*HEADER    STRUCTURAL GENOMICS                     09-MAR-10   2X8N
*TITLE     SOLUTION NMR STRUCTURE OF UNCHARACTERIZED PROTEIN CV0863
*TITLE    2 FROM CHROMOBACTERIUM VIOLACEUM. NESG TARGET CVT3. OCSP
*TITLE    3 TARGET CV0863.
*COMPND    MOL_ID: 1;
*COMPND   2 MOLECULE: CV0863;
*COMPND   3 CHAIN: A;
*COMPND   4 ENGINEERED: YES
*SOURCE    MOL_ID: 1;
*SOURCE   2 EXPRESSION_SYSTEM: ESCHERICHIA COLI;
*SOURCE   3 EXPRESSION_SYSTEM_STRAIN: BL21(DE3);
*SOURCE   4 EXPRESSION_SYSTEM_VECTOR: P15TV LIC;
*SOURCE   5 EXPRESSION_SYSTEM_VARIANT: GOLD;
*SOURCE   6 ORGANISM_SCIENTIFIC: CHROMOBACTERIUM VIOLACEUM ATCC 12472;
*KEYWDS    STRUCTURAL GENOMICS, NON-UNIFORM SAMPLING,
*KEYWDS   2 MULDIDIMENSIONAL DECOMPOSITION, ABACUS, FRAGMENT MONTE
*KEYWDS   3 CARLO
*EXPDTA    SOLUTION NMR
*AUTHOR    A.GUTMANAS,C.FARES,A.YEE,A.LEMAK,A.SEMESI,C.H.ARROWSMITH




