY  95  -9.359   7.583 -15.327
    5    HA2  GLY  95           HA2      GLY  95  -9.543   8.847 -14.118

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ALA  96           HA       ALA  96 -13.231   6.167 -13.983
    2    HB1  ALA  96           HB1      ALA  96 -11.924   4.099 -14.084
    3    HB3  ALA  96           HB2      ALA  96 -13.106   4.046 -12.778
    4    HB2  ALA  96           HB3      ALA  96 -11.405   4.340 -12.416
    5    H    ALA  96           HN       ALA  96 -10.358   6.294 -13.570

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   MET  97           HA       MET  97 -11.049   7.697  -9.418
    2    HB2  MET  97           HB2      MET  97 -12.509   9.674  -9.028
    3    HG2  MET  97           HG2      MET  97 -13.286   9.313 -11.912
    4    HE1  MET  97           HE1      MET  97 -15.979  10.989 -11.686
    5    HE3  MET  97           HE2      MET  97 -14.879  11.107 -13.059
    6    HE2  MET  97           HE3      MET  97 -15.439  12.571 -12.250
    7    H    MET  97           HN       MET  97 -10.937   7.159 -11.627
    8    HB3  MET  97           HB1      MET  97 -11.422   9.789 -10.394
    9    HG3  MET  97           HG1      MET  97 -14.373   9.205 -10.529

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   GLU  98           HA       GLU  98 -14.326   5.032  -8.056
    2    HB2  GLU  98           HB2      GLU  98 -11.772   4.175  -6.679
    3    HG2  GLU  98           HG2      GLU  98 -13.346   2.839  -8.868
    4    H    GLU  98           HN       GLU  98 -11.617   5.836  -8.482
    5    HB3  GLU  98           HB1      GLU  98 -13.332   3.388  -6.481
    6    HG3  GLU  98           HG1      GLU  98 -11.766   3.602  -9.042

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   PRO  99           HA       PRO  99 -15.292   7.776  -4.722
    2    HB2  PRO  99           HB2      PRO  99 -17.359   6.326  -3.659
    3    HG2  PRO  99           HG2      PRO  99 -17.148   4.390  -4.904
    4    HD2  PRO  99           HD2      PRO  99 -15.822   4.294  -6.780
    5    HB3  PRO  99           HB1      PRO  99 -17.515   7.349  -5.089
    6    HG3  PRO  99           HG1      PRO  99 -18.189   5.326  -5.997
    7    HD3  PRO  99           HD1      PRO  99 -16.443   5.825  -7.425

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   GLU 100           HA       GLU 100 -12.860   5.833  -1.714
    2    HB2  GLU 100           HB2      GLU 100 -13.477   8.532  -0.536
    3    HG2  GLU 100           HG2      GLU 100 -11.225   7.470  -2.205
    4    H    GLU 100           HN       GLU 100 -14.291   7.957  -2.845
    5    HB3  GLU 100           HB1      GLU 100 -12.300   7.394   0.113
    6    HG3  GLU 100           HG1      GLU 100 -12.211   8.904  -2.475

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ASN 101           HA       ASN 101 -16.700   5.839   1.230
    2    HB2  ASN 101           HB2      ASN 101 -18.247   7.173  -0.180
    3   HD21  ASN 101          HD21      ASN 101 -18.226   5.724   2.272
    4   HD22  ASN 101          HD22      ASN 101 -19.821   5.099   2.528
    5    H    ASN 101           HN       ASN 101 -16.053   6.954  -1.211
    6    HB3  ASN 101           HB1      ASN 101 -18.424   5.789  -1.255

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LYS 102           HA       LYS 102 -16.906   1.651  -0.606
    2    HB2  LYS 102           HB2      LYS 102 -16.861   2.532  -3.484
    3    HG2  LYS 102           HG2      LYS 102 -19.054   1.395  -1.763
    4    HD2  LYS 102           HD2      LYS 102 -19.133   2.395  -4.605
    5    HE2  LYS 102           HE2      LYS 102 -21.249   1.207  -2.816
    6    HZ2  LYS 102           HZ1      LYS 102 -22.728   1.500  -4.662
    7    HZ1  LYS 102           HZ2      LYS 102 -21.448   0.493  -5.144
    8    HZ3  LYS 102           HZ3      LYS 102 -21.484   2.115  -5.632
    9    H    LYS 102           HN       LYS 102 -16.364   4.217  -1.901
   10    HB3  LYS 102           HB1      LYS 102 -17.014   0.842  -3.003
   11    HG3  LYS 102           HG1      LYS 102 -18.903   3.075  -2.281
   12    HD3  LYS 102           HD1      LYS 102 -19.217   0.700  -4.115
   13    HE3  LYS 102           HE1      LYS 102 -21.178   2.874  -3.386

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   TYR 103           HA       TYR 103 -12.453   1.535  -2.475
    2    HB2  TYR 103           HB2      TYR 103 -12.220   3.813  -3.255
    3    HD1  TYR 103           HD1      TYR 103 -10.157   2.097  -3.652
    4    HD2  TYR 103           HD2      TYR 103 -10.382   5.116  -0.674
    5    HE1  TYR 103           HE1      TYR 103  -7.700   2.185  -3.559
    6    HE2  TYR 103           HE2      TYR 103  -7.940   5.212  -0.540
    7    HH   TYR 103           HH       TYR 103  -5.999   3.954  -1.110
    8    H    TYR 103           HN       TYR 103 -14.390   3.511  -1.997
    9    HB3  TYR 103           HB1      TYR 103 -12.287   4.407  -1.613

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   LEU 104           HA       LEU 104 -11.504   2.447   2.168
    2    HB2  LEU 104           HB2      LEU 104 -13.207   4.043   2.762
    3    HG   LEU 104           HG       LEU 104 -13.369   1.714   4.679
    4   HD12  LEU 104          HD11      LEU 104 -11.625   4.169   4.691
    5   HD11  LEU 104          HD12      LEU 104 -11.093   2.535   4.309
    6   HD13  LEU 104          HD13      LEU 104 -11.666   2.919   5.933
    7   HD21  LEU 104          HD21      LEU 104 -15.231   3.272   4.971
    8   HD23  LEU 104          HD22      LEU 104 -14.092   4.619   5.063
    9   HD22  LEU 104          HD23      LEU 104 -14.092   3.377   6.316
   10    H    LEU 104           HN       LEU 104 -13.670   2.980   0.463
   11    HB3  LEU 104           HB1      LEU 104 -14.444   2.804   2.727

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   PRO 105           HA       PRO 105 -13.842  -1.585   3.507
    2    HB2  PRO 105           HB2      PRO 105 -15.598  -2.626   1.666
    3    HG2  PRO 105           HG2      PRO 105 -15.544  -0.832   0.173
    4    HD2  PRO 105           HD2      PRO 105 -14.876   1.303   0.823
    5    HB3  PRO 105           HB1      PRO 105 -16.090  -1.601   3.021
    6    HG3  PRO 105           HG1      PRO 105 -16.909  -0.362   1.210
    7    HD3  PRO 105           HD1      PRO 105 -15.619   1.149   2.430

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   GLU 106           HA       GLU 106 -12.132  -3.460  -0.617
    2    HB2  GLU 106           HB2      GLU 106 -11.383  -0.663  -1.473
    3    HG2  GLU 106           HG2      GLU 106 -13.658  -2.067  -2.069
    4    H    GLU 106           HN       GLU 106 -13.176  -0.966   0.098
    5    HB3  GLU 106           HB1      GLU 106 -10.753  -2.113  -2.236
    6    HG3  GLU 106           HG1      GLU 106 -12.977  -0.736  -3.003

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LEU 107           HA       LEU 107  -7.977  -1.609   0.945
    2    HB2  LEU 107           HB2      LEU 107  -9.353   0.453   2.664
    3    HG   LEU 107           HG       LEU 107  -9.152   1.067   0.243
    4   HD12  LEU 107          HD11      LEU 107  -8.163   3.261   0.722
    5   HD11  LEU 107          HD12      LEU 107  -7.521   2.632   2.240
    6   HD13  LEU 107          HD13      LEU 107  -9.265   2.742   1.998
    7   HD23  LEU 107          HD21      LEU 107  -6.204   0.944   0.878
    8   HD22  LEU 107          HD22      LEU 107  -6.918   1.602  -0.596
    9   HD21  LEU 107          HD23      LEU 107  -7.070  -0.119  -0.234
   10    H    LEU 107           HN       LEU 107 -10.625  -0.612   0.855
   11    HB3  LEU 107           HB1      LEU 107  -7.630   0.137   2.671

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   MET 108           HA       MET 108  -9.091  -2.746   5.446
    2    HB2  MET 108           HB2      MET 108 -11.139  -3.083   6.591
    3    HG2  MET 108           HG2      MET 108 -12.576  -2.502   4.018
    4    HE2  MET 108           HE1      MET 108 -14.435  -0.215   6.659
    5    HE1  MET 108           HE2      MET 108 -13.615  -0.247   5.096
    6    HE3  MET 108           HE3      MET 108 -12.697  -0.502   6.579
    7    H    MET 108           HN       MET 108 -10.600  -1.582   3.344
    8    HB3  MET 108           HB1      MET 108 -11.190  -1.523   5.793
    9    HG3  MET 108           HG1      MET 108 -12.552  -4.040   4.880

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   ALA 109           HA       ALA 109 -10.880  -6.807   3.875
    2    HB2  ALA 109           HB1      ALA 109 -11.366  -5.842   1.048
    3    HB1  ALA 109           HB2      ALA 109 -12.589  -6.228   2.261
    4    HB3  ALA 109           HB3      ALA 109 -11.579  -7.509   1.591
    5    H    ALA 109           HN       ALA 109 -10.997  -4.170   2.829

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   GLU 110           HA       GLU 110  -7.166  -7.277   0.957
    2    HB2  GLU 110           HB2      GLU 110  -6.773  -4.299   0.610
    3    HG2  GLU 110           HG2      GLU 110  -7.356  -6.454  -1.408
    4    H    GLU 110           HN       GLU 110  -8.936  -5.097   1.444
    5    HB3  GLU 110           HB1      GLU 110  -5.624  -5.511   0.065
    6    HG3  GLU 110           HG1      GLU 110  -8.457  -5.175  -0.896

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LYS 111           HA       LYS 111  -4.655  -4.939   4.296
    2    HB2  LYS 111           HB2      LYS 111  -5.674  -2.900   4.819
    3    HG2  LYS 111           HG2      LYS 111  -6.086  -4.524   7.317
    4    HD2  LYS 111           HD2      LYS 111  -5.463  -1.595   7.024
    5    HE2  LYS 111           HE2      LYS 111  -6.133  -1.499   9.379
    6    HZ3  LYS 111           HZ1      LYS 111  -4.024  -3.551   8.956
    7    HZ2  LYS 111           HZ2      LYS 111  -4.210  -2.559  10.317
    8    HZ1  LYS 111           HZ3      LYS 111  -3.779  -1.877   8.829
    9    H    LYS 111           HN       LYS 111  -7.197  -4.558   3.172
   10    HB3  LYS 111           HB1      LYS 111  -7.174  -3.666   5.317
   11    HG3  LYS 111           HG1      LYS 111  -4.560  -3.795   6.813
   12    HD3  LYS 111           HD1      LYS 111  -7.091  -2.226   7.274
   13    HE3  LYS 111           HE1      LYS 111  -6.359  -3.245   9.381

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   ASP 112           HA       ASP 112  -6.773  -7.622   7.546
    2    HB2  ASP 112           HB2      ASP 112  -9.169  -6.940   7.214
    3    H    ASP 112           HN       ASP 112  -7.809  -6.248   5.285
    4    HB3  ASP 112           HB1      ASP 112  -9.318  -8.243   6.039

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   SER 113           HA       SER 113  -6.614 -11.271   4.689
    2    HB2  SER 113           HB2      SER 113  -7.024  -9.782   2.093
    3    HG   SER 113           HG       SER 113  -8.877  -9.754   3.363
    4    H    SER 113           HN       SER 113  -6.998  -8.430   4.172
    5    HB3  SER 113           HB1      SER 113  -6.959 -11.535   2.263

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   LEU 114           HA       LEU 114  -2.740  -9.811   2.321
    2    HB2  LEU 114           HB2      LEU 114  -3.358  -7.307   2.523
    3    HG   LEU 114           HG       LEU 114  -0.518  -8.271   2.320
    4   HD12  LEU 114          HD11      LEU 114  -0.806  -7.564  -0.021
    5   HD11  LEU 114          HD12      LEU 114  -2.468  -7.102   0.338
    6   HD13  LEU 114          HD13      LEU 114  -1.979  -8.793   0.457
    7   HD21  LEU 114          HD21      LEU 114  -0.497  -6.013   3.306
    8   HD23  LEU 114          HD22      LEU 114  -1.449  -5.434   1.940
    9   HD22  LEU 114          HD23      LEU 114   0.180  -6.057   1.678
   10    H    LEU 114           HN       LEU 114  -4.740  -8.522   3.889
   11    HB3  LEU 114           HB1      LEU 114  -2.302  -7.311   3.924

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ASP 115           HA       ASP 115  -0.502 -11.649   5.529
    2    HB2  ASP 115           HB2      ASP 115   0.335 -12.666   3.338
    3    H    ASP 115           HN       ASP 115  -0.734 -10.540   2.908
    4    HB3  ASP 115           HB1      ASP 115   1.671 -11.523   3.434

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   PRO 116           HA       PRO 116   1.373  -8.171   7.522
    2    HB2  PRO 116           HB2      PRO 116   2.493  -9.524   9.618
    3    HG2  PRO 116           HG2      PRO 116   2.142 -11.683   8.813
    4    HD2  PRO 116           HD2      PRO 116   0.535 -12.154   7.191
    5    HB3  PRO 116           HB1      PRO 116   0.779  -9.107   9.520
    6    HG3  PRO 116           HG1      PRO 116   0.654 -11.430   9.754
    7    HD3  PRO 116           HD1      PRO 116  -0.612 -10.965   7.850

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   SER 117           HA       SER 117   5.763 -10.131   7.038
    2    HB2  SER 117           HB2      SER 117   4.905 -11.507   4.483
    3    HG   SER 117           HG       SER 117   4.148 -12.788   6.050
    4    H    SER 117           HN       SER 117   3.160 -10.891   6.329
    5    HB3  SER 117           HB1      SER 117   6.517 -11.533   5.199

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   PHE 118           HA       PHE 118   5.645  -7.196   3.484
    2    HB2  PHE 118           HB2      PHE 118   2.663  -7.240   2.957
    3    HD1  PHE 118           HD1      PHE 118   5.115  -7.582   0.349
    4    HD2  PHE 118           HD2      PHE 118   2.615  -9.718   3.041
    5    HE1  PHE 118           HE1      PHE 118   5.370  -9.601  -1.021
    6    HE2  PHE 118           HE2      PHE 118   2.870 -11.744   1.684
    7    HZ   PHE 118           HZ       PHE 118   4.251 -11.691  -0.360
    8    H    PHE 118           HN       PHE 118   3.551  -8.792   4.768
    9    HB3  PHE 118           HB1      PHE 118   3.883  -6.427   1.983

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   THR 119           HA       THR 119   4.464  -4.767   7.068
    2    HB   THR 119           HB       THR 119   7.246  -3.894   6.290
    3    HG1  THR 119           HG1      THR 119   6.246  -5.967   7.781
    4   HG22  THR 119          HG21      THR 119   7.295  -2.786   8.488
    5   HG21  THR 119          HG22      THR 119   5.598  -3.205   8.728
    6   HG23  THR 119          HG23      THR 119   6.059  -2.097   7.437
    7    H    THR 119           HN       THR 119   6.223  -5.949   5.260

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   HIS 120           HA       HIS 120   4.902  -0.756   4.735
    2    HB2  HIS 120           HB2      HIS 120   6.288  -1.832   2.280
    3    HD1  HIS 120           HD1      HIS 120   6.840   0.546   5.221
    4    HD2  HIS 120           HD2      HIS 120   8.896  -2.145   2.811
    5    HE1  HIS 120           HE1      HIS 120   9.181   0.468   6.138
    6    HE2  HIS 120           HE2      HIS 120  10.334  -1.349   4.809
    7    H    HIS 120           HN       HIS 120   6.053  -3.315   4.222
    8    HB3  HIS 120           HB1      HIS 120   5.865  -0.144   2.544

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   ALA 121           HA       ALA 121   2.020  -2.219   1.144
    2    HB2  ALA 121           HB1      ALA 121   3.093  -4.434   0.650
    3    HB1  ALA 121           HB2      ALA 121   1.332  -4.421   0.567
    4    HB3  ALA 121           HB3      ALA 121   2.145  -5.109   1.973
    5    H    ALA 121           HN       ALA 121   4.151  -3.411   2.521

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   MET 122           HA       MET 122  -0.650  -3.754   4.737
    2    HB2  MET 122           HB2      MET 122   1.787  -4.412   6.343
    3    HG2  MET 122           HG2      MET 122   0.422  -6.036   4.833
    4    HE2  MET 122           HE1      MET 122  -3.362  -5.402   5.672
    5    HE1  MET 122           HE2      MET 122  -2.100  -5.300   4.447
    6    HE3  MET 122           HE3      MET 122  -2.094  -4.187   5.816
    7    H    MET 122           HN       MET 122   2.138  -3.912   4.192
    8    HB3  MET 122           HB1      MET 122   0.244  -4.190   7.154
    9    HG3  MET 122           HG1      MET 122   1.057  -6.554   6.393

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   GLN 123           HA       GLN 123   0.746  -0.034   7.287
    2    HB2  GLN 123           HB2      GLN 123   3.057   0.016   7.618
    3    HG2  GLN 123           HG2      GLN 123   2.579   2.326   5.766
    4   HE21  GLN 123          HE21      GLN 123   4.150   3.919   7.632
    5   HE22  GLN 123          HE22      GLN 123   5.809   3.593   7.262
    6    H    GLN 123           HN       GLN 123   2.131  -1.769   5.529
    7    HB3  GLN 123           HB1      GLN 123   3.403  -0.047   5.898
    8    HG3  GLN 123           HG1      GLN 123   2.568   2.328   7.528

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   LEU 124           HA       LEU 124   0.446   2.794   3.614
    2    HB2  LEU 124           HB2      LEU 124   0.789   0.666   1.490
    3    HG   LEU 124           HG       LEU 124   2.890   1.547   2.629
    4   HD12  LEU 124          HD11      LEU 124   4.076   1.852   0.490
    5   HD11  LEU 124          HD12      LEU 124   2.522   1.976  -0.335
    6   HD13  LEU 124          HD13      LEU 124   2.979   0.472   0.466
    7   HD22  LEU 124          HD21      LEU 124   2.183   3.856   2.908
    8   HD21  LEU 124          HD22      LEU 124   2.088   4.055   1.157
    9   HD23  LEU 124          HD23      LEU 124   3.646   3.769   1.928
   10    H    LEU 124           HN       LEU 124   1.500   0.213   3.829
   11    HB3  LEU 124           HB1      LEU 124   0.391   2.339   1.142

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   LEU 125           HA       LEU 125  -3.592   0.451   2.416
    2    HB2  LEU 125           HB2      LEU 125  -2.555  -1.935   3.918
    3    HG   LEU 125           HG       LEU 125  -2.440  -1.919   1.400
    4   HD13  LEU 125          HD11      LEU 125  -2.360  -3.956   2.734
    5   HD12  LEU 125          HD12      LEU 125  -3.263  -4.222   1.244
    6   HD11  LEU 125          HD13      LEU 125  -4.122  -4.017   2.769
    7   HD21  LEU 125          HD21      LEU 125  -5.437  -2.142   1.709
    8   HD23  LEU 125          HD22      LEU 125  -4.531  -2.384   0.212
    9   HD22  LEU 125          HD23      LEU 125  -4.571  -0.792   0.971
   10    H    LEU 125           HN       LEU 125  -1.034  -0.370   3.388
   11    HB3  LEU 125           HB1      LEU 125  -4.280  -1.691   3.774

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   THR 126           HA       THR 126  -4.475   0.572   7.021
    2    HB   THR 126           HB       THR 126  -1.587   0.942   7.841
    3    HG1  THR 126           HG1      THR 126  -1.874  -1.184   7.549
    4   HG21  THR 126          HG21      THR 126  -4.059   0.871   9.579
    5   HG23  THR 126          HG22      THR 126  -3.011   2.266   9.309
    6   HG22  THR 126          HG23      THR 126  -2.393   0.852  10.162
    7    H    THR 126           HN       THR 126  -2.079   0.214   5.556

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   ALA 127           HA       ALA 127  -2.703   5.030   7.366
    2    HB2  ALA 127           HB1      ALA 127  -1.191   6.220   5.894
    3    HB3  ALA 127           HB2      ALA 127  -1.116   4.826   4.816
    4    HB1  ALA 127           HB3      ALA 127  -0.466   4.714   6.453
    5    H    ALA 127           HN       ALA 127  -1.843   2.730   6.044

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   GLU 128           HA       GLU 128  -4.772   6.134   3.176
    2    HB2  GLU 128           HB2      GLU 128  -3.929   4.220   1.758
    3    HG2  GLU 128           HG2      GLU 128  -5.844   4.202   0.181
    4    H    GLU 128           HN       GLU 128  -3.338   3.904   4.046
    5    HB3  GLU 128           HB1      GLU 128  -5.316   3.296   2.308
    6    HG3  GLU 128           HG1      GLU 128  -6.787   5.069   1.387

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ILE 129           HA       ILE 129  -8.574   3.761   4.827
    2    HB   ILE 129           HB       ILE 129  -6.930   2.205   6.821
    3   HD11  ILE 129          HD11      ILE 129  -6.778  -0.253   6.228
    4   HD13  ILE 129          HD12      ILE 129  -7.718  -0.863   4.865
    5   HD12  ILE 129          HD13      ILE 129  -8.535  -0.360   6.347
    6    H    ILE 129           HN       ILE 129  -5.815   3.234   4.871

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLU 130           HA       GLU 130  -7.591   5.890   9.066
    2    HB2  GLU 130           HB2      GLU 130  -4.826   6.649   8.107
    3    HG2  GLU 130           HG2      GLU 130  -5.706   4.894  10.387
    4    H    GLU 130           HN       GLU 130  -6.023   4.692   7.089
    5    HB3  GLU 130           HB1      GLU 130  -5.567   7.232   9.590
    6    HG3  GLU 130           HG1      GLU 130  -4.840   4.386   8.938

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LYS 131           HA       LYS 131  -7.032   9.842   6.397
    2    HB2  LYS 131           HB2      LYS 131  -5.412   9.008   4.701
    3    HG2  LYS 131           HG2      LYS 131  -7.639  10.813   3.908
    4    HD2  LYS 131           HD2      LYS 131  -6.325  11.304   1.822
    5    HE2  LYS 131           HE2      LYS 131  -7.709   8.652   2.172
    6    HZ3  LYS 131           HZ1      LYS 131  -8.021   8.790  -0.283
    7    HZ2  LYS 131           HZ2      LYS 131  -6.447   8.390   0.219
    8    HZ1  LYS 131           HZ3      LYS 131  -6.792   9.963  -0.320
    9    H    LYS 131           HN       LYS 131  -6.335   7.133   6.020
   10    HB3  LYS 131           HB1      LYS 131  -6.755   8.341   3.787
   11    HG3  LYS 131           HG1      LYS 131  -5.929  11.171   4.159
   12    HD3  LYS 131           HD1      LYS 131  -5.455   9.794   2.109
   13    HE3  LYS 131           HE1      LYS 131  -8.396  10.161   1.575

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   ILE 132           HA       ILE 132 -10.956   8.756   3.963
    2    HB   ILE 132           HB       ILE 132 -11.018   5.797   4.502
    3   HD12  ILE 132          HD11      ILE 132 -11.369   5.358   1.365
    4   HD11  ILE 132          HD12      ILE 132 -10.421   4.321   2.433
    5   HD13  ILE 132          HD13      ILE 132  -9.650   5.106   1.054
    6    H    ILE 132           HN       ILE 132  -8.742   7.171   4.752

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLN 133           HA       GLN 133 -12.896   6.877   7.918
    2    HB2  GLN 133           HB2      GLN 133 -10.210   6.415   9.206
    3    HG2  GLN 133           HG2      GLN 133 -10.971   4.663   7.630
    4   HE21  GLN 133          HE21      GLN 133 -12.166   2.365   8.938
    5   HE22  GLN 133          HE22      GLN 133 -13.879   2.563   8.781
    6    H    GLN 133           HN       GLN 133 -10.323   6.731   6.784
    7    HB3  GLN 133           HB1      GLN 133 -11.737   6.264  10.060
    8    HG3  GLN 133           HG1      GLN 133 -10.795   4.112   9.292

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   LYS 134           HA       LYS 134 -11.255  10.551  10.356
    2    HB2  LYS 134           HB2      LYS 134  -9.328  12.031  10.087
    3    HG2  LYS 134           HG2      LYS 134  -8.481  10.266   7.804
    4    HD2  LYS 134           HD2      LYS 134  -6.687  11.210   9.287
    5    HE2  LYS 134           HE2      LYS 134  -7.834  13.355   9.769
    6    HZ1  LYS 134           HZ1      LYS 134  -7.128  13.966   6.948
    7    HZ3  LYS 134           HZ2      LYS 134  -7.617  15.116   8.090
    8    HZ2  LYS 134           HZ3      LYS 134  -8.693  13.898   7.601
    9    H    LYS 134           HN       LYS 134 -10.044   8.934   8.327
   10    HB3  LYS 134           HB1      LYS 134  -8.814  10.354  10.191
   11    HG3  LYS 134           HG1      LYS 134  -9.097  11.908   7.631
   12    HD3  LYS 134           HD1      LYS 134  -6.600  11.679   7.588
   13    HE3  LYS 134           HE1      LYS 134  -6.188  13.549   9.167

  No H/Q in entry =          13
  In of MODEL   16
    1    HA3  GLY 135           HA2      GLY 135 -12.375  11.973   5.465
    2    H    GLY 135           HN       GLY 135 -10.874  10.802   6.862
    3    HA2  GLY 135           HA1      GLY 135 -12.878  12.936   6.849

  No H/Q in entry =           3
  In of MODEL   16
    1    H1   GLY  95           HT2      GLY  95  10.929   9.727  16.034
    2    H2   GLY  95           HT1      GLY  95   9.351   9.446  16.591
    3    H3   GLY  95           HT3      GLY  95  10.641   8.521  17.190
    4    HA2  GLY  95           HA2      GLY  95   9.603   8.501  14.412
    5    HA3  GLY  95           HA1      GLY  95   9.382   7.233  15.612

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ALA  96           HA       ALA  96  13.241   5.752  14.266
    2    HB1  ALA  96           HB1      ALA  96  11.893   3.713  14.342
    3    HB2  ALA  96           HB2      ALA  96  13.083   3.642  13.042
    4    HB3  ALA  96           HB3      ALA  96  11.392   3.979  12.673
    5    H    ALA  96           HN       ALA  96  10.369   5.940  13.825

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   MET  97           HA       MET  97  11.104   7.370   9.710
    2    HB2  MET  97           HB2      MET  97  12.598   9.322   9.344
    3    HG2  MET  97           HG2      MET  97  13.357   8.925  12.229
    4    HE2  MET  97           HE1      MET  97  16.090  10.543  12.034
    5    HE1  MET  97           HE2      MET  97  14.967  10.669  13.388
    6    HE3  MET  97           HE3      MET  97  15.567  12.129  12.601
    7    H    MET  97           HN       MET  97  10.980   6.823  11.920
    8    HB3  MET  97           HB1      MET  97  11.512   9.442  10.711
    9    HG3  MET  97           HG1      MET  97  14.447   8.791  10.849

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   GLU  98           HA       GLU  98  14.333   4.661   8.330
    2    HB2  GLU  98           HB2      GLU  98  11.768   3.866   6.936
    3    HG2  GLU  98           HG2      GLU  98  13.319   2.478   9.110
    4    H    GLU  98           HN       GLU  98  11.644   5.516   8.747
    5    HB3  GLU  98           HB1      GLU  98  13.315   3.054   6.725
    6    HG3  GLU  98           HG1      GLU  98  11.747   3.255   9.287

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   PRO  99           HA       PRO  99  15.366   7.420   5.026
    2    HB2  PRO  99           HB2      PRO  99  17.406   5.939   3.952
    3    HG2  PRO  99           HG2      PRO  99  17.160   3.994   5.182
    4    HD2  PRO  99           HD2      PRO  99  15.823   3.907   7.053
    5    HB3  PRO  99           HB1      PRO  99  17.578   6.946   5.393
    6    HG3  PRO  99           HG1      PRO  99  18.209   4.905   6.285
    7    HD3  PRO  99           HD1      PRO  99  16.472   5.420   7.713

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   GLU 100           HA       GLU 100  12.910   5.549   1.993
    2    HB2  GLU 100           HB2      GLU 100  13.576   8.249   0.846
    3    HG2  GLU 100           HG2      GLU 100  11.290   7.214   2.486
    4    H    GLU 100           HN       GLU 100  14.363   7.641   3.153
    5    HB3  GLU 100           HB1      GLU 100  12.386   7.136   0.179
    6    HG3  GLU 100           HG1      GLU 100  12.303   8.627   2.777

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ASN 101           HA       ASN 101  16.760   5.520  -0.938
    2    HB2  ASN 101           HB2      ASN 101  18.328   6.810   0.491
    3   HD21  ASN 101          HD21      ASN 101  18.274   5.398  -1.970
    4   HD22  ASN 101          HD22      ASN 101  19.855   4.740  -2.231
    5    H    ASN 101           HN       ASN 101  16.128   6.619   1.514
    6    HB3  ASN 101           HB1      ASN 101  18.477   5.412   1.551

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LYS 102           HA       LYS 102  16.878   1.317   0.852
    2    HB2  LYS 102           HB2      LYS 102  16.840   2.165   3.740
    3    HG2  LYS 102           HG2      LYS 102  19.020   1.000   2.019
    4    HD2  LYS 102           HD2      LYS 102  19.100   1.981   4.871
    5    HE2  LYS 102           HE2      LYS 102  21.205   0.773   3.087
    6    HZ2  LYS 102           HZ1      LYS 102  22.682   1.020   4.949
    7    HZ1  LYS 102           HZ2      LYS 102  21.387   0.020   5.397
    8    HZ3  LYS 102           HZ3      LYS 102  21.433   1.631   5.921
    9    H    LYS 102           HN       LYS 102  16.374   3.878   2.175
   10    HB3  LYS 102           HB1      LYS 102  16.962   0.479   3.241
   11    HG3  LYS 102           HG1      LYS 102  18.897   2.679   2.548
   12    HD3  LYS 102           HD1      LYS 102  19.158   0.289   4.371
   13    HE3  LYS 102           HE1      LYS 102  21.161   2.432   3.678

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   TYR 103           HA       TYR 103  12.418   1.260   2.705
    2    HB2  TYR 103           HB2      TYR 103  12.222   3.529   3.512
    3    HD1  TYR 103           HD1      TYR 103  10.130   1.859   3.882
    4    HD2  TYR 103           HD2      TYR 103  10.423   4.898   0.932
    5    HE1  TYR 103           HE1      TYR 103   7.674   1.990   3.777
    6    HE2  TYR 103           HE2      TYR 103   7.981   5.040   0.792
    7    HH   TYR 103           HH       TYR 103   6.014   3.804   1.340
    8    H    TYR 103           HN       TYR 103  14.392   3.205   2.262
    9    HB3  TYR 103           HB1      TYR 103  12.311   4.145   1.878

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   LEU 104           HA       LEU 104  11.505   2.232  -1.938
    2    HB2  LEU 104           HB2      LEU 104  13.239   3.804  -2.502
    3    HG   LEU 104           HG       LEU 104  13.367   1.491  -4.441
    4   HD12  LEU 104          HD11      LEU 104  11.674   3.979  -4.442
    5   HD11  LEU 104          HD12      LEU 104  11.107   2.352  -4.074
    6   HD13  LEU 104          HD13      LEU 104  11.699   2.738  -5.692
    7   HD21  LEU 104          HD21      LEU 104  15.254   3.018  -4.712
    8   HD23  LEU 104          HD22      LEU 104  14.140   4.384  -4.795
    9   HD22  LEU 104          HD23      LEU 104  14.121   3.153  -6.059
   10    H    LEU 104           HN       LEU 104  13.670   2.710  -0.215
   11    HB3  LEU 104           HB1      LEU 104  14.452   2.541  -2.473

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   PRO 105           HA       PRO 105  13.772  -1.830  -3.306
    2    HB2  PRO 105           HB2      PRO 105  15.502  -2.918  -1.468
    3    HG2  PRO 105           HG2      PRO 105  15.473  -1.139   0.042
    4    HD2  PRO 105           HD2      PRO 105  14.848   1.014  -0.589
    5    HB3  PRO 105           HB1      PRO 105  16.020  -1.892  -2.811
    6    HG3  PRO 105           HG1      PRO 105  16.851  -0.685  -0.983
    7    HD3  PRO 105           HD1      PRO 105  15.600   0.861  -2.192