assign ( resid    8 and name HN   )   ( resid    9 and name HN   )   2.00  0.20  0.70
assign ( resid    9 and name HA   )   ( resid   12 and name HN   )   4.00  2.20  1.00
assign ( resid   12 and name HN   )   ( resid   13 and name HN   )   4.00  2.20  2.00
assign ( resid   11 and name HN   )   ( resid   12 and name HN   )   3.00  1.20  0.50
assign ( resid   13 and name HN   )   ( resid   14 and name HN   )   4.00  2.20  1.00
assign ( resid   17 and name HN   )   ( resid   18 and name HN   )   3.00  1.20  0.50
assign ( resid   24 and name HN   )   ( resid   24 and name HB   )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   75 and name HA   )   4.00  2.20  1.00
assign ( resid   31 and name HB2  )   ( resid   35 and name HN   )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   34 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   34 and name HB2  )   3.00  1.20  0.50
assign ( resid   36 and name HB   )   ( resid   50 and name HN   )   4.00  2.20  1.00
assign ( resid   52 and name HA   )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   65 and name HD1* )   4.00  2.20  2.00
assign ( resid   65 and name HN   )   ( resid   66 and name HN   )   3.00  1.20  0.50
assign ( resid   69 and name HN   )   ( resid   80 and name HB*  )   4.00  2.20  1.00
assign ( resid   69 and name HB*  )   ( resid   80 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   75 and name HN   )   4.00  2.20  2.00
assign ( resid   71 and name HN   )   ( resid   77 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   77 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HB1  )   ( resid   75 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HB2  )   ( resid   75 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HB1  )   ( resid   83 and name HN   )   4.00  2.20  2.00
assign ( resid   79 and name HB2  )   ( resid   83 and name HN   )   4.00  2.20  2.00
assign ( resid   98 and name HN   )   ( resid  101 and name HE3  )   4.00  2.20  1.00
assign ( resid  102 and name HN   )   ( resid  102 and name HG2  )   4.00  2.20  1.00
assign ( resid  104 and name HN   )   ( resid  105 and name HN   )   3.00  1.20  0.50
assign ( resid  107 and name HB1  )   ( resid  109 and name HN   )   4.00  2.20  2.00
assign ( resid   68 and name HA   )   ( resid   69 and name HN   )   3.00  1.20  0.50
assign ( resid   68 and name HB   )   ( resid   69 and name HN   )   4.00  2.20  1.00
assign ( resid   68 and name HG11 )   ( resid   69 and name HN   )   4.00  2.20  2.00
assign ( resid   68 and name HG12 )   ( resid   69 and name HN   )   4.00  2.20  1.00
assign ( resid    7 and name HA   )   ( resid    9 and name HN   )   4.00  2.20  1.00
assign ( resid    8 and name HB1  )   ( resid    9 and name HN   )   4.00  2.20  1.00
assign ( resid    8 and name HB2  )   ( resid    9 and name HN   )   4.00  2.20  1.00
assign ( resid    8 and name HD1* )   ( resid    9 and name HN   )   4.00  2.20  2.00
assign ( resid    8 and name HD2* )   ( resid    9 and name HN   )   4.00  2.20  2.00
assign ( resid   22 and name HB2  )   ( resid   23 and name HN   )   4.00  2.20  1.00
assign ( resid   22 and name HB1  )   ( resid   23 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HG2  )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HB1  )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HB2  )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HG1  )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HA   )   ( resid   85 and name HN   )   3.00  1.20  0.50
assign ( resid   41 and name HA   )   ( resid   42 and name HN   )   3.00  1.20  0.50
assign ( resid   41 and name HB1  )   ( resid   42 and name HN   )   3.00  1.20  0.50
assign ( resid   41 and name HB2  )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   85 and name HA   )   ( resid   86 and name HN   )   3.00  1.20  0.50
assign ( resid   85 and name HB2  )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid    3 and name HA   )   ( resid    4 and name HN   )   3.00  1.20  0.50
assign ( resid    3 and name HB   )   ( resid    4 and name HN   )   4.00  2.20  1.00
assign ( resid    3 and name HG1* )   ( resid    4 and name HN   )   4.00  2.20  2.00
assign ( resid    3 and name HG2* )   ( resid    4 and name HN   )   4.00  2.20  2.00
assign ( resid   66 and name HB2  )   ( resid   67 and name HN   )   3.00  1.20  0.50
assign ( resid   66 and name HG1  )   ( resid   67 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HB1  )   ( resid   67 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HD*  )   ( resid   67 and name HN   )   4.00  2.20  2.00
assign ( resid    9 and name HA   )   ( resid   10 and name HN   )   3.00  1.20  0.50
assign ( resid    9 and name HB*  )   ( resid   10 and name HN   )   4.00  2.20  1.00
assign ( resid   69 and name HA   )   ( resid   70 and name HN   )   3.00  1.20  0.50
assign ( resid   69 and name HB*  )   ( resid   70 and name HN   )   4.00  2.20  1.00
assign ( resid   23 and name HA   )   ( resid   24 and name HN   )   3.00  1.20  0.50
assign ( resid   23 and name HB1  )   ( resid   24 and name HN   )   4.00  2.20  1.00
assign ( resid   37 and name HA   )   ( resid   38 and name HN   )   3.00  1.20  0.50
assign ( resid   38 and name HN   )   ( resid   38 and name HB   )   3.00  1.20  0.50
assign ( resid   37 and name HG2* )   ( resid   38 and name HN   )   3.00  1.20  0.50
assign ( resid   19 and name HB1  )   ( resid   20 and name HN   )   4.00  2.20  1.00
assign ( resid   19 and name HB2  )   ( resid   20 and name HN   )   4.00  2.20  1.00
assign ( resid   19 and name HG2  )   ( resid   20 and name HN   )   4.00  2.20  2.00
assign ( resid   19 and name HG1  )   ( resid   20 and name HN   )   4.00  2.20  1.00
assign ( resid   92 and name HB1  )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   92 and name HB2  )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   92 and name HD1* )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   95 and name HA   )   ( resid   96 and name HN   )   3.00  1.20  0.50
assign ( resid   96 and name HN   )   ( resid   96 and name HG2  )   4.00  2.20  1.00
assign ( resid   34 and name HB1  )   ( resid   35 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HB2  )   ( resid   35 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HG2  )   ( resid   35 and name HN   )   4.00  2.20  1.00
assign ( resid   82 and name HB*  )   ( resid   83 and name HN   )   4.00  2.20  1.00
assign ( resid   82 and name HD1* )   ( resid   83 and name HN   )   4.00  2.20  2.00
assign ( resid   70 and name HA   )   ( resid   71 and name HN   )   3.00  1.20  0.50
assign ( resid   70 and name HB   )   ( resid   71 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   71 and name HN   )   3.00  1.20  0.50
assign ( resid   70 and name HD1* )   ( resid   71 and name HN   )   4.00  2.20  1.00
assign ( resid   76 and name HA1  )   ( resid   77 and name HN   )   3.00  1.20  0.50
assign ( resid   88 and name HB2  )   ( resid   89 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HB1  )   ( resid   89 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HN   )   ( resid   92 and name HD1* )   4.00  2.20  2.00
assign ( resid   48 and name HA   )   ( resid   49 and name HN   )   3.00  1.20  0.50
assign ( resid   48 and name HB1  )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HB2  )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HG1  )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HG2  )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HB1  )   ( resid   49 and name HN   )   4.00  2.20  2.00
assign ( resid   48 and name HD*  )   ( resid   49 and name HN   )   4.00  2.20  2.00
assign ( resid   27 and name HA   )   ( resid   28 and name HN   )   3.00  1.20  0.50
assign ( resid   27 and name HB2  )   ( resid   28 and name HN   )   4.00  2.20  1.00
assign ( resid   27 and name HB1  )   ( resid   28 and name HN   )   3.00  1.20  0.50
assign ( resid  102 and name HG1  )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid   65 and name HB1  )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   65 and name HB2  )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   68 and name HG11 )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   81 and name HG2* )   4.00  2.20  2.00
assign ( resid   65 and name HD1* )   ( resid   66 and name HN   )   4.00  2.20  2.00
assign ( resid   65 and name HD2* )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   81 and name HB   )   ( resid   82 and name HN   )   4.00  2.20  1.00
assign ( resid   81 and name HG2* )   ( resid   82 and name HN   )   4.00  2.20  1.00
assign ( resid    2 and name HA   )   ( resid    3 and name HN   )   3.00  1.20  0.50
assign ( resid   11 and name HN   )   ( resid   11 and name HB*  )   3.00  1.20  0.50
assign ( resid   67 and name HA   )   ( resid   68 and name HN   )   2.00  0.20  0.70
assign ( resid   67 and name HB*  )   ( resid   68 and name HN   )   4.00  2.20  1.00
assign ( resid   67 and name HG*  )   ( resid   68 and name HN   )   4.00  2.20  1.00
assign ( resid   16 and name HB*  )   ( resid   17 and name HN   )   3.00  1.20  0.50
assign ( resid   16 and name HG*  )   ( resid   17 and name HN   )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid   55 and name HN   )   3.00  1.20  0.50
assign ( resid   54 and name HB1  )   ( resid   55 and name HN   )   4.00  2.20  1.00
assign ( resid   54 and name HB2  )   ( resid   55 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   55 and name HB1  )   4.00  2.20  1.00
assign ( resid   54 and name HD1* )   ( resid   55 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   55 and name HB2  )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   37 and name HN   )   3.00  1.20  0.50
assign ( resid   37 and name HN   )   ( resid   50 and name HA   )   4.00  2.20  1.00
assign ( resid   36 and name HB   )   ( resid   37 and name HN   )   3.00  1.20  0.50
assign ( resid   36 and name HG2* )   ( resid   37 and name HN   )   4.00  2.20  1.00
assign ( resid   52 and name HB1  )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   52 and name HB2  )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   77 and name HA   )   ( resid   78 and name HN   )   3.00  1.20  0.50
assign ( resid   77 and name HB   )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   60 and name HA   )   ( resid   61 and name HN   )   3.00  1.20  0.50
assign ( resid   62 and name HG1  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   62 and name HB2  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   62 and name HG2  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   63 and name HN   )   ( resid   63 and name HG1  )   4.00  2.20  1.00
assign ( resid   62 and name HD1  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   62 and name HD2  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   75 and name HB*  )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid  101 and name HB1  )   ( resid  102 and name HN   )   4.00  2.20  1.00
assign ( resid   11 and name HB*  )   ( resid   12 and name HN   )   4.00  2.20  1.00
assign ( resid   17 and name HG1  )   ( resid   18 and name HN   )   4.00  2.20  2.00
assign ( resid   17 and name HG2  )   ( resid   18 and name HN   )   4.00  2.20  2.00
assign ( resid   18 and name HN   )   ( resid   19 and name HG1  )   4.00  2.20  2.00
assign ( resid   17 and name HB2  )   ( resid   18 and name HN   )   3.00  1.20  0.50
assign ( resid   17 and name HB1  )   ( resid   18 and name HN   )   4.00  2.20  1.00
assign ( resid   15 and name HG2  )   ( resid   16 and name HN   )   4.00  2.20  2.00
assign ( resid   40 and name HA   )   ( resid   41 and name HN   )   3.00  1.20  0.50
assign ( resid   41 and name HN   )   ( resid   45 and name HB*  )   4.00  2.20  1.00
assign ( resid   26 and name HG2  )   ( resid   41 and name HN   )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   41 and name HN   )   3.00  1.20  0.50
assign ( resid   40 and name HD1* )   ( resid   41 and name HN   )   4.00  2.20  2.00
assign ( resid   41 and name HN   )   ( resid   47 and name HD1* )   4.00  2.20  2.00
assign ( resid   38 and name HA   )   ( resid   39 and name HN   )   3.00  1.20  0.50
assign ( resid   38 and name HB   )   ( resid   39 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   39 and name HN   )   3.00  1.20  0.50
assign ( resid   80 and name HB*  )   ( resid   81 and name HN   )   4.00  2.20  1.00
assign ( resid   80 and name HG*  )   ( resid   81 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HA   )   ( resid   29 and name HN   )   3.00  1.20  0.50
assign ( resid   28 and name HB   )   ( resid   29 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   29 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   29 and name HN   )   3.00  1.20  0.50
assign ( resid   97 and name HA*  )   ( resid   98 and name HN   )   3.00  1.20  0.50
assign ( resid  103 and name HB*  )   ( resid  104 and name HN   )   3.00  1.20  0.50
assign ( resid   24 and name HA   )   ( resid   25 and name HN   )   3.00  1.20  0.50
assign ( resid   24 and name HB   )   ( resid   25 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   25 and name HB2  )   3.00  1.20  0.50
assign ( resid    4 and name HB1  )   ( resid    5 and name HN   )   4.00  2.20  2.00
assign ( resid    4 and name HB2  )   ( resid    5 and name HN   )   4.00  2.20  2.00
assign ( resid   30 and name HA   )   ( resid   31 and name HN   )   3.00  1.20  0.50
assign ( resid   30 and name HB1  )   ( resid   31 and name HN   )   4.00  2.20  1.00
assign ( resid   30 and name HB2  )   ( resid   31 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HB1  )   ( resid   54 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HB2  )   ( resid   54 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HN   )   ( resid   21 and name HA   )   3.00  1.20  0.50
assign ( resid   21 and name HN   )   ( resid   21 and name HB*  )   3.00  1.20  0.50
assign ( resid   20 and name HG1  )   ( resid   21 and name HN   )   4.00  2.20  1.00
assign ( resid   20 and name HG2  )   ( resid   21 and name HN   )   4.00  2.20  1.00
assign ( resid   17 and name HN   )   ( resid   20 and name HD*  )   4.00  2.20  2.00
assign ( resid   29 and name HA   )   ( resid   30 and name HN   )   3.00  1.20  0.50
assign ( resid   29 and name HG2  )   ( resid   30 and name HN   )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   30 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HB*  )   ( resid   22 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HG1  )   ( resid   22 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HG2  )   ( resid   22 and name HN   )   4.00  2.20  1.00
assign ( resid   86 and name HA   )   ( resid   87 and name HN   )   3.00  1.20  0.50
assign ( resid   86 and name HB   )   ( resid   87 and name HN   )   4.00  2.20  2.00
assign ( resid   86 and name HG2* )   ( resid   87 and name HN   )   4.00  2.20  1.00
assign ( resid   86 and name HG1* )   ( resid   87 and name HN   )   4.00  2.20  1.00
assign ( resid    5 and name HB*  )   ( resid    6 and name HN   )   4.00  2.20  1.00
assign ( resid   18 and name HB1  )   ( resid   19 and name HN   )   4.00  2.20  1.00
assign ( resid   18 and name HB2  )   ( resid   19 and name HN   )   4.00  2.20  1.00
assign ( resid   18 and name HG   )   ( resid   19 and name HN   )   4.00  2.20  1.00
assign ( resid   19 and name HN   )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   79 and name HA   )   ( resid   80 and name HN   )   3.00  1.20  0.50
assign ( resid   39 and name HA   )   ( resid   40 and name HN   )   3.00  1.20  0.50
assign ( resid   39 and name HB2  )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   39 and name HB1  )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HB   )   ( resid   90 and name HN   )   3.00  1.20  0.50
assign ( resid   89 and name HG12 )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HG11 )   ( resid   90 and name HN   )   4.00  2.20  2.00
assign ( resid   33 and name HB*  )   ( resid   34 and name HN   )   3.00  1.20  0.50
assign ( resid   34 and name HN   )   ( resid   34 and name HG1  )   4.00  2.20  1.00
assign ( resid   46 and name HA   )   ( resid   47 and name HN   )   3.00  1.20  0.50
assign ( resid   46 and name HB1  )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   45 and name HB*  )   ( resid   47 and name HN   )   4.00  2.20  2.00
assign ( resid   41 and name HB2  )   ( resid   47 and name HN   )   4.00  2.20  2.00
assign ( resid   14 and name HB*  )   ( resid   15 and name HN   )   4.00  2.20  1.00
assign ( resid   14 and name HG*  )   ( resid   15 and name HN   )   4.00  2.20  2.00
assign ( resid   93 and name HB1  )   ( resid   94 and name HN   )   4.00  2.20  1.00
assign ( resid   93 and name HB2  )   ( resid   94 and name HN   )   4.00  2.20  1.00
assign ( resid   87 and name HA   )   ( resid   88 and name HN   )   3.00  1.20  0.50
assign ( resid   76 and name HA1  )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   99 and name HB*  )   ( resid  100 and name HN   )   4.00  2.20  1.00
assign ( resid  104 and name HG1  )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid  104 and name HG2  )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid   64 and name HB1  )   ( resid   65 and name HN   )   4.00  2.20  1.00
assign ( resid   64 and name HB2  )   ( resid   65 and name HN   )   4.00  2.20  1.00
assign ( resid   64 and name HG1  )   ( resid   65 and name HN   )   4.00  2.20  2.00
assign ( resid   64 and name HG2  )   ( resid   65 and name HN   )   4.00  2.20  2.00
assign ( resid   42 and name HB*  )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid    6 and name HB1  )   ( resid    7 and name HN   )   4.00  2.20  1.00
assign ( resid    6 and name HB2  )   ( resid    7 and name HN   )   4.00  2.20  1.00
assign ( resid   78 and name HA   )   ( resid   79 and name HN   )   3.00  1.20  0.50
assign ( resid   78 and name HB2  )   ( resid   79 and name HN   )   4.00  2.20  1.00
assign ( resid   78 and name HB1  )   ( resid   79 and name HN   )   4.00  2.20  1.00
assign ( resid   49 and name HA   )   ( resid   50 and name HN   )   3.00  1.20  0.50
assign ( resid   49 and name HB1  )   ( resid   50 and name HN   )   4.00  2.20  1.00
assign ( resid   50 and name HN   )   ( resid   53 and name HB2  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   57 and name HN   )   3.00  1.20  0.50
assign ( resid  106 and name HA   )   ( resid  107 and name HN   )   3.00  1.20  0.50
assign ( resid  106 and name HB1  )   ( resid  107 and name HN   )   3.00  1.20  0.50
assign ( resid  106 and name HB2  )   ( resid  107 and name HN   )   4.00  2.20  1.00
assign ( resid  106 and name HG*  )   ( resid  107 and name HN   )   4.00  2.20  1.00
assign ( resid  106 and name HD1  )   ( resid  107 and name HN   )   4.00  2.20  2.00
assign ( resid  106 and name HD2  )   ( resid  107 and name HN   )   4.00  2.20  2.00
assign ( resid   43 and name HB1  )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   43 and name HB2  )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid    7 and name HB*  )   ( resid    8 and name HN   )   4.00  2.20  1.00
assign ( resid   83 and name HA   )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   83 and name HB1  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   83 and name HB2  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HN   )   ( resid   84 and name HG1  )   4.00  2.20  2.00
assign ( resid   83 and name HG2  )   ( resid   84 and name HN   )   4.00  2.20  2.00
assign ( resid   44 and name HA   )   ( resid   45 and name HN   )   3.00  1.20  0.50
assign ( resid   44 and name HB1  )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   44 and name HB2  )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   26 and name HN   )   3.00  1.20  0.50
assign ( resid   25 and name HB2  )   ( resid   26 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HB1  )   ( resid   26 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   41 and name HB1  )   4.00  2.20  2.00
assign ( resid    1 and name HB1  )   ( resid    2 and name HN   )   4.00  2.20  2.00
assign ( resid    1 and name HB2  )   ( resid    2 and name HN   )   4.00  2.20  2.00
assign ( resid   26 and name HG2  )   ( resid   27 and name HN   )   3.00  1.20  0.50
assign ( resid   26 and name HG1  )   ( resid   27 and name HN   )   3.00  1.20  0.50
assign ( resid   26 and name HD1  )   ( resid   27 and name HN   )   4.00  2.20  2.00
assign ( resid   26 and name HD2  )   ( resid   27 and name HN   )   4.00  2.20  2.00
assign ( resid  107 and name HA   )   ( resid  108 and name HN   )   2.00  0.20  0.70
assign ( resid  107 and name HB1  )   ( resid  108 and name HN   )   4.00  2.20  1.00
assign ( resid  107 and name HG   )   ( resid  108 and name HN   )   3.00  1.20  0.50
assign ( resid  107 and name HD2* )   ( resid  108 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   91 and name HN   )   4.00  2.20  1.00
assign ( resid   73 and name HA   )   ( resid   74 and name HN   )   3.00  1.20  0.50
assign ( resid   73 and name HB*  )   ( resid   74 and name HN   )   4.00  2.20  1.00
assign ( resid  108 and name HA   )   ( resid  109 and name HN   )   3.00  1.20  0.50
assign ( resid  108 and name HB*  )   ( resid  109 and name HN   )   4.00  2.20  1.00
assign ( resid   58 and name HA   )   ( resid   59 and name HN   )   3.00  1.20  0.50
assign ( resid   58 and name HB2  )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   58 and name HB1  )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   51 and name HG1  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   51 and name HD1  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   51 and name HD2  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   57 and name HB   )   ( resid   58 and name HN   )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   58 and name HN   )   4.00  2.20  1.00
assign ( resid   13 and name HB*  )   ( resid   14 and name HN   )   4.00  2.20  1.00
assign ( resid   91 and name HB1  )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   91 and name HB2  )   ( resid   92 and name HN   )   3.00  1.20  0.50
assign ( resid   92 and name HN   )   ( resid   92 and name HB1  )   4.00  2.20  1.00
assign ( resid  100 and name HB1  )   ( resid  101 and name HN   )   4.00  2.20  1.00
assign ( resid  100 and name HB2  )   ( resid  101 and name HN   )   4.00  2.20  1.00
assign ( resid  100 and name HE*  )   ( resid  101 and name HN   )   4.00  2.20  2.00
assign ( resid  101 and name HN   )   ( resid  102 and name HG1  )   4.00  2.20  2.00
assign ( resid   55 and name HB2  )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HB1  )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   54 and name HD1* )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HA   )   ( resid   48 and name HN   )   2.00  0.20  0.70
assign ( resid   47 and name HB1  )   ( resid   48 and name HN   )   3.00  1.20  0.50
assign ( resid   47 and name HD1* )   ( resid   48 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   48 and name HN   )   4.00  2.20  1.00
assign ( resid   45 and name HA   )   ( resid   46 and name HN   )   2.00  0.20  0.70
assign ( resid   46 and name HN   )   ( resid   46 and name HB2  )   3.00  1.20  0.50
assign ( resid   46 and name HN   )   ( resid   46 and name HB1  )   4.00  2.20  1.00
assign ( resid   94 and name HN   )   ( resid   95 and name HB*  )   4.00  2.20  1.00
assign ( resid   92 and name HB1  )   ( resid   94 and name HN   )   4.00  2.20  2.00
assign ( resid   92 and name HA   )   ( resid   94 and name HN   )   4.00  2.20  1.00
assign ( resid   92 and name HN   )   ( resid   94 and name HN   )   4.00  2.20  1.00
assign ( resid   19 and name HN   )   ( resid   19 and name HG1  )   3.00  1.20  0.50
assign ( resid   19 and name HN   )   ( resid   19 and name HB2  )   4.00  2.20  1.00
assign ( resid   19 and name HN   )   ( resid   19 and name HB1  )   4.00  2.20  1.00
assign ( resid   19 and name HN   )   ( resid   19 and name HG2  )   4.00  2.20  1.00
assign ( resid   80 and name HN   )   ( resid   80 and name HB*  )   3.00  1.20  0.50
assign ( resid   78 and name HD1  )   ( resid   80 and name HN   )   4.00  2.20  1.00
assign ( resid   78 and name HE1  )   ( resid   80 and name HN   )   4.00  2.20  2.00
assign ( resid   80 and name HN   )   ( resid   82 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   80 and name HN   )   4.00  2.20  2.00
assign ( resid   80 and name HN   )   ( resid   81 and name HN   )   4.00  2.20  1.00
assign ( resid   49 and name HN   )   ( resid   50 and name HN   )   4.00  2.20  1.00
assign ( resid   49 and name HD1  )   ( resid   50 and name HN   )   4.00  2.20  1.00
assign ( resid   50 and name HN   )   ( resid   53 and name HB1  )   4.00  2.20  1.00
assign ( resid   50 and name HN   )   ( resid   50 and name HB1  )   4.00  2.20  1.00
assign ( resid   50 and name HN   )   ( resid   50 and name HG*  )   3.00  1.20  0.50
assign ( resid   50 and name HN   )   ( resid   50 and name HB2  )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   50 and name HN   )   4.00  2.20  1.00
assign ( resid   56 and name HN   )   ( resid   57 and name HG2* )   4.00  2.20  1.00
assign ( resid   54 and name HB1  )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   56 and name HN   )   ( resid   56 and name HB*  )   3.00  1.20  0.50
assign ( resid   54 and name HB2  )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   56 and name HN   )   ( resid   97 and name HA*  )   4.00  2.20  1.00
assign ( resid   56 and name HN   )   ( resid   57 and name HA   )   4.00  2.20  2.00
assign ( resid   55 and name HN   )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   56 and name HN   )   ( resid   58 and name HN   )   4.00  2.20  1.00
assign ( resid   56 and name HN   )   ( resid   57 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   67 and name HN   )   3.00  1.20  0.50
assign ( resid   64 and name HN   )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   67 and name HA   )   4.00  2.20  2.00
assign ( resid   64 and name HA   )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   66 and name HD*  )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   67 and name HG*  )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   66 and name HG2  )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   66 and name HG1  )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   66 and name HB2  )   3.00  1.20  0.50
assign ( resid   66 and name HN   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   70 and name HN   )   ( resid   70 and name HG12 )   3.00  1.20  0.50
assign ( resid   79 and name HN   )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HB2  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HB1  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HN   )   ( resid   84 and name HG2  )   4.00  2.20  2.00
assign ( resid   84 and name HN   )   ( resid   84 and name HB2  )   4.00  2.20  1.00
assign ( resid   82 and name HB*  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HN   )   ( resid   84 and name HB1  )   4.00  2.20  1.00
assign ( resid   82 and name HD1* )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   93 and name HB2  )   ( resid   95 and name HN   )   4.00  2.20  1.00
assign ( resid   93 and name HB1  )   ( resid   95 and name HN   )   4.00  2.20  1.00
assign ( resid   95 and name HN   )   ( resid   95 and name HB*  )   3.00  1.20  0.50
assign ( resid   95 and name HN   )   ( resid   95 and name HG1  )   4.00  2.20  1.00
assign ( resid   95 and name HN   )   ( resid   95 and name HD*  )   4.00  2.20  1.00
assign ( resid   95 and name HN   )   ( resid   96 and name HN   )   4.00  2.20  1.00
assign ( resid   94 and name HN   )   ( resid   95 and name HN   )   3.00  1.20  0.50
assign ( resid   81 and name HN   )   ( resid   83 and name HN   )   4.00  2.20  1.00
assign ( resid   68 and name HA   )   ( resid   81 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HA   )   ( resid   81 and name HN   )   4.00  2.20  2.00
assign ( resid   81 and name HN   )   ( resid   81 and name HB   )   3.00  1.20  0.50
assign ( resid   81 and name HN   )   ( resid   82 and name HG   )   4.00  2.20  1.00
assign ( resid   81 and name HN   )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   37 and name HN   )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   48 and name HA   )   4.00  2.20  2.00
assign ( resid   37 and name HN   )   ( resid   51 and name HD1  )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   51 and name HD2  )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   37 and name HB   )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   37 and name HG11 )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   51 and name HG1  )   4.00  2.20  2.00
assign ( resid   37 and name HN   )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid  108 and name HN   )   ( resid  108 and name HB*  )   3.00  1.20  0.50
assign ( resid    8 and name HN   )   ( resid    8 and name HB2  )   4.00  2.20  1.00
assign ( resid    8 and name HN   )   ( resid    8 and name HB1  )   4.00  2.20  1.00
assign ( resid    8 and name HN   )   ( resid    8 and name HG   )   4.00  2.20  1.00
assign ( resid    7 and name HG*  )   ( resid    8 and name HN   )   4.00  2.20  1.00
assign ( resid    8 and name HN   )   ( resid    8 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   65 and name HB2  )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   65 and name HB1  )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   65 and name HG   )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   66 and name HG2  )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   65 and name HN   )   4.00  2.20  1.00
assign ( resid   62 and name HA   )   ( resid   65 and name HN   )   4.00  2.20  1.00
assign ( resid   63 and name HN   )   ( resid   65 and name HN   )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   58 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HA   )   ( resid   58 and name HN   )   4.00  2.20  1.00
assign ( resid   58 and name HN   )   ( resid   58 and name HB1  )   3.00  1.20  0.50
assign ( resid   58 and name HN   )   ( resid   58 and name HB2  )   3.00  1.20  0.50
assign ( resid   57 and name HN   )   ( resid   58 and name HN   )   3.00  1.20  0.50
assign ( resid   58 and name HN   )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   54 and name HN   )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   54 and name HN   )   ( resid   54 and name HG   )   4.00  2.20  1.00
assign ( resid   54 and name HN   )   ( resid   54 and name HB1  )   4.00  2.20  1.00
assign ( resid   54 and name HN   )   ( resid   54 and name HB2  )   4.00  2.20  1.00
assign ( resid   51 and name HA   )   ( resid   54 and name HN   )   4.00  2.20  1.00
assign ( resid   54 and name HN   )   ( resid  101 and name HH2  )   4.00  2.20  1.00
assign ( resid   52 and name HN   )   ( resid   54 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HN   )   ( resid   71 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   71 and name HB1  )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   57 and name HN   )   4.00  2.20  1.00
assign ( resid   57 and name HN   )   ( resid   58 and name HA   )   4.00  2.20  1.00
assign ( resid   54 and name HB2  )   ( resid   57 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HB1  )   ( resid   57 and name HN   )   4.00  2.20  2.00
assign ( resid   57 and name HN   )   ( resid   84 and name HB1  )   4.00  2.20  2.00
assign ( resid   54 and name HB1  )   ( resid   57 and name HN   )   4.00  2.20  1.00
assign ( resid   54 and name HD1* )   ( resid   57 and name HN   )   4.00  2.20  1.00
assign ( resid   57 and name HN   )   ( resid   57 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   34 and name HB2  )   4.00  2.20  2.00
assign ( resid   31 and name HN   )   ( resid   38 and name HB   )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   31 and name HB1  )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   31 and name HB2  )   3.00  1.20  0.50
assign ( resid   31 and name HN   )   ( resid   31 and name HG1  )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   37 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   31 and name HN   )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   31 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   44 and name HN   )   ( resid   45 and name HN   )   3.00  1.20  0.50
assign ( resid   43 and name HN   )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   45 and name HN   )   ( resid   45 and name HB*  )   3.00  1.20  0.50
assign ( resid   41 and name HB1  )   ( resid   45 and name HN   )   3.00  1.20  0.50
assign ( resid   41 and name HB2  )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid  108 and name HN   )   ( resid  109 and name HN   )   4.00  2.20  1.00
assign ( resid  109 and name HN   )   ( resid  109 and name HB*  )   4.00  2.20  1.00
assign ( resid  107 and name HB2  )   ( resid  109 and name HN   )   4.00  2.20  2.00
assign ( resid  107 and name HD2* )   ( resid  109 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   39 and name HN   )   4.00  2.20  2.00
assign ( resid   39 and name HN   )   ( resid   47 and name HB2  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   47 and name HB1  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   39 and name HB2  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   39 and name HB1  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   46 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   39 and name HD2  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   39 and name HE2  )   4.00  2.20  1.00
assign ( resid  102 and name HN   )   ( resid  103 and name HN   )   3.00  1.20  0.50
assign ( resid  101 and name HN   )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid  103 and name HN   )   ( resid  104 and name HN   )   3.00  1.20  0.50
assign ( resid  103 and name HN   )   ( resid  103 and name HB*  )   2.00  0.20  0.70
assign ( resid  102 and name HB1  )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid  102 and name HB2  )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   41 and name HB1  )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   42 and name HB*  )   3.00  1.20  0.50
assign ( resid   24 and name HN   )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   23 and name HB2  )   ( resid   24 and name HN   )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   43 and name HN   )   4.00  2.20  2.00
assign ( resid   24 and name HN   )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   26 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   25 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   25 and name HB1  )   3.00  1.20  0.50
assign ( resid   25 and name HN   )   ( resid   88 and name HG   )   4.00  2.20  2.00
assign ( resid   61 and name HG2* )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   63 and name HN   )   ( resid   63 and name HG2  )   4.00  2.20  1.00
assign ( resid   63 and name HN   )   ( resid   63 and name HB*  )   3.00  1.20  0.50
assign ( resid   63 and name HN   )   ( resid   64 and name HA   )   4.00  2.20  2.00
assign ( resid   61 and name HB   )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   63 and name HN   )   ( resid   64 and name HN   )   3.00  1.20  0.50
assign ( resid   25 and name HA   )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   23 and name HA   )   ( resid   42 and name HN   )   4.00  2.20  2.00
assign ( resid   24 and name HG2* )   ( resid   42 and name HN   )   4.00  2.20  2.00
assign ( resid   41 and name HD1* )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   43 and name HN   )   4.00  2.20  2.00
assign ( resid   43 and name HN   )   ( resid   43 and name HB1  )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   43 and name HN   )   ( resid   43 and name HB2  )   4.00  2.20  1.00
assign ( resid   43 and name HN   )   ( resid   44 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HA   )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   42 and name HN   )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HN   )   ( resid   89 and name HB   )   3.00  1.20  0.50
assign ( resid   89 and name HN   )   ( resid   89 and name HG12 )   4.00  2.20  1.00
assign ( resid   89 and name HN   )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid    5 and name HN   )   ( resid    5 and name HB*  )   4.00  2.20  1.00
assign ( resid   83 and name HN   )   ( resid   84 and name HN   )   3.00  1.20  0.50
assign ( resid   82 and name HN   )   ( resid   83 and name HN   )   3.00  1.20  0.50
assign ( resid   81 and name HA   )   ( resid   83 and name HN   )   4.00  2.20  1.00
assign ( resid   83 and name HN   )   ( resid   83 and name HG2  )   4.00  2.20  1.00
assign ( resid   83 and name HN   )   ( resid   83 and name HG1  )   4.00  2.20  1.00
assign ( resid   80 and name HB*  )   ( resid   83 and name HN   )   4.00  2.20  2.00
assign ( resid   83 and name HN   )   ( resid   84 and name HB2  )   4.00  2.20  2.00
assign ( resid   81 and name HG2* )   ( resid   83 and name HN   )   4.00  2.20  2.00
assign ( resid   34 and name HN   )   ( resid   36 and name HG1* )   4.00  2.20  2.00
assign ( resid   34 and name HN   )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   34 and name HB1  )   4.00  2.20  1.00
assign ( resid   31 and name HG2  )   ( resid   34 and name HN   )   4.00  2.20  2.00
assign ( resid   34 and name HN   )   ( resid   34 and name HG2  )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   35 and name HA1  )   4.00  2.20  1.00
assign ( resid   32 and name HA   )   ( resid   34 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   35 and name HA2  )   4.00  2.20  1.00
assign ( resid   33 and name HN   )   ( resid   34 and name HN   )   4.00  2.20  1.00
assign ( resid   96 and name HN   )   ( resid   96 and name HB1  )   4.00  2.20  1.00
assign ( resid   96 and name HN   )   ( resid   96 and name HB2  )   4.00  2.20  1.00
assign ( resid   96 and name HN   )   ( resid   96 and name HG1  )   4.00  2.20  1.00
assign ( resid   91 and name HD2* )   ( resid   96 and name HN   )   4.00  2.20  2.00
assign ( resid  100 and name HN   )   ( resid  100 and name HB2  )   4.00  2.20  1.00
assign ( resid  100 and name HN   )   ( resid  100 and name HB1  )   4.00  2.20  1.00
assign ( resid  100 and name HN   )   ( resid  101 and name HN   )   4.00  2.20  1.00
assign ( resid  100 and name HN   )   ( resid  102 and name HN   )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   49 and name HN   )   ( resid   49 and name HD2  )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HA   )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   49 and name HN   )   ( resid   49 and name HB2  )   4.00  2.20  1.00
assign ( resid   49 and name HN   )   ( resid   49 and name HB1  )   4.00  2.20  1.00
assign ( resid   37 and name HB   )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   36 and name HB   )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HG2* )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HB2  )   ( resid   98 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HB1  )   ( resid   98 and name HN   )   4.00  2.20  2.00
assign ( resid   98 and name HN   )   ( resid  101 and name HB1  )   4.00  2.20  1.00
assign ( resid   16 and name HN   )   ( resid   17 and name HN   )   3.00  1.20  0.50
assign ( resid   20 and name HN   )   ( resid   20 and name HB*  )   3.00  1.20  0.50
assign ( resid   18 and name HD2* )   ( resid   21 and name HN   )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   65 and name HG   )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   61 and name HN   )   3.00  1.20  0.50
assign ( resid   61 and name HN   )   ( resid   64 and name HB2  )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   64 and name HB1  )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   62 and name HD1  )   4.00  2.20  2.00
assign ( resid   61 and name HN   )   ( resid   64 and name HA   )   4.00  2.20  2.00
assign ( resid   61 and name HN   )   ( resid   65 and name HN   )   4.00  2.20  2.00
assign ( resid   61 and name HN   )   ( resid   64 and name HE21 )   4.00  2.20  2.00
assign ( resid   29 and name HN   )   ( resid   30 and name HN   )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   30 and name HD1  )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   37 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   30 and name HB2  )   3.00  1.20  0.50
assign ( resid   30 and name HN   )   ( resid   30 and name HB1  )   3.00  1.20  0.50
assign ( resid   29 and name HB1  )   ( resid   30 and name HN   )   4.00  2.20  1.00
assign ( resid   29 and name HB2  )   ( resid   30 and name HN   )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   30 and name HN   )   4.00  2.20  2.00
assign ( resid   35 and name HN   )   ( resid   36 and name HG1* )   4.00  2.20  1.00
assign ( resid   35 and name HN   )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   32 and name HA   )   ( resid   35 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   35 and name HN   )   3.00  1.20  0.50
assign ( resid   30 and name HE2  )   ( resid   35 and name HN   )   4.00  2.20  2.00
assign ( resid  101 and name HN   )   ( resid  102 and name HN   )   4.00  2.20  1.00
assign ( resid   98 and name HN   )   ( resid  101 and name HN   )   4.00  2.20  1.00
assign ( resid  101 and name HN   )   ( resid  101 and name HB2  )   4.00  2.20  1.00
assign ( resid  101 and name HN   )   ( resid  101 and name HB1  )   4.00  2.20  1.00
assign ( resid   99 and name HB*  )   ( resid  101 and name HN   )   4.00  2.20  2.00
assign ( resid   29 and name HN   )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   29 and name HB1  )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   29 and name HB2  )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   29 and name HG1  )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   37 and name HA   )   4.00  2.20  2.00
assign ( resid   29 and name HN   )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   85 and name HN   )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid   78 and name HD2  )   ( resid   85 and name HN   )   4.00  2.20  2.00
assign ( resid   84 and name HN   )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   85 and name HN   )   ( resid   85 and name HB1  )   3.00  1.20  0.50
assign ( resid   56 and name HB*  )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   54 and name HG   )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   50 and name HB1  )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   50 and name HG*  )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   50 and name HB2  )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   53 and name HB2  )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   53 and name HB1  )   4.00  2.20  1.00
assign ( resid   51 and name HA   )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   54 and name HN   )   3.00  1.20  0.50
assign ( resid   50 and name HN   )   ( resid   53 and name HN   )   4.00  2.20  1.00
assign ( resid   42 and name HN   )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   43 and name HN   )   ( resid   44 and name HN   )   3.00  1.20  0.50
assign ( resid   44 and name HN   )   ( resid   44 and name HA   )   3.00  1.20  0.50
assign ( resid   42 and name HA   )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   44 and name HN   )   ( resid   44 and name HB1  )   4.00  2.20  1.00
assign ( resid   44 and name HN   )   ( resid   44 and name HB2  )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   44 and name HN   )   ( resid   45 and name HB*  )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   44 and name HN   )   4.00  2.20  2.00
assign ( resid   42 and name HB*  )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   44 and name HN   )   4.00  2.20  2.00
assign ( resid   38 and name HN   )   ( resid   38 and name HG2* )   3.00  1.20  0.50
assign ( resid   36 and name HG2* )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   31 and name HB2  )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   29 and name HA   )   ( resid   38 and name HN   )   4.00  2.20  2.00
assign ( resid   30 and name HA   )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HN   )   ( resid   39 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   46 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   41 and name HB2  )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   41 and name HB1  )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   41 and name HG   )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   41 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   41 and name HD2* )   4.00  2.20  2.00
assign ( resid   91 and name HN   )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   91 and name HN   )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   91 and name HN   )   ( resid   91 and name HB1  )   4.00  2.20  1.00
assign ( resid   86 and name HG1* )   ( resid   91 and name HN   )   4.00  2.20  1.00
assign ( resid   91 and name HN   )   ( resid   92 and name HD1* )   4.00  2.20  1.00
assign ( resid   91 and name HN   )   ( resid   91 and name HB2  )   3.00  1.20  0.50
assign ( resid   91 and name HN   )   ( resid   91 and name HG   )   3.00  1.20  0.50
assign ( resid   90 and name HN   )   ( resid   91 and name HN   )   3.00  1.20  0.50
assign ( resid   91 and name HN   )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   93 and name HN   )   ( resid   95 and name HN   )   4.00  2.20  1.00
assign ( resid   90 and name HA1  )   ( resid   93 and name HN   )   4.00  2.20  2.00
assign ( resid   91 and name HA   )   ( resid   93 and name HN   )   4.00  2.20  2.00
assign ( resid   89 and name HA   )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   93 and name HN   )   ( resid   93 and name HG2  )   4.00  2.20  1.00
assign ( resid   93 and name HN   )   ( resid   93 and name HB2  )   3.00  1.20  0.50
assign ( resid   93 and name HN   )   ( resid   93 and name HB1  )   4.00  2.20  1.00
assign ( resid   92 and name HG   )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   60 and name HN   )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   60 and name HN   )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   60 and name HN   )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   60 and name HN   )   ( resid   82 and name HD2* )   4.00  2.20  2.00
assign ( resid   60 and name HN   )   ( resid   60 and name HB*  )   3.00  1.20  0.50
assign ( resid   51 and name HB*  )   ( resid   60 and name HN   )   4.00  2.20  1.00
assign ( resid   58 and name HA   )   ( resid   60 and name HN   )   4.00  2.20  1.00
assign ( resid   57 and name HB   )   ( resid   60 and name HN   )   4.00  2.20  2.00
assign ( resid   59 and name HN   )   ( resid   60 and name HN   )   3.00  1.20  0.50
assign ( resid  107 and name HN   )   ( resid  107 and name HB2  )   3.00  1.20  0.50
assign ( resid  107 and name HN   )   ( resid  107 and name HB1  )   3.00  1.20  0.50
assign ( resid  107 and name HN   )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   36 and name HN   )   ( resid   36 and name HG1* )   3.00  1.20  0.50
assign ( resid   36 and name HN   )   ( resid   36 and name HG2* )   3.00  1.20  0.50
assign ( resid   34 and name HG1  )   ( resid   36 and name HN   )   4.00  2.20  2.00
assign ( resid   34 and name HB2  )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   36 and name HN   )   ( resid   50 and name HG*  )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HB1  )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   31 and name HG1  )   ( resid   36 and name HN   )   4.00  2.20  2.00
assign ( resid   32 and name HA   )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HA   )   ( resid   36 and name HN   )   4.00  2.20  2.00
assign ( resid   36 and name HN   )   ( resid   37 and name HA   )   4.00  2.20  2.00
assign ( resid   30 and name HE2  )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   35 and name HN   )   ( resid   36 and name HN   )   3.00  1.20  0.50
assign ( resid   31 and name HN   )   ( resid   36 and name HN   )   4.00  2.20  1.00
assign ( resid   36 and name HN   )   ( resid   37 and name HN   )   4.00  2.20  1.00
assign ( resid    7 and name HN   )   ( resid    8 and name HN   )   4.00  2.20  1.00
assign ( resid    7 and name HN   )   ( resid    7 and name HG*  )   4.00  2.20  1.00
assign ( resid    7 and name HN   )   ( resid    7 and name HB*  )   3.00  1.20  0.50
assign ( resid   77 and name HN   )   ( resid   77 and name HG1* )   3.00  1.20  0.50
assign ( resid   77 and name HN   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   77 and name HN   )   ( resid   86 and name HB   )   4.00  2.20  1.00
assign ( resid   77 and name HN   )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   77 and name HN   )   ( resid   85 and name HA   )   4.00  2.20  1.00
assign ( resid   52 and name HN   )   ( resid   59 and name HN   )   4.00  2.20  2.00
assign ( resid   58 and name HN   )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   58 and name HD1  )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   59 and name HN   )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   68 and name HN   )   ( resid   68 and name HG2* )   4.00  2.20  1.00
assign ( resid   68 and name HN   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   68 and name HN   )   ( resid   68 and name HB   )   3.00  1.20  0.50
assign ( resid   68 and name HN   )   ( resid   68 and name HG11 )   4.00  2.20  1.00
assign ( resid   66 and name HA   )   ( resid   68 and name HN   )   4.00  2.20  2.00
assign ( resid   52 and name HN   )   ( resid   53 and name HN   )   3.00  1.20  0.50
assign ( resid   52 and name HN   )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   52 and name HN   )   ( resid   52 and name HB2  )   4.00  2.20  1.00
assign ( resid   52 and name HN   )   ( resid   52 and name HB1  )   4.00  2.20  1.00
assign ( resid   50 and name HB2  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   50 and name HG*  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   50 and name HB1  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   51 and name HG2  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   65 and name HG   )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   65 and name HD2* )   4.00  2.20  2.00
assign ( resid   64 and name HN   )   ( resid   65 and name HD1* )   4.00  2.20  2.00
assign ( resid   64 and name HN   )   ( resid   64 and name HG2  )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   64 and name HB2  )   3.00  1.20  0.50
assign ( resid   64 and name HN   )   ( resid   64 and name HG1  )   4.00  2.20  1.00
assign ( resid   63 and name HB*  )   ( resid   64 and name HN   )   4.00  2.20  1.00
assign ( resid   62 and name HA   )   ( resid   64 and name HN   )   4.00  2.20  1.00
assign ( resid   61 and name HB   )   ( resid   64 and name HN   )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   65 and name HA   )   4.00  2.20  2.00
assign ( resid   64 and name HN   )   ( resid   64 and name HE21 )   4.00  2.20  2.00
assign ( resid   64 and name HN   )   ( resid   65 and name HN   )   3.00  1.20  0.50
assign ( resid   61 and name HN   )   ( resid   64 and name HN   )   4.00  2.20  1.00
assign ( resid   73 and name HN   )   ( resid   74 and name HN   )   4.00  2.20  1.00
assign ( resid   74 and name HN   )   ( resid   75 and name HN   )   3.00  1.20  0.50
assign ( resid   71 and name HA   )   ( resid   74 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   74 and name HN   )   4.00  2.20  1.00
assign ( resid   74 and name HN   )   ( resid   75 and name HD1* )   4.00  2.20  2.00
assign ( resid   70 and name HB   )   ( resid   74 and name HN   )   4.00  2.20  2.00
assign ( resid   74 and name HN   )   ( resid   75 and name HB*  )   4.00  2.20  2.00
assign ( resid   15 and name HN   )   ( resid   15 and name HB*  )   3.00  1.20  0.50
assign ( resid   15 and name HN   )   ( resid   15 and name HG2  )   4.00  2.20  1.00
assign ( resid   12 and name HB*  )   ( resid   15 and name HN   )   4.00  2.20  2.00
assign ( resid   13 and name HB*  )   ( resid   15 and name HN   )   4.00  2.20  2.00
assign ( resid   12 and name HA   )   ( resid   15 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   87 and name HN   )   ( resid   90 and name HN   )   4.00  2.20  2.00
assign ( resid   90 and name HN   )   ( resid   92 and name HN   )   4.00  2.20  2.00
assign ( resid   89 and name HN   )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   87 and name HB2  )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   90 and name HN   )   ( resid   91 and name HB2  )   4.00  2.20  1.00
assign ( resid   14 and name HN   )   ( resid   14 and name HB*  )   4.00  2.20  1.00
assign ( resid  102 and name HN   )   ( resid  104 and name HN   )   4.00  2.20  1.00
assign ( resid  101 and name HE3  )   ( resid  102 and name HN   )   4.00  2.20  1.00
assign ( resid  102 and name HN   )   ( resid  102 and name HG1  )   4.00  2.20  1.00
assign ( resid   99 and name HB*  )   ( resid  102 and name HN   )   4.00  2.20  2.00
assign ( resid   18 and name HD2* )   ( resid   22 and name HN   )   4.00  2.20  1.00
assign ( resid   22 and name HN   )   ( resid   22 and name HB1  )   4.00  2.20  1.00
assign ( resid   22 and name HN   )   ( resid   22 and name HB2  )   3.00  1.20  0.50
assign ( resid   22 and name HN   )   ( resid   22 and name HD1  )   4.00  2.20  1.00
assign ( resid   22 and name HN   )   ( resid   23 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HN   )   ( resid   22 and name HN   )   3.00  1.20  0.50
assign ( resid   19 and name HN   )   ( resid   20 and name HN   )   3.00  1.20  0.50
assign ( resid   20 and name HN   )   ( resid   20 and name HD*  )   4.00  2.20  1.00
assign ( resid   20 and name HN   )   ( resid   20 and name HG2  )   4.00  2.20  1.00
assign ( resid   20 and name HN   )   ( resid   20 and name HG1  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   97 and name HN   )   4.00  2.20  2.00
assign ( resid   55 and name HB2  )   ( resid   97 and name HN   )   4.00  2.20  2.00
assign ( resid   55 and name HB1  )   ( resid   97 and name HN   )   4.00  2.20  2.00
assign ( resid   95 and name HA   )   ( resid   97 and name HN   )   4.00  2.20  1.00
assign ( resid   95 and name HD*  )   ( resid   97 and name HN   )   4.00  2.20  2.00
assign ( resid   97 and name HN   )   ( resid  101 and name HB1  )   4.00  2.20  2.00
assign ( resid   97 and name HN   )   ( resid  102 and name HG1  )   4.00  2.20  1.00
assign ( resid   97 and name HN   )   ( resid  101 and name HE3  )   4.00  2.20  1.00
assign ( resid   97 and name HN   )   ( resid  101 and name HZ3  )   4.00  2.20  1.00
assign ( resid   96 and name HN   )   ( resid   97 and name HN   )   3.00  1.20  0.50
assign ( resid   97 and name HN   )   ( resid   98 and name HN   )   4.00  2.20  1.00
assign ( resid   16 and name HN   )   ( resid   75 and name HD1* )   4.00  2.20  2.00
assign ( resid   16 and name HN   )   ( resid   16 and name HG*  )   4.00  2.20  1.00
assign ( resid   15 and name HB*  )   ( resid   16 and name HN   )   3.00  1.20  0.50
assign ( resid   16 and name HN   )   ( resid   16 and name HB*  )   3.00  1.20  0.50
assign ( resid   16 and name HN   )   ( resid   18 and name HB2  )   4.00  2.20  2.00
assign ( resid   12 and name HA   )   ( resid   16 and name HN   )   4.00  2.20  1.00
assign ( resid   13 and name HA   )   ( resid   16 and name HN   )   4.00  2.20  1.00
assign ( resid   12 and name HB*  )   ( resid   16 and name HN   )   4.00  2.20  2.00
assign ( resid   13 and name HB*  )   ( resid   16 and name HN   )   4.00  2.20  2.00
assign ( resid   92 and name HN   )   ( resid   93 and name HN   )   3.00  1.20  0.50
assign ( resid   88 and name HA   )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HA   )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   92 and name HN   )   ( resid   93 and name HB2  )   4.00  2.20  1.00
assign ( resid   92 and name HN   )   ( resid   92 and name HB2  )   3.00  1.20  0.50
assign ( resid   92 and name HN   )   ( resid   92 and name HG   )   4.00  2.20  1.00
assign ( resid   92 and name HN   )   ( resid   92 and name HD1* )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   69 and name HB*  )   ( resid   78 and name HN   )   4.00  2.20  2.00
assign ( resid   78 and name HN   )   ( resid   78 and name HB1  )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HA   )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   23 and name HN   )   ( resid   24 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HN   )   ( resid   23 and name HN   )   4.00  2.20  2.00
assign ( resid   22 and name HD1  )   ( resid   23 and name HN   )   4.00  2.20  1.00
assign ( resid   23 and name HN   )   ( resid   23 and name HB1  )   4.00  2.20  1.00
assign ( resid   23 and name HN   )   ( resid   23 and name HB2  )   4.00  2.20  1.00
assign ( resid   23 and name HN   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   75 and name HB*  )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   88 and name HB1  )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   88 and name HG   )   4.00  2.20  2.00
assign ( resid   88 and name HN   )   ( resid   89 and name HB   )   4.00  2.20  2.00
assign ( resid   88 and name HN   )   ( resid   88 and name HB2  )   4.00  2.20  1.00
assign ( resid   75 and name HD1* )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   76 and name HA2  )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   89 and name HN   )   4.00  2.20  1.00
assign ( resid   33 and name HN   )   ( resid   33 and name HG2  )   4.00  2.20  2.00
assign ( resid    9 and name HN   )   ( resid   10 and name HB*  )   4.00  2.20  1.00
assign ( resid    9 and name HN   )   ( resid    9 and name HG2  )   4.00  2.20  1.00
assign ( resid    9 and name HN   )   ( resid    9 and name HB*  )   3.00  1.20  0.50
assign ( resid    9 and name HN   )   ( resid    9 and name HA   )   3.00  1.20  0.50
assign ( resid   75 and name HN   )   ( resid   76 and name HA1  )   4.00  2.20  2.00
assign ( resid   73 and name HB*  )   ( resid   75 and name HN   )   4.00  2.20  1.00
assign ( resid   75 and name HN   )   ( resid   75 and name HB*  )   3.00  1.20  0.50
assign ( resid   75 and name HN   )   ( resid   75 and name HG   )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   75 and name HN   )   4.00  2.20  1.00
assign ( resid   76 and name HA1  )   ( resid   87 and name HN   )   4.00  2.20  1.00
assign ( resid    9 and name HG1  )   ( resid   10 and name HN   )   4.00  2.20  1.00
assign ( resid   10 and name HN   )   ( resid   10 and name HB*  )   3.00  1.20  0.50
assign ( resid   27 and name HN   )   ( resid   40 and name HB   )   3.00  1.20  0.50
assign ( resid   25 and name HB1  )   ( resid   27 and name HN   )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   27 and name HN   )   4.00  2.20  1.00
assign ( resid   27 and name HN   )   ( resid   70 and name HD1* )   3.00  1.20  0.50
assign ( resid   27 and name HN   )   ( resid   27 and name HB2  )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   27 and name HN   )   4.00  2.20  1.00
assign ( resid   27 and name HN   )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   27 and name HN   )   ( resid   28 and name HN   )   4.00  2.20  1.00
assign ( resid   27 and name HN   )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   27 and name HN   )   3.00  1.20  0.50
assign ( resid   65 and name HA   )   ( resid   67 and name HN   )   4.00  2.20  1.00
assign ( resid   67 and name HN   )   ( resid   67 and name HG*  )   3.00  1.20  0.50
assign ( resid   67 and name HN   )   ( resid   67 and name HB*  )   4.00  2.20  1.00
assign ( resid   67 and name HN   )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   67 and name HN   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   39 and name HB2  )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HN   )   ( resid   47 and name HG   )   3.00  1.20  0.50
assign ( resid   39 and name HB1  )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   46 and name HN   )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   76 and name HN   )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   76 and name HN   )   ( resid   77 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid   75 and name HN   )   ( resid   76 and name HN   )   3.00  1.20  0.50
assign ( resid   71 and name HB1  )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HB2  )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid   75 and name HG   )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid   76 and name HN   )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HD1* )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid   75 and name HD2* )   ( resid   76 and name HN   )   4.00  2.20  1.00
assign ( resid  105 and name HN   )   ( resid  106 and name HD2  )   4.00  2.20  1.00
assign ( resid  105 and name HN   )   ( resid  106 and name HD1  )   4.00  2.20  1.00
assign ( resid  105 and name HN   )   ( resid  105 and name HB2  )   4.00  2.20  1.00
assign ( resid  104 and name HB*  )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid  105 and name HN   )   ( resid  105 and name HB1  )   4.00  2.20  1.00
assign ( resid  102 and name HA   )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid  105 and name HN   )   ( resid  105 and name HD2  )   4.00  2.20  1.00
assign ( resid  103 and name HN   )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   40 and name HB   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   26 and name HB1  )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   26 and name HG1  )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   26 and name HG2  )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   26 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   79 and name HB1  )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   79 and name HB2  )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   85 and name HA   )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid   77 and name HN   )   ( resid   86 and name HN   )   3.00  1.20  0.50
assign ( resid   86 and name HN   )   ( resid   87 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HD1  )   ( resid   86 and name HN   )   4.00  2.20  2.00
assign ( resid   79 and name HD2  )   ( resid   86 and name HN   )   4.00  2.20  2.00
assign ( resid   78 and name HD2  )   ( resid   86 and name HN   )   4.00  2.20  2.00
assign ( resid   79 and name HE2  )   ( resid   86 and name HN   )   4.00  2.20  2.00
assign ( resid   78 and name HA   )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid   86 and name HN   )   ( resid   86 and name HB   )   3.00  1.20  0.50
assign ( resid   77 and name HB   )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid   69 and name HN   )   ( resid   70 and name HN   )   4.00  2.20  1.00
assign ( resid   68 and name HN   )   ( resid   69 and name HN   )   4.00  2.20  1.00
assign ( resid   69 and name HN   )   ( resid   80 and name HN   )   4.00  2.20  1.00
assign ( resid   69 and name HN   )   ( resid   78 and name HD1  )   4.00  2.20  1.00
assign ( resid   69 and name HN   )   ( resid   78 and name HB1  )   4.00  2.20  1.00
assign ( resid   69 and name HN   )   ( resid   69 and name HB*  )   3.00  1.20  0.50
assign ( resid   69 and name HN   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid    2 and name HB2  )   ( resid    3 and name HN   )   4.00  2.20  1.00
assign ( resid    2 and name HB1  )   ( resid    3 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HN   )   ( resid   48 and name HB1  )   3.00  1.20  0.50
assign ( resid   48 and name HN   )   ( resid   48 and name HG1  )   4.00  2.20  1.00
assign ( resid   48 and name HN   )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HN   )   ( resid   48 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HN   )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HN   )   ( resid   40 and name HB   )   4.00  2.20  1.00
assign ( resid   28 and name HN   )   ( resid   28 and name HB   )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   28 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HN   )   ( resid   28 and name HG2* )   3.00  1.20  0.50
assign ( resid   28 and name HN   )   ( resid   68 and name HG2* )   4.00  2.20  2.00
assign ( resid   55 and name HN   )   ( resid   96 and name HB2  )   4.00  2.20  2.00
assign ( resid   55 and name HN   )   ( resid   58 and name HB2  )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   96 and name HB1  )   4.00  2.20  2.00
assign ( resid   55 and name HN   )   ( resid   97 and name HA*  )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid  101 and name HZ3  )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid  101 and name HH2  )   4.00  2.20  2.00
assign ( resid   39 and name HN   )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   27 and name HB2  )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   40 and name HN   )   ( resid   40 and name HB   )   3.00  1.20  0.50
assign ( resid   40 and name HN   )   ( resid   40 and name HG12 )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   40 and name HN   )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   40 and name HN   )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   18 and name HN   )   ( resid   18 and name HB2  )   3.00  1.20  0.50
assign ( resid   18 and name HN   )   ( resid   18 and name HG   )   3.00  1.20  0.50
assign ( resid   18 and name HN   )   ( resid   18 and name HB1  )   4.00  2.20  1.00
assign ( resid   18 and name HN   )   ( resid   19 and name HN   )   3.00  1.20  0.50
assign ( resid  101 and name HA   )   ( resid  104 and name HN   )   4.00  2.20  1.00
assign ( resid  104 and name HN   )   ( resid  104 and name HB*  )   3.00  1.20  0.50
assign ( resid  104 and name HN   )   ( resid  104 and name HG2  )   4.00  2.20  1.00
assign ( resid  104 and name HN   )   ( resid  104 and name HG1  )   4.00  2.20  1.00
assign ( resid   82 and name HN   )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   82 and name HN   )   ( resid   82 and name HG   )   3.00  1.20  0.50
assign ( resid   82 and name HN   )   ( resid   83 and name HG1  )   4.00  2.20  2.00
assign ( resid   64 and name HB1  )   ( resid   82 and name HN   )   4.00  2.20  2.00
assign ( resid   82 and name HN   )   ( resid   84 and name HB2  )   4.00  2.20  2.00
assign ( resid   79 and name HB2  )   ( resid   82 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HB1  )   ( resid   82 and name HN   )   4.00  2.20  1.00
assign ( resid   82 and name HN   )   ( resid   83 and name HG2  )   4.00  2.20  2.00
assign ( resid   80 and name HA   )   ( resid   82 and name HN   )   4.00  2.20  2.00
assign ( resid   82 and name HN   )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   81 and name HN   )   ( resid   82 and name HN   )   4.00  2.20  1.00
assign ( resid   17 and name HN   )   ( resid   17 and name HG1  )   4.00  2.20  1.00
assign ( resid   17 and name HN   )   ( resid   17 and name HG2  )   4.00  2.20  1.00
assign ( resid   17 and name HN   )   ( resid   17 and name HB2  )   3.00  1.20  0.50
assign ( resid   48 and name HN   )   ( resid   49 and name HD2  )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   46 and name HN   )   4.00  2.20  2.00
assign ( resid   41 and name HD1* )   ( resid   46 and name HN   )   4.00  2.20  2.00
assign ( resid   38 and name HG1* )   ( resid   46 and name HN   )   4.00  2.20  2.00
assign ( resid   45 and name HN   )   ( resid   46 and name HN   )   4.00  2.20  1.00
assign ( resid   92 and name HB2  )   ( resid   94 and name HN   )   4.00  2.20  2.00
assign ( resid   19 and name HN   )   ( resid   24 and name HG2* )   4.00  2.20  2.00
assign ( resid   79 and name HD1  )   ( resid   80 and name HN   )   4.00  2.20  2.00
assign ( resid   79 and name HD2  )   ( resid   80 and name HN   )   4.00  2.20  2.00
assign ( resid   68 and name HN   )   ( resid   80 and name HN   )   4.00  2.20  2.00
assign ( resid   56 and name HN   )   ( resid   85 and name HN   )   4.00  2.20  2.00
assign ( resid   82 and name HD2* )   ( resid   84 and name HN   )   4.00  2.20  2.00
assign ( resid   91 and name HD2* )   ( resid   95 and name HN   )   4.00  2.20  2.00
assign ( resid   90 and name HA2  )   ( resid   95 and name HN   )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   38 and name HN   )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   66 and name HG1  )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   77 and name HA   )   4.00  2.20  1.00
assign ( resid   57 and name HN   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   41 and name HA   )   4.00  2.20  2.00
assign ( resid   61 and name HN   )   ( resid   62 and name HD2  )   4.00  2.20  2.00
assign ( resid   31 and name HB1  )   ( resid   35 and name HN   )   4.00  2.20  1.00
assign ( resid   85 and name HN   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HG2  )   ( resid   38 and name HN   )   4.00  2.20  2.00
assign ( resid  103 and name HN   )   ( resid  104 and name HG1  )   4.00  2.20  1.00
assign ( resid   90 and name HA2  )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   52 and name HN   )   ( resid   58 and name HE1  )   4.00  2.20  2.00
assign ( resid   25 and name HD1* )   ( resid   27 and name HN   )   4.00  2.20  1.00
assign ( resid  105 and name HN   )   ( resid  106 and name HB1  )   4.00  2.20  2.00
assign ( resid  105 and name HN   )   ( resid  106 and name HG*  )   4.00  2.20  2.00
assign ( resid   79 and name HN   )   ( resid   82 and name HB*  )   4.00  2.20  2.00
assign ( resid   76 and name HA1  )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid    3 and name HN   )   ( resid    4 and name HA   )   4.00  2.20  2.00
assign ( resid   28 and name HN   )   ( resid   77 and name HG2* )   4.00  2.20  2.00
assign ( resid   28 and name HN   )   ( resid   29 and name HB1  )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   40 and name HN   )   4.00  2.20  2.00
assign ( resid   39 and name HD1  )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid  102 and name HA   )   ( resid  104 and name HN   )   4.00  2.20  1.00
assign ( resid  104 and name HN   )   ( resid  106 and name HD1  )   4.00  2.20  2.00
assign ( resid  104 and name HN   )   ( resid  105 and name HA   )   4.00  2.20  2.00
assign ( resid  104 and name HN   )   ( resid  106 and name HA   )   4.00  2.20  2.00
assign ( resid   23 and name HB2  )   ( resid   43 and name HD21 )   4.00  2.20  1.00
assign ( resid   43 and name HD21 )   ( resid   45 and name HB*  )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   43 and name HD21 )   4.00  2.20  2.00
assign ( resid   43 and name HA   )   ( resid   43 and name HD22 )   4.00  2.20  2.00
assign ( resid   15 and name HA   )   ( resid   19 and name HE21 )   4.00  2.20  1.00
assign ( resid   19 and name HA   )   ( resid   19 and name HE21 )   4.00  2.20  2.00
assign ( resid   19 and name HE21 )   ( resid   73 and name HB*  )   4.00  2.20  1.00
assign ( resid   15 and name HB*  )   ( resid   19 and name HE21 )   4.00  2.20  1.00
assign ( resid   19 and name HE21 )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   19 and name HE21 )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HE21 )   4.00  2.20  2.00
assign ( resid   64 and name HB2  )   ( resid   64 and name HE21 )   4.00  2.20  1.00
assign ( resid   64 and name HB1  )   ( resid   64 and name HE21 )   4.00  2.20  1.00
assign ( resid   64 and name HE21 )   ( resid   82 and name HA   )   4.00  2.20  2.00
assign ( resid   64 and name HA   )   ( resid   64 and name HE21 )   4.00  2.20  1.00
assign ( resid  101 and name HE1  )   ( resid  105 and name HE1  )   4.00  2.20  2.00
assign ( resid   58 and name HD2  )   ( resid  101 and name HE1  )   4.00  2.20  1.00
assign ( resid  101 and name HE1  )   ( resid  105 and name HD2  )   4.00  2.20  1.00
assign ( resid  101 and name HA   )   ( resid  101 and name HE1  )   4.00  2.20  2.00
assign ( resid   58 and name HB1  )   ( resid  101 and name HE1  )   4.00  2.20  2.00
assign ( resid   58 and name HB2  )   ( resid  101 and name HE1  )   4.00  2.20  2.00
assign ( resid   55 and name HA   )   ( resid  101 and name HE1  )   4.00  2.20  1.00
assign ( resid   55 and name HB2  )   ( resid  101 and name HE1  )   4.00  2.20  2.00
assign ( resid   68 and name HA   )   ( resid   68 and name HG12 )   4.00  2.20  1.00
assign ( resid   68 and name HA   )   ( resid   68 and name HG11 )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HG2  )   4.00  2.20  1.00
assign ( resid   68 and name HA   )   ( resid   68 and name HG2* )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   79 and name HA   )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   68 and name HG12 )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   68 and name HG11 )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   69 and name HN   )   3.00  1.20  0.50
assign ( resid   68 and name HA   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   68 and name HB   )   ( resid   68 and name HD1* )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   68 and name HD1* )   3.00  1.20  0.50
assign ( resid   68 and name HD1* )   ( resid   69 and name HN   )   4.00  2.20  2.00
assign ( resid    8 and name HA   )   ( resid    8 and name HG   )   4.00  2.20  1.00
assign ( resid    8 and name HA   )   ( resid    8 and name HD1* )   4.00  2.20  1.00
assign ( resid    8 and name HA   )   ( resid    8 and name HD2* )   4.00  2.20  1.00
assign ( resid   15 and name HA   )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   75 and name HB*  )   ( resid   75 and name HD2* )   3.00  1.20  0.50
assign ( resid   40 and name HG2* )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   41 and name HG   )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HA   )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HA   )   ( resid   41 and name HD2* )   3.00  1.20  0.50
assign ( resid   41 and name HB2  )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   41 and name HD2* )   3.00  1.20  0.50
assign ( resid   41 and name HD2* )   ( resid   88 and name HD2* )   3.00  1.20  0.50
assign ( resid   85 and name HB1  )   ( resid   86 and name HN   )   4.00  2.20  1.00
assign ( resid    3 and name HA   )   ( resid    3 and name HG1* )   4.00  2.20  1.00
assign ( resid    3 and name HA   )   ( resid    3 and name HG2* )   4.00  2.20  1.00
assign ( resid   66 and name HA   )   ( resid   66 and name HG1  )   4.00  2.20  1.00
assign ( resid   66 and name HA   )   ( resid   66 and name HD*  )   4.00  2.20  1.00
assign ( resid  107 and name HG   )   ( resid  109 and name HN   )   4.00  2.20  2.00
assign ( resid   66 and name HG2  )   ( resid   67 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HB2  )   ( resid   66 and name HD*  )   4.00  2.20  1.00
assign ( resid   66 and name HB1  )   ( resid   66 and name HD*  )   3.00  1.20  0.50
assign ( resid   69 and name HA   )   ( resid   69 and name HG1  )   4.00  2.20  1.00
assign ( resid   69 and name HG1  )   ( resid   70 and name HN   )   4.00  2.20  1.00
assign ( resid   69 and name HA   )   ( resid   69 and name HG2  )   4.00  2.20  1.00
assign ( resid   69 and name HG2  )   ( resid   70 and name HN   )   4.00  2.20  1.00
assign ( resid   37 and name HA   )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   37 and name HG11 )   4.00  2.20  1.00
assign ( resid   37 and name HA   )   ( resid   37 and name HG2* )   3.00  1.20  0.50
assign ( resid   37 and name HG2* )   ( resid   37 and name HG12 )   3.00  1.20  0.50
assign ( resid   37 and name HA   )   ( resid   37 and name HD1* )   4.00  2.20  1.00
assign ( resid   37 and name HB   )   ( resid   37 and name HD1* )   3.00  1.20  0.50
assign ( resid   37 and name HG2* )   ( resid   37 and name HD1* )   3.00  1.20  0.50
assign ( resid   37 and name HD1* )   ( resid   65 and name HD2* )   3.00  1.20  0.50
assign ( resid   19 and name HA   )   ( resid   19 and name HG2  )   4.00  2.20  1.00
assign ( resid   19 and name HA   )   ( resid   19 and name HG1  )   4.00  2.20  1.00
assign ( resid   92 and name HA   )   ( resid   92 and name HG   )   4.00  2.20  1.00
assign ( resid   19 and name HA   )   ( resid   75 and name HD2* )   3.00  1.20  0.50
assign ( resid   92 and name HB2  )   ( resid   92 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HG   )   ( resid   92 and name HG   )   4.00  2.20  1.00
assign ( resid   92 and name HA   )   ( resid   92 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HG   )   ( resid   92 and name HD1* )   3.00  1.20  0.50
assign ( resid   92 and name HA   )   ( resid   92 and name HD2* )   3.00  1.20  0.50
assign ( resid   92 and name HB1  )   ( resid   92 and name HD2* )   3.00  1.20  0.50
assign ( resid   92 and name HB2  )   ( resid   92 and name HD2* )   4.00  2.20  1.00
assign ( resid   92 and name HD2* )   ( resid   93 and name HN   )   4.00  2.20  2.00
assign ( resid   34 and name HA   )   ( resid   34 and name HG2  )   4.00  2.20  1.00
assign ( resid   34 and name HA   )   ( resid   34 and name HG1  )   4.00  2.20  1.00
assign ( resid   34 and name HB2  )   ( resid   34 and name HG2  )   3.00  1.20  0.50
assign ( resid   34 and name HB2  )   ( resid   34 and name HG1  )   2.00  0.20  0.70
assign ( resid   34 and name HG1  )   ( resid   35 and name HN   )   4.00  2.20  2.00
assign ( resid   82 and name HA   )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   82 and name HB*  )   ( resid   82 and name HD1* )   3.00  1.20  0.50
assign ( resid   82 and name HA   )   ( resid   82 and name HD2* )   3.00  1.20  0.50
assign ( resid   82 and name HB*  )   ( resid   82 and name HD2* )   3.00  1.20  0.50
assign ( resid   82 and name HD2* )   ( resid   83 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HA   )   ( resid   70 and name HG2* )   3.00  1.20  0.50
assign ( resid   25 and name HB1  )   ( resid   70 and name HG2* )   3.00  1.20  0.50
assign ( resid   70 and name HG2* )   ( resid   70 and name HG11 )   3.00  1.20  0.50
assign ( resid   25 and name HB1  )   ( resid   70 and name HD1* )   3.00  1.20  0.50
assign ( resid   70 and name HG2* )   ( resid   70 and name HD1* )   2.00  0.20  0.70
assign ( resid   88 and name HA   )   ( resid   88 and name HG   )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   92 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HG   )   ( resid   89 and name HN   )   4.00  2.20  2.00
assign ( resid   88 and name HB2  )   ( resid   88 and name HD2* )   3.00  1.20  0.50
assign ( resid   88 and name HB1  )   ( resid   88 and name HD2* )   3.00  1.20  0.50
assign ( resid   88 and name HD2* )   ( resid   89 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   88 and name HD1* )   3.00  1.20  0.50
assign ( resid   88 and name HB2  )   ( resid   88 and name HD1* )   3.00  1.20  0.50
assign ( resid   88 and name HB1  )   ( resid   88 and name HD1* )   3.00  1.20  0.50
assign ( resid   88 and name HD1* )   ( resid   89 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HA   )   ( resid   48 and name HG1  )   4.00  2.20  1.00
assign ( resid   48 and name HA   )   ( resid   48 and name HG2  )   4.00  2.20  1.00
assign ( resid   47 and name HB1  )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   48 and name HA   )   ( resid   48 and name HD*  )   4.00  2.20  1.00
assign ( resid   48 and name HB1  )   ( resid   48 and name HD*  )   3.00  1.20  0.50
assign ( resid   48 and name HB2  )   ( resid   48 and name HD*  )   3.00  1.20  0.50
assign ( resid   48 and name HB1  )   ( resid   48 and name HE1  )   4.00  2.20  1.00
assign ( resid   48 and name HG1  )   ( resid   48 and name HE1  )   4.00  2.20  1.00
assign ( resid   48 and name HG2  )   ( resid   48 and name HE1  )   4.00  2.20  1.00
assign ( resid   48 and name HB1  )   ( resid   48 and name HE2  )   4.00  2.20  1.00
assign ( resid   48 and name HG1  )   ( resid   48 and name HE2  )   4.00  2.20  1.00
assign ( resid   48 and name HG2  )   ( resid   48 and name HE2  )   4.00  2.20  1.00
assign ( resid  102 and name HA   )   ( resid  102 and name HG2  )   4.00  2.20  1.00
assign ( resid  102 and name HA   )   ( resid  102 and name HG1  )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   68 and name HG11 )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   65 and name HG   )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HB1  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HB2  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   65 and name HD2* )   3.00  1.20  0.50
assign ( resid   65 and name HB1  )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   65 and name HB2  )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   81 and name HA   )   ( resid   81 and name HG2* )   3.00  1.20  0.50
assign ( resid   67 and name HA   )   ( resid   67 and name HG*  )   3.00  1.20  0.50
assign ( resid   67 and name HB*  )   ( resid   67 and name HG*  )   2.00  0.20  0.70
assign ( resid   16 and name HA   )   ( resid   16 and name HB*  )   3.00  1.20  0.50
assign ( resid   16 and name HA   )   ( resid   16 and name HG*  )   3.00  1.20  0.50
assign ( resid    7 and name HB*  )   ( resid    7 and name HG*  )   3.00  1.20  0.50
assign ( resid   16 and name HB*  )   ( resid   16 and name HG*  )   3.00  1.20  0.50
assign ( resid   76 and name HA2  )   ( resid   88 and name HB2  )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   54 and name HB1  )   ( resid   54 and name HD1* )   3.00  1.20  0.50
assign ( resid   54 and name HB2  )   ( resid   54 and name HD1* )   3.00  1.20  0.50
assign ( resid   54 and name HN   )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid   54 and name HD2* )   3.00  1.20  0.50
assign ( resid   54 and name HB1  )   ( resid   54 and name HD2* )   3.00  1.20  0.50
assign ( resid   54 and name HB2  )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   49 and name HD1  )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   36 and name HG1* )   3.00  1.20  0.50
assign ( resid   36 and name HG1* )   ( resid   37 and name HN   )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   70 and name HD1* )   ( resid   77 and name HA   )   4.00  2.20  1.00
assign ( resid   77 and name HA   )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   77 and name HA   )   ( resid   77 and name HG2* )   3.00  1.20  0.50
assign ( resid   28 and name HG2* )   ( resid   77 and name HG2* )   2.00  0.20  0.70
assign ( resid   77 and name HG2* )   ( resid   78 and name HN   )   3.00  1.20  0.50
assign ( resid   62 and name HB1  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   14 and name HA   )   ( resid   17 and name HB2  )   3.00  1.20  0.50
assign ( resid   15 and name HA   )   ( resid   15 and name HG1  )   4.00  2.20  1.00
assign ( resid   15 and name HA   )   ( resid   18 and name HN   )   4.00  2.20  1.00
assign ( resid   40 and name HA   )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   40 and name HA   )   ( resid   40 and name HG11 )   4.00  2.20  1.00
assign ( resid   40 and name HN   )   ( resid   40 and name HG11 )   4.00  2.20  1.00
assign ( resid   40 and name HA   )   ( resid   40 and name HG12 )   4.00  2.20  1.00
assign ( resid   40 and name HA   )   ( resid   40 and name HG2* )   3.00  1.20  0.50
assign ( resid   26 and name HG2  )   ( resid   40 and name HG2* )   3.00  1.20  0.50
assign ( resid   40 and name HG2* )   ( resid   40 and name HD1* )   3.00  1.20  0.50
assign ( resid   69 and name HA   )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   40 and name HB   )   ( resid   40 and name HD1* )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   70 and name HD1* )   3.00  1.20  0.50
assign ( resid   70 and name HN   )   ( resid   70 and name HD1* )   3.00  1.20  0.50
assign ( resid   38 and name HA   )   ( resid   38 and name HG2* )   3.00  1.20  0.50
assign ( resid   36 and name HG1* )   ( resid   50 and name HG*  )   3.00  1.20  0.50
assign ( resid   38 and name HG2* )   ( resid   39 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HA   )   ( resid   38 and name HG1* )   3.00  1.20  0.50
assign ( resid   80 and name HB*  )   ( resid   80 and name HG*  )   3.00  1.20  0.50
assign ( resid   80 and name HA   )   ( resid   80 and name HG*  )   4.00  2.20  1.00
assign ( resid   28 and name HA   )   ( resid   28 and name HG2* )   3.00  1.20  0.50
assign ( resid   28 and name HA   )   ( resid   28 and name HG1* )   3.00  1.20  0.50
assign ( resid   28 and name HG1* )   ( resid   68 and name HD1* )   3.00  1.20  0.50
assign ( resid   24 and name HA   )   ( resid   24 and name HG2* )   3.00  1.20  0.50
assign ( resid   24 and name HG2* )   ( resid   25 and name HN   )   4.00  2.20  1.00
assign ( resid   20 and name HA   )   ( resid   20 and name HB*  )   3.00  1.20  0.50
assign ( resid   20 and name HA   )   ( resid   20 and name HG1  )   4.00  2.20  1.00
assign ( resid   20 and name HA   )   ( resid   20 and name HG2  )   4.00  2.20  1.00
assign ( resid   20 and name HA   )   ( resid   20 and name HD*  )   4.00  2.20  1.00
assign ( resid   20 and name HB*  )   ( resid   20 and name HD*  )   4.00  2.20  1.00
assign ( resid   20 and name HD*  )   ( resid   21 and name HA   )   4.00  2.20  2.00
assign ( resid   20 and name HD*  )   ( resid   21 and name HN   )   4.00  2.20  2.00
assign ( resid   19 and name HG2  )   ( resid   75 and name HA   )   4.00  2.20  1.00
assign ( resid   29 and name HA   )   ( resid   29 and name HG2  )   4.00  2.20  1.00
assign ( resid   21 and name HA   )   ( resid   21 and name HB*  )   3.00  1.20  0.50
assign ( resid   21 and name HA   )   ( resid   21 and name HG2  )   4.00  2.20  1.00
assign ( resid   21 and name HA   )   ( resid   21 and name HG1  )   4.00  2.20  1.00
assign ( resid   70 and name HA   )   ( resid   70 and name HD1* )   3.00  1.20  0.50
assign ( resid   86 and name HA   )   ( resid   86 and name HG2* )   3.00  1.20  0.50
assign ( resid   86 and name HA   )   ( resid   86 and name HG1* )   3.00  1.20  0.50
assign ( resid   77 and name HG1* )   ( resid   86 and name HB   )   3.00  1.20  0.50
assign ( resid   77 and name HG1* )   ( resid   86 and name HG2* )   2.00  0.20  0.70
assign ( resid   15 and name HA   )   ( resid   18 and name HB2  )   3.00  1.20  0.50
assign ( resid   18 and name HA   )   ( resid   18 and name HG   )   4.00  2.20  1.00
assign ( resid   18 and name HA   )   ( resid   18 and name HD2* )   3.00  1.20  0.50
assign ( resid   15 and name HA   )   ( resid   18 and name HD1* )   3.00  1.20  0.50
assign ( resid   18 and name HB1  )   ( resid   18 and name HD1* )   3.00  1.20  0.50
assign ( resid   18 and name HB2  )   ( resid   18 and name HD1* )   3.00  1.20  0.50
assign ( resid   15 and name HN   )   ( resid   18 and name HD1* )   4.00  2.20  2.00
assign ( resid   18 and name HD1* )   ( resid   19 and name HN   )   4.00  2.20  2.00
assign ( resid   18 and name HB2  )   ( resid   18 and name HD2* )   4.00  2.20  1.00
assign ( resid   18 and name HB2  )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   89 and name HA   )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   89 and name HA   )   ( resid   89 and name HG12 )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   89 and name HG12 )   3.00  1.20  0.50
assign ( resid   89 and name HA   )   ( resid   89 and name HG2* )   3.00  1.20  0.50
assign ( resid   89 and name HG2* )   ( resid   89 and name HG11 )   3.00  1.20  0.50
assign ( resid   18 and name HB1  )   ( resid   89 and name HD1* )   3.00  1.20  0.50
assign ( resid   89 and name HB   )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   89 and name HD1* )   2.00  0.20  0.70
assign ( resid   89 and name HD1* )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   33 and name HA   )   ( resid   33 and name HB*  )   3.00  1.20  0.50
assign ( resid   33 and name HA   )   ( resid   33 and name HG1  )   4.00  2.20  1.00
assign ( resid   33 and name HA   )   ( resid   33 and name HG2  )   4.00  2.20  1.00
assign ( resid   46 and name HA   )   ( resid   46 and name HG1  )   4.00  2.20  1.00
assign ( resid   46 and name HA   )   ( resid   46 and name HG2  )   4.00  2.20  1.00
assign ( resid   46 and name HB2  )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   33 and name HN   )   ( resid   33 and name HG1  )   4.00  2.20  2.00
assign ( resid   66 and name HA   )   ( resid   66 and name HG2  )   4.00  2.20  1.00
assign ( resid   14 and name HA   )   ( resid   14 and name HG*  )   4.00  2.20  1.00
assign ( resid   11 and name HA   )   ( resid   14 and name HB*  )   4.00  2.20  1.00
assign ( resid   14 and name HN   )   ( resid   14 and name HG*  )   4.00  2.20  2.00
assign ( resid   14 and name HA   )   ( resid   14 and name HD*  )   4.00  2.20  1.00
assign ( resid   17 and name HA   )   ( resid   20 and name HD*  )   4.00  2.20  1.00
assign ( resid   14 and name HB*  )   ( resid   14 and name HD*  )   3.00  1.20  0.50
assign ( resid   14 and name HN   )   ( resid   14 and name HD*  )   4.00  2.20  2.00
assign ( resid   14 and name HD*  )   ( resid   15 and name HN   )   4.00  2.20  2.00
assign ( resid   93 and name HA   )   ( resid   93 and name HG1  )   4.00  2.20  1.00
assign ( resid   93 and name HA   )   ( resid   93 and name HG2  )   4.00  2.20  1.00
assign ( resid   93 and name HN   )   ( resid   93 and name HG1  )   4.00  2.20  1.00
assign ( resid   76 and name HA1  )   ( resid   87 and name HA   )   4.00  2.20  1.00
assign ( resid   87 and name HB1  )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   87 and name HB2  )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid  104 and name HA   )   ( resid  104 and name HG1  )   4.00  2.20  1.00
assign ( resid  104 and name HA   )   ( resid  104 and name HG2  )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   63 and name HG1  )   4.00  2.20  1.00
assign ( resid   64 and name HA   )   ( resid   64 and name HG1  )   4.00  2.20  1.00
assign ( resid   64 and name HA   )   ( resid   64 and name HG2  )   4.00  2.20  1.00
assign ( resid   77 and name HN   )   ( resid   78 and name HB2  )   4.00  2.20  2.00
assign ( resid   83 and name HA   )   ( resid   83 and name HG2  )   4.00  2.20  1.00
assign ( resid   83 and name HA   )   ( resid   83 and name HG1  )   4.00  2.20  1.00
assign ( resid   83 and name HG1  )   ( resid   84 and name HN   )   4.00  2.20  2.00
assign ( resid   25 and name HA   )   ( resid   41 and name HG   )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   25 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HB1  )   ( resid   25 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HB2  )   ( resid   25 and name HD1* )   3.00  1.20  0.50
assign ( resid   25 and name HD1* )   ( resid   41 and name HG   )   3.00  1.20  0.50
assign ( resid   25 and name HD1* )   ( resid   88 and name HD2* )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   70 and name HA   )   3.00  1.20  0.50
assign ( resid   25 and name HB2  )   ( resid   25 and name HD2* )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   70 and name HG2* )   4.00  2.20  1.00
assign ( resid   25 and name HB1  )   ( resid   25 and name HD2* )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   26 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HA   )   ( resid   26 and name HD1  )   4.00  2.20  2.00
assign ( resid   26 and name HB2  )   ( resid   27 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   26 and name HD1  )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   27 and name HN   )   4.00  2.20  1.00
assign ( resid   31 and name HA   )   ( resid   31 and name HG2  )   4.00  2.20  1.00
assign ( resid   26 and name HA   )   ( resid   26 and name HG1  )   4.00  2.20  1.00
assign ( resid   26 and name HA   )   ( resid   26 and name HD2  )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   26 and name HD2  )   4.00  2.20  1.00
assign ( resid   26 and name HB2  )   ( resid   26 and name HD2  )   3.00  1.20  0.50
assign ( resid  107 and name HA   )   ( resid  107 and name HG   )   4.00  2.20  1.00
assign ( resid  107 and name HA   )   ( resid  107 and name HD1* )   3.00  1.20  0.50
assign ( resid  107 and name HB2  )   ( resid  108 and name HN   )   4.00  2.20  1.00
assign ( resid  107 and name HB1  )   ( resid  107 and name HD1* )   3.00  1.20  0.50
assign ( resid  107 and name HB2  )   ( resid  107 and name HD1* )   3.00  1.20  0.50
assign ( resid  107 and name HD1* )   ( resid  108 and name HN   )   4.00  2.20  1.00
assign ( resid  107 and name HB1  )   ( resid  107 and name HD2* )   3.00  1.20  0.50
assign ( resid   57 and name HA   )   ( resid   57 and name HG2* )   3.00  1.20  0.50
assign ( resid   91 and name HA   )   ( resid   91 and name HG   )   4.00  2.20  1.00
assign ( resid   91 and name HA   )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   91 and name HB1  )   ( resid   91 and name HD1* )   3.00  1.20  0.50
assign ( resid   91 and name HB2  )   ( resid   91 and name HD1* )   3.00  1.20  0.50
assign ( resid   91 and name HD1* )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   91 and name HA   )   ( resid   91 and name HD2* )   3.00  1.20  0.50
assign ( resid   91 and name HB1  )   ( resid   91 and name HD2* )   3.00  1.20  0.50
assign ( resid   91 and name HB2  )   ( resid   91 and name HD2* )   3.00  1.20  0.50
assign ( resid   91 and name HD2* )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid  100 and name HA   )   ( resid  100 and name HG1  )   4.00  2.20  1.00
assign ( resid  100 and name HA   )   ( resid  100 and name HG2  )   4.00  2.20  1.00
assign ( resid  100 and name HA   )   ( resid  103 and name HB*  )   4.00  2.20  1.00
assign ( resid  100 and name HB1  )   ( resid  100 and name HE*  )   4.00  2.20  2.00
assign ( resid  100 and name HA   )   ( resid  100 and name HD2  )   4.00  2.20  2.00
assign ( resid  100 and name HA   )   ( resid  100 and name HD1  )   4.00  2.20  2.00
assign ( resid  100 and name HA   )   ( resid  100 and name HE*  )   4.00  2.20  1.00
assign ( resid  100 and name HB2  )   ( resid  100 and name HE*  )   4.00  2.20  2.00
assign ( resid  100 and name HG1  )   ( resid  100 and name HE*  )   3.00  1.20  0.50
assign ( resid  100 and name HG2  )   ( resid  100 and name HE*  )   3.00  1.20  0.50
assign ( resid   12 and name HB*  )   ( resid   13 and name HN   )   4.00  2.20  2.00
assign ( resid   62 and name HB2  )   ( resid   63 and name HA   )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   63 and name HG2  )   4.00  2.20  1.00
assign ( resid   61 and name HA   )   ( resid   61 and name HG2* )   3.00  1.20  0.50
assign ( resid   47 and name HB2  )   ( resid   48 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HA   )   ( resid   47 and name HG   )   4.00  2.20  1.00
assign ( resid   47 and name HG   )   ( resid   48 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HA   )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   47 and name HB2  )   ( resid   47 and name HD1* )   3.00  1.20  0.50
assign ( resid   47 and name HD1* )   ( resid   92 and name HG   )   3.00  1.20  0.50
assign ( resid   47 and name HB1  )   ( resid   47 and name HD1* )   3.00  1.20  0.50
assign ( resid   47 and name HD1* )   ( resid   92 and name HD2* )   3.00  1.20  0.50
assign ( resid   47 and name HA   )   ( resid   47 and name HD2* )   3.00  1.20  0.50
assign ( resid   47 and name HB2  )   ( resid   47 and name HD2* )   3.00  1.20  0.50
assign ( resid   47 and name HD2* )   ( resid   92 and name HG   )   4.00  2.20  1.00
assign ( resid   47 and name HB1  )   ( resid   47 and name HD2* )   3.00  1.20  0.50
assign ( resid   31 and name HA   )   ( resid   31 and name HG1  )   4.00  2.20  1.00
assign ( resid   31 and name HA   )   ( resid   31 and name HD1  )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   31 and name HD1  )   4.00  2.20  1.00
assign ( resid   31 and name HA   )   ( resid   31 and name HD2  )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   31 and name HD2  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   50 and name HG*  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   50 and name HD1  )   4.00  2.20  1.00
assign ( resid   50 and name HB2  )   ( resid   50 and name HD1  )   4.00  2.20  1.00
assign ( resid   50 and name HB1  )   ( resid   50 and name HD1  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   50 and name HD2  )   4.00  2.20  1.00
assign ( resid   50 and name HB2  )   ( resid   50 and name HD2  )   4.00  2.20  1.00
assign ( resid   50 and name HB1  )   ( resid   50 and name HD2  )   4.00  2.20  1.00
assign ( resid   45 and name HA   )   ( resid   45 and name HG1  )   4.00  2.20  1.00
assign ( resid   45 and name HA   )   ( resid   45 and name HG2  )   4.00  2.20  1.00
assign ( resid   45 and name HB*  )   ( resid   46 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HD1  )   ( resid   44 and name HA   )   4.00  2.20  2.00
assign ( resid   45 and name HB*  )   ( resid   45 and name HD1  )   3.00  1.20  0.50
assign ( resid   45 and name HD1  )   ( resid   46 and name HN   )   4.00  2.20  2.00
assign ( resid   45 and name HB*  )   ( resid   45 and name HD2  )   3.00  1.20  0.50
assign ( resid   45 and name HD2  )   ( resid   46 and name HN   )   4.00  2.20  2.00
assign ( resid   68 and name HA   )   ( resid   80 and name HN   )   4.00  2.20  1.00
assign ( resid   67 and name HG*  )   ( resid   68 and name HA   )   4.00  2.20  2.00
assign ( resid   68 and name HA   )   ( resid   69 and name HB*  )   4.00  2.20  1.00
assign ( resid   67 and name HB*  )   ( resid   68 and name HA   )   4.00  2.20  2.00
assign ( resid   68 and name HG2* )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   79 and name HE2  )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   70 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HA   )   ( resid   68 and name HG2* )   4.00  2.20  2.00
assign ( resid   68 and name HG2* )   ( resid   80 and name HB*  )   4.00  2.20  2.00
assign ( resid   28 and name HB   )   ( resid   68 and name HG2* )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   77 and name HG2* )   3.00  1.20  0.50
assign ( resid   28 and name HB   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   68 and name HD1* )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   68 and name HD1* )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   68 and name HD1* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   68 and name HD1* )   ( resid   79 and name HE2  )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   68 and name HG11 )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   68 and name HG11 )   ( resid   79 and name HD2  )   4.00  2.20  2.00
assign ( resid   68 and name HG11 )   ( resid   79 and name HE1  )   4.00  2.20  2.00
assign ( resid   68 and name HG11 )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   68 and name HG12 )   ( resid   79 and name HD1  )   4.00  2.20  2.00
assign ( resid   68 and name HG12 )   ( resid   79 and name HE1  )   4.00  2.20  2.00
assign ( resid   68 and name HG12 )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   68 and name HN   )   ( resid   68 and name HG12 )   4.00  2.20  2.00
assign ( resid    7 and name HB*  )   ( resid    8 and name HA   )   4.00  2.20  1.00
assign ( resid    8 and name HA   )   ( resid    9 and name HB*  )   4.00  2.20  2.00
assign ( resid    8 and name HD1* )   ( resid   10 and name HB*  )   4.00  2.20  1.00
assign ( resid    8 and name HN   )   ( resid    8 and name HD2* )   4.00  2.20  1.00
assign ( resid   15 and name HB*  )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   92 and name HB2  )   4.00  2.20  2.00
assign ( resid   24 and name HG2* )   ( resid   75 and name HD2* )   3.00  1.20  0.50
assign ( resid    7 and name HG*  )   ( resid    8 and name HG   )   4.00  2.20  1.00
assign ( resid   30 and name HB2  )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   22 and name HA   )   ( resid   22 and name HD2  )   4.00  2.20  1.00
assign ( resid   18 and name HD2* )   ( resid   22 and name HB2  )   4.00  2.20  1.00
assign ( resid   22 and name HB2  )   ( resid   89 and name HD1* )   4.00  2.20  2.00
assign ( resid   82 and name HB*  )   ( resid   84 and name HG2  )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   43 and name HD22 )   4.00  2.20  2.00
assign ( resid   41 and name HB2  )   ( resid   43 and name HD21 )   4.00  2.20  2.00
assign ( resid   54 and name HB2  )   ( resid   57 and name HB   )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   43 and name HD22 )   4.00  2.20  2.00
assign ( resid   26 and name HB1  )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HG2  )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HA   )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   25 and name HB2  )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   88 and name HG   )   4.00  2.20  1.00
assign ( resid   23 and name HA   )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   23 and name HB2  )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   43 and name HD22 )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   43 and name HD21 )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   43 and name HD22 )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   43 and name HD21 )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   45 and name HA   )   4.00  2.20  1.00
assign ( resid   23 and name HB2  )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   23 and name HB1  )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   45 and name HD1  )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   45 and name HB*  )   3.00  1.20  0.50
assign ( resid   79 and name HD1  )   ( resid   85 and name HA   )   4.00  2.20  2.00
assign ( resid   79 and name HD2  )   ( resid   85 and name HA   )   4.00  2.20  2.00
assign ( resid   78 and name HA   )   ( resid   85 and name HA   )   4.00  2.20  1.00
assign ( resid   85 and name HA   )   ( resid   86 and name HB   )   4.00  2.20  1.00
assign ( resid   78 and name HA   )   ( resid   85 and name HB2  )   4.00  2.20  1.00
assign ( resid   78 and name HA   )   ( resid   85 and name HB1  )   4.00  2.20  1.00
assign ( resid   78 and name HD2  )   ( resid   85 and name HB1  )   4.00  2.20  1.00
assign ( resid   78 and name HE2  )   ( resid   85 and name HB2  )   4.00  2.20  2.00
assign ( resid   85 and name HN   )   ( resid   85 and name HB2  )   4.00  2.20  1.00
assign ( resid   30 and name HD1  )   ( resid   32 and name HB2  )   4.00  2.20  2.00
assign ( resid   30 and name HD1  )   ( resid   32 and name HB1  )   4.00  2.20  2.00
assign ( resid   30 and name HE1  )   ( resid   32 and name HB2  )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   32 and name HB1  )   4.00  2.20  1.00
assign ( resid   30 and name HD1  )   ( resid   32 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   32 and name HA   )   4.00  2.20  1.00
assign ( resid    3 and name HN   )   ( resid    3 and name HB   )   4.00  2.20  1.00
assign ( resid   66 and name HB2  )   ( resid   67 and name HG*  )   4.00  2.20  1.00
assign ( resid   66 and name HA   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   66 and name HB1  )   4.00  2.20  1.00
assign ( resid   66 and name HD*  )   ( resid   67 and name HG*  )   4.00  2.20  2.00
assign ( resid   41 and name HN   )   ( resid   44 and name HA   )   4.00  2.20  2.00
assign ( resid   41 and name HN   )   ( resid   45 and name HA   )   4.00  2.20  2.00
assign ( resid    6 and name HA   )   ( resid    7 and name HA   )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   44 and name HA   )   4.00  2.20  1.00
assign ( resid   69 and name HN   )   ( resid   69 and name HG1  )   4.00  2.20  2.00
assign ( resid   69 and name HN   )   ( resid   69 and name HG2  )   4.00  2.20  1.00
assign ( resid   16 and name HA   )   ( resid   75 and name HD1* )   4.00  2.20  2.00
assign ( resid   23 and name HA   )   ( resid   88 and name HD2* )   4.00  2.20  2.00
assign ( resid   23 and name HA   )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   16 and name HA   )   ( resid   19 and name HB1  )   4.00  2.20  1.00
assign ( resid   16 and name HA   )   ( resid   19 and name HB2  )   4.00  2.20  1.00
assign ( resid   16 and name HA   )   ( resid   19 and name HG1  )   4.00  2.20  1.00
assign ( resid   23 and name HB1  )   ( resid   43 and name HD22 )   4.00  2.20  1.00
assign ( resid   23 and name HB1  )   ( resid   43 and name HD21 )   4.00  2.20  1.00
assign ( resid   23 and name HB1  )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   23 and name HB2  )   ( resid   43 and name HD22 )   4.00  2.20  1.00
assign ( resid   30 and name HA   )   ( resid   37 and name HA   )   4.00  2.20  1.00
assign ( resid   37 and name HA   )   ( resid   38 and name HA   )   4.00  2.20  1.00
assign ( resid   37 and name HA   )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   37 and name HB   )   4.00  2.20  2.00
assign ( resid   37 and name HB   )   ( resid   50 and name HA   )   4.00  2.20  2.00
assign ( resid   37 and name HB   )   ( resid   39 and name HZ   )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   37 and name HB   )   4.00  2.20  2.00
assign ( resid   37 and name HB   )   ( resid   79 and name HZ   )   4.00  2.20  2.00
assign ( resid   37 and name HG2* )   ( resid   39 and name HZ   )   3.00  1.20  0.50
assign ( resid   37 and name HG2* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   39 and name HE1  )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   39 and name HE2  )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   39 and name HD1  )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   39 and name HD2  )   4.00  2.20  1.00
assign ( resid   30 and name HA   )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   28 and name HB   )   ( resid   37 and name HG2* )   4.00  2.20  2.00
assign ( resid   37 and name HG2* )   ( resid   68 and name HD1* )   3.00  1.20  0.50
assign ( resid   37 and name HD1* )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   51 and name HB*  )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   57 and name HB   )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   51 and name HA   )   3.00  1.20  0.50
assign ( resid   37 and name HD1* )   ( resid   50 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   37 and name HD1* )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   39 and name HZ   )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   79 and name HZ   )   3.00  1.20  0.50
assign ( resid   37 and name HN   )   ( resid   37 and name HD1* )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   37 and name HG11 )   4.00  2.20  1.00
assign ( resid   37 and name HG11 )   ( resid   50 and name HA   )   4.00  2.20  1.00
assign ( resid   19 and name HG2  )   ( resid   24 and name HB   )   4.00  2.20  1.00
assign ( resid   15 and name HA   )   ( resid   19 and name HG1  )   4.00  2.20  1.00
assign ( resid   16 and name HA   )   ( resid   19 and name HG2  )   4.00  2.20  1.00
assign ( resid   19 and name HG1  )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   19 and name HG2  )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   92 and name HN   )   ( resid   92 and name HD2* )   4.00  2.20  1.00
assign ( resid   14 and name HD*  )   ( resid   18 and name HD2* )   4.00  2.20  1.00
assign ( resid   95 and name HA   )   ( resid   95 and name HD*  )   4.00  2.20  1.00
assign ( resid   34 and name HA   )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid    7 and name HG*  )   ( resid    8 and name HD2* )   4.00  2.20  1.00
assign ( resid   34 and name HG1  )   ( resid   36 and name HG1* )   4.00  2.20  2.00
assign ( resid   40 and name HD1* )   ( resid   46 and name HG2  )   4.00  2.20  1.00
assign ( resid   34 and name HG2  )   ( resid   36 and name HG1* )   4.00  2.20  2.00
assign ( resid   82 and name HB*  )   ( resid   84 and name HG1  )   4.00  2.20  1.00
assign ( resid   81 and name HG2* )   ( resid   82 and name HA   )   4.00  2.20  1.00
assign ( resid   64 and name HE21 )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   82 and name HN   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   79 and name HD1  )   ( resid   82 and name HD2* )   4.00  2.20  2.00
assign ( resid   79 and name HD2  )   ( resid   82 and name HD2* )   4.00  2.20  2.00
assign ( resid   60 and name HA   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   64 and name HG2  )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   64 and name HB2  )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   64 and name HG1  )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   64 and name HB1  )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   65 and name HG   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   82 and name HD2* )   3.00  1.20  0.50
assign ( resid   57 and name HG2* )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   65 and name HG   )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   64 and name HB1  )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   82 and name HD1* )   ( resid   84 and name HB2  )   4.00  2.20  2.00
assign ( resid   79 and name HB1  )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   79 and name HB2  )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   57 and name HB   )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   57 and name HA   )   ( resid   82 and name HD1* )   3.00  1.20  0.50
assign ( resid   65 and name HA   )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   58 and name HN   )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   65 and name HN   )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   79 and name HD1  )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   79 and name HE1  )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   79 and name HE2  )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   70 and name HN   )   ( resid   70 and name HB   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   70 and name HD1* )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   29 and name HB1  )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   27 and name HA   )   ( resid   70 and name HD1* )   3.00  1.20  0.50
assign ( resid   40 and name HD1* )   ( resid   46 and name HA   )   4.00  2.20  2.00
assign ( resid   28 and name HA   )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   28 and name HN   )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   70 and name HG2* )   4.00  2.20  1.00
assign ( resid   70 and name HN   )   ( resid   70 and name HG2* )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   75 and name HA   )   4.00  2.20  2.00
assign ( resid   70 and name HN   )   ( resid   70 and name HG11 )   4.00  2.20  1.00
assign ( resid   76 and name HA2  )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   91 and name HB2  )   4.00  2.20  1.00
assign ( resid   88 and name HD1* )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   39 and name HD1  )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   39 and name HE1  )   ( resid   88 and name HD1* )   4.00  2.20  2.00
assign ( resid   24 and name HA   )   ( resid   88 and name HD1* )   4.00  2.20  2.00
assign ( resid   25 and name HA   )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   76 and name HA1  )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   86 and name HB   )   ( resid   88 and name HD1* )   4.00  2.20  2.00
assign ( resid   41 and name HG   )   ( resid   88 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HD1* )   ( resid   91 and name HB2  )   4.00  2.20  1.00
assign ( resid   88 and name HD1* )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   28 and name HG1* )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   28 and name HG2* )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   39 and name HB2  )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   39 and name HB1  )   4.00  2.20  1.00
assign ( resid   41 and name HA   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   39 and name HE1  )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   39 and name HD1  )   3.00  1.20  0.50
assign ( resid   25 and name HD2* )   ( resid   78 and name HN   )   4.00  2.20  1.00
assign ( resid   88 and name HN   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   31 and name HG2  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   58 and name HA   )   ( resid   59 and name HA2  )   4.00  2.20  1.00
assign ( resid   58 and name HA   )   ( resid   59 and name HA1  )   4.00  2.20  1.00
assign ( resid   37 and name HB   )   ( resid   48 and name HA   )   4.00  2.20  2.00
assign ( resid   38 and name HB   )   ( resid   48 and name HA   )   4.00  2.20  2.00
assign ( resid   36 and name HB   )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   38 and name HA   )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   48 and name HN   )   ( resid   48 and name HB2  )   4.00  2.20  1.00
assign ( resid   36 and name HB   )   ( resid   48 and name HB1  )   4.00  2.20  2.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HB2  )   4.00  2.20  1.00
assign ( resid   38 and name HG2* )   ( resid   48 and name HB1  )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HB1  )   4.00  2.20  1.00
assign ( resid   38 and name HG2* )   ( resid   48 and name HB2  )   4.00  2.20  1.00
assign ( resid   48 and name HN   )   ( resid   48 and name HG2  )   4.00  2.20  1.00
assign ( resid   48 and name HN   )   ( resid   48 and name HD*  )   4.00  2.20  2.00
assign ( resid   36 and name HG1* )   ( resid   48 and name HD*  )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HD*  )   3.00  1.20  0.50
assign ( resid   36 and name HG1* )   ( resid   48 and name HE1  )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HE2  )   4.00  2.20  1.00
assign ( resid   27 and name HB1  )   ( resid   40 and name HB   )   4.00  2.20  1.00
assign ( resid   27 and name HB2  )   ( resid   40 and name HB   )   4.00  2.20  1.00
assign ( resid   26 and name HG1  )   ( resid   27 and name HB1  )   4.00  2.20  1.00
assign ( resid   26 and name HG1  )   ( resid   27 and name HB2  )   4.00  2.20  1.00
assign ( resid   26 and name HG2  )   ( resid   27 and name HB2  )   4.00  2.20  1.00
assign ( resid   27 and name HB1  )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   27 and name HB2  )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   27 and name HB1  )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   27 and name HB2  )   ( resid   40 and name HD1* )   3.00  1.20  0.50
assign ( resid   27 and name HN   )   ( resid   27 and name HB1  )   4.00  2.20  1.00
assign ( resid   27 and name HB1  )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   72 and name HD1  )   3.00  1.20  0.50
assign ( resid   27 and name HA   )   ( resid   28 and name HG2* )   3.00  1.20  0.50
assign ( resid   70 and name HG2* )   ( resid   71 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HG1  )   ( resid   27 and name HA   )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   72 and name HG2  )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   72 and name HG1  )   4.00  2.20  1.00
assign ( resid   35 and name HA2  )   ( resid   36 and name HG1* )   4.00  2.20  2.00
assign ( resid   30 and name HE2  )   ( resid   35 and name HA1  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   35 and name HA2  )   4.00  2.20  1.00
assign ( resid  102 and name HA   )   ( resid  105 and name HB1  )   4.00  2.20  2.00
assign ( resid  102 and name HA   )   ( resid  105 and name HB2  )   4.00  2.20  1.00
assign ( resid  101 and name HE3  )   ( resid  102 and name HA   )   4.00  2.20  1.00
assign ( resid  101 and name HE3  )   ( resid  102 and name HG1  )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   31 and name HN   )   4.00  2.20  2.00
assign ( resid   65 and name HA   )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   65 and name HA   )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   30 and name HE2  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   30 and name HA   )   ( resid   65 and name HD1* )   4.00  2.20  2.00
assign ( resid   51 and name HA   )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   51 and name HG2  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   37 and name HG11 )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   62 and name HB1  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   51 and name HG1  )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   37 and name HG12 )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HD1* )   ( resid   68 and name HD1* )   4.00  2.20  2.00
assign ( resid   65 and name HD1* )   ( resid   82 and name HD2* )   4.00  2.20  2.00
assign ( resid   65 and name HD1* )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   37 and name HG11 )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   57 and name HB   )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   51 and name HA   )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   79 and name HE2  )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   81 and name HB   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   81 and name HB   )   ( resid   82 and name HG   )   4.00  2.20  1.00
assign ( resid   64 and name HB1  )   ( resid   81 and name HB   )   4.00  2.20  1.00
assign ( resid   80 and name HG*  )   ( resid   81 and name HA   )   4.00  2.20  1.00
assign ( resid   80 and name HB*  )   ( resid   81 and name HA   )   4.00  2.20  1.00
assign ( resid   81 and name HG2* )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   64 and name HG2  )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   64 and name HB2  )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   67 and name HG*  )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   64 and name HG1  )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   64 and name HB1  )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   64 and name HA   )   ( resid   81 and name HG2* )   3.00  1.20  0.50
assign ( resid   64 and name HN   )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid   64 and name HE21 )   ( resid   81 and name HG2* )   4.00  2.20  1.00
assign ( resid    8 and name HD1* )   ( resid    9 and name HB*  )   4.00  2.20  2.00
assign ( resid   11 and name HA   )   ( resid   14 and name HG*  )   4.00  2.20  1.00
assign ( resid    8 and name HD1* )   ( resid   10 and name HA   )   4.00  2.20  1.00
assign ( resid   67 and name HA   )   ( resid   68 and name HB   )   4.00  2.20  1.00
assign ( resid   67 and name HA   )   ( resid   68 and name HG11 )   4.00  2.20  1.00
assign ( resid   67 and name HA   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   66 and name HB1  )   ( resid   67 and name HG*  )   4.00  2.20  1.00
assign ( resid    6 and name HA   )   ( resid    7 and name HB*  )   4.00  2.20  2.00
assign ( resid    6 and name HA   )   ( resid    9 and name HB*  )   4.00  2.20  2.00
assign ( resid   54 and name HD1* )   ( resid   57 and name HG2* )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   54 and name HD1* )   ( resid   56 and name HB*  )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   54 and name HD1* )   3.00  1.20  0.50
assign ( resid   54 and name HD1* )   ( resid   86 and name HG1* )   3.00  1.20  0.50
assign ( resid   37 and name HB   )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   49 and name HB1  )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   49 and name HB2  )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   54 and name HD1* )   ( resid   57 and name HB   )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   39 and name HZ   )   ( resid   54 and name HD1* )   3.00  1.20  0.50
assign ( resid   54 and name HD1* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   54 and name HD1* )   4.00  2.20  2.00
assign ( resid   39 and name HE2  )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   49 and name HE1  )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   39 and name HZ   )   ( resid   54 and name HD2* )   4.00  2.20  2.00
assign ( resid   54 and name HD2* )   ( resid  101 and name HZ3  )   4.00  2.20  2.00
assign ( resid   54 and name HD2* )   ( resid  101 and name HH2  )   4.00  2.20  2.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HN   )   4.00  2.20  2.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HA   )   3.00  1.20  0.50
assign ( resid   54 and name HD2* )   ( resid   96 and name HD2  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HD1  )   4.00  2.20  1.00
assign ( resid   49 and name HB2  )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HB1  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HG1  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HG2  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HB2  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   57 and name HG2* )   4.00  2.20  2.00
assign ( resid   36 and name HB   )   ( resid   48 and name HB2  )   4.00  2.20  2.00
assign ( resid   36 and name HA   )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   51 and name HD2  )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   50 and name HG*  )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   51 and name HG1  )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   37 and name HG12 )   4.00  2.20  2.00
assign ( resid   36 and name HA   )   ( resid   37 and name HD1* )   4.00  2.20  2.00
assign ( resid   34 and name HG1  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   34 and name HG2  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   34 and name HB2  )   ( resid   36 and name HG2* )   3.00  1.20  0.50
assign ( resid   36 and name HG2* )   ( resid   50 and name HG*  )   4.00  2.20  1.00
assign ( resid   34 and name HB1  )   ( resid   36 and name HG2* )   3.00  1.20  0.50
assign ( resid   31 and name HB2  )   ( resid   36 and name HG2* )   3.00  1.20  0.50
assign ( resid   36 and name HG2* )   ( resid   48 and name HG1  )   4.00  2.20  1.00
assign ( resid   31 and name HD1  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HE1  )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   37 and name HA   )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HE1  )   ( resid   77 and name HG1* )   3.00  1.20  0.50
assign ( resid   36 and name HG1* )   ( resid   51 and name HD2  )   4.00  2.20  1.00
assign ( resid   31 and name HG1  )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   48 and name HG2  )   4.00  2.20  1.00
assign ( resid   34 and name HB1  )   ( resid   36 and name HG1* )   4.00  2.20  1.00
assign ( resid   31 and name HB2  )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   96 and name HA   )   ( resid   96 and name HG1  )   4.00  2.20  1.00
assign ( resid   96 and name HA   )   ( resid   96 and name HG2  )   4.00  2.20  1.00
assign ( resid   52 and name HB1  )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   68 and name HG2* )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   77 and name HB   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   77 and name HB   )   ( resid   86 and name HB   )   4.00  2.20  1.00
assign ( resid   77 and name HB   )   ( resid   79 and name HE1  )   4.00  2.20  2.00
assign ( resid   77 and name HB   )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   70 and name HA   )   ( resid   77 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   77 and name HG2* )   3.00  1.20  0.50
assign ( resid   77 and name HG2* )   ( resid   91 and name HD1* )   4.00  2.20  2.00
assign ( resid   25 and name HD2* )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   68 and name HB   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   68 and name HG11 )   ( resid   77 and name HG2* )   4.00  2.20  2.00
assign ( resid   70 and name HG2* )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   25 and name HB1  )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   28 and name HB   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HA   )   4.00  2.20  2.00
assign ( resid   70 and name HA   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   39 and name HD1  )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   39 and name HE1  )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HD2  )   4.00  2.20  2.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HE2  )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   79 and name HN   )   4.00  2.20  1.00
assign ( resid   70 and name HN   )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   39 and name HD1  )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   76 and name HA2  )   ( resid   77 and name HG1* )   4.00  2.20  2.00
assign ( resid   76 and name HA2  )   ( resid   86 and name HG1* )   4.00  2.20  2.00
assign ( resid   71 and name HA   )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   79 and name HA   )   4.00  2.20  2.00
assign ( resid   36 and name HG1* )   ( resid   48 and name HG1  )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   60 and name HA   )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   60 and name HA   )   ( resid   65 and name HG   )   4.00  2.20  2.00
assign ( resid   60 and name HA   )   ( resid   64 and name HB2  )   4.00  2.20  1.00
assign ( resid   60 and name HA   )   ( resid   61 and name HA   )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HN   )   4.00  2.20  1.00
assign ( resid   58 and name HN   )   ( resid   60 and name HB*  )   4.00  2.20  2.00
assign ( resid   60 and name HB*  )   ( resid   65 and name HN   )   4.00  2.20  2.00
assign ( resid   58 and name HA   )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HA   )   4.00  2.20  2.00
assign ( resid   57 and name HB   )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   61 and name HA   )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HG2  )   4.00  2.20  2.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HB2  )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HB1  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   82 and name HB*  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   82 and name HG   )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   65 and name HG   )   3.00  1.20  0.50
assign ( resid   37 and name HD1* )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   82 and name HD1* )   3.00  1.20  0.50
assign ( resid   60 and name HB*  )   ( resid   65 and name HD2* )   3.00  1.20  0.50
assign ( resid   60 and name HB*  )   ( resid   65 and name HD1* )   3.00  1.20  0.50
assign ( resid   57 and name HG2* )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   62 and name HA   )   ( resid   65 and name HD2* )   4.00  2.20  2.00
assign ( resid   62 and name HA   )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   62 and name HA   )   ( resid   65 and name HG   )   4.00  2.20  1.00
assign ( resid   61 and name HB   )   ( resid   62 and name HA   )   4.00  2.20  2.00
assign ( resid   30 and name HD1  )   ( resid   62 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   62 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   62 and name HG1  )   4.00  2.20  2.00
assign ( resid   61 and name HB   )   ( resid   62 and name HG2  )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   62 and name HG2  )   4.00  2.20  2.00
assign ( resid   61 and name HA   )   ( resid   62 and name HD2  )   3.00  1.20  0.50
assign ( resid   61 and name HB   )   ( resid   62 and name HD1  )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   74 and name HA2  )   3.00  1.20  0.50
assign ( resid   70 and name HB   )   ( resid   74 and name HA2  )   4.00  2.20  1.00
assign ( resid   25 and name HN   )   ( resid   74 and name HA2  )   4.00  2.20  2.00
assign ( resid   70 and name HG2* )   ( resid   74 and name HA1  )   3.00  1.20  0.50
assign ( resid   70 and name HB   )   ( resid   74 and name HA1  )   4.00  2.20  2.00
assign ( resid   75 and name HA   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   29 and name HA   )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   75 and name HA   )   4.00  2.20  1.00
assign ( resid   75 and name HA   )   ( resid   88 and name HB2  )   4.00  2.20  1.00
assign ( resid   75 and name HA   )   ( resid   75 and name HG   )   4.00  2.20  1.00
assign ( resid   75 and name HB*  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid  101 and name HA   )   ( resid  104 and name HB*  )   4.00  2.20  1.00
assign ( resid  101 and name HA   )   ( resid  105 and name HD2  )   4.00  2.20  1.00
assign ( resid  101 and name HA   )   ( resid  101 and name HD1  )   4.00  2.20  1.00
assign ( resid  101 and name HA   )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid    9 and name HB*  )   ( resid   10 and name HA   )   4.00  2.20  2.00
assign ( resid   11 and name HA   )   ( resid   15 and name HE*  )   4.00  2.20  2.00
assign ( resid   17 and name HB2  )   ( resid   18 and name HD1* )   4.00  2.20  2.00
assign ( resid   17 and name HB2  )   ( resid   18 and name HD2* )   4.00  2.20  2.00
assign ( resid   14 and name HB*  )   ( resid   17 and name HB2  )   4.00  2.20  1.00
assign ( resid   17 and name HB2  )   ( resid   18 and name HG   )   4.00  2.20  1.00
assign ( resid   15 and name HB*  )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   15 and name HA   )   ( resid   15 and name HG2  )   4.00  2.20  1.00
assign ( resid   15 and name HG1  )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   15 and name HG2  )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   26 and name HG1  )   ( resid   40 and name HB   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   44 and name HN   )   4.00  2.20  1.00
assign ( resid   27 and name HN   )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   46 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HD2  )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   46 and name HG2  )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   46 and name HG1  )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   41 and name HB1  )   4.00  2.20  2.00
assign ( resid   40 and name HG2* )   ( resid   46 and name HB1  )   4.00  2.20  2.00
assign ( resid   26 and name HG1  )   ( resid   40 and name HG2* )   3.00  1.20  0.50
assign ( resid   38 and name HG1* )   ( resid   40 and name HG11 )   4.00  2.20  1.00
assign ( resid   38 and name HA   )   ( resid   39 and name HD2  )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   38 and name HB   )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   46 and name HB1  )   3.00  1.20  0.50
assign ( resid   38 and name HG1* )   ( resid   40 and name HG12 )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   38 and name HG1* )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   46 and name HG2  )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   39 and name HB2  )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   46 and name HA   )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   39 and name HD2  )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   38 and name HG1* )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   38 and name HN   )   ( resid   38 and name HG1* )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   49 and name HN   )   4.00  2.20  2.00
assign ( resid   38 and name HG2* )   ( resid   48 and name HA   )   4.00  2.20  1.00
assign ( resid   34 and name HA   )   ( resid   36 and name HG1* )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   48 and name HE2  )   4.00  2.20  1.00
assign ( resid   86 and name HG1* )   ( resid   91 and name HG   )   3.00  1.20  0.50
assign ( resid   68 and name HA   )   ( resid   80 and name HB*  )   4.00  2.20  1.00
assign ( resid   69 and name HG2  )   ( resid   78 and name HD1  )   4.00  2.20  1.00
assign ( resid   80 and name HN   )   ( resid   80 and name HG*  )   4.00  2.20  1.00
assign ( resid   27 and name HA   )   ( resid   28 and name HB   )   4.00  2.20  2.00
assign ( resid   28 and name HB   )   ( resid   29 and name HA   )   4.00  2.20  2.00
assign ( resid   28 and name HB   )   ( resid   39 and name HA   )   4.00  2.20  2.00
assign ( resid   25 and name HD2* )   ( resid   28 and name HB   )   4.00  2.20  1.00
assign ( resid   28 and name HA   )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   28 and name HA   )   4.00  2.20  1.00
assign ( resid   27 and name HA   )   ( resid   28 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HA   )   ( resid   29 and name HA   )   4.00  2.20  2.00
assign ( resid   28 and name HA   )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HA   )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   28 and name HN   )   ( resid   28 and name HG1* )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   39 and name HD1  )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   39 and name HE1  )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   39 and name HZ   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   79 and name HE1  )   4.00  2.20  2.00
assign ( resid   28 and name HG1* )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   28 and name HG1* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   29 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   37 and name HD1* )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   38 and name HG1* )   4.00  2.20  2.00
assign ( resid   28 and name HG1* )   ( resid   37 and name HB   )   4.00  2.20  2.00
assign ( resid   28 and name HG1* )   ( resid   38 and name HB   )   4.00  2.20  2.00
assign ( resid   28 and name HG1* )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   68 and name HB   )   4.00  2.20  1.00
assign ( resid   28 and name HG1* )   ( resid   68 and name HG2* )   3.00  1.20  0.50
assign ( resid   28 and name HG1* )   ( resid   37 and name HG2* )   3.00  1.20  0.50
assign ( resid   28 and name HG2* )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   68 and name HB   )   4.00  2.20  1.00
assign ( resid   25 and name HB2  )   ( resid   28 and name HG2* )   4.00  2.20  2.00
assign ( resid   28 and name HG2* )   ( resid   70 and name HG2* )   4.00  2.20  2.00
assign ( resid   28 and name HG2* )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   39 and name HB2  )   4.00  2.20  2.00
assign ( resid   28 and name HG2* )   ( resid   70 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   39 and name HE1  )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   39 and name HZ   )   4.00  2.20  2.00
assign ( resid   28 and name HG2* )   ( resid   79 and name HE1  )   4.00  2.20  2.00
assign ( resid   28 and name HG2* )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   28 and name HG2* )   ( resid   79 and name HZ   )   4.00  2.20  2.00
assign ( resid   27 and name HN   )   ( resid   28 and name HG2* )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   40 and name HN   )   4.00  2.20  1.00
assign ( resid   26 and name HN   )   ( resid   28 and name HG2* )   4.00  2.20  2.00
assign ( resid   97 and name HA*  )   ( resid  101 and name HE3  )   4.00  2.20  1.00
assign ( resid   55 and name HB1  )   ( resid   97 and name HA*  )   4.00  2.20  1.00
assign ( resid   55 and name HB2  )   ( resid   97 and name HA*  )   4.00  2.20  1.00
assign ( resid  103 and name HA   )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid   41 and name HA   )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid  102 and name HB1  )   ( resid  103 and name HB*  )   4.00  2.20  2.00
assign ( resid   99 and name HB*  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid  103 and name HB*  )   ( resid  104 and name HG2  )   4.00  2.20  1.00
assign ( resid  102 and name HB2  )   ( resid  103 and name HB*  )   4.00  2.20  2.00
assign ( resid  103 and name HB*  )   ( resid  104 and name HG1  )   4.00  2.20  1.00
assign ( resid  103 and name HB*  )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid  102 and name HN   )   ( resid  103 and name HB*  )   4.00  2.20  1.00
assign ( resid   24 and name HA   )   ( resid   88 and name HD2* )   3.00  1.20  0.50
assign ( resid   24 and name HA   )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   24 and name HB   )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   24 and name HB   )   ( resid   41 and name HD2* )   4.00  2.20  2.00
assign ( resid   24 and name HB   )   ( resid   75 and name HD2* )   4.00  2.20  2.00
assign ( resid   24 and name HB   )   ( resid   25 and name HB1  )   4.00  2.20  2.00
assign ( resid   24 and name HB   )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   24 and name HB   )   ( resid   74 and name HA2  )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   75 and name HN   )   4.00  2.20  2.00
assign ( resid   19 and name HA   )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   74 and name HA2  )   4.00  2.20  1.00
assign ( resid   19 and name HB1  )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   19 and name HG1  )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   19 and name HG2  )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   19 and name HB2  )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   75 and name HB*  )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   75 and name HG   )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   24 and name HG2* )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid    4 and name HA   )   ( resid    5 and name HB*  )   4.00  2.20  1.00
assign ( resid    3 and name HG1* )   ( resid    4 and name HA   )   4.00  2.20  2.00
assign ( resid    3 and name HG2* )   ( resid    4 and name HA   )   4.00  2.20  2.00
assign ( resid   30 and name HB1  )   ( resid   68 and name HD1* )   4.00  2.20  2.00
assign ( resid   30 and name HB1  )   ( resid   37 and name HG2* )   4.00  2.20  2.00
assign ( resid   30 and name HB1  )   ( resid   65 and name HD1* )   4.00  2.20  2.00
assign ( resid   30 and name HB2  )   ( resid   68 and name HD1* )   4.00  2.20  2.00
assign ( resid   30 and name HB2  )   ( resid   37 and name HG2* )   4.00  2.20  2.00
assign ( resid   30 and name HB1  )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   30 and name HA   )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   30 and name HA   )   ( resid   30 and name HE2  )   4.00  2.20  2.00
assign ( resid   30 and name HA   )   ( resid   30 and name HD2  )   4.00  2.20  1.00
assign ( resid   53 and name HA   )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   53 and name HA   )   ( resid  101 and name HH2  )   4.00  2.20  1.00
assign ( resid   43 and name HD22 )   ( resid   45 and name HB*  )   4.00  2.20  1.00
assign ( resid   18 and name HA   )   ( resid   21 and name HB*  )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   45 and name HB*  )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   45 and name HB*  )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   45 and name HG2  )   4.00  2.20  2.00
assign ( resid   29 and name HG2  )   ( resid   38 and name HG1* )   4.00  2.20  1.00
assign ( resid   29 and name HG2  )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid  101 and name HE3  )   ( resid  102 and name HG2  )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   29 and name HG2  )   4.00  2.20  1.00
assign ( resid   21 and name HN   )   ( resid   21 and name HG2  )   4.00  2.20  1.00
assign ( resid   21 and name HN   )   ( resid   21 and name HG1  )   4.00  2.20  1.00
assign ( resid   77 and name HG2* )   ( resid   86 and name HB   )   4.00  2.20  1.00
assign ( resid   79 and name HE1  )   ( resid   86 and name HB   )   4.00  2.20  1.00
assign ( resid   79 and name HE2  )   ( resid   86 and name HB   )   4.00  2.20  1.00
assign ( resid   70 and name HA   )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   86 and name HG1* )   4.00  2.20  1.00
assign ( resid   54 and name HB1  )   ( resid   86 and name HG1* )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   86 and name HG1* )   3.00  1.20  0.50
assign ( resid   86 and name HG1* )   ( resid   88 and name HA   )   4.00  2.20  2.00
assign ( resid   76 and name HA1  )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   76 and name HA1  )   ( resid   86 and name HG1* )   4.00  2.20  2.00
assign ( resid   77 and name HG1* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   79 and name HE2  )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   86 and name HG1* )   4.00  2.20  2.00
assign ( resid   86 and name HN   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   86 and name HG2* )   4.00  2.20  2.00
assign ( resid   56 and name HN   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   39 and name HE1  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   79 and name HD1  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   79 and name HD2  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   79 and name HE1  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   79 and name HE2  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   79 and name HZ   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   85 and name HA   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   54 and name HD1* )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   84 and name HB1  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   86 and name HG2* )   2.00  0.20  0.70
assign ( resid   86 and name HG2* )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   86 and name HG2* )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   18 and name HN   )   ( resid   18 and name HD2* )   4.00  2.20  1.00
assign ( resid   75 and name HA   )   ( resid   75 and name HD2* )   3.00  1.20  0.50
assign ( resid   24 and name HA   )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   15 and name HE*  )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   18 and name HB1  )   ( resid   18 and name HD2* )   3.00  1.20  0.50
assign ( resid   18 and name HD2* )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HD2* )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   18 and name HD1* )   ( resid   89 and name HG11 )   4.00  2.20  1.00
assign ( resid   18 and name HD1* )   ( resid   89 and name HG12 )   4.00  2.20  1.00
assign ( resid   15 and name HE*  )   ( resid   18 and name HD1* )   4.00  2.20  1.00
assign ( resid   18 and name HD1* )   ( resid   22 and name HE1  )   4.00  2.20  1.00
assign ( resid   18 and name HD1* )   ( resid   22 and name HD1  )   4.00  2.20  1.00
assign ( resid   18 and name HN   )   ( resid   18 and name HD1* )   4.00  2.20  1.00
assign ( resid   79 and name HB2  )   ( resid   82 and name HB*  )   4.00  2.20  1.00
assign ( resid   79 and name HB1  )   ( resid   82 and name HB*  )   4.00  2.20  1.00
assign ( resid   79 and name HA   )   ( resid   80 and name HB*  )   4.00  2.20  1.00
assign ( resid   25 and name HB1  )   ( resid   26 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HA   )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   68 and name HG12 )   ( resid   79 and name HA   )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   39 and name HB2  )   4.00  2.20  1.00
assign ( resid   39 and name HB2  )   ( resid   47 and name HB2  )   4.00  2.20  1.00
assign ( resid   39 and name HB2  )   ( resid   47 and name HB1  )   4.00  2.20  1.00
assign ( resid   39 and name HB2  )   ( resid   39 and name HE2  )   4.00  2.20  1.00
assign ( resid   39 and name HB1  )   ( resid   47 and name HB1  )   4.00  2.20  2.00
assign ( resid   25 and name HD1* )   ( resid   39 and name HB1  )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HA   )   ( resid   40 and name HB   )   4.00  2.20  1.00
assign ( resid   29 and name HN   )   ( resid   39 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HA   )   ( resid   47 and name HN   )   4.00  2.20  2.00
assign ( resid   18 and name HD1* )   ( resid   89 and name HB   )   4.00  2.20  1.00
assign ( resid   89 and name HA   )   ( resid   92 and name HD1* )   4.00  2.20  1.00
assign ( resid   89 and name HA   )   ( resid   92 and name HB2  )   4.00  2.20  1.00
assign ( resid   89 and name HA   )   ( resid   91 and name HB2  )   4.00  2.20  2.00
assign ( resid   89 and name HA   )   ( resid   92 and name HG   )   4.00  2.20  2.00
assign ( resid   22 and name HD1  )   ( resid   89 and name HG2* )   4.00  2.20  2.00
assign ( resid   22 and name HE1  )   ( resid   89 and name HG2* )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   93 and name HN   )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   91 and name HN   )   4.00  2.20  2.00
assign ( resid   89 and name HN   )   ( resid   89 and name HG2* )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   90 and name HA2  )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   90 and name HA1  )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   93 and name HG2  )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   93 and name HB2  )   4.00  2.20  2.00
assign ( resid   89 and name HG2* )   ( resid   93 and name HB1  )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   92 and name HB2  )   4.00  2.20  2.00
assign ( resid   18 and name HD1* )   ( resid   89 and name HG2* )   4.00  2.20  1.00
assign ( resid   18 and name HD2* )   ( resid   89 and name HG2* )   4.00  2.20  1.00
assign ( resid   18 and name HD1* )   ( resid   89 and name HD1* )   3.00  1.20  0.50
assign ( resid   15 and name HE*  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   18 and name HB2  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HB1  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HA   )   ( resid   89 and name HD1* )   4.00  2.20  2.00
assign ( resid   18 and name HA   )   ( resid   89 and name HD1* )   4.00  2.20  2.00
assign ( resid   22 and name HD1  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   22 and name HE1  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HD1* )   ( resid   89 and name HG12 )   4.00  2.20  1.00
assign ( resid   75 and name HD2* )   ( resid   89 and name HG12 )   4.00  2.20  1.00
assign ( resid   89 and name HN   )   ( resid   89 and name HG11 )   4.00  2.20  1.00
assign ( resid   33 and name HA   )   ( resid   34 and name HG2  )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   93 and name HG1  )   4.00  2.20  1.00
assign ( resid   38 and name HG1* )   ( resid   46 and name HB2  )   4.00  2.20  1.00
assign ( resid   29 and name HB2  )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   46 and name HB2  )   4.00  2.20  2.00
assign ( resid   38 and name HG1* )   ( resid   46 and name HG1  )   4.00  2.20  1.00
assign ( resid    6 and name HN   )   ( resid    7 and name HG*  )   4.00  2.20  1.00
assign ( resid   40 and name HD1* )   ( resid   46 and name HG1  )   4.00  2.20  1.00
assign ( resid   14 and name HD*  )   ( resid   18 and name HD1* )   4.00  2.20  1.00
assign ( resid   14 and name HB*  )   ( resid   18 and name HD1* )   4.00  2.20  1.00
assign ( resid   18 and name HD2* )   ( resid   21 and name HB*  )   4.00  2.20  2.00
assign ( resid   64 and name HB2  )   ( resid   65 and name HG   )   4.00  2.20  1.00
assign ( resid   87 and name HB1  )   ( resid   90 and name HN   )   4.00  2.20  1.00
assign ( resid   98 and name HA   )   ( resid   99 and name HB*  )   4.00  2.20  1.00
assign ( resid   99 and name HA   )   ( resid  102 and name HN   )   4.00  2.20  1.00
assign ( resid   99 and name HA   )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid   98 and name HA   )   ( resid   99 and name HA   )   4.00  2.20  1.00
assign ( resid  104 and name HA   )   ( resid  106 and name HD1  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HG1  )   4.00  2.20  2.00
assign ( resid   61 and name HG2* )   ( resid   64 and name HG1  )   4.00  2.20  2.00
assign ( resid   64 and name HA   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   42 and name HN   )   ( resid   42 and name HB*  )   3.00  1.20  0.50
assign ( resid   26 and name HN   )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   26 and name HA   )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   26 and name HD2  )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   40 and name HG2* )   ( resid   42 and name HB*  )   4.00  2.20  2.00
assign ( resid   41 and name HD1* )   ( resid   42 and name HB*  )   4.00  2.20  2.00
assign ( resid   42 and name HB*  )   ( resid   88 and name HD2* )   4.00  2.20  2.00
assign ( resid   41 and name HD2* )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid    5 and name HB*  )   ( resid    6 and name HA   )   4.00  2.20  1.00
assign ( resid   69 and name HB*  )   ( resid   78 and name HB1  )   4.00  2.20  1.00
assign ( resid   72 and name HB1  )   ( resid   78 and name HB1  )   4.00  2.20  2.00
assign ( resid   72 and name HB1  )   ( resid   78 and name HB2  )   4.00  2.20  1.00
assign ( resid   69 and name HG2  )   ( resid   78 and name HB2  )   4.00  2.20  2.00
assign ( resid   78 and name HA   )   ( resid   79 and name HD1  )   4.00  2.20  2.00
assign ( resid   78 and name HA   )   ( resid   79 and name HD2  )   4.00  2.20  2.00
assign ( resid   36 and name HG1* )   ( resid   49 and name HA   )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   49 and name HA   )   4.00  2.20  2.00
assign ( resid   49 and name HA   )   ( resid   54 and name HD1* )   4.00  2.20  2.00
assign ( resid   37 and name HB   )   ( resid   49 and name HA   )   4.00  2.20  2.00
assign ( resid   49 and name HA   )   ( resid   50 and name HG*  )   4.00  2.20  2.00
assign ( resid   49 and name HA   )   ( resid   50 and name HB2  )   4.00  2.20  1.00
assign ( resid   48 and name HA   )   ( resid   49 and name HA   )   4.00  2.20  1.00
assign ( resid   49 and name HA   )   ( resid   49 and name HD1  )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   49 and name HB1  )   4.00  2.20  1.00
assign ( resid   49 and name HB2  )   ( resid   91 and name HD2* )   4.00  2.20  2.00
assign ( resid   36 and name HG1* )   ( resid   50 and name HD2  )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   56 and name HB*  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   79 and name HD2  )   4.00  2.20  2.00
assign ( resid   56 and name HB*  )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   79 and name HE2  )   4.00  2.20  2.00
assign ( resid   56 and name HB*  )   ( resid   84 and name HN   )   4.00  2.20  2.00
assign ( resid   56 and name HB*  )   ( resid   86 and name HA   )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   57 and name HA   )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   84 and name HB1  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   84 and name HB2  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   84 and name HG2  )   4.00  2.20  1.00
assign ( resid   54 and name HB2  )   ( resid   56 and name HB*  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   84 and name HG1  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   56 and name HB*  )   4.00  2.20  2.00
assign ( resid   56 and name HB*  )   ( resid   57 and name HG2* )   3.00  1.20  0.50
assign ( resid   56 and name HB*  )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   57 and name HG2* )   4.00  2.20  2.00
assign ( resid   56 and name HA   )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   84 and name HB1  )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   84 and name HG2  )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   84 and name HG1  )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   84 and name HB2  )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   58 and name HN   )   4.00  2.20  2.00
assign ( resid  105 and name HN   )   ( resid  106 and name HA   )   4.00  2.20  1.00
assign ( resid  106 and name HA   )   ( resid  107 and name HB2  )   4.00  2.20  1.00
assign ( resid  106 and name HA   )   ( resid  107 and name HB1  )   4.00  2.20  2.00
assign ( resid  104 and name HA   )   ( resid  106 and name HD2  )   4.00  2.20  1.00
assign ( resid  103 and name HA   )   ( resid  106 and name HD1  )   4.00  2.20  2.00
assign ( resid  105 and name HA   )   ( resid  106 and name HD2  )   3.00  1.20  0.50
assign ( resid  105 and name HA   )   ( resid  106 and name HD1  )   4.00  2.20  1.00
assign ( resid   42 and name HB*  )   ( resid   43 and name HA   )   4.00  2.20  1.00
assign ( resid   43 and name HA   )   ( resid   43 and name HD21 )   4.00  2.20  2.00
assign ( resid   43 and name HA   )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid    7 and name HA   )   ( resid    7 and name HG*  )   3.00  1.20  0.50
assign ( resid   82 and name HN   )   ( resid   83 and name HA   )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   41 and name HA   )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   26 and name HB1  )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   26 and name HG2  )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   25 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   25 and name HA   )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HB2  )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   28 and name HG1* )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   88 and name HG   )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   47 and name HB2  )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   76 and name HA2  )   4.00  2.20  1.00
assign ( resid   25 and name HD1* )   ( resid   39 and name HE1  )   4.00  2.20  2.00
assign ( resid   25 and name HD1* )   ( resid   88 and name HN   )   4.00  2.20  2.00
assign ( resid   26 and name HN   )   ( resid   26 and name HB2  )   4.00  2.20  1.00
assign ( resid   26 and name HB2  )   ( resid   42 and name HN   )   4.00  2.20  2.00
assign ( resid   26 and name HB2  )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   26 and name HB2  )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   26 and name HA   )   4.00  2.20  2.00
assign ( resid   26 and name HA   )   ( resid   40 and name HG2* )   4.00  2.20  2.00
assign ( resid   26 and name HA   )   ( resid   70 and name HG2* )   4.00  2.20  1.00
assign ( resid   26 and name HD2  )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HD1  )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HD1* )   ( resid   45 and name HD2  )   4.00  2.20  1.00
assign ( resid   26 and name HD1  )   ( resid   40 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HD2  )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   26 and name HG1  )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid   26 and name HG2  )   ( resid   42 and name HA   )   4.00  2.20  1.00
assign ( resid  107 and name HA   )   ( resid  108 and name HB*  )   4.00  2.20  1.00
assign ( resid  107 and name HN   )   ( resid  107 and name HD2* )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid  107 and name HD2* )   4.00  2.20  2.00
assign ( resid   53 and name HA   )   ( resid  107 and name HD2* )   4.00  2.20  1.00
assign ( resid  107 and name HD2* )   ( resid  109 and name HB*  )   4.00  2.20  1.00
assign ( resid   53 and name HB2  )   ( resid  107 and name HD2* )   4.00  2.20  1.00
assign ( resid   53 and name HB1  )   ( resid  107 and name HD2* )   4.00  2.20  1.00
assign ( resid  107 and name HD2* )   ( resid  108 and name HB*  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid  107 and name HD2* )   4.00  2.20  2.00
assign ( resid   54 and name HD2* )   ( resid  107 and name HD1* )   4.00  2.20  2.00
assign ( resid  107 and name HD1* )   ( resid  108 and name HB*  )   4.00  2.20  2.00
assign ( resid  107 and name HD1* )   ( resid  109 and name HB*  )   4.00  2.20  2.00
assign ( resid   53 and name HB2  )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   53 and name HB1  )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   54 and name HN   )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid  107 and name HN   )   ( resid  107 and name HG   )   4.00  2.20  1.00
assign ( resid   90 and name HA2  )   ( resid   95 and name HB*  )   4.00  2.20  1.00
assign ( resid   90 and name HA1  )   ( resid   95 and name HB*  )   4.00  2.20  1.00
assign ( resid   89 and name HB   )   ( resid   90 and name HA1  )   4.00  2.20  2.00
assign ( resid   89 and name HB   )   ( resid   90 and name HA2  )   4.00  2.20  1.00
assign ( resid   19 and name HE21 )   ( resid   73 and name HA   )   4.00  2.20  2.00
assign ( resid   73 and name HB*  )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   73 and name HB*  )   ( resid   75 and name HG   )   4.00  2.20  1.00
assign ( resid   15 and name HB*  )   ( resid   73 and name HB*  )   4.00  2.20  1.00
assign ( resid   58 and name HB2  )   ( resid  101 and name HZ2  )   4.00  2.20  1.00
assign ( resid   51 and name HA   )   ( resid   54 and name HD1* )   4.00  2.20  1.00
assign ( resid   37 and name HG2* )   ( resid   51 and name HA   )   4.00  2.20  2.00
assign ( resid   37 and name HG11 )   ( resid   51 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   51 and name HG1  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   51 and name HG1  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   51 and name HG1  )   4.00  2.20  2.00
assign ( resid   30 and name HD2  )   ( resid   51 and name HG2  )   4.00  2.20  2.00
assign ( resid   37 and name HD1* )   ( resid   51 and name HG1  )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   51 and name HD1  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   51 and name HD2  )   4.00  2.20  1.00
assign ( resid   36 and name HA   )   ( resid   51 and name HD1  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   51 and name HD1  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   51 and name HD2  )   4.00  2.20  1.00
assign ( resid   51 and name HA   )   ( resid   57 and name HB   )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   57 and name HB   )   4.00  2.20  1.00
assign ( resid   57 and name HB   )   ( resid   65 and name HD1* )   4.00  2.20  1.00
assign ( resid   57 and name HA   )   ( resid   65 and name HD2* )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   57 and name HA   )   4.00  2.20  2.00
assign ( resid   57 and name HA   )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   57 and name HA   )   ( resid   60 and name HB*  )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   79 and name HD2  )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   79 and name HE1  )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   79 and name HE2  )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   65 and name HA   )   4.00  2.20  2.00
assign ( resid   51 and name HA   )   ( resid   57 and name HG2* )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   57 and name HG2* )   3.00  1.20  0.50
assign ( resid   57 and name HG2* )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   86 and name HG1* )   4.00  2.20  2.00
assign ( resid   57 and name HG2* )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   82 and name HD1* )   3.00  1.20  0.50
assign ( resid   57 and name HG2* )   ( resid   65 and name HD2* )   3.00  1.20  0.50
assign ( resid   54 and name HB2  )   ( resid   57 and name HG2* )   4.00  2.20  1.00
assign ( resid   51 and name HB*  )   ( resid   57 and name HG2* )   4.00  2.20  1.00
assign ( resid   57 and name HG2* )   ( resid   84 and name HB2  )   4.00  2.20  2.00
assign ( resid   57 and name HG2* )   ( resid   82 and name HB*  )   4.00  2.20  2.00
assign ( resid   57 and name HG2* )   ( resid   82 and name HG   )   4.00  2.20  2.00
assign ( resid   54 and name HG   )   ( resid   57 and name HG2* )   4.00  2.20  2.00
assign ( resid   57 and name HG2* )   ( resid   84 and name HB1  )   4.00  2.20  2.00
assign ( resid   10 and name HB*  )   ( resid   13 and name HB*  )   4.00  2.20  1.00
assign ( resid    9 and name HA   )   ( resid   12 and name HB*  )   4.00  2.20  1.00
assign ( resid   12 and name HA   )   ( resid   15 and name HB*  )   4.00  2.20  1.00
assign ( resid   13 and name HA   )   ( resid   16 and name HB*  )   4.00  2.20  1.00
assign ( resid   13 and name HA   )   ( resid   16 and name HG*  )   4.00  2.20  1.00
assign ( resid   19 and name HG2  )   ( resid   24 and name HA   )   4.00  2.20  2.00
assign ( resid   86 and name HG1* )   ( resid   91 and name HA   )   4.00  2.20  1.00
assign ( resid   91 and name HA   )   ( resid   94 and name HN   )   4.00  2.20  1.00
assign ( resid   91 and name HA   )   ( resid   95 and name HN   )   4.00  2.20  1.00
assign ( resid   49 and name HE2  )   ( resid   91 and name HB1  )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   91 and name HB1  )   4.00  2.20  1.00
assign ( resid   39 and name HD1  )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   91 and name HD1* )   4.00  2.20  2.00
assign ( resid   49 and name HD2  )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   49 and name HE2  )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   39 and name HZ   )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   25 and name HD2* )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   88 and name HD2* )   ( resid   91 and name HD1* )   4.00  2.20  2.00
assign ( resid   86 and name HG1* )   ( resid   91 and name HD1* )   3.00  1.20  0.50
assign ( resid   88 and name HD1* )   ( resid   91 and name HD1* )   3.00  1.20  0.50
assign ( resid   54 and name HD1* )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   86 and name HB   )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   86 and name HG1* )   ( resid   91 and name HD2* )   3.00  1.20  0.50
assign ( resid   54 and name HD1* )   ( resid   91 and name HD2* )   3.00  1.20  0.50
assign ( resid   54 and name HG   )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   91 and name HD2* )   ( resid   96 and name HA   )   4.00  2.20  1.00
assign ( resid   91 and name HD2* )   ( resid   94 and name HN   )   4.00  2.20  2.00
assign ( resid   39 and name HD2  )   ( resid   91 and name HD2* )   4.00  2.20  2.00
assign ( resid   49 and name HZ   )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   49 and name HD2  )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   49 and name HE2  )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   39 and name HZ   )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   88 and name HA   )   ( resid   91 and name HG   )   4.00  2.20  1.00
assign ( resid   72 and name HA   )   ( resid   74 and name HN   )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   72 and name HD2  )   3.00  1.20  0.50
assign ( resid  100 and name HA   )   ( resid  103 and name HN   )   4.00  2.20  1.00
assign ( resid   12 and name HA   )   ( resid   12 and name HB*  )   3.00  1.20  0.50
assign ( resid  108 and name HB*  )   ( resid  109 and name HA   )   4.00  2.20  1.00
assign ( resid   11 and name HB*  )   ( resid   12 and name HA   )   4.00  2.20  1.00
assign ( resid   11 and name HB*  )   ( resid   12 and name HB*  )   4.00  2.20  1.00
assign ( resid    9 and name HB*  )   ( resid   12 and name HB*  )   4.00  2.20  1.00
assign ( resid   55 and name HA   )   ( resid  101 and name HZ2  )   4.00  2.20  1.00
assign ( resid   55 and name HA   )   ( resid   58 and name HB1  )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   66 and name HG2  )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   66 and name HG1  )   4.00  2.20  1.00
assign ( resid   63 and name HA   )   ( resid   66 and name HD*  )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   61 and name HG2* )   3.00  1.20  0.50
assign ( resid   61 and name HG2* )   ( resid   64 and name HN   )   4.00  2.20  1.00
assign ( resid   61 and name HG2* )   ( resid   62 and name HD1  )   4.00  2.20  1.00
assign ( resid   61 and name HG2* )   ( resid   62 and name HD2  )   4.00  2.20  1.00
assign ( resid   60 and name HA   )   ( resid   61 and name HG2* )   4.00  2.20  1.00
assign ( resid   61 and name HG2* )   ( resid   63 and name HG2  )   4.00  2.20  2.00
assign ( resid   61 and name HG2* )   ( resid   64 and name HG2  )   4.00  2.20  2.00
assign ( resid   61 and name HG2* )   ( resid   62 and name HG2  )   4.00  2.20  1.00
assign ( resid   61 and name HG2* )   ( resid   63 and name HG1  )   4.00  2.20  2.00
assign ( resid   61 and name HG2* )   ( resid   63 and name HB*  )   4.00  2.20  1.00
assign ( resid   61 and name HA   )   ( resid   63 and name HN   )   4.00  2.20  2.00
assign ( resid   61 and name HA   )   ( resid   62 and name HD1  )   3.00  1.20  0.50
assign ( resid   61 and name HA   )   ( resid   62 and name HG2  )   4.00  2.20  2.00
assign ( resid   61 and name HA   )   ( resid   64 and name HB2  )   4.00  2.20  2.00
assign ( resid   61 and name HA   )   ( resid   62 and name HG1  )   4.00  2.20  1.00
assign ( resid   61 and name HB   )   ( resid   62 and name HG1  )   4.00  2.20  1.00
assign ( resid   61 and name HB   )   ( resid   63 and name HG1  )   4.00  2.20  2.00
assign ( resid   61 and name HB   )   ( resid   62 and name HD2  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   47 and name HD1* )   4.00  2.20  2.00
assign ( resid   47 and name HN   )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   49 and name HD2  )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   49 and name HE2  )   4.00  2.20  1.00
assign ( resid   46 and name HA   )   ( resid   47 and name HD1* )   4.00  2.20  2.00
assign ( resid   47 and name HD1* )   ( resid   92 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HB1  )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   39 and name HB2  )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   88 and name HG   )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   92 and name HB2  )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   91 and name HB1  )   3.00  1.20  0.50
assign ( resid   41 and name HD1* )   ( resid   47 and name HD1* )   3.00  1.20  0.50
assign ( resid   47 and name HD1* )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   91 and name HD1* )   3.00  1.20  0.50
assign ( resid   47 and name HD2* )   ( resid   91 and name HD2* )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   91 and name HD1* )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   91 and name HB1  )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   92 and name HB1  )   4.00  2.20  2.00
assign ( resid   47 and name HD2* )   ( resid   48 and name HB1  )   4.00  2.20  1.00
assign ( resid   39 and name HB2  )   ( resid   47 and name HD2* )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   49 and name HB2  )   4.00  2.20  2.00
assign ( resid   47 and name HD2* )   ( resid   92 and name HA   )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   47 and name HD2* )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   49 and name HZ   )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   49 and name HD2  )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   49 and name HE2  )   4.00  2.20  1.00
assign ( resid   47 and name HD2* )   ( resid   92 and name HN   )   4.00  2.20  1.00
assign ( resid   47 and name HN   )   ( resid   47 and name HD2* )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   47 and name HB1  )   4.00  2.20  1.00
assign ( resid   47 and name HB1  )   ( resid   49 and name HD2  )   4.00  2.20  1.00
assign ( resid   47 and name HB1  )   ( resid   49 and name HE2  )   4.00  2.20  1.00
assign ( resid   47 and name HB2  )   ( resid   49 and name HE2  )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   47 and name HB2  )   4.00  2.20  1.00
assign ( resid   39 and name HB1  )   ( resid   47 and name HB2  )   4.00  2.20  1.00
assign ( resid   47 and name HB1  )   ( resid   49 and name HB2  )   4.00  2.20  2.00
assign ( resid   39 and name HB2  )   ( resid   47 and name HG   )   4.00  2.20  1.00
assign ( resid   31 and name HD1  )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HD2  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   34 and name HB2  )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   38 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HB1  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   31 and name HG2  )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   50 and name HD1  )   4.00  2.20  1.00
assign ( resid   49 and name HB2  )   ( resid   54 and name HG   )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   50 and name HA   )   4.00  2.20  2.00
assign ( resid   50 and name HA   )   ( resid   51 and name HD1  )   4.00  2.20  1.00
assign ( resid   36 and name HB   )   ( resid   50 and name HA   )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   50 and name HA   )   4.00  2.20  1.00
assign ( resid  105 and name HA   )   ( resid  106 and name HG*  )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   71 and name HB2  )   4.00  2.20  1.00
assign ( resid  108 and name HB*  )   ( resid  109 and name HB*  )   4.00  2.20  1.00
assign ( resid   98 and name HA   )   ( resid  102 and name HN   )   4.00  2.20  2.00
assign ( resid   41 and name HB2  )   ( resid   45 and name HG1  )   4.00  2.20  2.00
assign ( resid   45 and name HN   )   ( resid   45 and name HD2  )   4.00  2.20  2.00
assign ( resid   26 and name HD1  )   ( resid   45 and name HN   )   4.00  2.20  2.00
assign ( resid   45 and name HN   )   ( resid   45 and name HD1  )   4.00  2.20  2.00
assign ( resid   26 and name HD2  )   ( resid   43 and name HN   )   4.00  2.20  2.00
assign ( resid   43 and name HD22 )   ( resid   45 and name HD2  )   4.00  2.20  2.00
assign ( resid   26 and name HD1  )   ( resid   43 and name HN   )   4.00  2.20  2.00
assign ( resid   43 and name HD22 )   ( resid   45 and name HD1  )   4.00  2.20  2.00
assign ( resid   43 and name HD21 )   ( resid   45 and name HD1  )   4.00  2.20  2.00
assign ( resid   43 and name HD21 )   ( resid   45 and name HD2  )   4.00  2.20  2.00
assign ( resid    6 and name HA   )   ( resid    8 and name HN   )   4.00  2.20  1.00
assign ( resid  103 and name HN   )   ( resid  104 and name HG2  )   4.00  2.20  1.00
assign ( resid    9 and name HG1  )   ( resid   10 and name HB*  )   4.00  2.20  1.00
assign ( resid   15 and name HN   )   ( resid   15 and name HG1  )   4.00  2.20  1.00
assign ( resid   15 and name HG1  )   ( resid   16 and name HN   )   4.00  2.20  2.00
assign ( resid   17 and name HG2  )   ( resid   17 and name HE*  )   4.00  2.20  1.00
assign ( resid  102 and name HA   )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   95 and name HB*  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   95 and name HG2  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   95 and name HG1  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   95 and name HD*  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid  102 and name HG1  )   ( resid  102 and name HE*  )   3.00  1.20  0.50
assign ( resid   99 and name HA   )   ( resid  102 and name HE*  )   3.00  1.20  0.50
assign ( resid   97 and name HA*  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   98 and name HA   )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   95 and name HA   )   ( resid  102 and name HE*  )   3.00  1.20  0.50
assign ( resid  101 and name HE3  )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   96 and name HN   )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   97 and name HN   )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   95 and name HN   )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid  102 and name HN   )   ( resid  102 and name HE*  )   4.00  2.20  1.00
assign ( resid   17 and name HG1  )   ( resid   17 and name HE*  )   4.00  2.20  1.00
assign ( resid   15 and name HE*  )   ( resid   73 and name HB*  )   4.00  2.20  1.00
assign ( resid   12 and name HA   )   ( resid   15 and name HE*  )   4.00  2.20  2.00
assign ( resid   15 and name HA   )   ( resid   15 and name HE*  )   4.00  2.20  1.00
assign ( resid   11 and name HB*  )   ( resid   15 and name HE*  )   4.00  2.20  1.00
assign ( resid   15 and name HE*  )   ( resid   89 and name HG11 )   4.00  2.20  1.00
assign ( resid   15 and name HE*  )   ( resid   75 and name HD1* )   3.00  1.20  0.50
assign ( resid   75 and name HA   )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HN   )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   75 and name HD2* )   ( resid   89 and name HN   )   4.00  2.20  2.00
assign ( resid    2 and name HA   )   ( resid    2 and name HG*  )   3.00  1.20  0.50
assign ( resid   15 and name HA   )   ( resid   89 and name HG11 )   4.00  2.20  2.00
assign ( resid   15 and name HA   )   ( resid   89 and name HD1* )   4.00  2.20  2.00
assign ( resid   29 and name HB1  )   ( resid   40 and name HN   )   4.00  2.20  2.00
assign ( resid   34 and name HB2  )   ( resid   36 and name HG1* )   4.00  2.20  1.00
assign ( resid   75 and name HB*  )   ( resid   75 and name HD1* )   3.00  1.20  0.50
assign ( resid   19 and name HG1  )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   19 and name HA   )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HN   )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   75 and name HD1* )   ( resid   89 and name HN   )   4.00  2.20  2.00
assign ( resid   19 and name HE21 )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   95 and name HN   )   ( resid   95 and name HG2  )   4.00  2.20  1.00
assign ( resid    7 and name HG*  )   ( resid    8 and name HA   )   4.00  2.20  1.00
assign ( resid    8 and name HA   )   ( resid    9 and name HG2  )   4.00  2.20  2.00
assign ( resid   18 and name HA   )   ( resid   22 and name HN   )   4.00  2.20  1.00
assign ( resid   19 and name HG2  )   ( resid   75 and name HG   )   4.00  2.20  1.00
assign ( resid   19 and name HG1  )   ( resid   75 and name HG   )   4.00  2.20  2.00
assign ( resid   23 and name HA   )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   23 and name HB1  )   ( resid   41 and name HB1  )   4.00  2.20  2.00
assign ( resid   23 and name HB2  )   ( resid   41 and name HB1  )   4.00  2.20  2.00
assign ( resid   25 and name HB1  )   ( resid   70 and name HG12 )   4.00  2.20  1.00
assign ( resid   26 and name HB1  )   ( resid   42 and name HB*  )   3.00  1.20  0.50
assign ( resid   30 and name HB2  )   ( resid   65 and name HD1* )   4.00  2.20  2.00
assign ( resid   31 and name HB2  )   ( resid   34 and name HB2  )   4.00  2.20  1.00
assign ( resid   31 and name HG1  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   35 and name HA1  )   ( resid   36 and name HG1* )   4.00  2.20  2.00
assign ( resid   36 and name HB   )   ( resid   49 and name HA   )   4.00  2.20  1.00
assign ( resid   36 and name HB   )   ( resid   50 and name HG*  )   4.00  2.20  1.00
assign ( resid   37 and name HG11 )   ( resid   51 and name HB*  )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   54 and name HG   )   4.00  2.20  2.00
assign ( resid   37 and name HD1* )   ( resid   68 and name HD1* )   4.00  2.20  1.00
assign ( resid   38 and name HA   )   ( resid   47 and name HB2  )   4.00  2.20  2.00
assign ( resid   39 and name HE1  )   ( resid   77 and name HB   )   4.00  2.20  2.00
assign ( resid   39 and name HE1  )   ( resid   86 and name HB   )   4.00  2.20  2.00
assign ( resid   40 and name HA   )   ( resid   46 and name HA   )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   45 and name HB*  )   3.00  1.20  0.50
assign ( resid   41 and name HG   )   ( resid   43 and name HN   )   4.00  2.20  2.00
assign ( resid   41 and name HG   )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   47 and name HD1* )   ( resid   91 and name HB2  )   4.00  2.20  1.00
assign ( resid   49 and name HB1  )   ( resid   54 and name HG   )   4.00  2.20  2.00
assign ( resid   49 and name HB1  )   ( resid   54 and name HD2* )   4.00  2.20  2.00
assign ( resid   50 and name HB2  )   ( resid   51 and name HD1  )   4.00  2.20  2.00
assign ( resid   50 and name HB2  )   ( resid   51 and name HD2  )   4.00  2.20  2.00
assign ( resid   52 and name HA   )   ( resid   58 and name HA   )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid   96 and name HA   )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid  101 and name HH2  )   4.00  2.20  2.00
assign ( resid   75 and name HD2* )   ( resid   88 and name HB2  )   4.00  2.20  2.00
assign ( resid   54 and name HB1  )   ( resid   86 and name HG2* )   4.00  2.20  1.00
assign ( resid   55 and name HA   )   ( resid   58 and name HB2  )   4.00  2.20  2.00
assign ( resid   57 and name HA   )   ( resid   82 and name HB*  )   4.00  2.20  2.00
assign ( resid   61 and name HB   )   ( resid   63 and name HG2  )   4.00  2.20  2.00
assign ( resid   61 and name HB   )   ( resid   64 and name HB2  )   4.00  2.20  2.00
assign ( resid   65 and name HD2* )   ( resid   82 and name HG   )   4.00  2.20  1.00
assign ( resid   65 and name HD2* )   ( resid   82 and name HD1* )   3.00  1.20  0.50
assign ( resid   28 and name HG2* )   ( resid   68 and name HG2* )   3.00  1.20  0.50
assign ( resid   68 and name HG2* )   ( resid   70 and name HD1* )   4.00  2.20  1.00
assign ( resid   68 and name HD1* )   ( resid   77 and name HG2* )   4.00  2.20  1.00
assign ( resid   69 and name HA   )   ( resid   70 and name HG12 )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   77 and name HA   )   4.00  2.20  1.00
assign ( resid   73 and name HB*  )   ( resid   75 and name HB*  )   4.00  2.20  1.00
assign ( resid   76 and name HA2  )   ( resid   87 and name HA   )   4.00  2.20  1.00
assign ( resid   75 and name HB*  )   ( resid   76 and name HA2  )   4.00  2.20  2.00
assign ( resid   76 and name HA2  )   ( resid   88 and name HB1  )   4.00  2.20  1.00
assign ( resid   77 and name HG1* )   ( resid   78 and name HA   )   4.00  2.20  2.00
assign ( resid   77 and name HG1* )   ( resid   85 and name HA   )   4.00  2.20  2.00
assign ( resid   54 and name HG   )   ( resid   86 and name HG1* )   4.00  2.20  2.00
assign ( resid   25 and name HB2  )   ( resid   88 and name HB2  )   4.00  2.20  2.00
assign ( resid   88 and name HB2  )   ( resid   89 and name HG12 )   4.00  2.20  1.00
assign ( resid   88 and name HB2  )   ( resid   89 and name HD1* )   4.00  2.20  1.00
assign ( resid   90 and name HA2  )   ( resid   93 and name HB1  )   4.00  2.20  2.00
assign ( resid   69 and name HG1  )   ( resid   70 and name HG12 )   4.00  2.20  1.00
assign ( resid   93 and name HB1  )   ( resid   95 and name HB*  )   4.00  2.20  2.00
assign ( resid   96 and name HB1  )   ( resid  101 and name HZ3  )   4.00  2.20  2.00
assign ( resid   96 and name HB2  )   ( resid  101 and name HZ3  )   4.00  2.20  2.00
assign ( resid  102 and name HG2  )   ( resid  102 and name HE*  )   3.00  1.20  0.50
assign ( resid  107 and name HG   )   ( resid  108 and name HB*  )   4.00  2.20  1.00
assign ( resid   18 and name HD2* )   ( resid   22 and name HD1  )   3.00  1.20  0.50
assign ( resid   18 and name HB1  )   ( resid   22 and name HD1  )   4.00  2.20  1.00
assign ( resid   21 and name HB*  )   ( resid   22 and name HD1  )   4.00  2.20  1.00
assign ( resid   18 and name HA   )   ( resid   22 and name HD1  )   4.00  2.20  1.00
assign ( resid   22 and name HN   )   ( resid   22 and name HD2  )   4.00  2.20  1.00
assign ( resid   18 and name HA   )   ( resid   22 and name HE1  )   4.00  2.20  2.00
assign ( resid   21 and name HG2  )   ( resid   22 and name HE1  )   4.00  2.20  2.00
assign ( resid   21 and name HG1  )   ( resid   22 and name HE1  )   4.00  2.20  2.00
assign ( resid   21 and name HB*  )   ( resid   22 and name HE1  )   4.00  2.20  2.00
assign ( resid   18 and name HD2* )   ( resid   22 and name HE1  )   3.00  1.20  0.50
assign ( resid   30 and name HD2  )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   37 and name HG11 )   4.00  2.20  1.00
assign ( resid   30 and name HD2  )   ( resid   37 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   36 and name HA   )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   62 and name HB2  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   51 and name HG2  )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   62 and name HB1  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   28 and name HG2* )   ( resid   39 and name HD1  )   3.00  1.20  0.50
assign ( resid   25 and name HD1* )   ( resid   39 and name HD1  )   3.00  1.20  0.50
assign ( resid   39 and name HD1  )   ( resid   77 and name HB   )   4.00  2.20  1.00
assign ( resid   39 and name HA   )   ( resid   39 and name HD1  )   4.00  2.20  1.00
assign ( resid   39 and name HE2  )   ( resid   49 and name HB2  )   4.00  2.20  1.00
assign ( resid   37 and name HB   )   ( resid   39 and name HE2  )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   39 and name HE2  )   4.00  2.20  1.00
assign ( resid   39 and name HZ   )   ( resid   77 and name HG1* )   4.00  2.20  1.00
assign ( resid   52 and name HB2  )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   52 and name HA   )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   58 and name HA   )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   58 and name HD1  )   ( resid  101 and name HZ2  )   4.00  2.20  1.00
assign ( resid   58 and name HD2  )   ( resid  101 and name HZ2  )   4.00  2.20  1.00
assign ( resid   58 and name HE1  )   ( resid  101 and name HZ2  )   4.00  2.20  1.00
assign ( resid   58 and name HE2  )   ( resid  101 and name HZ2  )   4.00  2.20  2.00
assign ( resid   52 and name HB2  )   ( resid   58 and name HE1  )   4.00  2.20  1.00
assign ( resid   52 and name HB1  )   ( resid   58 and name HE1  )   4.00  2.20  1.00
assign ( resid   69 and name HB*  )   ( resid   78 and name HD1  )   4.00  2.20  1.00
assign ( resid   78 and name HD1  )   ( resid   80 and name HB*  )   4.00  2.20  1.00
assign ( resid   78 and name HB1  )   ( resid   78 and name HD1  )   3.00  1.20  0.50
assign ( resid   78 and name HD2  )   ( resid   85 and name HB2  )   4.00  2.20  1.00
assign ( resid   78 and name HB2  )   ( resid   78 and name HD2  )   3.00  1.20  0.50
assign ( resid   78 and name HD1  )   ( resid   80 and name HA   )   4.00  2.20  1.00
assign ( resid   78 and name HD2  )   ( resid   85 and name HA   )   4.00  2.20  1.00
assign ( resid   78 and name HA   )   ( resid   78 and name HD2  )   4.00  2.20  1.00
assign ( resid   78 and name HN   )   ( resid   78 and name HD1  )   4.00  2.20  2.00
assign ( resid   78 and name HN   )   ( resid   78 and name HD2  )   4.00  2.20  2.00
assign ( resid   78 and name HD2  )   ( resid   79 and name HN   )   4.00  2.20  1.00
assign ( resid   78 and name HE1  )   ( resid   80 and name HA   )   4.00  2.20  1.00
assign ( resid   78 and name HB1  )   ( resid   78 and name HE1  )   4.00  2.20  2.00
assign ( resid   78 and name HE2  )   ( resid   85 and name HB1  )   4.00  2.20  1.00
assign ( resid   78 and name HE1  )   ( resid   80 and name HG*  )   4.00  2.20  1.00
assign ( resid   69 and name HB*  )   ( resid   78 and name HE1  )   4.00  2.20  1.00
assign ( resid   78 and name HE1  )   ( resid   80 and name HB*  )   4.00  2.20  1.00
assign ( resid   68 and name HG12 )   ( resid   79 and name HD2  )   4.00  2.20  2.00
assign ( resid   79 and name HD2  )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   79 and name HA   )   ( resid   79 and name HD1  )   4.00  2.20  1.00
assign ( resid   79 and name HA   )   ( resid   79 and name HD2  )   4.00  2.20  2.00
assign ( resid   68 and name HD1* )   ( resid   79 and name HZ   )   4.00  2.20  1.00
assign ( resid   79 and name HZ   )   ( resid   82 and name HD1* )   4.00  2.20  2.00
assign ( resid   58 and name HB1  )   ( resid  101 and name HZ2  )   4.00  2.20  1.00
assign ( resid  104 and name HB*  )   ( resid  105 and name HD2  )   4.00  2.20  1.00
assign ( resid  101 and name HD1  )   ( resid  105 and name HE1  )   4.00  2.20  2.00
assign ( resid  104 and name HB*  )   ( resid  105 and name HE1  )   4.00  2.20  1.00
assign ( resid   39 and name HD2  )   ( resid   49 and name HD2  )   4.00  2.20  1.00
assign ( resid   52 and name HA   )   ( resid   58 and name HE1  )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid  101 and name HZ3  )   4.00  2.20  1.00
assign ( resid   71 and name HA   )   ( resid   78 and name HD2  )   4.00  2.20  2.00
assign ( resid  101 and name HD1  )   ( resid  105 and name HD2  )   4.00  2.20  2.00
assign ( resid    1 and name HG*  )   ( resid    1 and name HE*  )   4.00  2.20  1.00
assign ( resid    2 and name HB*  )   ( resid    3 and name HG*  )   4.00  2.20  2.00
assign ( resid    2 and name HB*  )   ( resid    4 and name HN   )   4.00  2.20  2.00
assign ( resid    3 and name HN   )   ( resid    3 and name HG*  )   4.00  2.20  1.00
assign ( resid    3 and name HA   )   ( resid    3 and name HG*  )   3.00  1.20  0.50
assign ( resid    3 and name HA   )   ( resid    4 and name HB*  )   4.00  2.20  1.00
assign ( resid    3 and name HG*  )   ( resid    4 and name HN   )   4.00  2.20  1.00
assign ( resid    4 and name HB*  )   ( resid    5 and name HN   )   4.00  2.20  1.00
assign ( resid    4 and name HB*  )   ( resid    5 and name HA   )   4.00  2.20  1.00
assign ( resid    8 and name HN   )   ( resid    8 and name HB*  )   3.00  1.20  0.50
assign ( resid    8 and name HB*  )   ( resid    8 and name HG   )   2.00  0.20  0.70
assign ( resid    8 and name HB*  )   ( resid    8 and name HD1* )   3.00  1.20  0.50
assign ( resid    8 and name HB*  )   ( resid    8 and name HD2* )   3.00  1.20  0.50
assign ( resid    8 and name HB*  )   ( resid    9 and name HN   )   3.00  1.20  0.50
assign ( resid    8 and name HB*  )   ( resid   10 and name HN   )   4.00  2.20  1.00
assign ( resid    8 and name HB*  )   ( resid   10 and name HB*  )   3.00  1.20  0.50
assign ( resid   12 and name HA   )   ( resid   15 and name HG*  )   4.00  2.20  1.00
assign ( resid   14 and name HA   )   ( resid   17 and name HG*  )   4.00  2.20  1.00
assign ( resid   15 and name HN   )   ( resid   15 and name HG*  )   4.00  2.20  1.00
assign ( resid   15 and name HA   )   ( resid   15 and name HG*  )   3.00  1.20  0.50
assign ( resid   15 and name HG*  )   ( resid   16 and name HN   )   4.00  2.20  1.00
assign ( resid   15 and name HG*  )   ( resid   75 and name HD1* )   4.00  2.20  1.00
assign ( resid   16 and name HA   )   ( resid   19 and name HB*  )   3.00  1.20  0.50
assign ( resid   17 and name HA   )   ( resid   17 and name HG*  )   4.00  2.20  1.00
assign ( resid   17 and name HA   )   ( resid   20 and name HG*  )   3.00  1.20  0.50
assign ( resid   17 and name HB2  )   ( resid   20 and name HG*  )   4.00  2.20  2.00
assign ( resid   17 and name HB1  )   ( resid   20 and name HG*  )   4.00  2.20  1.00
assign ( resid   17 and name HG*  )   ( resid   17 and name HE*  )   3.00  1.20  0.50
assign ( resid   17 and name HG*  )   ( resid   18 and name HN   )   4.00  2.20  1.00
assign ( resid   18 and name HD2* )   ( resid   21 and name HG*  )   4.00  2.20  1.00
assign ( resid   19 and name HN   )   ( resid   19 and name HB*  )   3.00  1.20  0.50
assign ( resid   19 and name HB*  )   ( resid   19 and name HE21 )   4.00  2.20  1.00
assign ( resid   19 and name HB*  )   ( resid   20 and name HG*  )   4.00  2.20  2.00
assign ( resid   19 and name HB*  )   ( resid   24 and name HG2* )   4.00  2.20  1.00
assign ( resid   19 and name HB*  )   ( resid   75 and name HD2* )   4.00  2.20  1.00
assign ( resid   20 and name HN   )   ( resid   20 and name HG*  )   3.00  1.20  0.50
assign ( resid   20 and name HA   )   ( resid   20 and name HG*  )   4.00  2.20  1.00
assign ( resid   20 and name HG*  )   ( resid   21 and name HN   )   3.00  1.20  0.50
assign ( resid   20 and name HG*  )   ( resid   21 and name HA   )   4.00  2.20  1.00
assign ( resid   21 and name HA   )   ( resid   21 and name HG*  )   3.00  1.20  0.50
assign ( resid   21 and name HG*  )   ( resid   22 and name HN   )   4.00  2.20  1.00
assign ( resid   21 and name HG*  )   ( resid   22 and name HE1  )   4.00  2.20  1.00
assign ( resid   21 and name HG*  )   ( resid   22 and name HD2  )   4.00  2.20  1.00
assign ( resid   23 and name HN   )   ( resid   23 and name HB*  )   4.00  2.20  1.00
assign ( resid   23 and name HA   )   ( resid   43 and name HD2* )   4.00  2.20  2.00
assign ( resid   23 and name HB*  )   ( resid   24 and name HN   )   3.00  1.20  0.50
assign ( resid   23 and name HB*  )   ( resid   41 and name HB1  )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   41 and name HD1* )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   41 and name HD2* )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   42 and name HN   )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   42 and name HB*  )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   43 and name HN   )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   43 and name HD2* )   4.00  2.20  1.00
assign ( resid   23 and name HB*  )   ( resid   88 and name HD2* )   4.00  2.20  1.00
assign ( resid   24 and name HN   )   ( resid   43 and name HD2* )   4.00  2.20  2.00
assign ( resid   27 and name HB2  )   ( resid   40 and name HG1* )   4.00  2.20  1.00
assign ( resid   27 and name HB1  )   ( resid   40 and name HG1* )   4.00  2.20  1.00
assign ( resid   29 and name HA   )   ( resid   30 and name HB*  )   4.00  2.20  1.00
assign ( resid   29 and name HB1  )   ( resid   40 and name HG1* )   4.00  2.20  1.00
assign ( resid   29 and name HG2  )   ( resid   29 and name HE2* )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   29 and name HE2* )   4.00  2.20  1.00
assign ( resid   29 and name HG1  )   ( resid   40 and name HG1* )   4.00  2.20  2.00
assign ( resid   29 and name HE2* )   ( resid   38 and name HB   )   4.00  2.20  2.00
assign ( resid   29 and name HE2* )   ( resid   38 and name HG1* )   4.00  2.20  2.00
assign ( resid   29 and name HE2* )   ( resid   38 and name HG2* )   4.00  2.20  2.00
assign ( resid   29 and name HE2* )   ( resid   40 and name HD1* )   4.00  2.20  1.00
assign ( resid   30 and name HN   )   ( resid   30 and name HB*  )   3.00  1.20  0.50
assign ( resid   30 and name HB*  )   ( resid   31 and name HN   )   4.00  2.20  1.00
assign ( resid   30 and name HB*  )   ( resid   37 and name HG2* )   4.00  2.20  1.00
assign ( resid   30 and name HB*  )   ( resid   37 and name HG12 )   4.00  2.20  1.00
assign ( resid   30 and name HB*  )   ( resid   65 and name HB*  )   4.00  2.20  1.00
assign ( resid   30 and name HB*  )   ( resid   65 and name HD2* )   4.00  2.20  2.00
assign ( resid   30 and name HD1  )   ( resid   32 and name HB*  )   4.00  2.20  1.00
assign ( resid   30 and name HE1  )   ( resid   32 and name HB*  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   35 and name HA*  )   4.00  2.20  1.00
assign ( resid   30 and name HE2  )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   31 and name HN   )   ( resid   31 and name HD*  )   4.00  2.20  1.00
assign ( resid   31 and name HB2  )   ( resid   31 and name HD*  )   3.00  1.20  0.50
assign ( resid   31 and name HB1  )   ( resid   31 and name HD*  )   3.00  1.20  0.50
assign ( resid   31 and name HD*  )   ( resid   34 and name HN   )   4.00  2.20  2.00
assign ( resid   31 and name HD*  )   ( resid   34 and name HB2  )   4.00  2.20  2.00
assign ( resid   31 and name HD*  )   ( resid   34 and name HB1  )   4.00  2.20  2.00
assign ( resid   31 and name HD*  )   ( resid   34 and name HG2  )   4.00  2.20  2.00
assign ( resid   31 and name HD*  )   ( resid   34 and name HG1  )   4.00  2.20  2.00
assign ( resid   31 and name HD*  )   ( resid   36 and name HG2* )   4.00  2.20  1.00
assign ( resid   31 and name HD*  )   ( resid   38 and name HG1* )   4.00  2.20  1.00
assign ( resid   31 and name HD*  )   ( resid   38 and name HG2* )   3.00  1.20  0.50
assign ( resid   32 and name HB*  )   ( resid   62 and name HB2  )   4.00  2.20  2.00
assign ( resid   33 and name HN   )   ( resid   33 and name HG*  )   4.00  2.20  1.00
assign ( resid   33 and name HA   )   ( resid   33 and name HG*  )   3.00  1.20  0.50
assign ( resid   33 and name HG*  )   ( resid   34 and name HN   )   4.00  2.20  1.00
assign ( resid   34 and name HN   )   ( resid   35 and name HA*  )   4.00  2.20  1.00
assign ( resid   34 and name HB1  )   ( resid   48 and name HE*  )   4.00  2.20  2.00
assign ( resid   35 and name HA*  )   ( resid   36 and name HG1* )   4.00  2.20  1.00
assign ( resid   36 and name HB   )   ( resid   48 and name HG*  )   4.00  2.20  1.00
assign ( resid   36 and name HG1* )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   36 and name HG2* )   ( resid   48 and name HG*  )   3.00  1.20  0.50
assign ( resid   36 and name HG2* )   ( resid   48 and name HE*  )   4.00  2.20  1.00
assign ( resid   37 and name HN   )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   37 and name HG11 )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   37 and name HD1* )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   38 and name HN   )   ( resid   48 and name HG*  )   4.00  2.20  2.00
assign ( resid   38 and name HG1* )   ( resid   40 and name HG1* )   3.00  1.20  0.50
assign ( resid   38 and name HG2* )   ( resid   48 and name HG*  )   4.00  2.20  1.00
assign ( resid   39 and name HN   )   ( resid   40 and name HG1* )   4.00  2.20  2.00
assign ( resid   40 and name HN   )   ( resid   40 and name HG1* )   3.00  1.20  0.50
assign ( resid   40 and name HG2* )   ( resid   46 and name HG*  )   3.00  1.20  0.50
assign ( resid   40 and name HG1* )   ( resid   46 and name HA   )   4.00  2.20  1.00
assign ( resid   40 and name HG1* )   ( resid   46 and name HB2  )   4.00  2.20  2.00
assign ( resid   40 and name HG1* )   ( resid   46 and name HB1  )   4.00  2.20  1.00
assign ( resid   40 and name HG1* )   ( resid   46 and name HG*  )   4.00  2.20  1.00
assign ( resid   41 and name HN   )   ( resid   46 and name HG*  )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   43 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HB2  )   ( resid   45 and name HG*  )   4.00  2.20  1.00
assign ( resid   41 and name HB1  )   ( resid   43 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HG   )   ( resid   43 and name HD2* )   4.00  2.20  2.00
assign ( resid   41 and name HD1* )   ( resid   43 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   43 and name HD2* )   4.00  2.20  1.00
assign ( resid   41 and name HD2* )   ( resid   45 and name HD*  )   4.00  2.20  1.00
assign ( resid   43 and name HN   )   ( resid   43 and name HB*  )   3.00  1.20  0.50
assign ( resid   43 and name HD2* )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   43 and name HD2* )   ( resid   45 and name HA   )   4.00  2.20  2.00
assign ( resid   43 and name HD2* )   ( resid   45 and name HD*  )   4.00  2.20  1.00
assign ( resid   44 and name HN   )   ( resid   44 and name HB*  )   4.00  2.20  1.00
assign ( resid   44 and name HB*  )   ( resid   45 and name HN   )   4.00  2.20  1.00
assign ( resid   45 and name HN   )   ( resid   45 and name HG*  )   4.00  2.20  1.00
assign ( resid   45 and name HN   )   ( resid   45 and name HD*  )   4.00  2.20  1.00
assign ( resid   45 and name HA   )   ( resid   45 and name HG*  )   3.00  1.20  0.50
assign ( resid   45 and name HA   )   ( resid   45 and name HD*  )   4.00  2.20  1.00
assign ( resid   45 and name HB*  )   ( resid   45 and name HD*  )   3.00  1.20  0.50
assign ( resid   45 and name HG*  )   ( resid   46 and name HN   )   4.00  2.20  1.00
assign ( resid   45 and name HG*  )   ( resid   46 and name HA   )   4.00  2.20  2.00
assign ( resid   45 and name HG*  )   ( resid   47 and name HD2* )   4.00  2.20  1.00
assign ( resid   45 and name HD*  )   ( resid   47 and name HG   )   3.00  1.20  0.50
assign ( resid   45 and name HD*  )   ( resid   47 and name HD1* )   4.00  2.20  1.00
assign ( resid   45 and name HD*  )   ( resid   47 and name HD2* )   4.00  2.20  1.00
assign ( resid   46 and name HN   )   ( resid   46 and name HG*  )   4.00  2.20  1.00
assign ( resid   46 and name HA   )   ( resid   46 and name HG*  )   4.00  2.20  1.00
assign ( resid   46 and name HG*  )   ( resid   47 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HN   )   ( resid   48 and name HG*  )   4.00  2.20  1.00
assign ( resid   48 and name HA   )   ( resid   48 and name HG*  )   3.00  1.20  0.50
assign ( resid   48 and name HB2  )   ( resid   48 and name HE*  )   4.00  2.20  1.00
assign ( resid   48 and name HB1  )   ( resid   48 and name HE*  )   4.00  2.20  1.00
assign ( resid   48 and name HG*  )   ( resid   48 and name HE*  )   3.00  1.20  0.50
assign ( resid   48 and name HG*  )   ( resid   49 and name HN   )   4.00  2.20  1.00
assign ( resid   48 and name HE*  )   ( resid   49 and name HN   )   4.00  2.20  2.00
assign ( resid   49 and name HD1  )   ( resid   53 and name HB*  )   4.00  2.20  2.00
assign ( resid   49 and name HD1  )   ( resid   96 and name HD*  )   4.00  2.20  2.00
assign ( resid   49 and name HE1  )   ( resid   96 and name HD*  )   4.00  2.20  1.00
assign ( resid   50 and name HN   )   ( resid   50 and name HD*  )   4.00  2.20  1.00
assign ( resid   50 and name HN   )   ( resid   53 and name HB*  )   4.00  2.20  1.00
assign ( resid   50 and name HA   )   ( resid   51 and name HD*  )   3.00  1.20  0.50
assign ( resid   50 and name HB2  )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   50 and name HB2  )   ( resid   53 and name HB*  )   4.00  2.20  2.00
assign ( resid   50 and name HB1  )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   50 and name HB1  )   ( resid   53 and name HB*  )   4.00  2.20  2.00
assign ( resid   50 and name HG*  )   ( resid   51 and name HD*  )   4.00  2.20  1.00
assign ( resid   51 and name HD*  )   ( resid   52 and name HN   )   4.00  2.20  1.00
assign ( resid   51 and name HD*  )   ( resid   65 and name HD1* )   4.00  2.20  2.00
assign ( resid   52 and name HN   )   ( resid   52 and name HB*  )   3.00  1.20  0.50
assign ( resid   52 and name HN   )   ( resid   53 and name HB*  )   4.00  2.20  1.00
assign ( resid   52 and name HB*  )   ( resid   58 and name HD1  )   4.00  2.20  1.00
assign ( resid   52 and name HB*  )   ( resid   58 and name HE1  )   4.00  2.20  1.00
assign ( resid   52 and name HB*  )   ( resid   59 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HN   )   ( resid   53 and name HB*  )   3.00  1.20  0.50
assign ( resid   53 and name HB*  )   ( resid   54 and name HN   )   4.00  2.20  1.00
assign ( resid   53 and name HB*  )   ( resid   54 and name HG   )   4.00  2.20  1.00
assign ( resid   53 and name HB*  )   ( resid   54 and name HD2* )   4.00  2.20  1.00
assign ( resid   53 and name HB*  )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   53 and name HB*  )   ( resid  107 and name HD2* )   4.00  2.20  1.00
assign ( resid   54 and name HA   )   ( resid   96 and name HB*  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HB*  )   4.00  2.20  1.00
assign ( resid   54 and name HD2* )   ( resid   96 and name HG*  )   3.00  1.20  0.50
assign ( resid   54 and name HD2* )   ( resid   96 and name HD*  )   4.00  2.20  1.00
assign ( resid   55 and name HN   )   ( resid   55 and name HG*  )   4.00  2.20  1.00
assign ( resid   55 and name HG*  )   ( resid   56 and name HN   )   4.00  2.20  1.00
assign ( resid   55 and name HG*  )   ( resid  101 and name HE1  )   4.00  2.20  1.00
assign ( resid   55 and name HE2* )   ( resid  101 and name HB2  )   4.00  2.20  2.00
assign ( resid   55 and name HE2* )   ( resid  101 and name HE1  )   4.00  2.20  1.00
assign ( resid   56 and name HA   )   ( resid   84 and name HG*  )   4.00  2.20  1.00
assign ( resid   56 and name HB*  )   ( resid   84 and name HG*  )   4.00  2.20  1.00
assign ( resid   58 and name HA   )   ( resid   59 and name HA*  )   4.00  2.20  1.00
assign ( resid   60 and name HB*  )   ( resid   64 and name HG*  )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   62 and name HD*  )   4.00  2.20  1.00
assign ( resid   61 and name HN   )   ( resid   64 and name HG*  )   4.00  2.20  1.00
assign ( resid   61 and name HB   )   ( resid   62 and name HD*  )   3.00  1.20  0.50
assign ( resid   61 and name HG2* )   ( resid   63 and name HG*  )   4.00  2.20  1.00
assign ( resid   62 and name HA   )   ( resid   65 and name HB*  )   4.00  2.20  1.00
assign ( resid   62 and name HD*  )   ( resid   63 and name HN   )   4.00  2.20  1.00
assign ( resid   63 and name HN   )   ( resid   63 and name HG*  )   3.00  1.20  0.50
assign ( resid   63 and name HA   )   ( resid   63 and name HG*  )   3.00  1.20  0.50
assign ( resid   63 and name HA   )   ( resid   66 and name HG*  )   3.00  1.20  0.50
assign ( resid   63 and name HG*  )   ( resid   64 and name HN   )   3.00  1.20  0.50
assign ( resid   63 and name HG*  )   ( resid   64 and name HG*  )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   64 and name HG*  )   4.00  2.20  1.00
assign ( resid   64 and name HN   )   ( resid   66 and name HG*  )   4.00  2.20  2.00
assign ( resid   64 and name HA   )   ( resid   64 and name HG*  )   3.00  1.20  0.50
assign ( resid   64 and name HG*  )   ( resid   81 and name HG2* )   3.00  1.20  0.50
assign ( resid   64 and name HG*  )   ( resid   82 and name HD2* )   4.00  2.20  1.00
assign ( resid   65 and name HN   )   ( resid   65 and name HB*  )   3.00  1.20  0.50
assign ( resid   65 and name HN   )   ( resid   66 and name HG*  )   4.00  2.20  1.00
assign ( resid   65 and name HB*  )   ( resid   65 and name HD1* )   3.00  1.20  0.50
assign ( resid   65 and name HB*  )   ( resid   65 and name HD2* )   3.00  1.20  0.50
assign ( resid   65 and name HB*  )   ( resid   66 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HN   )   ( resid   66 and name HG*  )   3.00  1.20  0.50
assign ( resid   66 and name HG*  )   ( resid   67 and name HN   )   4.00  2.20  1.00
assign ( resid   66 and name HG*  )   ( resid   67 and name HG*  )   4.00  2.20  2.00
assign ( resid   68 and name HG12 )   ( resid   79 and name HB*  )   4.00  2.20  2.00
assign ( resid   70 and name HA   )   ( resid   71 and name HB*  )   4.00  2.20  1.00
assign ( resid   70 and name HG2* )   ( resid   71 and name HB*  )   4.00  2.20  1.00
assign ( resid   71 and name HN   )   ( resid   71 and name HB*  )   3.00  1.20  0.50
assign ( resid   71 and name HN   )   ( resid   72 and name HD*  )   4.00  2.20  2.00
assign ( resid   71 and name HB*  )   ( resid   72 and name HD*  )   3.00  1.20  0.50
assign ( resid   71 and name HB*  )   ( resid   73 and name HB*  )   4.00  2.20  1.00
assign ( resid   71 and name HB*  )   ( resid   75 and name HN   )   4.00  2.20  1.00
assign ( resid   72 and name HG*  )   ( resid   78 and name HB2  )   4.00  2.20  1.00
assign ( resid   79 and name HN   )   ( resid   79 and name HB*  )   3.00  1.20  0.50
assign ( resid   79 and name HB*  )   ( resid   81 and name HN   )   4.00  2.20  2.00
assign ( resid   79 and name HB*  )   ( resid   82 and name HB*  )   4.00  2.20  1.00
assign ( resid   79 and name HB*  )   ( resid   82 and name HG   )   4.00  2.20  2.00
assign ( resid   79 and name HB*  )   ( resid   82 and name HD1* )   4.00  2.20  1.00
assign ( resid   79 and name HB*  )   ( resid   83 and name HN   )   4.00  2.20  1.00
assign ( resid   79 and name HB*  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   81 and name HA   )   ( resid   83 and name HG*  )   4.00  2.20  2.00
assign ( resid   82 and name HN   )   ( resid   83 and name HG*  )   4.00  2.20  1.00
assign ( resid   82 and name HA   )   ( resid   83 and name HG*  )   4.00  2.20  2.00
assign ( resid   82 and name HB*  )   ( resid   84 and name HG*  )   4.00  2.20  1.00
assign ( resid   83 and name HN   )   ( resid   83 and name HG*  )   3.00  1.20  0.50
assign ( resid   83 and name HB*  )   ( resid   83 and name HG*  )   2.00  0.20  0.70
assign ( resid   83 and name HG*  )   ( resid   84 and name HN   )   4.00  2.20  1.00
assign ( resid   84 and name HN   )   ( resid   84 and name HG*  )   4.00  2.20  1.00
assign ( resid   84 and name HG*  )   ( resid   85 and name HN   )   4.00  2.20  1.00
assign ( resid   86 and name HA   )   ( resid   87 and name HB*  )   4.00  2.20  1.00
assign ( resid   86 and name HG1* )   ( resid   87 and name HB*  )   4.00  2.20  1.00
assign ( resid   87 and name HN   )   ( resid   87 and name HB*  )   4.00  2.20  1.00
assign ( resid   87 and name HB*  )   ( resid   88 and name HN   )   4.00  2.20  1.00
assign ( resid   87 and name HB*  )   ( resid   90 and name HA1  )   4.00  2.20  1.00
assign ( resid   89 and name HG2* )   ( resid   93 and name HG*  )   4.00  2.20  1.00
assign ( resid   91 and name HD2* )   ( resid   96 and name HG*  )   4.00  2.20  2.00
assign ( resid   93 and name HN   )   ( resid   93 and name HG*  )   3.00  1.20  0.50
assign ( resid   93 and name HN   )   ( resid   94 and name HA*  )   4.00  2.20  2.00
assign ( resid   93 and name HG*  )   ( resid   94 and name HN   )   4.00  2.20  1.00
assign ( resid   95 and name HN   )   ( resid   95 and name HG*  )   4.00  2.20  1.00
assign ( resid   95 and name HA   )   ( resid   95 and name HG*  )   4.00  2.20  1.00
assign ( resid   95 and name HG*  )   ( resid   96 and name HN   )   4.00  2.20  1.00
assign ( resid   95 and name HG*  )   ( resid   97 and name HN   )   4.00  2.20  1.00
assign ( resid   95 and name HG*  )   ( resid   98 and name HA   )   4.00  2.20  1.00
assign ( resid   95 and name HG*  )   ( resid  102 and name HE*  )   3.00  1.20  0.50
assign ( resid   96 and name HN   )   ( resid   96 and name HB*  )   4.00  2.20  1.00
assign ( resid   96 and name HN   )   ( resid   96 and name HD*  )   4.00  2.20  1.00
assign ( resid   96 and name HA   )   ( resid   96 and name HD*  )   4.00  2.20  1.00
assign ( resid   96 and name HB*  )   ( resid   97 and name HN   )   4.00  2.20  1.00
assign ( resid   96 and name HB*  )   ( resid  101 and name HZ3  )   4.00  2.20  1.00
assign ( resid   96 and name HG*  )   ( resid   97 and name HN   )   4.00  2.20  1.00
assign ( resid   96 and name HD*  )   ( resid   97 and name HN   )   4.00  2.20  2.00
assign ( resid   96 and name HD*  )   ( resid  107 and name HD1* )   4.00  2.20  1.00
assign ( resid   96 and name HD*  )   ( resid  107 and name HD2* )   4.00  2.20  1.00
assign ( resid   98 and name HN   )   ( resid   98 and name HB*  )   4.00  2.20  1.00
assign ( resid   98 and name HB*  )   ( resid   99 and name HB*  )   4.00  2.20  1.00
assign ( resid   98 and name HB*  )   ( resid  100 and name HN   )   4.00  2.20  1.00
assign ( resid   98 and name HB*  )   ( resid  101 and name HN   )   4.00  2.20  1.00
assign ( resid   99 and name HA   )   ( resid  102 and name HB*  )   4.00  2.20  1.00
assign ( resid   99 and name HB*  )   ( resid  100 and name HB*  )   4.00  2.20  1.00
assign ( resid   99 and name HB*  )   ( resid  102 and name HB*  )   4.00  2.20  1.00
assign ( resid  100 and name HN   )   ( resid  100 and name HB*  )   3.00  1.20  0.50
assign ( resid  100 and name HN   )   ( resid  100 and name HG*  )   4.00  2.20  1.00
assign ( resid  100 and name HA   )   ( resid  100 and name HG*  )   3.00  1.20  0.50
assign ( resid  100 and name HA   )   ( resid  100 and name HD*  )   4.00  2.20  1.00
assign ( resid  100 and name HB*  )   ( resid  100 and name HD*  )   3.00  1.20  0.50
assign ( resid  100 and name HB*  )   ( resid  100 and name HE*  )   4.00  2.20  1.00
assign ( resid  100 and name HB*  )   ( resid  101 and name HN   )   3.00  1.20  0.50
assign ( resid  100 and name HG*  )   ( resid  100 and name HE*  )   3.00  1.20  0.50
assign ( resid  100 and name HG*  )   ( resid  101 and name HN   )   4.00  2.20  2.00
assign ( resid  100 and name HD*  )   ( resid  101 and name HN   )   4.00  2.20  1.00
assign ( resid  101 and name HA   )   ( resid  104 and name HG*  )   4.00  2.20  2.00
assign ( resid  102 and name HN   )   ( resid  102 and name HB*  )   4.00  2.20  1.00
assign ( resid  102 and name HB*  )   ( resid  102 and name HE*  )   3.00  1.20  0.50
assign ( resid  102 and name HB*  )   ( resid  103 and name HN   )   3.00  1.20  0.50
assign ( resid  102 and name HB*  )   ( resid  103 and name HB*  )   4.00  2.20  1.00
assign ( resid  103 and name HB*  )   ( resid  104 and name HG*  )   3.00  1.20  0.50
assign ( resid  104 and name HN   )   ( resid  104 and name HG*  )   3.00  1.20  0.50
assign ( resid  104 and name HA   )   ( resid  104 and name HG*  )   3.00  1.20  0.50
assign ( resid  104 and name HG*  )   ( resid  105 and name HN   )   4.00  2.20  1.00
assign ( resid    6 and name C    )   ( resid    7 and name N    ) 
        (resid    7 and name CA   )   ( resid    7 and name C    )  1  -66.20   27.10 2
assign ( resid    7 and name N    )   ( resid    7 and name CA   ) 
        (resid    7 and name C    )   ( resid    8 and name N    )  1  -38.80   27.10 2
assign ( resid    7 and name C    )   ( resid    8 and name N    ) 
        (resid    8 and name CA   )   ( resid    8 and name C    )  1  -69.60   40.00 2
assign ( resid    8 and name N    )   ( resid    8 and name CA   ) 
        (resid    8 and name C    )   ( resid    9 and name N    )  1  -30.00   40.00 2
assign ( resid    9 and name C    )   ( resid   10 and name N    ) 
        (resid   10 and name CA   )   ( resid   10 and name C    )  1  -68.05   27.15 2
assign ( resid   10 and name N    )   ( resid   10 and name CA   ) 
        (resid   10 and name C    )   ( resid   11 and name N    )  1  -37.90   27.10 2
assign ( resid   10 and name C    )   ( resid   11 and name N    ) 
        (resid   11 and name CA   )   ( resid   11 and name C    )  1  -65.95   23.45 2
assign ( resid   11 and name N    )   ( resid   11 and name CA   ) 
        (resid   11 and name C    )   ( resid   12 and name N    )  1  -32.65   23.45 2
assign ( resid   13 and name C    )   ( resid   14 and name N    ) 
        (resid   14 and name CA   )   ( resid   14 and name C    )  1  -65.75   28.55 2
assign ( resid   14 and name N    )   ( resid   14 and name CA   ) 
        (resid   14 and name C    )   ( resid   15 and name N    )  1  -40.95   28.55 2
assign ( resid   14 and name C    )   ( resid   15 and name N    ) 
        (resid   15 and name CA   )   ( resid   15 and name C    )  1  -63.30   18.10 2
assign ( resid   15 and name N    )   ( resid   15 and name CA   ) 
        (resid   15 and name C    )   ( resid   16 and name N    )  1  -38.70   18.10 2
assign ( resid   15 and name C    )   ( resid   16 and name N    ) 
        (resid   16 and name CA   )   ( resid   16 and name C    )  1  -63.80   15.00 2
assign ( resid   16 and name N    )   ( resid   16 and name CA   ) 
        (resid   16 and name C    )   ( resid   17 and name N    )  1  -43.90   15.00 2
assign ( resid   16 and name C    )   ( resid   17 and name N    ) 
        (resid   17 and name CA   )   ( resid   17 and name C    )  1  -61.45   16.65 2
assign ( resid   17 and name N    )   ( resid   17 and name CA   ) 
        (resid   17 and name C    )   ( resid   18 and name N    )  1  -42.85   16.65 2
assign ( resid   17 and name C    )   ( resid   18 and name N    ) 
        (resid   18 and name CA   )   ( resid   18 and name C    )  1  -61.35   18.65 2
assign ( resid   18 and name N    )   ( resid   18 and name CA   ) 
        (resid   18 and name C    )   ( resid   19 and name N    )  1  -43.40   18.70 2
assign ( resid   18 and name C    )   ( resid   19 and name N    ) 
        (resid   19 and name CA   )   ( resid   19 and name C    )  1  -66.45   27.35 2
assign ( resid   19 and name N    )   ( resid   19 and name CA   ) 
        (resid   19 and name C    )   ( resid   20 and name N    )  1  -41.85   27.35 2
assign ( resid   19 and name C    )   ( resid   20 and name N    ) 
        (resid   20 and name CA   )   ( resid   20 and name C    )  1  -68.00   27.10 2
assign ( resid   20 and name N    )   ( resid   20 and name CA   ) 
        (resid   20 and name C    )   ( resid   21 and name N    )  1  -36.60   27.10 2
assign ( resid   26 and name C    )   ( resid   27 and name N    ) 
        (resid   27 and name CA   )   ( resid   27 and name C    )  1 -149.35   76.85 2
assign ( resid   27 and name N    )   ( resid   27 and name CA   ) 
        (resid   27 and name C    )   ( resid   28 and name N    )  1  151.05   76.85 2
assign ( resid   27 and name C    )   ( resid   28 and name N    ) 
        (resid   28 and name CA   )   ( resid   28 and name C    )  1 -122.95   58.65 2
assign ( resid   28 and name N    )   ( resid   28 and name CA   ) 
        (resid   28 and name C    )   ( resid   29 and name N    )  1  139.90   58.60 2
assign ( resid   28 and name C    )   ( resid   29 and name N    ) 
        (resid   29 and name CA   )   ( resid   29 and name C    )  1 -137.35   38.95 2
assign ( resid   29 and name N    )   ( resid   29 and name CA   ) 
        (resid   29 and name C    )   ( resid   30 and name N    )  1  137.60   39.00 2
assign ( resid   29 and name C    )   ( resid   30 and name N    ) 
        (resid   30 and name CA   )   ( resid   30 and name C    )  1  -96.25   22.65 2
assign ( resid   30 and name N    )   ( resid   30 and name CA   ) 
        (resid   30 and name C    )   ( resid   31 and name N    )  1  122.35   22.65 2
assign ( resid   31 and name C    )   ( resid   32 and name N    ) 
        (resid   32 and name CA   )   ( resid   32 and name C    )  1  -59.60   18.40 2
assign ( resid   32 and name N    )   ( resid   32 and name CA   ) 
        (resid   32 and name C    )   ( resid   33 and name N    )  1  -31.90   18.40 2
assign ( resid   32 and name C    )   ( resid   33 and name N    ) 
        (resid   33 and name CA   )   ( resid   33 and name C    )  1  -65.80   22.70 2
assign ( resid   33 and name N    )   ( resid   33 and name CA   ) 
        (resid   33 and name C    )   ( resid   34 and name N    )  1  -31.70   22.70 2
assign ( resid   35 and name C    )   ( resid   36 and name N    ) 
        (resid   36 and name CA   )   ( resid   36 and name C    )  1 -125.20   58.50 2
assign ( resid   36 and name N    )   ( resid   36 and name CA   ) 
        (resid   36 and name C    )   ( resid   37 and name N    )  1  150.95   58.55 2
assign ( resid   36 and name C    )   ( resid   37 and name N    ) 
        (resid   37 and name CA   )   ( resid   37 and name C    )  1 -101.60   35.30 2
assign ( resid   37 and name N    )   ( resid   37 and name CA   ) 
        (resid   37 and name C    )   ( resid   38 and name N    )  1  123.60   35.30 2
assign ( resid   37 and name C    )   ( resid   38 and name N    ) 
        (resid   38 and name CA   )   ( resid   38 and name C    )  1 -116.25   51.45 2
assign ( resid   38 and name N    )   ( resid   38 and name CA   ) 
        (resid   38 and name C    )   ( resid   39 and name N    )  1  124.95   51.45 2
assign ( resid   38 and name C    )   ( resid   39 and name N    ) 
        (resid   39 and name CA   )   ( resid   39 and name C    )  1 -109.60   25.00 2
assign ( resid   39 and name N    )   ( resid   39 and name CA   ) 
        (resid   39 and name C    )   ( resid   40 and name N    )  1  116.50   25.00 2
assign ( resid   39 and name C    )   ( resid   40 and name N    ) 
        (resid   40 and name CA   )   ( resid   40 and name C    )  1 -104.00   33.70 2
assign ( resid   40 and name N    )   ( resid   40 and name CA   ) 
        (resid   40 and name C    )   ( resid   41 and name N    )  1  118.30   33.70 2
assign ( resid   40 and name C    )   ( resid   41 and name N    ) 
        (resid   41 and name CA   )   ( resid   41 and name C    )  1  -81.40   35.10 2
assign ( resid   41 and name N    )   ( resid   41 and name CA   ) 
        (resid   41 and name C    )   ( resid   42 and name N    )  1  159.20   35.10 2
assign ( resid   41 and name C    )   ( resid   42 and name N    ) 
        (resid   42 and name CA   )   ( resid   42 and name C    )  1  -62.40   15.00 2
assign ( resid   42 and name N    )   ( resid   42 and name CA   ) 
        (resid   42 and name C    )   ( resid   43 and name N    )  1  -20.70   15.00 2
assign ( resid   42 and name C    )   ( resid   43 and name N    ) 
        (resid   43 and name CA   )   ( resid   43 and name C    )  1  -88.95   51.35 2
assign ( resid   43 and name N    )   ( resid   43 and name CA   ) 
        (resid   43 and name C    )   ( resid   44 and name N    )  1    6.45   51.35 2
assign ( resid   45 and name C    )   ( resid   46 and name N    ) 
        (resid   46 and name CA   )   ( resid   46 and name C    )  1 -119.65   57.35 2
assign ( resid   46 and name N    )   ( resid   46 and name CA   ) 
        (resid   46 and name C    )   ( resid   47 and name N    )  1  145.45   57.35 2
assign ( resid   46 and name C    )   ( resid   47 and name N    ) 
        (resid   47 and name CA   )   ( resid   47 and name C    )  1 -119.00   36.90 2
assign ( resid   47 and name N    )   ( resid   47 and name CA   ) 
        (resid   47 and name C    )   ( resid   48 and name N    )  1  135.10   36.90 2
assign ( resid   47 and name C    )   ( resid   48 and name N    ) 
        (resid   48 and name CA   )   ( resid   48 and name C    )  1 -112.90   45.00 2
assign ( resid   48 and name N    )   ( resid   48 and name CA   ) 
        (resid   48 and name C    )   ( resid   49 and name N    )  1  135.50   45.00 2
assign ( resid   48 and name C    )   ( resid   49 and name N    ) 
        (resid   49 and name CA   )   ( resid   49 and name C    )  1 -132.90   37.20 2
assign ( resid   49 and name N    )   ( resid   49 and name CA   ) 
        (resid   49 and name C    )   ( resid   50 and name N    )  1  137.30   37.20 2
assign ( resid   51 and name C    )   ( resid   52 and name N    ) 
        (resid   52 and name CA   )   ( resid   52 and name C    )  1  -74.65   29.05 2
assign ( resid   52 and name N    )   ( resid   52 and name CA   ) 
        (resid   52 and name C    )   ( resid   53 and name N    )  1  -13.25   29.05 2
assign ( resid   55 and name C    )   ( resid   56 and name N    ) 
        (resid   56 and name CA   )   ( resid   56 and name C    )  1  -68.30   41.90 2
assign ( resid   56 and name N    )   ( resid   56 and name CA   ) 
        (resid   56 and name C    )   ( resid   57 and name N    )  1  -28.45   41.95 2
assign ( resid   62 and name C    )   ( resid   63 and name N    ) 
        (resid   63 and name CA   )   ( resid   63 and name C    )  1  -66.10   15.00 2
assign ( resid   63 and name N    )   ( resid   63 and name CA   ) 
        (resid   63 and name C    )   ( resid   64 and name N    )  1  -34.30   15.00 2
assign ( resid   63 and name C    )   ( resid   64 and name N    ) 
        (resid   64 and name CA   )   ( resid   64 and name C    )  1  -72.15   23.75 2
assign ( resid   64 and name N    )   ( resid   64 and name CA   ) 
        (resid   64 and name C    )   ( resid   65 and name N    )  1  -32.30   23.80 2
assign ( resid   67 and name C    )   ( resid   68 and name N    ) 
        (resid   68 and name CA   )   ( resid   68 and name C    )  1 -106.45   69.95 2
assign ( resid   68 and name N    )   ( resid   68 and name CA   ) 
        (resid   68 and name C    )   ( resid   69 and name N    )  1  130.65   69.95 2
assign ( resid   68 and name C    )   ( resid   69 and name N    ) 
        (resid   69 and name CA   )   ( resid   69 and name C    )  1 -120.65   68.95 2
assign ( resid   69 and name N    )   ( resid   69 and name CA   ) 
        (resid   69 and name C    )   ( resid   70 and name N    )  1  128.10   68.90 2
assign ( resid   69 and name C    )   ( resid   70 and name N    ) 
        (resid   70 and name CA   )   ( resid   70 and name C    )  1  -88.65   37.15 2
assign ( resid   70 and name N    )   ( resid   70 and name CA   ) 
        (resid   70 and name C    )   ( resid   71 and name N    )  1  126.95   37.15 2
assign ( resid   72 and name C    )   ( resid   73 and name N    ) 
        (resid   73 and name CA   )   ( resid   73 and name C    )  1  -95.35   39.55 2
assign ( resid   73 and name N    )   ( resid   73 and name CA   ) 
        (resid   73 and name C    )   ( resid   74 and name N    )  1    1.85   39.55 2
assign ( resid   75 and name C    )   ( resid   76 and name N    ) 
        (resid   76 and name CA   )   ( resid   76 and name C    )  1  132.00  185.10 2
assign ( resid   76 and name N    )   ( resid   76 and name CA   ) 
        (resid   76 and name C    )   ( resid   77 and name N    )  1  109.65  185.15 2
assign ( resid   76 and name C    )   ( resid   77 and name N    ) 
        (resid   77 and name CA   )   ( resid   77 and name C    )  1 -128.00   39.60 2
assign ( resid   77 and name N    )   ( resid   77 and name CA   ) 
        (resid   77 and name C    )   ( resid   78 and name N    )  1  143.05   39.55 2
assign ( resid   77 and name C    )   ( resid   78 and name N    ) 
        (resid   78 and name CA   )   ( resid   78 and name C    )  1 -111.85   34.35 2
assign ( resid   78 and name N    )   ( resid   78 and name CA   ) 
        (resid   78 and name C    )   ( resid   79 and name N    )  1  132.55   34.35 2
assign ( resid   78 and name C    )   ( resid   79 and name N    ) 
        (resid   79 and name CA   )   ( resid   79 and name C    )  1  -86.85   51.25 2
assign ( resid   79 and name N    )   ( resid   79 and name CA   ) 
        (resid   79 and name C    )   ( resid   80 and name N    )  1  135.45   51.25 2
assign ( resid   79 and name C    )   ( resid   80 and name N    ) 
        (resid   80 and name CA   )   ( resid   80 and name C    )  1  -61.10   15.00 2
assign ( resid   80 and name N    )   ( resid   80 and name CA   ) 
        (resid   80 and name C    )   ( resid   81 and name N    )  1  -30.60   15.00 2
assign ( resid   80 and name C    )   ( resid   81 and name N    ) 
        (resid   81 and name CA   )   ( resid   81 and name C    )  1  -74.95   32.55 2
assign ( resid   81 and name N    )   ( resid   81 and name CA   ) 
        (resid   81 and name C    )   ( resid   82 and name N    )  1  -35.15   32.55 2
assign ( resid   81 and name C    )   ( resid   82 and name N    ) 
        (resid   82 and name CA   )   ( resid   82 and name C    )  1  -96.05   19.85 2
assign ( resid   82 and name N    )   ( resid   82 and name CA   ) 
        (resid   82 and name C    )   ( resid   83 and name N    )  1    5.85   19.85 2
assign ( resid   82 and name C    )   ( resid   83 and name N    ) 
        (resid   83 and name CA   )   ( resid   83 and name C    )  1   58.00   15.00 2
assign ( resid   83 and name N    )   ( resid   83 and name CA   ) 
        (resid   83 and name C    )   ( resid   84 and name N    )  1   42.80   15.00 2
assign ( resid   84 and name C    )   ( resid   85 and name N    ) 
        (resid   85 and name CA   )   ( resid   85 and name C    )  1 -116.60   59.50 2
assign ( resid   85 and name N    )   ( resid   85 and name CA   ) 
        (resid   85 and name C    )   ( resid   86 and name N    )  1  137.40   59.50 2
assign ( resid   85 and name C    )   ( resid   86 and name N    ) 
        (resid   86 and name CA   )   ( resid   86 and name C    )  1 -124.30   46.90 2
assign ( resid   86 and name N    )   ( resid   86 and name CA   ) 
        (resid   86 and name C    )   ( resid   87 and name N    )  1  132.85   46.85 2
assign ( resid   86 and name C    )   ( resid   87 and name N    ) 
        (resid   87 and name CA   )   ( resid   87 and name C    )  1  -89.25   48.65 2
assign ( resid   87 and name N    )   ( resid   87 and name CA   ) 
        (resid   87 and name C    )   ( resid   88 and name N    )  1  122.40   48.70 2
assign ( resid   87 and name C    )   ( resid   88 and name N    ) 
        (resid   88 and name CA   )   ( resid   88 and name C    )  1  -58.80   15.80 2
assign ( resid   88 and name N    )   ( resid   88 and name CA   ) 
        (resid   88 and name C    )   ( resid   89 and name N    )  1  -34.75   15.85 2
assign ( resid   88 and name C    )   ( resid   89 and name N    ) 
        (resid   89 and name CA   )   ( resid   89 and name C    )  1  -62.20   15.00 2
assign ( resid   89 and name N    )   ( resid   89 and name CA   ) 
        (resid   89 and name C    )   ( resid   90 and name N    )  1  -42.90   15.00 2
assign ( resid   89 and name C    )   ( resid   90 and name N    ) 
        (resid   90 and name CA   )   ( resid   90 and name C    )  1  -62.30   15.00 2
assign ( resid   90 and name N    )   ( resid   90 and name CA   ) 
        (resid   90 and name C    )   ( resid   91 and name N    )  1  -35.40   15.00 2
assign ( resid   92 and name C    )   ( resid   93 and name N    ) 
        (resid   93 and name CA   )   ( resid   93 and name C    )  1  -84.25   17.45 2
assign ( resid   93 and name N    )   ( resid   93 and name CA   ) 
        (resid   93 and name C    )   ( resid   94 and name N    )  1   -6.75   17.45 2
assign ( resid   98 and name C    )   ( resid   99 and name N    ) 
        (resid   99 and name CA   )   ( resid   99 and name C    )  1  -59.80   15.00 2
assign ( resid   99 and name N    )   ( resid   99 and name CA   ) 
        (resid   99 and name C    )   ( resid  100 and name N    )  1  -38.70   15.00 2
assign ( resid   99 and name C    )   ( resid  100 and name N    ) 
        (resid  100 and name CA   )   ( resid  100 and name C    )  1  -65.00   18.00 2
assign ( resid  100 and name N    )   ( resid  100 and name CA   ) 
        (resid  100 and name C    )   ( resid  101 and name N    )  1  -43.40   18.00 2
assign ( resid  100 and name C    )   ( resid  101 and name N    ) 
        (resid  101 and name CA   )   ( resid  101 and name C    )  1  -63.20   15.00 2
assign ( resid  101 and name N    )   ( resid  101 and name CA   ) 
        (resid  101 and name C    )   ( resid  102 and name N    )  1  -41.40   15.00 2
assign ( resid  101 and name C    )   ( resid  102 and name N    ) 
        (resid  102 and name CA   )   ( resid  102 and name C    )  1  -63.60   17.70 2
assign ( resid  102 and name N    )   ( resid  102 and name CA   ) 
        (resid  102 and name C    )   ( resid  103 and name N    )  1  -39.60   17.70 2
assign ( resid  102 and name C    )   ( resid  103 and name N    ) 
        (resid  103 and name CA   )   ( resid  103 and name C    )  1  -68.70   15.30 2
assign ( resid  103 and name N    )   ( resid  103 and name CA   ) 
        (resid  103 and name C    )   ( resid  104 and name N    )  1  -23.40   15.30 2
assign ( resid  103 and name C    )   ( resid  104 and name N    ) 
        (resid  104 and name CA   )   ( resid  104 and name C    )  1  -84.85   15.25 2
assign ( resid  104 and name N    )   ( resid  104 and name CA   ) 
        (resid  104 and name C    )   ( resid  105 and name N    )  1  -16.35   15.25 2
assign ( resid   10 and name O    )   ( resid   14 and name HN   )   2.00  0.20  0.30
assign ( resid   10 and name O    )   ( resid   14 and name N    )   3.00  0.30  0.30
assign ( resid   11 and name O    )   ( resid   15 and name HN   )   2.00  0.20  0.30
assign ( resid   11 and name O    )   ( resid   15 and name N    )   3.00  0.30  0.30
assign ( resid   12 and name O    )   ( resid   16 and name HN   )   2.00  0.20  0.30
assign ( resid   12 and name O    )   ( resid   16 and name N    )   3.00  0.30  0.30
assign ( resid   13 and name O    )   ( resid   17 and name HN   )   2.00  0.20  0.30
assign ( resid   13 and name O    )   ( resid   17 and name N    )   3.00  0.30  0.30
assign ( resid   14 and name O    )   ( resid   18 and name HN   )   2.00  0.20  0.30
assign ( resid   14 and name O    )   ( resid   18 and name N    )   3.00  0.30  0.30
assign ( resid   15 and name O    )   ( resid   19 and name HN   )   2.00  0.20  0.30
assign ( resid   15 and name O    )   ( resid   19 and name N    )   3.00  0.30  0.30
assign ( resid   16 and name O    )   ( resid   20 and name HN   )   2.00  0.20  0.30
assign ( resid   16 and name O    )   ( resid   20 and name N    )   3.00  0.30  0.30
assign ( resid   17 and name O    )   ( resid   21 and name HN   )   2.00  0.20  0.30
assign ( resid   17 and name O    )   ( resid   21 and name N    )   3.00  0.30  0.30
assign ( resid   18 and name O    )   ( resid   22 and name HN   )   2.00  0.20  0.30
assign ( resid   18 and name O    )   ( resid   22 and name N    )   3.00  0.30  0.30
assign ( resid   88 and name O    )   ( resid   92 and name HN   )   2.00  0.20  0.30
assign ( resid   88 and name O    )   ( resid   92 and name N    )   3.00  0.30  0.30
assign ( resid   89 and name O    )   ( resid   93 and name HN   )   2.00  0.20  0.30
assign ( resid   89 and name O    )   ( resid   93 and name N    )   3.00  0.30  0.30
assign ( resid   99 and name O    )   ( resid  103 and name HN   )   2.00  0.20  0.30
assign ( resid   99 and name O    )   ( resid  103 and name N    )   3.00  0.30  0.30
assign ( resid  100 and name O    )   ( resid  104 and name HN   )   2.00  0.20  0.30
assign ( resid  100 and name O    )   ( resid  104 and name N    )   3.00  0.30  0.30
assign ( resid  101 and name O    )   ( resid  105 and name HN   )   2.00  0.20  0.30
assign ( resid  101 and name O    )   ( resid  105 and name N    )   3.00  0.30  0.30
assign ( resid   38 and name O    )   ( resid   29 and name HN   )   2.00  0.20  0.30
assign ( resid   38 and name O    )   ( resid   29 and name N    )   3.00  0.30  0.30
assign ( resid   29 and name O    )   ( resid   38 and name HN   )   2.00  0.20  0.30
assign ( resid   29 and name O    )   ( resid   38 and name N    )   3.00  0.30  0.30
assign ( resid   27 and name O    )   ( resid   40 and name HN   )   2.00  0.20  0.30
assign ( resid   27 and name O    )   ( resid   40 and name N    )   3.00  0.30  0.30
assign ( resid   40 and name O    )   ( resid   27 and name HN   )   2.00  0.20  0.30
assign ( resid   40 and name O    )   ( resid   27 and name N    )   3.00  0.30  0.30
assign ( resid   36 and name O    )   ( resid   31 and name HN   )   2.00  0.20  0.30
assign ( resid   36 and name O    )   ( resid   31 and name N    )   3.00  0.30  0.30
assign ( resid   31 and name O    )   ( resid   36 and name HN   )   2.00  0.20  0.30
assign ( resid   31 and name O    )   ( resid   36 and name N    )   3.00  0.30  0.30
assign ( resid   49 and name O    )   ( resid   37 and name HN   )   2.00  0.20  0.30
assign ( resid   49 and name O    )   ( resid   37 and name N    )   3.00  0.30  0.30
assign ( resid   37 and name O    )   ( resid   49 and name HN   )   2.00  0.20  0.30
assign ( resid   37 and name O    )   ( resid   49 and name N    )   3.00  0.30  0.30
assign ( resid   47 and name O    )   ( resid   39 and name HN   )   2.00  0.20  0.30
assign ( resid   47 and name O    )   ( resid   39 and name N    )   3.00  0.30  0.30
assign ( resid   39 and name O    )   ( resid   47 and name HN   )   2.00  0.20  0.30
assign ( resid   39 and name O    )   ( resid   47 and name N    )   3.00  0.30  0.30
assign ( resid   45 and name O    )   ( resid   41 and name HN   )   2.00  0.20  0.30
assign ( resid   45 and name O    )   ( resid   41 and name N    )   3.00  0.30  0.30
assign ( resid   78 and name O    )   ( resid   69 and name HN   )   2.00  0.20  0.30
assign ( resid   78 and name O    )   ( resid   69 and name N    )   3.00  0.30  0.30
assign ( resid   69 and name O    )   ( resid   78 and name HN   )   2.00  0.20  0.30
assign ( resid   69 and name O    )   ( resid   78 and name N    )   3.00  0.30  0.30
assign ( resid   79 and name O    )   ( resid   84 and name HN   )   2.00  0.20  0.30
assign ( resid   79 and name O    )   ( resid   84 and name N    )   3.00  0.30  0.30
assign ( resid   84 and name O    )   ( resid   79 and name HN   )   2.00  0.20  0.30
assign ( resid   84 and name O    )   ( resid   79 and name N    )   3.00  0.30  0.30
assign ( resid   77 and name O    )   ( resid   86 and name HN   )   2.00  0.20  0.30
assign ( resid   77 and name O    )   ( resid   86 and name N    )   3.00  0.30  0.30
assign ( resid   86 and name O    )   ( resid   77 and name HN   )   2.00  0.20  0.30
assign ( resid   86 and name O    )   ( resid   77 and name N    )   3.00  0.30  0.30
  Entry H atom name         Submitted Coord H atom name
  Start of MODEL    1
    1    H1   MET   1           HT2      MET   1   1.075  -1.876  -0.828
    2    H2   MET   1           HT1      MET   1   2.704  -2.080  -0.429
    3    H3   MET   1           HT3      MET   1   2.009  -0.541  -0.414
    4    HB3  MET   1           HB1      MET   1   2.601  -2.455  -4.119
    5    HG3  MET   1           HG1      MET   1   3.657  -3.647  -1.544
    6    HA   MET   1           HA       MET   1   3.346  -0.762  -2.346
    7    HB2  MET   1           HB2      MET   1   1.614  -3.202  -2.870
    8    HG2  MET   1           HG2      MET   1   4.626  -2.937  -2.838
    9    HE2  MET   1           HE1      MET   1   3.969  -5.496  -5.790
   10    HE1  MET   1           HE2      MET   1   4.779  -4.006  -5.325
   11    HE3  MET   1           HE3      MET   1   3.019  -4.042  -5.461
   12    HA   GLU   2           HA       GLU   2  -1.012   0.180  -4.286
   13    HB2  GLU   2           HB2      GLU   2  -3.225   0.086  -3.236
   14    HG2  GLU   2           HG2      GLU   2  -2.572   0.501  -0.846
   15    H    GLU   2           HN       GLU   2  -0.113  -1.441  -2.218
   16    HB3  GLU   2           HB1      GLU   2  -2.452  -1.488  -3.135
   17    HG3  GLU   2           HG1      GLU   2  -3.746  -0.791  -1.085
   18    HA   VAL   3           HA       VAL   3  -0.455   4.260  -2.596
   19    HB   VAL   3           HB       VAL   3  -2.083   4.768  -5.143
   20    H    VAL   3           HN       VAL   3  -1.479   2.329  -4.490
   21    HA   SER   4           HA       SER   4  -4.360   4.883  -0.590
   22    HB2  SER   4           HB2      SER   4  -3.656   2.011   0.197
   23    HG   SER   4           HG       SER   4  -5.078   3.117  -1.956
   24    H    SER   4           HN       SER   4  -1.642   3.817  -0.775
   25    HB3  SER   4           HB1      SER   4  -5.192   2.807   0.532
   26    HA   ALA   5           HA       ALA   5  -2.976   4.793   3.819
   27    HB2  ALA   5           HB1      ALA   5  -2.351   6.901   2.700
   28    HB1  ALA   5           HB2      ALA   5  -2.950   7.221   4.327
   29    HB3  ALA   5           HB3      ALA   5  -3.982   7.534   2.927
   30    H    ALA   5           HN       ALA   5  -5.058   4.860   1.822
   31    HA   ASN   6           HA       ASN   6  -5.410   3.782   7.256
   32    HB2  ASN   6           HB2      ASN   6  -5.237   6.179   7.541
   33   HD21  ASN   6          HD21      ASN   6  -5.798   5.195   9.575
   34   HD22  ASN   6          HD22      ASN   6  -7.388   5.372  10.218
   35    H    ASN   6           HN       ASN   6  -4.157   3.855   5.390
   36    HB3  ASN   6           HB1      ASN   6  -6.520   6.461   6.368
   37    HA   GLU   7           HA       GLU   7  -9.890   3.681   5.429
   38    HB2  GLU   7           HB2      GLU   7 -10.547   3.978   2.912
   39    HG2  GLU   7           HG2      GLU   7  -9.248   5.656   1.664
   40    H    GLU   7           HN       GLU   7  -7.519   4.938   4.595
   41    HB3  GLU   7           HB1      GLU   7 -10.219   5.402   3.885
   42    HG3  GLU   7           HG1      GLU   7  -7.978   5.600   2.882
   43    HA   LEU   8           HA       LEU   8  -8.216   0.049   2.637
   44    HB2  LEU   8           HB2      LEU   8  -5.782  -0.867   3.075
   45    HG   LEU   8           HG       LEU   8  -5.315   2.074   3.722
   46   HD12  LEU   8          HD11      LEU   8  -4.044   1.280   5.669
   47   HD11  LEU   8          HD12      LEU   8  -4.550  -0.376   5.315
   48   HD13  LEU   8          HD13      LEU   8  -5.750   0.845   5.745
   49   HD23  LEU   8          HD21      LEU   8  -3.260  -0.032   2.993
   50   HD22  LEU   8          HD22      LEU   8  -2.917   1.625   3.503
   51   HD21  LEU   8          HD23      LEU   8  -3.763   1.329   1.989
   52    H    LEU   8           HN       LEU   8  -7.163   2.362   3.774
   53    HB3  LEU   8           HB1      LEU   8  -6.051   0.445   1.955
   54    HA   GLU   9           HA       GLU   9  -7.664  -0.256   7.938
   55    HB2  GLU   9           HB2      GLU   9  -9.789  -1.337   8.466
   56    HG2  GLU   9           HG2      GLU   9 -10.355  -1.473   5.491
   57    H    GLU   9           HN       GLU   9  -7.615   0.807   5.947
   58    HB3  GLU   9           HB1      GLU   9 -10.068   0.041   7.411
   59    HG3  GLU   9           HG1      GLU   9 -10.034  -2.860   6.527
   60    HA   ALA  10           HA       ALA  10  -6.387  -4.296   5.641
   61    HB2  ALA  10           HB1      ALA  10  -3.704  -2.889   5.847
   62    HB1  ALA  10           HB2      ALA  10  -4.744  -2.931   4.421
   63    HB3  ALA  10           HB3      ALA  10  -4.018  -4.422   5.022
   64    H    ALA  10           HN       ALA  10  -5.887  -1.601   6.149
   65    HA   ALA  11           HA       ALA  11  -3.376  -5.467   9.211
   66    HB2  ALA  11           HB1      ALA  11  -1.990  -3.442   9.385
   67    HB3  ALA  11           HB2      ALA  11  -2.309  -4.134  10.977
   68    HB1  ALA  11           HB3      ALA  11  -3.190  -2.698  10.442
   69    H    ALA  11           HN       ALA  11  -4.078  -2.996   8.055
   70    HA   SER  12           HA       SER  12  -6.696  -4.339  12.547
   71    HB2  SER  12           HB2      SER  12  -7.283  -2.010  11.914
   72    HG   SER  12           HG       SER  12  -9.717  -3.419  12.133
   73    H    SER  12           HN       SER  12  -5.933  -3.187  10.045
   74    HB3  SER  12           HB1      SER  12  -8.330  -2.616  10.630
   75    HA   SER  13           HA       SER  13 -10.006  -6.497   9.695
   76    HB2  SER  13           HB2      SER  13  -8.356  -5.993   7.181
   77    HG   SER  13           HG       SER  13  -9.687  -4.254   7.984
   78    H    SER  13           HN       SER  13  -7.922  -4.661   9.232
   79    HB3  SER  13           HB1      SER  13  -9.814  -6.985   7.223
   80    HA   ARG  14           HA       ARG  14  -6.464  -9.682   8.666
   81    HB2  ARG  14           HB2      ARG  14  -4.371  -7.837   9.888
   82    HG2  ARG  14           HG2      ARG  14  -4.847  -7.418   7.467
   83    HD2  ARG  14           HD2      ARG  14  -3.870  -9.053   5.823
   84    HE   ARG  14           HE       ARG  14  -6.215 -10.272   7.119
   85   HH11  ARG  14          HH11      ARG  14  -4.903  -8.414   4.427
   86   HH12  ARG  14          HH12      ARG  14  -6.337  -8.590   3.467
   87   HH21  ARG  14          HH21      ARG  14  -8.072 -10.478   5.846
   88   HH22  ARG  14          HH22      ARG  14  -8.121  -9.759   4.272
   89    H    ARG  14           HN       ARG  14  -6.547  -6.910   9.056
   90    HB3  ARG  14           HB1      ARG  14  -4.067  -9.525   9.502
   91    HG3  ARG  14           HG1      ARG  14  -3.194  -7.913   7.813
   92    HD3  ARG  14           HD1      ARG  14  -3.836 -10.253   7.109
   93    HA   MET  15           HA       MET  15  -5.521  -9.956  13.469
   94    HB2  MET  15           HB2      MET  15  -6.452  -7.107  13.790
   95    HG2  MET  15           HG2      MET  15  -4.462  -6.800  15.061
   96    HE1  MET  15           HE1      MET  15  -1.731  -6.981  14.490
   97    HE3  MET  15           HE2      MET  15  -1.131  -7.759  13.025
   98    HE2  MET  15           HE3      MET  15  -1.765  -8.743  14.346
   99    H    MET  15           HN       MET  15  -5.858  -7.858  11.697
  100    HB3  MET  15           HB1      MET  15  -6.563  -8.173  15.186
  101    HG3  MET  15           HG1      MET  15  -4.207  -8.538  15.215
  102    HA   GLU  16           HA       GLU  16 -10.313  -9.926  14.283
  103    HB2  GLU  16           HB2      GLU  16 -10.902  -8.570  11.617
  104    HG2  GLU  16           HG2      GLU  16 -11.402  -7.492  14.410
  105    H    GLU  16           HN       GLU  16  -8.608  -8.410  12.598
  106    HB3  GLU  16           HB1      GLU  16 -12.127  -9.126  12.757
  107    HG3  GLU  16           HG1      GLU  16 -10.047  -7.006  13.387
  108    HA   MET  17           HA       MET  17 -10.926 -12.683  10.386
  109    HB2  MET  17           HB2      MET  17  -8.605 -11.444   8.863
  110    HG2  MET  17           HG2      MET  17 -11.548 -11.613   8.156
  111    HE1  MET  17           HE1      MET  17 -11.448  -8.710   6.644
  112    HE3  MET  17           HE2      MET  17 -12.382 -10.081   6.039
  113    HE2  MET  17           HE3      MET  17 -11.261  -9.234   4.971
  114    H    MET  17           HN       MET  17  -9.372 -10.345  10.884
  115    HB3  MET  17           HB1      MET  17  -9.449 -12.883   8.305
  116    HG3  MET  17           HG1      MET  17 -10.714 -10.166   8.735
  117    HA   LEU  18           HA       LEU  18  -6.738 -14.823  11.392
  118    HB2  LEU  18           HB2      LEU  18  -5.909 -12.521  13.185
  119    HG   LEU  18           HG       LEU  18  -5.417 -12.268  10.697
  120   HD12  LEU  18          HD11      LEU  18  -2.979 -12.389  12.488
  121   HD11  LEU  18          HD12      LEU  18  -4.130 -11.054  12.392
  122   HD13  LEU  18          HD13      LEU  18  -3.148 -11.467  10.990
  123   HD22  LEU  18          HD21      LEU  18  -3.603 -13.587   9.716
  124   HD21  LEU  18          HD22      LEU  18  -4.969 -14.609  10.155
  125   HD23  LEU  18          HD23      LEU  18  -3.522 -14.589  11.169
  126    H    LEU  18           HN       LEU  18  -7.782 -12.172  11.779
  127    HB3  LEU  18           HB1      LEU  18  -5.038 -14.043  13.136
  128    HA   GLN  19           HA       GLN  19  -8.571 -15.070  15.916
  129    HB2  GLN  19           HB2      GLN  19 -10.812 -13.142  15.167
  130    HG2  GLN  19           HG2      GLN  19  -8.629 -12.855  17.250
  131   HE21  GLN  19          HE21      GLN  19  -8.783  -9.961  16.694
  132   HE22  GLN  19          HE22      GLN  19 -10.131  -9.394  17.613
  133    H    GLN  19           HN       GLN  19  -8.618 -13.136  13.858
  134    HB3  GLN  19           HB1      GLN  19 -10.718 -14.032  16.686
  135    HG3  GLN  19           HG1      GLN  19  -8.714 -11.970  15.732
  136    HA   ARG  20           HA       ARG  20 -12.261 -17.100  13.734
  137    HB2  ARG  20           HB2      ARG  20 -13.538 -16.587  11.634
  138    HG2  ARG  20           HG2      ARG  20 -12.074 -13.934  11.584
  139    HD2  ARG  20           HD2      ARG  20 -14.416 -14.002  10.680
  140    HE   ARG  20           HE       ARG  20 -13.496 -16.299   9.282
  141   HH11  ARG  20          HH11      ARG  20 -15.622 -13.537   8.869
  142   HH12  ARG  20          HH12      ARG  20 -16.559 -14.304   7.627
  143   HH21  ARG  20          HH21      ARG  20 -14.722 -17.270   7.653
  144   HH22  ARG  20          HH22      ARG  20 -16.042 -16.405   6.934
  145    H    ARG  20           HN       ARG  20 -10.850 -14.606  13.191
  146    HB3  ARG  20           HB1      ARG  20 -13.589 -15.302  12.833
  147    HG3  ARG  20           HG1      ARG  20 -11.656 -15.259  10.497
  148    HD3  ARG  20           HD1      ARG  20 -13.188 -13.555   9.489
  149    HA   GLU  21           HA       GLU  21  -9.680 -18.454   9.934
  150    HB2  GLU  21           HB2      GLU  21  -8.436 -16.327   9.447
  151    HG2  GLU  21           HG2      GLU  21  -6.431 -17.213   8.392
  152    H    GLU  21           HN       GLU  21  -9.436 -16.313  11.886
  153    HB3  GLU  21           HB1      GLU  21  -7.236 -16.765  10.655
  154    HG3  GLU  21           HG1      GLU  21  -6.563 -18.704   9.326
  155    HA   TYR  22           HA       TYR  22  -6.724 -20.651  12.805
  156    HB2  TYR  22           HB2      TYR  22  -5.444 -18.244  14.171
  157    HD1  TYR  22           HD1      TYR  22  -5.005 -16.863  12.188
  158    HD2  TYR  22           HD2      TYR  22  -3.805 -20.967  12.248
  159    HE1  TYR  22           HE1      TYR  22  -3.636 -16.504  10.175
  160    HE2  TYR  22           HE2      TYR  22  -2.443 -20.596  10.242
  161    HH   TYR  22           HH       TYR  22  -1.802 -17.455   8.976
  162    H    TYR  22           HN       TYR  22  -7.380 -17.792  12.591
  163    HB3  TYR  22           HB1      TYR  22  -4.864 -19.902  14.252
  164    HA   SER  23           HA       SER  23  -9.145 -19.253  16.732
  165    HB2  SER  23           HB2      SER  23  -6.556 -20.470  17.826
  166    HG   SER  23           HG       SER  23  -8.817 -21.505  16.559
  167    H    SER  23           HN       SER  23  -6.702 -18.406  15.537
  168    HB3  SER  23           HB1      SER  23  -8.075 -20.428  18.723
  169    HA   THR  24           HA       THR  24  -7.457 -16.165  19.566
  170    HB   THR  24           HB       THR  24  -9.241 -15.502  21.254
  171    HG1  THR  24           HG1      THR  24 -10.857 -16.810  21.568
  172   HG22  THR  24          HG21      THR  24 -10.174 -15.652  18.368
  173   HG21  THR  24          HG22      THR  24  -9.148 -14.390  19.058
  174   HG23  THR  24          HG23      THR  24 -10.816 -14.571  19.607
  175    H    THR  24           HN       THR  24  -9.302 -18.399  18.980
  176    HA   LEU  25           HA       LEU  25  -6.048 -18.577  22.967
  177    HB2  LEU  25           HB2      LEU  25  -4.375 -16.625  22.628
  178    HG   LEU  25           HG       LEU  25  -4.591 -17.756  25.451
  179   HD12  LEU  25          HD11      LEU  25  -3.047 -18.781  23.052
  180   HD11  LEU  25          HD12      LEU  25  -4.495 -19.520  23.751
  181   HD13  LEU  25          HD13      LEU  25  -3.007 -19.445  24.688
  182   HD23  LEU  25          HD21      LEU  25  -2.176 -17.287  25.595
  183   HD22  LEU  25          HD22      LEU  25  -3.117 -15.812  25.395
  184   HD21  LEU  25          HD23      LEU  25  -2.234 -16.487  24.022
  185    H    LEU  25           HN       LEU  25  -6.573 -16.028  21.684
  186    HB3  LEU  25           HB1      LEU  25  -5.195 -15.838  23.973
  187    HA   ARG  26           HA       ARG  26  -9.244 -17.676  25.923
  188    HB2  ARG  26           HB2      ARG  26 -10.326 -19.744  26.666
  189    HG2  ARG  26           HG2      ARG  26  -8.241 -21.330  25.129
  190    HD2  ARG  26           HD2      ARG  26 -10.534 -22.322  25.210
  191    HE   ARG  26           HE       ARG  26 -10.252 -21.898  28.093
  192   HH11  ARG  26          HH11      ARG  26 -12.112 -23.412  25.542
  193   HH12  ARG  26          HH12      ARG  26 -13.441 -23.790  26.587
  194   HH21  ARG  26          HH21      ARG  26 -12.003 -22.399  29.433
  195   HH22  ARG  26          HH22      ARG  26 -13.387 -23.211  28.775
  196    H    ARG  26           HN       ARG  26  -7.240 -19.392  24.614
  197    HB3  ARG  26           HB1      ARG  26 -10.082 -19.761  24.926
  198    HG3  ARG  26           HG1      ARG  26  -8.262 -21.198  26.888
  199    HD3  ARG  26           HD1      ARG  26  -9.315 -23.291  26.043
  200    HA   SER  27           HA       SER  27  -6.241 -18.659  29.377
  201    HB2  SER  27           HB2      SER  27  -6.551 -21.668  28.885
  202    HG   SER  27           HG       SER  27  -8.345 -19.696  29.738
  203    H    SER  27           HN       SER  27  -6.439 -19.716  26.664
  204    HB3  SER  27           HB1      SER  27  -6.252 -20.893  30.443
  205    HA   VAL  28           HA       VAL  28  -2.176 -20.577  28.781
  206    HB   VAL  28           HB       VAL  28  -1.719 -17.938  30.273
  207    H    VAL  28           HN       VAL  28  -4.236 -19.222  30.395
  208    HA   GLN  29           HA       GLN  29  -0.899 -21.699  32.930
  209    HB2  GLN  29           HB2      GLN  29  -0.918 -24.200  33.032
  210    HG2  GLN  29           HG2      GLN  29  -1.588 -24.063  30.082
  211   HE21  GLN  29          HE21      GLN  29  -0.475 -26.732  29.771
  212   HE22  GLN  29          HE22      GLN  29  -1.669 -27.823  30.370
  213    H    GLN  29           HN       GLN  29  -0.866 -21.850  29.993
  214    HB3  GLN  29           HB1      GLN  29  -2.404 -23.541  32.344
  215    HG3  GLN  29           HG1      GLN  29  -0.105 -24.717  30.757
  216    HA   TYR  30           HA       TYR  30   3.442 -21.907  31.837
  217    HB2  TYR  30           HB2      TYR  30   3.580 -19.726  32.953
  218    HD1  TYR  30           HD1      TYR  30   5.141 -21.026  35.888
  219    HD2  TYR  30           HD2      TYR  30   5.694 -20.673  31.671
  220    HE1  TYR  30           HE1      TYR  30   7.548 -21.411  36.171
  221    HE2  TYR  30           HE2      TYR  30   8.094 -21.051  31.956
  222    HH   TYR  30           HH       TYR  30   9.468 -22.197  34.835
  223    H    TYR  30           HN       TYR  30   1.130 -21.016  33.315
  224    HB3  TYR  30           HB1      TYR  30   3.263 -20.460  34.524
  225    HA   ARG  31           HA       ARG  31   3.556 -25.567  34.366
  226    HB2  ARG  31           HB2      ARG  31   4.545 -26.431  31.614
  227    HG2  ARG  31           HG2      ARG  31   1.785 -26.546  32.879
  228    HD2  ARG  31           HD2      ARG  31   1.086 -27.934  30.971
  229    HE   ARG  31           HE       ARG  31   2.159 -28.974  33.138
  230   HH11  ARG  31          HH11      ARG  31   2.755 -29.920  29.797
  231   HH12  ARG  31          HH12      ARG  31   3.160 -31.550  30.219
  232   HH21  ARG  31          HH21      ARG  31   2.704 -31.094  33.656
  233   HH22  ARG  31          HH22      ARG  31   3.141 -32.205  32.401
  234    H    ARG  31           HN       ARG  31   3.940 -23.997  31.934
  235    HB3  ARG  31           HB1      ARG  31   4.169 -27.505  32.964
  236    HG3  ARG  31           HG1      ARG  31   2.246 -25.807  31.341
  237    HD3  ARG  31           HD1      ARG  31   2.766 -28.043  30.428
  238    HA   SER  32           HA       SER  32   7.807 -24.586  35.453
  239    HB2  SER  32           HB2      SER  32   6.647 -23.970  37.523
  240    HG   SER  32           HG       SER  32   8.953 -24.826  37.572
  241    H    SER  32           HN       SER  32   5.053 -25.133  35.831
  242    HB3  SER  32           HB1      SER  32   6.275 -25.657  37.875
  243    HA   GLU  33           HA       GLU  33   7.890 -29.528  36.067
  244    HB2  GLU  33           HB2      GLU  33   5.497 -30.013  35.957
  245    HG2  GLU  33           HG2      GLU  33   5.301 -31.913  34.431
  246    H    GLU  33           HN       GLU  33   5.979 -27.554  35.670
  247    HB3  GLU  33           HB1      GLU  33   5.420 -29.488  34.282
  248    HG3  GLU  33           HG1      GLU  33   6.771 -31.423  33.594
  249    HA   GLU  34           HA       GLU  34   8.959 -29.456  31.494
  250    HB2  GLU  34           HB2      GLU  34   6.589 -27.779  30.591
  251    HG2  GLU  34           HG2      GLU  34   5.898 -29.969  31.472
  252    H    GLU  34           HN       GLU  34   6.821 -28.108  32.980
  253    HB3  GLU  34           HB1      GLU  34   7.725 -28.562  29.493
  254    HG3  GLU  34           HG1      GLU  34   5.625 -29.834  29.732
  255    HA3  GLY  35           HA2      GLY  35   9.545 -24.453  33.018
  256    H    GLY  35           HN       GLY  35   8.446 -26.462  33.010
  257    HA2  GLY  35           HA1      GLY  35  10.826 -25.229  32.093
  258    HA   VAL  36           HA       VAL  36   8.137 -23.102  28.912
  259    HB   VAL  36           HB       VAL  36   6.752 -24.364  27.343
  260    H    VAL  36           HN       VAL  36   7.446 -24.925  31.139
  261    HA   ILE  37           HA       ILE  37   4.059 -21.483  29.821
  262    HB   ILE  37           HB       ILE  37   4.979 -19.828  27.422
  263   HD13  ILE  37          HD11      ILE  37   6.558 -17.842  27.901
  264   HD12  ILE  37          HD12      ILE  37   7.009 -17.504  29.572
  265   HD11  ILE  37          HD13      ILE  37   5.356 -17.209  29.032
  266    H    ILE  37           HN       ILE  37   6.431 -21.861  28.143
  267    HA   VAL  38           HA       VAL  38   2.018 -23.655  26.462
  268    HB   VAL  38           HB       VAL  38   0.733 -24.622  29.053
  269    H    VAL  38           HN       VAL  38   2.380 -22.762  29.242
  270    HA   PHE  39           HA       PHE  39  -1.218 -20.591  26.261
  271    HB2  PHE  39           HB2      PHE  39  -0.079 -20.986  23.454
  272    HD1  PHE  39           HD1      PHE  39  -0.377 -17.828  25.339
  273    HD2  PHE  39           HD2      PHE  39   2.293 -20.913  24.063
  274    HE1  PHE  39           HE1      PHE  39   1.542 -16.416  25.931
  275    HE2  PHE  39           HE2      PHE  39   4.208 -19.495  24.655
  276    HZ   PHE  39           HZ       PHE  39   3.833 -17.242  25.586
  277    H    PHE  39           HN       PHE  39   0.847 -22.374  25.271
  278    HB3  PHE  39           HB1      PHE  39  -1.171 -19.699  23.937
  279    HA   ILE  40           HA       ILE  40  -4.067 -23.862  24.973
  280    HB   ILE  40           HB       ILE  40  -5.416 -22.472  27.325
  281   HD13  ILE  40          HD11      ILE  40  -3.976 -25.012  29.734
  282   HD12  ILE  40          HD12      ILE  40  -5.579 -25.150  29.016
  283   HD11  ILE  40          HD13      ILE  40  -5.024 -23.597  29.649
  284    H    ILE  40           HN       ILE  40  -3.105 -21.709  26.665
  285    HA   LEU  41           HA       LEU  41  -6.324 -20.938  22.487
  286    HB2  LEU  41           HB2      LEU  41  -5.990 -23.510  20.900
  287    HG   LEU  41           HG       LEU  41  -3.873 -22.336  21.018
  288   HD11  LEU  41          HD11      LEU  41  -4.468 -23.223  18.795
  289   HD13  LEU  41          HD12      LEU  41  -3.445 -21.796  18.674
  290   HD12  LEU  41          HD13      LEU  41  -5.178 -21.668  18.355
  291   HD22  LEU  41          HD21      LEU  41  -4.660 -20.181  21.809
  292   HD21  LEU  41          HD22      LEU  41  -5.394 -19.831  20.242
  293   HD23  LEU  41          HD23      LEU  41  -3.643 -19.976  20.390
  294    H    LEU  41           HN       LEU  41  -5.168 -23.516  23.155
  295    HB3  LEU  41           HB1      LEU  41  -6.806 -22.096  20.255
  296    HA   ALA  42           HA       ALA  42 -10.565 -21.766  22.905
  297    HB3  ALA  42           HB1      ALA  42 -11.990 -20.722  21.194
  298    HB1  ALA  42           HB2      ALA  42 -10.607 -20.625  20.096
  299    HB2  ALA  42           HB3      ALA  42 -10.610 -19.697  21.597
  300    H    ALA  42           HN       ALA  42  -8.409 -20.918  21.272
  301    HA   ASN  43           HA       ASN  43 -11.001 -25.497  20.231
  302    HB2  ASN  43           HB2      ASN  43  -9.894 -26.321  18.267
  303   HD21  ASN  43          HD21      ASN  43  -7.960 -23.381  18.295
  304   HD22  ASN  43          HD22      ASN  43  -6.444 -24.169  18.112
  305    H    ASN  43           HN       ASN  43  -8.858 -23.467  20.488
  306    HB3  ASN  43           HB1      ASN  43  -9.949 -24.576  18.103
  307    HA   ASP  44           HA       ASP  44  -7.898 -25.905  24.128
  308    HB2  ASP  44           HB2      ASP  44  -8.839 -28.504  22.856
  309    H    ASP  44           HN       ASP  44  -9.006 -24.880  22.479
  310    HB3  ASP  44           HB1      ASP  44  -8.056 -28.396  24.430
  311    HA   ARG  45           HA       ARG  45  -4.519 -27.443  21.163
  312    HB2  ARG  45           HB2      ARG  45  -5.114 -26.514  19.080
  313    HG2  ARG  45           HG2      ARG  45  -2.700 -24.787  19.649
  314    HD2  ARG  45           HD2      ARG  45  -3.879 -24.877  17.337
  315    HE   ARG  45           HE       ARG  45  -2.407 -27.413  17.008
  316   HH11  ARG  45          HH11      ARG  45  -5.431 -25.658  16.666
  317   HH12  ARG  45          HH12      ARG  45  -6.240 -26.975  15.895
  318   HH21  ARG  45          HH21      ARG  45  -3.478 -29.116  16.015
  319   HH22  ARG  45          HH22      ARG  45  -5.133 -28.935  15.524
  320    H    ARG  45           HN       ARG  45  -6.651 -25.528  21.298
  321    HB3  ARG  45           HB1      ARG  45  -5.069 -24.868  19.689
  322    HG3  ARG  45           HG1      ARG  45  -2.550 -26.538  19.499
  323    HD3  ARG  45           HD1      ARG  45  -2.134 -25.091  17.385
  324    HA   GLU  46           HA       GLU  46  -1.997 -25.278  24.072
  325    HB2  GLU  46           HB2      GLU  46  -1.088 -28.180  23.923
  326    HG2  GLU  46           HG2      GLU  46  -2.936 -26.838  25.927
  327    H    GLU  46           HN       GLU  46  -2.779 -27.497  22.355
  328    HB3  GLU  46           HB1      GLU  46  -0.593 -27.027  25.159
  329    HG3  GLU  46           HG1      GLU  46  -3.440 -27.986  24.686
  330    HA   LEU  47           HA       LEU  47   1.399 -24.621  21.175
  331    HB2  LEU  47           HB2      LEU  47   0.219 -21.965  22.007
  332    HG   LEU  47           HG       LEU  47  -0.784 -23.003  19.991
  333   HD11  LEU  47          HD11      LEU  47  -0.650 -20.557  20.075
  334   HD13  LEU  47          HD12      LEU  47  -0.480 -21.137  18.420
  335   HD12  LEU  47          HD13      LEU  47   0.944 -20.601  19.317
  336   HD22  LEU  47          HD21      LEU  47   0.574 -23.390  17.969
  337   HD21  LEU  47          HD22      LEU  47   1.123 -24.396  19.312
  338   HD23  LEU  47          HD23      LEU  47   2.038 -22.953  18.861
  339    H    LEU  47           HN       LEU  47  -0.860 -23.833  22.804
  340    HB3  LEU  47           HB1      LEU  47   1.808 -22.024  21.259
  341    HA   LYS  48           HA       LYS  48   3.883 -24.530  24.820
  342    HB2  LYS  48           HB2      LYS  48   3.434 -26.892  24.303
  343    HG2  LYS  48           HG2      LYS  48   6.411 -26.553  24.806
  344    HD2  LYS  48           HD2      LYS  48   4.486 -28.788  25.549
  345    HE2  LYS  48           HE2      LYS  48   7.445 -28.530  26.183
  346    HZ1  LYS  48           HZ1      LYS  48   6.741 -30.802  25.784
  347    HZ3  LYS  48           HZ2      LYS  48   5.495 -30.637  26.912
  348    HZ2  LYS  48           HZ3      LYS  48   7.108 -30.557  27.415
  349    H    LYS  48           HN       LYS  48   3.298 -25.117  21.982
  350    HB3  LYS  48           HB1      LYS  48   4.694 -26.878  23.072
  351    HG3  LYS  48           HG1      LYS  48   5.156 -26.433  26.043
  352    HD3  LYS  48           HD1      LYS  48   5.805 -28.898  24.378
  353    HE3  LYS  48           HE1      LYS  48   6.136 -28.361  27.354
  354    HA   PHE  49           HA       PHE  49   7.751 -22.883  23.376
  355    HB2  PHE  49           HB2      PHE  49   5.900 -20.469  23.698
  356    HD1  PHE  49           HD1      PHE  49   8.131 -21.041  20.845
  357    HD2  PHE  49           HD2      PHE  49   4.123 -21.458  22.286
  358    HE1  PHE  49           HE1      PHE  49   7.334 -21.399  18.546
  359    HE2  PHE  49           HE2      PHE  49   3.339 -21.820  19.987
  360    HZ   PHE  49           HZ       PHE  49   4.941 -21.792  18.115
  361    H    PHE  49           HN       PHE  49   5.180 -22.816  24.843
  362    HB3  PHE  49           HB1      PHE  49   7.558 -20.369  23.117
  363    HA   ARG  50           HA       ARG  50   9.152 -22.062  27.468
  364    HB2  ARG  50           HB2      ARG  50  11.584 -21.797  25.674
  365    HG2  ARG  50           HG2      ARG  50  10.709 -23.963  27.604
  366    HD2  ARG  50           HD2      ARG  50  12.690 -25.211  26.911
  367    HE   ARG  50           HE       ARG  50  13.139 -22.657  28.264
  368   HH11  ARG  50          HH11      ARG  50  14.377 -25.876  27.582
  369   HH12  ARG  50          HH12      ARG  50  15.589 -25.793  28.814
  370   HH21  ARG  50          HH21      ARG  50  14.725 -22.561  29.855
  371   HH22  ARG  50          HH22      ARG  50  15.785 -23.911  30.113
  372    H    ARG  50           HN       ARG  50   9.503 -22.046  24.586
  373    HB3  ARG  50           HB1      ARG  50  11.703 -21.664  27.429
  374    HG3  ARG  50           HG1      ARG  50  10.782 -24.079  25.843
  375    HD3  ARG  50           HD1      ARG  50  13.225 -23.860  25.912