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   GLU 106           HA       GLU 106  12.014  -3.709   0.796
    2    HB2  GLU 106           HB2      GLU 106  11.322  -0.904   1.670
    3    HG2  GLU 106           HG2      GLU 106  13.556  -2.364   2.274
    4    H    GLU 106           HN       GLU 106  13.107  -1.228   0.106
    5    HB3  GLU 106           HB1      GLU 106  10.644  -2.343   2.414
    6    HG3  GLU 106           HG1      GLU 106  12.894  -1.035   3.227

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LEU 107           HA       LEU 107   7.901  -1.765  -0.761
    2    HB2  LEU 107           HB2      LEU 107   9.319   0.288  -2.457
    3    HG   LEU 107           HG       LEU 107   9.121   0.881  -0.026
    4   HD12  LEU 107          HD11      LEU 107   8.172   3.096  -0.489
    5   HD11  LEU 107          HD12      LEU 107   7.524   2.491  -2.014
    6   HD13  LEU 107          HD13      LEU 107   9.269   2.572  -1.768
    7   HD21  LEU 107          HD21      LEU 107   6.174   0.817  -0.676
    8   HD23  LEU 107          HD22      LEU 107   6.892   1.448   0.808
    9   HD22  LEU 107          HD23      LEU 107   7.013  -0.271   0.430
   10    H    LEU 107           HN       LEU 107  10.566  -0.822  -0.657
   11    HB3  LEU 107           HB1      LEU 107   7.590   0.002  -2.469

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   MET 108           HA       MET 108   9.008  -2.881  -5.270
    2    HB2  MET 108           HB2      MET 108  11.057  -3.247  -6.412
    3    HG2  MET 108           HG2      MET 108  12.494  -2.711  -3.831
    4    HE2  MET 108           HE1      MET 108  14.400  -0.432  -6.433
    5    HE1  MET 108           HE2      MET 108  13.581  -0.473  -4.872
    6    HE3  MET 108           HE3      MET 108  12.656  -0.688  -6.360
    7    H    MET 108           HN       MET 108  10.530  -1.760  -3.154
    8    HB3  MET 108           HB1      MET 108  11.133  -1.693  -5.602
    9    HG3  MET 108           HG1      MET 108  12.447  -4.243  -4.703

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   ALA 109           HA       ALA 109  10.716  -6.989  -3.734
    2    HB3  ALA 109           HB1      ALA 109  11.205  -6.062  -0.895
    3    HB1  ALA 109           HB2      ALA 109  12.429  -6.454  -2.104
    4    HB2  ALA 109           HB3      ALA 109  11.393  -7.726  -1.458
    5    H    ALA 109           HN       ALA 109  10.878  -4.365  -2.658

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   GLU 110           HA       GLU 110   6.977  -7.416  -0.837
    2    HB2  GLU 110           HB2      GLU 110   6.650  -4.433  -0.459
    3    HG2  GLU 110           HG2      GLU 110   7.182  -6.619   1.541
    4    H    GLU 110           HN       GLU 110   8.794  -5.265  -1.296
    5    HB3  GLU 110           HB1      GLU 110   5.475  -5.623   0.073
    6    HG3  GLU 110           HG1      GLU 110   8.315  -5.366   1.041

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LYS 111           HA       LYS 111   4.529  -5.002  -4.162
    2    HB2  LYS 111           HB2      LYS 111   5.588  -2.978  -4.658
    3    HG2  LYS 111           HG2      LYS 111   5.979  -4.583  -7.171
    4    HD2  LYS 111           HD2      LYS 111   5.403  -1.647  -6.847
    5    HE2  LYS 111           HE2      LYS 111   6.104  -1.539  -9.197
    6    HZ3  LYS 111           HZ1      LYS 111   3.938  -3.540  -8.835
    7    HZ2  LYS 111           HZ2      LYS 111   4.165  -2.512 -10.163
    8    HZ1  LYS 111           HZ3      LYS 111   3.736  -1.865  -8.657
    9    H    LYS 111           HN       LYS 111   7.071  -4.675  -3.025
   10    HB3  LYS 111           HB1      LYS 111   7.074  -3.764  -5.161
   11    HG3  LYS 111           HG1      LYS 111   4.465  -3.834  -6.664
   12    HD3  LYS 111           HD1      LYS 111   7.021  -2.304  -7.093
   13    HE3  LYS 111           HE1      LYS 111   6.282  -3.291  -9.218

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   ASP 112           HA       ASP 112   6.620  -7.700  -7.434
    2    HB2  ASP 112           HB2      ASP 112   9.019  -7.057  -7.085
    3    H    ASP 112           HN       ASP 112   7.663  -6.355  -5.160
    4    HB3  ASP 112           HB1      ASP 112   9.143  -8.358  -5.907

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   SER 113           HA       SER 113   6.368 -11.361  -4.606
    2    HB2  SER 113           HB2      SER 113   6.807  -9.906  -1.998
    3    HG   SER 113           HG       SER 113   8.673  -9.909  -3.246
    4    H    SER 113           HN       SER 113   6.811  -8.530  -4.068
    5    HB3  SER 113           HB1      SER 113   6.699 -11.653  -2.184

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   LEU 114           HA       LEU 114   2.523  -9.858  -2.242
    2    HB2  LEU 114           HB2      LEU 114   3.180  -7.363  -2.421
    3    HG   LEU 114           HG       LEU 114   0.322  -8.276  -2.231
    4   HD12  LEU 114          HD11      LEU 114   0.614  -7.595   0.116
    5   HD11  LEU 114          HD12      LEU 114   2.287  -7.163  -0.233
    6   HD13  LEU 114          HD13      LEU 114   1.766  -8.843  -0.369
    7   HD21  LEU 114          HD21      LEU 114   0.352  -6.009  -3.197
    8   HD23  LEU 114          HD22      LEU 114   1.315  -5.465  -1.823
    9   HD22  LEU 114          HD23      LEU 114  -0.329  -6.054  -1.573
   10    H    LEU 114           HN       LEU 114   4.543  -8.584  -3.799
   11    HB3  LEU 114           HB1      LEU 114   2.128  -7.339  -3.822

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ASP 115           HA       ASP 115   0.259 -11.631  -5.478
    2    HB2  ASP 115           HB2      ASP 115  -0.608 -12.664  -3.310
    3    H    ASP 115           HN       ASP 115   0.504 -10.561  -2.838
    4    HB3  ASP 115           HB1      ASP 115  -1.913 -11.487  -3.384

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   PRO 116           HA       PRO 116  -1.537  -8.091  -7.438
    2    HB2  PRO 116           HB2      PRO 116  -2.681  -9.403  -9.551
    3    HG2  PRO 116           HG2      PRO 116  -2.361 -11.573  -8.778
    4    HD2  PRO 116           HD2      PRO 116  -0.769 -12.090  -7.154
    5    HB3  PRO 116           HB1      PRO 116  -0.961  -9.011  -9.449
    6    HG3  PRO 116           HG1      PRO 116  -0.867 -11.328  -9.707
    7    HD3  PRO 116           HD1      PRO 116   0.397 -10.907  -7.787

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   SER 117           HA       SER 117  -5.974  -9.964  -6.999
    2    HB2  SER 117           HB2      SER 117  -5.150 -11.406  -4.466
    3    HG   SER 117           HG       SER 117  -4.414 -12.683  -6.052
    4    H    SER 117           HN       SER 117  -3.383 -10.785  -6.287
    5    HB3  SER 117           HB1      SER 117  -6.760 -11.389  -5.189

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   PHE 118           HA       PHE 118  -5.811  -7.077  -3.417
    2    HB2  PHE 118           HB2      PHE 118  -2.834  -7.172  -2.869
    3    HD1  PHE 118           HD1      PHE 118  -5.303  -7.497  -0.276
    4    HD2  PHE 118           HD2      PHE 118  -2.832  -9.654  -2.980
    5    HE1  PHE 118           HE1      PHE 118  -5.602  -9.524   1.072
    6    HE2  PHE 118           HE2      PHE 118  -3.132 -11.690  -1.647
    7    HZ   PHE 118           HZ       PHE 118  -4.520 -11.632   0.390
    8    H    PHE 118           HN       PHE 118  -3.741  -8.696  -4.707
    9    HB3  PHE 118           HB1      PHE 118  -4.048  -6.349  -1.899

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   THR 119           HA       THR 119  -4.572  -4.631  -6.967
    2    HB   THR 119           HB       THR 119  -7.348  -3.730  -6.198
    3    HG1  THR 119           HG1      THR 119  -6.366  -5.801  -7.691
    4   HG22  THR 119          HG21      THR 119  -7.366  -2.587  -8.377
    5   HG21  THR 119          HG22      THR 119  -5.676  -3.029  -8.617
    6   HG23  THR 119          HG23      THR 119  -6.122  -1.932  -7.310
    7    H    THR 119           HN       THR 119  -6.362  -5.805  -5.187

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   HIS 120           HA       HIS 120  -4.949  -0.640  -4.591
    2    HB2  HIS 120           HB2      HIS 120  -6.362  -1.710  -2.155
    3    HD1  HIS 120           HD1      HIS 120  -6.864   0.713  -5.071
    4    HD2  HIS 120           HD2      HIS 120  -8.969  -1.977  -2.701
    5    HE1  HIS 120           HE1      HIS 120  -9.206   0.683  -5.994
    6    HE2  HIS 120           HE2      HIS 120 -10.388  -1.129  -4.688
    7    H    HIS 120           HN       HIS 120  -6.152  -3.184  -4.107
    8    HB3  HIS 120           HB1      HIS 120  -5.905  -0.029  -2.404

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   ALA 121           HA       ALA 121  -2.113  -2.184  -1.007
    2    HB1  ALA 121           HB1      ALA 121  -3.221  -4.380  -0.527
    3    HB3  ALA 121           HB2      ALA 121  -1.460  -4.400  -0.445
    4    HB2  ALA 121           HB3      ALA 121  -2.285  -5.064  -1.856
    5    H    ALA 121           HN       ALA 121  -4.259  -3.327  -2.398

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   MET 122           HA       MET 122   0.549  -3.740  -4.608
    2    HB2  MET 122           HB2      MET 122  -1.897  -4.334  -6.226
    3    HG2  MET 122           HG2      MET 122  -0.571  -5.999  -4.725
    4    HE2  MET 122           HE1      MET 122   3.234  -5.429  -5.548
    5    HE1  MET 122           HE2      MET 122   1.972  -5.312  -4.322
    6    HE3  MET 122           HE3      MET 122   1.990  -4.188  -5.681
    7    H    MET 122           HN       MET 122  -2.245  -3.849  -4.071
    8    HB3  MET 122           HB1      MET 122  -0.347  -4.138  -7.031
    9    HG3  MET 122           HG1      MET 122  -1.206  -6.489  -6.293

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   GLN 123           HA       GLN 123  -0.774   0.033  -7.121
    2    HB2  GLN 123           HB2      GLN 123  -3.081   0.127  -7.456
    3    HG2  GLN 123           HG2      GLN 123  -2.560   2.413  -5.583
    4   HE21  GLN 123          HE21      GLN 123  -4.118   4.046  -7.444
    5   HE22  GLN 123          HE22      GLN 123  -5.778   3.737  -7.083
    6    H    GLN 123           HN       GLN 123  -2.188  -1.697  -5.385
    7    HB3  GLN 123           HB1      GLN 123  -3.431   0.054  -5.738
    8    HG3  GLN 123           HG1      GLN 123  -2.549   2.433  -7.345

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   LEU 124           HA       LEU 124  -0.427   2.815  -3.419
    2    HB2  LEU 124           HB2      LEU 124  -0.820   0.676  -1.317
    3    HG   LEU 124           HG       LEU 124  -2.901   1.604  -2.455
    4   HD12  LEU 124          HD11      LEU 124  -4.093   1.909  -0.318
    5   HD11  LEU 124          HD12      LEU 124  -2.540   1.998   0.514
    6   HD13  LEU 124          HD13      LEU 124  -3.023   0.509  -0.301
    7   HD22  LEU 124          HD21      LEU 124  -2.153   3.904  -2.706
    8   HD21  LEU 124          HD22      LEU 124  -2.060   4.081  -0.954
    9   HD23  LEU 124          HD23      LEU 124  -3.623   3.831  -1.732
   10    H    LEU 124           HN       LEU 124  -1.529   0.257  -3.660
   11    HB3  LEU 124           HB1      LEU 124  -0.396   2.338  -0.953

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   LEU 125           HA       LEU 125   3.562   0.386  -2.229
    2    HB2  LEU 125           HB2      LEU 125   2.483  -1.960  -3.763
    3    HG   LEU 125           HG       LEU 125   2.362  -1.974  -1.247
    4   HD13  LEU 125          HD11      LEU 125   2.249  -3.998  -2.600
    5   HD12  LEU 125          HD12      LEU 125   3.144  -4.294  -1.112
    6   HD11  LEU 125          HD13      LEU 125   4.009  -4.087  -2.631
    7   HD21  LEU 125          HD21      LEU 125   5.356  -2.239  -1.549
    8   HD23  LEU 125          HD22      LEU 125   4.444  -2.481  -0.056
    9   HD22  LEU 125          HD23      LEU 125   4.506  -0.885  -0.802
   10    H    LEU 125           HN       LEU 125   0.993  -0.378  -3.216
   11    HB3  LEU 125           HB1      LEU 125   4.212  -1.753  -3.614

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   THR 126           HA       THR 126   4.462   0.537  -6.827
    2    HB   THR 126           HB       THR 126   1.585   0.969  -7.654
    3    HG1  THR 126           HG1      THR 126   1.837  -1.168  -7.380
    4   HG21  THR 126          HG21      THR 126   4.062   0.870  -9.383
    5   HG23  THR 126          HG22      THR 126   3.041   2.282  -9.100
    6   HG22  THR 126          HG23      THR 126   2.398   0.889  -9.972
    7    H    THR 126           HN       THR 126   2.057   0.205  -5.376

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   ALA 127           HA       ALA 127   2.773   5.033  -7.133
    2    HB2  ALA 127           HB1      ALA 127   1.275   6.231  -5.649
    3    HB3  ALA 127           HB2      ALA 127   1.178   4.826  -4.588
    4    HB1  ALA 127           HB3      ALA 127   0.528   4.742  -6.226
    5    H    ALA 127           HN       ALA 127   1.868   2.732  -5.838

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   GLU 128           HA       GLU 128   4.851   6.059  -2.928
    2    HB2  GLU 128           HB2      GLU 128   3.963   4.152  -1.532
    3    HG2  GLU 128           HG2      GLU 128   5.873   4.076   0.054
    4    H    GLU 128           HN       GLU 128   3.372   3.869  -3.820
    5    HB3  GLU 128           HB1      GLU 128   5.333   3.202  -2.083
    6    HG3  GLU 128           HG1      GLU 128   6.834   4.943  -1.138

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ILE 129           HA       ILE 129   8.610   3.630  -4.584
    2    HB   ILE 129           HB       ILE 129   6.942   2.127  -6.601
    3   HD11  ILE 129          HD11      ILE 129   6.750  -0.335  -6.036
    4   HD13  ILE 129          HD12      ILE 129   7.672  -0.981  -4.677
    5   HD12  ILE 129          HD13      ILE 129   8.504  -0.473  -6.148
    6    H    ILE 129           HN       ILE 129   5.843   3.157  -4.648

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLU 130           HA       GLU 130   7.689   5.826  -8.810
    2    HB2  GLU 130           HB2      GLU 130   4.936   6.622  -7.847
    3    HG2  GLU 130           HG2      GLU 130   5.784   4.870 -10.141
    4    H    GLU 130           HN       GLU 130   6.092   4.627  -6.853
    5    HB3  GLU 130           HB1      GLU 130   5.687   7.203  -9.323
    6    HG3  GLU 130           HG1      GLU 130   4.910   4.366  -8.697

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LYS 131           HA       LYS 131   7.190   9.753  -6.104
    2    HB2  LYS 131           HB2      LYS 131   5.545   8.934  -4.425
    3    HG2  LYS 131           HG2      LYS 131   7.800  10.694  -3.597
    4    HD2  LYS 131           HD2      LYS 131   6.489  11.180  -1.508
    5    HE2  LYS 131           HE2      LYS 131   7.830   8.515  -1.888
    6    HZ3  LYS 131           HZ1      LYS 131   8.134   8.607   0.569
    7    HZ2  LYS 131           HZ2      LYS 131   6.551   8.246   0.053
    8    HZ1  LYS 131           HZ3      LYS 131   6.927   9.800   0.618
    9    H    LYS 131           HN       LYS 131   6.444   7.052  -5.747
   10    HB3  LYS 131           HB1      LYS 131   6.873   8.232  -3.509
   11    HG3  LYS 131           HG1      LYS 131   6.096  11.082  -3.849
   12    HD3  LYS 131           HD1      LYS 131   5.592   9.689  -1.813
   13    HE3  LYS 131           HE1      LYS 131   8.536  10.006  -1.266

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   ILE 132           HA       ILE 132  11.081   8.568  -3.667
    2    HB   ILE 132           HB       ILE 132  11.089   5.611  -4.230
    3   HD12  ILE 132          HD11      ILE 132  11.422   5.134  -1.099
    4   HD11  ILE 132          HD12      ILE 132  10.457   4.129  -2.182
    5   HD13  ILE 132          HD13      ILE 132   9.699   4.912  -0.795
    6    H    ILE 132           HN       ILE 132   8.838   7.039  -4.474

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLN 133           HA       GLN 133  12.997   6.703  -7.629
    2    HB2  GLN 133           HB2      GLN 133  10.312   6.294  -8.945
    3    HG2  GLN 133           HG2      GLN 133  11.029   4.515  -7.377
    4   HE21  GLN 133          HE21      GLN 133  12.203   2.222  -8.712
    5   HE22  GLN 133          HE22      GLN 133  13.916   2.376  -8.501
    6    H    GLN 133           HN       GLN 133  10.411   6.593  -6.515
    7    HB3  GLN 133           HB1      GLN 133  11.846   6.124  -9.784
    8    HG3  GLN 133           HG1      GLN 133  10.865   3.984  -9.047

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   LYS 134           HA       LYS 134  11.434  10.429 -10.042
    2    HB2  LYS 134           HB2      LYS 134   9.533  11.945  -9.756
    3    HG2  LYS 134           HG2      LYS 134   8.649  10.169  -7.494
    4    HD2  LYS 134           HD2      LYS 134   6.878  11.162  -8.980
    5    HE2  LYS 134           HE2      LYS 134   8.069  13.291  -9.414
    6    HZ1  LYS 134           HZ1      LYS 134   7.375  13.853  -6.581
    7    HZ3  LYS 134           HZ2      LYS 134   7.861  15.030  -7.696
    8    HZ2  LYS 134           HZ3      LYS 134   8.934  13.793  -7.246
    9    H    LYS 134           HN       LYS 134  10.185   8.814  -8.034
   10    HB3  LYS 134           HB1      LYS 134   8.988  10.280  -9.884
   11    HG3  LYS 134           HG1      LYS 134   9.296  11.799  -7.305
   12    HD3  LYS 134           HD1      LYS 134   6.786  11.604  -7.275
   13    HE3  LYS 134           HE1      LYS 134   6.422  13.512  -8.822

  No H/Q in entry =          13
  In of MODEL   16
    1    HA3  GLY 135           HA2      GLY 135  12.552  11.779  -5.121
    2    H    GLY 135           HN       GLY 135  11.040  10.651  -6.549
    3    HA2  GLY 135           HA1      GLY 135  13.082  12.748  -6.492

  No H/Q in entry =           3
  In of MODEL   17
    1    H1   GLY  95           HT3      GLY  95  -5.764   6.279  -5.332
    2    H2   GLY  95           HT2      GLY  95  -7.407   6.530  -4.981
    3    H3   GLY  95           HT1      GLY  95  -6.610   5.166  -4.372
    4    HA3  GLY  95           HA1      GLY  95  -6.339   4.266  -6.570
    5    HA2  GLY  95           HA2      GLY  95  -8.035   4.609  -6.259

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ALA  96           HA       ALA  96  -6.269   6.949  -9.899
    2    HB2  ALA  96           HB1      ALA  96  -5.328   4.915 -10.867
    3    HB3  ALA  96           HB2      ALA  96  -6.242   5.829 -12.067
    4    HB1  ALA  96           HB3      ALA  96  -6.944   4.385 -11.338
    5    H    ALA  96           HN       ALA  96  -6.873   4.365  -8.837

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   MET  97           HA       MET  97 -10.748   7.155 -10.742
    2    HB2  MET  97           HB2      MET  97 -10.294   5.674 -12.718
    3    HG2  MET  97           HG2      MET  97 -13.150   5.738 -11.786
    4    HE3  MET  97           HE1      MET  97 -15.127   5.593 -13.567
    5    HE2  MET  97           HE2      MET  97 -14.873   5.257 -15.279
    6    HE1  MET  97           HE3      MET  97 -14.298   6.772 -14.583
    7    H    MET  97           HN       MET  97  -9.104   4.830  -9.989
    8    HB3  MET  97           HB1      MET  97 -11.083   4.360 -11.860
    9    HG3  MET  97           HG1      MET  97 -12.336   6.925 -12.807

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   GLU  98           HA       GLU  98 -12.530   3.788  -7.934
    2    HB2  GLU  98           HB2      GLU  98 -10.101   3.942  -6.142
    3    HG2  GLU  98           HG2      GLU  98 -10.580   1.932  -8.334
    4    H    GLU  98           HN       GLU  98 -10.036   5.120  -8.455
    5    HB3  GLU  98           HB1      GLU  98 -11.330   2.681  -6.190
    6    HG3  GLU  98           HG1      GLU  98  -9.482   3.298  -8.484

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   PRO  99           HA       PRO  99 -14.113   7.188  -5.512
    2    HB2  PRO  99           HB2      PRO  99 -16.470   6.079  -4.867
    3    HG2  PRO  99           HG2      PRO  99 -16.022   3.862  -5.382
    4    HD2  PRO  99           HD2      PRO  99 -14.229   3.271  -6.697
    5    HB3  PRO  99           HB1      PRO  99 -16.126   6.631  -6.510
    6    HG3  PRO  99           HG1      PRO  99 -16.697   4.413  -6.927
    7    HD3  PRO  99           HD1      PRO  99 -14.635   4.461  -7.947

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   GLU 100           HA       GLU 100 -12.494   6.067  -1.744
    2    HB2  GLU 100           HB2      GLU 100 -12.524   7.787  -0.162
    3    HG2  GLU 100           HG2      GLU 100 -14.943   8.182  -0.126
    4    H    GLU 100           HN       GLU 100 -13.941   7.715  -3.446
    5    HB3  GLU 100           HB1      GLU 100 -12.461   8.537  -1.749
    6    HG3  GLU 100           HG1      GLU 100 -13.957   9.632  -0.159

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ASN 101           HA       ASN 101 -16.610   5.722   0.673
    2    HB2  ASN 101           HB2      ASN 101 -18.155   6.995  -0.742
    3   HD21  ASN 101          HD21      ASN 101 -18.125   5.384   1.631
    4   HD22  ASN 101          HD22      ASN 101 -19.705   4.712   1.828
    5    H    ASN 101           HN       ASN 101 -15.914   6.825  -1.741
    6    HB3  ASN 101           HB1      ASN 101 -18.243   5.640  -1.865

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LYS 102           HA       LYS 102 -16.828   1.493  -1.151
    2    HB2  LYS 102           HB2      LYS 102 -16.311   2.357  -3.991
    3    HG2  LYS 102           HG2      LYS 102 -18.532   1.341  -4.412
    4    HD2  LYS 102           HD2      LYS 102 -18.563   3.513  -2.321
    5    HE2  LYS 102           HE2      LYS 102 -20.519   2.889  -4.529
    6    HZ3  LYS 102           HZ1      LYS 102 -20.797   4.826  -2.302
    7    HZ2  LYS 102           HZ2      LYS 102 -21.833   4.615  -3.627
    8    HZ1  LYS 102           HZ3      LYS 102 -20.284   5.266  -3.856
    9    H    LYS 102           HN       LYS 102 -16.198   4.043  -2.409
   10    HB3  LYS 102           HB1      LYS 102 -16.421   0.660  -3.547
   11    HG3  LYS 102           HG1      LYS 102 -18.712   1.110  -2.674
   12    HD3  LYS 102           HD1      LYS 102 -18.312   3.768  -4.047
   13    HE3  LYS 102           HE1      LYS 102 -20.772   2.527  -2.823

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   TYR 103           HA       TYR 103 -12.182   1.464  -2.580
    2    HB2  TYR 103           HB2      TYR 103 -12.071   3.730  -3.427
    3    HD1  TYR 103           HD1      TYR 103 -10.266   5.212  -0.917
    4    HD2  TYR 103           HD2      TYR 103  -9.958   2.077  -3.767
    5    HE1  TYR 103           HE1      TYR 103  -7.826   5.424  -0.843
    6    HE2  TYR 103           HE2      TYR 103  -7.506   2.272  -3.718
    7    HH   TYR 103           HH       TYR 103  -5.848   4.367  -1.449
    8    H    TYR 103           HN       TYR 103 -14.201   3.373  -2.255
    9    HB3  TYR 103           HB1      TYR 103 -12.167   4.378  -1.804

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   LEU 104           HA       LEU 104 -11.317   2.603   2.018
    2    HB2  LEU 104           HB2      LEU 104 -12.985   4.254   2.507
    3    HG   LEU 104           HG       LEU 104 -13.318   2.048   4.542
    4   HD12  LEU 104          HD11      LEU 104 -11.583   3.302   5.781
    5   HD11  LEU 104          HD12      LEU 104 -11.355   4.325   4.360
    6   HD13  LEU 104          HD13      LEU 104 -10.996   2.599   4.273
    7   HD21  LEU 104          HD21      LEU 104 -15.057   3.786   4.660
    8   HD23  LEU 104          HD22      LEU 104 -13.797   5.018   4.779
    9   HD22  LEU 104          HD23      LEU 104 -13.981   3.819   6.059
   10    H    LEU 104           HN       LEU 104 -13.482   3.038   0.288
   11    HB3  LEU 104           HB1      LEU 104 -14.256   3.049   2.502

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   PRO 105           HA       PRO 105 -13.693  -1.322   3.619
    2    HB2  PRO 105           HB2      PRO 105 -15.490  -2.428   1.854
    3    HG2  PRO 105           HG2      PRO 105 -15.434  -0.713   0.272
    4    HD2  PRO 105           HD2      PRO 105 -14.718   1.434   0.795
    5    HB3  PRO 105           HB1      PRO 105 -15.951  -1.331   3.162
    6    HG3  PRO 105           HG1      PRO 105 -16.772  -0.165   1.304
    7    HD3  PRO 105           HD1      PRO 105 -15.434   1.383   2.419

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   GLU 106           HA       GLU 106 -12.178  -3.498  -0.419
    2    HB2  GLU 106           HB2      GLU 106 -11.485  -0.819  -1.603
    3    HG2  GLU 106           HG2      GLU 106 -13.818  -1.489  -1.925
    4    H    GLU 106           HN       GLU 106 -13.091  -0.906   0.171
    5    HB3  GLU 106           HB1      GLU 106 -10.955  -2.353  -2.276
    6    HG3  GLU 106           HG1      GLU 106 -12.910  -1.437  -3.433

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LEU 107           HA       LEU 107  -7.882  -1.601   0.728
    2    HB2  LEU 107           HB2      LEU 107  -9.186   0.472   2.495
    3    HG   LEU 107           HG       LEU 107  -9.082   1.027   0.023
    4   HD13  LEU 107          HD11      LEU 107  -9.271   2.714   1.771
    5   HD12  LEU 107          HD12      LEU 107  -8.230   3.280   0.465
    6   HD11  LEU 107          HD13      LEU 107  -7.520   2.715   1.979
    7   HD21  LEU 107          HD21      LEU 107  -6.136   1.024   0.660
    8   HD23  LEU 107          HD22      LEU 107  -6.862   1.704  -0.799
    9   HD22  LEU 107          HD23      LEU 107  -6.967  -0.030  -0.485
   10    H    LEU 107           HN       LEU 107 -10.530  -0.598   0.733
   11    HB3  LEU 107           HB1      LEU 107  -7.462   0.165   2.407

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   MET 108           HA       MET 108  -8.905  -2.626   5.305
    2    HB2  MET 108           HB2      MET 108 -10.797  -1.364   5.827
    3    HG2  MET 108           HG2      MET 108 -11.685  -4.203   6.192
    4    HE2  MET 108           HE1      MET 108 -14.244  -3.456   5.919
    5    HE1  MET 108           HE2      MET 108 -13.708  -1.827   5.504
    6    HE3  MET 108           HE3      MET 108 -14.938  -2.059   6.747
    7    H    MET 108           HN       MET 108 -10.403  -1.510   3.185
    8    HB3  MET 108           HB1      MET 108 -11.809  -2.296   4.755
    9    HG3  MET 108           HG1      MET 108 -10.538  -3.371   7.237

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   ALA 109           HA       ALA 109 -10.848  -6.691   3.905
    2    HB3  ALA 109           HB1      ALA 109 -11.645  -7.471   1.725
    3    HB2  ALA 109           HB2      ALA 109 -11.304  -5.888   1.030
    4    HB1  ALA 109           HB3      ALA 109 -12.547  -6.056   2.269
    5    H    ALA 109           HN       ALA 109 -10.925  -4.083   2.780

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   GLU 110           HA       GLU 110  -7.159  -7.339   0.956
    2    HB2  GLU 110           HB2      GLU 110  -6.681  -4.377   0.564
    3    HG2  GLU 110           HG2      GLU 110  -7.386  -6.530  -1.414
    4    H    GLU 110           HN       GLU 110  -8.886  -5.106   1.403
    5    HB3  GLU 110           HB1      GLU 110  -5.588  -5.639   0.018
    6    HG3  GLU 110           HG1      GLU 110  -8.414  -5.186  -0.913

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LYS 111           HA       LYS 111  -4.698  -4.883   4.324
    2    HB2  LYS 111           HB2      LYS 111  -5.828  -2.907   4.795
    3    HG2  LYS 111           HG2      LYS 111  -6.296  -4.594   7.236
    4    HD2  LYS 111           HD2      LYS 111  -6.191  -1.594   7.005
    5    HE2  LYS 111           HE2      LYS 111  -6.988  -3.423   9.264
    6    HZ2  LYS 111           HZ1      LYS 111  -8.235  -1.403   9.367
    7    HZ1  LYS 111           HZ2      LYS 111  -6.843  -0.462   9.113
    8    HZ3  LYS 111           HZ3      LYS 111  -7.019  -1.343  10.551
    9    H    LYS 111           HN       LYS 111  -7.188  -4.592   3.092
   10    HB3  LYS 111           HB1      LYS 111  -7.335  -3.732   5.151
   11    HG3  LYS 111           HG1      LYS 111  -4.888  -3.585   6.887
   12    HD3  LYS 111           HD1      LYS 111  -7.704  -2.513   7.094
   13    HE3  LYS 111           HE1      LYS 111  -5.487  -2.506   9.160

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   ASP 112           HA       ASP 112  -6.834  -7.641   7.519
    2    HB2  ASP 112           HB2      ASP 112  -9.182  -6.981   7.305
    3    H    ASP 112           HN       ASP 112  -7.842  -6.250   5.258
    4    HB3  ASP 112           HB1      ASP 112  -9.377  -8.074   5.939

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   SER 113           HA       SER 113  -6.589 -11.264   4.666
    2    HB2  SER 113           HB2      SER 113  -6.968  -9.766   2.071
    3    HG   SER 113           HG       SER 113  -8.822  -9.612   3.280
    4    H    SER 113           HN       SER 113  -6.853  -8.391   4.158
    5    HB3  SER 113           HB1      SER 113  -6.986 -11.516   2.264

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   LEU 114           HA       LEU 114  -2.708  -9.815   2.321
    2    HB2  LEU 114           HB2      LEU 114  -3.329  -7.316   2.572
    3    HG   LEU 114           HG       LEU 114  -0.476  -8.242   2.322
    4   HD13  LEU 114          HD11      LEU 114  -1.933  -8.760   0.460
    5   HD12  LEU 114          HD12      LEU 114  -0.799  -7.488  -0.007
    6   HD11  LEU 114          HD13      LEU 114  -2.470  -7.083   0.379
    7   HD23  LEU 114          HD21      LEU 114  -1.473  -5.420   2.007
    8   HD22  LEU 114          HD22      LEU 114   0.168  -5.998   1.719
    9   HD21  LEU 114          HD23      LEU 114  -0.497  -6.004   3.351
   10    H    LEU 114           HN       LEU 114  -4.673  -8.556   3.973
   11    HB3  LEU 114           HB1      LEU 114  -2.260  -7.342   3.959

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ASP 115           HA       ASP 115  -0.487 -11.750   5.487
    2    HB2  ASP 115           HB2      ASP 115   0.347 -12.819   3.363
    3    H    ASP 115           HN       ASP 115  -0.716 -10.610   2.883
    4    HB3  ASP 115           HB1      ASP 115   1.639 -11.626   3.333

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   PRO 116           HA       PRO 116   1.357  -8.342   7.559
    2    HB2  PRO 116           HB2      PRO 116   2.550  -9.713   9.605
    3    HG2  PRO 116           HG2      PRO 116   2.273 -11.864   8.752
    4    HD2  PRO 116           HD2      PRO 116   0.697 -12.349   7.110
    5    HB3  PRO 116           HB1      PRO 116   0.820  -9.361   9.532
    6    HG3  PRO 116           HG1      PRO 116   0.778 -11.686   9.696
    7    HD3  PRO 116           HD1      PRO 116  -0.506 -11.244   7.808

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   SER 117           HA       SER 117   5.817 -10.092   7.038
    2    HB2  SER 117           HB2      SER 117   5.257 -12.296   5.953
    3    HG   SER 117           HG       SER 117   7.210 -11.426   4.259
    4    H    SER 117           HN       SER 117   3.252 -10.937   6.277
    5    HB3  SER 117           HB1      SER 117   5.114 -11.440   4.419

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   PHE 118           HA       PHE 118   5.626  -7.157   3.481
    2    HB2  PHE 118           HB2      PHE 118   2.637  -7.224   2.997
    3    HD1  PHE 118           HD1      PHE 118   2.571  -9.686   3.052
    4    HD2  PHE 118           HD2      PHE 118   5.091  -7.553   0.375
    5    HE1  PHE 118           HE1      PHE 118   2.816 -11.707   1.685
    6    HE2  PHE 118           HE2      PHE 118   5.337  -9.570  -1.006
    7    HZ   PHE 118           HZ       PHE 118   4.202 -11.656  -0.353
    8    H    PHE 118           HN       PHE 118   3.578  -8.791   4.775
    9    HB3  PHE 118           HB1      PHE 118   3.835  -6.395   2.009

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   THR 119           HA       THR 119   4.472  -4.704   7.079
    2    HB   THR 119           HB       THR 119   7.263  -3.901   6.262
    3    HG1  THR 119           HG1      THR 119   6.216  -5.860   7.886
    4   HG22  THR 119          HG21      THR 119   7.349  -2.697   8.405
    5   HG21  THR 119          HG22      THR 119   5.643  -3.067   8.668
    6   HG23  THR 119          HG23      THR 119   6.121  -2.032   7.323
    7    H    THR 119           HN       THR 119   6.215  -5.933   5.279

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   HIS 120           HA       HIS 120   5.038  -0.744   4.631
    2    HB2  HIS 120           HB2      HIS 120   6.167  -1.952   2.110
    3    HD1  HIS 120           HD1      HIS 120   7.312   0.392   4.915
    4    HD2  HIS 120           HD2      HIS 120   8.688  -2.685   2.501
    5    HE1  HIS 120           HE1      HIS 120   9.670  -0.030   5.647
    6    HE2  HIS 120           HE2      HIS 120  10.356  -2.087   4.381
    7    H    HIS 120           HN       HIS 120   6.031  -3.378   4.169
    8    HB3  HIS 120           HB1      HIS 120   5.962  -0.235   2.426

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   ALA 121           HA       ALA 121   1.973  -2.129   1.149
    2    HB3  ALA 121           HB1      ALA 121   2.981  -4.321   0.542
    3    HB1  ALA 121           HB2      ALA 121   1.218  -4.325   0.580
    4    HB2  ALA 121           HB3      ALA 121   2.131  -5.035   1.913
    5    H    ALA 121           HN       ALA 121   4.128  -3.375   2.433

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   MET 122           HA       MET 122  -0.636  -3.737   4.762
    2    HB2  MET 122           HB2      MET 122   1.831  -4.366   6.335
    3    HG2  MET 122           HG2      MET 122   0.464  -6.002   4.826
    4    HE2  MET 122           HE1      MET 122  -3.309  -5.415   5.872
    5    HE1  MET 122           HE2      MET 122  -2.125  -5.267   4.573
    6    HE3  MET 122           HE3      MET 122  -2.038  -4.198   5.974
    7    H    MET 122           HN       MET 122   2.144  -3.861   4.181
    8    HB3  MET 122           HB1      MET 122   0.292  -4.182   7.164
    9    HG3  MET 122           HG1      MET 122   1.158  -6.518   6.359

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   GLN 123           HA       GLN 123   0.707  -0.026   7.329
    2    HB2  GLN 123           HB2      GLN 123   3.030   0.028   7.670
    3    HG2  GLN 123           HG2      GLN 123   2.614   2.417   5.894
    4   HE21  GLN 123          HE21      GLN 123   5.026   0.779   6.202
    5   HE22  GLN 123          HE22      GLN 123   6.229   1.826   6.869
    6    H    GLN 123           HN       GLN 123   2.140  -1.728   5.577
    7    HB3  GLN 123           HB1      GLN 123   3.375   0.102   5.951
    8    HG3  GLN 123           HG1      GLN 123   2.259   2.346   7.615

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   LEU 124           HA       LEU 124   0.369   2.775   3.646
    2    HB2  LEU 124           HB2      LEU 124   0.756   0.645   1.537
    3    HG   LEU 124           HG       LEU 124   2.824   1.617   2.687
    4   HD13  LEU 124          HD11      LEU 124   2.925   0.473   0.540
    5   HD12  LEU 124          HD12      LEU 124   4.027   1.849   0.564
    6   HD11  LEU 124          HD13      LEU 124   2.490   1.964  -0.292
    7   HD22  LEU 124          HD21      LEU 124   2.052   3.909   2.880
    8   HD21  LEU 124          HD22      LEU 124   1.946   4.044   1.125
    9   HD23  LEU 124          HD23      LEU 124   3.516   3.837   1.900
   10    H    LEU 124           HN       LEU 124   1.457   0.209   3.879
   11    HB3  LEU 124           HB1      LEU 124   0.310   2.304   1.177

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   LEU 125           HA       LEU 125  -3.659   0.401   2.545
    2    HB2  LEU 125           HB2      LEU 125  -2.613  -1.972   4.070
    3    HG   LEU 125           HG       LEU 125  -2.388  -1.979   1.573
    4   HD11  LEU 125          HD11      LEU 125  -2.442  -4.015   2.936
    5   HD13  LEU 125          HD12      LEU 125  -3.199  -4.263   1.364
    6   HD12  LEU 125          HD13      LEU 125  -4.199  -4.053   2.797
    7   HD21  LEU 125          HD21      LEU 125  -5.401  -2.128   1.718
    8   HD23  LEU 125          HD22      LEU 125  -4.426  -2.412   0.273
    9   HD22  LEU 125          HD23      LEU 125  -4.457  -0.812   1.016
   10    H    LEU 125           HN       LEU 125  -1.077  -0.410   3.466
   11    HB3  LEU 125           HB1      LEU 125  -4.338  -1.744   3.868

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   THR 126           HA       THR 126  -4.382   0.577   7.218
    2    HB   THR 126           HB       THR 126  -1.472   1.111   7.860
    3    HG1  THR 126           HG1      THR 126  -1.873  -1.073   7.472
    4   HG21  THR 126          HG21      THR 126  -3.850   0.934   9.715
    5   HG23  THR 126          HG22      THR 126  -2.908   2.385   9.363
    6   HG22  THR 126          HG23      THR 126  -2.162   1.033  10.216
    7    H    THR 126           HN       THR 126  -2.072   0.174   5.655

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   ALA 127           HA       ALA 127  -2.713   5.071   7.319
    2    HB2  ALA 127           HB1      ALA 127  -1.218   6.238   5.803
    3    HB3  ALA 127           HB2      ALA 127  -1.117   4.802   4.784
    4    HB1  ALA 127           HB3      ALA 127  -0.475   4.763   6.425
    5    H    ALA 127           HN       ALA 127  -1.846   2.746   6.042

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   GLU 128           HA       GLU 128  -4.708   6.108   3.075
    2    HB2  GLU 128           HB2      GLU 128  -3.842   4.154   1.719
    3    HG2  GLU 128           HG2      GLU 128  -5.783   4.088   0.116
    4    H    GLU 128           HN       GLU 128  -3.316   3.882   4.012
    5    HB3  GLU 128           HB1      GLU 128  -5.260   3.259   2.238
    6    HG3  GLU 128           HG1      GLU 128  -6.641   5.123   1.253

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ILE 129           HA       ILE 129  -8.588   3.834   4.645
    2    HB   ILE 129           HB       ILE 129  -7.043   2.218   6.670
    3   HD11  ILE 129          HD11      ILE 129  -6.935  -0.227   6.055
    4   HD13  ILE 129          HD12      ILE 129  -7.802  -0.794   4.625
    5   HD12  ILE 129          HD13      ILE 129  -8.699  -0.313   6.066
    6    H    ILE 129           HN       ILE 129  -5.839   3.237   4.768

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLU 130           HA       GLU 130  -7.607   5.970   8.890
    2    HB2  GLU 130           HB2      GLU 130  -4.784   6.476   7.956
    3    HG2  GLU 130           HG2      GLU 130  -5.831   5.018  10.371
    4    H    GLU 130           HN       GLU 130  -6.068   4.655   6.958
    5    HB3  GLU 130           HB1      GLU 130  -5.505   7.238   9.364
    6    HG3  GLU 130           HG1      GLU 130  -5.036   4.292   8.975

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LYS 131           HA       LYS 131  -6.695   9.820   6.188
    2    HB2  LYS 131           HB2      LYS 131  -5.120   8.796   4.536
    3    HG2  LYS 131           HG2      LYS 131  -7.136  10.751   3.453
    4    HD2  LYS 131           HD2      LYS 131  -5.279  11.333   1.858
    5    HE2  LYS 131           HE2      LYS 131  -6.619   8.645   1.678
    6    HZ3  LYS 131           HZ1      LYS 131  -6.214   8.935  -0.758
    7    HZ2  LYS 131           HZ2      LYS 131  -4.855   8.512   0.159
    8    HZ1  LYS 131           HZ3      LYS 131  -5.063  10.118  -0.367
    9    H    LYS 131           HN       LYS 131  -6.231   7.064   5.837
   10    HB3  LYS 131           HB1      LYS 131  -6.513   8.323   3.573
   11    HG3  LYS 131           HG1      LYS 131  -5.581  11.111   4.208
   12    HD3  LYS 131           HD1      LYS 131  -4.495   9.827   2.335
   13    HE3  LYS 131           HE1      LYS 131  -7.164  10.170   0.985

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   ILE 132           HA       ILE 132 -10.639   9.056   3.654
    2    HB   ILE 132           HB       ILE 132 -10.991   6.116   4.234
    3   HD12  ILE 132          HD11      ILE 132  -9.591   5.239   0.836
    4   HD11  ILE 132          HD12      ILE 132 -11.290   5.619   1.123
    5   HD13  ILE 132          HD13      ILE 132 -10.428   4.542   2.222
    6    H    ILE 132           HN       ILE 132  -8.577   7.312   4.489

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLN 133           HA       GLN 133 -12.797   7.588   7.568
    2    HB2  GLN 133           HB2      GLN 133 -10.312   6.426   8.823
    3    HG2  GLN 133           HG2      GLN 133 -12.890   5.184   7.893
    4   HE21  GLN 133          HE21      GLN 133 -13.121   2.985   8.230
    5   HE22  GLN 133          HE22      GLN 133 -12.241   2.135   9.455
    6    H    GLN 133           HN       GLN 133 -10.184   7.089   6.525
    7    HB3  GLN 133           HB1      GLN 133 -11.850   6.554   9.664
    8    HG3  GLN 133           HG1      GLN 133 -11.300   4.985   7.159

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   LYS 134           HA       LYS 134 -10.366  10.831  10.062
    2    HB2  LYS 134           HB2      LYS 134  -8.437  11.192   7.788
    3    HG2  LYS 134           HG2      LYS 134  -8.056  10.756  10.732
    4    HD2  LYS 134           HD2      LYS 134  -5.975  11.052   8.568
    5    HE2  LYS 134           HE2      LYS 134  -4.407  11.132  10.441
    6    HZ3  LYS 134           HZ1      LYS 134  -6.126   8.714  10.573
    7    HZ2  LYS 134           HZ2      LYS 134  -4.522   8.834  11.109
    8    HZ1  LYS 134           HZ3      LYS 134  -4.874   8.972   9.456
    9    H    LYS 134           HN       LYS 134  -9.765   9.272   7.751
   10    HB3  LYS 134           HB1      LYS 134  -8.648  12.435   9.012
   11    HG3  LYS 134           HG1      LYS 134  -7.703   9.617   9.425
   12    HD3  LYS 134           HD1      LYS 134  -6.400  12.320   9.717
   13    HE3  LYS 134           HE1      LYS 134  -5.735  10.873  11.567

  No H/Q in entry =          13
  In of MODEL   17
    1    HA3  GLY 135           HA2      GLY 135 -11.939  13.945   7.158
    2    H    GLY 135           HN       GLY 135 -10.936  11.246   6.623
    3    HA2  GLY 135           HA1      GLY 135 -11.391  13.358   5.598

  No H/Q in entry =           3
  In of MODEL   17
    1    H1   GLY  95           HT3      GLY  95   5.845   6.075   5.563
    2    H2   GLY  95           HT2      GLY  95   7.489   6.310   5.240
    3    H3   GLY  95           HT1      GLY  95   6.688   4.959   4.614
    4    HA2  GLY  95           HA2      GLY  95   8.080   4.365   6.506
    5    HA3  GLY  95           HA1      GLY  95   6.375   4.049   6.801

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ALA  96           HA       ALA  96   6.358   6.699  10.160
    2    HB3  ALA  96           HB1      ALA  96   5.373   4.675  11.105
    3    HB2  ALA  96           HB2      ALA  96   6.303   5.556  12.318
    4    HB1  ALA  96           HB3      ALA  96   6.975   4.107  11.574
    5    H    ALA  96           HN       ALA  96   6.931   4.110   9.076

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   MET  97           HA       MET  97  10.830   6.812  11.008
    2    HB2  MET  97           HB2      MET  97  10.357   5.316  12.964
    3    HG2  MET  97           HG2      MET  97  13.212   5.338  12.028
    4    HE3  MET  97           HE1      MET  97  15.190   5.138  13.805
    5    HE2  MET  97           HE2      MET  97  14.932   4.788  15.514
    6    HE1  MET  97           HE3      MET  97  14.380   6.318  14.834
    7    H    MET  97           HN       MET  97   9.144   4.512  10.249
    8    HB3  MET  97           HB1      MET  97  11.116   3.998  12.088
    9    HG3  MET  97           HG1      MET  97  12.423   6.526  13.063

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   GLU  98           HA       GLU  98  12.557   3.448   8.159
    2    HB2  GLU  98           HB2      GLU  98  10.136   3.660   6.361
    3    HG2  GLU  98           HG2      GLU  98  10.575   1.625   8.537
    4    H    GLU  98           HN       GLU  98  10.083   4.804   8.700
    5    HB3  GLU  98           HB1      GLU  98  11.345   2.377   6.402
    6    HG3  GLU  98           HG1      GLU  98   9.499   3.007   8.694

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   PRO  99           HA       PRO  99  14.201   6.847   5.773
    2    HB2  PRO  99           HB2      PRO  99  16.544   5.702   5.120
    3    HG2  PRO  99           HG2      PRO  99  16.055   3.486   5.606
    4    HD2  PRO  99           HD2      PRO  99  14.253   2.910   6.910
    5    HB3  PRO  99           HB1      PRO  99  16.204   6.242   6.768
    6    HG3  PRO  99           HG1      PRO  99  16.736   4.006   7.159
    7    HD3  PRO  99           HD1      PRO  99  14.677   4.075   8.177

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   GLU 100           HA       GLU 100  12.561   5.796   1.994
    2    HB2  GLU 100           HB2      GLU 100  12.625   7.533   0.431
    3    HG2  GLU 100           HG2      GLU 100  15.050   7.878   0.394
    4    H    GLU 100           HN       GLU 100  14.037   7.396   3.712
    5    HB3  GLU 100           HB1      GLU 100  12.577   8.267   2.026
    6    HG3  GLU 100           HG1      GLU 100  14.097   9.349   0.449

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ASN 101           HA       ASN 101  16.671   5.399  -0.428
    2    HB2  ASN 101           HB2      ASN 101  18.234   6.635   1.001
    3   HD21  ASN 101          HD21      ASN 101  18.172   5.028  -1.385
    4   HD22  ASN 101          HD22      ASN 101  19.751   4.355  -1.583
    5    H    ASN 101           HN       ASN 101  15.992   6.492   1.998
    6    HB3  ASN 101           HB1      ASN 101  18.298   5.270   2.111

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LYS 102           HA       LYS 102  16.814   1.149   1.349
    2    HB2  LYS 102           HB2      LYS 102  16.315   1.991   4.197
    3    HG2  LYS 102           HG2      LYS 102  18.511   0.926   4.613
    4    HD2  LYS 102           HD2      LYS 102  18.591   3.113   2.542
    5    HE2  LYS 102           HE2      LYS 102  20.534   2.434   4.744
    6    HZ3  LYS 102           HZ1      LYS 102  20.830   4.382   2.530
    7    HZ2  LYS 102           HZ2      LYS 102  21.878   4.142   3.841
    8    HZ1  LYS 102           HZ3      LYS 102  20.340   4.814   4.095
    9    H    LYS 102           HN       LYS 102  16.234   3.693   2.641
   10    HB3  LYS 102           HB1      LYS 102  16.390   0.297   3.734
   11    HG3  LYS 102           HG1      LYS 102  18.695   0.704   2.874
   12    HD3  LYS 102           HD1      LYS 102  18.344   3.356   4.270
   13    HE3  LYS 102           HE1      LYS 102  20.778   2.078   3.035

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   TYR 103           HA       TYR 103  12.170   1.186   2.784
    2    HB2  TYR 103           HB2      TYR 103  12.094   3.443   3.653
    3    HD1  TYR 103           HD1      TYR 103  10.322   4.988   1.153
    4    HD2  TYR 103           HD2      TYR 103   9.951   1.827   3.968
    5    HE1  TYR 103           HE1      TYR 103   7.887   5.249   1.086
    6    HE2  TYR 103           HE2      TYR 103   7.506   2.066   3.920
    7    HH   TYR 103           HH       TYR 103   5.890   4.181   1.659
    8    H    TYR 103           HN       TYR 103  14.221   3.060   2.479
    9    HB3  TYR 103           HB1      TYR 103  12.208   4.109   2.039

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   LEU 104           HA       LEU 104  11.326   2.390  -1.809
    2    HB2  LEU 104           HB2      LEU 104  13.022   4.016  -2.284
    3    HG   LEU 104           HG       LEU 104  13.316   1.828  -4.339
    4   HD12  LEU 104          HD11      LEU 104  11.603   3.124  -5.564
    5   HD11  LEU 104          HD12      LEU 104  11.397   4.140  -4.135
    6   HD13  LEU 104          HD13      LEU 104  11.005   2.421  -4.060
    7   HD21  LEU 104          HD21      LEU 104  15.092   3.529  -4.432
    8   HD23  LEU 104          HD22      LEU 104  13.861   4.788  -4.539
    9   HD22  LEU 104          HD23      LEU 104  14.024   3.602  -5.834
   10    H    LEU 104           HN       LEU 104  13.500   2.764  -0.069
   11    HB3  LEU 104           HB1      LEU 104  14.274   2.793  -2.290

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   PRO 105           HA       PRO 105  13.632  -1.560  -3.451
    2    HB2  PRO 105           HB2      PRO 105  15.408  -2.716  -1.700
    3    HG2  PRO 105           HG2      PRO 105  15.385  -1.021  -0.094
    4    HD2  PRO 105           HD2      PRO 105  14.703   1.149  -0.591
    5    HB3  PRO 105           HB1      PRO 105  15.888  -1.612  -2.994
    6    HG3  PRO 105           HG1      PRO 105  16.731  -0.485  -1.123
    7    HD3  PRO 105           HD1      PRO 105  15.420   1.102  -2.218

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   GLU 106           HA       GLU 106  12.077  -3.749   0.565
    2    HB2  GLU 106           HB2      GLU 106  11.428  -1.072   1.779
    3    HG2  GLU 106           HG2      GLU 106  13.753  -1.792   2.097
    4    H    GLU 106           HN       GLU 106  13.038  -1.170   0.000
    5    HB3  GLU 106           HB1      GLU 106  10.874  -2.605   2.432
    6    HG3  GLU 106           HG1      GLU 106  12.843  -1.730   3.602

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LEU 107           HA       LEU 107   7.814  -1.762  -0.566
    2    HB2  LEU 107           HB2      LEU 107   9.157   0.305  -2.309
    3    HG   LEU 107           HG       LEU 107   9.062   0.838   0.168
    4   HD13  LEU 107          HD11      LEU 107   9.279   2.544  -1.561
    5   HD12  LEU 107          HD12      LEU 107   8.246   3.111  -0.249
    6   HD11  LEU 107          HD13      LEU 107   7.529   2.574  -1.769
    7   HD21  LEU 107          HD21      LEU 107   6.117   0.894  -0.468
    8   HD23  LEU 107          HD22      LEU 107   6.853   1.542   1.000
    9   HD22  LEU 107          HD23      LEU 107   6.927  -0.189   0.663
   10    H    LEU 107           HN       LEU 107  10.478  -0.807  -0.553
   11    HB3  LEU 107           HB1      LEU 107   7.428   0.030  -2.224

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   MET 108           HA       MET 108   8.822  -2.757  -5.152
    2    HB2  MET 108           HB2      MET 108  10.733  -1.526  -5.662
    3    HG2  MET 108           HG2      MET 108  11.576  -4.375  -6.059
    4    HE2  MET 108           HE1      MET 108  14.143  -3.671  -5.778
    5    HE1  MET 108           HE2      MET 108  13.636  -2.038  -5.349
    6    HE3  MET 108           HE3      MET 108  14.860  -2.280  -6.593
    7    H    MET 108           HN       MET 108  10.343  -1.697  -3.015
    8    HB3  MET 108           HB1      MET 108  11.732  -2.483  -4.603
    9    HG3  MET 108           HG1      MET 108  10.439  -3.515  -7.093

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   ALA 109           HA       ALA 109  10.691  -6.874  -3.801
    2    HB2  ALA 109           HB1      ALA 109  11.470  -7.691  -1.632
    3    HB3  ALA 109           HB2      ALA 109  11.150  -6.110  -0.920
    4    HB1  ALA 109           HB3      ALA 109  12.397  -6.286  -2.155
    5    H    ALA 109           HN       ALA 109  10.816  -4.283  -2.645

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   GLU 110           HA       GLU 110   6.993  -7.485  -0.853
    2    HB2  GLU 110           HB2      GLU 110   6.570  -4.516  -0.428
    3    HG2  GLU 110           HG2      GLU 110   7.222  -6.700   1.534
    4    H    GLU 110           HN       GLU 110   8.762  -5.282  -1.276
    5    HB3  GLU 110           HB1      GLU 110   5.449  -5.762   0.101
    6    HG3  GLU 110           HG1      GLU 110   8.279  -5.376   1.046

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LYS 111           HA       LYS 111   4.572  -4.947  -4.197
    2    HB2  LYS 111           HB2      LYS 111   5.741  -2.989  -4.647
    3    HG2  LYS 111           HG2      LYS 111   6.180  -4.656  -7.106
    4    HD2  LYS 111           HD2      LYS 111   6.130  -1.657  -6.844
    5    HE2  LYS 111           HE2      LYS 111   6.890  -3.476  -9.125
    6    HZ2  LYS 111           HZ1      LYS 111   8.176  -1.476  -9.206
    7    HZ1  LYS 111           HZ2      LYS 111   6.804  -0.511  -8.940
    8    HZ3  LYS 111           HZ3      LYS 111   6.960  -1.382 -10.388
    9    H    LYS 111           HN       LYS 111   7.064  -4.707  -2.959
   10    HB3  LYS 111           HB1      LYS 111   7.233  -3.838  -5.009
   11    HG3  LYS 111           HG1      LYS 111   4.790  -3.627  -6.746
   12    HD3  LYS 111           HD1      LYS 111   7.626  -2.602  -6.943
   13    HE3  LYS 111           HE1      LYS 111   5.408  -2.532  -9.007

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   ASP 112           HA       ASP 112   6.665  -7.709  -7.428
    2    HB2  ASP 112           HB2      ASP 112   9.024  -7.088  -7.202
    3    H    ASP 112           HN       ASP 112   7.691  -6.364  -5.145
    4    HB3  ASP 112           HB1      ASP 112   9.196  -8.190  -5.844

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   SER 113           HA       SER 113   6.347 -11.354  -4.611
    2    HB2  SER 113           HB2      SER 113   6.759  -9.902  -1.992
    3    HG   SER 113           HG       SER 113   8.619  -9.746  -3.164
    4    H    SER 113           HN       SER 113   6.666  -8.491  -4.077
    5    HB3  SER 113           HB1      SER 113   6.751 -11.649  -2.217

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   LEU 114           HA       LEU 114   2.490  -9.864  -2.243
    2    HB2  LEU 114           HB2      LEU 114   3.160  -7.379  -2.469
    3    HG   LEU 114           HG       LEU 114   0.290  -8.251  -2.233
    4   HD13  LEU 114          HD11      LEU 114   1.735  -8.813  -0.374
    5   HD12  LEU 114          HD12      LEU 114   0.628  -7.522   0.104
    6   HD11  LEU 114          HD13      LEU 114   2.308  -7.147  -0.279
    7   HD23  LEU 114          HD21      LEU 114   1.334  -5.453  -1.879
    8   HD22  LEU 114          HD22      LEU 114  -0.317  -6.008  -1.606
    9   HD21  LEU 114          HD23      LEU 114   0.355  -6.001  -3.236
   10    H    LEU 114           HN       LEU 114   4.477  -8.610  -3.868
   11    HB3  LEU 114           HB1      LEU 114   2.093  -7.366  -3.859

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ASP 115           HA       ASP 115   0.237 -11.728  -5.438
    2    HB2  ASP 115           HB2      ASP 115  -0.614 -12.806  -3.326
    3    H    ASP 115           HN       ASP 115   0.478 -10.625  -2.813
    4    HB3  ASP 115           HB1      ASP 115  -1.885 -11.589  -3.282

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   PRO 116           HA       PRO 116  -1.536  -8.266  -7.470
    2    HB2  PRO 116           HB2      PRO 116  -2.754  -9.589  -9.535
    3    HG2  PRO 116           HG2      PRO 116  -2.520 -11.757  -8.707
    4    HD2  PRO 116           HD2      PRO 116  -0.954 -12.288  -7.070
    5    HB3  PRO 116           HB1      PRO 116  -1.017  -9.270  -9.456
    6    HG3  PRO 116           HG1      PRO 116  -1.021 -11.596  -9.647
    7    HD3  PRO 116           HD1      PRO 116   0.270 -11.196  -7.753

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   SER 117           HA       SER 117  -6.034  -9.932  -6.972
    2    HB2  SER 117           HB2      SER 117  -5.519 -12.162  -5.916
    3    HG   SER 117           HG       SER 117  -7.430 -11.346  -4.188
    4    H    SER 117           HN       SER 117  -3.485 -10.846  -6.232
    5    HB3  SER 117           HB1      SER 117  -5.343 -11.326  -4.373

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   PHE 118           HA       PHE 118  -5.791  -7.043  -3.379
    2    HB2  PHE 118           HB2      PHE 118  -2.804  -7.161  -2.890
    3    HD1  PHE 118           HD1      PHE 118  -2.784  -9.631  -2.979
    4    HD2  PHE 118           HD2      PHE 118  -5.260  -7.479  -0.276
    5    HE1  PHE 118           HE1      PHE 118  -3.071 -11.662  -1.637
    6    HE2  PHE 118           HE2      PHE 118  -5.542  -9.503   1.081
    7    HZ   PHE 118           HZ       PHE 118  -4.454 -11.603   0.405
    8    H    PHE 118           HN       PHE 118  -3.765  -8.696  -4.690
    9    HB3  PHE 118           HB1      PHE 118  -3.990  -6.329  -1.892

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   THR 119           HA       THR 119  -4.587  -4.574  -6.948
    2    HB   THR 119           HB       THR 119  -7.368  -3.740  -6.130
    3    HG1  THR 119           HG1      THR 119  -6.336  -5.692  -7.768
    4   HG22  THR 119          HG21      THR 119  -7.433  -2.509  -8.257
    5   HG21  THR 119          HG22      THR 119  -5.733  -2.897  -8.527
    6   HG23  THR 119          HG23      THR 119  -6.201  -1.872  -7.169
    7    H    THR 119           HN       THR 119  -6.352  -5.793  -5.172

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   HIS 120           HA       HIS 120  -5.086  -0.627  -4.462
    2    HB2  HIS 120           HB2      HIS 120  -6.239  -1.840  -1.953
    3    HD1  HIS 120           HD1      HIS 120  -7.326   0.550  -4.732
    4    HD2  HIS 120           HD2      HIS 120  -8.776  -2.520  -2.353
    5    HE1  HIS 120           HE1      HIS 120  -9.692   0.187  -5.474
    6    HE2  HIS 120           HE2      HIS 120 -10.431  -1.870  -4.237
    7    H    HIS 120           HN       HIS 120  -6.127  -3.250  -4.028
    8    HB3  HIS 120           HB1      HIS 120  -6.001  -0.125  -2.255

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   ALA 121           HA       ALA 121  -2.053  -2.101  -0.996
    2    HB1  ALA 121           HB1      ALA 121  -3.097  -4.278  -0.403
    3    HB3  ALA 121           HB2      ALA 121  -1.335  -4.313  -0.442
    4    HB2  ALA 121           HB3      ALA 121  -2.261  -5.000  -1.777
    5    H    ALA 121           HN       ALA 121  -4.219  -3.307  -2.306

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   MET 122           HA       MET 122   0.537  -3.721  -4.626
    2    HB2  MET 122           HB2      MET 122  -1.942  -4.288  -6.203
    3    HG2  MET 122           HG2      MET 122  -0.601  -5.963  -4.713
    4    HE2  MET 122           HE1      MET 122   3.177  -5.446  -5.749
    5    HE1  MET 122           HE2      MET 122   1.991  -5.290  -4.454
    6    HE3  MET 122           HE3      MET 122   1.933  -4.199  -5.838
    7    H    MET 122           HN       MET 122  -2.246  -3.803  -4.042
    8    HB3  MET 122           HB1      MET 122  -0.401  -4.121  -7.032
    9    HG3  MET 122           HG1      MET 122  -1.311  -6.451  -6.249

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   GLN 123           HA       GLN 123  -0.738   0.043  -7.147
    2    HB2  GLN 123           HB2      GLN 123  -3.056   0.142  -7.492
    3    HG2  GLN 123           HG2      GLN 123  -2.603   2.508  -5.689
    4   HE21  GLN 123          HE21      GLN 123  -5.044   0.913  -6.008
    5   HE22  GLN 123          HE22      GLN 123  -6.228   1.979  -6.680
    6    H    GLN 123           HN       GLN 123  -2.200  -1.655  -5.417
    7    HB3  GLN 123           HB1      GLN 123  -3.403   0.204  -5.771
    8    HG3  GLN 123           HG1      GLN 123  -2.247   2.447  -7.411

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   LEU 124           HA       LEU 124  -0.358   2.796  -3.433
    2    HB2  LEU 124           HB2      LEU 124  -0.781   0.645  -1.350
    3    HG   LEU 124           HG       LEU 124  -2.830   1.672  -2.489
    4   HD13  LEU 124          HD11      LEU 124  -2.949   0.500  -0.356
    5   HD12  LEU 124          HD12      LEU 124  -4.026   1.897  -0.361
    6   HD11  LEU 124          HD13      LEU 124  -2.486   1.975   0.495
    7   HD22  LEU 124          HD21      LEU 124  -2.022   3.953  -2.656
    8   HD21  LEU 124          HD22      LEU 124  -1.903   4.064  -0.901
    9   HD23  LEU 124          HD23      LEU 124  -3.481   3.894  -1.670
   10    H    LEU 124           HN       LEU 124  -1.494   0.255  -3.696
   11    HB3  LEU 124           HB1      LEU 124  -0.304   2.293  -0.971

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   LEU 125           HA       LEU 125   3.632   0.335  -2.363
    2    HB2  LEU 125           HB2      LEU 125   2.544  -1.999  -3.918
    3    HG   LEU 125           HG       LEU 125   2.319  -2.031  -1.420
    4   HD11  LEU 125          HD11      LEU 125   2.333  -4.054  -2.799
    5   HD13  LEU 125          HD12      LEU 125   3.087  -4.331  -1.230
    6   HD12  LEU 125          HD13      LEU 125   4.088  -4.128  -2.663
    7   HD21  LEU 125          HD21      LEU 125   5.330  -2.226  -1.567
    8   HD23  LEU 125          HD22      LEU 125   4.353  -2.508  -0.125
    9   HD22  LEU 125          HD23      LEU 125   4.408  -0.902  -0.853
   10    H    LEU 125           HN       LEU 125   1.035  -0.418  -3.288
   11    HB3  LEU 125           HB1      LEU 125   4.273  -1.801  -3.711