  No H/Q in entry =         375
  In of MODEL    1
    1    HA   PRO  51           HA       PRO  51   9.291 -17.592  28.312
    2    HB2  PRO  51           HB2      PRO  51  11.376 -18.272  30.375
    3    HG2  PRO  51           HG2      PRO  51  10.062 -19.846  31.480
    4    HD2  PRO  51           HD2      PRO  51  10.696 -21.052  29.578
    5    HB3  PRO  51           HB1      PRO  51   9.876 -17.347  30.554
    6    HG3  PRO  51           HG1      PRO  51   8.559 -19.269  30.729
    7    HD3  PRO  51           HD1      PRO  51   8.928 -21.139  29.399
    8    HA   ASP  52           HA       ASP  52  14.066 -17.285  27.593
    9    HB2  ASP  52           HB2      ASP  52  14.617 -20.222  27.035
   10    H    ASP  52           HN       ASP  52  12.281 -19.439  28.168
   11    HB3  ASP  52           HB1      ASP  52  15.763 -18.968  27.501
   12    HA   ASP  53           HA       ASP  53  13.206 -18.739  23.144
   13    HB2  ASP  53           HB2      ASP  53  11.789 -20.741  23.640
   14    H    ASP  53           HN       ASP  53  11.853 -19.051  25.705
   15    HB3  ASP  53           HB1      ASP  53  10.388 -19.705  23.852
   16    HA   LEU  54           HA       LEU  54   9.666 -15.617  22.807
   17    HB2  LEU  54           HB2      LEU  54   8.593 -15.919  25.638
   18    HG   LEU  54           HG       LEU  54   8.439 -18.075  24.371
   19   HD11  LEU  54          HD11      LEU  54   6.727 -17.517  26.027
   20   HD13  LEU  54          HD12      LEU  54   6.053 -18.452  24.695
   21   HD12  LEU  54          HD13      LEU  54   5.762 -16.712  24.783
   22   HD22  LEU  54          HD21      LEU  54   7.030 -18.241  22.372
   23   HD21  LEU  54          HD22      LEU  54   8.403 -17.172  22.088
   24   HD23  LEU  54          HD23      LEU  54   6.797 -16.490  22.367
   25    H    LEU  54           HN       LEU  54  10.630 -17.248  25.044
   26    HB3  LEU  54           HB1      LEU  54   7.780 -15.099  24.306
   27    HA   GLN  55           HA       GLN  55  11.506 -11.820  24.018
   28    HB2  GLN  55           HB2      GLN  55  10.602 -11.062  21.950
   29    HG2  GLN  55           HG2      GLN  55   9.261  -9.240  23.974
   30   HE21  GLN  55          HE21      GLN  55  11.471  -8.202  21.558
   31   HE22  GLN  55          HE22      GLN  55  10.328  -7.398  20.548
   32    H    GLN  55           HN       GLN  55   9.538 -13.421  22.804
   33    HB3  GLN  55           HB1      GLN  55   8.944 -11.186  22.528
   34    HG3  GLN  55           HG1      GLN  55  10.957  -9.129  23.502
   35    HA   ALA  56           HA       ALA  56   7.684 -10.190  26.628
   36    HB1  ALA  56           HB1      ALA  56   6.307 -12.917  26.654
   37    HB2  ALA  56           HB2      ALA  56   5.809 -11.521  25.704
   38    HB3  ALA  56           HB3      ALA  56   5.716 -11.457  27.467
   39    H    ALA  56           HN       ALA  56   8.068 -12.263  24.799
   40    HA   THR  57           HA       THR  57   9.335 -12.966  30.004
   41    HB   THR  57           HB       THR  57   9.037 -15.509  29.956
   42    HG1  THR  57           HG1      THR  57   9.564 -15.545  27.585
   43   HG21  THR  57          HG21      THR  57   7.177 -13.946  30.466
   44   HG23  THR  57          HG22      THR  57   6.625 -15.403  29.647
   45   HG22  THR  57          HG23      THR  57   6.775 -13.892  28.753
   46    H    THR  57           HN       THR  57   9.383 -13.182  27.053
   47    HA   TYR  58           HA       TYR  58  13.323 -14.693  28.021
   48    HB2  TYR  58           HB2      TYR  58  13.068 -13.098  26.033
   49    HD1  TYR  58           HD1      TYR  58  14.381 -15.443  25.917
   50    HD2  TYR  58           HD2      TYR  58  16.226 -11.660  26.669
   51    HE1  TYR  58           HE1      TYR  58  16.524 -16.327  25.110
   52    HE2  TYR  58           HE2      TYR  58  18.370 -12.545  25.857
   53    HH   TYR  58           HH       TYR  58  18.655 -15.433  24.138
   54    H    TYR  58           HN       TYR  58  11.435 -12.558  27.738
   55    HB3  TYR  58           HB1      TYR  58  13.876 -11.874  27.006
   56    HA3  GLY  59           HA2      GLY  59  15.153 -14.724  32.010
   57    H    GLY  59           HN       GLY  59  13.627 -14.958  30.222
   58    HA2  GLY  59           HA1      GLY  59  15.396 -13.036  31.600
   59    HA   ALA  60           HA       ALA  60  11.553 -12.501  34.069
   60    HB3  ALA  60           HB1      ALA  60   9.190 -12.809  33.480
   61    HB1  ALA  60           HB2      ALA  60   9.626 -13.991  32.240
   62    HB2  ALA  60           HB3      ALA  60  10.122 -12.306  32.070
   63    H    ALA  60           HN       ALA  60  12.118 -14.213  31.748
   64    HA   THR  61           HA       THR  61  11.242 -15.846  36.854
   65    HB   THR  61           HB       THR  61  10.087 -15.068  39.026
   66    HG1  THR  61           HG1      THR  61  10.110 -12.489  38.620
   67   HG23  THR  61          HG21      THR  61  11.853 -13.517  39.669
   68   HG22  THR  61          HG22      THR  61  12.310 -13.282  37.979
   69   HG21  THR  61          HG23      THR  61  12.532 -14.859  38.743
   70    H    THR  61           HN       THR  61  10.437 -13.229  35.942