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   THR 126           HA       THR 126   4.357   0.539  -7.040
    2    HB   THR 126           HB       THR 126   1.461   1.151  -7.673
    3    HG1  THR 126           HG1      THR 126   1.840  -1.054  -7.291
    4   HG21  THR 126          HG21      THR 126   3.836   0.941  -9.527
    5   HG23  THR 126          HG22      THR 126   2.921   2.407  -9.162
    6   HG22  THR 126          HG23      THR 126   2.151   1.079 -10.032
    7    H    THR 126           HN       THR 126   2.042   0.164  -5.474

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   ALA 127           HA       ALA 127   2.773   5.072  -7.083
    2    HB3  ALA 127           HB1      ALA 127   1.296   6.250  -5.553
    3    HB2  ALA 127           HB2      ALA 127   1.166   4.802  -4.553
    4    HB1  ALA 127           HB3      ALA 127   0.527   4.799  -6.196
    5    H    ALA 127           HN       ALA 127   1.858   2.747  -5.840

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   GLU 128           HA       GLU 128   4.785   6.025  -2.827
    2    HB2  GLU 128           HB2      GLU 128   3.883   4.066  -1.498
    3    HG2  GLU 128           HG2      GLU 128   5.816   3.949   0.111
    4    H    GLU 128           HN       GLU 128   3.358   3.830  -3.795
    5    HB3  GLU 128           HB1      GLU 128   5.289   3.157  -2.023
    6    HG3  GLU 128           HG1      GLU 128   6.690   4.994  -1.005

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ILE 129           HA       ILE 129   8.625   3.701  -4.422
    2    HB   ILE 129           HB       ILE 129   7.048   2.136  -6.461
    3   HD11  ILE 129          HD11      ILE 129   6.898  -0.314  -5.878
    4   HD13  ILE 129          HD12      ILE 129   7.749  -0.915  -4.455
    5   HD12  ILE 129          HD13      ILE 129   8.659  -0.434  -5.889
    6    H    ILE 129           HN       ILE 129   5.869   3.155  -4.551

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLU 130           HA       GLU 130   7.681   5.898  -8.646
    2    HB2  GLU 130           HB2      GLU 130   4.868   6.450  -7.704
    3    HG2  GLU 130           HG2      GLU 130   5.878   5.005 -10.141
    4    H    GLU 130           HN       GLU 130   6.117   4.592  -6.724
    5    HB3  GLU 130           HB1      GLU 130   5.602   7.212  -9.107
    6    HG3  GLU 130           HG1      GLU 130   5.078   4.272  -8.749

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LYS 131           HA       LYS 131   6.835   9.734  -5.898
    2    HB2  LYS 131           HB2      LYS 131   5.241   8.719  -4.258
    3    HG2  LYS 131           HG2      LYS 131   7.290  10.625  -3.155
    4    HD2  LYS 131           HD2      LYS 131   5.444  11.229  -1.558
    5    HE2  LYS 131           HE2      LYS 131   6.737   8.518  -1.404
    6    HZ3  LYS 131           HZ1      LYS 131   6.340   8.786   1.031
    7    HZ2  LYS 131           HZ2      LYS 131   4.960   8.426   0.114
    8    HZ1  LYS 131           HZ3      LYS 131   5.221  10.012   0.661
    9    H    LYS 131           HN       LYS 131   6.326   6.981  -5.578
   10    HB3  LYS 131           HB1      LYS 131   6.625   8.214  -3.299
   11    HG3  LYS 131           HG1      LYS 131   5.744  11.026  -3.909
   12    HD3  LYS 131           HD1      LYS 131   4.634   9.740  -2.048
   13    HE3  LYS 131           HE1      LYS 131   7.311  10.028  -0.700

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   ILE 132           HA       ILE 132  10.770   8.874  -3.368
    2    HB   ILE 132           HB       ILE 132  11.066   5.936  -3.981
    3   HD12  ILE 132          HD11      ILE 132   9.647   5.042  -0.599
    4   HD11  ILE 132          HD12      ILE 132  11.353   5.396  -0.877
    5   HD13  ILE 132          HD13      ILE 132  10.477   4.347  -1.992
    6    H    ILE 132           HN       ILE 132   8.670   7.179  -4.216

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLN 133           HA       GLN 133  12.897   7.409  -7.304
    2    HB2  GLN 133           HB2      GLN 133  10.397   6.297  -8.575
    3    HG2  GLN 133           HG2      GLN 133  12.950   5.000  -7.647
    4   HE21  GLN 133          HE21      GLN 133  13.139   2.803  -8.002
    5   HE22  GLN 133          HE22      GLN 133  12.256   1.986  -9.240
    6    H    GLN 133           HN       GLN 133  10.279   6.936  -6.261
    7    HB3  GLN 133           HB1      GLN 133  11.939   6.407  -9.406
    8    HG3  GLN 133           HG1      GLN 133  11.354   4.822  -6.919

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   LYS 134           HA       LYS 134  10.526  10.726  -9.763
    2    HB2  LYS 134           HB2      LYS 134   8.606  11.098  -7.480
    3    HG2  LYS 134           HG2      LYS 134   8.212  10.692 -10.427
    4    HD2  LYS 134           HD2      LYS 134   6.141  11.009  -8.258
    5    HE2  LYS 134           HE2      LYS 134   4.572  11.129 -10.129
    6    HZ3  LYS 134           HZ1      LYS 134   6.256   8.685 -10.283
    7    HZ2  LYS 134           HZ2      LYS 134   4.652   8.830 -10.809
    8    HZ1  LYS 134           HZ3      LYS 134   5.010   8.953  -9.157
    9    H    LYS 134           HN       LYS 134   9.897   9.153  -7.465
   10    HB3  LYS 134           HB1      LYS 134   8.836  12.345  -8.693
   11    HG3  LYS 134           HG1      LYS 134   7.841   9.550  -9.129
   12    HD3  LYS 134           HD1      LYS 134   6.588  12.277  -9.399
   13    HE3  LYS 134           HE1      LYS 134   5.898  10.855 -11.258

  No H/Q in entry =          13
  In of MODEL   17
    1    HA3  GLY 135           HA2      GLY 135  12.158  13.773  -6.825
    2    H    GLY 135           HN       GLY 135  11.098  11.086  -6.312
    3    HA2  GLY 135           HA1      GLY 135  11.584  13.188  -5.271

  No H/Q in entry =           3
  In of MODEL   18
    1    H1   GLY  95           HT2      GLY  95  -5.251   7.104 -11.915
    2    H2   GLY  95           HT1      GLY  95  -5.489   6.603 -13.517
    3    H3   GLY  95           HT3      GLY  95  -4.818   8.127 -13.192
    4    HA3  GLY  95           HA1      GLY  95  -7.130   8.348 -13.845
    5    HA2  GLY  95           HA2      GLY  95  -7.583   7.267 -12.531

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ALA  96           HA       ALA  96  -7.402  11.407 -10.756
    2    HB2  ALA  96           HB1      ALA  96 -10.371  11.183 -11.259
    3    HB1  ALA  96           HB2      ALA  96  -9.225  12.126 -12.211
    4    HB3  ALA  96           HB3      ALA  96  -9.551  12.565 -10.533
    5    H    ALA  96           HN       ALA  96  -8.924   9.363 -12.168

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   MET  97           HA       MET  97  -9.002   7.949  -7.771
    2    HB2  MET  97           HB2      MET  97  -9.809  10.602  -7.250
    3    HG2  MET  97           HG2      MET  97  -8.167   9.437  -5.911
    4    HE2  MET  97           HE1      MET  97  -8.469   6.808  -3.004
    5    HE1  MET  97           HE2      MET  97  -8.723   8.547  -2.880
    6    HE3  MET  97           HE3      MET  97  -7.389   7.917  -3.848
    7    H    MET  97           HN       MET  97  -9.880   8.978 -10.123
    8    HB3  MET  97           HB1      MET  97 -11.088   9.580  -6.618
    9    HG3  MET  97           HG1      MET  97  -9.462  10.069  -4.902

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   GLU  98           HA       GLU  98 -12.977   6.147  -8.400
    2    HB2  GLU  98           HB2      GLU  98 -13.031   3.849  -7.625
    3    HG2  GLU  98           HG2      GLU  98 -10.442   4.416  -6.214
    4    H    GLU  98           HN       GLU  98 -10.339   6.313  -7.158
    5    HB3  GLU  98           HB1      GLU  98 -11.498   4.148  -8.426
    6    HG3  GLU  98           HG1      GLU  98 -11.983   3.996  -5.464

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   PRO  99           HA       PRO  99 -15.243   7.710  -5.070
    2    HB2  PRO  99           HB2      PRO  99 -17.169   5.832  -4.512
    3    HG2  PRO  99           HG2      PRO  99 -16.304   4.101  -5.769
    4    HD2  PRO  99           HD2      PRO  99 -14.738   4.447  -7.459
    5    HB3  PRO  99           HB1      PRO  99 -17.238   6.935  -5.893
    6    HG3  PRO  99           HG1      PRO  99 -17.335   4.882  -6.985
    7    HD3  PRO  99           HD1      PRO  99 -15.520   5.937  -8.014

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   GLU 100           HA       GLU 100 -12.897   6.009  -1.820
    2    HB2  GLU 100           HB2      GLU 100 -14.148   8.549  -0.791
    3    HG2  GLU 100           HG2      GLU 100 -11.280   8.066  -1.536
    4    H    GLU 100           HN       GLU 100 -14.408   7.932  -3.148
    5    HB3  GLU 100           HB1      GLU 100 -12.935   7.617   0.081
    6    HG3  GLU 100           HG1      GLU 100 -12.467   8.674  -2.689

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ASN 101           HA       ASN 101 -16.919   5.484   0.759
    2    HB2  ASN 101           HB2      ASN 101 -18.493   6.828  -0.661
    3   HD21  ASN 101          HD21      ASN 101 -18.342   5.351   1.778
    4   HD22  ASN 101          HD22      ASN 101 -19.914   4.693   2.090
    5    H    ASN 101           HN       ASN 101 -16.287   6.714  -1.652
    6    HB3  ASN 101           HB1      ASN 101 -18.652   5.427  -1.718

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LYS 102           HA       LYS 102 -16.923   1.406  -1.388
    2    HB2  LYS 102           HB2      LYS 102 -16.215   2.392  -4.152
    3    HG2  LYS 102           HG2      LYS 102 -18.798   1.345  -3.020
    4    HD2  LYS 102           HD2      LYS 102 -19.673   1.700  -5.302
    5    HE2  LYS 102           HE2      LYS 102 -17.390  -0.250  -5.056
    6    HZ3  LYS 102           HZ1      LYS 102 -18.536  -1.473  -6.816
    7    HZ2  LYS 102           HZ2      LYS 102 -17.955   0.023  -7.366
    8    HZ1  LYS 102           HZ3      LYS 102 -19.607  -0.175  -7.030
    9    H    LYS 102           HN       LYS 102 -16.456   4.067  -2.446
   10    HB3  LYS 102           HB1      LYS 102 -16.504   0.705  -3.746
   11    HG3  LYS 102           HG1      LYS 102 -18.477   2.972  -3.628
   12    HD3  LYS 102           HD1      LYS 102 -18.028   2.016  -5.858
   13    HE3  LYS 102           HE1      LYS 102 -19.087  -0.549  -4.679

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   TYR 103           HA       TYR 103 -12.259   1.593  -2.669
    2    HB2  TYR 103           HB2      TYR 103 -12.112   3.880  -3.467
    3    HD1  TYR 103           HD1      TYR 103 -10.023   2.255  -3.869
    4    HD2  TYR 103           HD2      TYR 103 -10.332   5.166  -0.790
    5    HE1  TYR 103           HE1      TYR 103  -7.568   2.356  -3.725
    6    HE2  TYR 103           HE2      TYR 103  -7.888   5.276  -0.615
    7    HH   TYR 103           HH       TYR 103  -5.934   3.937  -1.160
    8    H    TYR 103           HN       TYR 103 -14.316   3.468  -2.368
    9    HB3  TYR 103           HB1      TYR 103 -12.231   4.486  -1.828

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   LEU 104           HA       LEU 104 -11.470   2.575   1.972
    2    HB2  LEU 104           HB2      LEU 104 -13.144   4.204   2.504
    3    HG   LEU 104           HG       LEU 104 -13.441   1.929   4.466
    4   HD12  LEU 104          HD11      LEU 104 -11.753   3.237   5.759
    5   HD11  LEU 104          HD12      LEU 104 -11.523   4.241   4.328
    6   HD13  LEU 104          HD13      LEU 104 -11.135   2.525   4.267
    7   HD21  LEU 104          HD21      LEU 104 -15.228   3.589   4.646
    8   HD23  LEU 104          HD22      LEU 104 -14.019   4.868   4.773
    9   HD22  LEU 104          HD23      LEU 104 -14.143   3.642   6.035
   10    H    LEU 104           HN       LEU 104 -13.624   3.065   0.230
   11    HB3  LEU 104           HB1      LEU 104 -14.409   2.992   2.462

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   PRO 105           HA       PRO 105 -13.855  -1.405   3.411
    2    HB2  PRO 105           HB2      PRO 105 -15.590  -2.477   1.566
    3    HG2  PRO 105           HG2      PRO 105 -15.517  -0.721   0.037
    4    HD2  PRO 105           HD2      PRO 105 -14.837   1.423   0.639
    5    HB3  PRO 105           HB1      PRO 105 -16.099  -1.425   2.895
    6    HG3  PRO 105           HG1      PRO 105 -16.887  -0.217   1.049
    7    HD3  PRO 105           HD1      PRO 105 -15.599   1.317   2.242

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   GLU 106           HA       GLU 106 -12.129  -3.356  -0.693
    2    HB2  GLU 106           HB2      GLU 106 -11.447  -0.541  -1.519
    3    HG2  GLU 106           HG2      GLU 106 -13.641  -1.827  -2.181
    4    H    GLU 106           HN       GLU 106 -13.148  -0.852   0.019
    5    HB3  GLU 106           HB1      GLU 106 -10.681  -1.943  -2.248
    6    HG3  GLU 106           HG1      GLU 106 -12.777  -0.800  -3.326

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LEU 107           HA       LEU 107  -7.958  -1.544   0.874
    2    HB2  LEU 107           HB2      LEU 107  -9.324   0.536   2.579
    3    HG   LEU 107           HG       LEU 107  -9.097   1.127   0.149
    4   HD13  LEU 107          HD11      LEU 107  -8.136   3.319   0.608
    5   HD12  LEU 107          HD12      LEU 107  -7.446   2.709   2.111
    6   HD11  LEU 107          HD13      LEU 107  -9.196   2.806   1.921
    7   HD23  LEU 107          HD21      LEU 107  -6.832   1.650  -0.654
    8   HD22  LEU 107          HD22      LEU 107  -7.035  -0.072  -0.325
    9   HD21  LEU 107          HD23      LEU 107  -6.160   0.950   0.818
   10    H    LEU 107           HN       LEU 107 -10.606  -0.535   0.798
   11    HB3  LEU 107           HB1      LEU 107  -7.604   0.203   2.594

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   MET 108           HA       MET 108  -9.072  -2.684   5.376
    2    HB2  MET 108           HB2      MET 108 -11.125  -2.978   6.521
    3    HG2  MET 108           HG2      MET 108 -12.566  -2.339   3.968
    4    HE2  MET 108           HE1      MET 108 -14.396  -0.083   6.629
    5    HE1  MET 108           HE2      MET 108 -13.608  -0.117   5.052
    6    HE3  MET 108           HE3      MET 108 -12.659  -0.364   6.516
    7    H    MET 108           HN       MET 108 -10.573  -1.500   3.268
    8    HB3  MET 108           HB1      MET 108 -11.143  -1.414   5.728
    9    HG3  MET 108           HG1      MET 108 -12.554  -3.898   4.792

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   ALA 109           HA       ALA 109 -10.952  -6.709   3.808
    2    HB3  ALA 109           HB1      ALA 109 -11.655  -7.403   1.528
    3    HB2  ALA 109           HB2      ALA 109 -11.388  -5.747   0.972
    4    HB1  ALA 109           HB3      ALA 109 -12.634  -6.087   2.175
    5    H    ALA 109           HN       ALA 109 -10.999  -4.074   2.751

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   GLU 110           HA       GLU 110  -7.229  -7.293   0.935
    2    HB2  GLU 110           HB2      GLU 110  -6.765  -4.330   0.528
    3    HG2  GLU 110           HG2      GLU 110  -7.446  -6.510  -1.436
    4    H    GLU 110           HN       GLU 110  -8.949  -5.055   1.387
    5    HB3  GLU 110           HB1      GLU 110  -5.656  -5.584  -0.004
    6    HG3  GLU 110           HG1      GLU 110  -8.482  -5.168  -0.952

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LYS 111           HA       LYS 111  -4.719  -4.820   4.253
    2    HB2  LYS 111           HB2      LYS 111  -5.808  -2.886   4.881
    3    HG2  LYS 111           HG2      LYS 111  -6.429  -4.625   7.256
    4    HD2  LYS 111           HD2      LYS 111  -5.729  -1.706   7.213
    5    HE2  LYS 111           HE2      LYS 111  -5.523  -3.075   9.321
    6    HZ3  LYS 111           HZ1      LYS 111  -8.481  -2.986   9.353
    7    HZ2  LYS 111           HZ2      LYS 111  -7.437  -3.794  10.417
    8    HZ1  LYS 111           HZ3      LYS 111  -7.642  -4.363   8.835
    9    H    LYS 111           HN       LYS 111  -7.239  -4.551   3.101
   10    HB3  LYS 111           HB1      LYS 111  -7.326  -3.712   5.193
   11    HG3  LYS 111           HG1      LYS 111  -4.867  -3.873   6.927
   12    HD3  LYS 111           HD1      LYS 111  -7.397  -2.270   7.110
   13    HE3  LYS 111           HE1      LYS 111  -6.573  -1.662   9.409

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   ASP 112           HA       ASP 112  -6.345  -7.681   7.457
    2    HB2  ASP 112           HB2      ASP 112  -9.219  -7.511   6.663
    3    H    ASP 112           HN       ASP 112  -7.769  -6.333   5.329
    4    HB3  ASP 112           HB1      ASP 112  -8.692  -8.778   7.769

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   SER 113           HA       SER 113  -6.658 -11.247   4.658
    2    HB2  SER 113           HB2      SER 113  -7.106  -9.668   2.121
    3    HG   SER 113           HG       SER 113  -8.970  -9.496   3.174
    4    H    SER 113           HN       SER 113  -6.765  -8.344   4.232
    5    HB3  SER 113           HB1      SER 113  -7.151 -11.424   2.254

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   LEU 114           HA       LEU 114  -2.773  -9.858   2.319
    2    HB2  LEU 114           HB2      LEU 114  -3.369  -7.365   2.547
    3    HG   LEU 114           HG       LEU 114  -0.518  -8.304   2.362
    4   HD12  LEU 114          HD11      LEU 114  -0.789  -7.545   0.026
    5   HD11  LEU 114          HD12      LEU 114  -2.466  -7.128   0.375
    6   HD13  LEU 114          HD13      LEU 114  -1.940  -8.809   0.468
    7   HD22  LEU 114          HD21      LEU 114   0.165  -6.072   1.766
    8   HD21  LEU 114          HD22      LEU 114  -0.535  -6.063   3.385
    9   HD23  LEU 114          HD23      LEU 114  -1.473  -5.472   2.018
   10    H    LEU 114           HN       LEU 114  -4.678  -8.609   4.077
   11    HB3  LEU 114           HB1      LEU 114  -2.331  -7.377   3.959

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ASP 115           HA       ASP 115  -0.440 -11.774   5.428
    2    HB2  ASP 115           HB2      ASP 115   0.411 -12.714   3.218
    3    H    ASP 115           HN       ASP 115  -0.739 -10.597   2.847
    4    HB3  ASP 115           HB1      ASP 115   1.699 -11.518   3.310

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   PRO 116           HA       PRO 116   1.301  -8.292   7.490
    2    HB2  PRO 116           HB2      PRO 116   2.444  -9.617   9.591
    3    HG2  PRO 116           HG2      PRO 116   2.234 -11.781   8.767
    4    HD2  PRO 116           HD2      PRO 116   0.742 -12.321   7.074
    5    HB3  PRO 116           HB1      PRO 116   0.709  -9.295   9.462
    6    HG3  PRO 116           HG1      PRO 116   0.705 -11.620   9.659
    7    HD3  PRO 116           HD1      PRO 116  -0.528 -11.257   7.720

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   SER 117           HA       SER 117   5.779 -10.013   7.088
    2    HB2  SER 117           HB2      SER 117   5.345 -12.262   6.143
    3    HG   SER 117           HG       SER 117   7.297 -10.582   5.018
    4    H    SER 117           HN       SER 117   3.231 -10.910   6.300
    5    HB3  SER 117           HB1      SER 117   5.050 -11.524   4.570

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   PHE 118           HA       PHE 118   5.632  -7.183   3.479
    2    HB2  PHE 118           HB2      PHE 118   2.649  -7.267   2.952
    3    HD1  PHE 118           HD1      PHE 118   5.138  -7.562   0.359
    4    HD2  PHE 118           HD2      PHE 118   2.619  -9.740   3.003
    5    HE1  PHE 118           HE1      PHE 118   5.438  -9.572  -1.018
    6    HE2  PHE 118           HE2      PHE 118   2.919 -11.754   1.641
    7    HZ   PHE 118           HZ       PHE 118   4.330 -11.678  -0.381
    8    H    PHE 118           HN       PHE 118   3.569  -8.804   4.763
    9    HB3  PHE 118           HB1      PHE 118   3.852  -6.425   1.982

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   THR 119           HA       THR 119   4.413  -4.793   7.084
    2    HB   THR 119           HB       THR 119   7.231  -3.984   6.361
    3    HG1  THR 119           HG1      THR 119   6.074  -5.858   8.098
    4   HG21  THR 119          HG21      THR 119   6.056  -2.136   7.447
    5   HG23  THR 119          HG22      THR 119   7.278  -2.827   8.518
    6   HG22  THR 119          HG23      THR 119   5.572  -3.208   8.763
    7    H    THR 119           HN       THR 119   6.194  -5.977   5.303

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   HIS 120           HA       HIS 120   4.973  -0.783   4.715
    2    HB2  HIS 120           HB2      HIS 120   6.250  -1.941   2.239
    3    HD1  HIS 120           HD1      HIS 120   7.078   0.362   5.176
    4    HD2  HIS 120           HD2      HIS 120   8.835  -2.444   2.676
    5    HE1  HIS 120           HE1      HIS 120   9.428   0.091   6.020
    6    HE2  HIS 120           HE2      HIS 120  10.380  -1.808   4.652
    7    H    HIS 120           HN       HIS 120   6.037  -3.394   4.244
    8    HB3  HIS 120           HB1      HIS 120   5.952  -0.232   2.533

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   ALA 121           HA       ALA 121   2.038  -2.220   1.149
    2    HB1  ALA 121           HB1      ALA 121   1.325  -4.421   0.584
    3    HB3  ALA 121           HB2      ALA 121   2.159  -5.107   1.978
    4    HB2  ALA 121           HB3      ALA 121   3.089  -4.434   0.640
    5    H    ALA 121           HN       ALA 121   4.167  -3.429   2.503

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   MET 122           HA       MET 122  -0.627  -3.785   4.754
    2    HB2  MET 122           HB2      MET 122   1.835  -4.402   6.342
    3    HG2  MET 122           HG2      MET 122   0.453  -6.042   4.843
    4    HE1  MET 122           HE1      MET 122  -2.135  -5.266   4.631
    5    HE3  MET 122           HE2      MET 122  -1.994  -4.207   6.035
    6    HE2  MET 122           HE3      MET 122  -3.292  -5.398   5.956
    7    H    MET 122           HN       MET 122   2.158  -3.919   4.194
    8    HB3  MET 122           HB1      MET 122   0.294  -4.207   7.166
    9    HG3  MET 122           HG1      MET 122   1.164  -6.553   6.370

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   GLN 123           HA       GLN 123   0.753  -0.042   7.289
    2    HB2  GLN 123           HB2      GLN 123   3.104  -0.039   7.557
    3    HG2  GLN 123           HG2      GLN 123   2.388   2.404   5.982
    4   HE21  GLN 123          HE21      GLN 123   3.860   4.120   5.952
    5   HE22  GLN 123          HE22      GLN 123   5.568   3.843   6.052
    6    H    GLN 123           HN       GLN 123   2.144  -1.780   5.538
    7    HB3  GLN 123           HB1      GLN 123   3.387   0.060   5.826
    8    HG3  GLN 123           HG1      GLN 123   2.603   2.238   7.721

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   LEU 124           HA       LEU 124   0.432   2.773   3.634
    2    HB2  LEU 124           HB2      LEU 124   0.863   0.677   1.499
    3    HG   LEU 124           HG       LEU 124   2.902   1.611   2.736
    4   HD11  LEU 124          HD11      LEU 124   2.654   2.019  -0.248
    5   HD13  LEU 124          HD12      LEU 124   3.085   0.518   0.574
    6   HD12  LEU 124          HD13      LEU 124   4.169   1.906   0.648
    7   HD21  LEU 124          HD21      LEU 124   2.101   4.085   1.200
    8   HD23  LEU 124          HD22      LEU 124   3.630   3.845   2.044
    9   HD22  LEU 124          HD23      LEU 124   2.122   3.905   2.956
   10    H    LEU 124           HN       LEU 124   1.512   0.201   3.839
   11    HB3  LEU 124           HB1      LEU 124   0.441   2.349   1.161

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   LEU 125           HA       LEU 125  -3.571   0.406   2.412
    2    HB2  LEU 125           HB2      LEU 125  -2.525  -1.965   3.927
    3    HG   LEU 125           HG       LEU 125  -2.415  -1.958   1.405
    4   HD11  LEU 125          HD11      LEU 125  -2.367  -3.984   2.802
    5   HD13  LEU 125          HD12      LEU 125  -3.174  -4.256   1.260
    6   HD12  LEU 125          HD13      LEU 125  -4.128  -4.058   2.726
    7   HD21  LEU 125          HD21      LEU 125  -4.571  -0.829   1.016
    8   HD23  LEU 125          HD22      LEU 125  -5.411  -2.220   1.705
    9   HD22  LEU 125          HD23      LEU 125  -4.492  -2.395   0.207
   10    H    LEU 125           HN       LEU 125  -1.007  -0.403   3.381
   11    HB3  LEU 125           HB1      LEU 125  -4.251  -1.724   3.786

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   THR 126           HA       THR 126  -4.435   0.584   7.032
    2    HB   THR 126           HB       THR 126  -1.542   0.982   7.821
    3    HG1  THR 126           HG1      THR 126  -1.973  -1.174   7.428
    4   HG21  THR 126          HG21      THR 126  -4.017   0.948   9.549
    5   HG23  THR 126          HG22      THR 126  -2.921   2.309   9.291
    6   HG22  THR 126          HG23      THR 126  -2.360   0.875  10.151
    7    H    THR 126           HN       THR 126  -2.054   0.180   5.557

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   ALA 127           HA       ALA 127  -2.618   5.034   7.296
    2    HB3  ALA 127           HB1      ALA 127  -1.020   4.757   4.760
    3    HB1  ALA 127           HB2      ALA 127  -0.385   4.689   6.405
    4    HB2  ALA 127           HB3      ALA 127  -1.096   6.185   5.795
    5    H    ALA 127           HN       ALA 127  -1.783   2.703   6.020

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   GLU 128           HA       GLU 128  -4.635   6.157   3.107
    2    HB2  GLU 128           HB2      GLU 128  -3.814   4.264   1.665
    3    HG2  GLU 128           HG2      GLU 128  -5.702   4.301   0.074
    4    H    GLU 128           HN       GLU 128  -3.250   3.893   3.979
    5    HB3  GLU 128           HB1      GLU 128  -5.205   3.338   2.202
    6    HG3  GLU 128           HG1      GLU 128  -6.679   5.099   1.301

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ILE 129           HA       ILE 129  -8.482   3.835   4.700
    2    HB   ILE 129           HB       ILE 129  -6.890   2.282   6.741
    3   HD12  ILE 129          HD11      ILE 129  -8.594  -0.252   6.233
    4   HD11  ILE 129          HD12      ILE 129  -6.830  -0.199   6.212
    5   HD13  ILE 129          HD13      ILE 129  -7.711  -0.798   4.806
    6    H    ILE 129           HN       ILE 129  -5.744   3.260   4.766

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLU 130           HA       GLU 130  -7.527   6.036   8.922
    2    HB2  GLU 130           HB2      GLU 130  -4.724   6.684   8.002
    3    HG2  GLU 130           HG2      GLU 130  -5.694   5.000  10.297
    4    H    GLU 130           HN       GLU 130  -5.954   4.745   7.001
    5    HB3  GLU 130           HB1      GLU 130  -5.471   7.310   9.462
    6    HG3  GLU 130           HG1      GLU 130  -4.839   4.433   8.861

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LYS 131           HA       LYS 131  -6.802   9.898   6.124
    2    HB2  LYS 131           HB2      LYS 131  -6.487   8.158   3.678
    3    HG2  LYS 131           HG2      LYS 131  -4.537  10.159   4.779
    4    HD2  LYS 131           HD2      LYS 131  -2.970   9.011   3.316
    5    HE2  LYS 131           HE2      LYS 131  -5.523   9.915   2.005
    6    HZ1  LYS 131           HZ1      LYS 131  -2.898   9.353   0.736
    7    HZ3  LYS 131           HZ2      LYS 131  -4.194  10.142  -0.015
    8    HZ2  LYS 131           HZ3      LYS 131  -4.349   8.517   0.451
    9    H    LYS 131           HN       LYS 131  -6.173   7.169   5.884
   10    HB3  LYS 131           HB1      LYS 131  -6.599   9.910   3.633
   11    HG3  LYS 131           HG1      LYS 131  -4.473   8.438   5.169
   12    HD3  LYS 131           HD1      LYS 131  -4.238   7.892   2.812
   13    HE3  LYS 131           HE1      LYS 131  -4.049  10.847   2.270

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   ILE 132           HA       ILE 132 -10.850   8.847   3.986
    2    HB   ILE 132           HB       ILE 132 -10.970   5.875   4.397
    3   HD13  ILE 132          HD11      ILE 132 -10.375   4.430   2.292
    4   HD12  ILE 132          HD12      ILE 132  -9.578   5.237   0.940
    5   HD11  ILE 132          HD13      ILE 132 -11.289   5.526   1.254
    6    H    ILE 132           HN       ILE 132  -8.614   7.198   4.670

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLN 133           HA       GLN 133 -12.540   6.669   7.993
    2    HB2  GLN 133           HB2      GLN 133  -9.740   6.509   9.101
    3    HG2  GLN 133           HG2      GLN 133 -10.582   4.636   7.654
    4   HE21  GLN 133          HE21      GLN 133 -12.734   4.478   7.140
    5   HE22  GLN 133          HE22      GLN 133 -13.873   3.635   8.133
    6    H    GLN 133           HN       GLN 133 -10.064   6.717   6.701
    7    HB3  GLN 133           HB1      GLN 133 -11.169   6.278  10.094
    8    HG3  GLN 133           HG1      GLN 133 -10.037   4.197   9.265

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   LYS 134           HA       LYS 134 -11.032  10.511  10.365
    2    HB2  LYS 134           HB2      LYS 134  -9.422  12.245   9.785
    3    HG2  LYS 134           HG2      LYS 134  -8.689  10.653   7.351
    4    HD2  LYS 134           HD2      LYS 134  -7.978  13.445   8.227
    5    HE2  LYS 134           HE2      LYS 134  -6.562  13.520   6.296
    6    HZ2  LYS 134           HZ1      LYS 134  -8.166  13.416   4.506
    7    HZ1  LYS 134           HZ2      LYS 134  -8.902  14.080   5.882
    8    HZ3  LYS 134           HZ3      LYS 134  -9.212  12.472   5.444
    9    H    LYS 134           HN       LYS 134  -9.928   9.030   8.205
   10    HB3  LYS 134           HB1      LYS 134  -8.651  10.664   9.712
   11    HG3  LYS 134           HG1      LYS 134  -9.762  12.051   7.293
   12    HD3  LYS 134           HD1      LYS 134  -6.911  12.039   8.278
   13    HE3  LYS 134           HE1      LYS 134  -6.935  11.844   5.897

  No H/Q in entry =          13
  In of MODEL   18
    1    HA3  GLY 135           HA2      GLY 135 -13.465  11.503   5.876
    2    H    GLY 135           HN       GLY 135 -11.678  10.450   6.967
    3    HA2  GLY 135           HA1      GLY 135 -13.671  12.550   7.277

  No H/Q in entry =           3
  In of MODEL   18
    1    H1   GLY  95           HT2      GLY  95   5.367   6.893  12.150
    2    H2   GLY  95           HT1      GLY  95   5.608   6.387  13.751
    3    H3   GLY  95           HT3      GLY  95   4.961   7.920  13.435
    4    HA2  GLY  95           HA2      GLY  95   7.700   7.012  12.756
    5    HA3  GLY  95           HA1      GLY  95   7.276   8.094  14.076