  No H/Q in entry =          70
  In of MODEL    1
    1    HA   PRO  62           HA       PRO  62   7.597 -18.343  36.125
    2    HB2  PRO  62           HB2      PRO  62   7.444 -19.674  38.624
    3    HG2  PRO  62           HG2      PRO  62   9.189 -18.493  39.643
    4    HD2  PRO  62           HD2      PRO  62  10.817 -17.325  38.392
    5    HB3  PRO  62           HB1      PRO  62   8.444 -20.167  37.251
    6    HG3  PRO  62           HG1      PRO  62  10.094 -19.821  38.882
    7    HD3  PRO  62           HD1      PRO  62  10.737 -18.472  37.032
    8    HA   GLU  63           HA       GLU  63   4.898 -16.735  39.841
    9    HB2  GLU  63           HB2      GLU  63   5.335 -14.696  41.296
   10    HG2  GLU  63           HG2      GLU  63   7.524 -14.134  39.703
   11    H    GLU  63           HN       GLU  63   7.645 -16.558  39.199
   12    HB3  GLU  63           HB1      GLU  63   6.350 -16.092  41.608
   13    HG3  GLU  63           HG1      GLU  63   7.254 -13.505  41.331
   14    HA   GLN  64           HA       GLN  64   4.549 -12.545  37.431
   15    HB2  GLN  64           HB2      GLN  64   7.071 -13.111  35.838
   16    HG2  GLN  64           HG2      GLN  64   6.483 -10.822  37.734
   17   HE21  GLN  64          HE21      GLN  64   8.760 -12.354  35.486
   18   HE22  GLN  64          HE22      GLN  64   9.844 -11.010  35.403
   19    H    GLN  64           HN       GLN  64   6.694 -14.340  37.932
   20    HB3  GLN  64           HB1      GLN  64   5.986 -11.757  35.537
   21    HG3  GLN  64           HG1      GLN  64   7.496 -12.209  38.125
   22    HA   LEU  65           HA       LEU  65   3.694 -15.412  33.712
   23    HB2  LEU  65           HB2      LEU  65   5.430 -17.777  34.598
   24    HG   LEU  65           HG       LEU  65   7.042 -15.990  34.441
   25   HD12  LEU  65          HD11      LEU  65   7.052 -17.552  31.847
   26   HD11  LEU  65          HD12      LEU  65   7.711 -18.078  33.400
   27   HD13  LEU  65          HD13      LEU  65   8.429 -16.704  32.563
   28   HD21  LEU  65          HD21      LEU  65   5.718 -15.189  31.830
   29   HD23  LEU  65          HD22      LEU  65   7.235 -14.527  32.454
   30   HD22  LEU  65          HD23      LEU  65   5.740 -14.278  33.345
   31    H    LEU  65           HN       LEU  65   5.414 -15.615  36.127
   32    HB3  LEU  65           HB1      LEU  65   4.795 -17.432  32.991
   33    HA   ARG  66           HA       ARG  66   1.037 -18.014  36.441
   34    HB2  ARG  66           HB2      ARG  66   1.676 -16.461  38.993
   35    HG2  ARG  66           HG2      ARG  66   2.572 -19.240  38.155
   36    HD2  ARG  66           HD2      ARG  66   1.755 -19.460  40.416
   37    HE   ARG  66           HE       ARG  66   3.131 -16.914  41.006
   38   HH11  ARG  66          HH11      ARG  66   0.965 -19.466  42.077
   39   HH12  ARG  66          HH12      ARG  66   0.465 -18.605  43.496
   40   HH21  ARG  66          HH21      ARG  66   2.451 -15.794  42.865
   41   HH22  ARG  66          HH22      ARG  66   1.303 -16.533  43.936
   42    H    ARG  66           HN       ARG  66   3.078 -15.923  36.873
   43    HB3  ARG  66           HB1      ARG  66   0.564 -17.826  38.848
   44    HG3  ARG  66           HG1      ARG  66   3.589 -17.863  38.598
   45    HD3  ARG  66           HD1      ARG  66   3.517 -19.405  40.461
   46    HA   GLU  67           HA       GLU  67  -1.383 -14.024  36.939
   47    HB2  GLU  67           HB2      GLU  67  -0.570 -11.628  37.557
   48    HG2  GLU  67           HG2      GLU  67   1.887 -13.179  38.426
   49    H    GLU  67           HN       GLU  67   1.458 -14.615  37.289
   50    HB3  GLU  67           HB1      GLU  67  -0.562 -12.868  38.805
   51    HG3  GLU  67           HG1      GLU  67   1.847 -11.857  37.257
   52    HA   ILE  68           HA       ILE  68  -0.478 -12.728  32.776
   53    HB   ILE  68           HB       ILE  68  -1.370 -15.649  32.898
   54   HD13  ILE  68          HD11      ILE  68   0.601 -17.320  32.695
   55   HD12  ILE  68          HD12      ILE  68   2.184 -16.699  32.231
   56   HD11  ILE  68          HD13      ILE  68   0.873 -16.712  31.055
   57    H    ILE  68           HN       ILE  68  -1.873 -14.217  34.923
   58    HA   GLU  69           HA       GLU  69  -4.782 -12.396  31.355
   59    HB2  GLU  69           HB2      GLU  69  -4.263 -10.150  32.300
   60    HG2  GLU  69           HG2      GLU  69  -5.472  -9.759  29.548
   61    H    GLU  69           HN       GLU  69  -1.863 -11.835  31.204
   62    HB3  GLU  69           HB1      GLU  69  -3.397  -9.711  30.831
   63    HG3  GLU  69           HG1      GLU  69  -6.367 -10.348  30.950
   64    HA   ILE  70           HA       ILE  70  -4.286 -13.019  26.957
   65    HB   ILE  70           HB       ILE  70  -7.236 -12.226  27.135
   66   HD12  ILE  70          HD11      ILE  70  -4.714 -15.021  27.574
   67   HD11  ILE  70          HD12      ILE  70  -5.576 -15.521  26.115
   68   HD13  ILE  70          HD13      ILE  70  -5.946 -16.278  27.663
   69    H    ILE  70           HN       ILE  70  -5.871 -12.121  29.210
   70    HA   SER  71           HA       SER  71  -3.066  -9.317  25.048
   71    HB2  SER  71           HB2      SER  71  -3.101  -9.363  22.551
   72    HG   SER  71           HG       SER  71  -4.698 -11.690  22.917
   73    H    SER  71           HN       SER  71  -4.152 -11.868  24.896
   74    HB3  SER  71           HB1      SER  71  -2.548 -10.889  23.239

  No H/Q in entry =          74
  In of MODEL    1
    1    HA   PRO  72           HA       PRO  72  -6.524  -6.394  24.695
    2    HB2  PRO  72           HB2      PRO  72  -5.376  -4.384  23.202
    3    HG2  PRO  72           HG2      PRO  72  -3.500  -5.630  22.449
    4    HD2  PRO  72           HD2      PRO  72  -2.662  -7.457  23.669
    5    HB3  PRO  72           HB1      PRO  72  -4.980  -4.668  24.905
    6    HG3  PRO  72           HG1      PRO  72  -2.850  -4.800  23.882
    7    HD3  PRO  72           HD1      PRO  72  -3.047  -6.718  25.241
    8    HA   SER  73           HA       SER  73  -7.122  -7.055  20.029
    9    HB2  SER  73           HB2      SER  73  -4.690  -8.845  19.616
   10    HG   SER  73           HG       SER  73  -3.924  -6.818  20.044
   11    H    SER  73           HN       SER  73  -4.997  -7.794  21.905
   12    HB3  SER  73           HB1      SER  73  -5.737  -8.187  18.354
   13    HA3  GLY  74           HA2      GLY  74  -7.751 -11.336  22.936
   14    H    GLY  74           HN       GLY  74  -6.537  -9.489  22.319
   15    HA2  GLY  74           HA1      GLY  74  -8.828 -11.072  21.584
   16    HA   LEU  75           HA       LEU  75  -6.070 -13.756  19.116
   17    HB2  LEU  75           HB2      LEU  75  -3.978 -11.563  18.915
   18    HG   LEU  75           HG       LEU  75  -6.088 -11.282  17.533
   19   HD13  LEU  75          HD11      LEU  75  -4.923 -10.732  15.444
   20   HD12  LEU  75          HD12      LEU  75  -3.514 -11.659  15.969
   21   HD11  LEU  75          HD13      LEU  75  -3.997 -10.206  16.850
   22   HD21  LEU  75          HD21      LEU  75  -6.541 -13.657  17.077
   23   HD23  LEU  75          HD22      LEU  75  -5.069 -13.769  16.107
   24   HD22  LEU  75          HD23      LEU  75  -6.404 -12.742  15.576
   25    H    LEU  75           HN       LEU  75  -5.828 -11.131  20.251
   26    HB3  LEU  75           HB1      LEU  75  -3.738 -13.123  18.140
   27    HA3  GLY  76           HA2      GLY  76  -2.405 -14.934  21.692
   28    H    GLY  76           HN       GLY  76  -3.313 -12.253  20.835
   29    HA2  GLY  76           HA1      GLY  76  -1.401 -13.498  21.521
   30    HA   VAL  77           HA       VAL  77  -2.491 -13.029  25.777
   31    HB   VAL  77           HB       VAL  77  -0.668 -15.009  25.548
   32    H    VAL  77           HN       VAL  77  -0.644 -13.063  23.471
   33    HA   TYR  78           HA       TYR  78   0.277  -9.642  26.841
   34    HB2  TYR  78           HB2      TYR  78  -1.873  -8.512  26.179
   35    HD1  TYR  78           HD1      TYR  78  -2.030  -7.122  29.498
   36    HD2  TYR  78           HD2      TYR  78   0.303  -7.115  25.916
   37    HE1  TYR  78           HE1      TYR  78  -0.959  -5.034  30.203
   38    HE2  TYR  78           HE2      TYR  78   1.374  -5.022  26.622
   39    HH   TYR  78           HH       TYR  78   0.945  -3.131  28.105
   40    H    TYR  78           HN       TYR  78  -1.986 -11.440  27.350
   41    HB3  TYR  78           HB1      TYR  78  -2.482  -8.761  27.812
   42    HA   PHE  79           HA       PHE  79   0.774 -10.971  31.092
   43    HB2  PHE  79           HB2      PHE  79   3.608 -10.561  30.040
   44    HD1  PHE  79           HD1      PHE  79   0.852 -12.919  30.257
   45    HD2  PHE  79           HD2      PHE  79   4.868 -12.535  29.526
   46    HE1  PHE  79           HE1      PHE  79   0.883 -15.138  29.225
   47    HE2  PHE  79           HE2      PHE  79   4.899 -14.756  28.495
   48    HZ   PHE  79           HZ       PHE  79   2.911 -16.072  28.351
   49    H    PHE  79           HN       PHE  79   1.614 -10.442  28.383
   50    HB3  PHE  79           HB1      PHE  79   3.160 -11.254  31.597
   51    HA   GLU  80           HA       GLU  80   0.533  -6.556  31.398
   52    HB2  GLU  80           HB2      GLU  80  -1.748  -7.267  32.001
   53    HG2  GLU  80           HG2      GLU  80  -0.761  -5.386  34.156
   54    H    GLU  80           HN       GLU  80  -0.099  -9.266  31.984
   55    HB3  GLU  80           HB1      GLU  80  -1.208  -7.704  33.618
   56    HG3  GLU  80           HG1      GLU  80  -1.089  -4.893  32.494
   57    HA   THR  81           HA       THR  81   2.716  -7.078  35.801
   58    HB   THR  81           HB       THR  81   3.683  -9.829  34.903
   59    HG1  THR  81           HG1      THR  81   2.096 -10.134  36.929
   60   HG23  THR  81          HG21      THR  81   5.164  -8.714  36.538
   61   HG22  THR  81          HG22      THR  81   4.348 -10.102  37.259
   62   HG21  THR  81          HG23      THR  81   3.792  -8.467  37.624
   63    H    THR  81           HN       THR  81   1.444  -8.741  33.964
   64    HA   LEU  82           HA       LEU  82   6.553  -7.342  32.993
   65    HB2  LEU  82           HB2      LEU  82   5.387  -8.913  30.656
   66    HG   LEU  82           HG       LEU  82   4.997 -10.394  32.553
   67   HD13  LEU  82          HD11      LEU  82   6.366 -12.305  31.944
   68   HD12  LEU  82          HD12      LEU  82   7.510 -11.256  31.099
   69   HD11  LEU  82          HD13      LEU  82   5.857 -11.421  30.508
   70   HD22  LEU  82          HD21      LEU  82   6.451  -9.392  34.207
   71   HD21  LEU  82          HD22      LEU  82   7.886  -9.936  33.330
   72   HD23  LEU  82          HD23      LEU  82   6.781 -11.112  34.048
   73    H    LEU  82           HN       LEU  82   3.839  -8.428  32.753
   74    HB3  LEU  82           HB1      LEU  82   7.082  -8.721  31.092
   75    HA   GLU  83           HA       GLU  83   2.643  -4.995  30.295
   76    HB2  GLU  83           HB2      GLU  83   5.367  -3.631  30.487
   77    HG2  GLU  83           HG2      GLU  83   2.762  -3.010  31.914
   78    H    GLU  83           HN       GLU  83   3.536  -6.409  31.800
   79    HB3  GLU  83           HB1      GLU  83   3.939  -2.909  29.741
   80    HG3  GLU  83           HG1      GLU  83   4.196  -3.713  32.660
   81    HA   GLU  84           HA       GLU  84   4.915  -6.715  26.672
   82    HB2  GLU  84           HB2      GLU  84   5.547  -9.023  28.563
   83    HG2  GLU  84           HG2      GLU  84   6.956  -6.999  28.876
   84    H    GLU  84           HN       GLU  84   3.899  -7.373  29.376
   85    HB3  GLU  84           HB1      GLU  84   5.983  -9.047  26.859
   86    HG3  GLU  84           HG1      GLU  84   7.864  -8.412  28.326
   87    HA   ASP  85           HA       ASP  85   1.837  -9.722  25.348
   88    HB2  ASP  85           HB2      ASP  85   1.423  -7.479  24.328
   89    H    ASP  85           HN       ASP  85   4.367  -8.208  24.998
   90    HB3  ASP  85           HB1      ASP  85   2.597  -7.820  23.069
   91    HA   VAL  86           HA       VAL  86   4.081 -12.462  22.600
   92    HB   VAL  86           HB       VAL  86   2.380 -14.468  24.191
   93    H    VAL  86           HN       VAL  86   2.000 -11.784  24.597
   94    HA   SER  87           HA       SER  87   0.496 -12.023  19.948
   95    HB2  SER  87           HB2      SER  87   2.942 -12.015  18.127
   96    HG   SER  87           HG       SER  87   2.125 -10.205  19.880
   97    H    SER  87           HN       SER  87   3.230 -11.955  20.662
   98    HB3  SER  87           HB1      SER  87   1.299 -11.556  17.667
   99    HA   LEU  88           HA       LEU  88   0.074 -16.404  19.569
  100    HB2  LEU  88           HB2      LEU  88  -2.269 -15.460  19.945
  101    HG   LEU  88           HG       LEU  88  -1.998 -17.919  18.193
  102   HD12  LEU  88          HD11      LEU  88  -2.394 -17.612  21.187
  103   HD11  LEU  88          HD12      LEU  88  -0.884 -18.048  20.378
  104   HD13  LEU  88          HD13      LEU  88  -2.266 -19.134  20.300
  105   HD22  LEU  88          HD21      LEU  88  -4.292 -18.509  18.815
  106   HD21  LEU  88          HD22      LEU  88  -4.268 -16.990  17.925
  107   HD23  LEU  88          HD23      LEU  88  -4.478 -16.981  19.678
  108    H    LEU  88           HN       LEU  88  -0.746 -13.734  19.506
  109    HB3  LEU  88           HB1      LEU  88  -2.448 -15.399  18.204
  110    HA   ILE  89           HA       ILE  89  -0.570 -16.256  14.772
  111    HB   ILE  89           HB       ILE  89  -0.072 -13.256  14.504
  112   HD13  ILE  89          HD11      ILE  89  -4.089 -14.711  14.805
  113   HD12  ILE  89          HD12      ILE  89  -2.784 -15.837  15.171
  114   HD11  ILE  89          HD13      ILE  89  -3.097 -15.356  13.499
  115    H    ILE  89           HN       ILE  89  -0.759 -14.350  16.839
  116    HA3  GLY  90           HA2      GLY  90   4.013 -14.453  14.714
  117    H    GLY  90           HN       GLY  90   1.718 -13.986  16.194
  118    HA2  GLY  90           HA1      GLY  90   3.978 -14.031  16.426
  119    HA   LEU  91           HA       LEU  91   4.878 -18.112  17.856
  120    HB2  LEU  91           HB2      LEU  91   1.909 -18.414  18.447
  121    HG   LEU  91           HG       LEU  91   2.956 -16.649  19.834
  122   HD11  LEU  91          HD11      LEU  91   2.333 -19.180  21.392
  123   HD13  LEU  91          HD12      LEU  91   1.168 -17.979  20.823
  124   HD12  LEU  91          HD13      LEU  91   2.357 -17.539  22.046
  125   HD21  LEU  91          HD21      LEU  91   4.911 -18.825  20.658
  126   HD23  LEU  91          HD22      LEU  91   4.758 -17.249  21.437
  127   HD22  LEU  91          HD23      LEU  91   5.278 -17.347  19.760
  128    H    LEU  91           HN       LEU  91   2.777 -16.268  17.548
  129    HB3  LEU  91           HB1      LEU  91   3.125 -19.567  18.978
  130    HA   LEU  92           HA       LEU  92   2.298 -20.846  14.802
  131    HB2  LEU  92           HB2      LEU  92   0.789 -18.457  13.669
  132    HG   LEU  92           HG       LEU  92   0.029 -19.139  16.008
  133   HD11  LEU  92          HD11      LEU  92  -1.483 -17.972  14.503
  134   HD13  LEU  92          HD12      LEU  92  -2.358 -19.149  15.478
  135   HD12  LEU  92          HD13      LEU  92  -1.996 -19.503  13.786
  136   HD22  LEU  92          HD21      LEU  92  -1.224 -21.239  16.275
  137   HD21  LEU  92          HD22      LEU  92   0.461 -21.551  15.866
  138   HD23  LEU  92          HD23      LEU  92  -0.793 -21.723  14.633
  139    H    LEU  92           HN       LEU  92   1.996 -18.204  15.833
  140    HB3  LEU  92           HB1      LEU  92   0.558 -20.130  13.171
  141    HA   GLU  93           HA       GLU  93   4.631 -18.591  11.288
  142    HB2  GLU  93           HB2      GLU  93   4.824 -15.922  12.765
  143    HG2  GLU  93           HG2      GLU  93   3.136 -16.578  10.332
  144    H    GLU  93           HN       GLU  93   3.511 -17.695  13.838
  145    HB3  GLU  93           HB1      GLU  93   5.396 -16.214  11.122
  146    HG3  GLU  93           HG1      GLU  93   2.500 -16.510  11.974
  147    HA3  GLY  94           HA2      GLY  94   7.666 -19.383  15.432
  148    H    GLY  94           HN       GLY  94   5.621 -18.628  14.549
  149    HA2  GLY  94           HA1      GLY  94   8.448 -19.103  13.887
  150    HA   ARG  95           HA       ARG  95   8.958 -14.724  15.166
  151    HB2  ARG  95           HB2      ARG  95   7.402 -14.033  13.374
  152    HG2  ARG  95           HG2      ARG  95   6.947 -12.221  15.764
  153    HD2  ARG  95           HD2      ARG  95   5.505 -11.699  13.810
  154    HE   ARG  95           HE       ARG  95   8.019 -11.350  12.275
  155   HH11  ARG  95          HH11      ARG  95   4.646 -12.249  12.312
  156   HH12  ARG  95          HH12      ARG  95   4.589 -12.564  10.612
  157   HH21  ARG  95          HH21      ARG  95   7.939 -11.731  10.050
  158   HH22  ARG  95          HH22      ARG  95   6.455 -12.254   9.319
  159    H    ARG  95           HN       ARG  95   6.800 -16.385  14.285
  160    HB3  ARG  95           HB1      ARG  95   6.051 -14.113  14.495
  161    HG3  ARG  95           HG1      ARG  95   8.371 -12.170  14.720
  162    HD3  ARG  95           HD1      ARG  95   6.702 -10.440  14.122
  163    HA   ARG  96           HA       ARG  96   7.354 -15.619  19.365
  164    HB2  ARG  96           HB2      ARG  96   9.329 -16.357  20.730
  165    HG2  ARG  96           HG2      ARG  96  10.829 -15.668  18.194
  166    HD2  ARG  96           HD2      ARG  96  11.902 -17.545  20.315
  167    HE   ARG  96           HE       ARG  96  13.441 -16.138  18.766
  168   HH11  ARG  96          HH11      ARG  96  12.389 -19.437  18.172
  169   HH12  ARG  96          HH12      ARG  96  13.772 -19.829  17.203
  170   HH21  ARG  96          HH21      ARG  96  15.229 -16.657  17.480
  171   HH22  ARG  96          HH22      ARG  96  15.388 -18.249  16.821
  172    H    ARG  96           HN       ARG  96   9.280 -15.630  17.227
  173    HB3  ARG  96           HB1      ARG  96   9.093 -17.312  19.267
  174    HG3  ARG  96           HG1      ARG  96  11.232 -15.273  19.868
  175    HD3  ARG  96           HD1      ARG  96  11.249 -18.102  18.770
  176    HA3  GLY  97           HA2      GLY  97   8.443 -11.219  19.930
  177    H    GLY  97           HN       GLY  97   9.289 -13.210  18.004
  178    HA2  GLY  97           HA1      GLY  97  10.191 -11.464  19.863
  179    HA   SER  98           HA       SER  98   8.941  -8.436  16.562
  180    HB2  SER  98           HB2      SER  98   9.167  -6.703  18.301
  181    HG   SER  98           HG       SER  98   9.659  -5.286  16.838
  182    H    SER  98           HN       SER  98   9.771  -9.061  19.194
  183    HB3  SER  98           HB1      SER  98  10.911  -6.968  18.371
  184    HA   ALA  99           HA       ALA  99  12.176  -9.699  13.903
  185    HB2  ALA  99           HB1      ALA  99  12.609  -8.208  11.986
  186    HB3  ALA  99           HB2      ALA  99  11.801  -6.880  12.824
  187    HB1  ALA  99           HB3      ALA  99  10.881  -8.303  12.334
  188    H    ALA  99           HN       ALA  99  10.318  -7.768  14.745
  189    HA   LYS 100           HA       LYS 100  15.500  -6.434  15.145
  190    HB2  LYS 100           HB2      LYS 100  15.424  -4.573  16.751
  191    HG2  LYS 100           HG2      LYS 100  12.427  -5.029  16.975
  192    HD2  LYS 100           HD2      LYS 100  12.508  -3.190  18.626
  193    HE2  LYS 100           HE2      LYS 100  12.960  -1.275  17.141
  194    HZ2  LYS 100           HZ1      LYS 100  10.895  -2.394  16.790
  195    HZ1  LYS 100           HZ2      LYS 100  11.618  -3.537  15.780
  196    HZ3  LYS 100           HZ3      LYS 100  11.518  -1.924  15.293
  197    H    LYS 100           HN       LYS 100  12.663  -6.482  15.323
  198    HB3  LYS 100           HB1      LYS 100  14.239  -4.364  15.467
  199    HG3  LYS 100           HG1      LYS 100  13.592  -5.370  18.256
  200    HD3  LYS 100           HD1      LYS 100  14.238  -2.989  18.335
  201    HE3  LYS 100           HE1      LYS 100  13.751  -2.347  15.986
  202    HA   TRP 101           HA       TRP 101  15.216  -8.196  19.609
  203    HB2  TRP 101           HB2      TRP 101  12.784  -8.083  20.140
  204    HD1  TRP 101           HD1      TRP 101  14.092  -8.331  22.513
  205    HE1  TRP 101           HE1      TRP 101  14.431 -10.337  24.077
  206    HE3  TRP 101           HE3      TRP 101  12.777 -12.105  19.319
  207    HZ2  TRP 101           HZ2      TRP 101  14.188 -13.143  23.983
  208    HZ3  TRP 101           HZ3      TRP 101  12.863 -14.423  20.137
  209    HH2  TRP 101           HH2      TRP 101  13.554 -14.931  22.426
  210    H    TRP 101           HN       TRP 101  13.260  -7.647  17.621
  211    HB3  TRP 101           HB1      TRP 101  12.509  -9.559  19.218
  212    HA   MET 102           HA       MET 102  15.128 -12.574  17.771
  213    HB2  MET 102           HB2      MET 102  13.698 -11.820  15.195
  214    HG2  MET 102           HG2      MET 102  12.795 -13.508  17.545
  215    HE2  MET 102           HE1      MET 102  12.070 -12.312  13.817
  216    HE1  MET 102           HE2      MET 102  10.792 -11.552  14.767
  217    HE3  MET 102           HE3      MET 102  10.401 -12.852  13.640
  218    H    MET 102           HN       MET 102  13.836 -10.140  16.986
  219    HB3  MET 102           HB1      MET 102  14.295 -13.437  15.552
  220    HG3  MET 102           HG1      MET 102  12.137 -11.941  17.075
  221    HA   ALA 103           HA       ALA 103  18.194 -11.295  14.382
  222    HB2  ALA 103           HB1      ALA 103  18.648  -9.124  13.318
  223    HB1  ALA 103           HB2      ALA 103  17.504  -8.340  14.414
  224    HB3  ALA 103           HB3      ALA 103  16.929  -9.520  13.237
  225    H    ALA 103           HN       ALA 103  16.098  -9.853  15.803
  226    HA   GLU 104           HA       GLU 104  20.774  -8.674  17.317
  227    HB2  GLU 104           HB2      GLU 104  18.567  -7.124  18.743
  228    HG2  GLU 104           HG2      GLU 104  20.041  -6.427  16.183
  229    H    GLU 104           HN       GLU 104  17.851  -8.975  17.042
  230    HB3  GLU 104           HB1      GLU 104  20.284  -6.710  18.671
  231    HG3  GLU 104           HG1      GLU 104  18.321  -6.723  16.356
  232    HA   HIS 105           HA       HIS 105  19.932 -11.275  20.935
  233    HB2  HIS 105           HB2      HIS 105  16.893 -11.080  21.244
  234    HD1  HIS 105           HD1      HIS 105  19.107  -9.645  23.840
  235    HD2  HIS 105           HD2      HIS 105  16.795  -8.273  20.672
  236    HE1  HIS 105           HE1      HIS 105  18.872  -7.171  24.190
  237    HE2  HIS 105           HE2      HIS 105  17.381  -6.375  22.325
  238    H    HIS 105           HN       HIS 105  18.119 -10.259  18.813
  239    HB3  HIS 105           HB1      HIS 105  18.061 -11.530  22.479

  No H/Q in entry =         239
  In of MODEL    1
    1    HA   PRO 106           HA       PRO 106  18.478 -14.560  17.912
    2    HB2  PRO 106           HB2      PRO 106  21.297 -15.489  17.863
    3    HG2  PRO 106           HG2      PRO 106  22.345 -13.472  17.362
    4    HD2  PRO 106           HD2      PRO 106  21.681 -13.118  19.616
    5    HB3  PRO 106           HB1      PRO 106  20.258 -14.985  16.526
    6    HG3  PRO 106           HG1      PRO 106  20.852 -12.746  16.724
    7    HD3  PRO 106           HD1      PRO 106  20.999 -11.687  18.820
    8    HA   LEU 107           HA       LEU 107  18.293 -17.450  21.247
    9    HB2  LEU 107           HB2      LEU 107  16.031 -17.559  20.122
   10    HG   LEU 107           HG       LEU 107  17.168 -20.235  21.031
   11   HD13  LEU 107          HD11      LEU 107  15.913 -19.789  23.089
   12   HD12  LEU 107          HD12      LEU 107  15.371 -18.240  22.446
   13   HD11  LEU 107          HD13      LEU 107  17.085 -18.510  22.774
   14   HD23  LEU 107          HD21      LEU 107  14.844 -21.028  21.189
   15   HD22  LEU 107          HD22      LEU 107  15.309 -20.678  19.525
   16   HD21  LEU 107          HD23      LEU 107  14.283 -19.544  20.410
   17    H    LEU 107           HN       LEU 107  17.725 -16.446  18.611
   18    HB3  LEU 107           HB1      LEU 107  16.686 -18.740  18.999
   19    HA   ALA 108           HA       ALA 108  21.578 -20.228  20.150
   20    HB1  ALA 108           HB1      ALA 108  21.680 -20.298  22.606
   21    HB2  ALA 108           HB2      ALA 108  21.997 -21.891  21.915
   22    HB3  ALA 108           HB3      ALA 108  20.423 -21.538  22.638
   23    H    ALA 108           HN       ALA 108  19.469 -19.321  21.809
   24    HA   SER 109           HA       SER 109  19.770 -23.536  17.820
   25    HB2  SER 109           HB2      SER 109  17.628 -22.601  18.720
   26    HG   SER 109           HG       SER 109  17.480 -23.096  15.926
   27    H    SER 109           HN       SER 109  20.619 -20.846  18.186
   28    HB3  SER 109           HB1      SER 109  17.633 -21.381  17.451

  No H/Q in entry =          28
  In of MODEL    2
    1    H1   MET   1           HT2      MET   1   4.299   1.620  -0.560
    2    H2   MET   1           HT1      MET   1   4.861   1.710  -2.150
    3    H3   MET   1           HT3      MET   1   5.889   2.108  -0.866
    4    HB3  MET   1           HB1      MET   1   2.702   4.691  -1.869
    5    HG3  MET   1           HG1      MET   1   3.069   2.033  -3.271
    6    HA   MET   1           HA       MET   1   5.133   4.101  -1.942
    7    HB2  MET   1           HB2      MET   1   2.343   3.103  -1.203
    8    HG2  MET   1           HG2      MET   1   3.535   3.598  -3.940
    9    HE1  MET   1           HE1      MET   1   1.800   5.511  -4.620
   10    HE3  MET   1           HE2      MET   1   1.144   5.509  -2.982
   11    HE2  MET   1           HE3      MET   1   0.060   5.381  -4.366

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   GLU   2           HA       GLU   2   5.199   5.699   2.171
    2    HB2  GLU   2           HB2      GLU   2   4.825   8.224   0.503
    3    HG2  GLU   2           HG2      GLU   2   7.395   7.028   1.591
    4    H    GLU   2           HN       GLU   2   4.837   6.020  -0.671
    5    HB3  GLU   2           HB1      GLU   2   5.309   8.192   2.198
    6    HG3  GLU   2           HG1      GLU   2   6.905   7.000  -0.099

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   VAL   3           HA       VAL   3   0.783   6.220   2.725
    2    HB   VAL   3           HB       VAL   3  -0.460   4.090   2.953
    3    H    VAL   3           HN       VAL   3   3.271   4.611   2.713

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   SER   4           HA       SER   4   0.999   5.719   7.124
    2    HB2  SER   4           HB2      SER   4  -1.424   7.491   6.564
    3    HG   SER   4           HG       SER   4   0.731   8.085   5.645
    4    H    SER   4           HN       SER   4  -0.471   6.177   4.607
    5    HB3  SER   4           HB1      SER   4  -0.529   7.396   8.083

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ALA   5           HA       ALA   5  -1.837   2.211   7.223
    2    HB3  ALA   5           HB1      ALA   5   0.363   1.122   7.457
    3    HB2  ALA   5           HB2      ALA   5  -0.806   0.449   8.595
    4    HB1  ALA   5           HB3      ALA   5   0.421   1.590   9.157
    5    H    ALA   5           HN       ALA   5   0.571   3.658   7.716

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ASN   6           HA       ASN   6  -2.405   3.376  11.935
    2    HB2  ASN   6           HB2      ASN   6  -1.990   5.606  12.963
    3   HD21  ASN   6          HD21      ASN   6  -1.210   7.709  12.883
    4   HD22  ASN   6          HD22      ASN   6  -0.918   8.552  11.401
    5    H    ASN   6           HN       ASN   6  -0.823   4.311   9.793
    6    HB3  ASN   6           HB1      ASN   6  -0.523   4.887  12.318

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLU   7           HA       GLU   7  -5.765   6.449  10.483
    2    HB2  GLU   7           HB2      GLU   7  -5.985   7.941   8.546
    3    HG2  GLU   7           HG2      GLU   7  -3.277   6.939   7.603
    4    H    GLU   7           HN       GLU   7  -3.110   5.856   9.448
    5    HB3  GLU   7           HB1      GLU   7  -4.440   8.199   9.348
    6    HG3  GLU   7           HG1      GLU   7  -4.806   6.555   6.815

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LEU   8           HA       LEU   8  -6.827   3.510   6.843
    2    HB2  LEU   8           HB2      LEU   8  -4.229   3.224   6.169
    3    HG   LEU   8           HG       LEU   8  -4.641   1.578   4.493
    4   HD13  LEU   8          HD11      LEU   8  -6.641   0.180   4.352
    5   HD12  LEU   8          HD12      LEU   8  -7.181   0.779   5.922
    6   HD11  LEU   8          HD13      LEU   8  -5.704  -0.174   5.800
    7   HD21  LEU   8          HD21      LEU   8  -5.663   3.758   4.107
    8   HD23  LEU   8          HD22      LEU   8  -7.165   3.201   4.851
    9   HD22  LEU   8          HD23      LEU   8  -6.593   2.466   3.351
   10    H    LEU   8           HN       LEU   8  -4.379   4.282   8.136
   11    HB3  LEU   8           HB1      LEU   8  -4.421   1.684   6.970

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   GLU   9           HA       GLU   9  -5.261   1.240  11.411
    2    HB2  GLU   9           HB2      GLU   9  -7.370   1.113  12.584
    3    HG2  GLU   9           HG2      GLU   9  -8.782   2.366  10.219
    4    H    GLU   9           HN       GLU   9  -5.167   2.748   9.759
    5    HB3  GLU   9           HB1      GLU   9  -7.148   2.734  11.941
    6    HG3  GLU   9           HG1      GLU   9  -8.879   0.642  10.595

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ALA  10           HA       ALA  10  -6.567  -2.227   8.444
    2    HB3  ALA  10           HB1      ALA  10  -4.688  -3.064   7.112
    3    HB2  ALA  10           HB2      ALA  10  -3.605  -1.907   7.891
    4    HB1  ALA  10           HB3      ALA  10  -4.917  -1.332   6.867
    5    H    ALA  10           HN       ALA  10  -4.892  -0.032   8.997

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ALA  11           HA       ALA  11  -3.483  -4.466  11.492
    2    HB1  ALA  11           HB1      ALA  11  -3.289  -2.005  13.261
    3    HB2  ALA  11           HB2      ALA  11  -2.040  -2.589  12.164
    4    HB3  ALA  11           HB3      ALA  11  -2.505  -3.564  13.556
    5    H    ALA  11           HN       ALA  11  -4.033  -1.778  10.823

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   SER  12           HA       SER  12  -7.042  -3.709  14.753
    2    HB2  SER  12           HB2      SER  12  -8.550  -1.801  12.906
    3    HG   SER  12           HG       SER  12  -7.243  -0.374  13.707
    4    H    SER  12           HN       SER  12  -5.965  -2.207  12.623
    5    HB3  SER  12           HB1      SER  12  -9.016  -2.267  14.544

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   SER  13           HA       SER  13 -10.131  -5.417  11.416
    2    HB2  SER  13           HB2      SER  13  -9.921  -3.631   9.664
    3    HG   SER  13           HG       SER  13 -10.049  -6.333   8.803
    4    H    SER  13           HN       SER  13  -8.095  -3.459  11.355
    5    HB3  SER  13           HB1      SER  13  -8.519  -4.471   9.002

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ARG  14           HA       ARG  14  -6.490  -8.120   9.608
    2    HB2  ARG  14           HB2      ARG  14  -4.665  -6.382   9.697
    3    HG2  ARG  14           HG2      ARG  14  -2.710  -7.825  10.059
    4    HD2  ARG  14           HD2      ARG  14  -4.351  -8.102   7.983
    5    HE   ARG  14           HE       ARG  14  -4.783 -10.644   9.404
    6   HH11  ARG  14          HH11      ARG  14  -5.599  -8.570   6.697
    7   HH12  ARG  14          HH12      ARG  14  -6.640  -9.745   5.958
    8   HH21  ARG  14          HH21      ARG  14  -6.146 -12.180   8.436
    9   HH22  ARG  14          HH22      ARG  14  -6.963 -11.787   6.960
   10    H    ARG  14           HN       ARG  14  -6.683  -5.577  10.781
   11    HB3  ARG  14           HB1      ARG  14  -4.430  -6.760  11.393
   12    HG3  ARG  14           HG1      ARG  14  -3.740  -9.064  10.779
   13    HD3  ARG  14           HD1      ARG  14  -2.998  -9.200   8.229

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   MET  15           HA       MET  15  -5.710  -9.583  14.170
    2    HB2  MET  15           HB2      MET  15  -7.009  -7.102  15.373
    3    HG2  MET  15           HG2      MET  15  -4.721  -6.635  14.728
    4    HE2  MET  15           HE1      MET  15  -1.264  -8.407  15.531
    5    HE1  MET  15           HE2      MET  15  -2.058  -7.152  16.487
    6    HE3  MET  15           HE3      MET  15  -2.010  -7.030  14.725
    7    H    MET  15           HN       MET  15  -6.212  -7.079  13.003
    8    HB3  MET  15           HB1      MET  15  -6.500  -8.505  16.313
    9    HG3  MET  15           HG1      MET  15  -4.797  -6.815  16.482

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   GLU  16           HA       GLU  16 -10.598  -9.641  14.816
    2    HB2  GLU  16           HB2      GLU  16 -11.002  -7.924  12.321
    3    HG2  GLU  16           HG2      GLU  16 -10.344  -6.506  14.213
    4    H    GLU  16           HN       GLU  16  -8.789  -7.849  13.662
    5    HB3  GLU  16           HB1      GLU  16 -12.294  -8.637  13.280
    6    HG3  GLU  16           HG1      GLU  16 -12.033  -6.259  13.764

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   MET  17           HA       MET  17 -10.774 -11.729  10.405
    2    HB2  MET  17           HB2      MET  17  -8.343 -10.141   9.603
    3    HG2  MET  17           HG2      MET  17  -9.476  -9.886   7.443
    4    HE3  MET  17           HE1      MET  17 -13.006  -8.488  10.002
    5    HE2  MET  17           HE2      MET  17 -12.161  -9.959  10.477
    6    HE1  MET  17           HE3      MET  17 -12.956  -9.866   8.904
    7    H    MET  17           HN       MET  17  -9.439  -9.506  11.469
    8    HB3  MET  17           HB1      MET  17  -8.608 -11.676   8.800
    9    HG3  MET  17           HG1      MET  17 -10.805 -10.885   8.010

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   LEU  18           HA       LEU  18  -6.691 -14.119  11.469
    2    HB2  LEU  18           HB2      LEU  18  -5.898 -12.121  13.609
    3    HG   LEU  18           HG       LEU  18  -5.342 -11.433  11.222
    4   HD13  LEU  18          HD11      LEU  18  -3.029 -10.768  11.701
    5   HD12  LEU  18          HD12      LEU  18  -2.981 -11.891  13.059
    6   HD11  LEU  18          HD13      LEU  18  -4.081 -10.515  13.092
    7   HD22  LEU  18          HD21      LEU  18  -3.531 -12.574  10.052
    8   HD21  LEU  18          HD22      LEU  18  -4.905 -13.650  10.282
    9   HD23  LEU  18          HD23      LEU  18  -3.474 -13.818  11.303
   10    H    LEU  18           HN       LEU  18  -7.578 -11.480  11.952
   11    HB3  LEU  18           HB1      LEU  18  -5.034 -13.621  13.313

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   GLN  19           HA       GLN  19  -8.620 -14.810  15.948
    2    HB2  GLN  19           HB2      GLN  19 -10.806 -12.780  15.326
    3    HG2  GLN  19           HG2      GLN  19  -8.818 -12.721  17.610
    4   HE21  GLN  19          HE21      GLN  19  -8.821  -9.754  17.046
    5   HE22  GLN  19          HE22      GLN  19 -10.258  -9.173  17.803
    6    H    GLN  19           HN       GLN  19  -8.630 -12.705  14.062
    7    HB3  GLN  19           HB1      GLN  19 -10.802 -13.818  16.749
    8    HG3  GLN  19           HG1      GLN  19  -8.639 -11.785  16.131

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   ARG  20           HA       ARG  20 -12.386 -16.541  13.668
    2    HB2  ARG  20           HB2      ARG  20 -13.780 -15.719  11.761
    3    HG2  ARG  20           HG2      ARG  20 -12.095 -13.197  11.858
    4    HD2  ARG  20           HD2      ARG  20 -14.530 -12.850  11.383
    5    HE   ARG  20           HE       ARG  20 -14.039 -14.814   9.240
    6   HH11  ARG  20          HH11      ARG  20 -16.350 -12.680  10.819
    7   HH12  ARG  20          HH12      ARG  20 -17.705 -13.350   9.975
    8   HH21  ARG  20          HH21      ARG  20 -15.814 -15.674   8.161
    9   HH22  ARG  20          HH22      ARG  20 -17.404 -15.054   8.469
   10    H    ARG  20           HN       ARG  20 -10.929 -14.046  13.336
   11    HB3  ARG  20           HB1      ARG  20 -13.677 -14.574  13.092
   12    HG3  ARG  20           HG1      ARG  20 -12.033 -14.380  10.547
   13    HD3  ARG  20           HD1      ARG  20 -13.477 -12.408  10.036

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   GLU  21           HA       GLU  21  -9.930 -17.388   9.660
    2    HB2  GLU  21           HB2      GLU  21  -8.515 -15.258   9.734
    3    HG2  GLU  21           HG2      GLU  21  -6.625 -16.076   8.377
    4    H    GLU  21           HN       GLU  21  -9.571 -15.702  11.990
    5    HB3  GLU  21           HB1      GLU  21  -7.335 -16.156  10.672
    6    HG3  GLU  21           HG1      GLU  21  -7.066 -17.735   8.781

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   TYR  22           HA       TYR  22  -7.237 -20.313  12.081
    2    HB2  TYR  22           HB2      TYR  22  -5.652 -18.313  13.764
    3    HD1  TYR  22           HD1      TYR  22  -4.665 -16.587  12.491
    4    HD2  TYR  22           HD2      TYR  22  -5.216 -20.407  10.655
    5    HE1  TYR  22           HE1      TYR  22  -3.622 -15.748  10.426
    6    HE2  TYR  22           HE2      TYR  22  -4.172 -19.569   8.599
    7    HH   TYR  22           HH       TYR  22  -3.839 -17.362   7.482
    8    H    TYR  22           HN       TYR  22  -7.883 -17.461  12.592
    9    HB3  TYR  22           HB1      TYR  22  -5.161 -19.953  13.337

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   SER  23           HA       SER  23  -9.178 -19.575  16.429
    2    HB2  SER  23           HB2      SER  23  -7.642 -21.589  16.346
    3    HG   SER  23           HG       SER  23  -9.054 -21.018  18.232
    4    H    SER  23           HN       SER  23  -6.984 -18.396  15.070
    5    HB3  SER  23           HB1      SER  23  -6.428 -20.667  17.232

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   THR  24           HA       THR  24  -7.540 -16.559  19.348
    2    HB   THR  24           HB       THR  24  -9.419 -16.024  20.985
    3    HG1  THR  24           HG1      THR  24 -11.001 -17.405  21.199
    4   HG23  THR  24          HG21      THR  24  -9.322 -14.852  18.822
    5   HG22  THR  24          HG22      THR  24 -10.996 -15.147  19.297
    6   HG21  THR  24          HG23      THR  24 -10.240 -16.154  18.061
    7    H    THR  24           HN       THR  24  -9.257 -18.872  18.660

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   LEU  25           HA       LEU  25  -6.015 -19.146  22.590
    2    HB2  LEU  25           HB2      LEU  25  -4.401 -17.086  22.336
    3    HG   LEU  25           HG       LEU  25  -4.491 -18.627  24.959
    4   HD11  LEU  25          HD11      LEU  25  -4.292 -20.051  22.974
    5   HD13  LEU  25          HD12      LEU  25  -2.803 -20.048  23.906
    6   HD12  LEU  25          HD13      LEU  25  -2.904 -19.110  22.416
    7   HD22  LEU  25          HD21      LEU  25  -2.130 -18.003  25.233
    8   HD21  LEU  25          HD22      LEU  25  -3.162 -16.573  25.227
    9   HD23  LEU  25          HD23      LEU  25  -2.214 -16.985  23.793
   10    H    LEU  25           HN       LEU  25  -6.470 -16.592  21.351
   11    HB3  LEU  25           HB1      LEU  25  -5.177 -16.492  23.795

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ARG  26           HA       ARG  26  -9.347 -18.476  25.454
    2    HB2  ARG  26           HB2      ARG  26 -10.257 -20.654  26.197
    3    HG2  ARG  26           HG2      ARG  26  -7.988 -21.975  24.673
    4    HD2  ARG  26           HD2      ARG  26 -10.193 -23.185  24.586
    5    HE   ARG  26           HE       ARG  26 -10.814 -22.552  26.988
    6   HH11  ARG  26          HH11      ARG  26  -9.470 -25.691  26.109
    7   HH12  ARG  26          HH12      ARG  26 -10.211 -26.497  27.451
    8   HH21  ARG  26          HH21      ARG  26 -11.784 -23.639  28.708
    9   HH22  ARG  26          HH22      ARG  26 -11.513 -25.341  28.919
   10    H    ARG  26           HN       ARG  26  -7.262 -20.053  24.136
   11    HB3  ARG  26           HB1      ARG  26 -10.011 -20.614  24.456
   12    HG3  ARG  26           HG1      ARG  26  -8.124 -21.943  26.429
   13    HD3  ARG  26           HD1      ARG  26  -8.886 -24.084  25.366

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   SER  27           HA       SER  27  -6.424 -19.264  29.043
    2    HB2  SER  27           HB2      SER  27  -6.538 -22.279  28.500
    3    HG   SER  27           HG       SER  27  -8.431 -20.440  29.512
    4    H    SER  27           HN       SER  27  -6.421 -20.306  26.315
    5    HB3  SER  27           HB1      SER  27  -6.318 -21.524  30.082

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   VAL  28           HA       VAL  28  -2.174 -20.745  28.667
    2    HB   VAL  28           HB       VAL  28  -2.090 -18.068  30.147
    3    H    VAL  28           HN       VAL  28  -4.446 -19.576  30.139

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   GLN  29           HA       GLN  29  -1.072 -21.801  32.870
    2    HB2  GLN  29           HB2      GLN  29  -0.996 -24.307  32.980
    3    HG2  GLN  29           HG2      GLN  29  -1.592 -24.169  30.021
    4   HE21  GLN  29          HE21      GLN  29  -0.512 -26.888  29.793
    5   HE22  GLN  29          HE22      GLN  29  -1.776 -27.937  30.316
    6    H    GLN  29           HN       GLN  29  -0.912 -21.980  29.935
    7    HB3  GLN  29           HB1      GLN  29  -2.488 -23.687  32.278
    8    HG3  GLN  29           HG1      GLN  29  -0.146 -24.856  30.748

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   TYR  30           HA       TYR  30   3.315 -21.849  32.015
    2    HB2  TYR  30           HB2      TYR  30   3.277 -19.635  33.092
    3    HD1  TYR  30           HD1      TYR  30   4.754 -21.022  36.078
    4    HD2  TYR  30           HD2      TYR  30   5.528 -20.254  31.955
    5    HE1  TYR  30           HE1      TYR  30   7.161 -21.276  36.483
    6    HE2  TYR  30           HE2      TYR  30   7.938 -20.496  32.359
    7    HH   TYR  30           HH       TYR  30   9.516 -20.307  34.239
    8    H    TYR  30           HN       TYR  30   0.889 -21.016  33.323
    9    HB3  TYR  30           HB1      TYR  30   2.935 -20.363  34.658

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   ARG  31           HA       ARG  31   3.314 -25.517  34.575
    2    HB2  ARG  31           HB2      ARG  31   4.304 -26.307  31.804
    3    HG2  ARG  31           HG2      ARG  31   1.675 -26.944  33.196
    4    HD2  ARG  31           HD2      ARG  31   1.005 -28.036  31.131
    5    HE   ARG  31           HE       ARG  31   2.815 -29.219  32.764
    6   HH11  ARG  31          HH11      ARG  31   2.288 -29.412  29.292
    7   HH12  ARG  31          HH12      ARG  31   2.946 -31.009  29.172
    8   HH21  ARG  31          HH21      ARG  31   3.678 -31.315  32.568
    9   HH22  ARG  31          HH22      ARG  31   3.727 -32.081  31.014
   10    H    ARG  31           HN       ARG  31   3.623 -23.988  32.117
   11    HB3  ARG  31           HB1      ARG  31   4.107 -27.435  33.147
   12    HG3  ARG  31           HG1      ARG  31   1.877 -25.817  31.851
   13    HD3  ARG  31           HD1      ARG  31   2.545 -27.622  30.371

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   SER  32           HA       SER  32   7.491 -24.154  35.609
    2    HB2  SER  32           HB2      SER  32   7.661 -24.361  38.102
    3    HG   SER  32           HG       SER  32   6.292 -25.554  39.140
    4    H    SER  32           HN       SER  32   4.777 -24.806  36.033
    5    HB3  SER  32           HB1      SER  32   6.264 -23.411  37.598

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   GLU  33           HA       GLU  33   7.885 -28.984  36.683
    2    HB2  GLU  33           HB2      GLU  33   5.528 -29.605  36.665
    3    HG2  GLU  33           HG2      GLU  33   6.888 -31.147  34.427
    4    H    GLU  33           HN       GLU  33   5.853 -27.174  36.198
    5    HB3  GLU  33           HB1      GLU  33   5.401 -29.241  34.949
    6    HG3  GLU  33           HG1      GLU  33   7.033 -31.505  36.149

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLU  34           HA       GLU  34   9.023 -28.920  32.113
    2    HB2  GLU  34           HB2      GLU  34   6.572 -27.359  31.202
    3    HG2  GLU  34           HG2      GLU  34   6.096 -29.671  31.990
    4    H    GLU  34           HN       GLU  34   6.832 -27.624  33.591
    5    HB3  GLU  34           HB1      GLU  34   7.791 -28.005  30.104
    6    HG3  GLU  34           HG1      GLU  34   5.737 -29.407  30.280

  No H/Q in entry =           6
  In of MODEL    2
    1    HA3  GLY  35           HA2      GLY  35   9.313 -23.904  33.746
    2    H    GLY  35           HN       GLY  35   8.352 -25.983  33.689
    3    HA2  GLY  35           HA1      GLY  35  10.686 -24.607  32.903

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   VAL  36           HA       VAL  36   8.214 -22.639  29.494
    2    HB   VAL  36           HB       VAL  36   7.068 -23.947  27.780
    3    H    VAL  36           HN       VAL  36   7.434 -24.593  31.580

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   ILE  37           HA       ILE  37   4.025 -21.212  30.074
    2    HB   ILE  37           HB       ILE  37   5.001 -19.482  27.746
    3   HD12  ILE  37          HD11      ILE  37   4.994 -16.871  29.548
    4   HD11  ILE  37          HD12      ILE  37   6.279 -17.299  28.415
    5   HD13  ILE  37          HD13      ILE  37   6.656 -17.032  30.114
    6    H    ILE  37           HN       ILE  37   6.544 -21.430  28.592

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   VAL  38           HA       VAL  38   2.338 -23.483  26.604
    2    HB   VAL  38           HB       VAL  38   0.840 -24.412  29.096
    3    H    VAL  38           HN       VAL  38   2.468 -22.545  29.388

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   PHE  39           HA       PHE  39  -1.135 -20.759  26.100
    2    HB2  PHE  39           HB2      PHE  39   0.218 -21.123  23.387
    3    HD1  PHE  39           HD1      PHE  39  -0.314 -18.025  25.331
    4    HD2  PHE  39           HD2      PHE  39   2.554 -20.913  24.031
    5    HE1  PHE  39           HE1      PHE  39   1.502 -16.533  26.022
    6    HE2  PHE  39           HE2      PHE  39   4.370 -19.420  24.732
    7    HZ   PHE  39           HZ       PHE  39   3.843 -17.220  25.727
    8    H    PHE  39           HN       PHE  39   0.920 -22.680  25.247
    9    HB3  PHE  39           HB1      PHE  39  -0.945 -19.870  23.791

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   ILE  40           HA       ILE  40  -3.627 -24.226  24.586
    2    HB   ILE  40           HB       ILE  40  -5.213 -23.105  26.937
    3   HD12  ILE  40          HD11      ILE  40  -5.298 -26.095  28.213
    4   HD11  ILE  40          HD12      ILE  40  -5.020 -24.611  29.130
    5   HD13  ILE  40          HD13      ILE  40  -3.812 -25.894  29.140
    6    H    ILE  40           HN       ILE  40  -2.899 -22.144  26.466

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LEU  41           HA       LEU  41  -5.892 -21.328  22.059
    2    HB2  LEU  41           HB2      LEU  41  -5.175 -23.854  20.563
    3    HG   LEU  41           HG       LEU  41  -3.480 -22.035  20.561
    4   HD13  LEU  41          HD11      LEU  41  -3.138 -21.855  18.135
    5   HD12  LEU  41          HD12      LEU  41  -4.791 -22.402  17.846
    6   HD11  LEU  41          HD13      LEU  41  -3.615 -23.493  18.582
    7   HD21  LEU  41          HD21      LEU  41  -5.698 -20.372  19.320
    8   HD23  LEU  41          HD22      LEU  41  -4.006 -19.899  19.429
    9   HD22  LEU  41          HD23      LEU  41  -4.943 -20.123  20.898
   10    H    LEU  41           HN       LEU  41  -4.423 -23.696  22.693
   11    HB3  LEU  41           HB1      LEU  41  -6.354 -22.752  19.868

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ALA  42           HA       ALA  42 -10.069 -22.490  22.604
    2    HB3  ALA  42           HB1      ALA  42 -11.622 -21.553  20.945
    3    HB1  ALA  42           HB2      ALA  42 -10.287 -21.321  19.810
    4    HB2  ALA  42           HB3      ALA  42 -10.330 -20.408  21.318
    5    H    ALA  42           HN       ALA  42  -8.032 -21.402  20.956

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ASN  43           HA       ASN  43 -10.225 -25.957  19.355
    2    HB2  ASN  43           HB2      ASN  43  -8.600 -26.574  17.544
    3   HD21  ASN  43          HD21      ASN  43  -7.487 -24.246  16.109
    4   HD22  ASN  43          HD22      ASN  43  -5.902 -24.027  16.747
    5    H    ASN  43           HN       ASN  43  -8.451 -23.680  19.755
    6    HB3  ASN  43           HB1      ASN  43  -9.233 -24.944  17.368

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ASP  44           HA       ASP  44  -7.112 -26.351  23.373
    2    HB2  ASP  44           HB2      ASP  44  -8.321 -28.827  22.090
    3    H    ASP  44           HN       ASP  44  -8.070 -25.265  21.676
    4    HB3  ASP  44           HB1      ASP  44  -7.391 -28.899  23.586

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   ARG  45           HA       ARG  45  -3.559 -27.862  20.752
    2    HB2  ARG  45           HB2      ARG  45  -4.113 -26.762  18.609
    3    HG2  ARG  45           HG2      ARG  45  -1.376 -25.890  19.591
    4    HD2  ARG  45           HD2      ARG  45  -2.379 -26.326  16.763
    5    HE   ARG  45           HE       ARG  45   0.223 -26.516  17.681
    6   HH11  ARG  45          HH11      ARG  45  -1.472 -24.555  15.296
    7   HH12  ARG  45          HH12      ARG  45  -0.063 -24.347  14.311
    8   HH21  ARG  45          HH21      ARG  45   2.031 -26.224  16.386
    9   HH22  ARG  45          HH22      ARG  45   1.918 -25.283  14.932
   10    H    ARG  45           HN       ARG  45  -5.753 -25.983  20.650
   11    HB3  ARG  45           HB1      ARG  45  -3.740 -25.188  19.305
   12    HG3  ARG  45           HG1      ARG  45  -1.764 -27.455  18.870
   13    HD3  ARG  45           HD1      ARG  45  -1.998 -24.759  17.493

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   GLU  46           HA       GLU  46  -1.685 -25.496  24.017
    2    HB2  GLU  46           HB2      GLU  46  -0.670 -28.356  24.229
    3    HG2  GLU  46           HG2      GLU  46  -2.957 -26.944  25.639
    4    H    GLU  46           HN       GLU  46  -2.157 -27.845  22.369
    5    HB3  GLU  46           HB1      GLU  46  -0.422 -27.104  25.443
    6    HG3  GLU  46           HG1      GLU  46  -3.052 -28.374  24.613

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   LEU  47           HA       LEU  47   1.963 -24.888  21.437
    2    HB2  LEU  47           HB2      LEU  47   0.614 -22.252  22.001
    3    HG   LEU  47           HG       LEU  47  -0.133 -23.581  19.993
    4   HD11  LEU  47          HD11      LEU  47  -0.382 -21.147  20.021
    5   HD13  LEU  47          HD12      LEU  47  -0.032 -21.725  18.394
    6   HD12  LEU  47          HD13      LEU  47   1.240 -20.960  19.351
    7   HD22  LEU  47          HD21      LEU  47   1.385 -23.812  18.068
    8   HD21  LEU  47          HD22      LEU  47   2.027 -24.668  19.472
    9   HD23  LEU  47          HD23      LEU  47   2.708 -23.106  19.004
   10    H    LEU  47           HN       LEU  47  -0.430 -24.094  22.840
   11    HB3  LEU  47           HB1      LEU  47   2.253 -22.277  21.363

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   LYS  48           HA       LYS  48   4.260 -24.481  25.176
    2    HB2  LYS  48           HB2      LYS  48   4.091 -26.890  24.857
    3    HG2  LYS  48           HG2      LYS  48   7.037 -26.180  25.101
    4    HD2  LYS  48           HD2      LYS  48   5.540 -28.635  26.082
    5    HE2  LYS  48           HE2      LYS  48   8.493 -27.950  26.210
    6    HZ2  LYS  48           HZ1      LYS  48   8.683 -30.007  27.417
    7    HZ1  LYS  48           HZ2      LYS  48   8.092 -30.303  25.858
    8    HZ3  LYS  48           HZ3      LYS  48   7.042 -30.336  27.184
    9    H    LYS  48           HN       LYS  48   3.711 -25.348  22.418
   10    HB3  LYS  48           HB1      LYS  48   5.238 -26.840  23.520
   11    HG3  LYS  48           HG1      LYS  48   5.874 -26.229  26.431
   12    HD3  LYS  48           HD1      LYS  48   6.640 -28.609  24.699
   13    HE3  LYS  48           HE1      LYS  48   7.384 -27.998  27.582

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   PHE  49           HA       PHE  49   8.110 -22.753  23.812
    2    HB2  PHE  49           HB2      PHE  49   6.164 -20.404  24.047
    3    HD1  PHE  49           HD1      PHE  49   8.620 -20.902  21.355
    4    HD2  PHE  49           HD2      PHE  49   4.531 -21.427  22.505
    5    HE1  PHE  49           HE1      PHE  49   8.002 -21.317  19.006
    6    HE2  PHE  49           HE2      PHE  49   3.928 -21.840  20.157
    7    HZ   PHE  49           HZ       PHE  49   5.661 -21.788  18.409
    8    H    PHE  49           HN       PHE  49   5.539 -22.780  25.271
    9    HB3  PHE  49           HB1      PHE  49   7.850 -20.221  23.579

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   ARG  50           HA       ARG  50   9.398 -21.729  27.922
    2    HB2  ARG  50           HB2      ARG  50  11.935 -21.358  26.269
    3    HG2  ARG  50           HG2      ARG  50  12.720 -23.443  27.456
    4    HD2  ARG  50           HD2      ARG  50  10.329 -23.795  25.624
    5    HE   ARG  50           HE       ARG  50  11.429 -25.861  26.885
    6   HH11  ARG  50          HH11      ARG  50  11.991 -24.777  23.596
    7   HH12  ARG  50          HH12      ARG  50  12.245 -26.375  22.991
    8   HH21  ARG  50          HH21      ARG  50  11.748 -27.966  26.060
    9   HH22  ARG  50          HH22      ARG  50  12.098 -28.189  24.377
   10    H    ARG  50           HN       ARG  50   9.822 -21.860  25.045
   11    HB3  ARG  50           HB1      ARG  50  11.898 -21.289  28.024
   12    HG3  ARG  50           HG1      ARG  50  11.063 -23.688  28.006
   13    HD3  ARG  50           HD1      ARG  50  12.014 -23.606  25.126

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   PRO  51           HA       PRO  51   9.128 -17.228  28.477
    2    HB2  PRO  51           HB2      PRO  51  11.428 -17.694  30.391
    3    HG2  PRO  51           HG2      PRO  51  10.141 -19.138  31.723
    4    HD2  PRO  51           HD2      PRO  51  10.693 -20.523  29.936
    5    HB3  PRO  51           HB1      PRO  51   9.962 -16.725  30.620
    6    HG3  PRO  51           HG1      PRO  51   8.614 -18.620  30.972
    7    HD3  PRO  51           HD1      PRO  51   8.926 -20.572  29.756

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   ASP  52           HA       ASP  52  13.788 -16.392  27.412
    2    HB2  ASP  52           HB2      ASP  52  14.494 -19.297  26.856
    3    H    ASP  52           HN       ASP  52  12.345 -18.716  28.166
    4    HB3  ASP  52           HB1      ASP  52  15.618 -17.937  26.914

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   ASP  53           HA       ASP  53  12.792 -17.994  22.964
    2    HB2  ASP  53           HB2      ASP  53  10.235 -19.320  23.950
    3    H    ASP  53           HN       ASP  53  11.850 -18.657  25.586
    4    HB3  ASP  53           HB1      ASP  53  10.480 -18.968  22.245

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   LEU  54           HA       LEU  54   9.023 -15.243  22.942
    2    HB2  LEU  54           HB2      LEU  54   8.332 -15.396  25.891
    3    HG   LEU  54           HG       LEU  54   8.364 -17.679  24.847
    4   HD12  LEU  54          HD11      LEU  54   5.601 -16.663  25.546
    5   HD11  LEU  54          HD12      LEU  54   6.838 -17.203  26.685
    6   HD13  LEU  54          HD13      LEU  54   6.129 -18.349  25.551
    7   HD23  LEU  54          HD21      LEU  54   6.270 -16.538  22.960
    8   HD22  LEU  54          HD22      LEU  54   6.714 -18.238  23.097
    9   HD21  LEU  54          HD23      LEU  54   7.897 -17.070  22.521
   10    H    LEU  54           HN       LEU  54  10.446 -16.579  25.137
   11    HB3  LEU  54           HB1      LEU  54   7.273 -14.847  24.598

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   GLN  55           HA       GLN  55  10.765 -11.269  23.523
    2    HB2  GLN  55           HB2      GLN  55   9.354 -11.040  21.480
    3    HG2  GLN  55           HG2      GLN  55   8.646  -8.649  21.653
    4   HE21  GLN  55          HE21      GLN  55  11.211  -8.749  24.007
    5   HE22  GLN  55          HE22      GLN  55  12.498  -8.390  22.911
    6    H    GLN  55           HN       GLN  55   8.869 -13.127  22.675
    7    HB3  GLN  55           HB1      GLN  55   7.938 -10.772  22.481
    8    HG3  GLN  55           HG1      GLN  55   9.042  -8.688  23.369

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   ALA  56           HA       ALA  56   7.228  -9.768  26.515
    2    HB1  ALA  56           HB1      ALA  56   5.942 -12.514  26.801
    3    HB2  ALA  56           HB2      ALA  56   5.314 -11.186  25.833
    4    HB3  ALA  56           HB3      ALA  56   5.391 -11.028  27.590
    5    H    ALA  56           HN       ALA  56   7.514 -11.962  24.785

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   THR  57           HA       THR  57   9.073 -12.424  29.856
    2    HB   THR  57           HB       THR  57   8.765 -14.917  29.999
    3    HG1  THR  57           HG1      THR  57   9.308 -15.003  27.539
    4   HG21  THR  57          HG21      THR  57   6.857 -13.390  30.291
    5   HG23  THR  57          HG22      THR  57   6.358 -14.902  29.538
    6   HG22  THR  57          HG23      THR  57   6.547 -13.446  28.562
    7    H    THR  57           HN       THR  57   8.945 -12.783  26.909

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   TYR  58           HA       TYR  58  13.078 -14.033  27.847
    2    HB2  TYR  58           HB2      TYR  58  12.708 -12.493  25.849
    3    HD1  TYR  58           HD1      TYR  58  14.559 -14.733  26.503
    4    HD2  TYR  58           HD2      TYR  58  15.397 -10.628  25.666
    5    HE1  TYR  58           HE1      TYR  58  16.762 -15.370  25.634
    6    HE2  TYR  58           HE2      TYR  58  17.610 -11.263  24.799
    7    HH   TYR  58           HH       TYR  58  18.477 -14.468  24.091
    8    H    TYR  58           HN       TYR  58  11.081 -12.002  27.584
    9    HB3  TYR  58           HB1      TYR  58  13.380 -11.182  26.812

  No H/Q in entry =           9
  In of MODEL    2
    1    HA3  GLY  59           HA2      GLY  59  15.014 -13.829  31.792
    2    H    GLY  59           HN       GLY  59  13.334 -14.236  30.096
    3    HA2  GLY  59           HA1      GLY  59  14.887 -12.110  31.481

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   ALA  60           HA       ALA  60  11.150 -11.927  33.958
    2    HB1  ALA  60           HB1      ALA  60   9.279 -13.382  32.059
    3    HB2  ALA  60           HB2      ALA  60   9.688 -11.668  31.979
    4    HB3  ALA  60           HB3      ALA  60   8.803 -12.298  33.369
    5    H    ALA  60           HN       ALA  60  11.755 -13.203  31.440

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   THR  61           HA       THR  61  11.061 -15.496  36.468
    2    HB   THR  61           HB       THR  61  10.184 -14.920  38.784
    3    HG1  THR  61           HG1      THR  61   9.834 -12.464  38.882
    4   HG22  THR  61          HG21      THR  61  12.130 -12.920  37.579
    5   HG21  THR  61          HG22      THR  61  12.538 -14.520  38.210
    6   HG23  THR  61          HG23      THR  61  11.930 -13.272  39.299
    7    H    THR  61           HN       THR  61  10.109 -12.835  35.788

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   PRO  62           HA       PRO  62   7.427 -18.073  36.092
    2    HB2  PRO  62           HB2      PRO  62   7.895 -18.645  39.028
    3    HG2  PRO  62           HG2      PRO  62  10.057 -19.468  38.594
    4    HD2  PRO  62           HD2      PRO  62  10.396 -17.176  38.515
    5    HB3  PRO  62           HB1      PRO  62   7.575 -19.780  37.706
    6    HG3  PRO  62           HG1      PRO  62   9.756 -19.582  36.845
    7    HD3  PRO  62           HD1      PRO  62  10.887 -17.563  36.850

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   GLU  63           HA       GLU  63   4.813 -16.285  39.817
    2    HB2  GLU  63           HB2      GLU  63   5.262 -14.336  41.270
    3    HG2  GLU  63           HG2      GLU  63   7.973 -14.172  39.914
    4    H    GLU  63           HN       GLU  63   7.525 -16.115  39.081
    5    HB3  GLU  63           HB1      GLU  63   6.550 -15.534  41.373
    6    HG3  GLU  63           HG1      GLU  63   6.687 -12.982  39.740

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLN  64           HA       GLN  64   4.287 -12.230  37.245
    2    HB2  GLN  64           HB2      GLN  64   6.951 -12.671  35.832
    3    HG2  GLN  64           HG2      GLN  64   6.154 -10.341  37.599
    4   HE21  GLN  64          HE21      GLN  64   7.855 -10.577  35.084
    5   HE22  GLN  64          HE22      GLN  64   9.366  -9.920  35.557
    6    H    GLN  64           HN       GLN  64   6.470 -14.054  37.678
    7    HB3  GLN  64           HB1      GLN  64   5.851 -11.347  35.451
    8    HG3  GLN  64           HG1      GLN  64   6.941 -11.778  38.240

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   LEU  65           HA       LEU  65   3.470 -15.134  33.598
    2    HB2  LEU  65           HB2      LEU  65   5.311 -17.413  34.489
    3    HG   LEU  65           HG       LEU  65   6.785 -15.469  34.374
    4   HD11  LEU  65          HD11      LEU  65   7.687 -17.548  33.517
    5   HD13  LEU  65          HD12      LEU  65   8.338 -16.177  32.625
    6   HD12  LEU  65          HD13      LEU  65   7.081 -17.182  31.900
    7   HD23  LEU  65          HD21      LEU  65   6.990 -14.113  32.318
    8   HD22  LEU  65          HD22      LEU  65   5.427 -13.935  33.102
    9   HD21  LEU  65          HD23      LEU  65   5.572 -14.931  31.650
   10    H    LEU  65           HN       LEU  65   5.108 -15.294  36.082
   11    HB3  LEU  65           HB1      LEU  65   4.695 -17.081  32.874

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ARG  66           HA       ARG  66   0.894 -17.784  36.261
    2    HB2  ARG  66           HB2      ARG  66   1.595 -16.264  38.818
    3    HG2  ARG  66           HG2      ARG  66   2.462 -19.019  37.882
    4    HD2  ARG  66           HD2      ARG  66   3.723 -19.129  40.023
    5    HE   ARG  66           HE       ARG  66   0.815 -18.878  40.547
    6   HH11  ARG  66          HH11      ARG  66   3.680 -20.904  40.350
    7   HH12  ARG  66          HH12      ARG  66   2.823 -22.355  40.758
    8   HH21  ARG  66          HH21      ARG  66  -0.287 -20.788  41.060
    9   HH22  ARG  66          HH22      ARG  66   0.578 -22.289  41.166
   10    H    ARG  66           HN       ARG  66   2.707 -15.464  36.621
   11    HB3  ARG  66           HB1      ARG  66   0.521 -17.663  38.709
   12    HG3  ARG  66           HG1      ARG  66   3.498 -17.617  38.144
   13    HD3  ARG  66           HD1      ARG  66   2.893 -17.667  40.562

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   GLU  67           HA       GLU  67  -1.766 -13.962  36.846
    2    HB2  GLU  67           HB2      GLU  67  -1.129 -11.528  37.429
    3    HG2  GLU  67           HG2      GLU  67   1.496 -12.858  38.176
    4    H    GLU  67           HN       GLU  67   1.096 -14.379  37.208
    5    HB3  GLU  67           HB1      GLU  67  -0.954 -12.741  38.690
    6    HG3  GLU  67           HG1      GLU  67   1.279 -11.539  37.027

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ILE  68           HA       ILE  68  -0.942 -12.750  32.633
    2    HB   ILE  68           HB       ILE  68  -1.613 -15.724  32.852
    3   HD13  ILE  68          HD11      ILE  68   0.460 -17.274  32.709
    4   HD12  ILE  68          HD12      ILE  68   2.003 -16.567  32.235
    5   HD11  ILE  68          HD13      ILE  68   0.702 -16.693  31.055
    6    H    ILE  68           HN       ILE  68  -2.250 -14.235  34.834

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLU  69           HA       GLU  69  -5.201 -12.932  31.089
    2    HB2  GLU  69           HB2      GLU  69  -4.929 -10.626  32.113
    3    HG2  GLU  69           HG2      GLU  69  -6.410 -10.565  29.464
    4    H    GLU  69           HN       GLU  69  -2.375 -12.013  31.045
    5    HB3  GLU  69           HB1      GLU  69  -4.261 -10.061  30.587
    6    HG3  GLU  69           HG1      GLU  69  -7.073 -11.140  30.994

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ILE  70           HA       ILE  70  -4.464 -13.441  26.731
    2    HB   ILE  70           HB       ILE  70  -7.467 -12.892  26.760
    3   HD11  ILE  70          HD11      ILE  70  -5.499 -16.043  25.832
    4   HD13  ILE  70          HD12      ILE  70  -5.850 -16.820  27.375
    5   HD12  ILE  70          HD13      ILE  70  -4.724 -15.465  27.312
    6    H    ILE  70           HN       ILE  70  -6.235 -12.664  28.887

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   SER  71           HA       SER  71  -3.404  -9.708  24.724
    2    HB2  SER  71           HB2      SER  71  -4.493 -11.308  22.387
    3    HG   SER  71           HG       SER  71  -1.895 -10.606  23.255
    4    H    SER  71           HN       SER  71  -4.330 -12.296  24.614
    5    HB3  SER  71           HB1      SER  71  -3.813  -9.701  22.154

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   PRO  72           HA       PRO  72  -7.045  -6.950  24.236
    2    HB2  PRO  72           HB2      PRO  72  -5.859  -4.830  22.977
    3    HG2  PRO  72           HG2      PRO  72  -3.847  -5.935  22.354
    4    HD2  PRO  72           HD2      PRO  72  -3.043  -7.778  23.568
    5    HB3  PRO  72           HB1      PRO  72  -5.601  -5.167  24.698
    6    HG3  PRO  72           HG1      PRO  72  -3.389  -5.132  23.873
    7    HD3  PRO  72           HD1      PRO  72  -3.564  -7.107  25.130

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   SER  73           HA       SER  73  -6.812  -7.608  19.484
    2    HB2  SER  73           HB2      SER  73  -5.149  -8.932  18.162
    3    HG   SER  73           HG       SER  73  -3.131  -9.349  19.437
    4    H    SER  73           HN       SER  73  -4.959  -8.052  21.656
    5    HB3  SER  73           HB1      SER  73  -4.391  -7.604  19.041

  No H/Q in entry =           5
  In of MODEL    2
    1    HA3  GLY  74           HA2      GLY  74  -7.694 -11.745  22.580
    2    H    GLY  74           HN       GLY  74  -6.559  -9.857  22.003
    3    HA2  GLY  74           HA1      GLY  74  -8.737 -11.484  21.200

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   LEU  75           HA       LEU  75  -5.911 -14.242  18.928
    2    HB2  LEU  75           HB2      LEU  75  -3.618 -12.245  18.854
    3    HG   LEU  75           HG       LEU  75  -5.594 -11.469  17.566
    4   HD12  LEU  75          HD11      LEU  75  -3.291 -12.392  15.825
    5   HD11  LEU  75          HD12      LEU  75  -3.352 -10.904  16.773
    6   HD13  LEU  75          HD13      LEU  75  -4.457 -11.127  15.418
    7   HD23  LEU  75          HD21      LEU  75  -5.290 -14.065  16.014
    8   HD22  LEU  75          HD22      LEU  75  -6.375 -12.731  15.612
    9   HD21  LEU  75          HD23      LEU  75  -6.627 -13.650  17.092
   10    H    LEU  75           HN       LEU  75  -5.569 -11.647  20.134
   11    HB3  LEU  75           HB1      LEU  75  -3.624 -13.757  17.951

  No H/Q in entry =          11
  In of MODEL    2
    1    HA3  GLY  76           HA2      GLY  76  -2.451 -15.566  21.684
    2    H    GLY  76           HN       GLY  76  -3.152 -12.868  20.717
    3    HA2  GLY  76           HA1      GLY  76  -1.366 -14.183  21.539

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   VAL  77           HA       VAL  77  -2.733 -13.322  25.638
    2    HB   VAL  77           HB       VAL  77  -0.919 -15.277  25.547
    3    H    VAL  77           HN       VAL  77  -0.854 -13.275  23.377

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   TYR  78           HA       TYR  78  -0.085  -9.794  26.674
    2    HB2  TYR  78           HB2      TYR  78  -2.198  -8.716  25.993
    3    HD1  TYR  78           HD1      TYR  78  -2.874  -7.452  29.253
    4    HD2  TYR  78           HD2      TYR  78   0.015  -7.233  26.106
    5    HE1  TYR  78           HE1      TYR  78  -2.042  -5.329  30.165
    6    HE2  TYR  78           HE2      TYR  78   0.843  -5.104  27.021
    7    HH   TYR  78           HH       TYR  78  -0.032  -3.959  30.125
    8    H    TYR  78           HN       TYR  78  -2.222 -11.725  27.245
    9    HB3  TYR  78           HB1      TYR  78  -2.927  -9.102  27.548

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   PHE  79           HA       PHE  79   0.475 -10.869  30.959
    2    HB2  PHE  79           HB2      PHE  79   3.286 -10.438  29.875
    3    HD1  PHE  79           HD1      PHE  79   0.531 -12.795  30.151
    4    HD2  PHE  79           HD2      PHE  79   4.586 -12.437  29.463
    5    HE1  PHE  79           HE1      PHE  79   0.602 -15.045  29.204
    6    HE2  PHE  79           HE2      PHE  79   4.626 -14.710  28.534
    7    HZ   PHE  79           HZ       PHE  79   2.635 -16.016  28.413
    8    H    PHE  79           HN       PHE  79   1.329 -10.229  28.246
    9    HB3  PHE  79           HB1      PHE  79   2.872 -11.078  31.464

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   GLU  80           HA       GLU  80   0.131  -6.501  31.367
    2    HB2  GLU  80           HB2      GLU  80  -2.065  -7.508  32.042
    3    HG2  GLU  80           HG2      GLU  80  -1.304  -5.331  34.000
    4    H    GLU  80           HN       GLU  80  -0.272  -9.266  32.054
    5    HB3  GLU  80           HB1      GLU  80  -1.437  -7.720  33.671
    6    HG3  GLU  80           HG1      GLU  80  -1.703  -5.024  32.309

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   THR  81           HA       THR  81   2.430  -6.905  35.673
    2    HB   THR  81           HB       THR  81   3.530  -9.644  34.919
    3    HG1  THR  81           HG1      THR  81   1.496  -9.383  36.827
    4   HG21  THR  81          HG21      THR  81   4.801  -8.409  36.669
    5   HG23  THR  81          HG22      THR  81   4.005  -9.836  37.332
    6   HG22  THR  81          HG23      THR  81   3.320  -8.235  37.619
    7    H    THR  81           HN       THR  81   1.248  -8.672  33.845

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   LEU  82           HA       LEU  82   6.162  -6.907  32.751
    2    HB2  LEU  82           HB2      LEU  82   5.095  -8.442  30.355
    3    HG   LEU  82           HG       LEU  82   4.638 -10.026  32.142
    4   HD12  LEU  82          HD11      LEU  82   7.232 -10.751  30.763
    5   HD11  LEU  82          HD12      LEU  82   5.606 -10.929  30.100
    6   HD13  LEU  82          HD13      LEU  82   6.086 -11.874  31.504
    7   HD21  LEU  82          HD21      LEU  82   6.010  -9.087  33.926
    8   HD23  LEU  82          HD22      LEU  82   7.480  -9.630  33.110
    9   HD22  LEU  82          HD23      LEU  82   6.306 -10.807  33.714
   10    H    LEU  82           HN       LEU  82   3.462  -8.078  32.540
   11    HB3  LEU  82           HB1      LEU  82   6.763  -8.249  30.881

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   GLU  83           HA       GLU  83   2.038  -4.836  30.149
    2    HB2  GLU  83           HB2      GLU  83   4.585  -3.167  30.302
    3    HG2  GLU  83           HG2      GLU  83   2.088  -3.047  32.005
    4    H    GLU  83           HN       GLU  83   3.060  -6.184  31.629
    5    HB3  GLU  83           HB1      GLU  83   3.014  -2.610  29.726
    6    HG3  GLU  83           HG1      GLU  83   3.714  -3.449  32.552

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   GLU  84           HA       GLU  84   4.079  -6.208  26.375
    2    HB2  GLU  84           HB2      GLU  84   6.179  -6.627  27.898
    3    HG2  GLU  84           HG2      GLU  84   7.447  -7.857  26.173
    4    H    GLU  84           HN       GLU  84   3.420  -7.062  29.120
    5    HB3  GLU  84           HB1      GLU  84   5.746  -8.326  27.818
    6    HG3  GLU  84           HG1      GLU  84   5.938  -8.251  25.351

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   ASP  85           HA       ASP  85   1.692  -9.881  25.724
    2    HB2  ASP  85           HB2      ASP  85   0.405  -9.566  23.694
    3    H    ASP  85           HN       ASP  85   3.460  -7.683  24.805
    4    HB3  ASP  85           HB1      ASP  85   0.635  -7.983  24.419

  No H/Q in entry =           4
  In of MODEL    2
    1    HA   VAL  86           HA       VAL  86   3.908 -12.340  22.632
    2    HB   VAL  86           HB       VAL  86   2.339 -14.486  24.190
    3    H    VAL  86           HN       VAL  86   1.592 -11.791  24.402

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   SER  87           HA       SER  87   0.370 -12.191  19.902
    2    HB2  SER  87           HB2      SER  87   2.870 -11.940  18.188
    3    HG   SER  87           HG       SER  87   2.084 -10.224  19.774
    4    H    SER  87           HN       SER  87   3.071 -11.917  20.671
    5    HB3  SER  87           HB1      SER  87   1.217 -11.773  17.589

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   LEU  88           HA       LEU  88   0.108 -16.540  19.370
    2    HB2  LEU  88           HB2      LEU  88  -2.246 -15.795  19.635
    3    HG   LEU  88           HG       LEU  88  -1.908 -17.900  17.481
    4   HD12  LEU  88          HD11      LEU  88  -2.288 -18.177  20.479
    5   HD11  LEU  88          HD12      LEU  88  -0.794 -18.481  19.586
    6   HD13  LEU  88          HD13      LEU  88  -2.203 -19.503  19.316
    7   HD22  LEU  88          HD21      LEU  88  -4.201 -18.588  17.977
    8   HD21  LEU  88          HD22      LEU  88  -4.167 -16.928  17.390
    9   HD23  LEU  88          HD23      LEU  88  -4.379 -17.250  19.113
   10    H    LEU  88           HN       LEU  88  -0.774 -13.882  19.238
   11    HB3  LEU  88           HB1      LEU  88  -2.322 -15.447  17.921

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ILE  89           HA       ILE  89  -0.205 -16.210  14.496
    2    HB   ILE  89           HB       ILE  89   0.771 -13.315  14.494
    3   HD12  ILE  89          HD11      ILE  89  -2.340 -15.509  14.612
    4   HD11  ILE  89          HD12      ILE  89  -2.363 -14.907  12.950
    5   HD13  ILE  89          HD13      ILE  89  -3.414 -14.184  14.165
    6    H    ILE  89           HN       ILE  89  -0.365 -14.402  16.622

  No H/Q in entry =           6
  In of MODEL    2
    1    HA3  GLY  90           HA2      GLY  90   4.561 -15.184  14.752
    2    H    GLY  90           HN       GLY  90   2.287 -14.304  16.116
    3    HA2  GLY  90           HA1      GLY  90   4.523 -14.551  16.390

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   LEU  91           HA       LEU  91   4.795 -18.609  18.163
    2    HB2  LEU  91           HB2      LEU  91   1.789 -18.614  18.606
    3    HG   LEU  91           HG       LEU  91   2.874 -16.762  19.836
    4   HD13  LEU  91          HD11      LEU  91   2.088 -17.331  22.094
    5   HD12  LEU  91          HD12      LEU  91   1.996 -19.036  21.640
    6   HD11  LEU  91          HD13      LEU  91   0.949 -17.853  20.852
    7   HD23  LEU  91          HD21      LEU  91   4.544 -17.241  21.596
    8   HD22  LEU  91          HD22      LEU  91   5.147 -17.617  19.988
    9   HD21  LEU  91          HD23      LEU  91   4.627 -18.919  21.063
   10    H    LEU  91           HN       LEU  91   2.823 -16.653  17.497
   11    HB3  LEU  91           HB1      LEU  91   2.900 -19.765  19.340

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   LEU  92           HA       LEU  92   2.173 -21.293  15.121
    2    HB2  LEU  92           HB2      LEU  92   0.950 -18.871  13.739
    3    HG   LEU  92           HG       LEU  92  -0.067 -19.311  16.012
    4   HD12  LEU  92          HD11      LEU  92  -1.913 -19.817  13.659
    5   HD11  LEU  92          HD12      LEU  92  -1.397 -18.243  14.272
    6   HD13  LEU  92          HD13      LEU  92  -2.406 -19.285  15.271
    7   HD23  LEU  92          HD21      LEU  92  -0.865 -21.993  14.820
    8   HD22  LEU  92          HD22      LEU  92  -1.420 -21.339  16.362
    9   HD21  LEU  92          HD23      LEU  92   0.280 -21.736  16.141
   10    H    LEU  92           HN       LEU  92   2.071 -18.553  15.936
   11    HB3  LEU  92           HB1      LEU  92   0.629 -20.547  13.311

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   GLU  93           HA       GLU  93   4.706 -19.424  11.506
    2    HB2  GLU  93           HB2      GLU  93   5.173 -16.708  12.823
    3    HG2  GLU  93           HG2      GLU  93   2.850 -16.873  12.127
    4    H    GLU  93           HN       GLU  93   3.590 -18.280  13.925
    5    HB3  GLU  93           HB1      GLU  93   5.724 -17.164  11.211
    6    HG3  GLU  93           HG1      GLU  93   3.737 -15.764  11.089

  No H/Q in entry =           6
  In of MODEL    2
    1    HA3  GLY  94           HA2      GLY  94   7.699 -19.933  15.763
    2    H    GLY  94           HN       GLY  94   5.719 -19.086  14.798
    3    HA2  GLY  94           HA1      GLY  94   8.493 -19.900  14.194

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   ARG  95           HA       ARG  95   9.354 -15.477  14.976
    2    HB2  ARG  95           HB2      ARG  95   8.030 -14.894  12.959
    3    HG2  ARG  95           HG2      ARG  95   7.795 -12.754  15.095
    4    HD2  ARG  95           HD2      ARG  95   7.793 -12.425  12.081
    5    HE   ARG  95           HE       ARG  95   7.539 -10.391  14.236
    6   HH11  ARG  95          HH11      ARG  95   8.670 -11.274  11.030
    7   HH12  ARG  95          HH12      ARG  95   9.218  -9.674  10.649
    8   HH21  ARG  95          HH21      ARG  95   8.292  -8.310  13.750
    9   HH22  ARG  95          HH22      ARG  95   9.001  -7.991  12.200
   10    H    ARG  95           HN       ARG  95   7.069 -17.035  14.161
   11    HB3  ARG  95           HB1      ARG  95   6.604 -14.627  13.959
   12    HG3  ARG  95           HG1      ARG  95   9.170 -13.005  14.020
   13    HD3  ARG  95           HD1      ARG  95   6.371 -12.259  13.118

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   ARG  96           HA       ARG  96   7.050 -15.639  18.956
    2    HB2  ARG  96           HB2      ARG  96   8.543 -16.708  20.676
    3    HG2  ARG  96           HG2      ARG  96  10.544 -16.609  18.420
    4    HD2  ARG  96           HD2      ARG  96  11.861 -18.382  19.593
    5    HE   ARG  96           HE       ARG  96   9.786 -18.820  17.800
    6   HH11  ARG  96          HH11      ARG  96  11.546 -20.746  20.163
    7   HH12  ARG  96          HH12      ARG  96  11.371 -22.206  19.244
    8   HH21  ARG  96          HH21      ARG  96   9.606 -20.720  16.627
    9   HH22  ARG  96          HH22      ARG  96  10.278 -22.187  17.248
   10    H    ARG  96           HN       ARG  96   9.285 -16.220  17.197
   11    HB3  ARG  96           HB1      ARG  96   8.269 -17.700  19.247
   12    HG3  ARG  96           HG1      ARG  96  10.786 -16.303  20.140
   13    HD3  ARG  96           HD1      ARG  96  10.425 -18.765  20.546

  No H/Q in entry =          13
  In of MODEL    2
    1    HA3  GLY  97           HA2      GLY  97   8.813 -11.603  19.689
    2    H    GLY  97           HN       GLY  97   9.464 -13.725  17.776
    3    HA2  GLY  97           HA1      GLY  97  10.525 -11.969  19.439

  No H/Q in entry =           3
  In of MODEL    2
    1    HA   SER  98           HA       SER  98   9.553  -9.192  15.968
    2    HB2  SER  98           HB2      SER  98  10.134  -7.293  17.416
    3    HG   SER  98           HG       SER  98  10.996  -6.110  15.853
    4    H    SER  98           HN       SER  98  10.656  -9.724  18.588
    5    HB3  SER  98           HB1      SER  98  11.819  -7.819  17.490

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   ALA  99           HA       ALA  99  12.514 -11.254  13.420
    2    HB3  ALA  99           HB1      ALA  99  12.149  -8.678  11.842
    3    HB1  ALA  99           HB2      ALA  99  11.167 -10.134  11.680
    4    HB2  ALA  99           HB3      ALA  99  12.873 -10.167  11.228
    5    H    ALA  99           HN       ALA  99  10.796  -9.084  13.984

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   LYS 100           HA       LYS 100  15.947  -7.837  13.808
    2    HB2  LYS 100           HB2      LYS 100  14.125  -6.031  15.462
    3    HG2  LYS 100           HG2      LYS 100  14.651  -4.297  13.740
    4    HD2  LYS 100           HD2      LYS 100  13.341  -6.766  12.529
    5    HE2  LYS 100           HE2      LYS 100  13.890  -4.977  10.856
    6    HZ1  LYS 100           HZ1      LYS 100  13.677  -3.074  12.362
    7    HZ3  LYS 100           HZ2      LYS 100  12.009  -3.336  12.460
    8    HZ2  LYS 100           HZ3      LYS 100  12.710  -2.905  10.985
    9    H    LYS 100           HN       LYS 100  13.125  -7.885  14.218
   10    HB3  LYS 100           HB1      LYS 100  15.844  -5.734  15.251
   11    HG3  LYS 100           HG1      LYS 100  15.479  -5.527  12.786
   12    HD3  LYS 100           HD1      LYS 100  12.516  -5.550  13.507
   13    HE3  LYS 100           HE1      LYS 100  12.158  -5.263  11.051

  No H/Q in entry =          13
  In of MODEL    2
    1    HA   TRP 101           HA       TRP 101  15.762  -8.571  18.664
    2    HB2  TRP 101           HB2      TRP 101  13.345  -8.338  19.068
    3    HD1  TRP 101           HD1      TRP 101  14.632  -8.313  21.510
    4    HE1  TRP 101           HE1      TRP 101  14.498 -10.004  23.429
    5    HE3  TRP 101           HE3      TRP 101  12.918 -12.352  18.914
    6    HZ2  TRP 101           HZ2      TRP 101  13.822 -12.707  23.794
    7    HZ3  TRP 101           HZ3      TRP 101  12.566 -14.470  20.118
    8    HH2  TRP 101           HH2      TRP 101  13.014 -14.637  22.517
    9    H    TRP 101           HN       TRP 101  13.862  -8.308  16.630
   10    HB3  TRP 101           HB1      TRP 101  13.048  -9.921  18.365

  No H/Q in entry =          10
  In of MODEL    2
    1    HA   MET 102           HA       MET 102  15.837 -13.249  17.668
    2    HB2  MET 102           HB2      MET 102  14.292 -13.037  15.062
    3    HG2  MET 102           HG2      MET 102  13.528 -14.394  17.655
    4    HE2  MET 102           HE1      MET 102  12.678 -13.686  13.836
    5    HE1  MET 102           HE2      MET 102  11.428 -12.799  14.712
    6    HE3  MET 102           HE3      MET 102  11.004 -14.234  13.777
    7    H    MET 102           HN       MET 102  14.403 -11.053  16.485
    8    HB3  MET 102           HB1      MET 102  14.982 -14.539  15.665
    9    HG3  MET 102           HG1      MET 102  12.829 -12.898  17.037

  No H/Q in entry =           9
  In of MODEL    2
    1    HA   ALA 103           HA       ALA 103  18.603 -12.480  13.858
    2    HB3  ALA 103           HB1      ALA 103  17.234 -10.845  12.611
    3    HB2  ALA 103           HB2      ALA 103  18.952 -10.460  12.496
    4    HB1  ALA 103           HB3      ALA 103  17.910  -9.534  13.579
    5    H    ALA 103           HN       ALA 103  16.620 -10.862  15.254

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   GLU 104           HA       GLU 104  21.371  -9.619  16.405
    2    HB2  GLU 104           HB2      GLU 104  19.203  -8.170  17.988
    3    HG2  GLU 104           HG2      GLU 104  20.554  -7.359  15.399
    4    H    GLU 104           HN       GLU 104  18.452 -10.042  16.366
    5    HB3  GLU 104           HB1      GLU 104  20.900  -7.699  17.854
    6    HG3  GLU 104           HG1      GLU 104  18.859  -7.735  15.617

  No H/Q in entry =           6
  In of MODEL    2
    1    HA   HIS 105           HA       HIS 105  20.654 -11.913  20.351
    2    HB2  HIS 105           HB2      HIS 105  17.613 -11.666  20.604
    3    HD1  HIS 105           HD1      HIS 105  20.202 -10.264  22.943
    4    HD2  HIS 105           HD2      HIS 105  17.413  -8.914  20.171
    5    HE1  HIS 105           HE1      HIS 105  20.087  -7.774  23.257
    6    HE2  HIS 105           HE2      HIS 105  18.295  -6.999  21.671
    7    H    HIS 105           HN       HIS 105  18.766 -11.042  18.236
    8    HB3  HIS 105           HB1      HIS 105  18.729 -12.146  21.882

  No H/Q in entry =           8
  In of MODEL    2
    1    HA   PRO 106           HA       PRO 106  19.783 -15.753  17.895
    2    HB2  PRO 106           HB2      PRO 106  21.961 -17.136  18.965
    3    HG2  PRO 106           HG2      PRO 106  22.687 -15.420  20.421
    4    HD2  PRO 106           HD2      PRO 106  22.130 -13.146  20.022
    5    HB3  PRO 106           HB1      PRO 106  22.052 -16.086  17.542
    6    HG3  PRO 106           HG1      PRO 106  23.639 -15.076  18.956
    7    HD3  PRO 106           HD1      PRO 106  22.177 -13.350  18.258

  No H/Q in entry =           7
  In of MODEL    2
    1    HA   LEU 107           HA       LEU 107  18.366 -18.216  21.398
    2    HB2  LEU 107           HB2      LEU 107  16.703 -16.674  20.326
    3    HG   LEU 107           HG       LEU 107  15.369 -19.372  20.776
    4   HD11  LEU 107          HD11      LEU 107  15.937 -17.169  22.789
    5   HD13  LEU 107          HD12      LEU 107  16.665 -18.778  22.766
    6   HD12  LEU 107          HD13      LEU 107  14.942 -18.595  23.082
    7   HD22  LEU 107          HD21      LEU 107  13.355 -18.035  21.226
    8   HD21  LEU 107          HD22      LEU 107  13.940 -17.773  19.587
    9   HD23  LEU 107          HD23      LEU 107  14.233 -16.555  20.834
   10    H    LEU 107           HN       LEU 107  19.203 -17.902  18.607
   11    HB3  LEU 107           HB1      LEU 107  16.392 -17.881  19.092

  No H/Q in entry =          11
  In of MODEL    2
    1    HA   ALA 108           HA       ALA 108  18.372 -22.498  20.188
    2    HB3  ALA 108           HB1      ALA 108  16.383 -22.521  22.485
    3    HB1  ALA 108           HB2      ALA 108  18.135 -22.662  22.636
    4    HB2  ALA 108           HB3      ALA 108  17.217 -23.933  21.827
    5    H    ALA 108           HN       ALA 108  17.334 -20.330  21.757

  No H/Q in entry =           5
  In of MODEL    2
    1    HA   SER 109           HA       SER 109  15.089 -22.954  17.267
    2    HB2  SER 109           HB2      SER 109  13.872 -21.261  18.662
    3    HG   SER 109           HG       SER 109  12.749 -20.208  16.799
    4    H    SER 109           HN       SER 109  17.378 -21.628  18.212
    5    HB3  SER 109           HB1      SER 109  14.689 -19.959  17.798
    6    H1   MET   1           HT1      MET   1 -11.515   1.129  -4.096
    7    H2   MET   1           HT3      MET   1 -12.456   2.512  -4.324
    8    H3   MET   1           HT2      MET   1 -12.183   1.455  -5.615
    9    HB3  MET   1           HB1      MET   1  -9.980   4.390  -6.281
   10    HG3  MET   1           HG1      MET   1 -11.618   4.224  -8.087
   11    HA   MET   1           HA       MET   1  -9.855   1.955  -5.612
   12    HB2  MET   1           HB2      MET   1 -11.626   4.444  -5.659
   13    HG2  MET   1           HG2      MET   1 -12.321   2.784  -7.341
   14    HE3  MET   1           HE1      MET   1 -10.394   1.375 -10.522
   15    HE2  MET   1           HE2      MET   1 -11.190   2.946 -10.418
   16    HE1  MET   1           HE3      MET   1 -11.965   1.514  -9.738

  No H/Q in entry =          16
  In of MODEL    3
    1    HA   GLU   2           HA       GLU   2  -8.639   3.586  -1.603
    2    HB2  GLU   2           HB2      GLU   2  -7.578   0.712  -1.616
    3    HG2  GLU   2           HG2      GLU   2  -9.217   0.365   0.284
    4    H    GLU   2           HN       GLU   2  -8.726   1.541  -3.742
    5    HB3  GLU   2           HB1      GLU   2  -7.448   1.828  -0.267
    6    HG3  GLU   2           HG1      GLU   2  -9.989   1.879  -0.186

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   VAL   3           HA       VAL   3  -4.581   4.250  -3.322
    2    HB   VAL   3           HB       VAL   3  -4.226   6.629  -3.822
    3    H    VAL   3           HN       VAL   3  -6.900   4.976  -1.619

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   SER   4           HA       SER   4  -3.062   5.496   1.076
    2    HB2  SER   4           HB2      SER   4  -1.839   6.747  -0.678
    3    HG   SER   4           HG       SER   4  -0.653   7.403   0.907
    4    H    SER   4           HN       SER   4  -5.379   6.189  -0.393
    5    HB3  SER   4           HB1      SER   4  -2.870   8.152  -0.438

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   ALA   5           HA       ALA   5  -4.817   7.710   4.388
    2    HB1  ALA   5           HB1      ALA   5  -6.627   8.326   2.808
    3    HB2  ALA   5           HB2      ALA   5  -7.274   8.002   4.417
    4    HB3  ALA   5           HB3      ALA   5  -7.449   6.798   3.136
    5    H    ALA   5           HN       ALA   5  -4.581   5.406   2.748

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   ASN   6           HA       ASN   6  -4.951   2.578   5.139
    2    HB2  ASN   6           HB2      ASN   6  -5.527   4.372   7.539
    3   HD21  ASN   6          HD21      ASN   6  -3.827   2.538   9.100
    4   HD22  ASN   6          HD22      ASN   6  -2.204   2.933   8.658
    5    H    ASN   6           HN       ASN   6  -4.362   4.572   4.214
    6    HB3  ASN   6           HB1      ASN   6  -5.539   2.613   7.631

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLU   7           HA       GLU   7  -9.551   3.771   4.691
    2    HB2  GLU   7           HB2      GLU   7 -10.218   4.393   2.344
    3    HG2  GLU   7           HG2      GLU   7  -7.220   4.307   1.838
    4    H    GLU   7           HN       GLU   7  -6.907   4.104   3.669
    5    HB3  GLU   7           HB1      GLU   7  -9.067   5.513   3.074
    6    HG3  GLU   7           HG1      GLU   7  -8.452   3.367   1.008

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LEU   8           HA       LEU   8  -9.161  -0.309   2.215
    2    HB2  LEU   8           HB2      LEU   8  -7.019  -1.844   2.424
    3    HG   LEU   8           HG       LEU   8  -5.649   0.870   2.611
    4   HD13  LEU   8          HD11      LEU   8  -4.365  -0.036   4.492
    5   HD12  LEU   8          HD12      LEU   8  -5.304  -1.533   4.421
    6   HD11  LEU   8          HD13      LEU   8  -6.095  -0.013   4.839
    7   HD22  LEU   8          HD21      LEU   8  -3.555  -0.301   2.124
    8   HD21  LEU   8          HD22      LEU   8  -4.704  -0.499   0.804
    9   HD23  LEU   8          HD23      LEU   8  -4.428  -1.828   1.934
   10    H    LEU   8           HN       LEU   8  -7.322   1.647   3.198
   11    HB3  LEU   8           HB1      LEU   8  -7.111  -0.598   1.203

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   GLU   9           HA       GLU   9  -7.852  -0.370   7.406
    2    HB2  GLU   9           HB2      GLU   9 -10.000  -0.915   8.375
    3    HG2  GLU   9           HG2      GLU   9 -11.059  -1.428   5.580
    4    H    GLU   9           HN       GLU   9  -7.902   0.491   5.318
    5    HB3  GLU   9           HB1      GLU   9 -10.248   0.328   7.156
    6    HG3  GLU   9           HG1      GLU   9 -10.856  -2.634   6.850

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ALA  10           HA       ALA  10  -7.830  -4.852   5.665
    2    HB3  ALA  10           HB1      ALA  10  -5.889  -5.535   4.332
    3    HB2  ALA  10           HB2      ALA  10  -5.139  -3.955   4.582
    4    HB1  ALA  10           HB3      ALA  10  -6.640  -4.086   3.664
    5    H    ALA  10           HN       ALA  10  -6.811  -2.228   5.385

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   ALA  11           HA       ALA  11  -4.221  -5.269   8.869
    2    HB3  ALA  11           HB1      ALA  11  -3.329  -3.570  10.395
    3    HB1  ALA  11           HB2      ALA  11  -4.449  -2.368   9.743
    4    HB2  ALA  11           HB3      ALA  11  -3.177  -3.035   8.720
    5    H    ALA  11           HN       ALA  11  -5.468  -3.064   7.522

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   SER  12           HA       SER  12  -7.517  -4.049  12.284
    2    HB2  SER  12           HB2      SER  12  -8.243  -1.815  11.555
    3    HG   SER  12           HG       SER  12 -10.756  -2.832  11.577
    4    H    SER  12           HN       SER  12  -6.832  -3.015   9.738
    5    HB3  SER  12           HB1      SER  12  -9.184  -2.513  10.237

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   SER  13           HA       SER  13 -10.817  -6.521   9.640
    2    HB2  SER  13           HB2      SER  13 -10.764  -5.259   7.512
    3    HG   SER  13           HG       SER  13 -11.519  -7.586   7.664
    4    H    SER  13           HN       SER  13  -8.835  -4.615   9.068
    5    HB3  SER  13           HB1      SER  13  -9.249  -6.039   7.057

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   ARG  14           HA       ARG  14  -7.159  -9.573   8.562
    2    HB2  ARG  14           HB2      ARG  14  -5.323  -7.890   8.060
    3    HG2  ARG  14           HG2      ARG  14  -3.372  -9.248   8.761
    4    HD2  ARG  14           HD2      ARG  14  -4.887  -9.947   6.777
    5    HE   ARG  14           HE       ARG  14  -6.662 -11.103   7.989
    6   HH11  ARG  14          HH11      ARG  14  -3.691 -12.891   7.450
    7   HH12  ARG  14          HH12      ARG  14  -4.465 -14.438   7.566
    8   HH21  ARG  14          HH21      ARG  14  -7.659 -13.156   8.118
    9   HH22  ARG  14          HH22      ARG  14  -6.695 -14.580   7.920
   10    H    ARG  14           HN       ARG  14  -7.354  -6.788   8.940
   11    HB3  ARG  14           HB1      ARG  14  -4.997  -7.798   9.779
   12    HG3  ARG  14           HG1      ARG  14  -4.431 -10.237   9.764
   13    HD3  ARG  14           HD1      ARG  14  -3.755 -11.131   7.424

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   MET  15           HA       MET  15  -6.174  -9.564  13.374
    2    HB2  MET  15           HB2      MET  15  -7.131  -6.755  13.502
    3    HG2  MET  15           HG2      MET  15  -5.509  -6.508  15.269
    4    HE2  MET  15           HE1      MET  15  -1.832  -7.409  13.987
    5    HE1  MET  15           HE2      MET  15  -2.736  -8.285  15.221
    6    HE3  MET  15           HE3      MET  15  -2.737  -6.519  15.213
    7    H    MET  15           HN       MET  15  -6.739  -7.579  11.498
    8    HB3  MET  15           HB1      MET  15  -7.630  -7.710  14.886
    9    HG3  MET  15           HG1      MET  15  -5.341  -8.258  15.424

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   GLU  16           HA       GLU  16 -11.006  -9.879  14.119
    2    HB2  GLU  16           HB2      GLU  16 -11.894  -7.943  12.870
    3    HG2  GLU  16           HG2      GLU  16 -13.242 -10.517  11.986
    4    H    GLU  16           HN       GLU  16  -9.387  -8.253  12.501
    5    HB3  GLU  16           HB1      GLU  16 -11.575  -8.748  11.335
    6    HG3  GLU  16           HG1      GLU  16 -13.619  -9.582  13.428

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   MET  17           HA       MET  17 -11.162 -12.819  10.311
    2    HB2  MET  17           HB2      MET  17  -8.875 -11.393   8.925
    3    HG2  MET  17           HG2      MET  17 -11.138 -10.513   8.509
    4    HE3  MET  17           HE1      MET  17 -14.344 -12.094   6.847
    5    HE2  MET  17           HE2      MET  17 -12.995 -11.350   5.994
    6    HE1  MET  17           HE3      MET  17 -13.613 -10.616   7.475
    7    H    MET  17           HN       MET  17  -9.858 -10.375  10.806
    8    HB3  MET  17           HB1      MET  17  -9.403 -12.991   8.402
    9    HG3  MET  17           HG1      MET  17 -10.454 -11.257   7.058

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   LEU  18           HA       LEU  18  -6.834 -14.691  11.522
    2    HB2  LEU  18           HB2      LEU  18  -6.329 -12.352  13.383
    3    HG   LEU  18           HG       LEU  18  -5.608 -12.075  10.960
    4   HD13  LEU  18          HD11      LEU  18  -3.422 -11.133  11.474
    5   HD12  LEU  18          HD12      LEU  18  -3.369 -12.020  12.993
    6   HD11  LEU  18          HD13      LEU  18  -4.575 -10.758  12.755
    7   HD21  LEU  18          HD21      LEU  18  -4.977 -14.404  10.506
    8   HD23  LEU  18          HD22      LEU  18  -3.616 -14.262  11.625
    9   HD22  LEU  18          HD23      LEU  18  -3.655 -13.289  10.152
   10    H    LEU  18           HN       LEU  18  -8.001 -12.116  11.720
   11    HB3  LEU  18           HB1      LEU  18  -5.357 -13.815  13.443

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   GLN  19           HA       GLN  19  -8.811 -15.012  16.018
    2    HB2  GLN  19           HB2      GLN  19 -11.030 -13.085  15.210
    3    HG2  GLN  19           HG2      GLN  19  -8.899 -12.742  17.341
    4   HE21  GLN  19          HE21      GLN  19  -9.038  -9.872  16.731
    5   HE22  GLN  19          HE22      GLN  19 -10.424  -9.288  17.579
    6    H    GLN  19           HN       GLN  19  -8.816 -13.087  13.963
    7    HB3  GLN  19           HB1      GLN  19 -10.960 -13.952  16.746
    8    HG3  GLN  19           HG1      GLN  19  -8.932 -11.905  15.791

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   ARG  20           HA       ARG  20 -12.577 -16.946  13.937
    2    HB2  ARG  20           HB2      ARG  20 -14.133 -16.149  12.183
    3    HG2  ARG  20           HG2      ARG  20 -11.971 -14.129  11.590
    4    HD2  ARG  20           HD2      ARG  20 -14.003 -12.802  12.108
    5    HE   ARG  20           HE       ARG  20 -15.334 -14.585  10.186
    6   HH11  ARG  20          HH11      ARG  20 -15.600 -11.867  12.406
    7   HH12  ARG  20          HH12      ARG  20 -17.320 -11.754  12.228
    8   HH21  ARG  20          HH21      ARG  20 -17.585 -14.439  10.010
    9   HH22  ARG  20          HH22      ARG  20 -18.438 -13.215  10.892
   10    H    ARG  20           HN       ARG  20 -10.983 -14.584  13.233
   11    HB3  ARG  20           HB1      ARG  20 -13.754 -14.885  13.348
   12    HG3  ARG  20           HG1      ARG  20 -12.902 -15.119  10.461
   13    HD3  ARG  20           HD1      ARG  20 -13.543 -12.720  10.407

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   GLU  21           HA       GLU  21 -10.424 -18.467  10.018
    2    HB2  GLU  21           HB2      GLU  21  -9.298 -16.433   9.219
    3    HG2  GLU  21           HG2      GLU  21  -7.185 -18.605   9.163
    4    H    GLU  21           HN       GLU  21  -9.830 -16.398  12.024
    5    HB3  GLU  21           HB1      GLU  21  -7.988 -16.659  10.368
    6    HG3  GLU  21           HG1      GLU  21  -8.610 -18.593   8.115

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   TYR  22           HA       TYR  22  -6.965 -20.612  12.307
    2    HB2  TYR  22           HB2      TYR  22  -5.660 -18.220  13.689
    3    HD1  TYR  22           HD1      TYR  22  -4.566 -16.731  12.221
    4    HD2  TYR  22           HD2      TYR  22  -5.081 -20.790  10.996
    5    HE1  TYR  22           HE1      TYR  22  -3.468 -16.229  10.080
    6    HE2  TYR  22           HE2      TYR  22  -3.982 -20.283   8.865
    7    HH   TYR  22           HH       TYR  22  -3.628 -18.241   7.430
    8    H    TYR  22           HN       TYR  22  -7.726 -17.780  12.296
    9    HB3  TYR  22           HB1      TYR  22  -4.999 -19.854  13.614

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   SER  23           HA       SER  23  -9.104 -19.453  16.585
    2    HB2  SER  23           HB2      SER  23  -7.532 -20.466  18.320
    3    HG   SER  23           HG       SER  23  -5.670 -19.512  16.631
    4    H    SER  23           HN       SER  23  -7.255 -18.186  14.931
    5    HB3  SER  23           HB1      SER  23  -7.587 -21.361  16.802

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   THR  24           HA       THR  24  -7.373 -16.184  19.224
    2    HB   THR  24           HB       THR  24  -9.052 -15.679  21.092
    3    HG1  THR  24           HG1      THR  24 -11.115 -17.041  19.938
    4   HG21  THR  24          HG21      THR  24  -9.136 -14.436  18.957
    5   HG23  THR  24          HG22      THR  24 -10.756 -14.682  19.613
    6   HG22  THR  24          HG23      THR  24 -10.191 -15.678  18.271
    7    H    THR  24           HN       THR  24  -9.195 -18.455  18.696

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   LEU  25           HA       LEU  25  -6.062 -18.727  22.680
    2    HB2  LEU  25           HB2      LEU  25  -4.498 -16.661  22.419
    3    HG   LEU  25           HG       LEU  25  -4.507 -17.949  25.180
    4   HD12  LEU  25          HD11      LEU  25  -3.145 -18.862  22.625
    5   HD11  LEU  25          HD12      LEU  25  -4.515 -19.651  23.412
    6   HD13  LEU  25          HD13      LEU  25  -2.957 -19.585  24.222
    7   HD21  LEU  25          HD21      LEU  25  -2.269 -16.587  23.625
    8   HD23  LEU  25          HD22      LEU  25  -2.098 -17.411  25.178
    9   HD22  LEU  25          HD23      LEU  25  -3.075 -15.949  25.066
   10    H    LEU  25           HN       LEU  25  -6.961 -16.060  21.755
   11    HB3  LEU  25           HB1      LEU  25  -5.295 -16.021  23.848

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ARG  26           HA       ARG  26  -9.340 -18.210  25.635
    2    HB2  ARG  26           HB2      ARG  26 -10.245 -20.355  26.324
    3    HG2  ARG  26           HG2      ARG  26  -7.912 -21.780  25.014
    4    HD2  ARG  26           HD2      ARG  26 -10.108 -22.993  25.001
    5    HE   ARG  26           HE       ARG  26 -10.154 -22.238  27.757
    6   HH11  ARG  26          HH11      ARG  26 -11.155 -24.860  25.637
    7   HH12  ARG  26          HH12      ARG  26 -12.460 -25.335  26.676
    8   HH21  ARG  26          HH21      ARG  26 -11.872 -22.860  29.068
    9   HH22  ARG  26          HH22      ARG  26 -12.857 -24.213  28.610
   10    H    ARG  26           HN       ARG  26  -7.135 -19.692  24.366
   11    HB3  ARG  26           HB1      ARG  26  -9.867 -20.410  24.607
   12    HG3  ARG  26           HG1      ARG  26  -8.070 -21.577  26.757
   13    HD3  ARG  26           HD1      ARG  26  -8.843 -23.807  25.931

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   SER  27           HA       SER  27  -6.328 -18.849  29.189
    2    HB2  SER  27           HB2      SER  27  -6.446 -21.886  28.749
    3    HG   SER  27           HG       SER  27  -8.363 -20.010  29.508
    4    H    SER  27           HN       SER  27  -6.361 -19.941  26.489
    5    HB3  SER  27           HB1      SER  27  -6.183 -21.076  30.296

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   VAL  28           HA       VAL  28  -2.092 -20.373  28.701
    2    HB   VAL  28           HB       VAL  28  -1.802 -17.612  29.987
    3    H    VAL  28           HN       VAL  28  -4.275 -19.018  30.164

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   GLN  29           HA       GLN  29  -0.554 -20.888  32.901
    2    HB2  GLN  29           HB2      GLN  29  -0.866 -23.250  33.486
    3    HG2  GLN  29           HG2      GLN  29  -1.411 -23.786  30.552
    4   HE21  GLN  29          HE21      GLN  29  -1.628 -24.995  33.867
    5   HE22  GLN  29          HE22      GLN  29  -2.552 -26.397  33.481
    6    H    GLN  29           HN       GLN  29  -0.635 -21.380  30.026
    7    HB3  GLN  29           HB1      GLN  29  -2.267 -22.674  32.590
    8    HG3  GLN  29           HG1      GLN  29  -0.030 -24.383  31.456

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   TYR  30           HA       TYR  30   3.650 -21.779  31.748
    2    HB2  TYR  30           HB2      TYR  30   4.031 -19.703  33.004
    3    HD1  TYR  30           HD1      TYR  30   5.707 -21.416  35.675
    4    HD2  TYR  30           HD2      TYR  30   5.981 -20.609  31.496
    5    HE1  TYR  30           HE1      TYR  30   8.105 -21.978  35.721
    6    HE2  TYR  30           HE2      TYR  30   8.369 -21.160  31.548
    7    HH   TYR  30           HH       TYR  30  10.231 -21.160  33.282
    8    H    TYR  30           HN       TYR  30   1.542 -20.879  33.540
    9    HB3  TYR  30           HB1      TYR  30   3.788 -20.541  34.534

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   ARG  31           HA       ARG  31   3.801 -25.616  34.057
    2    HB2  ARG  31           HB2      ARG  31   4.530 -26.344  31.189
    3    HG2  ARG  31           HG2      ARG  31   1.929 -26.618  32.732
    4    HD2  ARG  31           HD2      ARG  31   1.058 -27.871  30.784
    5    HE   ARG  31           HE       ARG  31   2.642 -29.014  32.734
    6   HH11  ARG  31          HH11      ARG  31   1.807 -29.842  29.413
    7   HH12  ARG  31          HH12      ARG  31   1.940 -31.548  29.694
    8   HH21  ARG  31          HH21      ARG  31   2.780 -31.251  33.074
    9   HH22  ARG  31          HH22      ARG  31   2.493 -32.340  31.752
   10    H    ARG  31           HN       ARG  31   4.096 -23.918  31.679
   11    HB3  ARG  31           HB1      ARG  31   4.330 -27.502  32.508
   12    HG3  ARG  31           HG1      ARG  31   2.205 -25.759  31.213
   13    HD3  ARG  31           HD1      ARG  31   2.684 -27.924  30.095

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   SER  32           HA       SER  32   8.154 -24.682  34.752
    2    HB2  SER  32           HB2      SER  32   7.046 -23.870  36.859
    3    HG   SER  32           HG       SER  32   9.473 -24.850  36.635
    4    H    SER  32           HN       SER  32   5.423 -25.060  35.400
    5    HB3  SER  32           HB1      SER  32   6.942 -25.539  37.420

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   GLU  33           HA       GLU  33   8.052 -29.561  35.681
    2    HB2  GLU  33           HB2      GLU  33   5.688 -29.610  33.755
    3    HG2  GLU  33           HG2      GLU  33   5.757 -30.440  36.672
    4    H    GLU  33           HN       GLU  33   6.222 -27.531  35.138
    5    HB3  GLU  33           HB1      GLU  33   6.488 -31.044  34.403
    6    HG3  GLU  33           HG1      GLU  33   5.010 -28.966  36.054

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLU  34           HA       GLU  34   9.464 -29.420  31.208
    2    HB2  GLU  34           HB2      GLU  34   7.226 -27.684  30.078
    3    HG2  GLU  34           HG2      GLU  34   6.241 -29.726  31.011
    4    H    GLU  34           HN       GLU  34   7.286 -27.991  32.605
    5    HB3  GLU  34           HB1      GLU  34   8.378 -28.633  29.137
    6    HG3  GLU  34           HG1      GLU  34   6.167 -29.704  29.249

  No H/Q in entry =           6
  In of MODEL    3
    1    HA3  GLY  35           HA2      GLY  35   9.854 -24.412  32.842
    2    H    GLY  35           HN       GLY  35   8.713 -26.408  32.678
    3    HA2  GLY  35           HA1      GLY  35  11.145 -25.111  31.873

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   VAL  36           HA       VAL  36   8.431 -22.979  28.718
    2    HB   VAL  36           HB       VAL  36   7.105 -24.245  27.106
    3    H    VAL  36           HN       VAL  36   7.793 -24.945  30.849

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   ILE  37           HA       ILE  37   4.328 -21.530  29.769
    2    HB   ILE  37           HB       ILE  37   4.910 -19.706  27.391
    3   HD12  ILE  37          HD11      ILE  37   7.168 -17.409  29.339
    4   HD11  ILE  37          HD12      ILE  37   5.439 -17.171  29.088
    5   HD13  ILE  37          HD13      ILE  37   6.470 -17.675  27.744
    6    H    ILE  37           HN       ILE  37   6.610 -21.799  27.927

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   VAL  38           HA       VAL  38   2.063 -23.482  26.473
    2    HB   VAL  38           HB       VAL  38   0.876 -24.300  29.164
    3    H    VAL  38           HN       VAL  38   2.461 -22.412  29.188

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   PHE  39           HA       PHE  39  -1.182 -20.427  26.249
    2    HB2  PHE  39           HB2      PHE  39   0.091 -20.648  23.475
    3    HD1  PHE  39           HD1      PHE  39  -0.318 -17.622  25.525
    4    HD2  PHE  39           HD2      PHE  39   2.436 -20.605  24.184
    5    HE1  PHE  39           HE1      PHE  39   1.556 -16.226  26.286
    6    HE2  PHE  39           HE2      PHE  39   4.312 -19.200  24.947
    7    HZ   PHE  39           HZ       PHE  39   3.870 -17.010  25.999
    8    H    PHE  39           HN       PHE  39   0.970 -22.141  25.283
    9    HB3  PHE  39           HB1      PHE  39  -1.035 -19.400  24.001

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   ILE  40           HA       ILE  40  -3.667 -23.927  24.785
    2    HB   ILE  40           HB       ILE  40  -5.325 -22.665  27.022
    3   HD13  ILE  40          HD11      ILE  40  -3.754 -24.885  29.651
    4   HD12  ILE  40          HD12      ILE  40  -5.288 -25.213  28.847
    5   HD11  ILE  40          HD13      ILE  40  -4.923 -23.584  29.425
    6    H    ILE  40           HN       ILE  40  -2.891 -21.820  26.598

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LEU  41           HA       LEU  41  -5.614 -20.994  22.011
    2    HB2  LEU  41           HB2      LEU  41  -5.501 -23.765  20.756
    3    HG   LEU  41           HG       LEU  41  -3.349 -22.558  20.693
    4   HD12  LEU  41          HD11      LEU  41  -4.658 -22.582  17.944
    5   HD11  LEU  41          HD12      LEU  41  -3.897 -23.961  18.734
    6   HD13  LEU  41          HD13      LEU  41  -2.922 -22.574  18.273
    7   HD21  LEU  41          HD21      LEU  41  -4.892 -20.344  19.325
    8   HD23  LEU  41          HD22      LEU  41  -3.135 -20.427  19.483
    9   HD22  LEU  41          HD23      LEU  41  -4.136 -20.285  20.922
   10    H    LEU  41           HN       LEU  41  -4.448 -23.421  22.847
   11    HB3  LEU  41           HB1      LEU  41  -6.295 -22.426  19.939

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ALA  42           HA       ALA  42  -9.961 -21.398  22.549
    2    HB3  ALA  42           HB1      ALA  42 -11.325 -20.591  20.660
    3    HB1  ALA  42           HB2      ALA  42  -9.934 -20.745  19.580
    4    HB2  ALA  42           HB3      ALA  42  -9.903 -19.572  20.897
    5    H    ALA  42           HN       ALA  42  -7.758 -20.878  20.867

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   ASN  43           HA       ASN  43 -10.554 -25.335  19.954
    2    HB2  ASN  43           HB2      ASN  43  -9.194 -26.385  18.157
    3   HD21  ASN  43          HD21      ASN  43  -7.985 -23.200  17.577
    4   HD22  ASN  43          HD22      ASN  43  -6.306 -23.605  17.581
    5    H    ASN  43           HN       ASN  43  -8.531 -23.220  19.913
    6    HB3  ASN  43           HB1      ASN  43  -9.613 -24.725  17.764

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ASP  44           HA       ASP  44  -7.399 -25.439  23.865
    2    HB2  ASP  44           HB2      ASP  44  -9.000 -27.845  22.929
    3    H    ASP  44           HN       ASP  44  -8.231 -24.521  22.011
    4    HB3  ASP  44           HB1      ASP  44  -8.019 -27.907  24.392

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   ARG  45           HA       ARG  45  -4.114 -27.867  21.481
    2    HB2  ARG  45           HB2      ARG  45  -4.602 -27.032  19.237
    3    HG2  ARG  45           HG2      ARG  45  -1.767 -26.351  20.079
    4    HD2  ARG  45           HD2      ARG  45  -2.920 -26.509  17.280
    5    HE   ARG  45           HE       ARG  45  -0.281 -27.020  18.074
    6   HH11  ARG  45          HH11      ARG  45  -1.962 -24.970  15.761
    7   HH12  ARG  45          HH12      ARG  45  -0.652 -24.989  14.626
    8   HH21  ARG  45          HH21      ARG  45   1.435 -27.006  16.597
    9   HH22  ARG  45          HH22      ARG  45   1.275 -26.141  15.103
   10    H    ARG  45           HN       ARG  45  -6.033 -25.739  21.118
   11    HB3  ARG  45           HB1      ARG  45  -4.123 -25.402  19.698
   12    HG3  ARG  45           HG1      ARG  45  -2.341 -27.832  19.303
   13    HD3  ARG  45           HD1      ARG  45  -2.288 -25.062  18.069

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   GLU  46           HA       GLU  46  -1.612 -25.456  24.249
    2    HB2  GLU  46           HB2      GLU  46  -0.132 -28.119  24.158
    3    HG2  GLU  46           HG2      GLU  46  -1.373 -28.322  26.503
    4    H    GLU  46           HN       GLU  46  -2.230 -27.800  22.644
    5    HB3  GLU  46           HB1      GLU  46   0.008 -26.880  25.390
    6    HG3  GLU  46           HG1      GLU  46  -2.594 -27.344  25.699

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   LEU  47           HA       LEU  47   1.596 -24.440  21.239
    2    HB2  LEU  47           HB2      LEU  47   0.205 -21.887  22.066
    3    HG   LEU  47           HG       LEU  47  -0.756 -23.076  20.103
    4   HD11  LEU  47          HD11      LEU  47  -0.893 -20.637  20.153
    5   HD13  LEU  47          HD12      LEU  47  -0.707 -21.213  18.498
    6   HD12  LEU  47          HD13      LEU  47   0.673 -20.511  19.347
    7   HD22  LEU  47          HD21      LEU  47   0.565 -23.362  18.034
    8   HD21  LEU  47          HD22      LEU  47   1.279 -24.268  19.370
    9   HD23  LEU  47          HD23      LEU  47   2.002 -22.742  18.854
   10    H    LEU  47           HN       LEU  47  -0.670 -23.862  22.944
   11    HB3  LEU  47           HB1      LEU  47   1.769 -21.821  21.262

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   LYS  48           HA       LYS  48   4.175 -24.201  24.811
    2    HB2  LYS  48           HB2      LYS  48   3.939 -26.579  24.335
    3    HG2  LYS  48           HG2      LYS  48   6.925 -26.041  24.371
    4    HD2  LYS  48           HD2      LYS  48   7.042 -28.114  25.716
    5    HE2  LYS  48           HE2      LYS  48   5.655 -28.463  23.031
    6    HZ2  LYS  48           HZ1      LYS  48   5.459 -30.468  24.308
    7    HZ1  LYS  48           HZ2      LYS  48   7.111 -30.457  24.663
    8    HZ3  LYS  48           HZ3      LYS  48   6.591 -30.679  23.070
    9    H    LYS  48           HN       LYS  48   3.471 -24.851  22.017
   10    HB3  LYS  48           HB1      LYS  48   5.003 -26.453  22.937
   11    HG3  LYS  48           HG1      LYS  48   5.892 -25.948  25.795
   12    HD3  LYS  48           HD1      LYS  48   5.297 -28.334  25.536
   13    HE3  LYS  48           HE1      LYS  48   7.396 -28.445  23.340

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   PHE  49           HA       PHE  49   7.946 -22.373  23.373
    2    HB2  PHE  49           HB2      PHE  49   5.885 -20.122  23.384
    3    HD1  PHE  49           HD1      PHE  49   8.629 -20.421  20.975
    4    HD2  PHE  49           HD2      PHE  49   4.523 -21.366  21.669
    5    HE1  PHE  49           HE1      PHE  49   8.342 -20.847  18.581
    6    HE2  PHE  49           HE2      PHE  49   4.230 -21.808  19.258
    7    HZ   PHE  49           HZ       PHE  49   6.135 -21.548  17.712
    8    H    PHE  49           HN       PHE  49   5.372 -22.396  24.810
    9    HB3  PHE  49           HB1      PHE  49   7.590 -19.821  23.088

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   ARG  50           HA       ARG  50   9.240 -21.615  27.488
    2    HB2  ARG  50           HB2      ARG  50  11.693 -21.072  25.766
    3    HG2  ARG  50           HG2      ARG  50  10.977 -23.583  27.315
    4    HD2  ARG  50           HD2      ARG  50  13.298 -23.010  25.447
    5    HE   ARG  50           HE       ARG  50  12.291 -25.491  26.390
    6   HH11  ARG  50          HH11      ARG  50  15.316 -23.801  25.876
    7   HH12  ARG  50          HH12      ARG  50  16.244 -25.251  25.704
    8   HH21  ARG  50          HH21      ARG  50  13.515 -27.383  26.201
    9   HH22  ARG  50          HH22      ARG  50  15.222 -27.291  25.907
   10    H    ARG  50           HN       ARG  50   9.601 -21.628  24.640
   11    HB3  ARG  50           HB1      ARG  50  11.740 -21.250  27.519
   12    HG3  ARG  50           HG1      ARG  50  10.885 -23.410  25.557
   13    HD3  ARG  50           HD1      ARG  50  13.414 -23.091  27.210

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   PRO  51           HA       PRO  51   9.410 -17.131  28.517
    2    HB2  PRO  51           HB2      PRO  51  11.653 -17.865  30.394
    3    HG2  PRO  51           HG2      PRO  51  10.429 -19.476  31.550
    4    HD2  PRO  51           HD2      PRO  51  10.902 -20.631  29.572
    5    HB3  PRO  51           HB1      PRO  51  10.173 -16.947  30.718
    6    HG3  PRO  51           HG1      PRO  51   8.872 -18.876  30.939
    7    HD3  PRO  51           HD1      PRO  51   9.124 -20.701  29.523

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   ASP  52           HA       ASP  52  14.174 -16.710  27.627
    2    HB2  ASP  52           HB2      ASP  52  14.697 -19.693  27.243
    3    H    ASP  52           HN       ASP  52  12.480 -18.865  28.372
    4    HB3  ASP  52           HB1      ASP  52  15.897 -18.418  27.448

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   ASP  53           HA       ASP  53  13.197 -18.282  23.243
    2    HB2  ASP  53           HB2      ASP  53  11.869 -20.264  23.886
    3    H    ASP  53           HN       ASP  53  11.921 -18.439  25.856
    4    HB3  ASP  53           HB1      ASP  53  10.462 -19.266  24.195

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   LEU  54           HA       LEU  54   9.634 -15.220  22.785
    2    HB2  LEU  54           HB2      LEU  54   8.450 -15.562  25.560
    3    HG   LEU  54           HG       LEU  54   8.362 -17.677  24.211
    4   HD13  LEU  54          HD11      LEU  54   5.970 -18.078  24.462
    5   HD12  LEU  54          HD12      LEU  54   5.668 -16.347  24.623
    6   HD11  LEU  54          HD13      LEU  54   6.613 -17.200  25.848
    7   HD23  LEU  54          HD21      LEU  54   6.767 -16.018  22.220
    8   HD22  LEU  54          HD22      LEU  54   6.979 -17.770  22.171
    9   HD21  LEU  54          HD23      LEU  54   8.375 -16.711  21.949
   10    H    LEU  54           HN       LEU  54  10.559 -16.762  25.111
   11    HB3  LEU  54           HB1      LEU  54   7.676 -14.705  24.230

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   GLN  55           HA       GLN  55  11.266 -11.381  24.048
    2    HB2  GLN  55           HB2      GLN  55  10.414 -10.896  21.793
    3    HG2  GLN  55           HG2      GLN  55   9.663  -8.656  23.695
    4   HE21  GLN  55          HE21      GLN  55  11.553  -8.441  20.782
    5   HE22  GLN  55          HE22      GLN  55  10.449  -7.457  19.892
    6    H    GLN  55           HN       GLN  55   9.266 -13.006  22.815
    7    HB3  GLN  55           HB1      GLN  55   8.798 -10.619  22.434
    8    HG3  GLN  55           HG1      GLN  55  11.255  -8.914  22.982

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   ALA  56           HA       ALA  56   7.307  -9.875  26.516
    2    HB2  ALA  56           HB1      ALA  56   5.513 -11.340  25.638
    3    HB3  ALA  56           HB2      ALA  56   5.456 -11.287  27.403
    4    HB1  ALA  56           HB3      ALA  56   6.135 -12.695  26.572
    5    H    ALA  56           HN       ALA  56   7.838 -11.957  24.704

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   THR  57           HA       THR  57   9.051 -12.684  29.847
    2    HB   THR  57           HB       THR  57   8.820 -15.211  29.767
    3    HG1  THR  57           HG1      THR  57   9.456 -15.269  27.441
    4   HG23  THR  57          HG21      THR  57   6.418 -15.223  29.298
    5   HG22  THR  57          HG22      THR  57   6.559 -13.663  28.489
    6   HG21  THR  57          HG23      THR  57   6.869 -13.795  30.218
    7    H    THR  57           HN       THR  57   9.097 -12.846  26.890

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   TYR  58           HA       TYR  58  13.024 -14.308  27.681
    2    HB2  TYR  58           HB2      TYR  58  12.995 -12.348  26.045
    3    HD1  TYR  58           HD1      TYR  58  14.243 -14.853  25.838
    4    HD2  TYR  58           HD2      TYR  58  16.127 -11.148  26.870
    5    HE1  TYR  58           HE1      TYR  58  16.391 -15.706  25.000
    6    HE2  TYR  58           HE2      TYR  58  18.267 -12.016  26.031
    7    HH   TYR  58           HH       TYR  58  18.506 -14.878  24.166
    8    H    TYR  58           HN       TYR  58  11.237 -12.110  27.714
    9    HB3  TYR  58           HB1      TYR  58  13.798 -11.391  27.293

  No H/Q in entry =           9
  In of MODEL    3
    1    HA3  GLY  59           HA2      GLY  59  14.738 -15.441  31.544
    2    H    GLY  59           HN       GLY  59  13.601 -15.138  29.581
    3    HA2  GLY  59           HA1      GLY  59  15.435 -13.843  31.357

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   ALA  60           HA       ALA  60  11.630 -12.859  33.874
    2    HB3  ALA  60           HB1      ALA  60   9.215 -13.010  33.396
    3    HB1  ALA  60           HB2      ALA  60   9.531 -14.161  32.094
    4    HB2  ALA  60           HB3      ALA  60  10.107 -12.498  31.962
    5    H    ALA  60           HN       ALA  60  11.959 -14.525  31.490

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   THR  61           HA       THR  61  11.270 -16.316  36.497
    2    HB   THR  61           HB       THR  61  10.538 -15.570  38.812
    3    HG1  THR  61           HG1      THR  61   9.982 -13.398  39.085
    4   HG22  THR  61          HG21      THR  61  12.484 -13.670  37.447
    5   HG21  THR  61          HG22      THR  61  12.897 -15.255  38.106
    6   HG23  THR  61          HG23      THR  61  12.360 -13.965  39.182
    7    H    THR  61           HN       THR  61  10.513 -13.610  35.758

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   PRO  62           HA       PRO  62   7.372 -18.411  35.946
    2    HB2  PRO  62           HB2      PRO  62   7.235 -19.891  38.348
    3    HG2  PRO  62           HG2      PRO  62   9.099 -18.933  39.389
    4    HD2  PRO  62           HD2      PRO  62  10.740 -17.768  38.190
    5    HB3  PRO  62           HB1      PRO  62   8.148 -20.355  36.912
    6    HG3  PRO  62           HG1      PRO  62   9.871 -20.260  38.493
    7    HD3  PRO  62           HD1      PRO  62  10.598 -18.829  36.766

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   GLU  63           HA       GLU  63   5.147 -16.665  39.929
    2    HB2  GLU  63           HB2      GLU  63   5.874 -14.841  41.403
    3    HG2  GLU  63           HG2      GLU  63   8.346 -14.678  39.651
    4    H    GLU  63           HN       GLU  63   7.808 -16.628  38.946
    5    HB3  GLU  63           HB1      GLU  63   7.119 -16.087  41.318
    6    HG3  GLU  63           HG1      GLU  63   7.136 -13.415  39.875

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLN  64           HA       GLN  64   4.712 -12.620  37.371
    2    HB2  GLN  64           HB2      GLN  64   6.998 -13.218  35.453
    3    HG2  GLN  64           HG2      GLN  64   6.956 -11.332  37.822
    4   HE21  GLN  64          HE21      GLN  64   7.589  -9.474  36.711
    5   HE22  GLN  64          HE22      GLN  64   9.127  -9.322  35.942
    6    H    GLN  64           HN       GLN  64   6.764 -14.656  37.547
    7    HB3  GLN  64           HB1      GLN  64   6.063 -11.722  35.539
    8    HG3  GLN  64           HG1      GLN  64   7.922 -12.801  37.673

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   LEU  65           HA       LEU  65   3.544 -15.384  33.639
    2    HB2  LEU  65           HB2      LEU  65   5.231 -17.799  34.494
    3    HG   LEU  65           HG       LEU  65   6.839 -15.977  34.261
    4   HD11  LEU  65          HD11      LEU  65   7.508 -18.141  33.356
    5   HD13  LEU  65          HD12      LEU  65   8.235 -16.818  32.450
    6   HD12  LEU  65          HD13      LEU  65   6.864 -17.701  31.771
    7   HD23  LEU  65          HD21      LEU  65   7.019 -14.629  32.204
    8   HD22  LEU  65          HD22      LEU  65   5.492 -14.362  33.037
    9   HD21  LEU  65          HD23      LEU  65   5.538 -15.368  31.585
   10    H    LEU  65           HN       LEU  65   5.293 -15.708  36.036
   11    HB3  LEU  65           HB1      LEU  65   4.554 -17.461  32.903

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ARG  66           HA       ARG  66   0.705 -17.661  36.416
    2    HB2  ARG  66           HB2      ARG  66   1.369 -15.824  38.767
    3    HG2  ARG  66           HG2      ARG  66   2.085 -18.761  38.536
    4    HD2  ARG  66           HD2      ARG  66   1.460 -18.093  40.828
    5    HE   ARG  66           HE       ARG  66   3.072 -15.747  40.269
    6   HH11  ARG  66          HH11      ARG  66   1.596 -17.637  42.840
    7   HH12  ARG  66          HH12      ARG  66   1.694 -16.329  43.977
    8   HH21  ARG  66          HH21      ARG  66   3.188 -14.084  41.750
    9   HH22  ARG  66          HH22      ARG  66   2.595 -14.324  43.363
   10    H    ARG  66           HN       ARG  66   2.929 -15.749  36.729
   11    HB3  ARG  66           HB1      ARG  66   0.226 -17.170  38.765
   12    HG3  ARG  66           HG1      ARG  66   3.238 -17.425  38.449
   13    HD3  ARG  66           HD1      ARG  66   3.201 -18.384  40.708

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   GLU  67           HA       GLU  67  -1.203 -13.302  36.845
    2    HB2  GLU  67           HB2      GLU  67   1.449 -11.797  36.855
    3    HG2  GLU  67           HG2      GLU  67  -0.265 -12.532  39.249
    4    H    GLU  67           HN       GLU  67   1.526 -14.275  36.746
    5    HB3  GLU  67           HB1      GLU  67  -0.128 -11.123  37.260
    6    HG3  GLU  67           HG1      GLU  67   1.245 -13.335  38.820

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ILE  68           HA       ILE  68  -0.828 -12.590  32.449
    2    HB   ILE  68           HB       ILE  68  -1.704 -15.493  32.879
    3   HD11  ILE  68          HD11      ILE  68   0.538 -16.714  31.130
    4   HD13  ILE  68          HD12      ILE  68   0.299 -17.206  32.816
    5   HD12  ILE  68          HD13      ILE  68   1.868 -16.612  32.279
    6    H    ILE  68           HN       ILE  68  -1.979 -13.821  34.872

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLU  69           HA       GLU  69  -5.186 -12.634  31.190
    2    HB2  GLU  69           HB2      GLU  69  -4.973 -10.428  32.273
    3    HG2  GLU  69           HG2      GLU  69  -6.048  -9.963  29.478
    4    H    GLU  69           HN       GLU  69  -2.337 -11.911  30.949
    5    HB3  GLU  69           HB1      GLU  69  -4.066  -9.793  30.904
    6    HG3  GLU  69           HG1      GLU  69  -6.963 -10.700  30.794

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ILE  70           HA       ILE  70  -4.629 -13.138  26.799
    2    HB   ILE  70           HB       ILE  70  -7.635 -12.568  26.910
    3   HD11  ILE  70          HD11      ILE  70  -5.705 -15.734  25.928
    4   HD13  ILE  70          HD12      ILE  70  -6.061 -16.523  27.463
    5   HD12  ILE  70          HD13      ILE  70  -4.926 -15.176  27.413
    6    H    ILE  70           HN       ILE  70  -6.279 -12.613  29.085

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   SER  71           HA       SER  71  -3.528  -9.303  25.185
    2    HB2  SER  71           HB2      SER  71  -3.479  -9.149  22.681
    3    HG   SER  71           HG       SER  71  -4.879 -11.626  22.747
    4    H    SER  71           HN       SER  71  -4.485 -11.874  24.820
    5    HB3  SER  71           HB1      SER  71  -2.885 -10.703  23.274

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   PRO  72           HA       PRO  72  -7.060  -6.470  24.897
    2    HB2  PRO  72           HB2      PRO  72  -5.936  -4.307  23.650
    3    HG2  PRO  72           HG2      PRO  72  -4.040  -5.458  22.774
    4    HD2  PRO  72           HD2      PRO  72  -3.141  -7.337  23.863
    5    HB3  PRO  72           HB1      PRO  72  -5.528  -4.758  25.319
    6    HG3  PRO  72           HG1      PRO  72  -3.407  -4.709  24.260
    7    HD3  PRO  72           HD1      PRO  72  -3.546  -6.722  25.485

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   SER  73           HA       SER  73  -7.416  -6.904  20.151
    2    HB2  SER  73           HB2      SER  73  -5.152  -8.932  19.867
    3    HG   SER  73           HG       SER  73  -5.147  -6.141  19.819
    4    H    SER  73           HN       SER  73  -5.406  -7.683  22.103
    5    HB3  SER  73           HB1      SER  73  -6.049  -8.148  18.562

  No H/Q in entry =           5
  In of MODEL    3
    1    HA3  GLY  74           HA2      GLY  74  -8.157 -11.322  22.928
    2    H    GLY  74           HN       GLY  74  -6.719  -9.589  22.281
    3    HA2  GLY  74           HA1      GLY  74  -9.148 -11.050  21.508

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   LEU  75           HA       LEU  75  -6.265 -13.656  19.130
    2    HB2  LEU  75           HB2      LEU  75  -4.317 -11.342  18.897
    3    HG   LEU  75           HG       LEU  75  -6.409 -11.251  17.476
    4   HD12  LEU  75          HD11      LEU  75  -3.799 -11.521  15.941
    5   HD11  LEU  75          HD12      LEU  75  -4.378 -10.071  16.764
    6   HD13  LEU  75          HD13      LEU  75  -5.256 -10.698  15.370
    7   HD21  LEU  75          HD21      LEU  75  -6.712 -13.671  17.129
    8   HD23  LEU  75          HD22      LEU  75  -5.229 -13.739  16.170
    9   HD22  LEU  75          HD23      LEU  75  -6.622 -12.824  15.585
   10    H    LEU  75           HN       LEU  75  -6.237 -11.004  20.178
   11    HB3  LEU  75           HB1      LEU  75  -3.947 -12.904  18.181

  No H/Q in entry =          11
  In of MODEL    3
    1    HA3  GLY  76           HA2      GLY  76  -2.551 -14.727  21.627
    2    H    GLY  76           HN       GLY  76  -3.476 -12.070  20.756
    3    HA2  GLY  76           HA1      GLY  76  -1.594 -13.253  21.521

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   VAL  77           HA       VAL  77  -2.765 -12.725  25.742
    2    HB   VAL  77           HB       VAL  77  -1.019 -14.756  25.523
    3    H    VAL  77           HN       VAL  77  -0.949 -12.635  23.434

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   TYR  78           HA       TYR  78   0.197  -9.480  27.003
    2    HB2  TYR  78           HB2      TYR  78  -1.927  -8.305  26.389
    3    HD1  TYR  78           HD1      TYR  78  -2.166  -7.337  29.889
    4    HD2  TYR  78           HD2      TYR  78   0.110  -6.743  26.315
    5    HE1  TYR  78           HE1      TYR  78  -1.173  -5.318  30.862
    6    HE2  TYR  78           HE2      TYR  78   1.100  -4.716  27.284
    7    HH   TYR  78           HH       TYR  78   0.864  -3.933  30.579
    8    H    TYR  78           HN       TYR  78  -1.871 -11.449  27.545
    9    HB3  TYR  78           HB1      TYR  78  -2.611  -8.717  27.961

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   PHE  79           HA       PHE  79   0.670 -10.852  31.232
    2    HB2  PHE  79           HB2      PHE  79   3.516 -10.480  30.186
    3    HD1  PHE  79           HD1      PHE  79   0.662 -12.709  30.323
    4    HD2  PHE  79           HD2      PHE  79   4.701 -12.528  29.566
    5    HE1  PHE  79           HE1      PHE  79   0.581 -14.886  29.218
    6    HE2  PHE  79           HE2      PHE  79   4.591 -14.711  28.470
    7    HZ   PHE  79           HZ       PHE  79   2.536 -15.901  28.299
    8    H    PHE  79           HN       PHE  79   1.586  -9.931  28.606
    9    HB3  PHE  79           HB1      PHE  79   3.068 -11.228  31.717

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   GLU  80           HA       GLU  80   0.511  -6.600  32.289
    2    HB2  GLU  80           HB2      GLU  80  -1.557  -7.415  33.300
    3    HG2  GLU  80           HG2      GLU  80   0.032  -5.880  35.386
    4    H    GLU  80           HN       GLU  80   0.179  -9.415  32.699
    5    HB3  GLU  80           HB1      GLU  80  -0.671  -8.147  34.635
    6    HG3  GLU  80           HG1      GLU  80  -0.897  -5.173  34.070

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   THR  81           HA       THR  81   3.267  -7.142  36.278
    2    HB   THR  81           HB       THR  81   3.858 -10.064  35.636
    3    HG1  THR  81           HG1      THR  81   2.615  -9.789  37.936
    4   HG22  THR  81          HG21      THR  81   4.835 -10.156  37.914
    5   HG21  THR  81          HG22      THR  81   4.620  -8.414  38.084
    6   HG23  THR  81          HG23      THR  81   5.740  -9.047  36.876
    7    H    THR  81           HN       THR  81   1.824  -8.912  34.643

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   LEU  82           HA       LEU  82   6.815  -7.531  33.175
    2    HB2  LEU  82           HB2      LEU  82   5.342  -8.831  30.843
    3    HG   LEU  82           HG       LEU  82   5.101 -10.479  32.630
    4   HD13  LEU  82          HD11      LEU  82   6.255 -12.359  31.661
    5   HD12  LEU  82          HD12      LEU  82   7.407 -11.300  30.845
    6   HD11  LEU  82          HD13      LEU  82   5.707 -11.288  30.374
    7   HD23  LEU  82          HD21      LEU  82   7.001 -11.404  33.820
    8   HD22  LEU  82          HD22      LEU  82   6.791  -9.698  34.177
    9   HD21  LEU  82          HD23      LEU  82   8.080 -10.217  33.084
   10    H    LEU  82           HN       LEU  82   4.034  -8.501  33.142
   11    HB3  LEU  82           HB1      LEU  82   7.080  -8.734  31.107

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   GLU  83           HA       GLU  83   2.691  -5.031  30.911
    2    HB2  GLU  83           HB2      GLU  83   5.311  -3.498  31.259
    3    HG2  GLU  83           HG2      GLU  83   2.705  -3.336  32.813
    4    H    GLU  83           HN       GLU  83   3.687  -6.483  32.307
    5    HB3  GLU  83           HB1      GLU  83   3.804  -2.800  30.654
    6    HG3  GLU  83           HG1      GLU  83   4.220  -3.996  33.424

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   GLU  84           HA       GLU  84   4.749  -6.300  27.021
    2    HB2  GLU  84           HB2      GLU  84   5.669  -8.789  28.555
    3    HG2  GLU  84           HG2      GLU  84   6.971  -6.826  29.229
    4    H    GLU  84           HN       GLU  84   4.009  -7.214  29.747
    5    HB3  GLU  84           HB1      GLU  84   6.032  -8.470  26.859
    6    HG3  GLU  84           HG1      GLU  84   7.942  -7.966  28.296

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   ASP  85           HA       ASP  85   1.936  -9.813  26.023
    2    HB2  ASP  85           HB2      ASP  85   0.815  -8.996  24.003
    3    H    ASP  85           HN       ASP  85   4.419  -8.348  25.488
    4    HB3  ASP  85           HB1      ASP  85   1.237  -7.614  25.003

  No H/Q in entry =           4
  In of MODEL    3
    1    HA   VAL  86           HA       VAL  86   3.880 -12.223  22.724
    2    HB   VAL  86           HB       VAL  86   2.140 -14.310  24.175
    3    H    VAL  86           HN       VAL  86   1.605 -11.571  24.524

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   SER  87           HA       SER  87   0.458 -11.894  19.871
    2    HB2  SER  87           HB2      SER  87   2.186 -10.663  18.630
    3    HG   SER  87           HG       SER  87   1.217 -10.994  16.792
    4    H    SER  87           HN       SER  87   3.152 -11.885  20.716
    5    HB3  SER  87           HB1      SER  87   3.010 -12.168  18.224

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   LEU  88           HA       LEU  88  -0.158 -16.284  19.649
    2    HB2  LEU  88           HB2      LEU  88  -2.496 -15.209  19.906
    3    HG   LEU  88           HG       LEU  88  -2.267 -17.770  18.295
    4   HD12  LEU  88          HD11      LEU  88  -2.540 -17.308  21.290
    5   HD11  LEU  88          HD12      LEU  88  -1.079 -17.839  20.447
    6   HD13  LEU  88          HD13      LEU  88  -2.497 -18.872  20.481
    7   HD22  LEU  88          HD21      LEU  88  -4.550 -18.274  19.027
    8   HD21  LEU  88          HD22      LEU  88  -4.522 -16.799  18.068
    9   HD23  LEU  88          HD23      LEU  88  -4.666 -16.707  19.825
   10    H    LEU  88           HN       LEU  88  -0.872 -13.562  19.464
   11    HB3  LEU  88           HB1      LEU  88  -2.608 -15.271  18.159

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ILE  89           HA       ILE  89  -0.499 -15.962  14.814
    2    HB   ILE  89           HB       ILE  89   0.152 -12.974  14.777
    3   HD11  ILE  89          HD11      ILE  89  -2.871 -14.903  13.424
    4   HD13  ILE  89          HD12      ILE  89  -3.934 -14.286  14.686
    5   HD12  ILE  89          HD13      ILE  89  -2.701 -15.482  15.087
    6    H    ILE  89           HN       ILE  89  -0.720 -14.143  16.963

  No H/Q in entry =           6
  In of MODEL    3
    1    HA3  GLY  90           HA2      GLY  90   4.180 -14.459  15.231
    2    H    GLY  90           HN       GLY  90   1.789 -13.919  16.559
    3    HA2  GLY  90           HA1      GLY  90   4.026 -14.072  16.937