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ALA  96           HA       ALA  96   7.591  11.172  11.019
    2    HB1  ALA  96           HB1      ALA  96  10.555  10.880  11.514
    3    HB3  ALA  96           HB2      ALA  96   9.431  11.841  12.476
    4    HB2  ALA  96           HB3      ALA  96   9.762  12.286  10.801
    5    H    ALA  96           HN       ALA  96   9.078   9.088  12.410

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   MET  97           HA       MET  97   9.121   7.706   8.009
    2    HB2  MET  97           HB2      MET  97   9.987  10.347   7.502
    3    HG2  MET  97           HG2      MET  97   8.310   9.236   6.162
    4    HE2  MET  97           HE1      MET  97   8.560   6.616   3.228
    5    HE1  MET  97           HE2      MET  97   8.851   8.353   3.127
    6    HE3  MET  97           HE3      MET  97   7.499   7.741   4.078
    7    H    MET  97           HN       MET  97  10.018   8.704  10.362
    8    HB3  MET  97           HB1      MET  97  11.238   9.295   6.860
    9    HG3  MET  97           HG1      MET  97   9.621   9.837   5.149

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   GLU  98           HA       GLU  98  13.060   5.822   8.616
    2    HB2  GLU  98           HB2      GLU  98  13.072   3.532   7.821
    3    HG2  GLU  98           HG2      GLU  98  10.490   4.170   6.420
    4    H    GLU  98           HN       GLU  98  10.429   6.049   7.379
    5    HB3  GLU  98           HB1      GLU  98  11.547   3.851   8.629
    6    HG3  GLU  98           HG1      GLU  98  12.020   3.726   5.664

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   PRO  99           HA       PRO  99  15.357   7.365   5.295
    2    HB2  PRO  99           HB2      PRO  99  17.252   5.468   4.724
    3    HG2  PRO  99           HG2      PRO  99  16.348   3.734   5.962
    4    HD2  PRO  99           HD2      PRO  99  14.796   4.096   7.665
    5    HB3  PRO  99           HB1      PRO  99  17.330   6.552   6.119
    6    HG3  PRO  99           HG1      PRO  99  17.400   4.482   7.183
    7    HD3  PRO  99           HD1      PRO  99  15.610   5.568   8.226

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   GLU 100           HA       GLU 100  12.984   5.746   2.032
    2    HB2  GLU 100           HB2      GLU 100  14.281   8.275   1.025
    3    HG2  GLU 100           HG2      GLU 100  11.407   7.826   1.766
    4    H    GLU 100           HN       GLU 100  14.532   7.614   3.378
    5    HB3  GLU 100           HB1      GLU 100  13.053   7.369   0.144
    6    HG3  GLU 100           HG1      GLU 100  12.600   8.408   2.925

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ASN 101           HA       ASN 101  16.993   5.161  -0.548
    2    HB2  ASN 101           HB2      ASN 101  18.590   6.469   0.875
    3   HD21  ASN 101          HD21      ASN 101  18.422   5.014  -1.578
    4   HD22  ASN 101          HD22      ASN 101  19.983   4.336  -1.882
    5    H    ASN 101           HN       ASN 101  16.393   6.388   1.878
    6    HB3  ASN 101           HB1      ASN 101  18.724   5.060   1.925

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LYS 102           HA       LYS 102  16.918   1.070   1.561
    2    HB2  LYS 102           HB2      LYS 102  16.230   2.046   4.332
    3    HG2  LYS 102           HG2      LYS 102  18.799   0.953   3.201
    4    HD2  LYS 102           HD2      LYS 102  19.677   1.276   5.487
    5    HE2  LYS 102           HE2      LYS 102  17.346  -0.617   5.225
    6    HZ3  LYS 102           HZ1      LYS 102  18.457  -1.884   6.971
    7    HZ2  LYS 102           HZ2      LYS 102  17.910  -0.387   7.537
    8    HZ1  LYS 102           HZ3      LYS 102  19.560  -0.615   7.208
    9    H    LYS 102           HN       LYS 102  16.503   3.733   2.647
   10    HB3  LYS 102           HB1      LYS 102  16.487   0.358   3.913
   11    HG3  LYS 102           HG1      LYS 102  18.509   2.585   3.815
   12    HD3  LYS 102           HD1      LYS 102  18.038   1.628   6.044
   13    HE3  LYS 102           HE1      LYS 102  19.033  -0.956   4.849

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   TYR 103           HA       TYR 103  12.262   1.329   2.846
    2    HB2  TYR 103           HB2      TYR 103  12.158   3.606   3.665
    3    HD1  TYR 103           HD1      TYR 103  10.035   2.022   4.051
    4    HD2  TYR 103           HD2      TYR 103  10.400   4.958   1.000
    5    HE1  TYR 103           HE1      TYR 103   7.584   2.178   3.912
    6    HE2  TYR 103           HE2      TYR 103   7.959   5.117   0.831
    7    HH   TYR 103           HH       TYR 103   5.980   3.804   1.368
    8    H    TYR 103           HN       TYR 103  14.345   3.175   2.557
    9    HB3  TYR 103           HB1      TYR 103  12.288   4.227   2.032

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   LEU 104           HA       LEU 104  11.486   2.372  -1.786
    2    HB2  LEU 104           HB2      LEU 104  13.190   3.973  -2.307
    3    HG   LEU 104           HG       LEU 104  13.441   1.707  -4.284
    4   HD12  LEU 104          HD11      LEU 104  11.780   3.067  -5.569
    5   HD11  LEU 104          HD12      LEU 104  11.568   4.056  -4.122
    6   HD13  LEU 104          HD13      LEU 104  11.152   2.347  -4.084
    7   HD21  LEU 104          HD21      LEU 104  15.266   3.331  -4.454
    8   HD23  LEU 104          HD22      LEU 104  14.089   4.640  -4.571
    9   HD22  LEU 104          HD23      LEU 104  14.183   3.421  -5.843
   10    H    LEU 104           HN       LEU 104  13.650   2.809  -0.041
   11    HB3  LEU 104           HB1      LEU 104  14.434   2.742  -2.272

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   PRO 105           HA       PRO 105  13.791  -1.642  -3.261
    2    HB2  PRO 105           HB2      PRO 105  15.519  -2.763  -1.434
    3    HG2  PRO 105           HG2      PRO 105  15.477  -1.022   0.116
    4    HD2  PRO 105           HD2      PRO 105  14.834   1.143  -0.465
    5    HB3  PRO 105           HB1      PRO 105  16.038  -1.703  -2.752
    6    HG3  PRO 105           HG1      PRO 105  16.852  -0.531  -0.896
    7    HD3  PRO 105           HD1      PRO 105  15.591   1.034  -2.071

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   GLU 106           HA       GLU 106  12.032  -3.593   0.822
    2    HB2  GLU 106           HB2      GLU 106  11.409  -0.775   1.674
    3    HG2  GLU 106           HG2      GLU 106  13.580  -2.121   2.316
    4    H    GLU 106           HN       GLU 106  13.102  -1.105   0.135
    5    HB3  GLU 106           HB1      GLU 106  10.614  -2.167   2.393
    6    HG3  GLU 106           HG1      GLU 106  12.744  -1.079   3.470

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LEU 107           HA       LEU 107   7.895  -1.686  -0.722
    2    HB2  LEU 107           HB2      LEU 107   9.299   0.373  -2.413
    3    HG   LEU 107           HG       LEU 107   9.087   0.953   0.023
    4   HD13  LEU 107          HD11      LEU 107   8.170   3.162  -0.415
    5   HD12  LEU 107          HD12      LEU 107   7.469   2.586  -1.925
    6   HD11  LEU 107          HD13      LEU 107   9.221   2.644  -1.732
    7   HD23  LEU 107          HD21      LEU 107   6.837   1.511   0.834
    8   HD22  LEU 107          HD22      LEU 107   7.008  -0.211   0.489
    9   HD21  LEU 107          HD23      LEU 107   6.146   0.834  -0.643
   10    H    LEU 107           HN       LEU 107  10.554  -0.720  -0.626
   11    HB3  LEU 107           HB1      LEU 107   7.572   0.076  -2.430

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   MET 108           HA       MET 108   8.994  -2.803  -5.232
    2    HB2  MET 108           HB2      MET 108  11.040  -3.137  -6.380
    3    HG2  MET 108           HG2      MET 108  12.491  -2.547  -3.819
    4    HE3  MET 108           HE1      MET 108  14.362  -0.300  -6.466
    5    HE2  MET 108           HE2      MET 108  13.571  -0.325  -4.891
    6    HE1  MET 108           HE3      MET 108  12.620  -0.556  -6.358
    7    H    MET 108           HN       MET 108  10.512  -1.667  -3.115
    8    HB3  MET 108           HB1      MET 108  11.091  -1.578  -5.578
    9    HG3  MET 108           HG1      MET 108  12.453  -4.097  -4.657

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   ALA 109           HA       ALA 109  10.793  -6.880  -3.701
    2    HB2  ALA 109           HB1      ALA 109  11.483  -7.603  -1.426
    3    HB3  ALA 109           HB2      ALA 109  11.247  -5.946  -0.859
    4    HB1  ALA 109           HB3      ALA 109  12.483  -6.301  -2.067
    5    H    ALA 109           HN       ALA 109  10.885  -4.255  -2.620

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   GLU 110           HA       GLU 110   7.059  -7.421  -0.827
    2    HB2  GLU 110           HB2      GLU 110   6.653  -4.456  -0.392
    3    HG2  GLU 110           HG2      GLU 110   7.293  -6.670   1.542
    4    H    GLU 110           HN       GLU 110   8.821  -5.213  -1.263
    5    HB3  GLU 110           HB1      GLU 110   5.518  -5.693   0.129
    6    HG3  GLU 110           HG1      GLU 110   8.353  -5.341   1.072

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LYS 111           HA       LYS 111   4.592  -4.877  -4.130
    2    HB2  LYS 111           HB2      LYS 111   5.720  -2.958  -4.742
    3    HG2  LYS 111           HG2      LYS 111   6.310  -4.687  -7.132
    4    HD2  LYS 111           HD2      LYS 111   5.668  -1.756  -7.065
    5    HE2  LYS 111           HE2      LYS 111   5.440  -3.109  -9.182
    6    HZ3  LYS 111           HZ1      LYS 111   8.400  -3.060  -9.209
    7    HZ2  LYS 111           HZ2      LYS 111   7.349  -3.839 -10.291
    8    HZ1  LYS 111           HZ3      LYS 111   7.539  -4.436  -8.715
    9    H    LYS 111           HN       LYS 111   7.117  -4.667  -2.974
   10    HB3  LYS 111           HB1      LYS 111   7.221  -3.813  -5.062
   11    HG3  LYS 111           HG1      LYS 111   4.759  -3.910  -6.796
   12    HD3  LYS 111           HD1      LYS 111   7.324  -2.353  -6.965
   13    HE3  LYS 111           HE1      LYS 111   6.507  -1.710  -9.259

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   ASP 112           HA       ASP 112   6.168  -7.737  -7.348
    2    HB2  ASP 112           HB2      ASP 112   9.045  -7.628  -6.556
    3    H    ASP 112           HN       ASP 112   7.614  -6.438  -5.210
    4    HB3  ASP 112           HB1      ASP 112   8.491  -8.878  -7.671

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   SER 113           HA       SER 113   6.408 -11.336  -4.591
    2    HB2  SER 113           HB2      SER 113   6.901  -9.786  -2.042
    3    HG   SER 113           HG       SER 113   8.775  -9.674  -3.071
    4    H    SER 113           HN       SER 113   6.578  -8.441  -4.128
    5    HB3  SER 113           HB1      SER 113   6.890 -11.544  -2.183

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   LEU 114           HA       LEU 114   2.562  -9.887  -2.234
    2    HB2  LEU 114           HB2      LEU 114   3.195  -7.404  -2.435
    3    HG   LEU 114           HG       LEU 114   0.332  -8.297  -2.266
    4   HD12  LEU 114          HD11      LEU 114   0.610  -7.563   0.078
    5   HD11  LEU 114          HD12      LEU 114   2.294  -7.170  -0.269
    6   HD13  LEU 114          HD13      LEU 114   1.740  -8.841  -0.374
    7   HD22  LEU 114          HD21      LEU 114  -0.311  -6.057  -1.648
    8   HD21  LEU 114          HD22      LEU 114   0.388  -6.049  -3.267
    9   HD23  LEU 114          HD23      LEU 114   1.339  -5.488  -1.897
   10    H    LEU 114           HN       LEU 114   4.489  -8.657  -3.972
   11    HB3  LEU 114           HB1      LEU 114   2.161  -7.383  -3.850

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ASP 115           HA       ASP 115   0.190 -11.736  -5.354
    2    HB2  ASP 115           HB2      ASP 115  -0.681 -12.663  -3.146
    3    H    ASP 115           HN       ASP 115   0.509 -10.586  -2.765
    4    HB3  ASP 115           HB1      ASP 115  -1.956 -11.453  -3.251

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   PRO 116           HA       PRO 116  -1.489  -8.206  -7.388
    2    HB2  PRO 116           HB2      PRO 116  -2.660  -9.488  -9.497
    3    HG2  PRO 116           HG2      PRO 116  -2.489 -11.664  -8.700
    4    HD2  PRO 116           HD2      PRO 116  -1.009 -12.245  -7.008
    5    HB3  PRO 116           HB1      PRO 116  -0.920  -9.201  -9.368
    6    HG3  PRO 116           HG1      PRO 116  -0.958 -11.523  -9.586
    7    HD3  PRO 116           HD1      PRO 116   0.279 -11.202  -7.646

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   SER 117           HA       SER 117  -5.998  -9.847  -6.997
    2    HB2  SER 117           HB2      SER 117  -5.617 -12.110  -6.073
    3    HG   SER 117           HG       SER 117  -7.532 -10.391  -4.969
    4    H    SER 117           HN       SER 117  -3.471 -10.798  -6.218
    5    HB3  SER 117           HB1      SER 117  -5.294 -11.398  -4.492

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   PHE 118           HA       PHE 118  -5.796  -7.048  -3.366
    2    HB2  PHE 118           HB2      PHE 118  -2.817  -7.196  -2.845
    3    HD1  PHE 118           HD1      PHE 118  -5.308  -7.462  -0.252
    4    HD2  PHE 118           HD2      PHE 118  -2.840  -9.663  -2.921
    5    HE1  PHE 118           HE1      PHE 118  -5.643  -9.479   1.109
    6    HE2  PHE 118           HE2      PHE 118  -3.174 -11.685  -1.575
    7    HZ   PHE 118           HZ       PHE 118  -4.579 -11.598   0.451
    8    H    PHE 118           HN       PHE 118  -3.765  -8.699  -4.663
    9    HB3  PHE 118           HB1      PHE 118  -4.001  -6.337  -1.866

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   THR 119           HA       THR 119  -4.535  -4.646  -6.952
    2    HB   THR 119           HB       THR 119  -7.335  -3.794  -6.220
    3    HG1  THR 119           HG1      THR 119  -6.212  -5.657  -8.002
    4   HG21  THR 119          HG21      THR 119  -6.122  -1.964  -7.297
    5   HG23  THR 119          HG22      THR 119  -7.357  -2.623  -8.373
    6   HG22  THR 119          HG23      THR 119  -5.660  -3.039  -8.616
    7    H    THR 119           HN       THR 119  -6.336  -5.821  -5.184

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   HIS 120           HA       HIS 120  -5.021  -0.653  -4.553
    2    HB2  HIS 120           HB2      HIS 120  -6.315  -1.800  -2.083
    3    HD1  HIS 120           HD1      HIS 120  -7.093   0.541  -5.000
    4    HD2  HIS 120           HD2      HIS 120  -8.906  -2.256  -2.528
    5    HE1  HIS 120           HE1      HIS 120  -9.447   0.320  -5.852
    6    HE2  HIS 120           HE2      HIS 120 -10.446  -1.556  -4.492
    7    H    HIS 120           HN       HIS 120  -6.143  -3.239  -4.107
    8    HB3  HIS 120           HB1      HIS 120  -5.983  -0.095  -2.367

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   ALA 121           HA       ALA 121  -2.108  -2.176  -1.000
    2    HB3  ALA 121           HB1      ALA 121  -1.433  -4.397  -0.457
    3    HB2  ALA 121           HB2      ALA 121  -2.281  -5.053  -1.856
    4    HB1  ALA 121           HB3      ALA 121  -3.196  -4.379  -0.509
    5    H    ALA 121           HN       ALA 121  -4.256  -3.335  -2.371

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   MET 122           HA       MET 122   0.521  -3.761  -4.619
    2    HB2  MET 122           HB2      MET 122  -1.955  -4.317  -6.207
    3    HG2  MET 122           HG2      MET 122  -0.598  -5.994  -4.728
    4    HE1  MET 122           HE1      MET 122   2.000  -5.270  -4.508
    5    HE3  MET 122           HE2      MET 122   1.883  -4.193  -5.899
    6    HE2  MET 122           HE3      MET 122   3.160  -5.407  -5.829
    7    H    MET 122           HN       MET 122  -2.264  -3.841  -4.061
    8    HB3  MET 122           HB1      MET 122  -0.414  -4.138  -7.037
    9    HG3  MET 122           HG1      MET 122  -1.313  -6.477  -6.262

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   GLN 123           HA       GLN 123  -0.782   0.032  -7.118
    2    HB2  GLN 123           HB2      GLN 123  -3.130   0.079  -7.383
    3    HG2  GLN 123           HG2      GLN 123  -2.372   2.497  -5.789
    4   HE21  GLN 123          HE21      GLN 123  -3.822   4.228  -5.725
    5   HE22  GLN 123          HE22      GLN 123  -5.527   3.993  -5.864
    6    H    GLN 123           HN       GLN 123  -2.211  -1.695  -5.388
    7    HB3  GLN 123           HB1      GLN 123  -3.411   0.171  -5.651
    8    HG3  GLN 123           HG1      GLN 123  -2.581   2.347  -7.528

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   LEU 124           HA       LEU 124  -0.408   2.806  -3.441
    2    HB2  LEU 124           HB2      LEU 124  -0.882   0.700  -1.324
    3    HG   LEU 124           HG       LEU 124  -2.901   1.686  -2.551
    4   HD11  LEU 124          HD11      LEU 124  -2.644   2.066   0.434
    5   HD13  LEU 124          HD12      LEU 124  -3.110   0.581  -0.397
    6   HD12  LEU 124          HD13      LEU 124  -4.162   1.996  -0.460
    7   HD21  LEU 124          HD21      LEU 124  -2.051   4.127  -0.993
    8   HD23  LEU 124          HD22      LEU 124  -3.586   3.925  -1.836
    9   HD22  LEU 124          HD23      LEU 124  -2.078   3.966  -2.749
   10    H    LEU 124           HN       LEU 124  -1.536   0.256  -3.667
   11    HB3  LEU 124           HB1      LEU 124  -0.426   2.359  -0.968

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   LEU 125           HA       LEU 125   3.555   0.355  -2.239
    2    HB2  LEU 125           HB2      LEU 125   2.458  -1.977  -3.777
    3    HG   LEU 125           HG       LEU 125   2.349  -1.997  -1.255
    4   HD11  LEU 125          HD11      LEU 125   2.261  -4.009  -2.669
    5   HD13  LEU 125          HD12      LEU 125   3.063  -4.310  -1.130
    6   HD12  LEU 125          HD13      LEU 125   4.020  -4.119  -2.594
    7   HD21  LEU 125          HD21      LEU 125   4.525  -0.911  -0.858
    8   HD23  LEU 125          HD22      LEU 125   5.339  -2.314  -1.558
    9   HD22  LEU 125          HD23      LEU 125   4.414  -2.482  -0.063
   10    H    LEU 125           HN       LEU 125   0.974  -0.394  -3.210
   11    HB3  LEU 125           HB1      LEU 125   4.188  -1.774  -3.634

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   THR 126           HA       THR 126   4.417   0.560  -6.857
    2    HB   THR 126           HB       THR 126   1.530   1.008  -7.642
    3    HG1  THR 126           HG1      THR 126   1.893  -1.148  -7.294
    4   HG21  THR 126          HG21      THR 126   4.002   0.951  -9.374
    5   HG23  THR 126          HG22      THR 126   2.932   2.330  -9.105
    6   HG22  THR 126          HG23      THR 126   2.344   0.913  -9.978
    7    H    THR 126           HN       THR 126   2.027   0.194  -5.386

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   ALA 127           HA       ALA 127   2.689   5.048  -7.086
    2    HB3  ALA 127           HB1      ALA 127   1.086   4.779  -4.554
    3    HB1  ALA 127           HB2      ALA 127   0.447   4.739  -6.198
    4    HB2  ALA 127           HB3      ALA 127   1.186   6.214  -5.575
    5    H    ALA 127           HN       ALA 127   1.809   2.721  -5.830

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   GLU 128           HA       GLU 128   4.727   6.093  -2.886
    2    HB2  GLU 128           HB2      GLU 128   3.868   4.206  -1.462
    3    HG2  GLU 128           HG2      GLU 128   5.757   4.186   0.129
    4    H    GLU 128           HN       GLU 128   3.287   3.874  -3.771
    5    HB3  GLU 128           HB1      GLU 128   5.240   3.255  -2.007
    6    HG3  GLU 128           HG1      GLU 128   6.750   4.978  -1.087

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ILE 129           HA       ILE 129   8.521   3.709  -4.503
    2    HB   ILE 129           HB       ILE 129   6.901   2.201  -6.557
    3   HD12  ILE 129          HD11      ILE 129   8.560  -0.369  -6.072
    4   HD11  ILE 129          HD12      ILE 129   6.796  -0.279  -6.049
    5   HD13  ILE 129          HD13      ILE 129   7.665  -0.909  -4.649
    6    H    ILE 129           HN       ILE 129   5.770   3.193  -4.575

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLU 130           HA       GLU 130   7.606   5.962  -8.707
    2    HB2  GLU 130           HB2      GLU 130   4.817   6.653  -7.776
    3    HG2  GLU 130           HG2      GLU 130   5.762   4.971 -10.084
    4    H    GLU 130           HN       GLU 130   6.007   4.694  -6.788
    5    HB3  GLU 130           HB1      GLU 130   5.574   7.283  -9.232
    6    HG3  GLU 130           HG1      GLU 130   4.895   4.410  -8.655

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LYS 131           HA       LYS 131   6.961   9.812  -5.873
    2    HB2  LYS 131           HB2      LYS 131   6.610   8.062  -3.437
    3    HG2  LYS 131           HG2      LYS 131   4.701  10.112  -4.519
    4    HD2  LYS 131           HD2      LYS 131   3.111   8.982  -3.069
    5    HE2  LYS 131           HE2      LYS 131   5.684   9.818  -1.752
    6    HZ1  LYS 131           HZ1      LYS 131   3.053   9.286  -0.489
    7    HZ3  LYS 131           HZ2      LYS 131   4.354  10.055   0.271
    8    HZ2  LYS 131           HZ3      LYS 131   4.493   8.431  -0.209
    9    H    LYS 131           HN       LYS 131   6.265   7.100  -5.662
   10    HB3  LYS 131           HB1      LYS 131   6.760   9.813  -3.386
   11    HG3  LYS 131           HG1      LYS 131   4.601   8.397  -4.929
   12    HD3  LYS 131           HD1      LYS 131   4.355   7.832  -2.577
   13    HE3  LYS 131           HE1      LYS 131   4.229  10.784  -2.004

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   ILE 132           HA       ILE 132  10.989   8.673  -3.744
    2    HB   ILE 132           HB       ILE 132  11.053   5.704  -4.180
    3   HD13  ILE 132          HD11      ILE 132  10.429   4.250  -2.085
    4   HD12  ILE 132          HD12      ILE 132   9.649   5.059  -0.727
    5   HD11  ILE 132          HD13      ILE 132  11.366   5.318  -1.040
    6    H    ILE 132           HN       ILE 132   8.726   7.070  -4.441

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLN 133           HA       GLN 133  12.633   6.490  -7.769
    2    HB2  GLN 133           HB2      GLN 133   9.833   6.406  -8.881
    3    HG2  GLN 133           HG2      GLN 133  10.641   4.502  -7.445
    4   HE21  GLN 133          HE21      GLN 133  12.795   4.293  -6.941
    5   HE22  GLN 133          HE22      GLN 133  13.906   3.414  -7.941
    6    H    GLN 133           HN       GLN 133  10.157   6.590  -6.476
    7    HB3  GLN 133           HB1      GLN 133  11.261   6.153  -9.873
    8    HG3  GLN 133           HG1      GLN 133  10.080   4.088  -9.060

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   LYS 134           HA       LYS 134  11.199  10.379 -10.107
    2    HB2  LYS 134           HB2      LYS 134   9.630  12.146  -9.512
    3    HG2  LYS 134           HG2      LYS 134   8.867  10.544  -7.091
    4    HD2  LYS 134           HD2      LYS 134   8.204  13.356  -7.947
    5    HE2  LYS 134           HE2      LYS 134   6.789  13.443  -6.015
    6    HZ2  LYS 134           HZ1      LYS 134   8.380  13.320  -4.234
    7    HZ1  LYS 134           HZ2      LYS 134   9.150  13.937  -5.612
    8    HZ3  LYS 134           HZ3      LYS 134   9.406  12.328  -5.149
    9    H    LYS 134           HN       LYS 134  10.073   8.909  -7.956
   10    HB3  LYS 134           HB1      LYS 134   8.824  10.581  -9.455
   11    HG3  LYS 134           HG1      LYS 134   9.961  11.923  -7.023
   12    HD3  LYS 134           HD1      LYS 134   7.111  11.970  -8.009
   13    HE3  LYS 134           HE1      LYS 134   7.128  11.755  -5.629

  No H/Q in entry =          13
  In of MODEL   18
    1    HA3  GLY 135           HA2      GLY 135  13.649  11.305  -5.617
    2    H    GLY 135           HN       GLY 135  11.855  10.281  -6.718
    3    HA2  GLY 135           HA1      GLY 135  13.871  12.360  -7.009

  No H/Q in entry =           3
  In of MODEL   19
    1    H1   GLY  95           HT2      GLY  95  -9.270   5.736  -9.238
    2    H2   GLY  95           HT1      GLY  95  -8.712   5.204  -7.729
    3    H3   GLY  95           HT3      GLY  95  -7.992   4.625  -9.153
    4    HA3  GLY  95           HA1      GLY  95  -9.452   2.948  -8.225
    5    HA2  GLY  95           HA2      GLY  95 -10.778   4.103  -8.264

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ALA  96           HA       ALA  96 -10.106   2.373 -12.503
    2    HB3  ALA  96           HB1      ALA  96  -9.582   0.077 -13.122
    3    HB1  ALA  96           HB2      ALA  96  -9.627  -0.403 -11.425
    4    HB2  ALA  96           HB3      ALA  96  -8.382   0.710 -11.995
    5    H    ALA  96           HN       ALA  96  -9.794   1.458  -9.749

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   MET  97           HA       MET  97 -14.224   0.655 -11.681
    2    HB2  MET  97           HB2      MET  97 -13.156  -1.969 -10.653
    3    HG2  MET  97           HG2      MET  97 -14.083  -2.727 -12.919
    4    HE1  MET  97           HE1      MET  97 -12.491  -1.541 -15.409
    5    HE3  MET  97           HE2      MET  97 -12.507  -3.254 -14.988
    6    HE2  MET  97           HE3      MET  97 -10.973  -2.433 -15.284
    7    H    MET  97           HN       MET  97 -11.736   0.273 -10.162
    8    HB3  MET  97           HB1      MET  97 -14.859  -1.724 -10.997
    9    HG3  MET  97           HG1      MET  97 -14.066  -1.016 -13.336

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   GLU  98           HA       GLU  98 -14.671   0.145  -6.979
    2    HB2  GLU  98           HB2      GLU  98 -12.374   1.964  -6.301
    3    HG2  GLU  98           HG2      GLU  98 -11.245  -0.266  -5.581
    4    H    GLU  98           HN       GLU  98 -12.573   0.800  -8.804
    5    HB3  GLU  98           HB1      GLU  98 -13.220   0.830  -5.260
    6    HG3  GLU  98           HG1      GLU  98 -12.216  -0.953  -6.882

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   PRO  99           HA       PRO  99 -16.701   4.114  -7.198
    2    HB2  PRO  99           HB2      PRO  99 -18.491   3.581  -5.160
    3    HG2  PRO  99           HG2      PRO  99 -18.211   1.419  -4.632
    4    HD2  PRO  99           HD2      PRO  99 -16.133   0.716  -5.143
    5    HB3  PRO  99           HB1      PRO  99 -18.738   3.197  -6.863
    6    HG3  PRO  99           HG1      PRO  99 -18.751   1.026  -6.267
    7    HD3  PRO  99           HD1      PRO  99 -16.682   0.322  -6.777

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   GLU 100           HA       GLU 100 -14.910   6.619  -4.657
    2    HB2  GLU 100           HB2      GLU 100 -16.708   8.038  -5.547
    3    HG2  GLU 100           HG2      GLU 100 -15.905   9.017  -2.827
    4    H    GLU 100           HN       GLU 100 -17.480   5.707  -5.384
    5    HB3  GLU 100           HB1      GLU 100 -17.586   7.840  -4.038
    6    HG3  GLU 100           HG1      GLU 100 -14.842   9.049  -4.234

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ASN 101           HA       ASN 101 -16.181   6.126  -0.245
    2    HB2  ASN 101           HB2      ASN 101 -18.676   6.598  -0.506
    3   HD21  ASN 101          HD21      ASN 101 -16.830   4.385   1.531
    4   HD22  ASN 101          HD22      ASN 101 -17.515   4.923   3.027
    5    H    ASN 101           HN       ASN 101 -17.680   5.598  -2.684
    6    HB3  ASN 101           HB1      ASN 101 -18.917   4.859  -0.495

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LYS 102           HA       LYS 102 -16.877   1.352  -0.323
    2    HB2  LYS 102           HB2      LYS 102 -18.411   1.251  -2.321
    3    HG2  LYS 102           HG2      LYS 102 -16.329  -0.921  -2.278
    4    HD2  LYS 102           HD2      LYS 102 -19.252  -0.881  -3.001
    5    HE2  LYS 102           HE2      LYS 102 -18.559  -2.879  -1.667
    6    HZ2  LYS 102           HZ1      LYS 102 -16.290  -3.135  -2.439
    7    HZ1  LYS 102           HZ2      LYS 102 -16.830  -3.415  -4.023
    8    HZ3  LYS 102           HZ3      LYS 102 -17.190  -4.528  -2.798
    9    H    LYS 102           HN       LYS 102 -17.635   3.430  -1.987
   10    HB3  LYS 102           HB1      LYS 102 -16.968   1.140  -3.322
   11    HG3  LYS 102           HG1      LYS 102 -17.640  -0.780  -1.107
   12    HD3  LYS 102           HD1      LYS 102 -17.891  -1.205  -4.078
   13    HE3  LYS 102           HE1      LYS 102 -19.145  -3.234  -3.291

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   TYR 103           HA       TYR 103 -12.620   1.688  -2.599
    2    HB2  TYR 103           HB2      TYR 103 -12.774   4.023  -3.355
    3    HD1  TYR 103           HD1      TYR 103 -10.708   5.409  -0.957
    4    HD2  TYR 103           HD2      TYR 103 -10.672   2.426  -3.985
    5    HE1  TYR 103           HE1      TYR 103  -8.261   5.588  -1.085
    6    HE2  TYR 103           HE2      TYR 103  -8.221   2.591  -4.126
    7    HH   TYR 103           HH       TYR 103  -6.358   4.242  -1.799
    8    H    TYR 103           HN       TYR 103 -14.796   3.349  -2.093
    9    HB3  TYR 103           HB1      TYR 103 -12.706   4.574  -1.687

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   LEU 104           HA       LEU 104 -11.563   2.644   1.985
    2    HB2  LEU 104           HB2      LEU 104 -13.293   4.245   2.560
    3    HG   LEU 104           HG       LEU 104 -13.298   2.084   4.671
    4   HD12  LEU 104          HD11      LEU 104 -11.458   3.350   5.674
    5   HD11  LEU 104          HD12      LEU 104 -11.453   4.443   4.288
    6   HD13  LEU 104          HD13      LEU 104 -11.027   2.742   4.074
    7   HD23  LEU 104          HD21      LEU 104 -13.776   3.979   6.180
    8   HD22  LEU 104          HD22      LEU 104 -15.057   3.714   4.997
    9   HD21  LEU 104          HD23      LEU 104 -13.910   5.035   4.773
   10    H    LEU 104           HN       LEU 104 -13.851   3.049   0.369
   11    HB3  LEU 104           HB1      LEU 104 -14.475   2.961   2.711

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   PRO 105           HA       PRO 105 -13.799  -1.392   3.576
    2    HB2  PRO 105           HB2      PRO 105 -15.599  -2.496   1.808
    3    HG2  PRO 105           HG2      PRO 105 -15.631  -0.719   0.313
    4    HD2  PRO 105           HD2      PRO 105 -15.017   1.453   0.939
    5    HB3  PRO 105           HB1      PRO 105 -16.056  -1.479   3.182
    6    HG3  PRO 105           HG1      PRO 105 -16.972  -0.272   1.394
    7    HD3  PRO 105           HD1      PRO 105 -15.654   1.256   2.587

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   GLU 106           HA       GLU 106 -12.285  -3.444  -0.503
    2    HB2  GLU 106           HB2      GLU 106 -11.404  -0.773  -1.591
    3    HG2  GLU 106           HG2      GLU 106 -13.730  -1.014  -2.029
    4    H    GLU 106           HN       GLU 106 -13.210  -0.872   0.127
    5    HB3  GLU 106           HB1      GLU 106 -11.043  -2.330  -2.314
    6    HG3  GLU 106           HG1      GLU 106 -12.845  -1.345  -3.517

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LEU 107           HA       LEU 107  -8.030  -1.611   0.793
    2    HB2  LEU 107           HB2      LEU 107  -9.321   0.541   2.467
    3    HG   LEU 107           HG       LEU 107  -9.182   1.013  -0.026
    4   HD13  LEU 107          HD11      LEU 107  -8.333   3.265   0.330
    5   HD12  LEU 107          HD12      LEU 107  -7.602   2.762   1.854
    6   HD11  LEU 107          HD13      LEU 107  -9.356   2.760   1.675
    7   HD23  LEU 107          HD21      LEU 107  -6.974   1.610  -0.888
    8   HD22  LEU 107          HD22      LEU 107  -7.047  -0.095  -0.447
    9   HD21  LEU 107          HD23      LEU 107  -6.234   1.055   0.613
   10    H    LEU 107           HN       LEU 107 -10.673  -0.584   0.770
   11    HB3  LEU 107           HB1      LEU 107  -7.601   0.215   2.414

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   MET 108           HA       MET 108  -9.064  -2.576   5.386
    2    HB2  MET 108           HB2      MET 108 -11.072  -2.779   6.581
    3    HG2  MET 108           HG2      MET 108 -12.610  -2.389   4.031
    4    HE3  MET 108           HE1      MET 108 -12.716  -0.268   6.469
    5    HE2  MET 108           HE2      MET 108 -14.461  -0.055   6.615
    6    HE1  MET 108           HE3      MET 108 -13.715  -0.146   5.021
    7    H    MET 108           HN       MET 108 -10.581  -1.450   3.260
    8    HB3  MET 108           HB1      MET 108 -11.167  -1.290   5.657
    9    HG3  MET 108           HG1      MET 108 -12.502  -3.892   4.946

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   ALA 109           HA       ALA 109 -10.961  -6.660   3.965
    2    HB3  ALA 109           HB1      ALA 109 -11.703  -7.427   1.736
    3    HB2  ALA 109           HB2      ALA 109 -11.397  -5.811   1.095
    4    HB1  ALA 109           HB3      ALA 109 -12.645  -6.054   2.317
    5    H    ALA 109           HN       ALA 109 -11.024  -4.056   2.839

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   GLU 110           HA       GLU 110  -7.265  -7.328   1.071
    2    HB2  GLU 110           HB2      GLU 110  -6.813  -4.374   0.613
    3    HG2  GLU 110           HG2      GLU 110  -7.407  -6.623  -1.296
    4    H    GLU 110           HN       GLU 110  -8.966  -5.074   1.503
    5    HB3  GLU 110           HB1      GLU 110  -5.662  -5.618   0.146
    6    HG3  GLU 110           HG1      GLU 110  -8.459  -5.265  -0.895

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LYS 111           HA       LYS 111  -4.702  -4.917   4.351
    2    HB2  LYS 111           HB2      LYS 111  -5.740  -2.876   4.819
    3    HG2  LYS 111           HG2      LYS 111  -6.213  -4.416   7.355
    4    HD2  LYS 111           HD2      LYS 111  -5.593  -1.501   6.897
    5    HE2  LYS 111           HE2      LYS 111  -6.193  -1.265   9.265
    6    HZ2  LYS 111           HZ1      LYS 111  -4.200  -2.145  10.194
    7    HZ1  LYS 111           HZ2      LYS 111  -3.839  -1.619   8.624
    8    HZ3  LYS 111           HZ3      LYS 111  -4.028  -3.275   8.940
    9    H    LYS 111           HN       LYS 111  -7.224  -4.544   3.198
   10    HB3  LYS 111           HB1      LYS 111  -7.243  -3.640   5.307
   11    HG3  LYS 111           HG1      LYS 111  -4.662  -3.731   6.858
   12    HD3  LYS 111           HD1      LYS 111  -7.196  -2.144   7.254
   13    HE3  LYS 111           HE1      LYS 111  -6.351  -3.015   9.388

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   ASP 112           HA       ASP 112  -6.895  -7.660   7.565
    2    HB2  ASP 112           HB2      ASP 112  -9.242  -7.081   7.344
    3    H    ASP 112           HN       ASP 112  -7.858  -6.227   5.316
    4    HB3  ASP 112           HB1      ASP 112  -9.376  -8.044   5.877

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   SER 113           HA       SER 113  -6.672 -11.262   4.664
    2    HB2  SER 113           HB2      SER 113  -7.086  -9.767   2.072
    3    HG   SER 113           HG       SER 113  -8.942  -9.613   3.277
    4    H    SER 113           HN       SER 113  -7.004  -8.406   4.164
    5    HB3  SER 113           HB1      SER 113  -7.098 -11.516   2.267

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   LEU 114           HA       LEU 114  -2.822  -9.836   2.291
    2    HB2  LEU 114           HB2      LEU 114  -3.381  -7.349   2.527
    3    HG   LEU 114           HG       LEU 114  -0.529  -8.305   2.373
    4   HD12  LEU 114          HD11      LEU 114  -0.773  -7.626   0.025
    5   HD11  LEU 114          HD12      LEU 114  -2.442  -7.153   0.341
    6   HD13  LEU 114          HD13      LEU 114  -1.961  -8.845   0.488
    7   HD23  LEU 114          HD21      LEU 114  -1.490  -5.482   1.980
    8   HD22  LEU 114          HD22      LEU 114   0.153  -6.081   1.746
    9   HD21  LEU 114          HD23      LEU 114  -0.556  -6.052   3.360
   10    H    LEU 114           HN       LEU 114  -4.730  -8.574   4.011
   11    HB3  LEU 114           HB1      LEU 114  -2.348  -7.373   3.945

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ASP 115           HA       ASP 115  -0.482 -11.842   5.310
    2    HB2  ASP 115           HB2      ASP 115   0.327 -12.733   3.085
    3    H    ASP 115           HN       ASP 115  -0.794 -10.584   2.777
    4    HB3  ASP 115           HB1      ASP 115   1.606 -11.525   3.145

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   PRO 116           HA       PRO 116   1.336  -8.460   7.495
    2    HB2  PRO 116           HB2      PRO 116   2.461  -9.878   9.533
    3    HG2  PRO 116           HG2      PRO 116   2.227 -12.008   8.624
    4    HD2  PRO 116           HD2      PRO 116   0.716 -12.466   6.921
    5    HB3  PRO 116           HB1      PRO 116   0.731  -9.536   9.421
    6    HG3  PRO 116           HG1      PRO 116   0.709 -11.868   9.534
    7    HD3  PRO 116           HD1      PRO 116  -0.536 -11.417   7.620

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   SER 117           HA       SER 117   5.787 -10.222   6.990
    2    HB2  SER 117           HB2      SER 117   5.314 -12.417   5.951
    3    HG   SER 117           HG       SER 117   7.346 -10.753   5.236
    4    H    SER 117           HN       SER 117   3.225 -11.063   6.204
    5    HB3  SER 117           HB1      SER 117   5.011 -11.608   4.414

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   PHE 118           HA       PHE 118   5.629  -7.245   3.463
    2    HB2  PHE 118           HB2      PHE 118   2.651  -7.331   2.945
    3    HD1  PHE 118           HD1      PHE 118   2.625  -9.796   2.997
    4    HD2  PHE 118           HD2      PHE 118   5.126  -7.611   0.343
    5    HE1  PHE 118           HE1      PHE 118   2.908 -11.805   1.623
    6    HE2  PHE 118           HE2      PHE 118   5.411  -9.616  -1.045
    7    HZ   PHE 118           HZ       PHE 118   4.304 -11.723  -0.408
    8    H    PHE 118           HN       PHE 118   3.565  -8.872   4.746
    9    HB3  PHE 118           HB1      PHE 118   3.850  -6.484   1.974

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   THR 119           HA       THR 119   4.457  -4.725   7.012
    2    HB   THR 119           HB       THR 119   7.255  -3.955   6.178
    3    HG1  THR 119           HG1      THR 119   6.157  -5.767   8.004
    4   HG21  THR 119          HG21      THR 119   5.631  -3.054   8.560
    5   HG23  THR 119          HG22      THR 119   6.141  -2.051   7.200
    6   HG22  THR 119          HG23      THR 119   7.345  -2.714   8.307
    7    H    THR 119           HN       THR 119   6.200  -6.007   5.250

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   HIS 120           HA       HIS 120   5.036  -0.856   4.407
    2    HB2  HIS 120           HB2      HIS 120   6.217  -2.227   1.997
    3    HD1  HIS 120           HD1      HIS 120   7.102   0.502   4.501
    4    HD2  HIS 120           HD2      HIS 120   8.781  -2.744   2.532
    5    HE1  HIS 120           HE1      HIS 120   9.454   0.331   5.367
    6    HE2  HIS 120           HE2      HIS 120  10.383  -1.755   4.309
    7    H    HIS 120           HN       HIS 120   6.019  -3.513   4.059
    8    HB3  HIS 120           HB1      HIS 120   5.906  -0.499   2.110

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   ALA 121           HA       ALA 121   1.958  -2.312   1.010
    2    HB2  ALA 121           HB1      ALA 121   2.008  -5.195   1.868
    3    HB3  ALA 121           HB2      ALA 121   2.928  -4.566   0.505
    4    HB1  ALA 121           HB3      ALA 121   1.165  -4.495   0.483
    5    H    ALA 121           HN       ALA 121   4.086  -3.562   2.324

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   MET 122           HA       MET 122  -0.638  -3.729   4.700
    2    HB2  MET 122           HB2      MET 122   1.830  -4.361   6.264
    3    HG2  MET 122           HG2      MET 122   0.421  -6.021   4.839
    4    HE3  MET 122           HE1      MET 122  -2.084  -4.131   5.775
    5    HE2  MET 122           HE2      MET 122  -3.351  -5.355   5.706
    6    HE1  MET 122           HE3      MET 122  -2.107  -5.305   4.458
    7    H    MET 122           HN       MET 122   2.125  -3.941   4.094
    8    HB3  MET 122           HB1      MET 122   0.310  -4.103   7.108
    9    HG3  MET 122           HG1      MET 122   1.079  -6.493   6.402

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   GLN 123           HA       GLN 123   0.756   0.022   7.157
    2    HB2  GLN 123           HB2      GLN 123   2.715   1.331   7.266
    3    HG2  GLN 123           HG2      GLN 123   3.470   0.392   4.528
    4   HE21  GLN 123          HE21      GLN 123   4.448   1.959   7.489
    5   HE22  GLN 123          HE22      GLN 123   6.095   2.209   7.032
    6    H    GLN 123           HN       GLN 123   2.174  -1.688   5.388
    7    HB3  GLN 123           HB1      GLN 123   3.345  -0.257   6.881
    8    HG3  GLN 123           HG1      GLN 123   2.927   2.010   4.967

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   LEU 124           HA       LEU 124   0.437   2.774   3.467
    2    HB2  LEU 124           HB2      LEU 124   0.928   0.600   1.447
    3    HG   LEU 124           HG       LEU 124   2.882   1.622   2.775
    4   HD13  LEU 124          HD11      LEU 124   3.183   0.309   0.764
    5   HD12  LEU 124          HD12      LEU 124   4.306   1.668   0.797
    6   HD11  LEU 124          HD13      LEU 124   2.877   1.731  -0.237
    7   HD23  LEU 124          HD21      LEU 124   2.259   3.923   0.925
    8   HD22  LEU 124          HD22      LEU 124   3.697   3.764   1.933
    9   HD21  LEU 124          HD23      LEU 124   2.109   3.937   2.681
   10    H    LEU 124           HN       LEU 124   1.453   0.186   3.732
   11    HB3  LEU 124           HB1      LEU 124   0.533   2.256   1.003

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   LEU 125           HA       LEU 125  -3.596   0.402   2.229
    2    HB2  LEU 125           HB2      LEU 125  -2.543  -1.900   3.838
    3    HG   LEU 125           HG       LEU 125  -2.487  -2.046   1.333
    4   HD12  LEU 125          HD11      LEU 125  -3.410  -4.335   1.325
    5   HD11  LEU 125          HD12      LEU 125  -4.176  -4.014   2.876
    6   HD13  LEU 125          HD13      LEU 125  -2.417  -4.014   2.744
    7   HD22  LEU 125          HD21      LEU 125  -4.592  -2.490   0.184
    8   HD21  LEU 125          HD22      LEU 125  -4.606  -0.878   0.902
    9   HD23  LEU 125          HD23      LEU 125  -5.484  -2.196   1.679
   10    H    LEU 125           HN       LEU 125  -1.036  -0.392   3.197
   11    HB3  LEU 125           HB1      LEU 125  -4.270  -1.660   3.731

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   THR 126           HA       THR 126  -4.457   0.783   6.824
    2    HB   THR 126           HB       THR 126  -1.554   1.121   7.599
    3    HG1  THR 126           HG1      THR 126  -1.873  -1.006   7.453
    4   HG23  THR 126          HG21      THR 126  -2.914   2.562   9.011
    5   HG22  THR 126          HG22      THR 126  -2.342   1.171   9.935
    6   HG21  THR 126          HG23      THR 126  -4.010   1.223   9.360
    7    H    THR 126           HN       THR 126  -2.074   0.313   5.367

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   ALA 127           HA       ALA 127  -2.560   5.208   6.912
    2    HB1  ALA 127           HB1      ALA 127  -0.357   4.767   5.960
    3    HB2  ALA 127           HB2      ALA 127  -1.046   6.275   5.358
    4    HB3  ALA 127           HB3      ALA 127  -1.048   4.836   4.339
    5    H    ALA 127           HN       ALA 127  -1.793   2.822   5.707

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   GLU 128           HA       GLU 128  -4.711   6.228   2.781
    2    HB2  GLU 128           HB2      GLU 128  -3.925   4.395   1.286
    3    HG2  GLU 128           HG2      GLU 128  -5.822   4.373  -0.240
    4    H    GLU 128           HN       GLU 128  -3.299   3.966   3.644
    5    HB3  GLU 128           HB1      GLU 128  -5.227   3.389   1.896
    6    HG3  GLU 128           HG1      GLU 128  -6.867   4.970   1.041

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ILE 129           HA       ILE 129  -8.503   3.883   4.478
    2    HB   ILE 129           HB       ILE 129  -6.807   2.395   6.477
    3   HD11  ILE 129          HD11      ILE 129  -6.719  -0.083   5.967
    4   HD13  ILE 129          HD12      ILE 129  -7.735  -0.733   4.678
    5   HD12  ILE 129          HD13      ILE 129  -8.468  -0.172   6.183
    6    H    ILE 129           HN       ILE 129  -5.765   3.338   4.475

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLU 130           HA       GLU 130  -7.468   6.294   8.550
    2    HB2  GLU 130           HB2      GLU 130  -4.658   6.713   7.553
    3    HG2  GLU 130           HG2      GLU 130  -5.788   5.543  10.071
    4    H    GLU 130           HN       GLU 130  -5.930   4.869   6.696
    5    HB3  GLU 130           HB1      GLU 130  -5.370   7.703   8.816
    6    HG3  GLU 130           HG1      GLU 130  -4.731   4.776   8.884

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LYS 131           HA       LYS 131  -6.581  10.004   5.603
    2    HB2  LYS 131           HB2      LYS 131  -6.397   8.176   3.207
    3    HG2  LYS 131           HG2      LYS 131  -4.390  10.188   4.178
    4    HD2  LYS 131           HD2      LYS 131  -2.838   8.728   2.875
    5    HE2  LYS 131           HE2      LYS 131  -3.952  10.827   1.941
    6    HZ3  LYS 131           HZ1      LYS 131  -5.309  10.232  -0.097
    7    HZ2  LYS 131           HZ2      LYS 131  -6.103  10.171   1.396
    8    HZ1  LYS 131           HZ3      LYS 131  -5.594   8.730   0.648
    9    H    LYS 131           HN       LYS 131  -6.075   7.265   5.441
   10    HB3  LYS 131           HB1      LYS 131  -6.470   9.931   3.090
   11    HG3  LYS 131           HG1      LYS 131  -4.368   8.501   4.687
   12    HD3  LYS 131           HD1      LYS 131  -4.243   7.859   2.274
   13    HE3  LYS 131           HE1      LYS 131  -3.247   9.689   0.796

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   ILE 132           HA       ILE 132 -10.731   9.089   3.460
    2    HB   ILE 132           HB       ILE 132 -10.945   6.180   4.226
    3   HD13  ILE 132          HD11      ILE 132  -9.731   5.112   0.825
    4   HD12  ILE 132          HD12      ILE 132 -11.429   5.482   1.133
    5   HD11  ILE 132          HD13      ILE 132 -10.515   4.515   2.289
    6    H    ILE 132           HN       ILE 132  -8.570   7.421   4.199

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLN 133           HA       GLN 133 -12.607   7.585   7.570
    2    HB2  GLN 133           HB2      GLN 133  -9.965   6.684   8.692
    3    HG2  GLN 133           HG2      GLN 133 -12.523   5.186   8.169
    4   HE21  GLN 133          HE21      GLN 133 -12.512   3.015   8.721
    5   HE22  GLN 133          HE22      GLN 133 -11.364   2.347   9.836
    6    H    GLN 133           HN       GLN 133 -10.096   7.142   6.351
    7    HB3  GLN 133           HB1      GLN 133 -11.424   6.789   9.661
    8    HG3  GLN 133           HG1      GLN 133 -11.038   5.069   7.224

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   LYS 134           HA       LYS 134 -10.224  10.940  10.041
    2    HB2  LYS 134           HB2      LYS 134  -8.465  11.701   7.705
    3    HG2  LYS 134           HG2      LYS 134  -7.649  10.582  10.365
    4    HD2  LYS 134           HD2      LYS 134  -6.198  11.679   7.989
    5    HE2  LYS 134           HE2      LYS 134  -5.343   9.398   8.302
    6    HZ1  LYS 134           HZ1      LYS 134  -5.824   9.160  10.686
    7    HZ3  LYS 134           HZ2      LYS 134  -4.590  10.263  11.041
    8    HZ2  LYS 134           HZ3      LYS 134  -4.217   8.776  10.306
    9    H    LYS 134           HN       LYS 134  -9.570   9.375   7.762
   10    HB3  LYS 134           HB1      LYS 134  -8.527  12.537   9.246
   11    HG3  LYS 134           HG1      LYS 134  -7.640   9.703   8.833
   12    HD3  LYS 134           HD1      LYS 134  -5.931  12.002   9.703
   13    HE3  LYS 134           HE1      LYS 134  -4.147  10.622   8.715

  No H/Q in entry =          13
  In of MODEL   19
    1    HA3  GLY 135           HA2      GLY 135 -11.699  13.897   6.685
    2    H    GLY 135           HN       GLY 135 -11.186  11.102   6.745
    3    HA2  GLY 135           HA1      GLY 135 -12.197  12.720   5.480

  No H/Q in entry =           3
  In of MODEL   19
    1    H1   GLY  95           HT2      GLY  95   9.366   5.469   9.454
    2    H2   GLY  95           HT1      GLY  95   8.806   4.964   7.934
    3    H3   GLY  95           HT3      GLY  95   8.083   4.367   9.347
    4    HA2  GLY  95           HA2      GLY  95  10.861   3.839   8.446
    5    HA3  GLY  95           HA1      GLY  95   9.523   2.697   8.399

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ALA  96           HA       ALA  96  10.172   2.074  12.670
    2    HB2  ALA  96           HB1      ALA  96   9.606  -0.216  13.268
    3    HB1  ALA  96           HB2      ALA  96   9.645  -0.684  11.567
    4    HB3  ALA  96           HB3      ALA  96   8.418   0.444  12.144
    5    H    ALA  96           HN       ALA  96   9.843   1.190   9.909

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   MET  97           HA       MET  97  14.263   0.291  11.810
    2    HB2  MET  97           HB2      MET  97  13.132  -2.305  10.770
    3    HG2  MET  97           HG2      MET  97  14.042  -3.105  13.024
    4    HE2  MET  97           HE1      MET  97  12.488  -1.904  15.536
    5    HE1  MET  97           HE2      MET  97  12.472  -3.611  15.090
    6    HE3  MET  97           HE3      MET  97  10.955  -2.768  15.402
    7    H    MET  97           HN       MET  97  11.758  -0.031  10.302
    8    HB3  MET  97           HB1      MET  97  14.843  -2.100  11.110
    9    HG3  MET  97           HG1      MET  97  14.076  -1.399  13.462

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   GLU  98           HA       GLU  98  14.677  -0.187   7.103
    2    HB2  GLU  98           HB2      GLU  98  12.408   1.675   6.447
    3    HG2  GLU  98           HG2      GLU  98  11.235  -0.526   5.718
    4    H    GLU  98           HN       GLU  98  12.601   0.485   8.948
    5    HB3  GLU  98           HB1      GLU  98  13.230   0.531   5.399
    6    HG3  GLU  98           HG1      GLU  98  12.190  -1.243   7.016

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   PRO  99           HA       PRO  99  16.778   3.736   7.354
    2    HB2  PRO  99           HB2      PRO  99  18.551   3.193   5.306
    3    HG2  PRO  99           HG2      PRO  99  18.232   1.038   4.761
    4    HD2  PRO  99           HD2      PRO  99  16.143   0.369   5.271
    5    HB3  PRO  99           HB1      PRO  99  18.797   2.787   7.003
    6    HG3  PRO  99           HG1      PRO  99  18.770   0.624   6.393
    7    HD3  PRO  99           HD1      PRO  99  16.688  -0.049   6.900

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   GLU 100           HA       GLU 100  15.027   6.295   4.840
    2    HB2  GLU 100           HB2      GLU 100  16.851   7.682   5.731
    3    HG2  GLU 100           HG2      GLU 100  16.061   8.685   3.012
    4    H    GLU 100           HN       GLU 100  17.581   5.328   5.550
    5    HB3  GLU 100           HB1      GLU 100  17.723   7.473   4.221
    6    HG3  GLU 100           HG1      GLU 100  15.008   8.744   4.428

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ASN 101           HA       ASN 101  16.279   5.816   0.416
    2    HB2  ASN 101           HB2      ASN 101  18.781   6.240   0.670
    3   HD21  ASN 101          HD21      ASN 101  16.885   4.070  -1.378
    4   HD22  ASN 101          HD22      ASN 101  17.571   4.613  -2.869
    5    H    ASN 101           HN       ASN 101  17.775   5.251   2.848
    6    HB3  ASN 101           HB1      ASN 101  18.989   4.496   0.649

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LYS 102           HA       LYS 102  16.892   1.028   0.459
    2    HB2  LYS 102           HB2      LYS 102  18.429   0.878   2.454
    3    HG2  LYS 102           HG2      LYS 102  16.297  -1.244   2.396
    4    HD2  LYS 102           HD2      LYS 102  19.223  -1.270   3.112
    5    HE2  LYS 102           HE2      LYS 102  18.491  -3.243   1.756
    6    HZ2  LYS 102           HZ1      LYS 102  16.219  -3.442   2.534
    7    HZ1  LYS 102           HZ2      LYS 102  16.760  -3.773   4.110
    8    HZ3  LYS 102           HZ3      LYS 102  17.081  -4.867   2.858
    9    H    LYS 102           HN       LYS 102  17.686   3.082   2.139
   10    HB3  LYS 102           HB1      LYS 102  16.984   0.788   3.455
   11    HG3  LYS 102           HG1      LYS 102  17.605  -1.123   1.220
   12    HD3  LYS 102           HD1      LYS 102  17.857  -1.582   4.186
   13    HE3  LYS 102           HE1      LYS 102  19.068  -3.625   3.377

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   TYR 103           HA       TYR 103  12.647   1.428   2.754
    2    HB2  TYR 103           HB2      TYR 103  12.850   3.756   3.520
    3    HD1  TYR 103           HD1      TYR 103  10.795   5.194   1.145
    4    HD2  TYR 103           HD2      TYR 103  10.715   2.188   4.154
    5    HE1  TYR 103           HE1      TYR 103   8.353   5.415   1.280
    6    HE2  TYR 103           HE2      TYR 103   8.265   2.401   4.301
    7    HH   TYR 103           HH       TYR 103   6.428   4.120   1.998
    8    H    TYR 103           HN       TYR 103  14.855   3.046   2.250
    9    HB3  TYR 103           HB1      TYR 103  12.780   4.319   1.856

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   LEU 104           HA       LEU 104  11.591   2.437  -1.820
    2    HB2  LEU 104           HB2      LEU 104  13.347   4.009  -2.392
    3    HG   LEU 104           HG       LEU 104  13.304   1.870  -4.518
    4   HD12  LEU 104          HD11      LEU 104  11.483   3.180  -5.501
    5   HD11  LEU 104          HD12      LEU 104  11.502   4.254  -4.103
    6   HD13  LEU 104          HD13      LEU 104  11.048   2.560  -3.907
    7   HD23  LEU 104          HD21      LEU 104  13.813   3.765  -6.013
    8   HD22  LEU 104          HD22      LEU 104  15.092   3.469  -4.834
    9   HD21  LEU 104          HD23      LEU 104  13.971   4.811  -4.598
   10    H    LEU 104           HN       LEU 104  13.887   2.791  -0.209
   11    HB3  LEU 104           HB1      LEU 104  14.503   2.705  -2.556

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   PRO 105           HA       PRO 105  13.741  -1.624  -3.455
    2    HB2  PRO 105           HB2      PRO 105  15.529  -2.775  -1.710
    3    HG2  PRO 105           HG2      PRO 105  15.596  -1.013  -0.195
    4    HD2  PRO 105           HD2      PRO 105  15.022   1.177  -0.799
    5    HB3  PRO 105           HB1      PRO 105  15.997  -1.749  -3.074
    6    HG3  PRO 105           HG1      PRO 105  16.944  -0.582  -1.274
    7    HD3  PRO 105           HD1      PRO 105  15.648   0.978  -2.453

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   GLU 106           HA       GLU 106  12.200  -3.677   0.613
    2    HB2  GLU 106           HB2      GLU 106  11.377  -0.998   1.726
    3    HG2  GLU 106           HG2      GLU 106  13.695  -1.298   2.152
    4    H    GLU 106           HN       GLU 106  13.175  -1.119   0.003
    5    HB3  GLU 106           HB1      GLU 106  10.981  -2.555   2.435
    6    HG3  GLU 106           HG1      GLU 106  12.807  -1.616   3.641

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LEU 107           HA       LEU 107   7.980  -1.757  -0.659
    2    HB2  LEU 107           HB2      LEU 107   9.302   0.388  -2.314
    3    HG   LEU 107           HG       LEU 107   9.178   0.837   0.182
    4   HD13  LEU 107          HD11      LEU 107   8.377   3.110  -0.153
    5   HD12  LEU 107          HD12      LEU 107   7.632   2.632  -1.678
    6   HD11  LEU 107          HD13      LEU 107   9.385   2.594  -1.504
    7   HD23  LEU 107          HD21      LEU 107   6.985   1.470   1.057
    8   HD22  LEU 107          HD22      LEU 107   7.025  -0.233   0.599
    9   HD21  LEU 107          HD23      LEU 107   6.232   0.943  -0.450
   10    H    LEU 107           HN       LEU 107  10.638  -0.772  -0.629
   11    HB3  LEU 107           HB1      LEU 107   7.578   0.089  -2.256

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   MET 108           HA       MET 108   8.984  -2.701  -5.260
    2    HB2  MET 108           HB2      MET 108  10.983  -2.937  -6.460
    3    HG2  MET 108           HG2      MET 108  12.535  -2.590  -3.914
    4    HE3  MET 108           HE1      MET 108  12.680  -0.456  -6.340
    5    HE2  MET 108           HE2      MET 108  14.430  -0.277  -6.478
    6    HE1  MET 108           HE3      MET 108  13.676  -0.364  -4.886
    7    H    MET 108           HN       MET 108  10.525  -1.619  -3.132
    8    HB3  MET 108           HB1      MET 108  11.108  -1.455  -5.527
    9    HG3  MET 108           HG1      MET 108  12.394  -4.085  -4.836

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   ALA 109           HA       ALA 109  10.805  -6.830  -3.878
    2    HB2  ALA 109           HB1      ALA 109  11.536  -7.632  -1.654
    3    HB3  ALA 109           HB2      ALA 109  11.272  -6.010  -1.006
    4    HB1  ALA 109           HB3      ALA 109  12.506  -6.279  -2.236
    5    H    ALA 109           HN       ALA 109  10.919  -4.240  -2.728

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   GLU 110           HA       GLU 110   7.097  -7.455  -0.980
    2    HB2  GLU 110           HB2      GLU 110   6.708  -4.495  -0.501
    3    HG2  GLU 110           HG2      GLU 110   7.264  -6.764   1.397
    4    H    GLU 110           HN       GLU 110   8.842  -5.231  -1.395
    5    HB3  GLU 110           HB1      GLU 110   5.534  -5.718  -0.038
    6    HG3  GLU 110           HG1      GLU 110   8.341  -5.422   1.004

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LYS 111           HA       LYS 111   4.577  -4.970  -4.232
    2    HB2  LYS 111           HB2      LYS 111   5.654  -2.947  -4.684
    3    HG2  LYS 111           HG2      LYS 111   6.087  -4.475  -7.234
    4    HD2  LYS 111           HD2      LYS 111   5.530  -1.550  -6.753
    5    HE2  LYS 111           HE2      LYS 111   6.118  -1.311  -9.122
    6    HZ2  LYS 111           HZ1      LYS 111   4.103  -2.162 -10.043
    7    HZ1  LYS 111           HZ2      LYS 111   3.763  -1.622  -8.476
    8    HZ3  LYS 111           HZ3      LYS 111   3.921  -3.283  -8.787
    9    H    LYS 111           HN       LYS 111   7.110  -4.658  -3.084
   10    HB3  LYS 111           HB1      LYS 111   7.141  -3.736  -5.184
   11    HG3  LYS 111           HG1      LYS 111   4.553  -3.761  -6.726
   12    HD3  LYS 111           HD1      LYS 111   7.118  -2.222  -7.122
   13    HE3  LYS 111           HE1      LYS 111   6.248  -3.062  -9.256

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   ASP 112           HA       ASP 112   6.717  -7.727  -7.475
    2    HB2  ASP 112           HB2      ASP 112   9.073  -7.197  -7.252
    3    H    ASP 112           HN       ASP 112   7.705  -6.327  -5.218
    4    HB3  ASP 112           HB1      ASP 112   9.190  -8.166  -5.789

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   SER 113           HA       SER 113   6.418 -11.347  -4.603
    2    HB2  SER 113           HB2      SER 113   6.879  -9.881  -2.001
    3    HG   SER 113           HG       SER 113   8.726  -9.725  -3.179
    4    H    SER 113           HN       SER 113   6.802  -8.499  -4.079
    5    HB3  SER 113           HB1      SER 113   6.870 -11.629  -2.212

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   LEU 114           HA       LEU 114   2.608  -9.867  -2.204
    2    HB2  LEU 114           HB2      LEU 114   3.220  -7.392  -2.423
    3    HG   LEU 114           HG       LEU 114   0.354  -8.293  -2.272
    4   HD12  LEU 114          HD11      LEU 114   0.618  -7.636   0.086
    5   HD11  LEU 114          HD12      LEU 114   2.295  -7.194  -0.237
    6   HD13  LEU 114          HD13      LEU 114   1.780  -8.875  -0.393
    7   HD23  LEU 114          HD21      LEU 114   1.366  -5.489  -1.856
    8   HD22  LEU 114          HD22      LEU 114  -0.285  -6.062  -1.615
    9   HD21  LEU 114          HD23      LEU 114   0.411  -6.031  -3.234
   10    H    LEU 114           HN       LEU 114   4.537  -8.626  -3.916
   11    HB3  LEU 114           HB1      LEU 114   2.184  -7.379  -3.837

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ASP 115           HA       ASP 115   0.230 -11.804  -5.235
    2    HB2  ASP 115           HB2      ASP 115  -0.588 -12.716  -3.024
    3    H    ASP 115           HN       ASP 115   0.566 -10.573  -2.691
    4    HB3  ASP 115           HB1      ASP 115  -1.845 -11.485  -3.057