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   LEU  91           HA       LEU  91   4.553 -18.324  18.117
    2    HB2  LEU  91           HB2      LEU  91   1.558 -18.504  18.603
    3    HG   LEU  91           HG       LEU  91   2.576 -16.730  20.008
    4   HD11  LEU  91          HD11      LEU  91   0.710 -17.999  20.913
    5   HD13  LEU  91          HD12      LEU  91   1.833 -17.562  22.199
    6   HD12  LEU  91          HD13      LEU  91   1.811 -19.214  21.571
    7   HD23  LEU  91          HD21      LEU  91   4.283 -17.295  21.705
    8   HD22  LEU  91          HD22      LEU  91   4.890 -17.500  20.069
    9   HD21  LEU  91          HD23      LEU  91   4.432 -18.912  21.020
   10    H    LEU  91           HN       LEU  91   2.510 -16.361  17.756
   11    HB3  LEU  91           HB1      LEU  91   2.739 -19.666  19.199

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   LEU  92           HA       LEU  92   2.052 -20.625  14.718
    2    HB2  LEU  92           HB2      LEU  92   0.492 -18.161  13.854
    3    HG   LEU  92           HG       LEU  92  -0.257 -19.030  16.102
    4   HD13  LEU  92          HD11      LEU  92  -2.651 -19.132  15.566
    5   HD12  LEU  92          HD12      LEU  92  -2.273 -19.372  13.859
    6   HD11  LEU  92          HD13      LEU  92  -1.835 -17.859  14.657
    7   HD21  LEU  92          HD21      LEU  92   0.326 -21.401  15.825
    8   HD23  LEU  92          HD22      LEU  92  -0.914 -21.586  14.584
    9   HD22  LEU  92          HD23      LEU  92  -1.378 -21.226  16.249
   10    H    LEU  92           HN       LEU  92   1.837 -17.997  15.912
   11    HB3  LEU  92           HB1      LEU  92   0.279 -19.777  13.190

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   GLU  93           HA       GLU  93   4.590 -18.231  11.535
    2    HB2  GLU  93           HB2      GLU  93   4.923 -15.757  13.295
    3    HG2  GLU  93           HG2      GLU  93   2.658 -15.934  12.315
    4    H    GLU  93           HN       GLU  93   3.635 -17.606  14.260
    5    HB3  GLU  93           HB1      GLU  93   5.632 -15.926  11.691
    6    HG3  GLU  93           HG1      GLU  93   3.573 -14.561  11.693

  No H/Q in entry =           6
  In of MODEL    3
    1    HA3  GLY  94           HA2      GLY  94   7.587 -19.240  15.780
    2    H    GLY  94           HN       GLY  94   5.572 -18.584  14.811
    3    HA2  GLY  94           HA1      GLY  94   8.364 -19.186  14.202

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   ARG  95           HA       ARG  95   8.874 -14.640  15.141
    2    HB2  ARG  95           HB2      ARG  95   6.886 -14.257  13.525
    3    HG2  ARG  95           HG2      ARG  95   6.559 -11.821  14.022
    4    HD2  ARG  95           HD2      ARG  95   8.850 -11.146  13.586
    5    HE   ARG  95           HE       ARG  95   7.677 -13.134  12.037
    6   HH11  ARG  95          HH11      ARG  95  10.930 -11.917  12.591
    7   HH12  ARG  95          HH12      ARG  95  11.513 -12.460  11.053
    8   HH21  ARG  95          HH21      ARG  95   8.472 -13.839  10.051
    9   HH22  ARG  95          HH22      ARG  95  10.127 -13.550   9.617
   10    H    ARG  95           HN       ARG  95   6.633 -16.401  14.676
   11    HB3  ARG  95           HB1      ARG  95   5.914 -13.921  14.943
   12    HG3  ARG  95           HG1      ARG  95   7.515 -12.039  15.492
   13    HD3  ARG  95           HD1      ARG  95   9.462 -12.683  14.197

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   ARG  96           HA       ARG  96   7.542 -15.575  19.515
    2    HB2  ARG  96           HB2      ARG  96   9.682 -16.160  20.758
    3    HG2  ARG  96           HG2      ARG  96  10.885 -15.940  17.985
    4    HD2  ARG  96           HD2      ARG  96  12.854 -17.057  18.753
    5    HE   ARG  96           HE       ARG  96  10.679 -18.779  19.741
    6   HH11  ARG  96          HH11      ARG  96  12.977 -18.129  17.185
    7   HH12  ARG  96          HH12      ARG  96  12.800 -19.698  16.477
    8   HH21  ARG  96          HH21      ARG  96  10.488 -20.789  18.869
    9   HH22  ARG  96          HH22      ARG  96  11.362 -21.221  17.437
   10    H    ARG  96           HN       ARG  96   9.204 -15.793  17.244
   11    HB3  ARG  96           HB1      ARG  96   9.262 -17.251  19.440
   12    HG3  ARG  96           HG1      ARG  96  11.398 -15.108  19.453
   13    HD3  ARG  96           HD1      ARG  96  12.248 -17.132  20.401

  No H/Q in entry =          13
  In of MODEL    3
    1    HA3  GLY  97           HA2      GLY  97   8.715 -11.152  19.616
    2    H    GLY  97           HN       GLY  97   9.775 -13.373  18.074
    3    HA2  GLY  97           HA1      GLY  97  10.453 -11.426  19.795

  No H/Q in entry =           3
  In of MODEL    3
    1    HA   SER  98           HA       SER  98   9.932  -8.783  16.049
    2    HB2  SER  98           HB2      SER  98  12.100  -7.476  17.761
    3    HG   SER  98           HG       SER  98   9.649  -6.244  17.372
    4    H    SER  98           HN       SER  98  10.431  -9.197  18.795
    5    HB3  SER  98           HB1      SER  98  11.383  -6.816  16.289

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   ALA  99           HA       ALA  99  13.056 -11.135  14.029
    2    HB3  ALA  99           HB1      ALA  99  12.972  -8.713  12.195
    3    HB1  ALA  99           HB2      ALA  99  11.919 -10.127  12.085
    4    HB2  ALA  99           HB3      ALA  99  13.652 -10.289  11.787
    5    H    ALA  99           HN       ALA  99  11.425  -8.825  14.239

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   LYS 100           HA       LYS 100  16.674  -7.876  14.486
    2    HB2  LYS 100           HB2      LYS 100  16.619  -5.701  15.692
    3    HG2  LYS 100           HG2      LYS 100  13.594  -5.763  15.527
    4    HD2  LYS 100           HD2      LYS 100  14.693  -3.517  15.547
    5    HE2  LYS 100           HE2      LYS 100  15.729  -4.410  18.263
    6    HZ2  LYS 100           HZ1      LYS 100  14.907  -2.148  18.374
    7    HZ1  LYS 100           HZ2      LYS 100  15.825  -1.718  17.020
    8    HZ3  LYS 100           HZ3      LYS 100  16.598  -2.177  18.450
    9    H    LYS 100           HN       LYS 100  13.883  -7.687  14.330
   10    HB3  LYS 100           HB1      LYS 100  15.608  -5.694  14.254
   11    HG3  LYS 100           HG1      LYS 100  14.445  -6.178  17.014
   12    HD3  LYS 100           HD1      LYS 100  13.666  -3.802  16.955
   13    HE3  LYS 100           HE1      LYS 100  16.702  -3.967  16.857

  No H/Q in entry =          13
  In of MODEL    3
    1    HA   TRP 101           HA       TRP 101  15.899  -8.351  19.269
    2    HB2  TRP 101           HB2      TRP 101  13.512  -7.874  19.562
    3    HD1  TRP 101           HD1      TRP 101  14.425  -7.890  22.100
    4    HE1  TRP 101           HE1      TRP 101  14.310  -9.649  23.965
    5    HE3  TRP 101           HE3      TRP 101  12.970 -11.944  19.345
    6    HZ2  TRP 101           HZ2      TRP 101  13.692 -12.361  24.246
    7    HZ3  TRP 101           HZ3      TRP 101  12.641 -14.094  20.491
    8    HH2  TRP 101           HH2      TRP 101  12.997 -14.295  22.905
    9    H    TRP 101           HN       TRP 101  14.202  -8.160  17.025
   10    HB3  TRP 101           HB1      TRP 101  13.064  -9.420  18.856

  No H/Q in entry =          10
  In of MODEL    3
    1    HA   MET 102           HA       MET 102  15.605 -13.068  18.534
    2    HB2  MET 102           HB2      MET 102  14.571 -12.828  15.692
    3    HG2  MET 102           HG2      MET 102  13.409 -14.155  18.156
    4    HE2  MET 102           HE1      MET 102  12.878 -13.292  14.296
    5    HE1  MET 102           HE2      MET 102  11.512 -12.563  15.143
    6    HE3  MET 102           HE3      MET 102  11.256 -13.947  14.081
    7    H    MET 102           HN       MET 102  14.660 -10.820  17.032
    8    HB3  MET 102           HB1      MET 102  15.119 -14.359  16.367
    9    HG3  MET 102           HG1      MET 102  12.826 -12.668  17.409

  No H/Q in entry =           9
  In of MODEL    3
    1    HA   ALA 103           HA       ALA 103  19.378 -12.596  15.660
    2    HB3  ALA 103           HB1      ALA 103  20.338 -10.542  14.669
    3    HB1  ALA 103           HB2      ALA 103  19.012  -9.593  15.351
    4    HB2  ALA 103           HB3      ALA 103  18.684 -10.809  14.114
    5    H    ALA 103           HN       ALA 103  17.114 -10.890  16.283

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   GLU 104           HA       GLU 104  21.287  -9.908  19.095
    2    HB2  GLU 104           HB2      GLU 104  18.754  -8.496  20.029
    3    HG2  GLU 104           HG2      GLU 104  20.733  -7.506  17.968
    4    H    GLU 104           HN       GLU 104  18.539 -10.177  18.072
    5    HB3  GLU 104           HB1      GLU 104  20.421  -8.019  20.359
    6    HG3  GLU 104           HG1      GLU 104  19.090  -8.014  17.638

  No H/Q in entry =           6
  In of MODEL    3
    1    HA   HIS 105           HA       HIS 105  19.195 -12.397  22.513
    2    HB2  HIS 105           HB2      HIS 105  16.474 -11.021  22.237
    3    HD1  HIS 105           HD1      HIS 105  19.293 -10.178  24.625
    4    HD2  HIS 105           HD2      HIS 105  16.948  -8.404  21.689
    5    HE1  HIS 105           HE1      HIS 105  19.841  -7.732  24.710
    6    HE2  HIS 105           HE2      HIS 105  18.247  -6.663  23.088
    7    H    HIS 105           HN       HIS 105  18.294 -11.434  19.902
    8    HB3  HIS 105           HB1      HIS 105  17.208 -11.629  23.710

  No H/Q in entry =           8
  In of MODEL    3
    1    HA   PRO 106           HA       PRO 106  16.520 -15.445  20.078
    2    HB2  PRO 106           HB2      PRO 106  18.335 -17.298  19.332
    3    HG2  PRO 106           HG2      PRO 106  20.204 -16.514  20.529
    4    HD2  PRO 106           HD2      PRO 106  20.288 -14.329  21.328
    5    HB3  PRO 106           HB1      PRO 106  18.159 -15.786  18.428
    6    HG3  PRO 106           HG1      PRO 106  20.460 -15.737  18.951
    7    HD3  PRO 106           HD1      PRO 106  19.858 -13.639  19.750

  No H/Q in entry =           7
  In of MODEL    3
    1    HA   LEU 107           HA       LEU 107  16.590 -18.545  23.345
    2    HB2  LEU 107           HB2      LEU 107  14.539 -19.278  22.147
    3    HG   LEU 107           HG       LEU 107  16.315 -21.668  22.809
    4   HD13  LEU 107          HD11      LEU 107  15.116 -21.751  24.949
    5   HD12  LEU 107          HD12      LEU 107  14.211 -20.300  24.516
    6   HD11  LEU 107          HD13      LEU 107  15.959 -20.213  24.751
    7   HD23  LEU 107          HD21      LEU 107  13.310 -21.621  22.386
    8   HD22  LEU 107          HD22      LEU 107  14.261 -23.004  22.936
    9   HD21  LEU 107          HD23      LEU 107  14.503 -22.360  21.314
   10    H    LEU 107           HN       LEU 107  16.127 -17.765  20.605
   11    HB3  LEU 107           HB1      LEU 107  15.520 -20.137  20.970

  No H/Q in entry =          11
  In of MODEL    3
    1    HA   ALA 108           HA       ALA 108  20.539 -20.397  22.466
    2    HB3  ALA 108           HB1      ALA 108  21.509 -21.335  24.526
    3    HB1  ALA 108           HB2      ALA 108  19.932 -21.255  25.317
    4    HB2  ALA 108           HB3      ALA 108  20.757 -19.770  24.843
    5    H    ALA 108           HN       ALA 108  18.235 -19.846  24.103

  No H/Q in entry =           5
  In of MODEL    3
    1    HA   SER 109           HA       SER 109  19.450 -24.557  21.338
    2    HB2  SER 109           HB2      SER 109  17.171 -23.910  22.088
    3    HG   SER 109           HG       SER 109  16.629 -25.012  19.592
    4    H    SER 109           HN       SER 109  19.491 -21.714  20.845
    5    HB3  SER 109           HB1      SER 109  16.870 -23.114  20.548

  No H/Q in entry =           5
  In of MODEL    4
    1    H1   MET   1           HT2      MET   1   0.274  -6.554  -0.731
    2    H2   MET   1           HT1      MET   1   0.289  -6.909  -2.383
    3    H3   MET   1           HT3      MET   1   1.226  -5.640  -1.780
    4    HB3  MET   1           HB1      MET   1  -2.144  -6.709  -2.670
    5    HG3  MET   1           HG1      MET   1  -2.566  -5.937   0.223
    6    HA   MET   1           HA       MET   1  -0.666  -4.743  -2.866
    7    HB2  MET   1           HB2      MET   1  -2.959  -5.266  -2.086
    8    HG2  MET   1           HG2      MET   1  -1.676  -7.359  -0.325
    9    HE3  MET   1           HE1      MET   1  -3.247  -8.888   1.220
   10    HE2  MET   1           HE2      MET   1  -5.007  -8.868   1.124
   11    HE1  MET   1           HE3      MET   1  -4.147  -7.456   1.732

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   GLU   2           HA       GLU   2  -1.923  -1.912   0.428
    2    HB2  GLU   2           HB2      GLU   2   0.001  -0.480   0.985
    3    HG2  GLU   2           HG2      GLU   2   1.407  -1.667  -1.431
    4    H    GLU   2           HN       GLU   2  -1.228  -2.715  -2.204
    5    HB3  GLU   2           HB1      GLU   2   0.535  -2.150   0.821
    6    HG3  GLU   2           HG1      GLU   2   0.854   0.003  -1.293

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   VAL   3           HA       VAL   3  -2.430   1.835  -2.063
    2    HB   VAL   3           HB       VAL   3  -4.458   2.139   0.215
    3    H    VAL   3           HN       VAL   3  -2.564   0.300   0.484

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   SER   4           HA       SER   4   0.192   2.540   2.378
    2    HB2  SER   4           HB2      SER   4   1.620   4.452   1.653
    3    HG   SER   4           HG       SER   4   0.418   4.223  -0.886
    4    H    SER   4           HN       SER   4  -0.903   1.438   0.783
    5    HB3  SER   4           HB1      SER   4   1.698   3.098   0.535

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ALA   5           HA       ALA   5  -2.936   5.604   3.544
    2    HB3  ALA   5           HB1      ALA   5  -4.138   5.265   1.411
    3    HB2  ALA   5           HB2      ALA   5  -5.265   5.459   2.753
    4    HB1  ALA   5           HB3      ALA   5  -4.955   3.853   2.088
    5    H    ALA   5           HN       ALA   5  -2.499   2.863   2.508

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ASN   6           HA       ASN   6  -4.444   3.515   7.122
    2    HB2  ASN   6           HB2      ASN   6  -4.117   5.833   7.887
    3   HD21  ASN   6          HD21      ASN   6  -4.882   3.304   9.106
    4   HD22  ASN   6          HD22      ASN   6  -5.819   3.691  10.501
    5    H    ASN   6           HN       ASN   6  -4.746   5.670   5.160
    6    HB3  ASN   6           HB1      ASN   6  -5.718   6.279   7.310

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLU   7           HA       GLU   7  -9.203   4.253   6.477
    2    HB2  GLU   7           HB2      GLU   7 -10.430   4.772   4.277
    3    HG2  GLU   7           HG2      GLU   7  -9.135   6.096   2.607
    4    H    GLU   7           HN       GLU   7  -6.884   4.948   5.014
    5    HB3  GLU   7           HB1      GLU   7  -9.459   6.050   4.979
    6    HG3  GLU   7           HG1      GLU   7  -7.642   5.535   3.353

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LEU   8           HA       LEU   8  -9.284   0.337   3.677
    2    HB2  LEU   8           HB2      LEU   8  -7.162  -1.129   3.230
    3    HG   LEU   8           HG       LEU   8  -5.774   1.574   3.481
    4   HD11  LEU   8          HD11      LEU   8  -5.692   0.323   5.574
    5   HD13  LEU   8          HD12      LEU   8  -4.095   0.420   4.832
    6   HD12  LEU   8          HD13      LEU   8  -5.029  -1.078   4.733
    7   HD23  LEU   8          HD21      LEU   8  -4.748  -0.943   2.133
    8   HD22  LEU   8          HD22      LEU   8  -3.857   0.569   2.351
    9   HD21  LEU   8          HD23      LEU   8  -5.279   0.527   1.315
   10    H    LEU   8           HN       LEU   8  -7.337   2.317   4.263
   11    HB3  LEU   8           HB1      LEU   8  -7.507   0.244   2.208

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   GLU   9           HA       GLU   9  -6.879  -0.084   8.409
    2    HB2  GLU   9           HB2      GLU   9  -8.799  -0.651   9.775
    3    HG2  GLU   9           HG2      GLU   9 -10.602  -0.625   7.353
    4    H    GLU   9           HN       GLU   9  -7.372   0.936   6.457
    5    HB3  GLU   9           HB1      GLU   9  -9.218   0.717   8.755
    6    HG3  GLU   9           HG1      GLU   9  -9.989  -2.124   8.045

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ALA  10           HA       ALA  10  -7.074  -4.291   6.182
    2    HB3  ALA  10           HB1      ALA  10  -5.065  -4.826   4.881
    3    HB2  ALA  10           HB2      ALA  10  -4.293  -3.333   5.429
    4    HB1  ALA  10           HB3      ALA  10  -5.728  -3.256   4.408
    5    H    ALA  10           HN       ALA  10  -6.023  -1.685   6.350

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ALA  11           HA       ALA  11  -3.595  -5.307   9.460
    2    HB3  ALA  11           HB1      ALA  11  -2.915  -3.916  11.373
    3    HB1  ALA  11           HB2      ALA  11  -3.947  -2.602  10.796
    4    HB2  ALA  11           HB3      ALA  11  -2.549  -3.111   9.847
    5    H    ALA  11           HN       ALA  11  -4.593  -2.929   8.315

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   SER  12           HA       SER  12  -7.074  -4.761  12.779
    2    HB2  SER  12           HB2      SER  12  -8.696  -2.711  11.210
    3    HG   SER  12           HG       SER  12  -7.750  -1.205  12.474
    4    H    SER  12           HN       SER  12  -6.245  -3.188  10.573
    5    HB3  SER  12           HB1      SER  12  -9.005  -3.252  12.862

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   SER  13           HA       SER  13 -10.409  -6.274   9.596
    2    HB2  SER  13           HB2      SER  13  -8.604  -5.697   7.201
    3    HG   SER  13           HG       SER  13  -9.421  -3.764   7.638
    4    H    SER  13           HN       SER  13  -8.045  -4.700   9.409
    5    HB3  SER  13           HB1      SER  13 -10.228  -6.386   7.110

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ARG  14           HA       ARG  14  -7.493  -9.773   8.184
    2    HB2  ARG  14           HB2      ARG  14  -4.921  -8.176   8.472
    3    HG2  ARG  14           HG2      ARG  14  -6.191  -7.777   6.373
    4    HD2  ARG  14           HD2      ARG  14  -5.646 -10.660   5.632
    5    HE   ARG  14           HE       ARG  14  -7.527  -8.701   4.432
    6   HH11  ARG  14          HH11      ARG  14  -4.991 -11.094   3.967
    7   HH12  ARG  14          HH12      ARG  14  -5.225 -11.172   2.252
    8   HH21  ARG  14          HH21      ARG  14  -7.808  -8.799   2.208
    9   HH22  ARG  14          HH22      ARG  14  -6.822  -9.854   1.250
   10    H    ARG  14           HN       ARG  14  -7.029  -6.992   8.668
   11    HB3  ARG  14           HB1      ARG  14  -4.935  -9.909   8.144
   12    HG3  ARG  14           HG1      ARG  14  -4.632  -8.558   6.085
   13    HD3  ARG  14           HD1      ARG  14  -7.186 -10.168   6.334

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   MET  15           HA       MET  15  -5.558 -10.106  12.589
    2    HB2  MET  15           HB2      MET  15  -6.499  -7.326  13.338
    3    HG2  MET  15           HG2      MET  15  -3.790  -8.647  13.638
    4    HE3  MET  15           HE1      MET  15  -5.321  -7.268  16.162
    5    HE2  MET  15           HE2      MET  15  -3.986  -6.315  16.811
    6    HE1  MET  15           HE3      MET  15  -3.698  -7.955  16.221
    7    H    MET  15           HN       MET  15  -6.415  -7.916  11.008
    8    HB3  MET  15           HB1      MET  15  -6.051  -8.503  14.567
    9    HG3  MET  15           HG1      MET  15  -4.230  -7.524  12.352

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   GLU  16           HA       GLU  16 -10.249 -10.192  13.921
    2    HB2  GLU  16           HB2      GLU  16 -11.242  -8.177  13.039
    3    HG2  GLU  16           HG2      GLU  16 -13.342  -8.814  12.012
    4    H    GLU  16           HN       GLU  16  -8.728  -8.542  12.211
    5    HB3  GLU  16           HB1      GLU  16 -10.965  -8.681  11.380
    6    HG3  GLU  16           HG1      GLU  16 -12.683 -10.373  11.529

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   MET  17           HA       MET  17 -10.701 -12.995   9.992
    2    HB2  MET  17           HB2      MET  17  -8.268 -11.789   8.616
    3    HG2  MET  17           HG2      MET  17 -10.320 -10.496   8.255
    4    HE3  MET  17           HE1      MET  17 -12.392 -14.298   6.587
    5    HE2  MET  17           HE2      MET  17 -10.798 -14.346   7.337
    6    HE1  MET  17           HE3      MET  17 -11.021 -13.528   5.789
    7    H    MET  17           HN       MET  17  -9.356 -10.558  10.482
    8    HB3  MET  17           HB1      MET  17  -9.079 -13.248   8.050
    9    HG3  MET  17           HG1      MET  17  -9.798 -11.299   6.775

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   LEU  18           HA       LEU  18  -6.530 -14.969  11.379
    2    HB2  LEU  18           HB2      LEU  18  -5.783 -12.579  13.099
    3    HG   LEU  18           HG       LEU  18  -5.303 -12.238  10.656
    4   HD12  LEU  18          HD11      LEU  18  -2.828 -12.468  12.376
    5   HD11  LEU  18          HD12      LEU  18  -3.928 -11.090  12.304
    6   HD13  LEU  18          HD13      LEU  18  -2.976 -11.527  10.887
    7   HD23  LEU  18          HD21      LEU  18  -3.483 -14.632  10.947
    8   HD22  LEU  18          HD22      LEU  18  -3.559 -13.553   9.551
    9   HD21  LEU  18          HD23      LEU  18  -4.954 -14.539   9.974
   10    H    LEU  18           HN       LEU  18  -7.613 -12.316  11.504
   11    HB3  LEU  18           HB1      LEU  18  -4.860 -14.071  13.041

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   GLN  19           HA       GLN  19  -8.404 -14.884  15.930
    2    HB2  GLN  19           HB2      GLN  19 -10.661 -13.051  15.007
    3    HG2  GLN  19           HG2      GLN  19  -8.562 -12.481  17.112
    4   HE21  GLN  19          HE21      GLN  19  -8.675  -9.703  16.098
    5   HE22  GLN  19          HE22      GLN  19 -10.088  -9.015  16.814
    6    H    GLN  19           HN       GLN  19  -8.486 -13.143  13.693
    7    HB3  GLN  19           HB1      GLN  19 -10.553 -13.785  16.606
    8    HG3  GLN  19           HG1      GLN  19  -8.531 -11.839  15.472

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   ARG  20           HA       ARG  20 -12.243 -16.922  14.022
    2    HB2  ARG  20           HB2      ARG  20 -13.584 -16.456  11.988
    3    HG2  ARG  20           HG2      ARG  20 -11.538 -14.297  11.394
    4    HD2  ARG  20           HD2      ARG  20 -12.936 -13.728   9.451
    5    HE   ARG  20           HE       ARG  20 -13.567 -12.955  12.014
    6   HH11  ARG  20          HH11      ARG  20 -15.355 -13.292   9.001
    7   HH12  ARG  20          HH12      ARG  20 -16.497 -12.058   9.420
    8   HH21  ARG  20          HH21      ARG  20 -15.066 -11.368  12.537
    9   HH22  ARG  20          HH22      ARG  20 -16.350 -10.979  11.435
   10    H    ARG  20           HN       ARG  20 -10.635 -14.660  13.182
   11    HB3  ARG  20           HB1      ARG  20 -13.340 -15.008  12.959
   12    HG3  ARG  20           HG1      ARG  20 -11.871 -15.715  10.399
   13    HD3  ARG  20           HD1      ARG  20 -14.165 -14.876   9.988

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   GLU  21           HA       GLU  21  -9.872 -18.851  10.355
    2    HB2  GLU  21           HB2      GLU  21  -8.575 -16.858   9.516
    3    HG2  GLU  21           HG2      GLU  21  -6.708 -18.040   8.459
    4    H    GLU  21           HN       GLU  21  -9.493 -16.453  11.920
    5    HB3  GLU  21           HB1      GLU  21  -7.311 -17.227  10.679
    6    HG3  GLU  21           HG1      GLU  21  -6.909 -19.392   9.576

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   TYR  22           HA       TYR  22  -6.654 -20.707  13.166
    2    HB2  TYR  22           HB2      TYR  22  -5.443 -18.192  14.400
    3    HD1  TYR  22           HD1      TYR  22  -4.937 -16.806  12.500
    4    HD2  TYR  22           HD2      TYR  22  -3.945 -20.962  12.370
    5    HE1  TYR  22           HE1      TYR  22  -3.649 -16.445  10.440
    6    HE2  TYR  22           HE2      TYR  22  -2.655 -20.582  10.310
    7    HH   TYR  22           HH       TYR  22  -1.748 -17.545   9.229
    8    H    TYR  22           HN       TYR  22  -7.328 -17.912  12.691
    9    HB3  TYR  22           HB1      TYR  22  -4.793 -19.827  14.508

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   SER  23           HA       SER  23  -9.104 -19.068  17.037
    2    HB2  SER  23           HB2      SER  23  -6.371 -20.055  17.982
    3    HG   SER  23           HG       SER  23  -8.665 -21.242  17.089
    4    H    SER  23           HN       SER  23  -6.888 -18.106  15.585
    5    HB3  SER  23           HB1      SER  23  -7.722 -19.875  19.104

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   THR  24           HA       THR  24  -7.522 -15.713  19.637
    2    HB   THR  24           HB       THR  24  -9.290 -15.070  21.337
    3    HG1  THR  24           HG1      THR  24 -11.036 -16.909  20.035
    4   HG21  THR  24          HG21      THR  24  -9.273 -13.990  19.115
    5   HG23  THR  24          HG22      THR  24 -10.920 -14.169  19.727
    6   HG22  THR  24          HG23      THR  24 -10.315 -15.262  18.479
    7    H    THR  24           HN       THR  24  -9.366 -17.940  19.040

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   LEU  25           HA       LEU  25  -5.931 -18.315  22.821
    2    HB2  LEU  25           HB2      LEU  25  -4.318 -16.299  22.651
    3    HG   LEU  25           HG       LEU  25  -4.509 -17.643  25.382
    4   HD12  LEU  25          HD11      LEU  25  -2.962 -18.479  22.908
    5   HD11  LEU  25          HD12      LEU  25  -4.392 -19.283  23.569
    6   HD13  LEU  25          HD13      LEU  25  -2.896 -19.256  24.493
    7   HD21  LEU  25          HD21      LEU  25  -2.164 -16.244  24.049
    8   HD23  LEU  25          HD22      LEU  25  -2.110 -17.130  25.576
    9   HD22  LEU  25          HD23      LEU  25  -3.073 -15.660  25.447
   10    H    LEU  25           HN       LEU  25  -6.437 -15.732  21.672
   11    HB3  LEU  25           HB1      LEU  25  -5.158 -15.643  24.048

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   ARG  26           HA       ARG  26  -9.266 -17.808  25.701
    2    HB2  ARG  26           HB2      ARG  26 -10.406 -19.913  26.029
    3    HG2  ARG  26           HG2      ARG  26  -7.990 -21.346  24.874
    4    HD2  ARG  26           HD2      ARG  26 -10.075 -22.376  24.080
    5    HE   ARG  26           HE       ARG  26 -11.241 -21.720  26.457
    6   HH11  ARG  26          HH11      ARG  26 -10.800 -24.802  24.823
    7   HH12  ARG  26          HH12      ARG  26 -12.295 -25.450  25.411
    8   HH21  ARG  26          HH21      ARG  26 -13.201 -22.591  27.192
    9   HH22  ARG  26          HH22      ARG  26 -13.641 -24.212  26.755
   10    H    ARG  26           HN       ARG  26  -7.110 -19.321  24.376
   11    HB3  ARG  26           HB1      ARG  26  -9.878 -19.817  24.355
   12    HG3  ARG  26           HG1      ARG  26  -8.548 -21.455  26.545
   13    HD3  ARG  26           HD1      ARG  26  -9.254 -23.419  25.249

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   SER  27           HA       SER  27  -6.323 -18.871  29.175
    2    HB2  SER  27           HB2      SER  27  -6.643 -21.848  28.536
    3    HG   SER  27           HG       SER  27  -8.345 -19.906  29.493
    4    H    SER  27           HN       SER  27  -6.408 -19.757  26.413
    5    HB3  SER  27           HB1      SER  27  -6.184 -21.210  30.119

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   VAL  28           HA       VAL  28  -2.161 -20.640  28.674
    2    HB   VAL  28           HB       VAL  28  -1.784 -18.016  30.208
    3    H    VAL  28           HN       VAL  28  -4.320 -19.382  30.229

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   GLN  29           HA       GLN  29  -1.070 -21.821  32.857
    2    HB2  GLN  29           HB2      GLN  29  -1.059 -24.305  32.966
    3    HG2  GLN  29           HG2      GLN  29  -1.575 -24.242  29.984
    4   HE21  GLN  29          HE21      GLN  29  -1.966 -26.275  29.002
    5   HE22  GLN  29          HE22      GLN  29  -2.516 -27.632  29.916
    6    H    GLN  29           HN       GLN  29  -1.039 -22.031  29.909
    7    HB3  GLN  29           HB1      GLN  29  -2.516 -23.692  32.184
    8    HG3  GLN  29           HG1      GLN  29  -0.107 -24.837  30.740

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   TYR  30           HA       TYR  30   3.291 -22.093  31.966
    2    HB2  TYR  30           HB2      TYR  30   3.375 -19.948  33.167
    3    HD1  TYR  30           HD1      TYR  30   4.989 -21.414  36.023
    4    HD2  TYR  30           HD2      TYR  30   5.510 -20.768  31.828
    5    HE1  TYR  30           HE1      TYR  30   7.402 -21.869  36.242
    6    HE2  TYR  30           HE2      TYR  30   7.909 -21.205  32.060
    7    HH   TYR  30           HH       TYR  30   9.637 -21.191  33.738
    8    H    TYR  30           HN       TYR  30   0.934 -21.406  33.527
    9    HB3  TYR  30           HB1      TYR  30   3.086 -20.759  34.707

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   ARG  31           HA       ARG  31   3.354 -25.970  34.195
    2    HB2  ARG  31           HB2      ARG  31   4.818 -26.382  31.560
    3    HG2  ARG  31           HG2      ARG  31   1.995 -27.148  32.370
    4    HD2  ARG  31           HD2      ARG  31   3.630 -27.993  29.957
    5    HE   ARG  31           HE       ARG  31   0.848 -27.680  30.071
    6   HH11  ARG  31          HH11      ARG  31   3.154 -30.202  29.242
    7   HH12  ARG  31          HH12      ARG  31   2.125 -30.897  28.028
    8   HH21  ARG  31          HH21      ARG  31  -0.480 -28.583  28.466
    9   HH22  ARG  31          HH22      ARG  31   0.065 -29.972  27.590
   10    H    ARG  31           HN       ARG  31   3.707 -24.207  31.950
   11    HB3  ARG  31           HB1      ARG  31   4.457 -27.652  32.734
   12    HG3  ARG  31           HG1      ARG  31   2.481 -26.063  31.059
   13    HD3  ARG  31           HD1      ARG  31   3.006 -29.053  31.229

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   SER  32           HA       SER  32   7.297 -24.548  35.838
    2    HB2  SER  32           HB2      SER  32   7.209 -24.990  38.325
    3    HG   SER  32           HG       SER  32   4.671 -25.477  38.662
    4    H    SER  32           HN       SER  32   4.596 -25.463  35.914
    5    HB3  SER  32           HB1      SER  32   5.861 -24.010  37.743

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   GLU  33           HA       GLU  33   7.926 -29.322  36.740
    2    HB2  GLU  33           HB2      GLU  33   5.701 -30.084  34.810
    3    HG2  GLU  33           HG2      GLU  33   5.758 -30.157  37.833
    4    H    GLU  33           HN       GLU  33   5.788 -27.696  35.852
    5    HB3  GLU  33           HB1      GLU  33   6.714 -31.202  35.728
    6    HG3  GLU  33           HG1      GLU  33   4.612 -29.298  36.803

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLU  34           HA       GLU  34   9.499 -29.334  32.381
    2    HB2  GLU  34           HB2      GLU  34   7.138 -28.046  30.954
    3    HG2  GLU  34           HG2      GLU  34   7.551 -30.918  31.799
    4    H    GLU  34           HN       GLU  34   7.213 -27.910  33.631
    5    HB3  GLU  34           HB1      GLU  34   8.401 -29.052  30.240
    6    HG3  GLU  34           HG1      GLU  34   6.157 -29.885  32.094

  No H/Q in entry =           6
  In of MODEL    4
    1    HA3  GLY  35           HA2      GLY  35   9.297 -24.196  33.432
    2    H    GLY  35           HN       GLY  35   8.438 -26.317  33.525
    3    HA2  GLY  35           HA1      GLY  35  10.741 -24.882  32.698

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   VAL  36           HA       VAL  36   8.129 -23.243  29.162
    2    HB   VAL  36           HB       VAL  36   6.760 -24.697  27.670
    3    H    VAL  36           HN       VAL  36   7.399 -24.922  31.491

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   ILE  37           HA       ILE  37   4.074 -21.546  29.921
    2    HB   ILE  37           HB       ILE  37   5.126 -19.833  27.614
    3   HD12  ILE  37          HD11      ILE  37   5.296 -17.269  29.485
    4   HD11  ILE  37          HD12      ILE  37   6.530 -17.737  28.311
    5   HD13  ILE  37          HD13      ILE  37   6.959 -17.539  30.008
    6    H    ILE  37           HN       ILE  37   6.553 -21.901  28.405

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   VAL  38           HA       VAL  38   2.121 -23.505  26.406
    2    HB   VAL  38           HB       VAL  38   0.896 -24.622  28.969
    3    H    VAL  38           HN       VAL  38   2.346 -22.624  29.219

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   PHE  39           HA       PHE  39  -1.201 -20.504  26.266
    2    HB2  PHE  39           HB2      PHE  39   0.015 -20.714  23.471
    3    HD1  PHE  39           HD1      PHE  39  -0.310 -17.671  25.506
    4    HD2  PHE  39           HD2      PHE  39   2.383 -20.690  24.134
    5    HE1  PHE  39           HE1      PHE  39   1.598 -16.286  26.194
    6    HE2  PHE  39           HE2      PHE  39   4.287 -19.301  24.821
    7    HZ   PHE  39           HZ       PHE  39   3.894 -17.093  25.851
    8    H    PHE  39           HN       PHE  39   1.005 -22.110  25.293
    9    HB3  PHE  39           HB1      PHE  39  -1.087 -19.463  24.028

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   ILE  40           HA       ILE  40  -3.844 -23.825  24.671
    2    HB   ILE  40           HB       ILE  40  -5.404 -22.580  26.982
    3   HD12  ILE  40          HD11      ILE  40  -5.514 -25.342  28.580
    4   HD11  ILE  40          HD12      ILE  40  -5.110 -23.780  29.297
    5   HD13  ILE  40          HD13      ILE  40  -3.976 -25.123  29.415
    6    H    ILE  40           HN       ILE  40  -3.048 -21.744  26.522

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LEU  41           HA       LEU  41  -6.025 -20.854  22.169
    2    HB2  LEU  41           HB2      LEU  41  -5.458 -23.322  20.483
    3    HG   LEU  41           HG       LEU  41  -3.439 -21.986  20.905
    4   HD11  LEU  41          HD11      LEU  41  -3.650 -22.976  18.665
    5   HD13  LEU  41          HD12      LEU  41  -2.768 -21.452  18.607
    6   HD12  LEU  41          HD13      LEU  41  -4.453 -21.519  18.080
    7   HD22  LEU  41          HD21      LEU  41  -4.503 -19.885  21.523
    8   HD21  LEU  41          HD22      LEU  41  -5.039 -19.633  19.859
    9   HD23  LEU  41          HD23      LEU  41  -3.323 -19.630  20.245
   10    H    LEU  41           HN       LEU  41  -4.883 -23.463  22.815
   11    HB3  LEU  41           HB1      LEU  41  -6.288 -21.907  19.839

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   ALA  42           HA       ALA  42 -10.304 -21.747  22.138
    2    HB1  ALA  42           HB1      ALA  42 -10.042 -20.483  19.385
    3    HB2  ALA  42           HB2      ALA  42 -10.266 -19.612  20.901
    4    HB3  ALA  42           HB3      ALA  42 -11.543 -20.671  20.306
    5    H    ALA  42           HN       ALA  42  -8.008 -20.678  20.932

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ASN  43           HA       ASN  43 -10.319 -25.001  18.707
    2    HB2  ASN  43           HB2      ASN  43  -9.003 -25.452  16.805
    3   HD21  ASN  43          HD21      ASN  43  -6.764 -22.909  17.729
    4   HD22  ASN  43          HD22      ASN  43  -5.348 -23.865  17.575
    5    H    ASN  43           HN       ASN  43  -8.399 -22.912  19.404
    6    HB3  ASN  43           HB1      ASN  43  -8.822 -23.720  17.008

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ASP  44           HA       ASP  44  -7.809 -26.116  22.944
    2    HB2  ASP  44           HB2      ASP  44  -9.719 -27.546  22.340
    3    H    ASP  44           HN       ASP  44  -8.535 -24.743  21.310
    4    HB3  ASP  44           HB1      ASP  44  -8.770 -28.354  21.109

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   ARG  45           HA       ARG  45  -4.005 -27.377  20.488
    2    HB2  ARG  45           HB2      ARG  45  -4.490 -26.338  18.349
    3    HG2  ARG  45           HG2      ARG  45  -1.896 -25.103  19.331
    4    HD2  ARG  45           HD2      ARG  45  -2.679 -24.310  17.100
    5    HE   ARG  45           HE       ARG  45  -2.534 -27.175  16.322
    6   HH11  ARG  45          HH11      ARG  45  -3.850 -23.966  15.757
    7   HH12  ARG  45          HH12      ARG  45  -4.849 -24.480  14.444
    8   HH21  ARG  45          HH21      ARG  45  -3.854 -27.835  14.605
    9   HH22  ARG  45          HH22      ARG  45  -4.863 -26.679  13.790
   10    H    ARG  45           HN       ARG  45  -6.150 -25.400  20.445
   11    HB3  ARG  45           HB1      ARG  45  -4.294 -24.729  19.034
   12    HG3  ARG  45           HG1      ARG  45  -2.065 -26.771  18.773
   13    HD3  ARG  45           HD1      ARG  45  -1.176 -25.225  17.026

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   GLU  46           HA       GLU  46  -2.004 -25.022  23.704
    2    HB2  GLU  46           HB2      GLU  46  -0.894 -27.847  23.781
    3    HG2  GLU  46           HG2      GLU  46  -3.030 -26.579  25.509
    4    H    GLU  46           HN       GLU  46  -2.645 -27.368  22.141
    5    HB3  GLU  46           HB1      GLU  46  -0.573 -26.597  24.972
    6    HG3  GLU  46           HG1      GLU  46  -3.229 -27.949  24.414

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   LEU  47           HA       LEU  47   1.583 -24.324  21.035
    2    HB2  LEU  47           HB2      LEU  47   0.254 -21.724  21.778
    3    HG   LEU  47           HG       LEU  47  -0.387 -22.837  19.619
    4   HD13  LEU  47          HD11      LEU  47  -0.608 -20.419  19.799
    5   HD12  LEU  47          HD12      LEU  47  -0.114 -20.862  18.167
    6   HD11  LEU  47          HD13      LEU  47   1.068 -20.199  19.298
    7   HD23  LEU  47          HD21      LEU  47   2.521 -22.372  18.848
    8   HD22  LEU  47          HD22      LEU  47   1.247 -22.969  17.778
    9   HD21  LEU  47          HD23      LEU  47   1.772 -23.943  19.152
   10    H    LEU  47           HN       LEU  47  -0.775 -23.570  22.523
   11    HB3  LEU  47           HB1      LEU  47   1.927 -21.689  21.238

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   LYS  48           HA       LYS  48   3.802 -24.313  24.845
    2    HB2  LYS  48           HB2      LYS  48   3.152 -26.634  24.221
    3    HG2  LYS  48           HG2      LYS  48   6.055 -26.629  25.104
    4    HD2  LYS  48           HD2      LYS  48   3.781 -28.602  25.526
    5    HE2  LYS  48           HE2      LYS  48   6.587 -28.696  26.652
    6    HZ2  LYS  48           HZ1      LYS  48   5.835 -30.704  27.722
    7    HZ1  LYS  48           HZ2      LYS  48   5.734 -30.868  26.043
    8    HZ3  LYS  48           HZ3      LYS  48   4.337 -30.595  26.949
    9    H    LYS  48           HN       LYS  48   3.425 -24.824  21.949
   10    HB3  LYS  48           HB1      LYS  48   4.559 -26.742  23.169
   11    HG3  LYS  48           HG1      LYS  48   4.683 -26.346  26.183
   12    HD3  LYS  48           HD1      LYS  48   5.251 -28.877  24.587
   13    HE3  LYS  48           HE1      LYS  48   5.115 -28.414  27.585

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   PHE  49           HA       PHE  49   7.891 -23.028  23.585
    2    HB2  PHE  49           HB2      PHE  49   6.269 -20.463  24.008
    3    HD1  PHE  49           HD1      PHE  49   8.385 -20.974  21.086
    4    HD2  PHE  49           HD2      PHE  49   4.395 -21.347  22.578
    5    HE1  PHE  49           HE1      PHE  49   7.534 -21.142  18.782
    6    HE2  PHE  49           HE2      PHE  49   3.559 -21.519  20.271
    7    HZ   PHE  49           HZ       PHE  49   5.123 -21.420  18.373
    8    H    PHE  49           HN       PHE  49   5.308 -22.803  25.022
    9    HB3  PHE  49           HB1      PHE  49   7.922 -20.508  23.411

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   ARG  50           HA       ARG  50   9.326 -22.234  27.740
    2    HB2  ARG  50           HB2      ARG  50  11.821 -21.864  26.035
    3    HG2  ARG  50           HG2      ARG  50  12.628 -23.918  27.271
    4    HD2  ARG  50           HD2      ARG  50  11.478 -25.564  25.882
    5    HE   ARG  50           HE       ARG  50  12.368 -23.090  24.656
    6   HH11  ARG  50          HH11      ARG  50  11.317 -26.375  23.980
    7   HH12  ARG  50          HH12      ARG  50  11.986 -26.367  22.383
    8   HH21  ARG  50          HH21      ARG  50  13.209 -23.115  22.571
    9   HH22  ARG  50          HH22      ARG  50  13.056 -24.545  21.598
   10    H    ARG  50           HN       ARG  50   9.703 -22.301  24.869
   11    HB3  ARG  50           HB1      ARG  50  11.844 -21.755  27.786
   12    HG3  ARG  50           HG1      ARG  50  10.975 -24.143  27.842
   13    HD3  ARG  50           HD1      ARG  50  10.190 -24.408  25.530

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   PRO  51           HA       PRO  51   9.060 -17.746  28.396
    2    HB2  PRO  51           HB2      PRO  51  10.832 -17.548  30.597
    3    HG2  PRO  51           HG2      PRO  51  11.385 -19.801  30.764
    4    HD2  PRO  51           HD2      PRO  51  10.222 -21.455  29.595
    5    HB3  PRO  51           HB1      PRO  51   9.093 -17.859  30.689
    6    HG3  PRO  51           HG1      PRO  51   9.869 -19.819  31.688
    7    HD3  PRO  51           HD1      PRO  51   8.639 -20.695  29.889

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   ASP  52           HA       ASP  52  13.706 -16.785  27.769
    2    HB2  ASP  52           HB2      ASP  52  14.746 -19.652  27.806
    3    H    ASP  52           HN       ASP  52  12.330 -19.209  28.487
    4    HB3  ASP  52           HB1      ASP  52  15.723 -18.182  27.784

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   ASP  53           HA       ASP  53  13.269 -18.227  23.401
    2    HB2  ASP  53           HB2      ASP  53  10.743 -19.730  24.178
    3    H    ASP  53           HN       ASP  53  11.762 -18.612  25.905
    4    HB3  ASP  53           HB1      ASP  53  10.994 -19.281  22.497

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   LEU  54           HA       LEU  54   9.351 -15.568  22.975
    2    HB2  LEU  54           HB2      LEU  54   8.467 -15.787  25.878
    3    HG   LEU  54           HG       LEU  54   8.467 -18.018  24.694
    4   HD13  LEU  54          HD11      LEU  54   6.178 -18.616  25.308
    5   HD12  LEU  54          HD12      LEU  54   5.735 -16.909  25.395
    6   HD11  LEU  54          HD13      LEU  54   6.917 -17.576  26.526
    7   HD23  LEU  54          HD21      LEU  54   6.835 -18.395  22.878
    8   HD22  LEU  54          HD22      LEU  54   8.078 -17.245  22.401
    9   HD21  LEU  54          HD23      LEU  54   6.466 -16.671  22.840
   10    H    LEU  54           HN       LEU  54  10.532 -17.011  25.228
   11    HB3  LEU  54           HB1      LEU  54   7.507 -15.132  24.553

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   GLN  55           HA       GLN  55  11.090 -11.646  23.868
    2    HB2  GLN  55           HB2      GLN  55  10.042 -11.010  21.821
    3    HG2  GLN  55           HG2      GLN  55   9.022  -8.796  22.083
    4   HE21  GLN  55          HE21      GLN  55  10.266  -6.938  22.343
    5   HE22  GLN  55          HE22      GLN  55  11.878  -6.963  22.954
    6    H    GLN  55           HN       GLN  55   9.132 -13.362  22.838
    7    HB3  GLN  55           HB1      GLN  55   8.431 -11.117  22.507
    8    HG3  GLN  55           HG1      GLN  55   8.824  -9.068  23.808

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   ALA  56           HA       ALA  56   7.492 -10.076  26.796
    2    HB3  ALA  56           HB1      ALA  56   5.679 -11.348  27.876
    3    HB1  ALA  56           HB2      ALA  56   6.194 -12.822  27.048
    4    HB2  ALA  56           HB3      ALA  56   5.555 -11.471  26.120
    5    H    ALA  56           HN       ALA  56   7.705 -12.120  24.922

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   THR  57           HA       THR  57   9.307 -12.890  29.998
    2    HB   THR  57           HB       THR  57   9.087 -15.431  30.050
    3    HG1  THR  57           HG1      THR  57   9.342 -15.511  27.627
    4   HG23  THR  57          HG21      THR  57   6.638 -15.359  29.988
    5   HG22  THR  57          HG22      THR  57   6.693 -13.850  29.078
    6   HG21  THR  57          HG23      THR  57   7.276 -13.903  30.742
    7    H    THR  57           HN       THR  57   8.859 -13.273  27.110

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   TYR  58           HA       TYR  58  13.334 -14.265  28.031
    2    HB2  TYR  58           HB2      TYR  58  12.703 -13.053  25.779
    3    HD1  TYR  58           HD1      TYR  58  14.134 -15.286  25.816
    4    HD2  TYR  58           HD2      TYR  58  15.803 -11.360  26.050
    5    HE1  TYR  58           HE1      TYR  58  16.273 -16.144  24.979
    6    HE2  TYR  58           HE2      TYR  58  17.949 -12.222  25.205
    7    HH   TYR  58           HH       TYR  58  18.278 -15.231  23.752
    8    H    TYR  58           HN       TYR  58  11.099 -12.524  27.468
    9    HB3  TYR  58           HB1      TYR  58  13.481 -11.647  26.492

  No H/Q in entry =           9
  In of MODEL    4
    1    HA3  GLY  59           HA2      GLY  59  14.975 -12.868  31.884
    2    H    GLY  59           HN       GLY  59  13.452 -13.935  30.280
    3    HA2  GLY  59           HA1      GLY  59  14.490 -11.311  31.239

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   ALA  60           HA       ALA  60  10.925 -12.168  34.007
    2    HB1  ALA  60           HB1      ALA  60   9.362 -13.836  32.007
    3    HB2  ALA  60           HB2      ALA  60   9.483 -12.075  32.009
    4    HB3  ALA  60           HB3      ALA  60   8.684 -12.903  33.348
    5    H    ALA  60           HN       ALA  60  11.933 -13.652  31.641

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   THR  61           HA       THR  61  11.065 -15.976  36.285
    2    HB   THR  61           HB       THR  61  10.386 -15.365  38.708
    3    HG1  THR  61           HG1      THR  61  10.201 -13.043  39.004
    4   HG21  THR  61          HG21      THR  61  12.508 -13.652  37.356
    5   HG23  THR  61          HG22      THR  61  12.739 -15.288  37.981
    6   HG22  THR  61          HG23      THR  61  12.383 -13.965  39.092
    7    H    THR  61           HN       THR  61  10.090 -13.244  35.796

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   PRO  62           HA       PRO  62   7.147 -18.186  36.193
    2    HB2  PRO  62           HB2      PRO  62   7.851 -19.120  38.980
    3    HG2  PRO  62           HG2      PRO  62   9.913 -20.020  38.259
    4    HD2  PRO  62           HD2      PRO  62  10.330 -17.731  38.468
    5    HB3  PRO  62           HB1      PRO  62   7.353 -20.071  37.570
    6    HG3  PRO  62           HG1      PRO  62   9.470 -19.878  36.543
    7    HD3  PRO  62           HD1      PRO  62  10.783 -17.971  36.765

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   GLU  63           HA       GLU  63   5.184 -16.275  40.250
    2    HB2  GLU  63           HB2      GLU  63   5.932 -14.292  41.536
    3    HG2  GLU  63           HG2      GLU  63   8.339 -14.337  39.691
    4    H    GLU  63           HN       GLU  63   7.787 -16.303  39.141
    5    HB3  GLU  63           HB1      GLU  63   7.144 -15.573  41.541
    6    HG3  GLU  63           HG1      GLU  63   7.197 -13.011  39.919

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLN  64           HA       GLN  64   4.489 -12.463  37.471
    2    HB2  GLN  64           HB2      GLN  64   6.823 -13.042  35.602
    3    HG2  GLN  64           HG2      GLN  64   6.694 -11.076  37.905
    4   HE21  GLN  64          HE21      GLN  64   8.360 -11.995  34.939
    5   HE22  GLN  64          HE22      GLN  64   9.447 -10.658  34.925
    6    H    GLN  64           HN       GLN  64   6.631 -14.410  37.703
    7    HB3  GLN  64           HB1      GLN  64   5.831 -11.588  35.630
    8    HG3  GLN  64           HG1      GLN  64   7.745 -12.486  37.801

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   LEU  65           HA       LEU  65   3.320 -15.526  34.008
    2    HB2  LEU  65           HB2      LEU  65   5.135 -17.808  34.953
    3    HG   LEU  65           HG       LEU  65   6.684 -15.982  34.540
    4   HD13  LEU  65          HD11      LEU  65   8.006 -16.854  32.670
    5   HD12  LEU  65          HD12      LEU  65   6.634 -17.834  32.143
    6   HD11  LEU  65          HD13      LEU  65   7.396 -18.147  33.704
    7   HD21  LEU  65          HD21      LEU  65   5.217 -14.466  33.322
    8   HD23  LEU  65          HD22      LEU  65   5.271 -15.510  31.899
    9   HD22  LEU  65          HD23      LEU  65   6.736 -14.698  32.461
   10    H    LEU  65           HN       LEU  65   5.126 -15.616  36.382
   11    HB3  LEU  65           HB1      LEU  65   4.389 -17.604  33.370

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   ARG  66           HA       ARG  66   0.952 -17.983  37.245
    2    HB2  ARG  66           HB2      ARG  66   1.394 -15.703  39.237
    3    HG2  ARG  66           HG2      ARG  66   2.366 -18.561  39.482
    4    HD2  ARG  66           HD2      ARG  66   1.701 -17.599  41.653
    5    HE   ARG  66           HE       ARG  66   3.191 -15.247  40.746
    6   HH11  ARG  66          HH11      ARG  66   1.442 -16.714  43.418
    7   HH12  ARG  66          HH12      ARG  66   1.273 -15.203  44.249
    8   HH21  ARG  66          HH21      ARG  66   2.910 -13.309  41.821
    9   HH22  ARG  66          HH22      ARG  66   2.086 -13.280  43.346
   10    H    ARG  66           HN       ARG  66   2.868 -15.769  37.187
   11    HB3  ARG  66           HB1      ARG  66   0.376 -17.118  39.505
   12    HG3  ARG  66           HG1      ARG  66   3.392 -17.161  39.156
   13    HD3  ARG  66           HD1      ARG  66   3.460 -17.726  41.546

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   GLU  67           HA       GLU  67  -1.964 -14.308  37.012
    2    HB2  GLU  67           HB2      GLU  67  -1.508 -11.803  37.683
    3    HG2  GLU  67           HG2      GLU  67   0.972 -13.107  38.850
    4    H    GLU  67           HN       GLU  67   0.900 -14.460  37.566
    5    HB3  GLU  67           HB1      GLU  67  -1.497 -13.046  38.929
    6    HG3  GLU  67           HG1      GLU  67   0.963 -11.852  37.620

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ILE  68           HA       ILE  68  -0.751 -13.006  32.924
    2    HB   ILE  68           HB       ILE  68  -1.575 -15.940  32.916
    3   HD13  ILE  68          HD11      ILE  68   0.412 -17.548  32.935
    4   HD12  ILE  68          HD12      ILE  68   2.014 -16.937  32.535
    5   HD11  ILE  68          HD13      ILE  68   0.767 -16.997  31.292
    6    H    ILE  68           HN       ILE  68  -2.065 -14.727  34.946

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLU  69           HA       GLU  69  -4.966 -12.584  31.385
    2    HB2  GLU  69           HB2      GLU  69  -4.448 -10.357  32.412
    3    HG2  GLU  69           HG2      GLU  69  -5.659 -10.055  29.647
    4    H    GLU  69           HN       GLU  69  -2.054 -11.997  31.439
    5    HB3  GLU  69           HB1      GLU  69  -3.562  -9.896  30.961
    6    HG3  GLU  69           HG1      GLU  69  -6.539 -10.484  31.115

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ILE  70           HA       ILE  70  -4.315 -13.030  26.971
    2    HB   ILE  70           HB       ILE  70  -7.227 -12.103  27.026
    3   HD12  ILE  70          HD11      ILE  70  -4.904 -15.040  27.682
    4   HD11  ILE  70          HD12      ILE  70  -5.696 -15.519  26.179
    5   HD13  ILE  70          HD13      ILE  70  -6.212 -16.221  27.711
    6    H    ILE  70           HN       ILE  70  -5.957 -12.247  29.215

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   SER  71           HA       SER  71  -2.940  -9.218  25.362
    2    HB2  SER  71           HB2      SER  71  -2.863  -9.066  22.863
    3    HG   SER  71           HG       SER  71  -4.395 -11.465  22.911
    4    H    SER  71           HN       SER  71  -4.061 -11.742  24.974
    5    HB3  SER  71           HB1      SER  71  -2.350 -10.650  23.452

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   PRO  72           HA       PRO  72  -6.373  -6.287  24.986
    2    HB2  PRO  72           HB2      PRO  72  -5.156  -4.133  23.839
    3    HG2  PRO  72           HG2      PRO  72  -3.260  -5.283  22.985
    4    HD2  PRO  72           HD2      PRO  72  -2.471  -7.247  23.975
    5    HB3  PRO  72           HB1      PRO  72  -4.808  -4.632  25.506
    6    HG3  PRO  72           HG1      PRO  72  -2.655  -4.619  24.519
    7    HD3  PRO  72           HD1      PRO  72  -2.821  -6.683  25.627

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   SER  73           HA       SER  73  -6.497  -6.651  20.213
    2    HB2  SER  73           HB2      SER  73  -4.261  -8.727  20.105
    3    HG   SER  73           HG       SER  73  -4.272  -5.954  19.473
    4    H    SER  73           HN       SER  73  -4.624  -7.495  22.260
    5    HB3  SER  73           HB1      SER  73  -5.099  -8.024  18.717

  No H/Q in entry =           5
  In of MODEL    4
    1    HA3  GLY  74           HA2      GLY  74  -7.606 -10.968  23.018
    2    H    GLY  74           HN       GLY  74  -6.135  -9.283  22.443
    3    HA2  GLY  74           HA1      GLY  74  -8.605 -10.584  21.632

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   LEU  75           HA       LEU  75  -5.942 -13.467  19.317
    2    HB2  LEU  75           HB2      LEU  75  -3.958 -11.220  18.861
    3    HG   LEU  75           HG       LEU  75  -6.185 -11.234  17.587
    4   HD13  LEU  75          HD11      LEU  75  -5.171 -10.624  15.426
    5   HD12  LEU  75          HD12      LEU  75  -3.644 -11.353  15.931
    6   HD11  LEU  75          HD13      LEU  75  -4.270  -9.941  16.782
    7   HD22  LEU  75          HD21      LEU  75  -6.384 -13.659  17.250
    8   HD21  LEU  75          HD22      LEU  75  -4.935 -13.662  16.243
    9   HD23  LEU  75          HD23      LEU  75  -6.387 -12.822  15.696
   10    H    LEU  75           HN       LEU  75  -5.578 -10.815  20.424
   11    HB3  LEU  75           HB1      LEU  75  -3.654 -12.816  18.191

  No H/Q in entry =          11
  In of MODEL    4
    1    HA3  GLY  76           HA2      GLY  76  -2.041 -14.520  21.629
    2    H    GLY  76           HN       GLY  76  -3.030 -11.910  20.753
    3    HA2  GLY  76           HA1      GLY  76  -1.157 -13.000  21.611

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   VAL  77           HA       VAL  77  -2.376 -12.949  25.854
    2    HB   VAL  77           HB       VAL  77  -0.517 -14.883  25.583
    3    H    VAL  77           HN       VAL  77  -0.445 -12.860  23.619

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   TYR  78           HA       TYR  78   0.427  -9.661  27.297
    2    HB2  TYR  78           HB2      TYR  78  -1.730  -8.533  26.608
    3    HD1  TYR  78           HD1      TYR  78  -1.817  -7.475  30.115
    4    HD2  TYR  78           HD2      TYR  78   0.170  -6.906  26.372
    5    HE1  TYR  78           HE1      TYR  78  -0.861  -5.366  30.943
    6    HE2  TYR  78           HE2      TYR  78   1.120  -4.798  27.197
    7    HH   TYR  78           HH       TYR  78   0.903  -3.841  30.522
    8    H    TYR  78           HN       TYR  78  -1.725 -11.606  27.669
    9    HB3  TYR  78           HB1      TYR  78  -2.397  -8.878  28.198

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   PHE  79           HA       PHE  79   0.683 -11.457  31.380
    2    HB2  PHE  79           HB2      PHE  79   3.540 -10.934  30.468
    3    HD1  PHE  79           HD1      PHE  79   0.737 -13.239  30.322
    4    HD2  PHE  79           HD2      PHE  79   4.858 -12.905  29.926
    5    HE1  PHE  79           HE1      PHE  79   0.833 -15.406  29.222
    6    HE2  PHE  79           HE2      PHE  79   4.895 -15.083  28.808
    7    HZ   PHE  79           HZ       PHE  79   2.901 -16.347  28.459
    8    H    PHE  79           HN       PHE  79   1.715 -10.462  28.862
    9    HB3  PHE  79           HB1      PHE  79   3.078 -11.756  31.956

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   GLU  80           HA       GLU  80   0.236  -7.344  32.555
    2    HB2  GLU  80           HB2      GLU  80  -1.763  -8.586  33.402
    3    HG2  GLU  80           HG2      GLU  80  -0.829  -6.446  35.337
    4    H    GLU  80           HN       GLU  80   0.189 -10.174  33.020
    5    HB3  GLU  80           HB1      GLU  80  -0.916  -8.875  34.919
    6    HG3  GLU  80           HG1      GLU  80  -1.646  -6.147  33.804

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   THR  81           HA       THR  81   2.734  -7.653  36.758
    2    HB   THR  81           HB       THR  81   4.170 -10.213  35.971
    3    HG1  THR  81           HG1      THR  81   1.837  -9.935  37.588
    4   HG23  THR  81          HG21      THR  81   5.291  -8.930  37.751
    5   HG22  THR  81          HG22      THR  81   4.598 -10.416  38.396
    6   HG21  THR  81          HG23      THR  81   3.783  -8.878  38.683
    7    H    THR  81           HN       THR  81   1.833  -9.508  34.840

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   LEU  82           HA       LEU  82   6.533  -7.086  34.026
    2    HB2  LEU  82           HB2      LEU  82   7.166  -8.373  31.798
    3    HG   LEU  82           HG       LEU  82   4.860  -9.603  31.661
    4   HD13  LEU  82          HD11      LEU  82   5.867 -11.611  30.699
    5   HD12  LEU  82          HD12      LEU  82   7.405 -11.244  31.490
    6   HD11  LEU  82          HD13      LEU  82   6.781 -10.174  30.233
    7   HD21  LEU  82          HD21      LEU  82   4.748 -10.384  33.991
    8   HD23  LEU  82          HD22      LEU  82   6.192 -11.365  33.739
    9   HD22  LEU  82          HD23      LEU  82   4.710 -11.729  32.853
   10    H    LEU  82           HN       LEU  82   4.114  -8.744  33.731
   11    HB3  LEU  82           HB1      LEU  82   7.347  -9.164  33.353

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   GLU  83           HA       GLU  83   2.305  -5.781  31.203
    2    HB2  GLU  83           HB2      GLU  83   4.611  -3.840  31.652
    3    HG2  GLU  83           HG2      GLU  83   1.848  -3.942  32.898
    4    H    GLU  83           HN       GLU  83   3.454  -7.035  32.686
    5    HB3  GLU  83           HB1      GLU  83   3.104  -3.419  30.833
    6    HG3  GLU  83           HG1      GLU  83   3.357  -4.337  33.720

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   GLU  84           HA       GLU  84   4.870  -6.643  27.541
    2    HB2  GLU  84           HB2      GLU  84   6.659  -7.384  29.414
    3    HG2  GLU  84           HG2      GLU  84   8.276  -8.178  27.711
    4    H    GLU  84           HN       GLU  84   3.978  -7.756  30.139
    5    HB3  GLU  84           HB1      GLU  84   6.313  -8.994  28.805
    6    HG3  GLU  84           HG1      GLU  84   6.968  -8.230  26.533

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   ASP  85           HA       ASP  85   2.235  -9.945  26.283
    2    HB2  ASP  85           HB2      ASP  85   1.075  -9.158  24.283
    3    H    ASP  85           HN       ASP  85   4.244  -7.829  25.764
    4    HB3  ASP  85           HB1      ASP  85   1.403  -7.777  25.316

  No H/Q in entry =           4
  In of MODEL    4
    1    HA   VAL  86           HA       VAL  86   4.339 -12.256  22.999
    2    HB   VAL  86           HB       VAL  86   2.569 -14.398  24.345
    3    H    VAL  86           HN       VAL  86   2.023 -11.688  24.789

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   SER  87           HA       SER  87   0.988 -11.742  20.111
    2    HB2  SER  87           HB2      SER  87   2.771 -10.458  19.005
    3    HG   SER  87           HG       SER  87   2.107 -10.776  16.931
    4    H    SER  87           HN       SER  87   3.690 -11.924  20.959
    5    HB3  SER  87           HB1      SER  87   3.546 -11.946  18.462

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   LEU  88           HA       LEU  88   0.274 -16.088  19.572
    2    HB2  LEU  88           HB2      LEU  88  -2.042 -15.049  19.954
    3    HG   LEU  88           HG       LEU  88  -1.870 -17.400  18.044
    4   HD11  LEU  88          HD11      LEU  88  -0.663 -17.717  20.175
    5   HD13  LEU  88          HD12      LEU  88  -2.070 -18.763  20.061
    6   HD12  LEU  88          HD13      LEU  88  -2.133 -17.316  21.071
    7   HD21  LEU  88          HD21      LEU  88  -4.117 -16.379  17.960
    8   HD23  LEU  88          HD22      LEU  88  -4.243 -16.497  19.717
    9   HD22  LEU  88          HD23      LEU  88  -4.157 -17.962  18.738
   10    H    LEU  88           HN       LEU  88  -0.391 -13.350  19.616
   11    HB3  LEU  88           HB1      LEU  88  -2.176 -14.896  18.217

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   ILE  89           HA       ILE  89  -0.271 -15.513  14.781
    2    HB   ILE  89           HB       ILE  89   0.322 -12.516  14.825
    3   HD12  ILE  89          HD11      ILE  89  -2.441 -15.086  15.254
    4   HD11  ILE  89          HD12      ILE  89  -2.680 -14.550  13.587
    5   HD13  ILE  89          HD13      ILE  89  -3.723 -13.938  14.868
    6    H    ILE  89           HN       ILE  89  -0.420 -13.790  17.005

  No H/Q in entry =           6
  In of MODEL    4
    1    HA3  GLY  90           HA2      GLY  90   4.428 -14.091  15.069
    2    H    GLY  90           HN       GLY  90   2.110 -13.647  16.555
    3    HA2  GLY  90           HA1      GLY  90   4.354 -13.921  16.820

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   LEU  91           HA       LEU  91   4.929 -18.145  17.696
    2    HB2  LEU  91           HB2      LEU  91   2.008 -18.261  18.534
    3    HG   LEU  91           HG       LEU  91   3.090 -16.510  19.840
    4   HD12  LEU  91          HD11      LEU  91   2.765 -19.049  21.465
    5   HD11  LEU  91          HD12      LEU  91   1.479 -17.938  20.983
    6   HD13  LEU  91          HD13      LEU  91   2.734 -17.398  22.097
    7   HD21  LEU  91          HD21      LEU  91   5.239 -18.553  20.515
    8   HD23  LEU  91          HD22      LEU  91   5.077 -16.951  21.239
    9   HD22  LEU  91          HD23      LEU  91   5.436 -17.102  19.523
   10    H    LEU  91           HN       LEU  91   3.003 -16.078  17.683
   11    HB3  LEU  91           HB1      LEU  91   3.244 -19.427  18.993

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   LEU  92           HA       LEU  92   1.879 -20.293  14.652
    2    HB2  LEU  92           HB2      LEU  92   0.575 -17.673  13.816
    3    HG   LEU  92           HG       LEU  92  -0.135 -18.546  16.117
    4   HD13  LEU  92          HD11      LEU  92  -2.538 -18.238  15.721
    5   HD12  LEU  92          HD12      LEU  92  -2.284 -18.420  13.983
    6   HD11  LEU  92          HD13      LEU  92  -1.573 -17.052  14.840
    7   HD21  LEU  92          HD21      LEU  92   0.027 -20.954  15.680
    8   HD23  LEU  92          HD22      LEU  92  -1.282 -20.856  14.500
    9   HD22  LEU  92          HD23      LEU  92  -1.602 -20.528  16.206
   10    H    LEU  92           HN       LEU  92   2.038 -17.652  15.792
   11    HB3  LEU  92           HB1      LEU  92   0.156 -19.254  13.165

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   GLU  93           HA       GLU  93   4.410 -18.277  11.218
    2    HB2  GLU  93           HB2      GLU  93   4.897 -15.622  12.648
    3    HG2  GLU  93           HG2      GLU  93   2.594 -15.737  11.860
    4    H    GLU  93           HN       GLU  93   3.465 -17.271  13.809
    5    HB3  GLU  93           HB1      GLU  93   5.507 -16.019  11.042
    6    HG3  GLU  93           HG1      GLU  93   3.529 -14.613  10.875

  No H/Q in entry =           6
  In of MODEL    4
    1    HA3  GLY  94           HA2      GLY  94   7.198 -19.717  15.266
    2    H    GLY  94           HN       GLY  94   5.333 -18.544  14.436
    3    HA2  GLY  94           HA1      GLY  94   8.073 -19.394  13.779

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   ARG  95           HA       ARG  95   9.288 -15.341  15.410
    2    HB2  ARG  95           HB2      ARG  95   6.566 -14.044  14.933
    3    HG2  ARG  95           HG2      ARG  95   8.968 -14.068  13.087
    4    HD2  ARG  95           HD2      ARG  95   6.225 -12.804  12.761
    5    HE   ARG  95           HE       ARG  95   8.007 -13.590  10.752
    6   HH11  ARG  95          HH11      ARG  95   6.284 -10.670  11.701
    7   HH12  ARG  95          HH12      ARG  95   6.240 -10.034  10.089
    8   HH21  ARG  95          HH21      ARG  95   7.925 -12.743   8.652
    9   HH22  ARG  95          HH22      ARG  95   7.189 -11.201   8.370
   10    H    ARG  95           HN       ARG  95   6.883 -16.496  14.376
   11    HB3  ARG  95           HB1      ARG  95   8.080 -13.186  15.207
   12    HG3  ARG  95           HG1      ARG  95   7.461 -14.953  12.816
   13    HD3  ARG  95           HD1      ARG  95   7.744 -11.931  13.019

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   ARG  96           HA       ARG  96   7.668 -16.017  19.620
    2    HB2  ARG  96           HB2      ARG  96  10.704 -16.224  19.645
    3    HG2  ARG  96           HG2      ARG  96   8.710 -18.447  20.186
    4    HD2  ARG  96           HD2      ARG  96  11.600 -18.565  19.290
    5    HE   ARG  96           HE       ARG  96   9.914 -20.732  20.412
    6   HH11  ARG  96          HH11      ARG  96  12.271 -19.656  18.029
    7   HH12  ARG  96          HH12      ARG  96  12.536 -21.245  17.405
    8   HH21  ARG  96          HH21      ARG  96  10.296 -22.808  19.590
    9   HH22  ARG  96          HH22      ARG  96  11.402 -23.026  18.275
   10    H    ARG  96           HN       ARG  96   9.568 -16.152  17.504
   11    HB3  ARG  96           HB1      ARG  96   9.687 -16.453  21.070
   12    HG3  ARG  96           HG1      ARG  96   9.337 -18.132  18.564
   13    HD3  ARG  96           HD1      ARG  96  11.088 -18.684  20.970

  No H/Q in entry =          13
  In of MODEL    4
    1    HA3  GLY  97           HA2      GLY  97   8.558 -11.570  19.837
    2    H    GLY  97           HN       GLY  97   9.839 -13.710  18.241
    3    HA2  GLY  97           HA1      GLY  97  10.305 -11.551  19.574

  No H/Q in entry =           3
  In of MODEL    4
    1    HA   SER  98           HA       SER  98   8.846  -9.563  15.790
    2    HB2  SER  98           HB2      SER  98  10.931  -7.628  16.913
    3    HG   SER  98           HG       SER  98   8.122  -7.292  16.782
    4    H    SER  98           HN       SER  98  10.219  -9.600  18.364
    5    HB3  SER  98           HB1      SER  98   9.936  -7.364  15.480

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   ALA  99           HA       ALA  99  11.987 -11.253  13.258
    2    HB2  ALA  99           HB1      ALA  99  12.215 -10.237  11.014
    3    HB3  ALA  99           HB2      ALA  99  11.365  -8.795  11.578
    4    HB1  ALA  99           HB3      ALA  99  10.518 -10.342  11.503
    5    H    ALA  99           HN       ALA  99  10.124  -9.189  13.765

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   LYS 100           HA       LYS 100  15.238  -7.698  13.398
    2    HB2  LYS 100           HB2      LYS 100  15.192  -5.432  14.286
    3    HG2  LYS 100           HG2      LYS 100  12.279  -5.875  14.999
    4    HD2  LYS 100           HD2      LYS 100  12.672  -3.603  14.102
    5    HE2  LYS 100           HE2      LYS 100  15.067  -3.326  14.615
    6    HZ2  LYS 100           HZ1      LYS 100  15.186  -4.310  16.794
    7    HZ1  LYS 100           HZ2      LYS 100  14.175  -3.115  17.438
    8    HZ3  LYS 100           HZ3      LYS 100  15.712  -2.705  16.869
    9    H    LYS 100           HN       LYS 100  12.412  -7.721  13.671
   10    HB3  LYS 100           HB1      LYS 100  13.878  -5.649  13.137
   11    HG3  LYS 100           HG1      LYS 100  13.590  -5.659  16.163
   12    HD3  LYS 100           HD1      LYS 100  12.291  -3.570  15.825
   13    HE3  LYS 100           HE1      LYS 100  14.099  -2.005  15.266

  No H/Q in entry =          13
  In of MODEL    4
    1    HA   TRP 101           HA       TRP 101  15.016  -8.003  18.243
    2    HB2  TRP 101           HB2      TRP 101  12.592  -8.019  18.743
    3    HD1  TRP 101           HD1      TRP 101  14.091  -7.619  21.041
    4    HE1  TRP 101           HE1      TRP 101  14.438  -9.156  23.070
    5    HE3  TRP 101           HE3      TRP 101  12.590 -12.061  18.984
    6    HZ2  TRP 101           HZ2      TRP 101  14.117 -11.868  23.728
    7    HZ3  TRP 101           HZ3      TRP 101  12.637 -14.087  20.384
    8    HH2  TRP 101           HH2      TRP 101  13.387 -13.993  22.717
    9    H    TRP 101           HN       TRP 101  13.095  -8.167  16.187
   10    HB3  TRP 101           HB1      TRP 101  12.465  -9.685  18.191

  No H/Q in entry =          10
  In of MODEL    4
    1    HA   MET 102           HA       MET 102  15.519 -12.727  17.616
    2    HB2  MET 102           HB2      MET 102  14.067 -12.816  14.950
    3    HG2  MET 102           HG2      MET 102  13.328 -14.046  17.617
    4    HE1  MET 102           HE1      MET 102  11.162 -12.904  14.515
    5    HE3  MET 102           HE2      MET 102  10.944 -14.435  13.666
    6    HE2  MET 102           HE3      MET 102  12.538 -13.685  13.735
    7    H    MET 102           HN       MET 102  13.875 -10.784  16.331
    8    HB3  MET 102           HB1      MET 102  14.862 -14.205  15.681
    9    HG3  MET 102           HG1      MET 102  12.514 -12.682  16.852

  No H/Q in entry =           9
  In of MODEL    4
    1    HA   ALA 103           HA       ALA 103  18.392 -11.836  13.903
    2    HB2  ALA 103           HB1      ALA 103  18.634  -9.815  12.514
    3    HB1  ALA 103           HB2      ALA 103  17.421  -8.983  13.494
    4    HB3  ALA 103           HB3      ALA 103  16.961 -10.378  12.516
    5    H    ALA 103           HN       ALA 103  16.131 -10.421  15.056

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   GLU 104           HA       GLU 104  20.702  -8.576  16.415
    2    HB2  GLU 104           HB2      GLU 104  18.354  -7.062  17.631
    3    HG2  GLU 104           HG2      GLU 104  19.690  -6.563  14.961
    4    H    GLU 104           HN       GLU 104  17.822  -9.205  16.197
    5    HB3  GLU 104           HB1      GLU 104  20.006  -6.479  17.410
    6    HG3  GLU 104           HG1      GLU 104  18.056  -7.142  15.182

  No H/Q in entry =           6
  In of MODEL    4
    1    HA   HIS 105           HA       HIS 105  20.037 -10.709  20.380
    2    HB2  HIS 105           HB2      HIS 105  16.977 -10.793  20.532
    3    HD1  HIS 105           HD1      HIS 105  18.780  -8.865  23.068
    4    HD2  HIS 105           HD2      HIS 105  16.795  -8.083  19.511
    5    HE1  HIS 105           HE1      HIS 105  18.342  -6.399  23.071
    6    HE2  HIS 105           HE2      HIS 105  16.988  -5.982  20.997
    7    H    HIS 105           HN       HIS 105  18.289 -10.323  18.022
    8    HB3  HIS 105           HB1      HIS 105  18.109 -10.971  21.868

  No H/Q in entry =           8
  In of MODEL    4
    1    HA   PRO 106           HA       PRO 106  19.534 -14.549  17.721
    2    HB2  PRO 106           HB2      PRO 106  22.112 -15.118  19.193
    3    HG2  PRO 106           HG2      PRO 106  23.239 -13.312  18.201
    4    HD2  PRO 106           HD2      PRO 106  21.929 -12.216  19.805
    5    HB3  PRO 106           HB1      PRO 106  21.702 -15.372  17.488
    6    HG3  PRO 106           HG1      PRO 106  22.007 -13.121  16.935
    7    HD3  PRO 106           HD1      PRO 106  21.328 -11.404  18.351

  No H/Q in entry =           7
  In of MODEL    4
    1    HA   LEU 107           HA       LEU 107  18.410 -17.140  21.176
    2    HB2  LEU 107           HB2      LEU 107  16.337 -16.214  20.071
    3    HG   LEU 107           HG       LEU 107  16.053 -19.134  20.891
    4   HD12  LEU 107          HD11      LEU 107  15.317 -18.255  23.063
    5   HD11  LEU 107          HD12      LEU 107  15.662 -16.611  22.527
    6   HD13  LEU 107          HD13      LEU 107  16.975 -17.780  22.695
    7   HD23  LEU 107          HD21      LEU 107  13.877 -17.040  20.576
    8   HD22  LEU 107          HD22      LEU 107  13.670 -18.670  21.224
    9   HD21  LEU 107          HD23      LEU 107  14.133 -18.448  19.539
   10    H    LEU 107           HN       LEU 107  18.720 -16.509  18.289
   11    HB3  LEU 107           HB1      LEU 107  16.371 -17.565  18.950

  No H/Q in entry =          11
  In of MODEL    4
    1    HA   ALA 108           HA       ALA 108  20.070 -21.054  20.115
    2    HB1  ALA 108           HB1      ALA 108  20.246 -20.997  22.570
    3    HB2  ALA 108           HB2      ALA 108  19.908 -22.629  21.991
    4    HB3  ALA 108           HB3      ALA 108  18.614 -21.664  22.708
    5    H    ALA 108           HN       ALA 108  18.436 -19.342  21.734

  No H/Q in entry =           5
  In of MODEL    4
    1    HA   SER 109           HA       SER 109  16.201 -23.098  18.699
    2    HB2  SER 109           HB2      SER 109  14.245 -21.282  20.177
    3    HG   SER 109           HG       SER 109  15.683 -22.331  21.580
    4    H    SER 109           HN       SER 109  16.786 -20.469  19.935
    5    HB3  SER 109           HB1      SER 109  13.876 -22.855  19.463

  No H/Q in entry =           5
  In of MODEL    5
    1    H1   MET   1           HT2      MET   1  -9.612  -5.768  -2.508
    2    H2   MET   1           HT1      MET   1 -10.869  -4.641  -2.435
    3    H3   MET   1           HT3      MET   1 -10.823  -5.778  -3.689
    4    HB3  MET   1           HB1      MET   1  -9.773  -2.613  -5.314
    5    HG3  MET   1           HG1      MET   1 -10.581  -4.680  -6.436
    6    HA   MET   1           HA       MET   1  -8.808  -4.812  -4.549
    7    HB2  MET   1           HB2      MET   1 -11.053  -2.786  -4.117
    8    HG2  MET   1           HG2      MET   1 -11.786  -3.391  -6.393
    9    HE2  MET   1           HE1      MET   1 -12.402  -6.554  -6.998
   10    HE1  MET   1           HE2      MET   1 -13.627  -5.285  -7.072
   11    HE3  MET   1           HE3      MET   1 -13.913  -6.732  -6.105

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   GLU   2           HA       GLU   2  -6.657  -2.805  -1.223
    2    HB2  GLU   2           HB2      GLU   2  -4.468  -3.419  -3.255
    3    HG2  GLU   2           HG2      GLU   2  -5.489  -5.537  -2.717
    4    H    GLU   2           HN       GLU   2  -6.881  -4.067  -3.823
    5    HB3  GLU   2           HB1      GLU   2  -4.236  -3.029  -1.551
    6    HG3  GLU   2           HG1      GLU   2  -3.949  -5.409  -1.874

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   VAL   3           HA       VAL   3  -5.404   1.206  -2.843
    2    HB   VAL   3           HB       VAL   3  -7.891   1.136  -3.090
    3    H    VAL   3           HN       VAL   3  -6.249  -0.682  -0.780

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   SER   4           HA       SER   4  -3.561   2.992   0.722
    2    HB2  SER   4           HB2      SER   4  -2.425   5.190   0.089
    3    HG   SER   4           HG       SER   4  -3.374   4.648  -2.516
    4    H    SER   4           HN       SER   4  -4.625   3.200  -1.957
    5    HB3  SER   4           HB1      SER   4  -2.057   3.818  -0.958

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ALA   5           HA       ALA   5  -6.512   5.699   2.581
    2    HB1  ALA   5           HB1      ALA   5  -8.873   4.972   2.593
    3    HB3  ALA   5           HB2      ALA   5  -8.410   3.386   1.969
    4    HB2  ALA   5           HB3      ALA   5  -8.187   4.827   0.974
    5    H    ALA   5           HN       ALA   5  -5.551   3.001   1.884