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   PRO 116           HA       PRO 116  -1.526  -8.378  -7.383
    2    HB2  PRO 116           HB2      PRO 116  -2.689  -9.750  -9.431
    3    HG2  PRO 116           HG2      PRO 116  -2.494 -11.893  -8.541
    4    HD2  PRO 116           HD2      PRO 116  -0.987 -12.398  -6.850
    5    HB3  PRO 116           HB1      PRO 116  -0.952  -9.442  -9.323
    6    HG3  PRO 116           HG1      PRO 116  -0.975 -11.776  -9.454
    7    HD3  PRO 116           HD1      PRO 116   0.284 -11.365  -7.540

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   SER 117           HA       SER 117  -6.021 -10.045  -6.884
    2    HB2  SER 117           HB2      SER 117  -5.575 -12.261  -5.866
    3    HG   SER 117           HG       SER 117  -7.591 -10.575  -5.103
    4    H    SER 117           HN       SER 117  -3.475 -10.952  -6.119
    5    HB3  SER 117           HB1      SER 117  -5.262 -11.473  -4.323

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   PHE 118           HA       PHE 118  -5.788  -7.115  -3.330
    2    HB2  PHE 118           HB2      PHE 118  -2.810  -7.259  -2.829
    3    HD1  PHE 118           HD1      PHE 118  -2.826  -9.719  -2.891
    4    HD2  PHE 118           HD2      PHE 118  -5.287  -7.513  -0.221
    5    HE1  PHE 118           HE1      PHE 118  -3.148 -11.735  -1.539
    6    HE2  PHE 118           HE2      PHE 118  -5.606  -9.525   1.150
    7    HZ   PHE 118           HZ       PHE 118  -4.541 -11.645   0.494
    8    H    PHE 118           HN       PHE 118  -3.760  -8.769  -4.632
    9    HB3  PHE 118           HB1      PHE 118  -3.988  -6.395  -1.847

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   THR 119           HA       THR 119  -4.587  -4.581  -6.868
    2    HB   THR 119           HB       THR 119  -7.358  -3.751  -6.000
    3    HG1  THR 119           HG1      THR 119  -6.336  -5.554  -7.913
    4   HG21  THR 119          HG21      THR 119  -5.731  -2.886  -8.396
    5   HG23  THR 119          HG22      THR 119  -6.217  -1.876  -7.030
    6   HG22  THR 119          HG23      THR 119  -7.437  -2.513  -8.133
    7    H    THR 119           HN       THR 119  -6.339  -5.850  -5.115

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   HIS 120           HA       HIS 120  -5.083  -0.723  -4.221
    2    HB2  HIS 120           HB2      HIS 120  -6.280  -2.102  -1.822
    3    HD1  HIS 120           HD1      HIS 120  -7.122   0.665  -4.295
    4    HD2  HIS 120           HD2      HIS 120  -8.850  -2.570  -2.360
    5    HE1  HIS 120           HE1      HIS 120  -9.480   0.549  -5.156
    6    HE2  HIS 120           HE2      HIS 120 -10.450  -1.525  -4.108
    7    H    HIS 120           HN       HIS 120  -6.105  -3.367  -3.895
    8    HB3  HIS 120           HB1      HIS 120  -5.941  -0.378  -1.917

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   ALA 121           HA       ALA 121  -2.022  -2.269  -0.848
    2    HB3  ALA 121           HB1      ALA 121  -2.121  -5.143  -1.733
    3    HB1  ALA 121           HB2      ALA 121  -3.036  -4.514  -0.366
    4    HB2  ALA 121           HB3      ALA 121  -1.272  -4.470  -0.339
    5    H    ALA 121           HN       ALA 121  -4.180  -3.461  -2.161

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   MET 122           HA       MET 122   0.538  -3.697  -4.555
    2    HB2  MET 122           HB2      MET 122  -1.942  -4.272  -6.123
    3    HG2  MET 122           HG2      MET 122  -0.561  -5.972  -4.715
    4    HE3  MET 122           HE1      MET 122   1.976  -4.122  -5.642
    5    HE2  MET 122           HE2      MET 122   3.220  -5.371  -5.589
    6    HE1  MET 122           HE3      MET 122   1.980  -5.308  -4.338
    7    H    MET 122           HN       MET 122  -2.230  -3.863  -3.949
    8    HB3  MET 122           HB1      MET 122  -0.418  -4.032  -6.965
    9    HG3  MET 122           HG1      MET 122  -1.233  -6.416  -6.283

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   GLN 123           HA       GLN 123  -0.790   0.096  -6.980
    2    HB2  GLN 123           HB2      GLN 123  -2.724   1.441  -7.074
    3    HG2  GLN 123           HG2      GLN 123  -3.499   0.492  -4.346
    4   HE21  GLN 123          HE21      GLN 123  -4.442   2.109  -7.287
    5   HE22  GLN 123          HE22      GLN 123  -6.085   2.389  -6.836
    6    H    GLN 123           HN       GLN 123  -2.238  -1.597  -5.221
    7    HB3  GLN 123           HB1      GLN 123  -3.380  -0.139  -6.700
    8    HG3  GLN 123           HG1      GLN 123  -2.923   2.102  -4.769

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   LEU 124           HA       LEU 124  -0.409   2.813  -3.266
    2    HB2  LEU 124           HB2      LEU 124  -0.940   0.628  -1.267
    3    HG   LEU 124           HG       LEU 124  -2.879   1.696  -2.577
    4   HD13  LEU 124          HD11      LEU 124  -3.191   0.375  -0.574
    5   HD12  LEU 124          HD12      LEU 124  -4.294   1.750  -0.595
    6   HD11  LEU 124          HD13      LEU 124  -2.862   1.786   0.435
    7   HD23  LEU 124          HD21      LEU 124  -2.207   3.972  -0.712
    8   HD22  LEU 124          HD22      LEU 124  -3.650   3.846  -1.718
    9   HD21  LEU 124          HD23      LEU 124  -2.061   3.996  -2.470
   10    H    LEU 124           HN       LEU 124  -1.476   0.248  -3.554
   11    HB3  LEU 124           HB1      LEU 124  -0.514   2.272  -0.807

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   LEU 125           HA       LEU 125   3.579   0.351  -2.062
    2    HB2  LEU 125           HB2      LEU 125   2.477  -1.916  -3.688
    3    HG   LEU 125           HG       LEU 125   2.421  -2.081  -1.183
    4   HD12  LEU 125          HD11      LEU 125   3.299  -4.384  -1.194
    5   HD11  LEU 125          HD12      LEU 125   4.071  -4.064  -2.744
    6   HD13  LEU 125          HD13      LEU 125   2.313  -4.032  -2.611
    7   HD22  LEU 125          HD21      LEU 125   4.521  -2.574  -0.047
    8   HD21  LEU 125          HD22      LEU 125   4.566  -0.956  -0.749
    9   HD23  LEU 125          HD23      LEU 125   5.414  -2.287  -1.543
   10    H    LEU 125           HN       LEU 125   1.002  -0.384  -3.030
   11    HB3  LEU 125           HB1      LEU 125   4.207  -1.711  -3.581

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   THR 126           HA       THR 126   4.435   0.761  -6.655
    2    HB   THR 126           HB       THR 126   1.537   1.150  -7.417
    3    HG1  THR 126           HG1      THR 126   1.801  -0.979  -7.319
    4   HG23  THR 126          HG21      THR 126   2.912   2.583  -8.820
    5   HG22  THR 126          HG22      THR 126   2.318   1.209  -9.755
    6   HG21  THR 126          HG23      THR 126   3.988   1.230  -9.183
    7    H    THR 126           HN       THR 126   2.047   0.321  -5.196

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   ALA 127           HA       ALA 127   2.623   5.219  -6.703
    2    HB1  ALA 127           HB1      ALA 127   0.411   4.817  -5.745
    3    HB3  ALA 127           HB2      ALA 127   1.136   6.307  -5.139
    4    HB2  ALA 127           HB3      ALA 127   1.108   4.863  -4.126
    5    H    ALA 127           HN       ALA 127   1.806   2.838  -5.516

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   GLU 128           HA       GLU 128   4.806   6.163  -2.568
    2    HB2  GLU 128           HB2      GLU 128   3.982   4.331  -1.087
    3    HG2  GLU 128           HG2      GLU 128   5.882   4.255   0.432
    4    H    GLU 128           HN       GLU 128   3.345   3.936  -3.441
    5    HB3  GLU 128           HB1      GLU 128   5.263   3.305  -1.707
    6    HG3  GLU 128           HG1      GLU 128   6.934   4.850  -0.845

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ILE 129           HA       ILE 129   8.545   3.759  -4.297
    2    HB   ILE 129           HB       ILE 129   6.815   2.317  -6.303
    3   HD11  ILE 129          HD11      ILE 129   6.681  -0.163  -5.813
    4   HD13  ILE 129          HD12      ILE 129   7.687  -0.838  -4.529
    5   HD12  ILE 129          HD13      ILE 129   8.429  -0.281  -6.032
    6    H    ILE 129           HN       ILE 129   5.794   3.269  -4.290

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLU 130           HA       GLU 130   7.539   6.218  -8.345
    2    HB2  GLU 130           HB2      GLU 130   4.741   6.699  -7.339
    3    HG2  GLU 130           HG2      GLU 130   5.846   5.514  -9.862
    4    H    GLU 130           HN       GLU 130   5.981   4.812  -6.499
    5    HB3  GLU 130           HB1      GLU 130   5.473   7.675  -8.602
    6    HG3  GLU 130           HG1      GLU 130   4.773   4.764  -8.678

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LYS 131           HA       LYS 131   6.736   9.925  -5.367
    2    HB2  LYS 131           HB2      LYS 131   6.521   8.081  -2.984
    3    HG2  LYS 131           HG2      LYS 131   4.554  10.140  -3.934
    4    HD2  LYS 131           HD2      LYS 131   2.976   8.702  -2.634
    5    HE2  LYS 131           HE2      LYS 131   4.140  10.775  -1.699
    6    HZ3  LYS 131           HZ1      LYS 131   5.479  10.135   0.342
    7    HZ2  LYS 131           HZ2      LYS 131   6.274  10.073  -1.152
    8    HZ1  LYS 131           HZ3      LYS 131   5.735   8.639  -0.420
    9    H    LYS 131           HN       LYS 131   6.176   7.195  -5.230
   10    HB3  LYS 131           HB1      LYS 131   6.630   9.832  -2.856
   11    HG3  LYS 131           HG1      LYS 131   4.494   8.457  -4.455
   12    HD3  LYS 131           HD1      LYS 131   4.369   7.804  -2.045
   13    HE3  LYS 131           HE1      LYS 131   3.412   9.650  -0.557

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   ILE 132           HA       ILE 132  10.870   8.914  -3.245
    2    HB   ILE 132           HB       ILE 132  11.031   6.004  -4.031
    3   HD13  ILE 132          HD11      ILE 132   9.810   4.930  -0.638
    4   HD12  ILE 132          HD12      ILE 132  11.513   5.274  -0.950
    5   HD11  ILE 132          HD13      ILE 132  10.576   4.333  -2.110
    6    H    ILE 132           HN       ILE 132   8.676   7.293  -3.988

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLN 133           HA       GLN 133  12.706   7.406  -7.379
    2    HB2  GLN 133           HB2      GLN 133  10.040   6.570  -8.499
    3    HG2  GLN 133           HG2      GLN 133  12.568   5.019  -7.996
    4   HE21  GLN 133          HE21      GLN 133  12.508   2.853  -8.555
    5   HE22  GLN 133          HE22      GLN 133  11.360   2.226  -9.688
    6    H    GLN 133           HN       GLN 133  10.193   7.000  -6.151
    7    HB3  GLN 133           HB1      GLN 133  11.500   6.655  -9.472
    8    HG3  GLN 133           HG1      GLN 133  11.084   4.920  -7.047

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   LYS 134           HA       LYS 134  10.382  10.834  -9.810
    2    HB2  LYS 134           HB2      LYS 134   8.646  11.599  -7.457
    3    HG2  LYS 134           HG2      LYS 134   7.802  10.519 -10.121
    4    HD2  LYS 134           HD2      LYS 134   6.380  11.625  -7.733
    5    HE2  LYS 134           HE2      LYS 134   5.478   9.367  -8.057
    6    HZ1  LYS 134           HZ1      LYS 134   5.957   9.134 -10.439
    7    HZ3  LYS 134           HZ2      LYS 134   4.732  10.256 -10.786
    8    HZ2  LYS 134           HZ3      LYS 134   4.344   8.775 -10.061
    9    H    LYS 134           HN       LYS 134   9.706   9.257  -7.547
   10    HB3  LYS 134           HB1      LYS 134   8.715  12.450  -8.991
   11    HG3  LYS 134           HG1      LYS 134   7.779   9.628  -8.596
   12    HD3  LYS 134           HD1      LYS 134   6.112  11.970  -9.441
   13    HE3  LYS 134           HE1      LYS 134   4.306  10.617  -8.462

  No H/Q in entry =          13
  In of MODEL   19
    1    HA3  GLY 135           HA2      GLY 135  11.928  13.735  -6.438
    2    H    GLY 135           HN       GLY 135  11.347  10.954  -6.505
    3    HA2  GLY 135           HA1      GLY 135  12.408  12.543  -5.241

  No H/Q in entry =           3
  In of MODEL   20
    1    H1   GLY  95           HT3      GLY  95  -9.251   4.665 -10.480
    2    H2   GLY  95           HT2      GLY  95  -9.449   2.985 -10.571
    3    H3   GLY  95           HT1      GLY  95  -8.044   3.701 -11.185
    4    HA3  GLY  95           HA1      GLY  95  -9.247   4.756 -12.936
    5    HA2  GLY  95           HA2      GLY  95  -9.621   3.038 -12.936

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ALA  96           HA       ALA  96 -13.343   5.869 -12.727
    2    HB2  ALA  96           HB1      ALA  96 -12.981   6.285 -15.109
    3    HB3  ALA  96           HB2      ALA  96 -14.656   5.839 -14.778
    4    HB1  ALA  96           HB3      ALA  96 -13.552   4.656 -15.478
    5    H    ALA  96           HN       ALA  96 -11.346   4.581 -14.230

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   MET  97           HA       MET  97 -15.633   1.753 -13.042
    2    HB2  MET  97           HB2      MET  97 -13.140   0.089 -13.391
    3    HG2  MET  97           HG2      MET  97 -15.465   0.542 -15.245
    4    HE2  MET  97           HE1      MET  97 -11.769  -2.126 -15.972
    5    HE1  MET  97           HE2      MET  97 -12.098  -1.314 -14.442
    6    HE3  MET  97           HE3      MET  97 -11.699  -0.365 -15.873
    7    H    MET  97           HN       MET  97 -12.952   2.518 -13.680
    8    HB3  MET  97           HB1      MET  97 -14.753  -0.577 -13.186
    9    HG3  MET  97           HG1      MET  97 -13.835   1.176 -15.453

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   GLU  98           HA       GLU  98 -13.672   0.702  -8.975
    2    HB2  GLU  98           HB2      GLU  98 -11.284   1.206  -9.675
    3    HG2  GLU  98           HG2      GLU  98 -11.715   2.010  -6.824
    4    H    GLU  98           HN       GLU  98 -12.955   2.476 -11.165
    5    HB3  GLU  98           HB1      GLU  98 -11.521   2.817  -9.020
    6    HG3  GLU  98           HG1      GLU  98 -11.928   0.346  -7.370

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   PRO  99           HA       PRO  99 -16.430   3.778  -7.417
    2    HB2  PRO  99           HB2      PRO  99 -17.114   2.573  -5.123
    3    HG2  PRO  99           HG2      PRO  99 -15.310   1.107  -4.953
    4    HD2  PRO  99           HD2      PRO  99 -14.053   0.501  -6.798
    5    HB3  PRO  99           HB1      PRO  99 -17.611   1.921  -6.691
    6    HG3  PRO  99           HG1      PRO  99 -16.516   0.079  -5.753
    7    HD3  PRO  99           HD1      PRO  99 -15.488   0.265  -7.815

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   GLU 100           HA       GLU 100 -13.968   6.158  -4.925
    2    HB2  GLU 100           HB2      GLU 100 -15.484   7.734  -6.071
    3    HG2  GLU 100           HG2      GLU 100 -14.998   8.646  -3.249
    4    H    GLU 100           HN       GLU 100 -16.552   5.382  -5.889
    5    HB3  GLU 100           HB1      GLU 100 -16.587   7.632  -4.704
    6    HG3  GLU 100           HG1      GLU 100 -13.736   8.557  -4.478

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ASN 101           HA       ASN 101 -15.919   5.827  -0.744
    2    HB2  ASN 101           HB2      ASN 101 -18.244   6.471  -1.176
    3   HD21  ASN 101          HD21      ASN 101 -17.935   7.063   0.961
    4   HD22  ASN 101          HD22      ASN 101 -18.403   6.047   2.280
    5    H    ASN 101           HN       ASN 101 -17.063   5.308  -3.359
    6    HB3  ASN 101           HB1      ASN 101 -18.646   4.802  -1.567

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LYS 102           HA       LYS 102 -16.813   1.087  -0.658
    2    HB2  LYS 102           HB2      LYS 102 -18.141   1.061  -2.917
    3    HG2  LYS 102           HG2      LYS 102 -16.668  -1.268  -1.735
    4    HD2  LYS 102           HD2      LYS 102 -18.614  -2.480  -3.109
    5    HE2  LYS 102           HE2      LYS 102 -16.889  -2.940  -4.897
    6    HZ3  LYS 102           HZ1      LYS 102 -15.249  -3.907  -3.263
    7    HZ2  LYS 102           HZ2      LYS 102 -16.865  -4.380  -3.055
    8    HZ1  LYS 102           HZ3      LYS 102 -16.191  -3.217  -2.028
    9    H    LYS 102           HN       LYS 102 -17.392   3.095  -2.456
   10    HB3  LYS 102           HB1      LYS 102 -16.610   0.509  -3.582
   11    HG3  LYS 102           HG1      LYS 102 -18.371  -0.833  -1.564
   12    HD3  LYS 102           HD1      LYS 102 -18.282  -1.147  -4.216
   13    HE3  LYS 102           HE1      LYS 102 -15.847  -1.787  -4.067

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   TYR 103           HA       TYR 103 -12.417   1.140  -2.680
    2    HB2  TYR 103           HB2      TYR 103 -12.462   3.389  -3.613
    3    HD1  TYR 103           HD1      TYR 103 -10.321   1.750  -3.959
    4    HD2  TYR 103           HD2      TYR 103 -10.569   5.017  -1.250
    5    HE1  TYR 103           HE1      TYR 103  -7.869   1.975  -4.007
    6    HE2  TYR 103           HE2      TYR 103  -8.126   5.251  -1.278
    7    HH   TYR 103           HH       TYR 103  -6.162   4.127  -1.850
    8    H    TYR 103           HN       TYR 103 -14.557   2.914  -2.331
    9    HB3  TYR 103           HB1      TYR 103 -12.508   4.090  -2.004

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   LEU 104           HA       LEU 104 -11.592   2.369   1.896
    2    HB2  LEU 104           HB2      LEU 104 -13.325   3.983   2.318
    3    HG   LEU 104           HG       LEU 104 -13.544   1.864   4.457
    4   HD13  LEU 104          HD11      LEU 104 -11.243   2.496   4.106
    5   HD12  LEU 104          HD12      LEU 104 -11.829   3.218   5.606
    6   HD11  LEU 104          HD13      LEU 104 -11.674   4.203   4.153
    7   HD21  LEU 104          HD21      LEU 104 -14.166   4.814   4.497
    8   HD23  LEU 104          HD22      LEU 104 -14.209   3.735   5.893
    9   HD22  LEU 104          HD23      LEU 104 -15.343   3.502   4.561
   10    H    LEU 104           HN       LEU 104 -13.784   2.678   0.142
   11    HB3  LEU 104           HB1      LEU 104 -14.544   2.727   2.384

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   PRO 105           HA       PRO 105 -13.853  -1.654   3.483
    2    HB2  PRO 105           HB2      PRO 105 -15.626  -2.782   1.716
    3    HG2  PRO 105           HG2      PRO 105 -15.619  -1.046   0.165
    4    HD2  PRO 105           HD2      PRO 105 -14.997   1.133   0.738
    5    HB3  PRO 105           HB1      PRO 105 -16.107  -1.720   3.045
    6    HG3  PRO 105           HG1      PRO 105 -16.981  -0.567   1.204
    7    HD3  PRO 105           HD1      PRO 105 -15.696   1.003   2.366

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   GLU 106           HA       GLU 106 -12.170  -3.611  -0.631
    2    HB2  GLU 106           HB2      GLU 106 -11.539  -0.803  -1.511
    3    HG2  GLU 106           HG2      GLU 106 -13.721  -1.975  -2.173
    4    H    GLU 106           HN       GLU 106 -13.217  -1.111   0.064
    5    HB3  GLU 106           HB1      GLU 106 -10.742  -2.200  -2.213
    6    HG3  GLU 106           HG1      GLU 106 -12.751  -1.196  -3.423

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LEU 107           HA       LEU 107  -8.015  -1.725   0.903
    2    HB2  LEU 107           HB2      LEU 107  -9.428   0.412   2.488
    3    HG   LEU 107           HG       LEU 107  -9.170   0.905   0.051
    4   HD11  LEU 107          HD11      LEU 107  -9.264   2.678   1.728
    5   HD13  LEU 107          HD12      LEU 107  -8.192   3.107   0.395
    6   HD12  LEU 107          HD13      LEU 107  -7.516   2.577   1.935
    7   HD22  LEU 107          HD21      LEU 107  -7.117  -0.329  -0.348
    8   HD21  LEU 107          HD22      LEU 107  -6.240   0.749   0.740
    9   HD23  LEU 107          HD23      LEU 107  -6.910   1.371  -0.770
   10    H    LEU 107           HN       LEU 107 -10.668  -0.737   0.767
   11    HB3  LEU 107           HB1      LEU 107  -7.704   0.103   2.557

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   MET 108           HA       MET 108  -9.217  -2.726   5.433
    2    HB2  MET 108           HB2      MET 108 -11.233  -2.910   6.562
    3    HG2  MET 108           HG2      MET 108 -12.698  -2.858   3.943
    4    HE2  MET 108           HE1      MET 108 -14.531  -2.785   8.183
    5    HE1  MET 108           HE2      MET 108 -12.804  -2.632   7.866
    6    HE3  MET 108           HE3      MET 108 -13.625  -4.160   7.549
    7    H    MET 108           HN       MET 108 -10.665  -1.608   3.260
    8    HB3  MET 108           HB1      MET 108 -11.410  -1.493   5.543
    9    HG3  MET 108           HG1      MET 108 -12.580  -4.219   5.060

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   ALA 109           HA       ALA 109 -10.948  -6.834   3.858
    2    HB1  ALA 109           HB1      ALA 109 -12.592  -6.199   2.161
    3    HB3  ALA 109           HB2      ALA 109 -11.630  -7.573   1.618
    4    HB2  ALA 109           HB3      ALA 109 -11.299  -5.959   0.985
    5    H    ALA 109           HN       ALA 109 -11.034  -4.207   2.782

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   GLU 110           HA       GLU 110  -7.173  -7.384   1.040
    2    HB2  GLU 110           HB2      GLU 110  -6.768  -4.417   0.608
    3    HG2  GLU 110           HG2      GLU 110  -7.317  -6.639  -1.346
    4    H    GLU 110           HN       GLU 110  -8.931  -5.169   1.452
    5    HB3  GLU 110           HB1      GLU 110  -5.606  -5.644   0.128
    6    HG3  GLU 110           HG1      GLU 110  -8.414  -5.331  -0.909

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LYS 111           HA       LYS 111  -4.666  -4.846   4.313
    2    HB2  LYS 111           HB2      LYS 111  -5.763  -2.884   4.866
    3    HG2  LYS 111           HG2      LYS 111  -6.205  -4.636   7.270
    4    HD2  LYS 111           HD2      LYS 111  -5.998  -1.634   7.190
    5    HE2  LYS 111           HE2      LYS 111  -5.446  -2.470   9.327
    6    HZ2  LYS 111           HZ1      LYS 111  -6.158  -4.700   9.268
    7    HZ1  LYS 111           HZ2      LYS 111  -7.775  -4.275   8.994
    8    HZ3  LYS 111           HZ3      LYS 111  -7.064  -3.972  10.503
    9    H    LYS 111           HN       LYS 111  -7.176  -4.575   3.141
   10    HB3  LYS 111           HB1      LYS 111  -7.271  -3.707   5.235
   11    HG3  LYS 111           HG1      LYS 111  -4.780  -3.645   6.921
   12    HD3  LYS 111           HD1      LYS 111  -7.542  -2.482   7.172
   13    HE3  LYS 111           HE1      LYS 111  -7.111  -1.896   9.425

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   ASP 112           HA       ASP 112  -6.417  -7.581   7.586
    2    HB2  ASP 112           HB2      ASP 112  -9.242  -7.414   6.650
    3    H    ASP 112           HN       ASP 112  -7.746  -6.284   5.376
    4    HB3  ASP 112           HB1      ASP 112  -8.788  -8.675   7.791

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   SER 113           HA       SER 113  -6.581 -11.221   4.866
    2    HB2  SER 113           HB2      SER 113  -7.011  -9.744   2.262
    3    HG   SER 113           HG       SER 113  -8.910  -9.600   3.242
    4    H    SER 113           HN       SER 113  -6.723  -8.333   4.351
    5    HB3  SER 113           HB1      SER 113  -7.005 -11.495   2.454

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   LEU 114           HA       LEU 114  -2.733  -9.831   2.378
    2    HB2  LEU 114           HB2      LEU 114  -3.347  -7.329   2.564
    3    HG   LEU 114           HG       LEU 114  -0.500  -8.273   2.355
    4   HD13  LEU 114          HD11      LEU 114  -1.958  -8.780   0.485
    5   HD12  LEU 114          HD12      LEU 114  -0.786  -7.543   0.022
    6   HD11  LEU 114          HD13      LEU 114  -2.451  -7.090   0.380
    7   HD21  LEU 114          HD21      LEU 114  -0.507  -6.024   3.364
    8   HD23  LEU 114          HD22      LEU 114  -1.448  -5.443   1.993
    9   HD22  LEU 114          HD23      LEU 114   0.189  -6.054   1.747
   10    H    LEU 114           HN       LEU 114  -4.706  -8.519   3.943
   11    HB3  LEU 114           HB1      LEU 114  -2.294  -7.320   3.967

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ASP 115           HA       ASP 115  -0.500 -11.650   5.591
    2    HB2  ASP 115           HB2      ASP 115   0.280 -12.828   3.523
    3    H    ASP 115           HN       ASP 115  -0.711 -10.567   2.953
    4    HB3  ASP 115           HB1      ASP 115   1.582 -11.649   3.395

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   PRO 116           HA       PRO 116   1.417  -8.226   7.545
    2    HB2  PRO 116           HB2      PRO 116   2.596  -9.540   9.628
    3    HG2  PRO 116           HG2      PRO 116   2.326 -11.715   8.834
    4    HD2  PRO 116           HD2      PRO 116   0.758 -12.245   7.203
    5    HB3  PRO 116           HB1      PRO 116   0.865  -9.191   9.543
    6    HG3  PRO 116           HG1      PRO 116   0.829 -11.514   9.773
    7    HD3  PRO 116           HD1      PRO 116  -0.455 -11.134   7.873

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   SER 117           HA       SER 117   5.858  -9.995   7.084
    2    HB2  SER 117           HB2      SER 117   5.380 -12.247   6.142
    3    HG   SER 117           HG       SER 117   7.490 -10.786   5.730
    4    H    SER 117           HN       SER 117   3.293 -10.868   6.314
    5    HB3  SER 117           HB1      SER 117   5.113 -11.502   4.567

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   PHE 118           HA       PHE 118   5.662  -7.188   3.438
    2    HB2  PHE 118           HB2      PHE 118   2.683  -7.297   2.908
    3    HD1  PHE 118           HD1      PHE 118   2.656  -9.772   2.997
    4    HD2  PHE 118           HD2      PHE 118   5.131  -7.621   0.288
    5    HE1  PHE 118           HE1      PHE 118   2.913 -11.792   1.635
    6    HE2  PHE 118           HE2      PHE 118   5.390  -9.640  -1.085
    7    HZ   PHE 118           HZ       PHE 118   4.281 -11.736  -0.413
    8    H    PHE 118           HN       PHE 118   3.629  -8.852   4.709
    9    HB3  PHE 118           HB1      PHE 118   3.883  -6.470   1.927

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   THR 119           HA       THR 119   4.315  -4.818   7.022
    2    HB   THR 119           HB       THR 119   7.189  -4.115   6.446
    3    HG1  THR 119           HG1      THR 119   6.158  -6.168   7.641
    4   HG22  THR 119          HG21      THR 119   7.145  -2.880   8.584
    5   HG21  THR 119          HG22      THR 119   5.400  -3.127   8.671
    6   HG23  THR 119          HG23      THR 119   6.087  -2.159   7.366
    7    H    THR 119           HN       THR 119   6.179  -5.987   5.292

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   HIS 120           HA       HIS 120   5.092  -0.822   4.673
    2    HB2  HIS 120           HB2      HIS 120   6.206  -2.021   2.138
    3    HD1  HIS 120           HD1      HIS 120   7.439   0.050   5.111
    4    HD2  HIS 120           HD2      HIS 120   8.702  -2.875   2.459
    5    HE1  HIS 120           HE1      HIS 120   9.743  -0.593   5.868
    6    HE2  HIS 120           HE2      HIS 120  10.389  -2.530   4.390
    7    H    HIS 120           HN       HIS 120   6.009  -3.491   4.208
    8    HB3  HIS 120           HB1      HIS 120   6.113  -0.312   2.530

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   ALA 121           HA       ALA 121   2.044  -2.153   1.140
    2    HB3  ALA 121           HB1      ALA 121   3.041  -4.369   0.582
    3    HB1  ALA 121           HB2      ALA 121   1.279  -4.334   0.561
    4    HB2  ALA 121           HB3      ALA 121   2.132  -5.053   1.927
    5    H    ALA 121           HN       ALA 121   4.158  -3.427   2.462

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   MET 122           HA       MET 122  -0.615  -3.741   4.730
    2    HB2  MET 122           HB2      MET 122   1.845  -4.349   6.323
    3    HG2  MET 122           HG2      MET 122   0.471  -5.990   4.824
    4    HE3  MET 122           HE1      MET 122  -2.000  -4.160   5.959
    5    HE2  MET 122           HE2      MET 122  -3.291  -5.358   5.877
    6    HE1  MET 122           HE3      MET 122  -2.113  -5.243   4.571
    7    H    MET 122           HN       MET 122   2.167  -3.855   4.185
    8    HB3  MET 122           HB1      MET 122   0.305  -4.155   7.147
    9    HG3  MET 122           HG1      MET 122   1.166  -6.502   6.360

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   GLN 123           HA       GLN 123   0.625  -0.011   7.293
    2    HB2  GLN 123           HB2      GLN 123   2.941   0.070   7.705
    3    HG2  GLN 123           HG2      GLN 123   2.586   2.470   5.934
    4   HE21  GLN 123          HE21      GLN 123   4.992   0.913   6.470
    5   HE22  GLN 123          HE22      GLN 123   6.070   1.975   7.304
    6    H    GLN 123           HN       GLN 123   2.136  -1.705   5.602
    7    HB3  GLN 123           HB1      GLN 123   3.335   0.185   5.997
    8    HG3  GLN 123           HG1      GLN 123   2.037   2.369   7.598

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   LEU 124           HA       LEU 124   0.394   2.778   3.583
    2    HB2  LEU 124           HB2      LEU 124   0.803   0.606   1.518
    3    HG   LEU 124           HG       LEU 124   2.853   1.604   2.691
    4   HD12  LEU 124          HD11      LEU 124   4.096   1.763   0.580
    5   HD11  LEU 124          HD12      LEU 124   2.575   1.862  -0.308
    6   HD13  LEU 124          HD13      LEU 124   2.986   0.393   0.578
    7   HD23  LEU 124          HD21      LEU 124   3.569   3.793   1.861
    8   HD22  LEU 124          HD22      LEU 124   2.074   3.904   2.788
    9   HD21  LEU 124          HD23      LEU 124   2.026   3.979   1.028
   10    H    LEU 124           HN       LEU 124   1.476   0.221   3.873
   11    HB3  LEU 124           HB1      LEU 124   0.369   2.260   1.120

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   LEU 125           HA       LEU 125  -3.620   0.397   2.457
    2    HB2  LEU 125           HB2      LEU 125  -2.577  -1.952   4.006
    3    HG   LEU 125           HG       LEU 125  -2.430  -1.959   1.495
    4   HD13  LEU 125          HD11      LEU 125  -3.214  -4.254   1.316
    5   HD12  LEU 125          HD12      LEU 125  -4.161  -4.061   2.786
    6   HD11  LEU 125          HD13      LEU 125  -2.400  -3.995   2.858
    7   HD23  LEU 125          HD21      LEU 125  -5.433  -2.175   1.738
    8   HD22  LEU 125          HD22      LEU 125  -4.498  -2.405   0.258
    9   HD21  LEU 125          HD23      LEU 125  -4.552  -0.818   1.031
   10    H    LEU 125           HN       LEU 125  -1.062  -0.398   3.454
   11    HB3  LEU 125           HB1      LEU 125  -4.308  -1.724   3.844

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   THR 126           HA       THR 126  -4.422   0.644   7.158
    2    HB   THR 126           HB       THR 126  -1.545   1.357   7.759
    3    HG1  THR 126           HG1      THR 126  -1.861  -0.878   7.456
    4   HG22  THR 126          HG21      THR 126  -2.242   1.340  10.120
    5   HG21  THR 126          HG22      THR 126  -3.919   1.130   9.613
    6   HG23  THR 126          HG23      THR 126  -3.050   2.610   9.201
    7    H    THR 126           HN       THR 126  -2.118   0.209   5.611

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   ALA 127           HA       ALA 127  -2.922   5.187   7.042
    2    HB3  ALA 127           HB1      ALA 127  -1.268   4.875   4.543
    3    HB1  ALA 127           HB2      ALA 127  -0.654   4.919   6.196
    4    HB2  ALA 127           HB3      ALA 127  -1.433   6.343   5.506
    5    H    ALA 127           HN       ALA 127  -1.954   2.839   5.876

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   GLU 128           HA       GLU 128  -4.804   6.046   2.726
    2    HB2  GLU 128           HB2      GLU 128  -3.915   4.090   1.409
    3    HG2  GLU 128           HG2      GLU 128  -5.846   4.012  -0.217
    4    H    GLU 128           HN       GLU 128  -3.436   3.843   3.762
    5    HB3  GLU 128           HB1      GLU 128  -5.332   3.186   1.919
    6    HG3  GLU 128           HG1      GLU 128  -6.720   5.036   0.915

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ILE 129           HA       ILE 129  -8.715   3.729   4.249
    2    HB   ILE 129           HB       ILE 129  -7.162   2.459   6.508
    3   HD13  ILE 129          HD11      ILE 129  -7.768  -0.831   4.847
    4   HD12  ILE 129          HD12      ILE 129  -8.700  -0.205   6.210
    5   HD11  ILE 129          HD13      ILE 129  -6.940  -0.067   6.204
    6    H    ILE 129           HN       ILE 129  -5.981   3.231   4.453

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLU 130           HA       GLU 130  -7.967   6.371   8.223
    2    HB2  GLU 130           HB2      GLU 130  -5.141   6.868   7.319
    3    HG2  GLU 130           HG2      GLU 130  -6.302   5.684   9.821
    4    H    GLU 130           HN       GLU 130  -6.304   4.966   6.483
    5    HB3  GLU 130           HB1      GLU 130  -5.921   7.830   8.558
    6    HG3  GLU 130           HG1      GLU 130  -5.230   4.912   8.649

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LYS 131           HA       LYS 131  -7.231  10.062   5.163
    2    HB2  LYS 131           HB2      LYS 131  -6.888   8.132   2.882
    3    HG2  LYS 131           HG2      LYS 131  -5.106   9.757   2.208
    4    HD2  LYS 131           HD2      LYS 131  -4.511   8.710   4.939
    5    HE2  LYS 131           HE2      LYS 131  -2.717   9.758   3.641
    6    HZ2  LYS 131           HZ1      LYS 131  -3.325   9.370   1.410
    7    HZ1  LYS 131           HZ2      LYS 131  -3.438   7.693   1.632
    8    HZ3  LYS 131           HZ3      LYS 131  -1.922   8.451   1.662
    9    H    LYS 131           HN       LYS 131  -6.524   7.358   5.108
   10    HB3  LYS 131           HB1      LYS 131  -7.420   9.776   2.586
   11    HG3  LYS 131           HG1      LYS 131  -5.328  10.538   3.776
   12    HD3  LYS 131           HD1      LYS 131  -4.822   7.597   3.607
   13    HE3  LYS 131           HE1      LYS 131  -2.426   8.039   3.902

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   ILE 132           HA       ILE 132 -11.292   8.807   3.037
    2    HB   ILE 132           HB       ILE 132 -11.424   5.909   3.815
    3   HD12  ILE 132          HD11      ILE 132 -11.487   5.102   0.719
    4   HD11  ILE 132          HD12      ILE 132 -10.692   4.197   2.008
    5   HD13  ILE 132          HD13      ILE 132  -9.754   4.780   0.632
    6    H    ILE 132           HN       ILE 132  -9.042   7.305   3.866

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLN 133           HA       GLN 133 -13.008   7.425   7.240
    2    HB2  GLN 133           HB2      GLN 133 -10.282   6.947   8.441
    3    HG2  GLN 133           HG2      GLN 133 -11.172   5.142   6.979
    4   HE21  GLN 133          HE21      GLN 133 -12.320   2.952   8.514
    5   HE22  GLN 133          HE22      GLN 133 -14.032   3.163   8.434
    6    H    GLN 133           HN       GLN 133 -10.425   7.216   6.036
    7    HB3  GLN 133           HB1      GLN 133 -11.781   6.880   9.352
    8    HG3  GLN 133           HG1      GLN 133 -10.899   4.672   8.652

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   LYS 134           HA       LYS 134 -11.044  11.190   9.336
    2    HB2  LYS 134           HB2      LYS 134  -8.942  11.768   7.242
    3    HG2  LYS 134           HG2      LYS 134  -8.529  10.622   9.987
    4    HD2  LYS 134           HD2      LYS 134  -6.694  11.650   7.850
    5    HE2  LYS 134           HE2      LYS 134  -5.916   9.395   8.342
    6    HZ2  LYS 134           HZ1      LYS 134  -5.208   8.790  10.555
    7    HZ1  LYS 134           HZ2      LYS 134  -6.872   9.108  10.549
    8    HZ3  LYS 134           HZ3      LYS 134  -5.793  10.256  11.181
    9    H    LYS 134           HN       LYS 134 -10.112   9.434   7.261
   10    HB3  LYS 134           HB1      LYS 134  -9.174  12.619   8.760
   11    HG3  LYS 134           HG1      LYS 134  -8.315   9.756   8.461
   12    HD3  LYS 134           HD1      LYS 134  -6.706  12.037   9.569
   13    HE3  LYS 134           HE1      LYS 134  -4.815  10.600   9.002

  No H/Q in entry =          13
  In of MODEL   20
    1    HA3  GLY 135           HA2      GLY 135 -11.935  13.864   5.605
    2    H    GLY 135           HN       GLY 135 -11.280  11.081   5.863
    3    HA2  GLY 135           HA1      GLY 135 -11.932  12.664   4.323

  No H/Q in entry =           3
  In of MODEL   20
    1    H1   GLY  95           HT3      GLY  95   9.305   4.398  10.712
    2    H2   GLY  95           HT2      GLY  95   9.496   2.715  10.755
    3    H3   GLY  95           HT1      GLY  95   8.095   3.418  11.390
    4    HA2  GLY  95           HA2      GLY  95   9.661   2.716  13.131
    5    HA3  GLY  95           HA1      GLY  95   9.318   4.441  13.156

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ALA  96           HA       ALA  96  13.435   5.494  12.946
    2    HB3  ALA  96           HB1      ALA  96  13.079   5.878  15.334
    3    HB2  ALA  96           HB2      ALA  96  14.746   5.407  14.999
    4    HB1  ALA  96           HB3      ALA  96  13.617   4.235  15.680
    5    H    ALA  96           HN       ALA  96  11.413   4.235  14.436

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   MET  97           HA       MET  97  15.644   1.331  13.221
    2    HB2  MET  97           HB2      MET  97  13.121  -0.293  13.544
    3    HG2  MET  97           HG2      MET  97  15.451   0.102  15.404
    4    HE3  MET  97           HE1      MET  97  11.713  -2.512  16.115
    5    HE2  MET  97           HE2      MET  97  12.045  -1.695  14.588
    6    HE1  MET  97           HE3      MET  97  11.671  -0.750  16.028
    7    H    MET  97           HN       MET  97  12.967   2.133  13.847
    8    HB3  MET  97           HB1      MET  97  14.724  -0.985  13.336
    9    HG3  MET  97           HG1      MET  97  13.829   0.763  15.616

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   GLU  98           HA       GLU  98  13.660   0.346   9.138
    2    HB2  GLU  98           HB2      GLU  98  11.279   0.894   9.847
    3    HG2  GLU  98           HG2      GLU  98  11.728   1.722   7.008
    4    H    GLU  98           HN       GLU  98  12.981   2.113  11.351
    5    HB3  GLU  98           HB1      GLU  98  11.551   2.507   9.209
    6    HG3  GLU  98           HG1      GLU  98  11.915   0.049   7.536

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   PRO  99           HA       PRO  99  16.480   3.387   7.609
    2    HB2  PRO  99           HB2      PRO  99  17.134   2.191   5.299
    3    HG2  PRO  99           HG2      PRO  99  15.303   0.762   5.119
    4    HD2  PRO  99           HD2      PRO  99  14.039   0.162   6.961
    5    HB3  PRO  99           HB1      PRO  99  17.623   1.515   6.860
    6    HG3  PRO  99           HG1      PRO  99  16.491  -0.296   5.908
    7    HD3  PRO  99           HD1      PRO  99  15.470  -0.111   7.973

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   GLU 100           HA       GLU 100  14.060   5.830   5.144
    2    HB2  GLU 100           HB2      GLU 100  15.604   7.371   6.302
    3    HG2  GLU 100           HG2      GLU 100  15.139   8.325   3.492
    4    H    GLU 100           HN       GLU 100  16.635   4.994   6.084
    5    HB3  GLU 100           HB1      GLU 100  16.705   7.262   4.935
    6    HG3  GLU 100           HG1      GLU 100  13.870   8.240   4.711

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ASN 101           HA       ASN 101  15.997   5.513   0.955
    2    HB2  ASN 101           HB2      ASN 101  18.338   6.107   1.395
    3   HD21  ASN 101          HD21      ASN 101  18.033   6.732  -0.725
    4   HD22  ASN 101          HD22      ASN 101  18.486   5.722  -2.058
    5    H    ASN 101           HN       ASN 101  17.131   4.928   3.563
    6    HB3  ASN 101           HB1      ASN 101  18.706   4.427   1.767

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LYS 102           HA       LYS 102  16.806   0.761   0.822
    2    HB2  LYS 102           HB2      LYS 102  18.130   0.690   3.083
    3    HG2  LYS 102           HG2      LYS 102  16.616  -1.600   1.881
    4    HD2  LYS 102           HD2      LYS 102  18.538  -2.858   3.244
    5    HE2  LYS 102           HE2      LYS 102  16.804  -3.295   5.030
    6    HZ3  LYS 102           HZ1      LYS 102  15.150  -4.225   3.390
    7    HZ2  LYS 102           HZ2      LYS 102  16.758  -4.722   3.180
    8    HZ1  LYS 102           HZ3      LYS 102  16.103  -3.545   2.158
    9    H    LYS 102           HN       LYS 102  17.412   2.741   2.651
   10    HB3  LYS 102           HB1      LYS 102  16.590   0.159   3.742
   11    HG3  LYS 102           HG1      LYS 102  18.325  -1.193   1.711
   12    HD3  LYS 102           HD1      LYS 102  18.231  -1.529   4.363
   13    HE3  LYS 102           HE1      LYS 102  15.781  -2.123   4.204

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   TYR 103           HA       TYR 103  12.410   0.876   2.852
    2    HB2  TYR 103           HB2      TYR 103  12.497   3.115   3.810
    3    HD1  TYR 103           HD1      TYR 103  10.326   1.512   4.139
    4    HD2  TYR 103           HD2      TYR 103  10.638   4.798   1.465
    5    HE1  TYR 103           HE1      TYR 103   7.881   1.776   4.192
    6    HE2  TYR 103           HE2      TYR 103   8.196   5.072   1.492
    7    HH   TYR 103           HH       TYR 103   6.212   3.964   2.051
    8    H    TYR 103           HN       TYR 103  14.586   2.607   2.527
    9    HB3  TYR 103           HB1      TYR 103  12.556   3.833   2.209

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   LEU 104           HA       LEU 104  11.605   2.162  -1.713
    2    HB2  LEU 104           HB2      LEU 104  13.371   3.748  -2.122
    3    HG   LEU 104           HG       LEU 104  13.545   1.642  -4.275
    4   HD13  LEU 104          HD11      LEU 104  11.257   2.315  -3.919
    5   HD12  LEU 104          HD12      LEU 104  11.857   3.033  -5.414
    6   HD11  LEU 104          HD13      LEU 104  11.718   4.015  -3.956
    7   HD21  LEU 104          HD21      LEU 104  14.224   4.580  -4.295
    8   HD23  LEU 104          HD22      LEU 104  14.241   3.509  -5.698
    9   HD22  LEU 104          HD23      LEU 104  15.373   3.246  -4.370
   10    H    LEU 104           HN       LEU 104  13.804   2.416   0.048
   11    HB3  LEU 104           HB1      LEU 104  14.564   2.469  -2.200

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   PRO 105           HA       PRO 105  13.791  -1.884  -3.335
    2    HB2  PRO 105           HB2      PRO 105  15.537  -3.065  -1.576
    3    HG2  PRO 105           HG2      PRO 105  15.571  -1.340  -0.012
    4    HD2  PRO 105           HD2      PRO 105  14.991   0.856  -0.565
    5    HB3  PRO 105           HB1      PRO 105  16.040  -2.002  -2.898
    6    HG3  PRO 105           HG1      PRO 105  16.938  -0.880  -1.051
    7    HD3  PRO 105           HD1      PRO 105  15.679   0.722  -2.200

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   GLU 106           HA       GLU 106  12.072  -3.852   0.760
    2    HB2  GLU 106           HB2      GLU 106  11.497  -1.042   1.671
    3    HG2  GLU 106           HG2      GLU 106  13.657  -2.268   2.313
    4    H    GLU 106           HN       GLU 106  13.163  -1.368   0.089
    5    HB3  GLU 106           HB1      GLU 106  10.672  -2.431   2.357
    6    HG3  GLU 106           HG1      GLU 106  12.705  -1.492   3.579

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LEU 107           HA       LEU 107   7.949  -1.878  -0.754
    2    HB2  LEU 107           HB2      LEU 107   9.410   0.242  -2.316
    3    HG   LEU 107           HG       LEU 107   9.156   0.725   0.122
    4   HD11  LEU 107          HD11      LEU 107   9.282   2.510  -1.542
    5   HD13  LEU 107          HD12      LEU 107   8.219   2.949  -0.205
    6   HD12  LEU 107          HD13      LEU 107   7.533   2.442  -1.750
    7   HD22  LEU 107          HD21      LEU 107   7.082  -0.476   0.513
    8   HD21  LEU 107          HD22      LEU 107   6.224   0.628  -0.564
    9   HD23  LEU 107          HD23      LEU 107   6.906   1.223   0.951
   10    H    LEU 107           HN       LEU 107  10.623  -0.942  -0.610
   11    HB3  LEU 107           HB1      LEU 107   7.680  -0.029  -2.395

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   MET 108           HA       MET 108   9.133  -2.859  -5.292
    2    HB2  MET 108           HB2      MET 108  11.146  -3.070  -6.423
    3    HG2  MET 108           HG2      MET 108  12.616  -3.070  -3.806
    4    HE2  MET 108           HE1      MET 108  14.439  -2.980  -8.048
    5    HE1  MET 108           HE2      MET 108  12.716  -2.792  -7.724
    6    HE3  MET 108           HE3      MET 108  13.507  -4.341  -7.426
    7    H    MET 108           HN       MET 108  10.604  -1.790  -3.107
    8    HB3  MET 108           HB1      MET 108  11.348  -1.662  -5.399
    9    HG3  MET 108           HG1      MET 108  12.476  -4.413  -4.937

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   ALA 109           HA       ALA 109  10.794  -7.007  -3.753
    2    HB1  ALA 109           HB1      ALA 109  12.449  -6.417  -2.054
    3    HB2  ALA 109           HB2      ALA 109  11.463  -7.780  -1.522
    4    HB3  ALA 109           HB3      ALA 109  11.161  -6.166  -0.875
    5    H    ALA 109           HN       ALA 109  10.917  -4.391  -2.650

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   GLU 110           HA       GLU 110   7.007  -7.516  -0.941
    2    HB2  GLU 110           HB2      GLU 110   6.660  -4.547  -0.480
    3    HG2  GLU 110           HG2      GLU 110   7.161  -6.800   1.450
    4    H    GLU 110           HN       GLU 110   8.805  -5.329  -1.336
    5    HB3  GLU 110           HB1      GLU 110   5.472  -5.752  -0.010
    6    HG3  GLU 110           HG1      GLU 110   8.287  -5.514   1.019

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LYS 111           HA       LYS 111   4.547  -4.901  -4.184
    2    HB2  LYS 111           HB2      LYS 111   5.683  -2.953  -4.720
    3    HG2  LYS 111           HG2      LYS 111   6.085  -4.687  -7.144
    4    HD2  LYS 111           HD2      LYS 111   5.933  -1.687  -7.034
    5    HE2  LYS 111           HE2      LYS 111   5.363  -2.504  -9.177
    6    HZ2  LYS 111           HZ1      LYS 111   6.043  -4.748  -9.122
    7    HZ1  LYS 111           HZ2      LYS 111   7.670  -4.350  -8.868
    8    HZ3  LYS 111           HZ3      LYS 111   6.943  -4.031 -10.366
    9    H    LYS 111           HN       LYS 111   7.071  -4.696  -3.020
   10    HB3  LYS 111           HB1      LYS 111   7.170  -3.803  -5.101
   11    HG3  LYS 111           HG1      LYS 111   4.680  -3.673  -6.780
   12    HD3  LYS 111           HD1      LYS 111   7.461  -2.563  -7.024
   13    HE3  LYS 111           HE1      LYS 111   7.037  -1.958  -9.273

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   ASP 112           HA       ASP 112   6.230  -7.643  -7.486
    2    HB2  ASP 112           HB2      ASP 112   9.063  -7.536  -6.558
    3    H    ASP 112           HN       ASP 112   7.591  -6.397  -5.266
    4    HB3  ASP 112           HB1      ASP 112   8.584  -8.781  -7.709

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   SER 113           HA       SER 113   6.337 -11.306  -4.803
    2    HB2  SER 113           HB2      SER 113   6.810  -9.854  -2.195
    3    HG   SER 113           HG       SER 113   8.711  -9.760  -3.161
    4    H    SER 113           HN       SER 113   6.551  -8.429  -4.260
    5    HB3  SER 113           HB1      SER 113   6.761 -11.606  -2.396

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   LEU 114           HA       LEU 114   2.519  -9.871  -2.298
    2    HB2  LEU 114           HB2      LEU 114   3.181  -7.379  -2.468
    3    HG   LEU 114           HG       LEU 114   0.317  -8.269  -2.259
    4   HD13  LEU 114          HD11      LEU 114   1.766  -8.822  -0.391
    5   HD12  LEU 114          HD12      LEU 114   0.618  -7.567   0.082
    6   HD11  LEU 114          HD13      LEU 114   2.292  -7.142  -0.272
    7   HD21  LEU 114          HD21      LEU 114   0.370  -6.014  -3.249
    8   HD23  LEU 114          HD22      LEU 114   1.320  -5.460  -1.873
    9   HD22  LEU 114          HD23      LEU 114  -0.329  -6.042  -1.631
   10    H    LEU 114           HN       LEU 114   4.512  -8.578  -3.857
   11    HB3  LEU 114           HB1      LEU 114   2.121  -7.338  -3.861

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ASP 115           HA       ASP 115   0.245 -11.623  -5.524
    2    HB2  ASP 115           HB2      ASP 115  -0.554 -12.796  -3.460
    3    H    ASP 115           HN       ASP 115   0.485 -10.566  -2.878
    4    HB3  ASP 115           HB1      ASP 115  -1.828 -11.590  -3.320

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   PRO 116           HA       PRO 116  -1.599  -8.143  -7.447
    2    HB2  PRO 116           HB2      PRO 116  -2.810  -9.414  -9.542
    3    HG2  PRO 116           HG2      PRO 116  -2.574 -11.602  -8.776
    4    HD2  PRO 116           HD2      PRO 116  -1.015 -12.177  -7.148
    5    HB3  PRO 116           HB1      PRO 116  -1.072  -9.096  -9.458
    6    HG3  PRO 116           HG1      PRO 116  -1.075 -11.415  -9.711
    7    HD3  PRO 116           HD1      PRO 116   0.216 -11.078  -7.807

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   SER 117           HA       SER 117  -6.077  -9.829  -7.001
    2    HB2  SER 117           HB2      SER 117  -5.631 -12.099  -6.086
    3    HG   SER 117           HG       SER 117  -7.723 -10.616  -5.634
    4    H    SER 117           HN       SER 117  -3.527 -10.750  -6.237
    5    HB3  SER 117           HB1      SER 117  -5.350 -11.379  -4.503

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   PHE 118           HA       PHE 118  -5.829  -7.062  -3.325
    2    HB2  PHE 118           HB2      PHE 118  -2.852  -7.226  -2.795
    3    HD1  PHE 118           HD1      PHE 118  -2.867  -9.705  -2.910
    4    HD2  PHE 118           HD2      PHE 118  -5.298  -7.535  -0.177
    5    HE1  PHE 118           HE1      PHE 118  -3.160 -11.735  -1.568
    6    HE2  PHE 118           HE2      PHE 118  -5.593  -9.561   1.176
    7    HZ   PHE 118           HZ       PHE 118  -4.528 -11.672   0.483
    8    H    PHE 118           HN       PHE 118  -3.833  -8.752  -4.617
    9    HB3  PHE 118           HB1      PHE 118  -4.042  -6.393  -1.807

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   THR 119           HA       THR 119  -4.429  -4.680  -6.881
    2    HB   THR 119           HB       THR 119  -7.295  -3.945  -6.317
    3    HG1  THR 119           HG1      THR 119  -6.340  -6.006  -7.483
    4   HG22  THR 119          HG21      THR 119  -7.230  -2.678  -8.425
    5   HG21  THR 119          HG22      THR 119  -5.490  -2.953  -8.525
    6   HG23  THR 119          HG23      THR 119  -6.157  -1.987  -7.205
    7    H    THR 119           HN       THR 119  -6.323  -5.832  -5.166

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   HIS 120           HA       HIS 120  -5.137  -0.691  -4.500
    2    HB2  HIS 120           HB2      HIS 120  -6.267  -1.894  -1.977
    3    HD1  HIS 120           HD1      HIS 120  -7.472   0.225  -4.928
    4    HD2  HIS 120           HD2      HIS 120  -8.787  -2.699  -2.297
    5    HE1  HIS 120           HE1      HIS 120  -9.781  -0.379  -5.697
    6    HE2  HIS 120           HE2      HIS 120 -10.461  -2.319  -4.235
    7    H    HIS 120           HN       HIS 120  -6.110  -3.344  -4.059
    8    HB3  HIS 120           HB1      HIS 120  -6.147  -0.182  -2.352

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   ALA 121           HA       ALA 121  -2.114  -2.114  -0.986
    2    HB3  ALA 121           HB1      ALA 121  -3.150  -4.317  -0.445
    3    HB2  ALA 121           HB2      ALA 121  -1.387  -4.311  -0.428
    4    HB1  ALA 121           HB3      ALA 121  -2.255  -5.004  -1.799
    5    H    ALA 121           HN       ALA 121  -4.254  -3.333  -2.315

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   MET 122           HA       MET 122   0.516  -3.717  -4.594
    2    HB2  MET 122           HB2      MET 122  -1.956  -4.266  -6.188
    3    HG2  MET 122           HG2      MET 122  -0.610  -5.947  -4.706
    4    HE3  MET 122           HE1      MET 122   1.887  -4.153  -5.829
    5    HE2  MET 122           HE2      MET 122   3.157  -5.374  -5.765
    6    HE1  MET 122           HE3      MET 122   1.985  -5.252  -4.452
    7    H    MET 122           HN       MET 122  -2.268  -3.785  -4.048
    8    HB3  MET 122           HB1      MET 122  -0.414  -4.093  -7.013
    9    HG3  MET 122           HG1      MET 122  -1.321  -6.430  -6.244

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   GLN 123           HA       GLN 123  -0.659   0.059  -7.117
    2    HB2  GLN 123           HB2      GLN 123  -2.975   0.188  -7.526
    3    HG2  GLN 123           HG2      GLN 123  -2.571   2.561  -5.727
    4   HE21  GLN 123          HE21      GLN 123  -5.002   1.056  -6.298
    5   HE22  GLN 123          HE22      GLN 123  -6.062   2.159  -7.101
    6    H    GLN 123           HN       GLN 123  -2.198  -1.625  -5.439
    7    HB3  GLN 123           HB1      GLN 123  -3.364   0.294  -5.815
    8    HG3  GLN 123           HG1      GLN 123  -2.021   2.469  -7.392

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   LEU 124           HA       LEU 124  -0.374   2.802  -3.381
    2    HB2  LEU 124           HB2      LEU 124  -0.818   0.624  -1.332
    3    HG   LEU 124           HG       LEU 124  -2.847   1.671  -2.498
    4   HD12  LEU 124          HD11      LEU 124  -4.091   1.828  -0.390
    5   HD11  LEU 124          HD12      LEU 124  -2.571   1.890   0.503
    6   HD13  LEU 124          HD13      LEU 124  -3.004   0.439  -0.401
    7   HD23  LEU 124          HD21      LEU 124  -3.527   3.864  -1.649
    8   HD22  LEU 124          HD22      LEU 124  -2.028   3.958  -2.575
    9   HD21  LEU 124          HD23      LEU 124  -1.981   4.019  -0.812
   10    H    LEU 124           HN       LEU 124  -1.504   0.267  -3.692
   11    HB3  LEU 124           HB1      LEU 124  -0.355   2.267  -0.922

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   LEU 125           HA       LEU 125   3.600   0.341  -2.281
    2    HB2  LEU 125           HB2      LEU 125   2.513  -1.975  -3.851
    3    HG   LEU 125           HG       LEU 125   2.366  -2.002  -1.339
    4   HD13  LEU 125          HD11      LEU 125   3.110  -4.313  -1.186
    5   HD12  LEU 125          HD12      LEU 125   4.059  -4.119  -2.654
    6   HD11  LEU 125          HD13      LEU 125   2.299  -4.023  -2.724
    7   HD21  LEU 125          HD21      LEU 125   5.363  -2.267  -1.591
    8   HD23  LEU 125          HD22      LEU 125   4.424  -2.498  -0.113
    9   HD22  LEU 125          HD23      LEU 125   4.503  -0.904  -0.868
   10    H    LEU 125           HN       LEU 125   1.026  -0.400  -3.284
   11    HB3  LEU 125           HB1      LEU 125   4.245  -1.779  -3.688

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   THR 126           HA       THR 126   4.399   0.618  -6.982
    2    HB   THR 126           HB       THR 126   1.533   1.386  -7.573
    3    HG1  THR 126           HG1      THR 126   1.816  -0.851  -7.267
    4   HG22  THR 126          HG21      THR 126   2.227   1.368  -9.936
    5   HG21  THR 126          HG22      THR 126   3.901   1.127  -9.433
    6   HG23  THR 126          HG23      THR 126   3.059   2.620  -9.014
    7    H    THR 126           HN       THR 126   2.089   0.213  -5.432

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   ALA 127           HA       ALA 127   2.986   5.181  -6.822
    2    HB1  ALA 127           HB1      ALA 127   1.332   4.879  -4.327
    3    HB3  ALA 127           HB2      ALA 127   0.717   4.950  -5.979
    4    HB2  ALA 127           HB3      ALA 127   1.527   6.352  -5.278
    5    H    ALA 127           HN       ALA 127   1.974   2.844  -5.671

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   GLU 128           HA       GLU 128   4.882   5.968  -2.496
    2    HB2  GLU 128           HB2      GLU 128   3.964   4.013  -1.197
    3    HG2  GLU 128           HG2      GLU 128   5.892   3.885   0.425
    4    H    GLU 128           HN       GLU 128   3.470   3.808  -3.546
    5    HB3  GLU 128           HB1      GLU 128   5.364   3.092  -1.721
    6    HG3  GLU 128           HG1      GLU 128   6.783   4.907  -0.698

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ILE 129           HA       ILE 129   8.752   3.592  -4.043
    2    HB   ILE 129           HB       ILE 129   7.170   2.376  -6.310
    3   HD13  ILE 129          HD11      ILE 129   7.717  -0.944  -4.683
    4   HD12  ILE 129          HD12      ILE 129   8.662  -0.320  -6.039
    5   HD11  ILE 129          HD13      ILE 129   6.906  -0.149  -6.032
    6    H    ILE 129           HN       ILE 129   6.010   3.152  -4.253

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLU 130           HA       GLU 130   8.054   6.287  -7.996
    2    HB2  GLU 130           HB2      GLU 130   5.238   6.831  -7.082
    3    HG2  GLU 130           HG2      GLU 130   6.380   5.643  -9.589
    4    H    GLU 130           HN       GLU 130   6.367   4.888  -6.273
    5    HB3  GLU 130           HB1      GLU 130   6.035   7.785  -8.317
    6    HG3  GLU 130           HG1      GLU 130   5.299   4.882  -8.418

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LYS 131           HA       LYS 131   7.386   9.959  -4.901
    2    HB2  LYS 131           HB2      LYS 131   7.014   8.018  -2.634
    3    HG2  LYS 131           HG2      LYS 131   5.258   9.665  -1.947
    4    HD2  LYS 131           HD2      LYS 131   4.641   8.662  -4.689
    5    HE2  LYS 131           HE2      LYS 131   2.873   9.729  -3.371
    6    HZ2  LYS 131           HZ1      LYS 131   3.478   9.304  -1.148
    7    HZ1  LYS 131           HZ2      LYS 131   3.551   7.628  -1.385
    8    HZ3  LYS 131           HZ3      LYS 131   2.049   8.425  -1.405
    9    H    LYS 131           HN       LYS 131   6.620   7.272  -4.872
   10    HB3  LYS 131           HB1      LYS 131   7.573   9.652  -2.330
   11    HG3  LYS 131           HG1      LYS 131   5.496  10.459  -3.503
   12    HD3  LYS 131           HD1      LYS 131   4.932   7.528  -3.369
   13    HE3  LYS 131           HE1      LYS 131   2.546   8.020  -3.654

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   ILE 132           HA       ILE 132  11.426   8.611  -2.791
    2    HB   ILE 132           HB       ILE 132  11.502   5.719  -3.594
    3   HD12  ILE 132          HD11      ILE 132  11.551   4.883  -0.509
    4   HD11  ILE 132          HD12      ILE 132  10.737   4.005  -1.804
    5   HD13  ILE 132          HD13      ILE 132   9.814   4.592  -0.419
    6    H    ILE 132           HN       ILE 132   9.147   7.156  -3.632

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLN 133           HA       GLN 133  13.112   7.237  -7.010
    2    HB2  GLN 133           HB2      GLN 133  10.374   6.823  -8.209
    3    HG2  GLN 133           HG2      GLN 133  11.234   4.987  -6.771
    4   HE21  GLN 133          HE21      GLN 133  12.328   2.800  -8.328
    5   HE22  GLN 133          HE22      GLN 133  14.046   2.962  -8.248
    6    H    GLN 133           HN       GLN 133  10.527   7.064  -5.804
    7    HB3  GLN 133           HB1      GLN 133  11.869   6.740  -9.125
    8    HG3  GLN 133           HG1      GLN 133  10.952   4.541  -8.449

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   LYS 134           HA       LYS 134  11.217  11.056  -9.060
    2    HB2  LYS 134           HB2      LYS 134   9.124  11.661  -6.965
    3    HG2  LYS 134           HG2      LYS 134   8.685  10.537  -9.717
    4    HD2  LYS 134           HD2      LYS 134   6.872  11.591  -7.572
    5    HE2  LYS 134           HE2      LYS 134   6.052   9.351  -8.079
    6    HZ2  LYS 134           HZ1      LYS 134   5.337   8.766 -10.293
    7    HZ1  LYS 134           HZ2      LYS 134   7.005   9.077 -10.293
    8    HZ3  LYS 134           HZ3      LYS 134   5.930  10.230 -10.913
    9    H    LYS 134           HN       LYS 134  10.245   9.294  -7.014
   10    HB3  LYS 134           HB1      LYS 134   9.373  12.515  -8.478
   11    HG3  LYS 134           HG1      LYS 134   8.455   9.669  -8.197
   12    HD3  LYS 134           HD1      LYS 134   6.894  11.987  -9.290
   13    HE3  LYS 134           HE1      LYS 134   4.972  10.582  -8.729

  No H/Q in entry =          13
  In of MODEL   20
    1    HA3  GLY 135           HA2      GLY 135  12.167  13.682  -5.308
    2    H    GLY 135           HN       GLY 135  11.461  10.914  -5.591
    3    HA2  GLY 135           HA1      GLY 135  12.149  12.472  -4.035

  No H/Q in entry =           3