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ASN   6           HA       ASN   6  -6.500   3.666   6.551
    2    HB2  ASN   6           HB2      ASN   6  -7.533   6.482   7.114
    3   HD21  ASN   6          HD21      ASN   6  -5.295   6.861   8.902
    4   HD22  ASN   6          HD22      ASN   6  -3.915   7.158   7.910
    5    H    ASN   6           HN       ASN   6  -7.685   5.676   4.715
    6    HB3  ASN   6           HB1      ASN   6  -6.904   5.385   8.339

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLU   7           HA       GLU   7 -11.271   4.319   7.455
    2    HB2  GLU   7           HB2      GLU   7 -13.057   4.600   5.750
    3    HG2  GLU   7           HG2      GLU   7 -10.788   4.858   3.740
    4    H    GLU   7           HN       GLU   7  -9.489   4.971   5.362
    5    HB3  GLU   7           HB1      GLU   7 -11.868   5.901   5.696
    6    HG3  GLU   7           HG1      GLU   7 -11.943   3.527   3.798

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LEU   8           HA       LEU   8 -11.744   0.204   4.946
    2    HB2  LEU   8           HB2      LEU   8  -9.715  -1.091   3.937
    3    HG   LEU   8           HG       LEU   8  -8.514   1.704   3.935
    4   HD12  LEU   8          HD11      LEU   8  -7.253  -0.938   4.682
    5   HD11  LEU   8          HD12      LEU   8  -7.750   0.331   5.801
    6   HD13  LEU   8          HD13      LEU   8  -6.446   0.634   4.655
    7   HD22  LEU   8          HD21      LEU   8  -6.918   0.933   2.250
    8   HD21  LEU   8          HD22      LEU   8  -8.570   0.905   1.641
    9   HD23  LEU   8          HD23      LEU   8  -7.783  -0.602   2.118
   10    H    LEU   8           HN       LEU   8  -9.887   2.347   4.954
   11    HB3  LEU   8           HB1      LEU   8 -10.418   0.244   3.052

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   GLU   9           HA       GLU   9  -8.239   0.154   8.941
    2    HB2  GLU   9           HB2      GLU   9  -9.752  -0.632  10.682
    3    HG2  GLU   9           HG2      GLU   9 -12.015  -0.758   8.678
    4    H    GLU   9           HN       GLU   9  -9.250   1.069   7.129
    5    HB3  GLU   9           HB1      GLU   9 -10.487   0.712   9.822
    6    HG3  GLU   9           HG1      GLU   9 -11.163  -2.191   9.251

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ALA  10           HA       ALA  10  -8.426  -4.073   6.783
    2    HB3  ALA  10           HB1      ALA  10  -6.609  -4.466   5.189
    3    HB2  ALA  10           HB2      ALA  10  -5.871  -2.921   5.626
    4    HB1  ALA  10           HB3      ALA  10  -7.448  -2.952   4.836
    5    H    ALA  10           HN       ALA  10  -7.575  -1.394   6.804

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ALA  11           HA       ALA  11  -4.641  -4.908   9.616
    2    HB1  ALA  11           HB1      ALA  11  -4.803  -2.171  10.936
    3    HB2  ALA  11           HB2      ALA  11  -3.588  -2.683   9.764
    4    HB3  ALA  11           HB3      ALA  11  -3.656  -3.455  11.349
    5    H    ALA  11           HN       ALA  11  -6.035  -2.528   8.776

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   SER  12           HA       SER  12  -7.577  -4.292  13.455
    2    HB2  SER  12           HB2      SER  12  -8.264  -1.902  13.085
    3    HG   SER  12           HG       SER  12  -9.299  -3.222  14.737
    4    H    SER  12           HN       SER  12  -7.205  -2.852  11.022
    5    HB3  SER  12           HB1      SER  12  -9.553  -2.454  12.017

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   SER  13           HA       SER  13 -11.286  -6.252  11.006
    2    HB2  SER  13           HB2      SER  13 -11.576  -6.423   8.500
    3    HG   SER  13           HG       SER  13  -9.854  -4.287   8.127
    4    H    SER  13           HN       SER  13  -9.388  -4.272  10.385
    5    HB3  SER  13           HB1      SER  13 -11.658  -4.773   9.113

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ARG  14           HA       ARG  14  -7.867  -9.160   8.916
    2    HB2  ARG  14           HB2      ARG  14  -6.094  -7.513   8.340
    3    HG2  ARG  14           HG2      ARG  14  -4.022  -8.831   9.013
    4    HD2  ARG  14           HD2      ARG  14  -4.590 -10.858   7.699
    5    HE   ARG  14           HE       ARG  14  -5.133  -8.192   6.693
    6   HH11  ARG  14          HH11      ARG  14  -4.851 -11.576   5.755
    7   HH12  ARG  14          HH12      ARG  14  -4.493 -11.198   4.103
    8   HH21  ARG  14          HH21      ARG  14  -4.669  -7.735   4.542
    9   HH22  ARG  14          HH22      ARG  14  -4.393  -9.024   3.414
   10    H    ARG  14           HN       ARG  14  -8.029  -6.439   9.517
   11    HB3  ARG  14           HB1      ARG  14  -5.627  -7.423  10.028
   12    HG3  ARG  14           HG1      ARG  14  -5.097  -9.927   9.883
   13    HD3  ARG  14           HD1      ARG  14  -6.295 -10.391   7.735

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   MET  15           HA       MET  15  -6.262  -9.679  13.517
    2    HB2  MET  15           HB2      MET  15  -7.956  -7.339  14.487
    3    HG2  MET  15           HG2      MET  15  -5.875  -6.511  13.501
    4    HE3  MET  15           HE1      MET  15  -4.545  -8.783  12.364
    5    HE2  MET  15           HE2      MET  15  -2.841  -8.686  12.814
    6    HE1  MET  15           HE3      MET  15  -3.716  -7.228  12.344
    7    H    MET  15           HN       MET  15  -7.225  -7.523  12.018
    8    HB3  MET  15           HB1      MET  15  -7.048  -8.429  15.531
    9    HG3  MET  15           HG1      MET  15  -5.885  -6.309  15.244

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   GLU  16           HA       GLU  16 -10.955 -10.430  14.691
    2    HB2  GLU  16           HB2      GLU  16 -11.962  -8.827  12.302
    3    HG2  GLU  16           HG2      GLU  16 -12.209  -8.134  15.235
    4    H    GLU  16           HN       GLU  16  -9.595  -8.465  13.187
    5    HB3  GLU  16           HB1      GLU  16 -12.981  -9.654  13.479
    6    HG3  GLU  16           HG1      GLU  16 -11.123  -7.337  14.091

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   MET  17           HA       MET  17 -11.474 -12.587  10.338
    2    HB2  MET  17           HB2      MET  17  -8.924 -11.325   9.234
    3    HG2  MET  17           HG2      MET  17 -10.905  -9.864   9.048
    4    HE2  MET  17           HE1      MET  17 -12.587  -9.642   6.278
    5    HE1  MET  17           HE2      MET  17 -13.142  -9.045   7.844
    6    HE3  MET  17           HE3      MET  17 -14.176 -10.104   6.885
    7    H    MET  17           HN       MET  17 -10.017 -10.338  11.266
    8    HB3  MET  17           HB1      MET  17  -9.813 -12.609   8.420
    9    HG3  MET  17           HG1      MET  17 -10.296 -10.393   7.482

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   LEU  18           HA       LEU  18  -7.355 -14.972  11.091
    2    HB2  LEU  18           HB2      LEU  18  -6.144 -12.911  12.975
    3    HG   LEU  18           HG       LEU  18  -6.032 -12.069  10.658
    4   HD13  LEU  18          HD11      LEU  18  -3.615 -11.708  10.499
    5   HD12  LEU  18          HD12      LEU  18  -3.334 -12.990  11.680
    6   HD11  LEU  18          HD13      LEU  18  -4.197 -11.525  12.154
    7   HD22  LEU  18          HD21      LEU  18  -4.775 -13.259   8.911
    8   HD21  LEU  18          HD22      LEU  18  -6.204 -14.154   9.418
    9   HD23  LEU  18          HD23      LEU  18  -4.605 -14.657   9.976
   10    H    LEU  18           HN       LEU  18  -8.144 -12.265  11.589
   11    HB3  LEU  18           HB1      LEU  18  -5.365 -14.412  12.486

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   GLN  19           HA       GLN  19  -8.506 -15.209  15.842
    2    HB2  GLN  19           HB2      GLN  19 -10.472 -12.924  15.449
    3    HG2  GLN  19           HG2      GLN  19  -8.223 -13.214  17.458
    4   HE21  GLN  19          HE21      GLN  19  -7.647 -10.371  16.854
    5   HE22  GLN  19          HE22      GLN  19  -8.816  -9.476  17.758
    6    H    GLN  19           HN       GLN  19  -8.757 -13.253  13.814
    7    HB3  GLN  19           HB1      GLN  19 -10.465 -13.924  16.901
    8    HG3  GLN  19           HG1      GLN  19  -8.068 -12.349  15.931

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   ARG  20           HA       ARG  20 -12.764 -16.719  14.486
    2    HB2  ARG  20           HB2      ARG  20 -14.434 -15.955  12.933
    3    HG2  ARG  20           HG2      ARG  20 -12.312 -14.261  11.578
    4    HD2  ARG  20           HD2      ARG  20 -14.231 -13.697   9.996
    5    HE   ARG  20           HE       ARG  20 -13.547 -11.943  11.453
    6   HH11  ARG  20          HH11      ARG  20 -16.277 -13.726  12.785
    7   HH12  ARG  20          HH12      ARG  20 -16.831 -12.377  13.721
    8   HH21  ARG  20          HH21      ARG  20 -14.313 -10.195  12.657
    9   HH22  ARG  20          HH22      ARG  20 -15.725 -10.378  13.644
   10    H    ARG  20           HN       ARG  20 -11.083 -14.574  13.472
   11    HB3  ARG  20           HB1      ARG  20 -13.690 -14.531  13.646
   12    HG3  ARG  20           HG1      ARG  20 -13.165 -15.631  10.862
   13    HD3  ARG  20           HD1      ARG  20 -15.331 -14.296  11.241

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   GLU  21           HA       GLU  21 -11.231 -18.464  10.260
    2    HB2  GLU  21           HB2      GLU  21  -9.894 -16.452   9.487
    3    HG2  GLU  21           HG2      GLU  21  -8.226 -17.634   8.060
    4    H    GLU  21           HN       GLU  21 -10.405 -16.295  11.966
    5    HB3  GLU  21           HB1      GLU  21  -8.512 -17.080  10.372
    6    HG3  GLU  21           HG1      GLU  21  -8.587 -19.128   8.930

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   TYR  22           HA       TYR  22  -7.756 -20.848  12.311
    2    HB2  TYR  22           HB2      TYR  22  -6.118 -18.553  13.484
    3    HD1  TYR  22           HD1      TYR  22  -5.487 -16.979  11.825
    4    HD2  TYR  22           HD2      TYR  22  -5.752 -21.108  10.750
    5    HE1  TYR  22           HE1      TYR  22  -4.633 -16.454   9.579
    6    HE2  TYR  22           HE2      TYR  22  -4.899 -20.577   8.513
    7    HH   TYR  22           HH       TYR  22  -4.767 -18.654   6.999
    8    H    TYR  22           HN       TYR  22  -8.322 -17.977  12.298
    9    HB3  TYR  22           HB1      TYR  22  -5.578 -20.216  13.263

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   SER  23           HA       SER  23  -9.185 -19.528  16.778
    2    HB2  SER  23           HB2      SER  23  -6.293 -20.478  17.136
    3    HG   SER  23           HG       SER  23  -8.673 -21.734  16.472
    4    H    SER  23           HN       SER  23  -7.287 -18.495  14.937
    5    HB3  SER  23           HB1      SER  23  -7.511 -20.545  18.411

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   THR  24           HA       THR  24  -7.237 -16.133  19.014
    2    HB   THR  24           HB       THR  24  -8.695 -15.462  20.934
    3    HG1  THR  24           HG1      THR  24 -10.541 -16.634  21.411
    4   HG22  THR  24          HG21      THR  24 -10.290 -15.987  18.404
    5   HG21  THR  24          HG22      THR  24  -9.241 -14.595  18.687
    6   HG23  THR  24          HG23      THR  24 -10.690 -14.816  19.665
    7    H    THR  24           HN       THR  24  -9.163 -18.333  18.708

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   LEU  25           HA       LEU  25  -5.709 -18.499  22.555
    2    HB2  LEU  25           HB2      LEU  25  -4.117 -16.445  22.149
    3    HG   LEU  25           HG       LEU  25  -4.076 -17.671  24.936
    4   HD11  LEU  25          HD11      LEU  25  -4.111 -19.415  23.215
    5   HD13  LEU  25          HD12      LEU  25  -2.542 -19.327  24.002
    6   HD12  LEU  25          HD13      LEU  25  -2.750 -18.646  22.387
    7   HD23  LEU  25          HD21      LEU  25  -1.674 -17.142  24.888
    8   HD22  LEU  25          HD22      LEU  25  -2.655 -15.684  24.763
    9   HD21  LEU  25          HD23      LEU  25  -1.870 -16.345  23.324
   10    H    LEU  25           HN       LEU  25  -6.502 -15.895  21.417
   11    HB3  LEU  25           HB1      LEU  25  -4.875 -15.767  23.580

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ARG  26           HA       ARG  26  -9.035 -17.672  25.410
    2    HB2  ARG  26           HB2      ARG  26  -9.978 -19.781  26.290
    3    HG2  ARG  26           HG2      ARG  26  -7.716 -21.228  24.884
    4    HD2  ARG  26           HD2      ARG  26  -9.976 -22.388  24.842
    5    HE   ARG  26           HE       ARG  26 -10.433 -21.703  27.326
    6   HH11  ARG  26          HH11      ARG  26  -9.408 -24.902  26.256
    7   HH12  ARG  26          HH12      ARG  26 -10.266 -25.717  27.518
    8   HH21  ARG  26          HH21      ARG  26 -11.531 -22.785  28.954
    9   HH22  ARG  26          HH22      ARG  26 -11.475 -24.520  29.051
   10    H    ARG  26           HN       ARG  26  -6.942 -19.341  24.192
   11    HB3  ARG  26           HB1      ARG  26  -9.733 -19.867  24.555
   12    HG3  ARG  26           HG1      ARG  26  -7.890 -21.096  26.632
   13    HD3  ARG  26           HD1      ARG  26  -8.655 -23.282  25.605

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   SER  27           HA       SER  27  -5.877 -18.090  28.867
    2    HB2  SER  27           HB2      SER  27  -6.434 -21.097  28.885
    3    HG   SER  27           HG       SER  27  -7.917 -18.866  29.556
    4    H    SER  27           HN       SER  27  -6.171 -19.522  26.369
    5    HB3  SER  27           HB1      SER  27  -5.813 -20.194  30.267

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   VAL  28           HA       VAL  28  -1.871 -20.241  28.468
    2    HB   VAL  28           HB       VAL  28  -1.324 -17.455  29.613
    3    H    VAL  28           HN       VAL  28  -3.862 -18.613  29.926

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   GLN  29           HA       GLN  29  -0.235 -20.474  32.698
    2    HB2  GLN  29           HB2      GLN  29  -0.774 -22.663  33.571
    3    HG2  GLN  29           HG2      GLN  29  -1.134 -23.637  30.721
    4   HE21  GLN  29          HE21      GLN  29  -3.310 -23.593  32.614
    5   HE22  GLN  29          HE22      GLN  29  -3.689 -25.230  32.993
    6    H    GLN  29           HN       GLN  29  -0.296 -21.187  29.885
    7    HB3  GLN  29           HB1      GLN  29  -2.081 -22.172  32.499
    8    HG3  GLN  29           HG1      GLN  29   0.104 -24.176  31.852

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   TYR  30           HA       TYR  30   3.904 -21.907  31.902
    2    HB2  TYR  30           HB2      TYR  30   4.518 -19.823  32.990
    3    HD1  TYR  30           HD1      TYR  30   5.762 -21.049  36.027
    4    HD2  TYR  30           HD2      TYR  30   6.355 -21.514  31.829
    5    HE1  TYR  30           HE1      TYR  30   8.028 -21.924  36.435
    6    HE2  TYR  30           HE2      TYR  30   8.611 -22.376  32.234
    7    HH   TYR  30           HH       TYR  30  10.357 -22.276  33.982
    8    H    TYR  30           HN       TYR  30   1.805 -20.687  33.510
    9    HB3  TYR  30           HB1      TYR  30   3.993 -20.421  34.563

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   ARG  31           HA       ARG  31   3.623 -25.544  34.463
    2    HB2  ARG  31           HB2      ARG  31   4.369 -26.511  31.665
    3    HG2  ARG  31           HG2      ARG  31   1.641 -26.385  32.987
    4    HD2  ARG  31           HD2      ARG  31   0.764 -27.292  30.858
    5    HE   ARG  31           HE       ARG  31   2.434 -28.984  32.547
    6   HH11  ARG  31          HH11      ARG  31  -0.053 -28.900  30.048
    7   HH12  ARG  31          HH12      ARG  31  -0.492 -30.560  30.285
    8   HH21  ARG  31          HH21      ARG  31   1.847 -31.139  32.841
    9   HH22  ARG  31          HH22      ARG  31   0.578 -31.824  31.877
   10    H    ARG  31           HN       ARG  31   4.209 -24.007  32.025
   11    HB3  ARG  31           HB1      ARG  31   3.858 -27.532  33.013
   12    HG3  ARG  31           HG1      ARG  31   2.164 -25.444  31.590
   13    HD3  ARG  31           HD1      ARG  31   2.415 -27.556  30.299

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   SER  32           HA       SER  32   7.989 -24.807  35.154
    2    HB2  SER  32           HB2      SER  32   8.386 -25.152  37.623
    3    HG   SER  32           HG       SER  32   7.032 -26.495  38.519
    4    H    SER  32           HN       SER  32   5.287 -25.388  35.848
    5    HB3  SER  32           HB1      SER  32   7.052 -24.052  37.275

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   GLU  33           HA       GLU  33   8.392 -29.554  36.252
    2    HB2  GLU  33           HB2      GLU  33   5.901 -29.967  36.687
    3    HG2  GLU  33           HG2      GLU  33   5.889 -32.379  36.026
    4    H    GLU  33           HN       GLU  33   6.249 -27.767  35.877
    5    HB3  GLU  33           HB1      GLU  33   5.726 -30.244  34.960
    6    HG3  GLU  33           HG1      GLU  33   7.391 -32.112  35.140

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLU  34           HA       GLU  34   8.287 -30.013  31.493
    2    HB2  GLU  34           HB2      GLU  34   6.408 -27.680  30.953
    3    HG2  GLU  34           HG2      GLU  34   5.198 -29.388  32.262
    4    H    GLU  34           HN       GLU  34   6.740 -28.436  33.375
    5    HB3  GLU  34           HB1      GLU  34   6.920 -28.917  29.805
    6    HG3  GLU  34           HG1      GLU  34   4.589 -29.216  30.610

  No H/Q in entry =           6
  In of MODEL    5
    1    HA3  GLY  35           HA2      GLY  35  10.016 -25.207  32.952
    2    H    GLY  35           HN       GLY  35   8.497 -26.923  33.038
    3    HA2  GLY  35           HA1      GLY  35  10.997 -26.191  31.875

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   VAL  36           HA       VAL  36   8.434 -23.537  28.985
    2    HB   VAL  36           HB       VAL  36   7.119 -24.642  27.279
    3    H    VAL  36           HN       VAL  36   7.694 -25.533  31.047

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   ILE  37           HA       ILE  37   4.232 -22.211  29.930
    2    HB   ILE  37           HB       ILE  37   5.144 -20.225  27.799
    3   HD13  ILE  37          HD11      ILE  37   7.019 -18.191  30.346
    4   HD12  ILE  37          HD12      ILE  37   5.293 -17.934  30.119
    5   HD11  ILE  37          HD13      ILE  37   6.351 -18.136  28.719
    6    H    ILE  37           HN       ILE  37   6.522 -22.477  28.095

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   VAL  38           HA       VAL  38   2.043 -23.712  26.363
    2    HB   VAL  38           HB       VAL  38   0.563 -24.660  28.853
    3    H    VAL  38           HN       VAL  38   2.403 -23.039  29.187

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   PHE  39           HA       PHE  39  -0.890 -20.324  26.165
    2    HB2  PHE  39           HB2      PHE  39   0.400 -20.656  23.405
    3    HD1  PHE  39           HD1      PHE  39   0.151 -17.495  25.198
    4    HD2  PHE  39           HD2      PHE  39   2.694 -20.836  24.387
    5    HE1  PHE  39           HE1      PHE  39   2.080 -16.228  26.045
    6    HE2  PHE  39           HE2      PHE  39   4.616 -19.576  25.246
    7    HZ   PHE  39           HZ       PHE  39   4.313 -17.264  26.075
    8    H    PHE  39           HN       PHE  39   1.236 -22.072  25.286
    9    HB3  PHE  39           HB1      PHE  39  -0.664 -19.338  23.893

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   ILE  40           HA       ILE  40  -3.598 -23.626  24.742
    2    HB   ILE  40           HB       ILE  40  -5.107 -22.246  27.010
    3   HD12  ILE  40          HD11      ILE  40  -5.141 -24.931  28.773
    4   HD11  ILE  40          HD12      ILE  40  -4.747 -23.319  29.379
    5   HD13  ILE  40          HD13      ILE  40  -3.582 -24.633  29.542
    6    H    ILE  40           HN       ILE  40  -2.743 -21.467  26.477

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LEU  41           HA       LEU  41  -5.568 -20.779  21.952
    2    HB2  LEU  41           HB2      LEU  41  -5.433 -23.542  20.691
    3    HG   LEU  41           HG       LEU  41  -3.225 -22.425  20.786
    4   HD13  LEU  41          HD11      LEU  41  -2.650 -22.428  18.402
    5   HD12  LEU  41          HD12      LEU  41  -4.362 -22.403  17.969
    6   HD11  LEU  41          HD13      LEU  41  -3.681 -23.796  18.809
    7   HD22  LEU  41          HD21      LEU  41  -2.841 -20.289  19.644
    8   HD21  LEU  41          HD22      LEU  41  -3.973 -20.116  20.979
    9   HD23  LEU  41          HD23      LEU  41  -4.570 -20.142  19.317
   10    H    LEU  41           HN       LEU  41  -4.486 -23.261  22.857
   11    HB3  LEU  41           HB1      LEU  41  -6.117 -22.154  19.860

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ALA  42           HA       ALA  42  -9.866 -21.096  22.504
    2    HB3  ALA  42           HB1      ALA  42 -11.245 -20.275  20.650
    3    HB1  ALA  42           HB2      ALA  42  -9.905 -20.532  19.524
    4    HB2  ALA  42           HB3      ALA  42  -9.763 -19.328  20.807
    5    H    ALA  42           HN       ALA  42  -7.690 -20.704  20.770

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ASN  43           HA       ASN  43 -10.776 -25.111  20.257
    2    HB2  ASN  43           HB2      ASN  43  -9.768 -26.260  18.376
    3   HD21  ASN  43          HD21      ASN  43  -7.743 -23.388  18.143
    4   HD22  ASN  43          HD22      ASN  43  -6.257 -24.238  17.930
    5    H    ASN  43           HN       ASN  43  -8.510 -23.224  20.117
    6    HB3  ASN  43           HB1      ASN  43  -9.774 -24.544  18.003

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ASP  44           HA       ASP  44  -7.763 -25.352  24.191
    2    HB2  ASP  44           HB2      ASP  44  -9.831 -26.801  24.095
    3    H    ASP  44           HN       ASP  44  -8.728 -24.415  22.395
    4    HB3  ASP  44           HB1      ASP  44  -8.905 -28.000  23.205

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   ARG  45           HA       ARG  45  -4.589 -27.626  21.493
    2    HB2  ARG  45           HB2      ARG  45  -5.334 -26.534  19.349
    3    HG2  ARG  45           HG2      ARG  45  -2.340 -26.619  19.818
    4    HD2  ARG  45           HD2      ARG  45  -3.912 -26.387  17.243
    5    HE   ARG  45           HE       ARG  45  -2.395 -28.070  16.685
    6   HH11  ARG  45          HH11      ARG  45  -0.678 -25.230  17.892
    7   HH12  ARG  45          HH12      ARG  45   0.860 -25.776  17.309
    8   HH21  ARG  45          HH21      ARG  45  -0.379 -28.769  15.966
    9   HH22  ARG  45          HH22      ARG  45   1.028 -27.792  16.227
   10    H    ARG  45           HN       ARG  45  -6.382 -25.353  21.448
   11    HB3  ARG  45           HB1      ARG  45  -4.372 -25.126  19.777
   12    HG3  ARG  45           HG1      ARG  45  -3.358 -27.933  19.223
   13    HD3  ARG  45           HD1      ARG  45  -2.582 -25.362  17.818

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   GLU  46           HA       GLU  46  -1.727 -25.592  24.164
    2    HB2  GLU  46           HB2      GLU  46  -0.735 -28.440  23.743
    3    HG2  GLU  46           HG2      GLU  46  -2.327 -27.263  26.045
    4    H    GLU  46           HN       GLU  46  -2.722 -27.750  22.543
    5    HB3  GLU  46           HB1      GLU  46  -0.115 -27.327  24.963
    6    HG3  GLU  46           HG1      GLU  46  -2.977 -28.344  24.812

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   LEU  47           HA       LEU  47   1.519 -24.643  21.160
    2    HB2  LEU  47           HB2      LEU  47   0.202 -22.080  22.072
    3    HG   LEU  47           HG       LEU  47  -0.574 -23.052  19.895
    4   HD12  LEU  47          HD11      LEU  47   0.989 -20.455  19.583
    5   HD11  LEU  47          HD12      LEU  47  -0.649 -20.610  20.223
    6   HD13  LEU  47          HD13      LEU  47  -0.324 -21.010  18.540
    7   HD22  LEU  47          HD21      LEU  47   0.972 -23.164  17.985
    8   HD21  LEU  47          HD22      LEU  47   1.535 -24.201  19.297
    9   HD23  LEU  47          HD23      LEU  47   2.314 -22.641  19.011
   10    H    LEU  47           HN       LEU  47  -0.776 -24.001  22.823
   11    HB3  LEU  47           HB1      LEU  47   1.842 -22.012  21.451

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   LYS  48           HA       LYS  48   3.937 -24.603  24.858
    2    HB2  LYS  48           HB2      LYS  48   3.206 -26.896  24.111
    3    HG2  LYS  48           HG2      LYS  48   6.068 -27.044  25.091
    4    HD2  LYS  48           HD2      LYS  48   3.649 -28.838  25.547
    5    HE2  LYS  48           HE2      LYS  48   6.473 -29.265  26.572
    6    HZ3  LYS  48           HZ1      LYS  48   5.411 -30.971  27.909
    7    HZ2  LYS  48           HZ2      LYS  48   5.217 -31.281  26.258
    8    HZ1  LYS  48           HZ3      LYS  48   3.928 -30.661  27.157
    9    H    LYS  48           HN       LYS  48   3.569 -24.897  21.931
   10    HB3  LYS  48           HB1      LYS  48   4.653 -27.010  23.121
   11    HG3  LYS  48           HG1      LYS  48   4.701 -26.641  26.133
   12    HD3  LYS  48           HD1      LYS  48   5.076 -29.242  24.589
   13    HE3  LYS  48           HE1      LYS  48   5.166 -28.621  27.566

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   PHE  49           HA       PHE  49   8.004 -23.265  23.557
    2    HB2  PHE  49           HB2      PHE  49   6.354 -20.703  23.841
    3    HD1  PHE  49           HD1      PHE  49   8.412 -21.652  20.940
    4    HD2  PHE  49           HD2      PHE  49   4.430 -21.419  22.489
    5    HE1  PHE  49           HE1      PHE  49   7.505 -21.949  18.670
    6    HE2  PHE  49           HE2      PHE  49   3.535 -21.718  20.216
    7    HZ   PHE  49           HZ       PHE  49   5.070 -21.985  18.308
    8    H    PHE  49           HN       PHE  49   5.412 -23.037  24.978
    9    HB3  PHE  49           HB1      PHE  49   7.988 -20.791  23.200

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   ARG  50           HA       ARG  50   9.381 -22.540  27.666
    2    HB2  ARG  50           HB2      ARG  50  11.898 -21.921  26.077
    3    HG2  ARG  50           HG2      ARG  50  11.053 -24.600  27.230
    4    HD2  ARG  50           HD2      ARG  50  13.479 -24.332  27.348
    5    HE   ARG  50           HE       ARG  50  13.236 -22.986  24.831
    6   HH11  ARG  50          HH11      ARG  50  15.495 -24.952  26.688
    7   HH12  ARG  50          HH12      ARG  50  16.882 -24.283  25.894
    8   HH21  ARG  50          HH21      ARG  50  15.062 -22.121  23.839
    9   HH22  ARG  50          HH22      ARG  50  16.641 -22.695  24.277
   10    H    ARG  50           HN       ARG  50   9.773 -22.459  24.806
   11    HB3  ARG  50           HB1      ARG  50  11.836 -22.329  27.792
   12    HG3  ARG  50           HG1      ARG  50  11.056 -24.186  25.512
   13    HD3  ARG  50           HD1      ARG  50  13.065 -25.451  26.045

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   PRO  51           HA       PRO  51   9.372 -18.087  28.700
    2    HB2  PRO  51           HB2      PRO  51  11.435 -18.799  30.771
    3    HG2  PRO  51           HG2      PRO  51  10.093 -20.426  31.788
    4    HD2  PRO  51           HD2      PRO  51  10.891 -21.520  29.868
    5    HB3  PRO  51           HB1      PRO  51   9.918 -17.902  30.958
    6    HG3  PRO  51           HG1      PRO  51   8.622 -19.859  30.968
    7    HD3  PRO  51           HD1      PRO  51   9.138 -21.697  29.622

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   ASP  52           HA       ASP  52  13.938 -17.337  27.884
    2    HB2  ASP  52           HB2      ASP  52  15.925 -18.782  27.795
    3    H    ASP  52           HN       ASP  52  12.469 -19.786  28.421
    4    HB3  ASP  52           HB1      ASP  52  15.003 -19.051  29.262

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   ASP  53           HA       ASP  53  13.431 -18.882  23.523
    2    HB2  ASP  53           HB2      ASP  53  10.744 -20.039  24.266
    3    H    ASP  53           HN       ASP  53  11.874 -18.964  26.006
    4    HB3  ASP  53           HB1      ASP  53  11.058 -19.660  22.581

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   LEU  54           HA       LEU  54  10.050 -15.826  22.522
    2    HB2  LEU  54           HB2      LEU  54   8.449 -15.741  25.089
    3    HG   LEU  54           HG       LEU  54   8.696 -18.143  24.415
    4   HD11  LEU  54          HD11      LEU  54   6.675 -17.368  25.544
    5   HD13  LEU  54          HD12      LEU  54   6.325 -18.666  24.410
    6   HD12  LEU  54          HD13      LEU  54   5.925 -16.999  23.987
    7   HD22  LEU  54          HD21      LEU  54   9.040 -17.883  22.021
    8   HD21  LEU  54          HD22      LEU  54   7.412 -17.238  21.816
    9   HD23  LEU  54          HD23      LEU  54   7.643 -18.913  22.316
   10    H    LEU  54           HN       LEU  54  10.728 -17.152  25.079
   11    HB3  LEU  54           HB1      LEU  54   7.898 -15.359  23.464

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   GLN  55           HA       GLN  55  11.089 -11.654  23.343
    2    HB2  GLN  55           HB2      GLN  55   9.427 -11.336  21.586
    3    HG2  GLN  55           HG2      GLN  55   8.218  -9.226  22.198
    4   HE21  GLN  55          HE21      GLN  55  10.955  -8.841  24.244
    5   HE22  GLN  55          HE22      GLN  55  11.979  -8.091  23.076
    6    H    GLN  55           HN       GLN  55   9.383 -13.634  22.529
    7    HB3  GLN  55           HB1      GLN  55   8.108 -11.538  22.719
    8    HG3  GLN  55           HG1      GLN  55   8.853  -9.397  23.833

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   ALA  56           HA       ALA  56   8.128 -10.118  26.797
    2    HB2  ALA  56           HB1      ALA  56   5.928 -10.819  25.895
    3    HB3  ALA  56           HB2      ALA  56   5.971 -10.990  27.653
    4    HB1  ALA  56           HB3      ALA  56   6.126 -12.415  26.617
    5    H    ALA  56           HN       ALA  56   7.804 -11.989  24.728

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   THR  57           HA       THR  57   8.258 -13.964  29.595
    2    HB   THR  57           HB       THR  57   8.558 -16.361  29.037
    3    HG1  THR  57           HG1      THR  57  10.026 -15.755  27.142
    4   HG22  THR  57          HG21      THR  57   6.698 -14.946  27.097
    5   HG21  THR  57          HG22      THR  57   6.308 -15.349  28.771
    6   HG23  THR  57          HG23      THR  57   6.583 -16.639  27.590
    7    H    THR  57           HN       THR  57   8.398 -13.621  26.764

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   TYR  58           HA       TYR  58  12.920 -14.835  28.716
    2    HB2  TYR  58           HB2      TYR  58  12.965 -14.068  26.249
    3    HD1  TYR  58           HD1      TYR  58  14.597 -15.900  26.436
    4    HD2  TYR  58           HD2      TYR  58  15.602 -12.002  27.847
    5    HE1  TYR  58           HE1      TYR  58  16.950 -16.570  26.591
    6    HE2  TYR  58           HE2      TYR  58  17.966 -12.665  27.994
    7    HH   TYR  58           HH       TYR  58  19.276 -14.775  28.264
    8    H    TYR  58           HN       TYR  58  10.860 -13.369  27.384
    9    HB3  TYR  58           HB1      TYR  58  13.361 -12.460  26.854

  No H/Q in entry =           9
  In of MODEL    5
    1    HA3  GLY  59           HA2      GLY  59  14.785 -13.059  32.256
    2    H    GLY  59           HN       GLY  59  13.584 -14.342  30.693
    3    HA2  GLY  59           HA1      GLY  59  14.281 -11.582  31.452

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   ALA  60           HA       ALA  60  10.534 -11.884  33.973
    2    HB2  ALA  60           HB1      ALA  60   9.176 -11.768  31.920
    3    HB3  ALA  60           HB2      ALA  60   8.302 -12.599  33.208
    4    HB1  ALA  60           HB3      ALA  60   9.033 -13.529  31.895
    5    H    ALA  60           HN       ALA  60  11.491 -13.145  31.534

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   THR  61           HA       THR  61  10.991 -15.572  36.372
    2    HB   THR  61           HB       THR  61   9.983 -15.126  38.696
    3    HG1  THR  61           HG1      THR  61   9.334 -12.894  38.994
    4   HG21  THR  61          HG21      THR  61  12.353 -14.560  38.244
    5   HG23  THR  61          HG22      THR  61  11.608 -13.403  39.347
    6   HG22  THR  61          HG23      THR  61  11.862 -12.969  37.655
    7    H    THR  61           HN       THR  61  10.009 -12.918  35.845

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   PRO  62           HA       PRO  62   7.406 -18.276  35.828
    2    HB2  PRO  62           HB2      PRO  62   7.212 -19.320  38.493
    3    HG2  PRO  62           HG2      PRO  62   9.072 -18.222  39.357
    4    HD2  PRO  62           HD2      PRO  62  10.624 -17.122  37.982
    5    HB3  PRO  62           HB1      PRO  62   8.116 -20.013  37.148
    6    HG3  PRO  62           HG1      PRO  62   9.896 -19.596  38.589
    7    HD3  PRO  62           HD1      PRO  62  10.485 -18.331  36.682

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   GLU  63           HA       GLU  63   4.560 -16.322  39.224
    2    HB2  GLU  63           HB2      GLU  63   5.003 -14.508  40.841
    3    HG2  GLU  63           HG2      GLU  63   7.790 -14.435  39.658
    4    H    GLU  63           HN       GLU  63   7.376 -16.194  38.703
    5    HB3  GLU  63           HB1      GLU  63   6.186 -15.804  40.994
    6    HG3  GLU  63           HG1      GLU  63   6.610 -13.127  39.640

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLN  64           HA       GLN  64   4.580 -12.222  36.681
    2    HB2  GLN  64           HB2      GLN  64   7.301 -12.792  35.414
    3    HG2  GLN  64           HG2      GLN  64   6.437 -10.627  37.349
    4   HE21  GLN  64          HE21      GLN  64   7.993  -9.083  37.898
    5   HE22  GLN  64          HE22      GLN  64   9.350  -8.740  36.888
    6    H    GLN  64           HN       GLN  64   6.633 -14.123  37.371
    7    HB3  GLN  64           HB1      GLN  64   6.275 -11.420  35.003
    8    HG3  GLN  64           HG1      GLN  64   7.529 -11.963  37.702

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   LEU  65           HA       LEU  65   3.918 -15.232  33.092
    2    HB2  LEU  65           HB2      LEU  65   5.723 -17.432  34.245
    3    HG   LEU  65           HG       LEU  65   7.046 -15.346  33.687
    4   HD11  LEU  65          HD11      LEU  65   7.610 -17.766  31.960
    5   HD13  LEU  65          HD12      LEU  65   8.141 -17.497  33.619
    6   HD12  LEU  65          HD13      LEU  65   8.751 -16.470  32.325
    7   HD23  LEU  65          HD21      LEU  65   6.062 -15.826  30.851
    8   HD22  LEU  65          HD22      LEU  65   7.297 -14.663  31.342
    9   HD21  LEU  65          HD23      LEU  65   5.639 -14.462  31.891
   10    H    LEU  65           HN       LEU  65   5.479 -15.329  35.621
   11    HB3  LEU  65           HB1      LEU  65   5.041 -17.375  32.621

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ARG  66           HA       ARG  66   0.947 -17.333  35.746
    2    HB2  ARG  66           HB2      ARG  66   1.929 -15.879  38.244
    3    HG2  ARG  66           HG2      ARG  66   2.019 -18.787  37.422
    4    HD2  ARG  66           HD2      ARG  66   2.821 -17.656  40.113
    5    HE   ARG  66           HE       ARG  66   3.538 -20.032  39.044
    6   HH11  ARG  66          HH11      ARG  66   1.352 -19.236  41.690
    7   HH12  ARG  66          HH12      ARG  66   1.667 -20.715  42.538
    8   HH21  ARG  66          HH21      ARG  66   3.909 -21.979  40.167
    9   HH22  ARG  66          HH22      ARG  66   3.104 -22.267  41.676
   10    H    ARG  66           HN       ARG  66   2.959 -15.173  35.986
   11    HB3  ARG  66           HB1      ARG  66   0.495 -16.909  38.205
   12    HG3  ARG  66           HG1      ARG  66   3.374 -17.730  37.786
   13    HD3  ARG  66           HD1      ARG  66   1.256 -18.431  39.832

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   GLU  67           HA       GLU  67  -1.291 -13.259  36.374
    2    HB2  GLU  67           HB2      GLU  67   1.039 -11.320  36.621
    3    HG2  GLU  67           HG2      GLU  67  -0.583 -12.619  38.819
    4    H    GLU  67           HN       GLU  67   1.531 -13.901  36.559
    5    HB3  GLU  67           HB1      GLU  67  -0.664 -10.969  36.914
    6    HG3  GLU  67           HG1      GLU  67   1.158 -12.742  38.572

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ILE  68           HA       ILE  68  -0.581 -12.585  32.038
    2    HB   ILE  68           HB       ILE  68  -1.260 -15.539  32.382
    3   HD13  ILE  68          HD11      ILE  68   0.805 -17.101  32.398
    4   HD12  ILE  68          HD12      ILE  68   2.355 -16.441  31.882
    5   HD11  ILE  68          HD13      ILE  68   1.046 -16.604  30.715
    6    H    ILE  68           HN       ILE  68  -1.625 -14.059  34.380

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLU  69           HA       GLU  69  -4.902 -12.639  30.852
    2    HB2  GLU  69           HB2      GLU  69  -4.490 -10.338  31.876
    3    HG2  GLU  69           HG2      GLU  69  -6.151 -10.292  29.342
    4    H    GLU  69           HN       GLU  69  -2.082 -11.707  30.780
    5    HB3  GLU  69           HB1      GLU  69  -3.911  -9.789  30.307
    6    HG3  GLU  69           HG1      GLU  69  -6.709 -10.781  30.941

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ILE  70           HA       ILE  70  -4.297 -12.915  26.444
    2    HB   ILE  70           HB       ILE  70  -7.287 -12.292  26.487
    3   HD13  ILE  70          HD11      ILE  70  -5.785 -16.253  27.167
    4   HD12  ILE  70          HD12      ILE  70  -4.648 -14.910  27.225
    5   HD11  ILE  70          HD13      ILE  70  -5.296 -15.453  25.674
    6    H    ILE  70           HN       ILE  70  -6.003 -12.143  28.667

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   SER  71           HA       SER  71  -3.179  -9.107  24.749
    2    HB2  SER  71           HB2      SER  71  -3.165  -9.040  22.248
    3    HG   SER  71           HG       SER  71  -4.500 -11.545  22.401
    4    H    SER  71           HN       SER  71  -4.126 -11.692  24.461
    5    HB3  SER  71           HB1      SER  71  -2.538 -10.559  22.887

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   PRO  72           HA       PRO  72  -6.741  -6.310  24.480
    2    HB2  PRO  72           HB2      PRO  72  -5.635  -4.217  23.042
    3    HG2  PRO  72           HG2      PRO  72  -3.672  -5.359  22.364
    4    HD2  PRO  72           HD2      PRO  72  -2.807  -7.169  23.597
    5    HB3  PRO  72           HB1      PRO  72  -5.310  -4.509  24.760
    6    HG3  PRO  72           HG1      PRO  72  -3.134  -4.539  23.848
    7    HD3  PRO  72           HD1      PRO  72  -3.342  -6.494  25.155

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   SER  73           HA       SER  73  -7.162  -6.735  19.711
    2    HB2  SER  73           HB2      SER  73  -4.830  -7.032  18.919
    3    HG   SER  73           HG       SER  73  -6.462  -7.537  17.426
    4    H    SER  73           HN       SER  73  -5.038  -7.346  21.557
    5    HB3  SER  73           HB1      SER  73  -4.849  -8.713  19.447

  No H/Q in entry =           5
  In of MODEL    5
    1    HA3  GLY  74           HA2      GLY  74  -7.717 -11.187  22.486
    2    H    GLY  74           HN       GLY  74  -6.218  -9.526  21.665
    3    HA2  GLY  74           HA1      GLY  74  -8.763 -10.931  21.102

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   LEU  75           HA       LEU  75  -5.910 -13.594  18.699
    2    HB2  LEU  75           HB2      LEU  75  -4.145 -11.190  18.282
    3    HG   LEU  75           HG       LEU  75  -6.082 -11.616  16.711
    4   HD12  LEU  75          HD11      LEU  75  -3.328 -11.656  15.439
    5   HD11  LEU  75          HD12      LEU  75  -4.203 -10.227  15.998
    6   HD13  LEU  75          HD13      LEU  75  -4.831 -11.168  14.646
    7   HD23  LEU  75          HD21      LEU  75  -4.436 -14.033  15.862
    8   HD22  LEU  75          HD22      LEU  75  -5.881 -13.426  15.046
    9   HD21  LEU  75          HD23      LEU  75  -6.004 -14.074  16.678
   10    H    LEU  75           HN       LEU  75  -5.932 -10.901  19.621
   11    HB3  LEU  75           HB1      LEU  75  -3.494 -12.757  17.836

  No H/Q in entry =          11
  In of MODEL    5
    1    HA3  GLY  76           HA2      GLY  76  -2.116 -14.497  21.158
    2    H    GLY  76           HN       GLY  76  -3.179 -11.891  20.303
    3    HA2  GLY  76           HA1      GLY  76  -1.241 -12.975  21.071

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   VAL  77           HA       VAL  77  -2.375 -12.801  25.333
    2    HB   VAL  77           HB       VAL  77  -0.480 -14.650  25.015
    3    H    VAL  77           HN       VAL  77  -0.546 -12.508  23.032

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   TYR  78           HA       TYR  78   0.136  -9.331  26.747
    2    HB2  TYR  78           HB2      TYR  78  -1.954  -8.147  26.136
    3    HD1  TYR  78           HD1      TYR  78  -2.632  -7.433  29.591
    4    HD2  TYR  78           HD2      TYR  78   0.177  -6.685  26.456
    5    HE1  TYR  78           HE1      TYR  78  -1.750  -5.517  30.849
    6    HE2  TYR  78           HE2      TYR  78   1.064  -4.773  27.689
    7    HH   TYR  78           HH       TYR  78   0.264  -4.200  31.008
    8    H    TYR  78           HN       TYR  78  -2.060 -11.281  26.994
    9    HB3  TYR  78           HB1      TYR  78  -2.740  -8.737  27.601

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   PHE  79           HA       PHE  79   0.551 -11.099  30.856
    2    HB2  PHE  79           HB2      PHE  79   3.356 -10.300  29.982
    3    HD1  PHE  79           HD1      PHE  79   0.838 -12.928  29.805
    4    HD2  PHE  79           HD2      PHE  79   4.853 -12.053  29.277
    5    HE1  PHE  79           HE1      PHE  79   1.127 -15.018  28.604
    6    HE2  PHE  79           HE2      PHE  79   5.090 -14.121  28.079
    7    HZ   PHE  79           HZ       PHE  79   3.286 -15.631  27.733
    8    H    PHE  79           HN       PHE  79   1.481 -10.094  28.320
    9    HB3  PHE  79           HB1      PHE  79   2.949 -11.214  31.430

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   GLU  80           HA       GLU  80  -0.061  -7.102  32.369
    2    HB2  GLU  80           HB2      GLU  80  -1.770  -8.531  33.481
    3    HG2  GLU  80           HG2      GLU  80  -2.252  -7.198  35.480
    4    H    GLU  80           HN       GLU  80   0.260  -9.947  32.675
    5    HB3  GLU  80           HB1      GLU  80  -0.632  -8.890  34.775
    6    HG3  GLU  80           HG1      GLU  80  -0.619  -6.534  35.456

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   THR  81           HA       THR  81   2.897  -7.230  36.204
    2    HB   THR  81           HB       THR  81   4.562  -9.685  35.561
    3    HG1  THR  81           HG1      THR  81   2.212  -9.730  37.154
    4   HG23  THR  81          HG21      THR  81   4.882  -9.740  38.001
    5   HG22  THR  81          HG22      THR  81   3.804  -8.356  38.194
    6   HG21  THR  81          HG23      THR  81   5.350  -8.163  37.361
    7    H    THR  81           HN       THR  81   1.953  -9.211  34.445

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   LEU  82           HA       LEU  82   6.508  -6.670  33.271
    2    HB2  LEU  82           HB2      LEU  82   7.178  -8.069  31.158
    3    HG   LEU  82           HG       LEU  82   4.930  -9.369  31.022
    4   HD11  LEU  82          HD11      LEU  82   7.586 -10.832  31.007
    5   HD13  LEU  82          HD12      LEU  82   6.825  -9.987  29.656
    6   HD12  LEU  82          HD13      LEU  82   6.090 -11.450  30.303
    7   HD23  LEU  82          HD21      LEU  82   6.226 -10.953  33.262
    8   HD22  LEU  82          HD22      LEU  82   4.797 -11.428  32.340
    9   HD21  LEU  82          HD23      LEU  82   4.737 -10.013  33.387
   10    H    LEU  82           HN       LEU  82   4.098  -8.359  33.119
   11    HB3  LEU  82           HB1      LEU  82   7.356  -8.769  32.751

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   GLU  83           HA       GLU  83   2.281  -5.393  30.522
    2    HB2  GLU  83           HB2      GLU  83   4.716  -3.591  30.801
    3    HG2  GLU  83           HG2      GLU  83   2.017  -3.425  32.179
    4    H    GLU  83           HN       GLU  83   3.423  -6.676  31.994
    5    HB3  GLU  83           HB1      GLU  83   3.196  -3.105  30.049
    6    HG3  GLU  83           HG1      GLU  83   3.515  -3.964  32.947

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   GLU  84           HA       GLU  84   4.717  -6.471  26.807
    2    HB2  GLU  84           HB2      GLU  84   5.653  -8.810  28.509
    3    HG2  GLU  84           HG2      GLU  84   6.820  -6.660  28.936
    4    H    GLU  84           HN       GLU  84   3.726  -7.485  29.413
    5    HB3  GLU  84           HB1      GLU  84   6.052  -8.680  26.802
    6    HG3  GLU  84           HG1      GLU  84   7.872  -7.911  28.270

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   ASP  85           HA       ASP  85   1.802  -9.378  25.144
    2    HB2  ASP  85           HB2      ASP  85   1.113  -7.196  24.331
    3    H    ASP  85           HN       ASP  85   4.099  -7.507  24.972
    4    HB3  ASP  85           HB1      ASP  85   2.441  -7.117  23.203

  No H/Q in entry =           4
  In of MODEL    5
    1    HA   VAL  86           HA       VAL  86   4.214 -11.755  22.205
    2    HB   VAL  86           HB       VAL  86   2.813 -14.017  23.742
    3    H    VAL  86           HN       VAL  86   2.075 -11.340  24.233

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   SER  87           HA       SER  87   0.562 -11.666  19.680
    2    HB2  SER  87           HB2      SER  87   2.906 -11.617  17.740
    3    HG   SER  87           HG       SER  87   1.684  -9.610  19.300
    4    H    SER  87           HN       SER  87   3.297 -11.437  20.299
    5    HB3  SER  87           HB1      SER  87   1.236 -11.145  17.402

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   LEU  88           HA       LEU  88   0.177 -16.003  19.361
    2    HB2  LEU  88           HB2      LEU  88  -2.215 -15.053  19.451
    3    HG   LEU  88           HG       LEU  88  -1.848 -17.640  17.905
    4   HD11  LEU  88          HD11      LEU  88  -0.697 -17.633  20.072
    5   HD13  LEU  88          HD12      LEU  88  -2.064 -18.733  20.076
    6   HD12  LEU  88          HD13      LEU  88  -2.197 -17.169  20.882
    7   HD23  LEU  88          HD21      LEU  88  -4.315 -16.645  19.380
    8   HD22  LEU  88          HD22      LEU  88  -4.126 -18.218  18.601
    9   HD21  LEU  88          HD23      LEU  88  -4.136 -16.753  17.627
   10    H    LEU  88           HN       LEU  88  -0.651 -13.354  19.067
   11    HB3  LEU  88           HB1      LEU  88  -2.231 -15.167  17.706

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ILE  89           HA       ILE  89  -0.067 -16.097  14.496
    2    HB   ILE  89           HB       ILE  89   0.591 -13.130  14.208
    3   HD12  ILE  89          HD11      ILE  89  -2.258 -15.668  14.365
    4   HD11  ILE  89          HD12      ILE  89  -2.263 -15.166  12.671
    5   HD13  ILE  89          HD13      ILE  89  -3.455 -14.508  13.790
    6    H    ILE  89           HN       ILE  89  -0.400 -14.113  16.433

  No H/Q in entry =           6
  In of MODEL    5
    1    HA3  GLY  90           HA2      GLY  90   4.654 -14.684  14.759
    2    H    GLY  90           HN       GLY  90   2.296 -13.977  16.080
    3    HA2  GLY  90           HA1      GLY  90   4.546 -14.198  16.448

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   LEU  91           HA       LEU  91   5.029 -18.287  18.026
    2    HB2  LEU  91           HB2      LEU  91   2.050 -18.250  18.664
    3    HG   LEU  91           HG       LEU  91   3.274 -16.476  19.902
    4   HD11  LEU  91          HD11      LEU  91   1.355 -17.562  20.964
    5   HD13  LEU  91          HD12      LEU  91   2.561 -17.105  22.164
    6   HD12  LEU  91          HD13      LEU  91   2.410 -18.794  21.666
    7   HD21  LEU  91          HD21      LEU  91   4.996 -18.753  20.949
    8   HD23  LEU  91          HD22      LEU  91   5.009 -17.095  21.557
    9   HD22  LEU  91          HD23      LEU  91   5.516 -17.425  19.906
   10    H    LEU  91           HN       LEU  91   3.087 -16.271  17.567
   11    HB3  LEU  91           HB1      LEU  91   3.170 -19.458  19.281

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   LEU  92           HA       LEU  92   2.105 -20.865  15.138
    2    HB2  LEU  92           HB2      LEU  92   0.974 -18.375  13.795
    3    HG   LEU  92           HG       LEU  92   0.031 -18.709  16.101
    4   HD13  LEU  92          HD11      LEU  92  -2.325 -18.553  15.471
    5   HD12  LEU  92          HD12      LEU  92  -1.954 -19.166  13.858
    6   HD11  LEU  92          HD13      LEU  92  -1.304 -17.611  14.386
    7   HD23  LEU  92          HD21      LEU  92  -0.977 -21.364  15.022
    8   HD22  LEU  92          HD22      LEU  92  -1.410 -20.641  16.575
    9   HD21  LEU  92          HD23      LEU  92   0.251 -21.142  16.273
   10    H    LEU  92           HN       LEU  92   2.173 -18.140  15.972
   11    HB3  LEU  92           HB1      LEU  92   0.526 -20.030  13.398

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   GLU  93           HA       GLU  93   4.738 -19.192  11.491
    2    HB2  GLU  93           HB2      GLU  93   5.489 -16.534  12.799
    3    HG2  GLU  93           HG2      GLU  93   3.155 -16.414  12.150
    4    H    GLU  93           HN       GLU  93   3.715 -17.960  13.916
    5    HB3  GLU  93           HB1      GLU  93   5.955 -17.049  11.179
    6    HG3  GLU  93           HG1      GLU  93   4.139 -15.449  11.061

  No H/Q in entry =           6
  In of MODEL    5
    1    HA3  GLY  94           HA2      GLY  94   7.455 -20.284  15.772
    2    H    GLY  94           HN       GLY  94   5.664 -19.139  14.775
    3    HA2  GLY  94           HA1      GLY  94   8.302 -20.325  14.232

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   ARG  95           HA       ARG  95   9.749 -16.084  15.228
    2    HB2  ARG  95           HB2      ARG  95   8.333 -15.084  13.462
    3    HG2  ARG  95           HG2      ARG  95   8.450 -13.242  15.877
    4    HD2  ARG  95           HD2      ARG  95   8.533 -11.415  14.251
    5    HE   ARG  95           HE       ARG  95   6.233 -12.516  14.927
    6   HH11  ARG  95          HH11      ARG  95   7.287 -11.535  11.731
    7   HH12  ARG  95          HH12      ARG  95   5.682 -11.206  11.169
    8   HH21  ARG  95          HH21      ARG  95   4.118 -12.068  14.166
    9   HH22  ARG  95          HH22      ARG  95   3.904 -11.496  12.543
   10    H    ARG  95           HN       ARG  95   7.276 -17.267  14.427
   11    HB3  ARG  95           HB1      ARG  95   7.028 -14.836  14.623
   12    HG3  ARG  95           HG1      ARG  95   9.753 -13.497  14.714
   13    HD3  ARG  95           HD1      ARG  95   8.369 -12.570  12.921

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   ARG  96           HA       ARG  96   8.277 -16.607  19.446
    2    HB2  ARG  96           HB2      ARG  96  11.312 -16.695  19.397
    3    HG2  ARG  96           HG2      ARG  96   9.287 -18.908  19.892
    4    HD2  ARG  96           HD2      ARG  96  12.286 -19.075  19.475
    5    HE   ARG  96           HE       ARG  96  10.534 -21.271  20.390
    6   HH11  ARG  96          HH11      ARG  96  12.769 -20.028  17.957
    7   HH12  ARG  96          HH12      ARG  96  13.011 -21.582  17.227
    8   HH21  ARG  96          HH21      ARG  96  10.844 -23.280  19.402
    9   HH22  ARG  96          HH22      ARG  96  11.917 -23.423  18.048
   10    H    ARG  96           HN       ARG  96  10.170 -16.565  17.321
   11    HB3  ARG  96           HB1      ARG  96  10.356 -16.930  20.864
   12    HG3  ARG  96           HG1      ARG  96  10.151 -18.659  18.372
   13    HD3  ARG  96           HD1      ARG  96  11.482 -19.206  21.039

  No H/Q in entry =          13
  In of MODEL    5
    1    HA3  GLY  97           HA2      GLY  97   9.348 -12.159  19.968
    2    H    GLY  97           HN       GLY  97  10.640 -14.266  18.341
    3    HA2  GLY  97           HA1      GLY  97  11.106 -12.326  19.976

  No H/Q in entry =           3
  In of MODEL    5
    1    HA   SER  98           HA       SER  98   9.600  -9.516  16.518
    2    HB2  SER  98           HB2      SER  98  11.333  -7.772  18.342
    3    HG   SER  98           HG       SER  98   9.563  -7.535  19.433
    4    H    SER  98           HN       SER  98  10.270  -9.968  19.201
    5    HB3  SER  98           HB1      SER  98  10.462  -7.227  16.904

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   ALA  99           HA       ALA  99  13.193 -10.531  14.140
    2    HB3  ALA  99           HB1      ALA  99  12.520  -7.866  12.829
    3    HB1  ALA  99           HB2      ALA  99  11.862  -9.437  12.368
    4    HB2  ALA  99           HB3      ALA  99  13.583  -9.109  12.156
    5    H    ALA  99           HN       ALA  99  10.998  -8.860  14.683

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   LYS 100           HA       LYS 100  15.714  -6.490  15.584
    2    HB2  LYS 100           HB2      LYS 100  13.931  -4.875  15.930
    3    HG2  LYS 100           HG2      LYS 100  15.204  -5.358  18.641
    4    HD2  LYS 100           HD2      LYS 100  13.269  -3.722  18.648
    5    HE2  LYS 100           HE2      LYS 100  13.811  -1.412  17.800
    6    HZ2  LYS 100           HZ1      LYS 100  13.038  -1.743  15.631
    7    HZ1  LYS 100           HZ2      LYS 100  12.312  -2.949  16.567
    8    HZ3  LYS 100           HZ3      LYS 100  13.618  -3.328  15.559
    9    H    LYS 100           HN       LYS 100  13.058  -7.203  15.264
   10    HB3  LYS 100           HB1      LYS 100  13.245  -5.836  17.235
   11    HG3  LYS 100           HG1      LYS 100  15.930  -4.418  17.338
   12    HD3  LYS 100           HD1      LYS 100  14.819  -3.082  19.191
   13    HE3  LYS 100           HE1      LYS 100  15.137  -2.112  16.876

  No H/Q in entry =          13
  In of MODEL    5
    1    HA   TRP 101           HA       TRP 101  15.334  -8.305  20.064
    2    HB2  TRP 101           HB2      TRP 101  12.872  -8.571  20.290
    3    HD1  TRP 101           HD1      TRP 101  13.994  -8.504  22.791
    4    HE1  TRP 101           HE1      TRP 101  14.233 -10.361  24.540
    5    HE3  TRP 101           HE3      TRP 101  13.428 -12.578  19.760
    6    HZ2  TRP 101           HZ2      TRP 101  14.269 -13.171  24.627
    7    HZ3  TRP 101           HZ3      TRP 101  13.604 -14.824  20.748
    8    HH2  TRP 101           HH2      TRP 101  14.015 -15.114  23.143
    9    H    TRP 101           HN       TRP 101  13.555  -8.124  17.898
   10    HB3  TRP 101           HB1      TRP 101  12.948 -10.107  19.436

  No H/Q in entry =          10
  In of MODEL    5
    1    HA   MET 102           HA       MET 102  16.185 -12.764  18.605
    2    HB2  MET 102           HB2      MET 102  14.888 -12.498  15.868
    3    HG2  MET 102           HG2      MET 102  14.048 -14.070  18.314
    4    HE2  MET 102           HE1      MET 102  13.399 -13.476  14.397
    5    HE1  MET 102           HE2      MET 102  11.930 -12.923  15.207
    6    HE3  MET 102           HE3      MET 102  11.898 -14.388  14.225
    7    H    MET 102           HN       MET 102  14.531 -10.702  17.542
    8    HB3  MET 102           HB1      MET 102  15.711 -13.947  16.433
    9    HG3  MET 102           HG1      MET 102  13.173 -12.735  17.567

  No H/Q in entry =           9
  In of MODEL    5
    1    HA   ALA 103           HA       ALA 103  19.322 -11.149  15.430
    2    HB2  ALA 103           HB1      ALA 103  19.610  -8.930  14.396
    3    HB1  ALA 103           HB2      ALA 103  18.232  -8.312  15.313
    4    HB3  ALA 103           HB3      ALA 103  17.992  -9.564  14.096
    5    H    ALA 103           HN       ALA 103  16.865 -10.026  16.535

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   GLU 104           HA       GLU 104  21.159  -8.241  18.626
    2    HB2  GLU 104           HB2      GLU 104  18.629  -6.940  19.713
    3    HG2  GLU 104           HG2      GLU 104  20.303  -6.221  17.296
    4    H    GLU 104           HN       GLU 104  18.352  -8.860  17.967
    5    HB3  GLU 104           HB1      GLU 104  20.285  -6.354  19.887
    6    HG3  GLU 104           HG1      GLU 104  18.562  -6.422  17.394

  No H/Q in entry =           6
  In of MODEL    5
    1    HA   HIS 105           HA       HIS 105  20.276 -11.051  22.044
    2    HB2  HIS 105           HB2      HIS 105  17.215 -11.212  21.896
    3    HD1  HIS 105           HD1      HIS 105  18.797  -9.725  24.876
    4    HD2  HIS 105           HD2      HIS 105  16.947  -8.385  21.404
    5    HE1  HIS 105           HE1      HIS 105  18.300  -7.299  25.265
    6    HE2  HIS 105           HE2      HIS 105  17.316  -6.471  23.103
    7    H    HIS 105           HN       HIS 105  18.773 -10.352  19.610
    8    HB3  HIS 105           HB1      HIS 105  18.222 -11.612  23.280

  No H/Q in entry =           8
  In of MODEL    5
    1    HA   PRO 106           HA       PRO 106  19.994 -14.463  18.807
    2    HB2  PRO 106           HB2      PRO 106  22.583 -15.130  20.211
    3    HG2  PRO 106           HG2      PRO 106  23.648 -13.164  19.465
    4    HD2  PRO 106           HD2      PRO 106  22.296 -12.402  21.239
    5    HB3  PRO 106           HB1      PRO 106  22.190 -15.169  18.483
    6    HG3  PRO 106           HG1      PRO 106  22.391 -12.837  18.252
    7    HD3  PRO 106           HD1      PRO 106  21.694 -11.363  19.928

  No H/Q in entry =           7
  In of MODEL    5
    1    HA   LEU 107           HA       LEU 107  18.180 -16.953  21.933
    2    HB2  LEU 107           HB2      LEU 107  16.500 -16.861  20.107
    3    HG   LEU 107           HG       LEU 107  16.806 -19.697  21.178
    4   HD12  LEU 107          HD11      LEU 107  15.160 -17.387  22.246
    5   HD11  LEU 107          HD12      LEU 107  16.612 -18.073  22.985
    6   HD13  LEU 107          HD13      LEU 107  15.148 -19.043  22.860
    7   HD21  LEU 107          HD21      LEU 107  15.371 -19.662  19.197
    8   HD23  LEU 107          HD22      LEU 107  14.376 -18.393  19.919
    9   HD22  LEU 107          HD23      LEU 107  14.437 -19.998  20.654
   10    H    LEU 107           HN       LEU 107  18.867 -16.224  19.238
   11    HB3  LEU 107           HB1      LEU 107  17.333 -18.161  19.268

  No H/Q in entry =          11
  In of MODEL    5
    1    HA   ALA 108           HA       ALA 108  21.058 -20.284  22.270
    2    HB1  ALA 108           HB1      ALA 108  20.873 -21.337  24.485
    3    HB2  ALA 108           HB2      ALA 108  19.299 -20.576  24.732
    4    HB3  ALA 108           HB3      ALA 108  20.753 -19.582  24.620
    5    H    ALA 108           HN       ALA 108  18.754 -18.745  23.072

  No H/Q in entry =           5
  In of MODEL    5
    1    HA   SER 109           HA       SER 109  18.865 -23.819  20.833
    2    HB2  SER 109           HB2      SER 109  18.158 -21.849  18.598
    3    HG   SER 109           HG       SER 109  17.238 -21.481  20.751
    4    H    SER 109           HN       SER 109  20.265 -21.277  20.391
    5    HB3  SER 109           HB1      SER 109  17.504 -23.484  18.764

  No H/Q in entry =           5
  In of MODEL    6
    1    H1   MET   1           HT1      MET   1  -4.963  -5.053  -1.298
    2    H2   MET   1           HT3      MET   1  -4.134  -6.524  -1.316
    3    H3   MET   1           HT2      MET   1  -5.824  -6.508  -1.320
    4    HB3  MET   1           HB1      MET   1  -4.998  -7.501   2.128
    5    HG3  MET   1           HG1      MET   1  -6.069  -8.428  -0.551
    6    HA   MET   1           HA       MET   1  -5.865  -5.547   0.871
    7    HB2  MET   1           HB2      MET   1  -4.027  -7.983   0.743
    8    HG2  MET   1           HG2      MET   1  -7.047  -7.951   0.838
    9    HE2  MET   1           HE1      MET   1  -7.286 -10.777  -0.758
   10    HE1  MET   1           HE2      MET   1  -8.352 -10.268   0.553
   11    HE3  MET   1           HE3      MET   1  -7.565 -11.844   0.618

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLU   2           HA       GLU   2  -1.867  -3.444   1.052
    2    HB2  GLU   2           HB2      GLU   2  -3.852  -1.152   1.327
    3    HG2  GLU   2           HG2      GLU   2  -4.273  -2.070  -0.843
    4    H    GLU   2           HN       GLU   2  -4.787  -3.552   1.040
    5    HB3  GLU   2           HB1      GLU   2  -2.123  -1.017   1.016
    6    HG3  GLU   2           HG1      GLU   2  -3.293  -0.619  -1.041

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   VAL   3           HA       VAL   3  -2.345  -3.698   5.567
    2    HB   VAL   3           HB       VAL   3  -0.787  -5.402   6.475
    3    H    VAL   3           HN       VAL   3  -1.684  -4.720   2.985

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   SER   4           HA       SER   4   2.031  -1.704   4.812
    2    HB2  SER   4           HB2      SER   4   1.086  -1.279   1.956
    3    HG   SER   4           HG       SER   4   3.445  -2.598   2.528
    4    H    SER   4           HN       SER   4   0.023  -2.957   3.282
    5    HB3  SER   4           HB1      SER   4   2.604  -0.659   2.611

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ALA   5           HA       ALA   5  -0.485   2.252   4.030
    2    HB2  ALA   5           HB1      ALA   5  -1.716   1.615   1.997
    3    HB3  ALA   5           HB2      ALA   5  -2.691   2.672   3.021
    4    HB1  ALA   5           HB3      ALA   5  -3.015   0.936   2.979
    5    H    ALA   5           HN       ALA   5  -1.067  -0.555   3.518

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ASN   6           HA       ASN   6  -2.086   2.005   8.141
    2    HB2  ASN   6           HB2      ASN   6  -1.493   4.969   7.700
    3   HD21  ASN   6          HD21      ASN   6   0.491   4.647   6.670
    4   HD22  ASN   6          HD22      ASN   6   1.856   3.997   7.501
    5    H    ASN   6           HN       ASN   6  -0.956   3.276   5.848
    6    HB3  ASN   6           HB1      ASN   6  -1.799   4.200   9.257

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLU   7           HA       GLU   7  -5.795   4.880   6.975
    2    HB2  GLU   7           HB2      GLU   7  -6.504   5.640   4.706
    3    HG2  GLU   7           HG2      GLU   7  -3.749   4.879   3.707
    4    H    GLU   7           HN       GLU   7  -3.322   4.243   5.728
    5    HB3  GLU   7           HB1      GLU   7  -4.953   6.312   5.197
    6    HG3  GLU   7           HG1      GLU   7  -5.165   3.879   3.403

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LEU   8           HA       LEU   8  -7.408   1.151   4.410
    2    HB2  LEU   8           HB2      LEU   8  -4.620   0.290   3.680
    3    HG   LEU   8           HG       LEU   8  -5.583  -0.249   1.481
    4   HD13  LEU   8          HD11      LEU   8  -7.899   0.197   0.927
    5   HD12  LEU   8          HD12      LEU   8  -8.248   0.669   2.591
    6   HD11  LEU   8          HD13      LEU   8  -7.789  -0.999   2.219
    7   HD23  LEU   8          HD21      LEU   8  -6.375   2.535   2.383
    8   HD22  LEU   8          HD22      LEU   8  -6.139   2.003   0.716
    9   HD21  LEU   8          HD23      LEU   8  -4.778   2.028   1.831
   10    H    LEU   8           HN       LEU   8  -4.809   2.309   4.691
   11    HB3  LEU   8           HB1      LEU   8  -5.830  -0.968   3.787

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLU   9           HA       GLU   9  -4.514  -0.319   8.640
    2    HB2  GLU   9           HB2      GLU   9  -6.275  -0.209  10.333
    3    HG2  GLU   9           HG2      GLU   9  -8.210   0.593   8.147
    4    H    GLU   9           HN       GLU   9  -4.926   0.932   6.797
    5    HB3  GLU   9           HB1      GLU   9  -6.228   1.290   9.416
    6    HG3  GLU   9           HG1      GLU   9  -8.240  -0.947   9.001

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ALA  10           HA       ALA  10  -6.698  -4.077   6.752
    2    HB2  ALA  10           HB1      ALA  10  -5.516  -5.167   4.904
    3    HB3  ALA  10           HB2      ALA  10  -4.194  -4.006   5.059
    4    HB1  ALA  10           HB3      ALA  10  -5.797  -3.455   4.577
    5    H    ALA  10           HN       ALA  10  -4.835  -1.972   6.408

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ALA  11           HA       ALA  11  -2.910  -6.118   9.034
    2    HB3  ALA  11           HB1      ALA  11  -1.587  -4.972  10.776
    3    HB1  ALA  11           HB2      ALA  11  -2.426  -3.459  10.425
    4    HB2  ALA  11           HB3      ALA  11  -1.381  -4.190   9.207
    5    H    ALA  11           HN       ALA  11  -3.633  -3.514   8.198

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   SER  12           HA       SER  12  -5.740  -4.950  12.901
    2    HB2  SER  12           HB2      SER  12  -7.338  -2.882  11.316
    3    HG   SER  12           HG       SER  12  -6.250  -1.372  12.618
    4    H    SER  12           HN       SER  12  -4.908  -3.577  10.590
    5    HB3  SER  12           HB1      SER  12  -7.519  -3.269  13.031

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   SER  13           HA       SER  13  -9.575  -6.103  10.089
    2    HB2  SER  13           HB2      SER  13  -8.008  -5.948   7.476
    3    HG   SER  13           HG       SER  13  -9.623  -4.016   8.777
    4    H    SER  13           HN       SER  13  -7.176  -4.709   9.677
    5    HB3  SER  13           HB1      SER  13  -9.754  -6.145   7.667

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ARG  14           HA       ARG  14  -7.233  -9.883   8.323
    2    HB2  ARG  14           HB2      ARG  14  -5.021 -10.326   7.620
    3    HG2  ARG  14           HG2      ARG  14  -3.128  -8.532   8.193
    4    HD2  ARG  14           HD2      ARG  14  -3.785 -10.757  10.150
    5    HE   ARG  14           HE       ARG  14  -1.760  -9.138  10.567
    6   HH11  ARG  14          HH11      ARG  14  -1.671 -12.299   8.997
    7   HH12  ARG  14          HH12      ARG  14  -0.058 -12.641   9.539
    8   HH21  ARG  14          HH21      ARG  14   0.336  -9.631  11.292
    9   HH22  ARG  14          HH22      ARG  14   1.071 -11.140  10.852
   10    H    ARG  14           HN       ARG  14  -6.382  -7.235   8.974
   11    HB3  ARG  14           HB1      ARG  14  -5.242  -8.623   7.297
   12    HG3  ARG  14           HG1      ARG  14  -4.049  -8.359   9.686
   13    HD3  ARG  14           HD1      ARG  14  -2.947 -10.975   8.612

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   MET  15           HA       MET  15  -5.257 -10.672  12.692
    2    HB2  MET  15           HB2      MET  15  -6.028  -7.844  13.520
    3    HG2  MET  15           HG2      MET  15  -3.415  -9.373  13.668
    4    HE3  MET  15           HE1      MET  15  -1.178  -6.700  15.353
    5    HE2  MET  15           HE2      MET  15  -1.420  -6.989  13.629
    6    HE1  MET  15           HE3      MET  15  -1.291  -8.351  14.747
    7    H    MET  15           HN       MET  15  -5.901  -8.359  11.184
    8    HB3  MET  15           HB1      MET  15  -5.671  -9.090  14.712
    9    HG3  MET  15           HG1      MET  15  -3.784  -8.001  12.619

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   GLU  16           HA       GLU  16  -9.862 -10.208  14.263
    2    HB2  GLU  16           HB2      GLU  16 -10.706  -8.646  11.785
    3    HG2  GLU  16           HG2      GLU  16 -10.600  -7.707  14.663
    4    H    GLU  16           HN       GLU  16  -8.246  -8.735  12.483
    5    HB3  GLU  16           HB1      GLU  16 -11.784  -9.153  13.088
    6    HG3  GLU  16           HG1      GLU  16  -9.441  -7.251  13.413

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   MET  17           HA       MET  17 -11.042 -12.729  10.298
    2    HB2  MET  17           HB2      MET  17  -8.478 -11.959   8.840
    3    HG2  MET  17           HG2      MET  17 -11.404 -11.467   8.222
    4    HE1  MET  17           HE1      MET  17  -7.726 -11.293   6.658
    5    HE3  MET  17           HE2      MET  17  -8.331  -9.640   6.541
    6    HE2  MET  17           HE3      MET  17  -8.107 -10.607   5.081
    7    H    MET  17           HN       MET  17  -9.257 -10.591  10.782
    8    HB3  MET  17           HB1      MET  17  -9.556 -13.236   8.290
    9    HG3  MET  17           HG1      MET  17 -10.132 -10.270   8.445

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   LEU  18           HA       LEU  18  -7.360 -15.561  11.416
    2    HB2  LEU  18           HB2      LEU  18  -5.677 -13.398  12.729
    3    HG   LEU  18           HG       LEU  18  -5.559 -13.282  10.254
    4   HD12  LEU  18          HD11      LEU  18  -3.021 -14.417  11.456
    5   HD11  LEU  18          HD12      LEU  18  -3.555 -12.737  11.539
    6   HD13  LEU  18          HD13      LEU  18  -3.142 -13.449   9.983
    7   HD23  LEU  18          HD21      LEU  18  -4.652 -15.147   8.930
    8   HD22  LEU  18          HD22      LEU  18  -6.186 -15.565   9.685
    9   HD21  LEU  18          HD23      LEU  18  -4.675 -16.182  10.359
   10    H    LEU  18           HN       LEU  18  -7.686 -12.692  11.497
   11    HB3  LEU  18           HB1      LEU  18  -5.225 -15.097  12.678

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLN  19           HA       GLN  19  -8.472 -14.851  16.128
    2    HB2  GLN  19           HB2      GLN  19 -10.417 -12.649  15.314
    3    HG2  GLN  19           HG2      GLN  19  -8.152 -12.521  17.309
    4   HE21  GLN  19          HE21      GLN  19  -7.657  -9.820  16.249
    5   HE22  GLN  19          HE22      GLN  19  -8.841  -8.812  16.996
    6    H    GLN  19           HN       GLN  19  -8.577 -13.267  13.762
    7    HB3  GLN  19           HB1      GLN  19 -10.382 -13.368  16.924
    8    HG3  GLN  19           HG1      GLN  19  -8.042 -11.934  15.654

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   ARG  20           HA       ARG  20 -12.582 -16.595  14.648
    2    HB2  ARG  20           HB2      ARG  20 -14.194 -15.878  12.915
    3    HG2  ARG  20           HG2      ARG  20 -11.956 -14.102  11.940
    4    HD2  ARG  20           HD2      ARG  20 -13.652 -12.850  10.609
    5    HE   ARG  20           HE       ARG  20 -13.171 -12.411  13.350
    6   HH11  ARG  20          HH11      ARG  20 -15.485 -11.381  10.900
    7   HH12  ARG  20          HH12      ARG  20 -15.741  -9.836  11.646
    8   HH21  ARG  20          HH21      ARG  20 -13.528 -10.383  14.282
    9   HH22  ARG  20          HH22      ARG  20 -14.643  -9.277  13.555
   10    H    ARG  20           HN       ARG  20 -10.826 -14.520  13.520
   11    HB3  ARG  20           HB1      ARG  20 -13.637 -14.526  13.893
   12    HG3  ARG  20           HG1      ARG  20 -13.016 -15.160  11.004
   13    HD3  ARG  20           HD1      ARG  20 -14.933 -13.629  11.543

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   GLU  21           HA       GLU  21 -10.686 -18.642  10.762
    2    HB2  GLU  21           HB2      GLU  21  -9.077 -16.861  10.060
    3    HG2  GLU  21           HG2      GLU  21  -7.231 -18.221   9.159
    4    H    GLU  21           HN       GLU  21  -9.967 -16.437  12.505
    5    HB3  GLU  21           HB1      GLU  21  -7.957 -17.397  11.299
    6    HG3  GLU  21           HG1      GLU  21  -7.746 -19.582  10.155

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   TYR  22           HA       TYR  22  -7.913 -21.162  13.585
    2    HB2  TYR  22           HB2      TYR  22  -6.190 -18.900  14.711
    3    HD1  TYR  22           HD1      TYR  22  -5.333 -17.780  12.774
    4    HD2  TYR  22           HD2      TYR  22  -5.459 -22.056  12.834
    5    HE1  TYR  22           HE1      TYR  22  -4.070 -17.856  10.661
    6    HE2  TYR  22           HE2      TYR  22  -4.198 -22.121  10.732
    7    HH   TYR  22           HH       TYR  22  -2.644 -19.411   9.407
    8    H    TYR  22           HN       TYR  22  -8.031 -18.276  13.141
    9    HB3  TYR  22           HB1      TYR  22  -5.883 -20.621  14.934

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   SER  23           HA       SER  23 -10.087 -18.475  17.190
    2    HB2  SER  23           HB2      SER  23  -9.521 -19.717  19.320
    3    HG   SER  23           HG       SER  23  -7.165 -20.036  18.008
    4    H    SER  23           HN       SER  23  -7.778 -18.371  15.785
    5    HB3  SER  23           HB1      SER  23  -9.682 -20.789  17.933

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   THR  24           HA       THR  24  -7.443 -15.809  19.741
    2    HB   THR  24           HB       THR  24  -8.821 -14.751  21.604
    3    HG1  THR  24           HG1      THR  24 -10.293 -16.259  22.170
    4   HG23  THR  24          HG21      THR  24 -10.370 -13.522  20.142
    5   HG22  THR  24          HG22      THR  24 -10.175 -14.744  18.883
    6   HG21  THR  24          HG23      THR  24  -8.805 -13.732  19.350
    7    H    THR  24           HN       THR  24  -9.808 -17.551  19.461

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   LEU  25           HA       LEU  25  -6.070 -18.470  22.984
    2    HB2  LEU  25           HB2      LEU  25  -4.291 -16.577  22.722
    3    HG   LEU  25           HG       LEU  25  -4.461 -18.020  25.399
    4   HD12  LEU  25          HD11      LEU  25  -2.913 -19.618  24.352
    5   HD11  LEU  25          HD12      LEU  25  -3.034 -18.744  22.822
    6   HD13  LEU  25          HD13      LEU  25  -4.454 -19.548  23.500
    7   HD23  LEU  25          HD21      LEU  25  -2.076 -16.656  24.096
    8   HD22  LEU  25          HD22      LEU  25  -2.052 -17.599  25.590
    9   HD21  LEU  25          HD23      LEU  25  -2.943 -16.080  25.524
   10    H    LEU  25           HN       LEU  25  -6.335 -15.854  21.822
   11    HB3  LEU  25           HB1      LEU  25  -4.999 -15.888  24.176

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ARG  26           HA       ARG  26  -9.034 -17.559  26.208
    2    HB2  ARG  26           HB2      ARG  26 -10.148 -19.618  26.966
    3    HG2  ARG  26           HG2      ARG  26  -8.443 -21.313  25.135
    4    HD2  ARG  26           HD2      ARG  26 -10.651 -22.207  25.885
    5    HE   ARG  26           HE       ARG  26 -10.323 -21.125  28.262
    6   HH11  ARG  26          HH11      ARG  26 -10.010 -24.528  27.551
    7   HH12  ARG  26          HH12      ARG  26 -10.610 -25.032  29.093
    8   HH21  ARG  26          HH21      ARG  26 -11.103 -21.798  30.305
    9   HH22  ARG  26          HH22      ARG  26 -11.233 -23.493  30.645
   10    H    ARG  26           HN       ARG  26  -7.135 -19.302  24.755
   11    HB3  ARG  26           HB1      ARG  26 -10.039 -19.573  25.214
   12    HG3  ARG  26           HG1      ARG  26  -7.981 -21.099  26.817
   13    HD3  ARG  26           HD1      ARG  26  -9.275 -23.175  26.441

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   SER  27           HA       SER  27  -6.119 -18.994  29.570
    2    HB2  SER  27           HB2      SER  27  -6.508 -21.910  28.711
    3    HG   SER  27           HG       SER  27  -8.160 -20.049  30.057
    4    H    SER  27           HN       SER  27  -6.311 -19.782  26.754
    5    HB3  SER  27           HB1      SER  27  -6.125 -21.364  30.346

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   VAL  28           HA       VAL  28  -1.939 -20.490  28.819
    2    HB   VAL  28           HB       VAL  28  -1.723 -17.921  30.471
    3    H    VAL  28           HN       VAL  28  -4.116 -19.359  30.462

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   GLN  29           HA       GLN  29  -0.500 -21.610  32.954
    2    HB2  GLN  29           HB2      GLN  29  -0.707 -24.078  33.103
    3    HG2  GLN  29           HG2      GLN  29  -1.250 -24.010  30.126
    4   HE21  GLN  29          HE21      GLN  29  -0.401 -26.834  30.048
    5   HE22  GLN  29          HE22      GLN  29  -1.762 -27.737  30.604
    6    H    GLN  29           HN       GLN  29  -0.441 -21.652  30.022
    7    HB3  GLN  29           HB1      GLN  29  -2.131 -23.369  32.350
    8    HG3  GLN  29           HG1      GLN  29   0.127 -24.781  30.902

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   TYR  30           HA       TYR  30   3.771 -22.280  31.931
    2    HB2  TYR  30           HB2      TYR  30   4.044 -20.292  33.314
    3    HD1  TYR  30           HD1      TYR  30   5.585 -21.899  36.067
    4    HD2  TYR  30           HD2      TYR  30   6.110 -21.280  31.873
    5    HE1  TYR  30           HE1      TYR  30   7.968 -22.479  36.272
    6    HE2  TYR  30           HE2      TYR  30   8.491 -21.839  32.085
    7    HH   TYR  30           HH       TYR  30  10.240 -21.862  33.838
    8    H    TYR  30           HN       TYR  30   1.535 -21.720  33.729
    9    HB3  TYR  30           HB1      TYR  30   3.711 -21.204  34.784

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   ARG  31           HA       ARG  31   3.949 -26.361  33.750
    2    HB2  ARG  31           HB2      ARG  31   5.066 -26.475  30.925
    3    HG2  ARG  31           HG2      ARG  31   2.465 -27.389  32.152
    4    HD2  ARG  31           HD2      ARG  31   2.043 -28.664  30.054
    5    HE   ARG  31           HE       ARG  31   4.079 -29.626  31.939
    6   HH11  ARG  31          HH11      ARG  31   1.647 -30.477  29.523
    7   HH12  ARG  31          HH12      ARG  31   1.600 -32.145  30.000
    8   HH21  ARG  31          HH21      ARG  31   3.978 -31.803  32.541
    9   HH22  ARG  31          HH22      ARG  31   2.928 -32.896  31.695
   10    H    ARG  31           HN       ARG  31   4.145 -24.381  31.666
   11    HB3  ARG  31           HB1      ARG  31   5.033 -27.857  32.013
   12    HG3  ARG  31           HG1      ARG  31   2.732 -26.435  30.690
   13    HD3  ARG  31           HD1      ARG  31   3.736 -28.457  29.609

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   SER  32           HA       SER  32   7.890 -24.932  35.206
    2    HB2  SER  32           HB2      SER  32   6.423 -24.769  37.217
    3    HG   SER  32           HG       SER  32   8.469 -25.981  38.470
    4    H    SER  32           HN       SER  32   5.326 -26.185  35.379
    5    HB3  SER  32           HB1      SER  32   6.669 -26.488  37.526

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   GLU  33           HA       GLU  33   9.391 -29.427  35.862
    2    HB2  GLU  33           HB2      GLU  33   8.475 -31.581  35.587
    3    HG2  GLU  33           HG2      GLU  33   7.448 -31.213  33.267
    4    H    GLU  33           HN       GLU  33   6.810 -28.325  35.269
    5    HB3  GLU  33           HB1      GLU  33   7.157 -30.626  36.229
    6    HG3  GLU  33           HG1      GLU  33   6.626 -32.314  34.370

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLU  34           HA       GLU  34   9.715 -29.641  31.139
    2    HB2  GLU  34           HB2      GLU  34   7.272 -27.868  30.730
    3    HG2  GLU  34           HG2      GLU  34   6.842 -30.265  31.391
    4    H    GLU  34           HN       GLU  34   7.704 -28.593  32.957
    5    HB3  GLU  34           HB1      GLU  34   8.284 -28.473  29.415
    6    HG3  GLU  34           HG1      GLU  34   6.128 -29.743  29.859

  No H/Q in entry =           6
  In of MODEL    6
    1    HA3  GLY  35           HA2      GLY  35  10.001 -24.619  32.884
    2    H    GLY  35           HN       GLY  35   9.035 -26.691  32.838
    3    HA2  GLY  35           HA1      GLY  35  11.340 -25.275  31.949

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   VAL  36           HA       VAL  36   8.446 -23.357  28.793
    2    HB   VAL  36           HB       VAL  36   7.296 -24.683  27.156
    3    H    VAL  36           HN       VAL  36   7.967 -25.347  30.941

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   ILE  37           HA       ILE  37   4.164 -22.426  29.816
    2    HB   ILE  37           HB       ILE  37   4.946 -20.295  27.779
    3   HD12  ILE  37          HD11      ILE  37   4.186 -18.117  30.126
    4   HD11  ILE  37          HD12      ILE  37   5.522 -17.996  28.981
    5   HD13  ILE  37          HD13      ILE  37   5.847 -18.028  30.709
    6    H    ILE  37           HN       ILE  37   6.525 -22.266  28.081

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   VAL  38           HA       VAL  38   1.998 -23.944  26.234
    2    HB   VAL  38           HB       VAL  38   0.574 -24.972  28.733
    3    H    VAL  38           HN       VAL  38   2.357 -23.247  29.068

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   PHE  39           HA       PHE  39  -1.185 -20.823  26.271
    2    HB2  PHE  39           HB2      PHE  39   0.018 -20.989  23.464
    3    HD1  PHE  39           HD1      PHE  39  -0.329 -18.058  25.709
    4    HD2  PHE  39           HD2      PHE  39   2.384 -20.907  24.032
    5    HE1  PHE  39           HE1      PHE  39   1.564 -16.693  26.464
    6    HE2  PHE  39           HE2      PHE  39   4.276 -19.536  24.799
    7    HZ   PHE  39           HZ       PHE  39   3.872 -17.426  26.013
    8    H    PHE  39           HN       PHE  39   0.663 -22.775  25.083
    9    HB3  PHE  39           HB1      PHE  39  -1.083 -19.734  24.013

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   ILE  40           HA       ILE  40  -4.089 -23.890  24.665
    2    HB   ILE  40           HB       ILE  40  -5.412 -22.763  27.177
    3   HD13  ILE  40          HD11      ILE  40  -3.886 -25.477  29.324
    4   HD12  ILE  40          HD12      ILE  40  -5.507 -25.562  28.636
    5   HD11  ILE  40          HD13      ILE  40  -4.939 -24.063  29.376
    6    H    ILE  40           HN       ILE  40  -3.082 -21.934  26.569

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LEU  41           HA       LEU  41  -6.310 -20.693  22.515
    2    HB2  LEU  41           HB2      LEU  41  -6.193 -23.201  20.807
    3    HG   LEU  41           HG       LEU  41  -4.083 -21.917  20.841
    4   HD12  LEU  41          HD11      LEU  41  -5.556 -21.515  18.216
    5   HD11  LEU  41          HD12      LEU  41  -4.701 -22.977  18.710
    6   HD13  LEU  41          HD13      LEU  41  -3.804 -21.487  18.444
    7   HD21  LEU  41          HD21      LEU  41  -5.782 -19.557  19.980
    8   HD23  LEU  41          HD22      LEU  41  -4.021 -19.587  20.059
    9   HD22  LEU  41          HD23      LEU  41  -4.961 -19.756  21.531
   10    H    LEU  41           HN       LEU  41  -5.200 -23.322  22.934
   11    HB3  LEU  41           HB1      LEU  41  -7.072 -21.769  20.282

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ALA  42           HA       ALA  42 -10.544 -21.256  23.348
    2    HB1  ALA  42           HB1      ALA  42 -10.819 -19.967  20.611
    3    HB2  ALA  42           HB2      ALA  42 -10.615 -19.121  22.143
    4    HB3  ALA  42           HB3      ALA  42 -12.083 -20.052  21.847
    5    H    ALA  42           HN       ALA  42  -8.509 -20.434  21.550

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ASN  43           HA       ASN  43 -11.534 -24.617  20.223
    2    HB2  ASN  43           HB2      ASN  43 -10.544 -25.361  18.134
    3   HD21  ASN  43          HD21      ASN  43  -8.608 -22.458  18.139
    4   HD22  ASN  43          HD22      ASN  43  -7.097 -23.238  17.867
    5    H    ASN  43           HN       ASN  43  -9.307 -22.711  20.448
    6    HB3  ASN  43           HB1      ASN  43 -10.586 -23.610  18.110

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ASP  44           HA       ASP  44  -7.825 -25.570  23.580
    2    HB2  ASP  44           HB2      ASP  44  -9.961 -26.905  23.935
    3    H    ASP  44           HN       ASP  44  -9.275 -24.390  22.347
    4    HB3  ASP  44           HB1      ASP  44  -9.397 -28.048  22.729

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   ARG  45           HA       ARG  45  -4.884 -27.252  20.852
    2    HB2  ARG  45           HB2      ARG  45  -5.857 -25.910  18.908
    3    HG2  ARG  45           HG2      ARG  45  -2.842 -26.186  19.135
    4    HD2  ARG  45           HD2      ARG  45  -4.557 -25.504  16.733
    5    HE   ARG  45           HE       ARG  45  -3.161 -27.040  15.727
    6   HH11  ARG  45          HH11      ARG  45  -1.200 -24.810  17.631
    7   HH12  ARG  45          HH12      ARG  45   0.294 -25.389  16.970
    8   HH21  ARG  45          HH21      ARG  45  -1.190 -27.772  14.885
    9   HH22  ARG  45          HH22      ARG  45   0.296 -27.059  15.424
   10    H    ARG  45           HN       ARG  45  -6.500 -24.871  21.573
   11    HB3  ARG  45           HB1      ARG  45  -4.803 -24.586  19.399
   12    HG3  ARG  45           HG1      ARG  45  -3.978 -27.343  18.429
   13    HD3  ARG  45           HD1      ARG  45  -3.154 -24.629  17.366

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   GLU  46           HA       GLU  46  -2.045 -25.271  23.555
    2    HB2  GLU  46           HB2      GLU  46  -1.102 -28.142  23.162
    3    HG2  GLU  46           HG2      GLU  46  -2.812 -26.990  25.393
    4    H    GLU  46           HN       GLU  46  -2.912 -27.369  21.709
    5    HB3  GLU  46           HB1      GLU  46  -0.552 -27.057  24.439
    6    HG3  GLU  46           HG1      GLU  46  -3.417 -28.012  24.084

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   LEU  47           HA       LEU  47   1.434 -24.492  20.827
    2    HB2  LEU  47           HB2      LEU  47   0.137 -21.875  21.585
    3    HG   LEU  47           HG       LEU  47  -0.548 -22.953  19.415
    4   HD13  LEU  47          HD11      LEU  47  -0.247 -20.981  17.980
    5   HD12  LEU  47          HD12      LEU  47   1.011 -20.369  19.058
    6   HD11  LEU  47          HD13      LEU  47  -0.651 -20.504  19.632
    7   HD21  LEU  47          HD21      LEU  47   1.568 -24.121  18.928
    8   HD23  LEU  47          HD22      LEU  47   2.377 -22.575  18.651
    9   HD22  LEU  47          HD23      LEU  47   1.084 -23.101  17.568
   10    H    LEU  47           HN       LEU  47  -0.809 -23.734  22.557
   11    HB3  LEU  47           HB1      LEU  47   1.803 -21.851  21.032

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   LYS  48           HA       LYS  48   3.782 -24.486  24.575
    2    HB2  LYS  48           HB2      LYS  48   3.188 -26.804  23.937
    3    HG2  LYS  48           HG2      LYS  48   6.121 -26.722  24.706
    4    HD2  LYS  48           HD2      LYS  48   3.961 -28.802  25.264
    5    HE2  LYS  48           HE2      LYS  48   5.652 -28.657  27.087
    6    HZ3  LYS  48           HZ1      LYS  48   7.937 -29.262  26.579
    7    HZ2  LYS  48           HZ2      LYS  48   7.519 -27.830  25.776
    8    HZ1  LYS  48           HZ3      LYS  48   7.592 -29.289  24.922
    9    H    LYS  48           HN       LYS  48   3.355 -24.935  21.669
   10    HB3  LYS  48           HB1      LYS  48   4.553 -26.854  22.827
   11    HG3  LYS  48           HG1      LYS  48   4.778 -26.535  25.842
   12    HD3  LYS  48           HD1      LYS  48   5.266 -28.979  24.089
   13    HE3  LYS  48           HE1      LYS  48   5.744 -30.180  26.198

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   PHE  49           HA       PHE  49   7.861 -23.079  23.332
    2    HB2  PHE  49           HB2      PHE  49   6.123 -20.606  23.744
    3    HD1  PHE  49           HD1      PHE  49   8.309 -21.349  20.864
    4    HD2  PHE  49           HD2      PHE  49   4.274 -21.272  22.281
    5    HE1  PHE  49           HE1      PHE  49   7.487 -21.558  18.554
    6    HE2  PHE  49           HE2      PHE  49   3.464 -21.485  19.966
    7    HZ   PHE  49           HZ       PHE  49   5.067 -21.627  18.103
    8    H    PHE  49           HN       PHE  49   5.319 -23.005  24.836
    9    HB3  PHE  49           HB1      PHE  49   7.777 -20.563  23.150

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   ARG  50           HA       ARG  50   9.199 -21.978  27.424
    2    HB2  ARG  50           HB2      ARG  50  11.691 -21.366  25.796
    3    HG2  ARG  50           HG2      ARG  50  11.983 -23.920  26.911
    4    HD2  ARG  50           HD2      ARG  50  12.868 -23.291  24.710
    5    HE   ARG  50           HE       ARG  50  10.784 -22.187  23.829
    6   HH11  ARG  50          HH11      ARG  50  11.478 -25.543  23.065
    7   HH12  ARG  50          HH12      ARG  50  10.603 -25.501  21.569
    8   HH21  ARG  50          HH21      ARG  50   9.687 -22.136  21.855
    9   HH22  ARG  50          HH22      ARG  50   9.601 -23.569  20.882
   10    H    ARG  50           HN       ARG  50   9.375 -21.231  24.544
   11    HB3  ARG  50           HB1      ARG  50  11.669 -21.776  27.500
   12    HG3  ARG  50           HG1      ARG  50  10.342 -23.931  26.275
   13    HD3  ARG  50           HD1      ARG  50  11.945 -24.796  24.628

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   PRO  51           HA       PRO  51   9.407 -17.689  28.964
    2    HB2  PRO  51           HB2      PRO  51  11.742 -18.061  30.610
    3    HG2  PRO  51           HG2      PRO  51  11.867 -20.361  30.385
    4    HD2  PRO  51           HD2      PRO  51  10.197 -21.591  29.277
    5    HB3  PRO  51           HB1      PRO  51  10.049 -18.097  31.114
    6    HG3  PRO  51           HG1      PRO  51  10.562 -20.311  31.587
    7    HD3  PRO  51           HD1      PRO  51   8.879 -20.610  29.959

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   ASP  52           HA       ASP  52  13.560 -16.147  27.662
    2    HB2  ASP  52           HB2      ASP  52  15.248 -18.654  28.019
    3    H    ASP  52           HN       ASP  52  12.838 -18.816  28.553
    4    HB3  ASP  52           HB1      ASP  52  15.893 -17.052  27.656

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   ASP  53           HA       ASP  53  13.453 -18.311  23.511
    2    HB2  ASP  53           HB2      ASP  53  12.412 -20.410  24.132
    3    H    ASP  53           HN       ASP  53  12.070 -18.457  26.059
    4    HB3  ASP  53           HB1      ASP  53  10.881 -19.627  24.459

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   LEU  54           HA       LEU  54   9.657 -15.714  22.555
    2    HB2  LEU  54           HB2      LEU  54   8.217 -15.962  25.209
    3    HG   LEU  54           HG       LEU  54   8.476 -18.201  24.155
    4   HD12  LEU  54          HD11      LEU  54   5.659 -17.081  24.057
    5   HD11  LEU  54          HD12      LEU  54   6.492 -17.706  25.484
    6   HD13  LEU  54          HD13      LEU  54   6.096 -18.787  24.154
    7   HD21  LEU  54          HD21      LEU  54   7.065 -16.928  21.782
    8   HD23  LEU  54          HD22      LEU  54   7.363 -18.657  21.986
    9   HD22  LEU  54          HD23      LEU  54   8.719 -17.548  21.822
   10    H    LEU  54           HN       LEU  54  10.554 -16.959  25.076
   11    HB3  LEU  54           HB1      LEU  54   7.526 -15.345  23.716

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLN  55           HA       GLN  55  10.186 -11.487  23.268
    2    HB2  GLN  55           HB2      GLN  55   8.220 -11.447  21.751
    3    HG2  GLN  55           HG2      GLN  55   7.079  -9.276  22.476
    4   HE21  GLN  55          HE21      GLN  55   8.035  -7.266  21.855
    5   HE22  GLN  55          HE22      GLN  55   9.578  -7.219  21.084
    6    H    GLN  55           HN       GLN  55   8.519 -13.634  22.775
    7    HB3  GLN  55           HB1      GLN  55   7.137 -11.532  23.125
    8    HG3  GLN  55           HG1      GLN  55   8.155  -9.290  23.872

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   ALA  56           HA       ALA  56   7.549 -10.049  26.959
    2    HB3  ALA  56           HB1      ALA  56   5.510 -10.967  28.014
    3    HB1  ALA  56           HB2      ALA  56   5.645 -12.430  27.028
    4    HB2  ALA  56           HB3      ALA  56   5.326 -10.872  26.260
    5    H    ALA  56           HN       ALA  56   7.167 -12.103  25.051

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   THR  57           HA       THR  57   8.281 -13.745  29.873
    2    HB   THR  57           HB       THR  57   8.610 -16.167  29.270
    3    HG1  THR  57           HG1      THR  57   9.468 -15.416  27.048
    4   HG22  THR  57          HG21      THR  57   6.274 -14.879  27.861
    5   HG21  THR  57          HG22      THR  57   6.331 -15.231  29.583
    6   HG23  THR  57          HG23      THR  57   6.374 -16.548  28.413
    7    H    THR  57           HN       THR  57   8.013 -13.502  27.024

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   TYR  58           HA       TYR  58  12.765 -14.294  28.065
    2    HB2  TYR  58           HB2      TYR  58  12.318 -12.870  26.026
    3    HD1  TYR  58           HD1      TYR  58  14.314 -14.707  26.315
    4    HD2  TYR  58           HD2      TYR  58  14.759 -10.484  26.774
    5    HE1  TYR  58           HE1      TYR  58  16.699 -14.910  25.799
    6    HE2  TYR  58           HE2      TYR  58  17.149 -10.687  26.253
    7    HH   TYR  58           HH       TYR  58  18.537 -13.505  24.965
    8    H    TYR  58           HN       TYR  58  10.450 -12.732  27.576
    9    HB3  TYR  58           HB1      TYR  58  12.601 -11.441  27.017

  No H/Q in entry =           9
  In of MODEL    6
    1    HA3  GLY  59           HA2      GLY  59  14.760 -13.786  31.960
    2    H    GLY  59           HN       GLY  59  13.658 -14.414  30.043
    3    HA2  GLY  59           HA1      GLY  59  14.697 -12.118  31.423

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   ALA  60           HA       ALA  60  10.810 -12.139  33.873
    2    HB3  ALA  60           HB1      ALA  60   8.517 -12.705  33.166
    3    HB1  ALA  60           HB2      ALA  60   9.157 -13.708  31.859
    4    HB2  ALA  60           HB3      ALA  60   9.419 -11.964  31.843
    5    H    ALA  60           HN       ALA  60  11.629 -13.612  31.473

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   THR  61           HA       THR  61  11.118 -15.769  36.300
    2    HB   THR  61           HB       THR  61  10.265 -15.228  38.640
    3    HG1  THR  61           HG1      THR  61   9.940 -12.573  38.163
    4   HG23  THR  61          HG21      THR  61  11.919 -13.477  39.134
    5   HG22  THR  61          HG22      THR  61  12.073 -13.109  37.414
    6   HG21  THR  61          HG23      THR  61  12.600 -14.678  38.033
    7    H    THR  61           HN       THR  61  10.189 -13.104  35.738

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   PRO  62           HA       PRO  62   7.486 -18.269  35.699
    2    HB2  PRO  62           HB2      PRO  62   7.458 -19.787  38.076
    3    HG2  PRO  62           HG2      PRO  62   9.214 -18.675  39.148
    4    HD2  PRO  62           HD2      PRO  62  10.737 -17.324  37.979
    5    HB3  PRO  62           HB1      PRO  62   8.422 -20.143  36.640
    6    HG3  PRO  62           HG1      PRO  62  10.123 -19.896  38.231
    7    HD3  PRO  62           HD1      PRO  62  10.711 -18.366  36.535

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   GLU  63           HA       GLU  63   4.960 -16.754  39.573
    2    HB2  GLU  63           HB2      GLU  63   5.429 -14.828  41.056
    3    HG2  GLU  63           HG2      GLU  63   8.070 -14.591  39.585
    4    H    GLU  63           HN       GLU  63   7.656 -16.450  38.711
    5    HB3  GLU  63           HB1      GLU  63   6.737 -16.009  41.105
    6    HG3  GLU  63           HG1      GLU  63   6.763 -13.410  39.541

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLN  64           HA       GLN  64   4.345 -12.641  37.048
    2    HB2  GLN  64           HB2      GLN  64   6.945 -13.011  35.489
    3    HG2  GLN  64           HG2      GLN  64   6.294 -10.847  37.505
    4   HE21  GLN  64          HE21      GLN  64   8.007  -9.438  37.949
    5   HE22  GLN  64          HE22      GLN  64   9.360  -9.264  36.893
    6    H    GLN  64           HN       GLN  64   6.592 -14.377  37.515
    7    HB3  GLN  64           HB1      GLN  64   5.819 -11.670  35.278
    8    HG3  GLN  64           HG1      GLN  64   7.270 -12.268  37.869

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   LEU  65           HA       LEU  65   3.830 -15.534  33.307
    2    HB2  LEU  65           HB2      LEU  65   5.719 -17.735  34.298
    3    HG   LEU  65           HG       LEU  65   7.135 -15.786  33.984
    4   HD13  LEU  65          HD11      LEU  65   8.632 -16.544  32.215
    5   HD12  LEU  65          HD12      LEU  65   7.373 -17.604  31.577
    6   HD11  LEU  65          HD13      LEU  65   8.042 -17.892  33.185
    7   HD21  LEU  65          HD21      LEU  65   5.747 -15.389  31.315
    8   HD23  LEU  65          HD22      LEU  65   7.213 -14.543  31.820
    9   HD22  LEU  65          HD23      LEU  65   5.717 -14.317  32.717
   10    H    LEU  65           HN       LEU  65   5.470 -15.631  35.773
   11    HB3  LEU  65           HB1      LEU  65   5.040 -17.564  32.681

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ARG  66           HA       ARG  66   0.863 -17.774  35.701
    2    HB2  ARG  66           HB2      ARG  66   1.725 -16.752  38.454
    3    HG2  ARG  66           HG2      ARG  66   2.300 -19.405  37.114
    4    HD2  ARG  66           HD2      ARG  66   3.083 -20.231  39.288
    5    HE   ARG  66           HE       ARG  66   0.347 -19.868  38.732
    6   HH11  ARG  66          HH11      ARG  66   2.378 -20.662  41.484
    7   HH12  ARG  66          HH12      ARG  66   1.124 -21.543  42.289
    8   HH21  ARG  66          HH21      ARG  66  -1.267 -20.999  39.800
    9   HH22  ARG  66          HH22      ARG  66  -0.937 -21.751  41.329
   10    H    ARG  66           HN       ARG  66   3.030 -15.852  36.311
   11    HB3  ARG  66           HB1      ARG  66   0.447 -17.928  38.123
   12    HG3  ARG  66           HG1      ARG  66   3.441 -18.274  37.836
   13    HD3  ARG  66           HD1      ARG  66   2.534 -18.743  40.070

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   GLU  67           HA       GLU  67  -0.886 -13.526  37.096
    2    HB2  GLU  67           HB2      GLU  67   1.812 -12.102  37.180
    3    HG2  GLU  67           HG2      GLU  67   0.095 -12.955  39.526
    4    H    GLU  67           HN       GLU  67   1.792 -14.591  36.924
    5    HB3  GLU  67           HB1      GLU  67   0.264 -11.401  37.652
    6    HG3  GLU  67           HG1      GLU  67   1.574 -13.773  39.021

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ILE  68           HA       ILE  68  -0.467 -12.495  32.742
    2    HB   ILE  68           HB       ILE  68  -1.508 -15.349  33.043
    3   HD11  ILE  68          HD11      ILE  68   0.612 -16.556  31.139
    4   HD13  ILE  68          HD12      ILE  68   0.419 -17.121  32.805
    5   HD12  ILE  68          HD13      ILE  68   1.989 -16.553  32.237
    6    H    ILE  68           HN       ILE  68  -1.768 -13.756  35.082

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLU  69           HA       GLU  69  -4.762 -12.021  31.401
    2    HB2  GLU  69           HB2      GLU  69  -4.131  -9.732  32.199
    3    HG2  GLU  69           HG2      GLU  69  -5.388  -8.277  30.707
    4    H    GLU  69           HN       GLU  69  -1.826 -11.592  31.231
    5    HB3  GLU  69           HB1      GLU  69  -3.250  -9.444  30.709
    6    HG3  GLU  69           HG1      GLU  69  -5.335  -9.492  29.430

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ILE  70           HA       ILE  70  -4.151 -12.968  27.046
    2    HB   ILE  70           HB       ILE  70  -7.121 -12.272  27.169
    3   HD11  ILE  70          HD11      ILE  70  -4.482 -14.948  27.655
    4   HD13  ILE  70          HD12      ILE  70  -5.403 -15.568  26.280
    5   HD12  ILE  70          HD13      ILE  70  -5.666 -16.232  27.891
    6    H    ILE  70           HN       ILE  70  -5.807 -11.963  29.218

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   SER  71           HA       SER  71  -3.122  -9.342  24.762
    2    HB2  SER  71           HB2      SER  71  -4.518 -10.951  22.596
    3    HG   SER  71           HG       SER  71  -1.836 -10.327  23.222
    4    H    SER  71           HN       SER  71  -4.124 -11.892  24.826
    5    HB3  SER  71           HB1      SER  71  -3.846  -9.362  22.253

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   PRO  72           HA       PRO  72  -6.652  -6.437  24.913
    2    HB2  PRO  72           HB2      PRO  72  -5.628  -4.382  23.366
    3    HG2  PRO  72           HG2      PRO  72  -3.741  -5.525  22.532
    4    HD2  PRO  72           HD2      PRO  72  -2.857  -7.402  23.628
    5    HB3  PRO  72           HB1      PRO  72  -5.163  -4.661  25.051
    6    HG3  PRO  72           HG1      PRO  72  -3.070  -4.750  23.986
    7    HD3  PRO  72           HD1      PRO  72  -3.162  -6.731  25.246

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   SER  73           HA       SER  73  -7.552  -7.005  20.286
    2    HB2  SER  73           HB2      SER  73  -4.907  -8.327  19.534
    3    HG   SER  73           HG       SER  73  -4.277  -6.334  18.859
    4    H    SER  73           HN       SER  73  -5.154  -7.469  21.895
    5    HB3  SER  73           HB1      SER  73  -6.163  -7.780  18.416

  No H/Q in entry =           5
  In of MODEL    6
    1    HA3  GLY  74           HA2      GLY  74  -7.701 -11.275  23.072
    2    H    GLY  74           HN       GLY  74  -6.567  -9.372  22.433
    3    HA2  GLY  74           HA1      GLY  74  -8.659 -11.205  21.609

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   LEU  75           HA       LEU  75  -5.898 -13.655  19.098
    2    HB2  LEU  75           HB2      LEU  75  -3.899 -11.392  19.045
    3    HG   LEU  75           HG       LEU  75  -5.934 -11.323  17.503
    4   HD12  LEU  75          HD11      LEU  75  -4.652 -10.613  15.535
    5   HD11  LEU  75          HD12      LEU  75  -3.200 -11.365  16.200
    6   HD13  LEU  75          HD13      LEU  75  -3.947  -9.996  17.029
    7   HD21  LEU  75          HD21      LEU  75  -4.511 -13.659  16.173
    8   HD23  LEU  75          HD22      LEU  75  -5.886 -12.779  15.500
    9   HD22  LEU  75          HD23      LEU  75  -6.082 -13.718  16.979
   10    H    LEU  75           HN       LEU  75  -6.003 -11.080  20.049
   11    HB3  LEU  75           HB1      LEU  75  -3.480 -12.932  18.310

  No H/Q in entry =          11
  In of MODEL    6
    1    HA3  GLY  76           HA2      GLY  76  -2.403 -15.073  21.726
    2    H    GLY  76           HN       GLY  76  -3.102 -12.322  20.894
    3    HA2  GLY  76           HA1      GLY  76  -1.299 -13.705  21.595

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   VAL  77           HA       VAL  77  -2.525 -12.898  25.731
    2    HB   VAL  77           HB       VAL  77  -0.854 -14.964  25.568
    3    H    VAL  77           HN       VAL  77  -0.701 -12.896  23.437

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   TYR  78           HA       TYR  78   0.215  -9.474  26.743
    2    HB2  TYR  78           HB2      TYR  78  -1.858  -8.394  25.945
    3    HD1  TYR  78           HD1      TYR  78  -2.544  -7.051  29.204
    4    HD2  TYR  78           HD2      TYR  78   0.251  -6.858  25.972
    5    HE1  TYR  78           HE1      TYR  78  -1.760  -4.864  30.011
    6    HE2  TYR  78           HE2      TYR  78   1.037  -4.677  26.782
    7    HH   TYR  78           HH       TYR  78   0.188  -3.441  29.861
    8    H    TYR  78           HN       TYR  78  -2.025 -11.320  27.261
    9    HB3  TYR  78           HB1      TYR  78  -2.650  -8.706  27.482

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   PHE  79           HA       PHE  79   0.523 -10.808  31.011
    2    HB2  PHE  79           HB2      PHE  79   3.400 -10.370  30.121
    3    HD1  PHE  79           HD1      PHE  79   0.640 -12.782  30.340
    4    HD2  PHE  79           HD2      PHE  79   4.649 -12.272  29.521
    5    HE1  PHE  79           HE1      PHE  79   0.686 -14.973  29.258
    6    HE2  PHE  79           HE2      PHE  79   4.669 -14.452  28.476
    7    HZ   PHE  79           HZ       PHE  79   2.736 -15.834  28.338
    8    H    PHE  79           HN       PHE  79   1.497 -10.277  28.358
    9    HB3  PHE  79           HB1      PHE  79   2.876 -11.065  31.658

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   GLU  80           HA       GLU  80  -0.007  -6.468  31.467
    2    HB2  GLU  80           HB2      GLU  80  -2.137  -7.611  32.200
    3    HG2  GLU  80           HG2      GLU  80  -1.385  -5.391  34.113
    4    H    GLU  80           HN       GLU  80  -0.378  -9.222  31.941
    5    HB3  GLU  80           HB1      GLU  80  -1.442  -7.802  33.803
    6    HG3  GLU  80           HG1      GLU  80  -1.923  -5.132  32.457

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   THR  81           HA       THR  81   2.369  -6.878  35.755
    2    HB   THR  81           HB       THR  81   3.317  -9.688  35.027
    3    HG1  THR  81           HG1      THR  81   1.543 -10.386  35.909
    4   HG23  THR  81          HG21      THR  81   4.863  -8.519  36.560
    5   HG22  THR  81          HG22      THR  81   4.026  -9.828  37.397
    6   HG21  THR  81          HG23      THR  81   3.523  -8.154  37.650
    7    H    THR  81           HN       THR  81   1.180  -8.652  33.934

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   LEU  82           HA       LEU  82   6.186  -7.008  32.949
    2    HB2  LEU  82           HB2      LEU  82   5.131  -8.555  30.555
    3    HG   LEU  82           HG       LEU  82   4.806 -10.136  32.377
    4   HD13  LEU  82          HD11      LEU  82   6.276 -11.940  31.663
    5   HD12  LEU  82          HD12      LEU  82   7.356 -10.787  30.876
    6   HD11  LEU  82          HD13      LEU  82   5.712 -11.009  30.276
    7   HD21  LEU  82          HD21      LEU  82   7.668  -9.583  33.197
    8   HD23  LEU  82          HD22      LEU  82   6.618 -10.847  33.845
    9   HD22  LEU  82          HD23      LEU  82   6.208  -9.156  34.095
   10    H    LEU  82           HN       LEU  82   3.517  -8.208  32.687
   11    HB3  LEU  82           HB1      LEU  82   6.805  -8.284  31.019

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLU  83           HA       GLU  83   2.199  -4.876  30.151
    2    HB2  GLU  83           HB2      GLU  83   4.765  -3.280  30.561
    3    HG2  GLU  83           HG2      GLU  83   1.987  -2.913  31.718
    4    H    GLU  83           HN       GLU  83   3.125  -6.194  31.732
    5    HB3  GLU  83           HB1      GLU  83   3.356  -2.685  29.679
    6    HG3  GLU  83           HG1      GLU  83   3.394  -3.494  32.605

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   GLU  84           HA       GLU  84   4.635  -6.361  26.571
    2    HB2  GLU  84           HB2      GLU  84   5.556  -8.545  28.478
    3    HG2  GLU  84           HG2      GLU  84   6.824  -6.401  28.583
    4    H    GLU  84           HN       GLU  84   3.732  -7.123  29.290
    5    HB3  GLU  84           HB1      GLU  84   5.886  -8.634  26.753
    6    HG3  GLU  84           HG1      GLU  84   7.792  -7.793  28.093

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   ASP  85           HA       ASP  85   1.768  -9.582  25.323
    2    HB2  ASP  85           HB2      ASP  85   1.301  -7.344  24.273
    3    H    ASP  85           HN       ASP  85   4.235  -7.982  24.937
    4    HB3  ASP  85           HB1      ASP  85   2.437  -7.707  22.992

  No H/Q in entry =           4
  In of MODEL    6
    1    HA   VAL  86           HA       VAL  86   4.140 -12.293  22.650
    2    HB   VAL  86           HB       VAL  86   2.525 -14.323  24.305
    3    H    VAL  86           HN       VAL  86   2.100 -11.651  24.697

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   SER  87           HA       SER  87   0.467 -11.911  20.108
    2    HB2  SER  87           HB2      SER  87   2.885 -11.799  18.258
    3    HG   SER  87           HG       SER  87   1.670  -9.962  19.886
    4    H    SER  87           HN       SER  87   3.190 -11.735  20.775
    5    HB3  SER  87           HB1      SER  87   1.216 -11.457  17.787

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   LEU  88           HA       LEU  88   0.050 -16.270  19.444
    2    HB2  LEU  88           HB2      LEU  88  -2.312 -15.350  19.772
    3    HG   LEU  88           HG       LEU  88  -2.027 -17.639  17.807
    4   HD13  LEU  88          HD11      LEU  88  -2.344 -19.059  19.786
    5   HD12  LEU  88          HD12      LEU  88  -2.407 -17.627  20.816
    6   HD11  LEU  88          HD13      LEU  88  -0.919 -18.032  19.954
    7   HD21  LEU  88          HD21      LEU  88  -4.283 -16.650  17.635
    8   HD23  LEU  88          HD22      LEU  88  -4.494 -16.820  19.380
    9   HD22  LEU  88          HD23      LEU  88  -4.332 -18.254  18.366
   10    H    LEU  88           HN       LEU  88  -0.760 -13.594  19.546
   11    HB3  LEU  88           HB1      LEU  88  -2.398 -15.141  18.038

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ILE  89           HA       ILE  89  -0.269 -15.652  14.649
    2    HB   ILE  89           HB       ILE  89   0.298 -12.651  14.737
    3   HD12  ILE  89          HD11      ILE  89  -2.453 -15.236  14.992
    4   HD11  ILE  89          HD12      ILE  89  -2.544 -14.762  13.292
    5   HD13  ILE  89          HD13      ILE  89  -3.712 -14.128  14.448
    6    H    ILE  89           HN       ILE  89  -0.575 -13.950  16.863

  No H/Q in entry =           6
  In of MODEL    6
    1    HA3  GLY  90           HA2      GLY  90   4.376 -14.035  14.994
    2    H    GLY  90           HN       GLY  90   2.027 -13.622  16.439
    3    HA2  GLY  90           HA1      GLY  90   4.293 -13.757  16.732

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   LEU  91           HA       LEU  91   4.935 -18.017  17.764
    2    HB2  LEU  91           HB2      LEU  91   1.943 -18.275  18.284
    3    HG   LEU  91           HG       LEU  91   2.886 -16.553  19.773
    4   HD13  LEU  91          HD11      LEU  91   2.265 -17.542  21.940
    5   HD12  LEU  91          HD12      LEU  91   2.328 -19.159  21.229
    6   HD11  LEU  91          HD13      LEU  91   1.130 -17.991  20.665
    7   HD22  LEU  91          HD21      LEU  91   5.236 -17.164  19.727
    8   HD21  LEU  91          HD22      LEU  91   4.907 -18.670  20.587
    9   HD23  LEU  91          HD23      LEU  91   4.672 -17.120  21.397
   10    H    LEU  91           HN       LEU  91   2.888 -16.064  17.529
   11    HB3  LEU  91           HB1      LEU  91   3.155 -19.435  18.814

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   LEU  92           HA       LEU  92   2.241 -20.270  14.410
    2    HB2  LEU  92           HB2      LEU  92   0.893 -17.694  13.523
    3    HG   LEU  92           HG       LEU  92   0.010 -18.480  15.725
    4   HD11  LEU  92          HD11      LEU  92  -1.458 -17.265  14.204
    5   HD13  LEU  92          HD12      LEU  92  -2.362 -18.466  15.124
    6   HD12  LEU  92          HD13      LEU  92  -1.954 -18.776  13.432
    7   HD22  LEU  92          HD21      LEU  92  -1.226 -20.600  15.859
    8   HD21  LEU  92          HD22      LEU  92   0.479 -20.863  15.512
    9   HD23  LEU  92          HD23      LEU  92  -0.716 -21.012  14.220
   10    H    LEU  92           HN       LEU  92   2.108 -17.720  15.689
   11    HB3  LEU  92           HB1      LEU  92   0.579 -19.286  12.842

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   GLU  93           HA       GLU  93   4.742 -17.808  11.162
    2    HB2  GLU  93           HB2      GLU  93   5.349 -15.379  12.918
    3    HG2  GLU  93           HG2      GLU  93   2.991 -15.269  12.400
    4    H    GLU  93           HN       GLU  93   3.670 -17.121  13.783
    5    HB3  GLU  93           HB1      GLU  93   5.763 -15.566  11.214
    6    HG3  GLU  93           HG1      GLU  93   3.865 -14.096  11.429

  No H/Q in entry =           6
  In of MODEL    6
    1    HA3  GLY  94           HA2      GLY  94   7.505 -19.446  15.232
    2    H    GLY  94           HN       GLY  94   5.645 -18.343  14.384
    3    HA2  GLY  94           HA1      GLY  94   8.340 -19.232  13.701

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   ARG  95           HA       ARG  95   9.586 -15.105  15.304
    2    HB2  ARG  95           HB2      ARG  95   6.926 -14.082  14.359
    3    HG2  ARG  95           HG2      ARG  95   8.273 -12.300  13.296
    4    HD2  ARG  95           HD2      ARG  95   9.339 -15.091  12.768
    5    HE   ARG  95           HE       ARG  95  10.724 -13.151  11.847
    6   HH11  ARG  95          HH11      ARG  95   7.995 -14.497  10.084
    7   HH12  ARG  95          HH12      ARG  95   8.621 -14.034   8.538
    8   HH21  ARG  95          HH21      ARG  95  11.519 -12.549   9.831
    9   HH22  ARG  95          HH22      ARG  95  10.633 -12.941   8.394
   10    H    ARG  95           HN       ARG  95   7.188 -16.269  14.277
   11    HB3  ARG  95           HB1      ARG  95   7.749 -13.064  15.524
   12    HG3  ARG  95           HG1      ARG  95   9.729 -12.952  14.046
   13    HD3  ARG  95           HD1      ARG  95   7.998 -14.286  11.939

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   ARG  96           HA       ARG  96   8.256 -16.303  19.431
    2    HB2  ARG  96           HB2      ARG  96  11.235 -15.721  19.685
    3    HG2  ARG  96           HG2      ARG  96  11.069 -17.426  17.956
    4    HD2  ARG  96           HD2      ARG  96   9.533 -19.183  19.893
    5    HE   ARG  96           HE       ARG  96   9.763 -19.624  16.991
    6   HH11  ARG  96          HH11      ARG  96  10.602 -20.722  20.234
    7   HH12  ARG  96          HH12      ARG  96  11.192 -22.254  19.672
    8   HH21  ARG  96          HH21      ARG  96  10.558 -21.637  16.301
    9   HH22  ARG  96          HH22      ARG  96  11.148 -22.775  17.466
   10    H    ARG  96           HN       ARG  96  10.074 -15.809  17.308
   11    HB3  ARG  96           HB1      ARG  96  10.237 -16.672  20.783
   12    HG3  ARG  96           HG1      ARG  96  11.656 -18.140  19.459
   13    HD3  ARG  96           HD1      ARG  96   8.745 -18.270  18.608

  No H/Q in entry =          13
  In of MODEL    6
    1    HA3  GLY  97           HA2      GLY  97   8.576 -11.745  20.046
    2    H    GLY  97           HN       GLY  97  10.468 -13.626  18.734
    3    HA2  GLY  97           HA1      GLY  97  10.322 -11.482  19.984

  No H/Q in entry =           3
  In of MODEL    6
    1    HA   SER  98           HA       SER  98   9.027  -9.635  16.080
    2    HB2  SER  98           HB2      SER  98  10.047  -7.319  15.896
    3    HG   SER  98           HG       SER  98  10.496  -6.676  18.332
    4    H    SER  98           HN       SER  98  10.082  -9.519  18.787
    5    HB3  SER  98           HB1      SER  98   8.903  -7.489  17.227

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   ALA  99           HA       ALA  99  12.569 -11.069  13.904
    2    HB1  ALA  99           HB1      ALA  99  11.335 -10.136  11.982
    3    HB2  ALA  99           HB2      ALA  99  13.077  -9.970  11.756
    4    HB3  ALA  99           HB3      ALA  99  12.110  -8.569  12.235
    5    H    ALA  99           HN       ALA  99  10.511  -9.167  14.173

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   LYS 100           HA       LYS 100  15.535  -7.233  14.510
    2    HB2  LYS 100           HB2      LYS 100  15.080  -5.113  15.698
    3    HG2  LYS 100           HG2      LYS 100  12.206  -6.061  15.854
    4    HD2  LYS 100           HD2      LYS 100  12.271  -3.690  15.168
    5    HE2  LYS 100           HE2      LYS 100  14.464  -3.009  16.038
    6    HZ3  LYS 100           HZ1      LYS 100  14.609  -2.478  18.441
    7    HZ2  LYS 100           HZ2      LYS 100  14.600  -4.130  18.101
    8    HZ1  LYS 100           HZ3      LYS 100  13.206  -3.381  18.693
    9    H    LYS 100           HN       LYS 100  12.769  -7.545  14.346
   10    HB3  LYS 100           HB1      LYS 100  14.022  -5.326  14.310
   11    HG3  LYS 100           HG1      LYS 100  13.262  -5.716  17.226
   12    HD3  LYS 100           HD1      LYS 100  11.658  -3.877  16.812
   13    HE3  LYS 100           HE1      LYS 100  13.179  -1.968  16.654

  No H/Q in entry =          13
  In of MODEL    6
    1    HA   TRP 101           HA       TRP 101  14.883  -7.924  19.321
    2    HB2  TRP 101           HB2      TRP 101  12.440  -8.027  19.564
    3    HD1  TRP 101           HD1      TRP 101  13.276  -7.825  22.129
    4    HE1  TRP 101           HE1      TRP 101  13.396  -9.564  24.016
    5    HE3  TRP 101           HE3      TRP 101  12.885 -12.092  19.352
    6    HZ2  TRP 101           HZ2      TRP 101  13.337 -12.369  24.291
    7    HZ3  TRP 101           HZ3      TRP 101  12.922 -14.268  20.496
    8    HH2  TRP 101           HH2      TRP 101  13.147 -14.403  22.928
    9    H    TRP 101           HN       TRP 101  13.179  -8.040  17.080
   10    HB3  TRP 101           HB1      TRP 101  12.397  -9.635  18.852

  No H/Q in entry =          10
  In of MODEL    6
    1    HA   MET 102           HA       MET 102  15.645 -12.583  18.509
    2    HB2  MET 102           HB2      MET 102  14.593 -12.575  15.654
    3    HG2  MET 102           HG2      MET 102  13.530 -13.886  18.165
    4    HE2  MET 102           HE1      MET 102  13.290 -13.689  14.191
    5    HE1  MET 102           HE2      MET 102  11.760 -13.011  14.749
    6    HE3  MET 102           HE3      MET 102  11.787 -14.574  13.933
    7    H    MET 102           HN       MET 102  14.146 -10.595  17.092
    8    HB3  MET 102           HB1      MET 102  15.336 -13.972  16.426
    9    HG3  MET 102           HG1      MET 102  12.750 -12.611  17.231

  No H/Q in entry =           9
  In of MODEL    6
    1    HA   ALA 103           HA       ALA 103  19.091 -11.274  15.526
    2    HB1  ALA 103           HB1      ALA 103  17.990  -8.481  15.036
    3    HB3  ALA 103           HB2      ALA 103  17.895  -9.843  13.919
    4    HB2  ALA 103           HB3      ALA 103  19.466  -9.146  14.323
    5    H    ALA 103           HN       ALA 103  16.542 -10.067  16.283

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   GLU 104           HA       GLU 104  20.419  -7.978  18.754
    2    HB2  GLU 104           HB2      GLU 104  17.624  -7.360  19.811
    3    HG2  GLU 104           HG2      GLU 104  19.221  -5.756  17.811
    4    H    GLU 104           HN       GLU 104  17.827  -8.877  17.762
    5    HB3  GLU 104           HB1      GLU 104  19.102  -6.459  20.152
    6    HG3  GLU 104           HG1      GLU 104  17.817  -6.707  17.422

  No H/Q in entry =           6
  In of MODEL    6
    1    HA   HIS 105           HA       HIS 105  19.628 -11.283  21.838
    2    HB2  HIS 105           HB2      HIS 105  16.567 -11.421  21.706
    3    HD1  HIS 105           HD1      HIS 105  18.342 -10.126  24.714
    4    HD2  HIS 105           HD2      HIS 105  16.147  -8.629  21.518
    5    HE1  HIS 105           HE1      HIS 105  17.717  -7.780  25.361
    6    HE2  HIS 105           HE2      HIS 105  16.522  -6.849  23.351
    7    H    HIS 105           HN       HIS 105  18.090 -10.373  19.492
    8    HB3  HIS 105           HB1      HIS 105  17.585 -11.936  23.044

  No H/Q in entry =           8
  In of MODEL    6
    1    HA   PRO 106           HA       PRO 106  19.212 -14.537  18.425
    2    HB2  PRO 106           HB2      PRO 106  21.941 -15.166  19.549
    3    HG2  PRO 106           HG2      PRO 106  22.892 -13.136  18.842
    4    HD2  PRO 106           HD2      PRO 106  21.653 -12.468  20.732
    5    HB3  PRO 106           HB1      PRO 106  21.397 -15.124  17.864
    6    HG3  PRO 106           HG1      PRO 106  21.549 -12.791  17.731
    7    HD3  PRO 106           HD1      PRO 106  20.930 -11.404  19.506

  No H/Q in entry =           7
  In of MODEL    6
    1    HA   LEU 107           HA       LEU 107  17.441 -16.990  21.516
    2    HB2  LEU 107           HB2      LEU 107  16.173 -17.640  19.498
    3    HG   LEU 107           HG       LEU 107  16.826 -20.153  21.100
    4   HD13  LEU 107          HD11      LEU 107  16.130 -18.374  22.606
    5   HD12  LEU 107          HD12      LEU 107  14.862 -19.590  22.472
    6   HD11  LEU 107          HD13      LEU 107  14.702 -18.054  21.617
    7   HD21  LEU 107          HD21      LEU 107  14.401 -19.500  19.393
    8   HD23  LEU 107          HD22      LEU 107  14.595 -20.938  20.399
    9   HD22  LEU 107          HD23      LEU 107  15.659 -20.682  19.016
   10    H    LEU 107           HN       LEU 107  18.304 -16.461  18.902
   11    HB3  LEU 107           HB1      LEU 107  17.401 -18.825  19.087

  No H/Q in entry =          11
  In of MODEL    6
    1    HA   ALA 108           HA       ALA 108  20.696 -19.491  23.202
    2    HB3  ALA 108           HB1      ALA 108  18.364 -19.880  25.123
    3    HB2  ALA 108           HB2      ALA 108  19.601 -18.628  25.240
    4    HB1  ALA 108           HB3      ALA 108  20.047 -20.324  25.436
    5    H    ALA 108           HN       ALA 108  18.085 -18.332  23.134

  No H/Q in entry =           5
  In of MODEL    6
    1    HA   SER 109           HA       SER 109  19.701 -23.560  21.908
    2    HB2  SER 109           HB2      SER 109  17.983 -22.389  20.444
    3    HG   SER 109           HG       SER 109  18.649 -24.732  20.273
    4    H    SER 109           HN       SER 109  20.712 -20.870  21.403
    5    HB3  SER 109           HB1      SER 109  19.233 -22.182  19.219

  No H/Q in entry =           5
  In of MODEL    7
    1    H1   MET   1           HT1      MET   1   1.092   3.176  -2.739
    2    H2   MET   1           HT3      MET   1   2.731   3.003  -2.368
    3    H3   MET   1           HT2      MET   1   1.848   4.275  -1.703
    4    HB3  MET   1           HB1      MET   1   3.374   2.896  -4.661
    5    HG3  MET   1           HG1      MET   1   0.754   3.728  -5.925
    6    HA   MET   1           HA       MET   1   3.210   5.128  -3.449
    7    HB2  MET   1           HB2      MET   1   3.143   4.279  -5.718
    8    HG2  MET   1           HG2      MET   1   0.988   2.333  -4.873
    9    HE2  MET   1           HE1      MET   1   0.387   0.841  -8.492
   10    HE1  MET   1           HE2      MET   1  -0.304   2.330  -7.849
   11    HE3  MET   1           HE3      MET   1  -0.216   0.888  -6.835

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   GLU   2           HA       GLU   2  -0.975   6.957  -4.214
    2    HB2  GLU   2           HB2      GLU   2  -3.133   5.421  -4.102
    3    HG2  GLU   2           HG2      GLU   2  -2.749   3.032  -4.287
    4    H    GLU   2           HN       GLU   2   0.202   4.998  -2.396
    5    HB3  GLU   2           HB1      GLU   2  -1.898   5.111  -5.303
    6    HG3  GLU   2           HG1      GLU   2  -1.022   3.243  -4.035

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   VAL   3           HA       VAL   3  -2.961   8.328  -0.568
    2    HB   VAL   3           HB       VAL   3  -5.567   8.375  -2.162
    3    H    VAL   3           HN       VAL   3  -3.416   7.283  -3.231

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   SER   4           HA       SER   4  -4.649   4.369   0.873
    2    HB2  SER   4           HB2      SER   4  -2.939   3.472   2.564
    3    HG   SER   4           HG       SER   4  -0.864   4.840   1.584
    4    H    SER   4           HN       SER   4  -2.563   6.334   0.469
    5    HB3  SER   4           HB1      SER   4  -2.373   3.579   0.897

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ALA   5           HA       ALA   5  -3.857   8.447   4.277
    2    HB3  ALA   5           HB1      ALA   5  -6.631   7.519   3.440
    3    HB2  ALA   5           HB2      ALA   5  -5.677   8.762   2.628
    4    HB1  ALA   5           HB3      ALA   5  -6.247   9.028   4.276
    5    H    ALA   5           HN       ALA   5  -3.116   6.977   2.736

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ASN   6           HA       ASN   6  -3.933   3.955   6.655
    2    HB2  ASN   6           HB2      ASN   6  -2.859   5.788   7.953
    3   HD21  ASN   6          HD21      ASN   6  -2.264   3.747   8.904
    4   HD22  ASN   6          HD22      ASN   6  -2.987   3.232  10.384
    5    H    ASN   6           HN       ASN   6  -3.694   5.397   4.954
    6    HB3  ASN   6           HB1      ASN   6  -4.438   6.455   8.334

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLU   7           HA       GLU   7  -8.643   4.731   7.107
    2    HB2  GLU   7           HB2      GLU   7 -10.131   5.420   5.284
    3    HG2  GLU   7           HG2      GLU   7  -7.700   5.929   3.547
    4    H    GLU   7           HN       GLU   7  -6.483   5.315   5.263
    5    HB3  GLU   7           HB1      GLU   7  -8.853   6.605   5.528
    6    HG3  GLU   7           HG1      GLU   7  -8.682   4.475   3.378

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LEU   8           HA       LEU   8  -8.574   0.988   3.968
    2    HB2  LEU   8           HB2      LEU   8  -6.351  -0.432   3.878
    3    HG   LEU   8           HG       LEU   8  -5.117   2.337   4.218
    4   HD11  LEU   8          HD11      LEU   8  -4.494  -0.229   5.707
    5   HD13  LEU   8          HD12      LEU   8  -5.301   1.194   6.366
    6   HD12  LEU   8          HD13      LEU   8  -3.616   1.298   5.864
    7   HD21  LEU   8          HD21      LEU   8  -4.265   1.239   2.201
    8   HD23  LEU   8          HD22      LEU   8  -3.846  -0.200   3.136
    9   HD22  LEU   8          HD23      LEU   8  -3.014   1.328   3.440
   10    H    LEU   8           HN       LEU   8  -6.842   3.025   4.734
   11    HB3  LEU   8           HB1      LEU   8  -6.609   0.901   2.781

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   GLU   9           HA       GLU   9  -6.858   0.474   9.001
    2    HB2  GLU   9           HB2      GLU   9  -8.991  -0.204  10.029
    3    HG2  GLU   9           HG2      GLU   9 -10.289   0.140   7.313
    4    H    GLU   9           HN       GLU   9  -7.068   1.558   7.029
    5    HB3  GLU   9           HB1      GLU   9  -9.157   1.303   9.139
    6    HG3  GLU   9           HG1      GLU   9 -10.041  -1.412   8.115

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ALA  10           HA       ALA  10  -6.948  -3.627   6.598
    2    HB1  ALA  10           HB1      ALA  10  -5.471  -2.560   4.958
    3    HB3  ALA  10           HB2      ALA  10  -4.874  -4.162   5.399
    4    HB2  ALA  10           HB3      ALA  10  -4.105  -2.715   6.064
    5    H    ALA  10           HN       ALA  10  -5.834  -1.084   6.943

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ALA  11           HA       ALA  11  -3.451  -5.009   9.684
    2    HB2  ALA  11           HB1      ALA  11  -2.165  -2.931   9.959
    3    HB3  ALA  11           HB2      ALA  11  -2.390  -3.748  11.506
    4    HB1  ALA  11           HB3      ALA  11  -3.362  -2.328  11.103
    5    H    ALA  11           HN       ALA  11  -4.341  -2.500   8.743

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   SER  12           HA       SER  12  -6.552  -4.197  13.349
    2    HB2  SER  12           HB2      SER  12  -7.070  -1.786  13.020
    3    HG   SER  12           HG       SER  12  -9.475  -3.260  13.307
    4    H    SER  12           HN       SER  12  -5.880  -2.757  10.990
    5    HB3  SER  12           HB1      SER  12  -8.222  -2.201  11.753

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   SER  13           HA       SER  13 -10.216  -5.755  10.488
    2    HB2  SER  13           HB2      SER  13  -8.600  -5.274   7.941
    3    HG   SER  13           HG       SER  13  -9.544  -3.402   9.074
    4    H    SER  13           HN       SER  13  -8.038  -4.034  10.131
    5    HB3  SER  13           HB1      SER  13 -10.238  -5.936   8.016

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ARG  14           HA       ARG  14  -7.082  -9.122   8.895
    2    HB2  ARG  14           HB2      ARG  14  -4.726  -7.350   9.632
    3    HG2  ARG  14           HG2      ARG  14  -5.590  -7.175   7.304
    4    HD2  ARG  14           HD2      ARG  14  -6.451  -9.430   6.928
    5    HE   ARG  14           HE       ARG  14  -4.296 -10.471   8.104
    6   HH11  ARG  14          HH11      ARG  14  -5.378 -10.838   4.780
    7   HH12  ARG  14          HH12      ARG  14  -4.671 -12.412   4.617
    8   HH21  ARG  14          HH21      ARG  14  -3.391 -12.522   7.860
    9   HH22  ARG  14          HH22      ARG  14  -3.557 -13.358   6.351
   10    H    ARG  14           HN       ARG  14  -6.882  -6.381   9.494
   11    HB3  ARG  14           HB1      ARG  14  -4.504  -9.082   9.407
   12    HG3  ARG  14           HG1      ARG  14  -3.932  -7.782   7.382
   13    HD3  ARG  14           HD1      ARG  14  -5.203  -9.052   5.734

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   MET  15           HA       MET  15  -5.571  -9.635  13.523
    2    HB2  MET  15           HB2      MET  15  -7.071  -7.128  14.402
    3    HG2  MET  15           HG2      MET  15  -4.887  -6.509  13.525
    4    HE1  MET  15           HE1      MET  15  -2.772  -7.434  12.414
    5    HE3  MET  15           HE2      MET  15  -3.784  -8.880  12.357
    6    HE2  MET  15           HE3      MET  15  -2.098  -9.001  12.859
    7    H    MET  15           HN       MET  15  -6.294  -7.430  11.954
    8    HB3  MET  15           HB1      MET  15  -6.332  -8.286  15.502
    9    HG3  MET  15           HG1      MET  15  -4.917  -6.340  15.275

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   GLU  16           HA       GLU  16 -10.306  -9.973  14.580
    2    HB2  GLU  16           HB2      GLU  16 -11.195  -8.311  12.184
    3    HG2  GLU  16           HG2      GLU  16 -11.125  -7.553  15.119
    4    H    GLU  16           HN       GLU  16  -8.767  -8.199  12.977
    5    HB3  GLU  16           HB1      GLU  16 -12.246  -8.973  13.440
    6    HG3  GLU  16           HG1      GLU  16 -10.078  -6.893  13.861

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   MET  17           HA       MET  17 -10.977 -12.162  10.246
    2    HB2  MET  17           HB2      MET  17  -8.322 -11.030   9.265
    3    HG2  MET  17           HG2      MET  17 -11.019 -10.900   7.904
    4    HE2  MET  17           HE1      MET  17  -9.892  -8.141   5.277
    5    HE1  MET  17           HE2      MET  17 -10.614  -7.865   6.862
    6    HE3  MET  17           HE3      MET  17 -11.235  -9.147   5.818
    7    H    MET  17           HN       MET  17  -9.431  -9.987  11.158
    8    HB3  MET  17           HB1      MET  17  -9.156 -12.335   8.430
    9    HG3  MET  17           HG1      MET  17 -10.375  -9.607   8.923

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   LEU  18           HA       LEU  18  -7.056 -14.762  11.282
    2    HB2  LEU  18           HB2      LEU  18  -5.824 -12.704  13.161
    3    HG   LEU  18           HG       LEU  18  -5.601 -11.976  10.791
    4   HD11  LEU  18          HD11      LEU  18  -3.836 -11.394  12.357
    5   HD13  LEU  18          HD12      LEU  18  -3.184 -11.660  10.743
    6   HD12  LEU  18          HD13      LEU  18  -2.985 -12.898  11.989
    7   HD22  LEU  18          HD21      LEU  18  -4.293 -13.257   9.174
    8   HD21  LEU  18          HD22      LEU  18  -5.742 -14.133   9.664
    9   HD23  LEU  18          HD23      LEU  18  -4.169 -14.593  10.320
   10    H    LEU  18           HN       LEU  18  -7.729 -12.006  11.678
   11    HB3  LEU  18           HB1      LEU  18  -5.108 -14.255  12.743

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   GLN  19           HA       GLN  19  -8.580 -14.774  15.989
    2    HB2  GLN  19           HB2      GLN  19 -10.708 -12.718  15.233
    3    HG2  GLN  19           HG2      GLN  19  -8.611 -12.521  17.405
    4   HE21  GLN  19          HE21      GLN  19  -8.535  -9.634  16.654
    5   HE22  GLN  19          HE22      GLN  19  -9.911  -8.940  17.429
    6    H    GLN  19           HN       GLN  19  -8.589 -12.917  13.868
    7    HB3  GLN  19           HB1      GLN  19 -10.690 -13.598  16.757
    8    HG3  GLN  19           HG1      GLN  19  -8.498 -11.726  15.838

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   ARG  20           HA       ARG  20 -12.658 -16.443  14.356
    2    HB2  ARG  20           HB2      ARG  20 -14.260 -15.790  12.686
    3    HG2  ARG  20           HG2      ARG  20 -13.155 -13.374  11.548
    4    HD2  ARG  20           HD2      ARG  20 -15.035 -14.605  10.541
    5    HE   ARG  20           HE       ARG  20 -14.496 -16.899  10.778
    6   HH11  ARG  20          HH11      ARG  20 -12.675 -15.395   8.196
    7   HH12  ARG  20          HH12      ARG  20 -12.173 -16.903   7.511
    8   HH21  ARG  20          HH21      ARG  20 -13.838 -18.865   9.872
    9   HH22  ARG  20          HH22      ARG  20 -12.838 -18.871   8.452
   10    H    ARG  20           HN       ARG  20 -11.101 -14.166  13.524
   11    HB3  ARG  20           HB1      ARG  20 -13.699 -14.353  13.513
   12    HG3  ARG  20           HG1      ARG  20 -12.055 -14.694  11.158
   13    HD3  ARG  20           HD1      ARG  20 -13.721 -14.416   9.375

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   GLU  21           HA       GLU  21 -10.850 -18.159  10.292
    2    HB2  GLU  21           HB2      GLU  21  -9.477 -16.134   9.549
    3    HG2  GLU  21           HG2      GLU  21  -7.865 -17.360   8.120
    4    H    GLU  21           HN       GLU  21 -10.130 -15.957  12.020
    5    HB3  GLU  21           HB1      GLU  21  -8.125 -16.792  10.462
    6    HG3  GLU  21           HG1      GLU  21  -8.178 -18.831   9.044

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   TYR  22           HA       TYR  22  -7.399 -20.538  12.316
    2    HB2  TYR  22           HB2      TYR  22  -5.752 -18.297  13.580
    3    HD1  TYR  22           HD1      TYR  22  -4.733 -16.805  12.069
    4    HD2  TYR  22           HD2      TYR  22  -5.656 -20.749  10.714
    5    HE1  TYR  22           HE1      TYR  22  -3.826 -16.269   9.852
    6    HE2  TYR  22           HE2      TYR  22  -4.752 -20.202   8.503
    7    HH   TYR  22           HH       TYR  22  -4.356 -18.157   7.128
    8    H    TYR  22           HN       TYR  22  -7.857 -17.672  12.228
    9    HB3  TYR  22           HB1      TYR  22  -5.243 -19.970  13.355

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   SER  23           HA       SER  23  -8.959 -19.370  16.729
    2    HB2  SER  23           HB2      SER  23  -6.027 -20.118  17.190
    3    HG   SER  23           HG       SER  23  -8.343 -21.553  16.538
    4    H    SER  23           HN       SER  23  -7.043 -18.193  14.988
    5    HB3  SER  23           HB1      SER  23  -7.285 -20.290  18.417

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   THR  24           HA       THR  24  -7.150 -16.091  19.266
    2    HB   THR  24           HB       THR  24  -8.865 -15.532  21.102
    3    HG1  THR  24           HG1      THR  24 -10.008 -17.404  21.282
    4   HG21  THR  24          HG21      THR  24  -8.828 -14.263  18.986
    5   HG23  THR  24          HG22      THR  24 -10.477 -14.452  19.588
    6   HG22  THR  24          HG23      THR  24  -9.907 -15.450  18.247
    7    H    THR  24           HN       THR  24  -9.005 -18.343  18.753

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   LEU  25           HA       LEU  25  -5.988 -18.702  22.722
    2    HB2  LEU  25           HB2      LEU  25  -4.268 -16.758  22.494
    3    HG   LEU  25           HG       LEU  25  -4.490 -18.163  25.190
    4   HD13  LEU  25          HD11      LEU  25  -2.864 -19.741  24.260
    5   HD12  LEU  25          HD12      LEU  25  -2.912 -18.905  22.706
    6   HD11  LEU  25          HD13      LEU  25  -4.351 -19.733  23.313
    7   HD21  LEU  25          HD21      LEU  25  -3.046 -16.188  25.356
    8   HD23  LEU  25          HD22      LEU  25  -2.109 -16.733  23.960
    9   HD22  LEU  25          HD23      LEU  25  -2.104 -17.673  25.455
   10    H    LEU  25           HN       LEU  25  -6.615 -15.991  21.721
   11    HB3  LEU  25           HB1      LEU  25  -5.051 -16.070  23.909

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ARG  26           HA       ARG  26  -9.077 -17.864  25.812
    2    HB2  ARG  26           HB2      ARG  26 -10.263 -19.894  26.332
    3    HG2  ARG  26           HG2      ARG  26  -7.949 -21.514  25.212
    4    HD2  ARG  26           HD2      ARG  26 -10.158 -22.510  24.705
    5    HE   ARG  26           HE       ARG  26 -10.797 -21.844  27.413
    6   HH11  ARG  26          HH11      ARG  26 -11.439 -24.293  24.978
    7   HH12  ARG  26          HH12      ARG  26 -12.987 -24.699  25.640
    8   HH21  ARG  26          HH21      ARG  26 -12.819 -22.415  28.272
    9   HH22  ARG  26          HH22      ARG  26 -13.761 -23.650  27.498
   10    H    ARG  26           HN       ARG  26  -6.905 -19.503  24.621
   11    HB3  ARG  26           HB1      ARG  26  -9.783 -19.967  24.641
   12    HG3  ARG  26           HG1      ARG  26  -8.384 -21.418  26.919
   13    HD3  ARG  26           HD1      ARG  26  -9.229 -23.484  25.852

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   SER  27           HA       SER  27  -6.167 -18.881  29.316
    2    HB2  SER  27           HB2      SER  27  -6.513 -21.880  28.775
    3    HG   SER  27           HG       SER  27  -8.233 -19.894  29.784
    4    H    SER  27           HN       SER  27  -6.284 -19.897  26.590
    5    HB3  SER  27           HB1      SER  27  -6.165 -21.157  30.349

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   VAL  28           HA       VAL  28  -2.048 -20.737  28.754
    2    HB   VAL  28           HB       VAL  28  -1.654 -18.059  30.208
    3    H    VAL  28           HN       VAL  28  -4.157 -19.461  30.371

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   GLN  29           HA       GLN  29  -0.703 -21.769  32.927
    2    HB2  GLN  29           HB2      GLN  29  -0.620 -24.283  32.978
    3    HG2  GLN  29           HG2      GLN  29  -1.329 -24.078  30.042
    4   HE21  GLN  29          HE21      GLN  29  -1.854 -26.009  29.001
    5   HE22  GLN  29          HE22      GLN  29  -2.336 -27.428  29.857
    6    H    GLN  29           HN       GLN  29  -0.630 -21.904  29.982
    7    HB3  GLN  29           HB1      GLN  29  -2.135 -23.652  32.330
    8    HG3  GLN  29           HG1      GLN  29   0.174 -24.724  30.682

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   TYR  30           HA       TYR  30   3.634 -22.056  31.950
    2    HB2  TYR  30           HB2      TYR  30   3.697 -19.979  33.264
    3    HD1  TYR  30           HD1      TYR  30   5.498 -21.450  35.971
    4    HD2  TYR  30           HD2      TYR  30   5.792 -20.705  31.771
    5    HE1  TYR  30           HE1      TYR  30   7.936 -21.747  36.082
    6    HE2  TYR  30           HE2      TYR  30   8.225 -20.992  31.892
    7    HH   TYR  30           HH       TYR  30  10.024 -20.810  33.616
    8    H    TYR  30           HN       TYR  30   1.331 -21.540  33.682
    9    HB3  TYR  30           HB1      TYR  30   3.509 -20.882  34.767

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   ARG  31           HA       ARG  31   4.129 -25.923  34.147
    2    HB2  ARG  31           HB2      ARG  31   4.736 -26.463  31.210
    3    HG2  ARG  31           HG2      ARG  31   2.398 -27.272  32.976
    4    HD2  ARG  31           HD2      ARG  31   2.879 -27.989  30.066
    5    HE   ARG  31           HE       ARG  31   0.637 -28.564  31.907
    6   HH11  ARG  31          HH11      ARG  31   1.917 -28.644  28.635
    7   HH12  ARG  31          HH12      ARG  31   0.418 -29.166  27.944
    8   HH21  ARG  31          HH21      ARG  31  -1.296 -29.258  30.986
    9   HH22  ARG  31          HH22      ARG  31  -1.404 -29.502  29.270
   10    H    ARG  31           HN       ARG  31   4.205 -24.137  31.814
   11    HB3  ARG  31           HB1      ARG  31   4.823 -27.691  32.476
   12    HG3  ARG  31           HG1      ARG  31   2.344 -26.166  31.598
   13    HD3  ARG  31           HD1      ARG  31   3.091 -29.109  31.418

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   SER  32           HA       SER  32   8.423 -24.670  34.692
    2    HB2  SER  32           HB2      SER  32   7.393 -24.018  36.880
    3    HG   SER  32           HG       SER  32   9.628 -25.660  37.426
    4    H    SER  32           HN       SER  32   5.765 -25.355  35.461
    5    HB3  SER  32           HB1      SER  32   7.417 -25.707  37.386

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   GLU  33           HA       GLU  33   8.726 -29.593  35.383
    2    HB2  GLU  33           HB2      GLU  33   6.329 -30.113  35.041
    3    HG2  GLU  33           HG2      GLU  33   6.444 -32.079  33.534
    4    H    GLU  33           HN       GLU  33   6.783 -27.684  34.934
    5    HB3  GLU  33           HB1      GLU  33   6.460 -29.673  33.344
    6    HG3  GLU  33           HG1      GLU  33   8.035 -31.560  32.986

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLU  34           HA       GLU  34  10.415 -29.038  31.062
    2    HB2  GLU  34           HB2      GLU  34   7.868 -28.000  29.765
    3    HG2  GLU  34           HG2      GLU  34   7.785 -30.376  30.475
    4    H    GLU  34           HN       GLU  34   7.825 -28.200  32.208
    5    HB3  GLU  34           HB1      GLU  34   9.351 -28.331  28.870
    6    HG3  GLU  34           HG1      GLU  34   7.670 -30.160  28.725

  No H/Q in entry =           6
  In of MODEL    7
    1    HA3  GLY  35           HA2      GLY  35   9.811 -24.224  32.916
    2    H    GLY  35           HN       GLY  35   9.183 -26.411  32.653
    3    HA2  GLY  35           HA1      GLY  35  11.279 -24.615  32.023

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   VAL  36           HA       VAL  36   8.402 -22.853  28.815
    2    HB   VAL  36           HB       VAL  36   7.003 -24.237  27.285
    3    H    VAL  36           HN       VAL  36   7.892 -24.796  30.991

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   ILE  37           HA       ILE  37   4.312 -21.413  29.874
    2    HB   ILE  37           HB       ILE  37   5.206 -19.614  27.556
    3   HD12  ILE  37          HD11      ILE  37   5.108 -17.043  29.472
    4   HD11  ILE  37          HD12      ILE  37   6.388 -17.381  28.303
    5   HD13  ILE  37          HD13      ILE  37   6.780 -17.179  30.010
    6    H    ILE  37           HN       ILE  37   6.747 -21.536  28.264

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   VAL  38           HA       VAL  38   2.436 -23.701  26.496
    2    HB   VAL  38           HB       VAL  38   1.167 -24.724  29.079
    3    H    VAL  38           HN       VAL  38   2.807 -22.859  29.272

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   PHE  39           HA       PHE  39  -0.943 -20.774  26.340
    2    HB2  PHE  39           HB2      PHE  39   0.141 -21.087  23.502
    3    HD1  PHE  39           HD1      PHE  39  -0.289 -17.944  25.368
    4    HD2  PHE  39           HD2      PHE  39   2.524 -20.898  24.086
    5    HE1  PHE  39           HE1      PHE  39   1.554 -16.414  25.893
    6    HE2  PHE  39           HE2      PHE  39   4.368 -19.357  24.612
    7    HZ   PHE  39           HZ       PHE  39   3.875 -17.112  25.513
    8    H    PHE  39           HN       PHE  39   1.187 -22.473  25.279
    9    HB3  PHE  39           HB1      PHE  39  -1.011 -19.867  24.024

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   ILE  40           HA       ILE  40  -3.754 -24.047  24.983
    2    HB   ILE  40           HB       ILE  40  -5.208 -22.632  27.267
    3   HD12  ILE  40          HD11      ILE  40  -5.502 -25.359  28.895
    4   HD11  ILE  40          HD12      ILE  40  -4.988 -23.820  29.594
    5   HD13  ILE  40          HD13      ILE  40  -3.948 -25.238  29.720
    6    H    ILE  40           HN       ILE  40  -2.828 -21.910  26.716

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LEU  41           HA       LEU  41  -5.525 -21.006  22.173
    2    HB2  LEU  41           HB2      LEU  41  -5.428 -23.776  20.932
    3    HG   LEU  41           HG       LEU  41  -3.283 -22.478  20.869
    4   HD11  LEU  41          HD11      LEU  41  -4.601 -22.868  18.157
    5   HD13  LEU  41          HD12      LEU  41  -3.697 -24.074  19.074
    6   HD12  LEU  41          HD13      LEU  41  -2.868 -22.661  18.435
    7   HD22  LEU  41          HD21      LEU  41  -4.221 -20.229  20.874
    8   HD21  LEU  41          HD22      LEU  41  -4.902 -20.482  19.264
    9   HD23  LEU  41          HD23      LEU  41  -3.151 -20.450  19.493
   10    H    LEU  41           HN       LEU  41  -4.365 -23.433  23.007
   11    HB3  LEU  41           HB1      LEU  41  -6.238 -22.448  20.111

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ALA  42           HA       ALA  42  -9.816 -21.291  22.892
    2    HB3  ALA  42           HB1      ALA  42 -11.237 -20.342  21.110
    3    HB1  ALA  42           HB2      ALA  42  -9.893 -20.466  19.967
    4    HB2  ALA  42           HB3      ALA  42  -9.778 -19.377  21.352
    5    H    ALA  42           HN       ALA  42  -7.664 -20.782  21.142

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ASN  43           HA       ASN  43 -10.732 -24.954  19.938
    2    HB2  ASN  43           HB2      ASN  43  -9.338 -25.973  18.134
    3   HD21  ASN  43          HD21      ASN  43  -7.864 -24.094  16.468
    4   HD22  ASN  43          HD22      ASN  43  -6.240 -24.104  17.039
    5    H    ASN  43           HN       ASN  43  -8.637 -22.957  20.020
    6    HB3  ASN  43           HB1      ASN  43  -9.655 -24.268  17.849

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ASP  44           HA       ASP  44  -7.680 -25.637  23.932
    2    HB2  ASP  44           HB2      ASP  44  -9.224 -28.000  22.795
    3    H    ASP  44           HN       ASP  44  -8.435 -24.502  22.167
    4    HB3  ASP  44           HB1      ASP  44  -8.406 -28.021  24.358

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   ARG  45           HA       ARG  45  -4.550 -28.026  21.398
    2    HB2  ARG  45           HB2      ARG  45  -5.151 -27.202  19.114
    3    HG2  ARG  45           HG2      ARG  45  -2.244 -27.081  19.947
    4    HD2  ARG  45           HD2      ARG  45  -3.258 -26.770  17.106
    5    HE   ARG  45           HE       ARG  45  -1.278 -27.772  16.632
    6   HH11  ARG  45          HH11      ARG  45  -0.715 -25.793  19.496
    7   HH12  ARG  45          HH12      ARG  45   0.988 -26.101  19.503
    8   HH21  ARG  45          HH21      ARG  45   0.963 -28.118  16.668
    9   HH22  ARG  45          HH22      ARG  45   1.929 -27.375  17.905
   10    H    ARG  45           HN       ARG  45  -6.411 -25.823  21.067
   11    HB3  ARG  45           HB1      ARG  45  -4.404 -25.651  19.489
   12    HG3  ARG  45           HG1      ARG  45  -3.081 -28.338  19.033
   13    HD3  ARG  45           HD1      ARG  45  -2.384 -25.546  18.041

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   GLU  46           HA       GLU  46  -1.975 -25.485  23.937
    2    HB2  GLU  46           HB2      GLU  46  -0.851 -28.309  24.151
    3    HG2  GLU  46           HG2      GLU  46  -2.893 -26.902  25.898
    4    H    GLU  46           HN       GLU  46  -2.693 -27.932  22.530
    5    HB3  GLU  46           HB1      GLU  46  -0.512 -26.973  25.250
    6    HG3  GLU  46           HG1      GLU  46  -3.229 -28.255  24.814

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   LEU  47           HA       LEU  47   1.598 -24.910  21.246
    2    HB2  LEU  47           HB2      LEU  47   0.513 -22.244  22.229
    3    HG   LEU  47           HG       LEU  47  -0.478 -23.207  20.075
    4   HD12  LEU  47          HD11      LEU  47   1.041 -20.582  19.798
    5   HD11  LEU  47          HD12      LEU  47  -0.555 -20.786  20.524
    6   HD13  LEU  47          HD13      LEU  47  -0.326 -21.100  18.805
    7   HD21  LEU  47          HD21      LEU  47   1.569 -24.301  19.231
    8   HD23  LEU  47          HD22      LEU  47   2.329 -22.723  18.997
    9   HD22  LEU  47          HD23      LEU  47   0.911 -23.172  18.043
   10    H    LEU  47           HN       LEU  47  -0.739 -24.111  22.759
   11    HB3  LEU  47           HB1      LEU  47   2.098 -22.351  21.481

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   LYS  48           HA       LYS  48   4.223 -24.384  24.881
    2    HB2  LYS  48           HB2      LYS  48   3.978 -26.759  24.393
    3    HG2  LYS  48           HG2      LYS  48   6.943 -26.107  24.525
    4    HD2  LYS  48           HD2      LYS  48   5.579 -28.687  25.379
    5    HE2  LYS  48           HE2      LYS  48   7.651 -28.136  26.637
    6    HZ1  LYS  48           HZ1      LYS  48   8.931 -28.103  23.953
    7    HZ3  LYS  48           HZ2      LYS  48   9.751 -28.080  25.427
    8    HZ2  LYS  48           HZ3      LYS  48   8.769 -26.778  24.993
    9    H    LYS  48           HN       LYS  48   3.790 -24.438  21.968
   10    HB3  LYS  48           HB1      LYS  48   5.041 -26.636  22.992
   11    HG3  LYS  48           HG1      LYS  48   5.863 -26.325  25.905
   12    HD3  LYS  48           HD1      LYS  48   6.459 -28.502  23.858
   13    HE3  LYS  48           HE1      LYS  48   7.869 -29.547  25.598

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   PHE  49           HA       PHE  49   8.020 -22.520  23.505
    2    HB2  PHE  49           HB2      PHE  49   6.056 -20.190  23.811
    3    HD1  PHE  49           HD1      PHE  49   8.338 -20.749  20.975
    4    HD2  PHE  49           HD2      PHE  49   4.320 -21.210  22.380
    5    HE1  PHE  49           HE1      PHE  49   7.576 -21.199  18.678
    6    HE2  PHE  49           HE2      PHE  49   3.575 -21.657  20.081
    7    HZ   PHE  49           HZ       PHE  49   5.200 -21.654  18.233
    8    H    PHE  49           HN       PHE  49   5.456 -22.618  24.977
    9    HB3  PHE  49           HB1      PHE  49   7.712 -20.023  23.236

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   ARG  50           HA       ARG  50   9.295 -21.818  27.701
    2    HB2  ARG  50           HB2      ARG  50  11.839 -21.020  26.218
    3    HG2  ARG  50           HG2      ARG  50  11.176 -23.841  27.121
    4    HD2  ARG  50           HD2      ARG  50  13.618 -22.562  25.846
    5    HE   ARG  50           HE       ARG  50  13.338 -25.491  26.026
    6   HH11  ARG  50          HH11      ARG  50  13.769 -22.662  23.983
    7   HH12  ARG  50          HH12      ARG  50  14.344 -23.579  22.630
    8   HH21  ARG  50          HH21      ARG  50  14.095 -26.675  24.247
    9   HH22  ARG  50          HH22      ARG  50  14.540 -25.856  22.785
   10    H    ARG  50           HN       ARG  50   9.696 -22.010  24.873
   11    HB3  ARG  50           HB1      ARG  50  11.704 -21.573  27.888
   12    HG3  ARG  50           HG1      ARG  50  11.168 -23.296  25.439
   13    HD3  ARG  50           HD1      ARG  50  13.533 -23.527  27.322

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   PRO  51           HA       PRO  51   8.978 -17.284  28.312
    2    HB2  PRO  51           HB2      PRO  51  10.826 -17.047  30.449
    3    HG2  PRO  51           HG2      PRO  51  11.366 -19.305  30.644
    4    HD2  PRO  51           HD2      PRO  51  10.130 -20.979  29.579
    5    HB3  PRO  51           HB1      PRO  51   9.091 -17.342  30.606
    6    HG3  PRO  51           HG1      PRO  51   9.888 -19.283  31.630
    7    HD3  PRO  51           HD1      PRO  51   8.572 -20.179  29.895

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   ASP  52           HA       ASP  52  13.698 -16.539  27.528
    2    HB2  ASP  52           HB2      ASP  52  14.547 -18.626  28.693
    3    H    ASP  52           HN       ASP  52  12.164 -18.844  28.234
    4    HB3  ASP  52           HB1      ASP  52  14.415 -19.484  27.164

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   ASP  53           HA       ASP  53  12.897 -18.259  23.092
    2    HB2  ASP  53           HB2      ASP  53  10.252 -19.504  23.971
    3    H    ASP  53           HN       ASP  53  11.763 -18.758  25.704
    4    HB3  ASP  53           HB1      ASP  53  10.725 -19.343  22.282

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   LEU  54           HA       LEU  54   9.282 -15.305  22.917
    2    HB2  LEU  54           HB2      LEU  54   8.531 -15.528  25.855
    3    HG   LEU  54           HG       LEU  54   8.378 -17.724  24.670
    4   HD13  LEU  54          HD11      LEU  54   6.067 -18.234  25.247
    5   HD12  LEU  54          HD12      LEU  54   5.677 -16.513  25.320
    6   HD11  LEU  54          HD13      LEU  54   6.812 -17.216  26.479
    7   HD22  LEU  54          HD21      LEU  54   8.072 -16.936  22.374
    8   HD21  LEU  54          HD22      LEU  54   6.481 -16.285  22.784
    9   HD23  LEU  54          HD23      LEU  54   6.759 -18.025  22.830
   10    H    LEU  54           HN       LEU  54  10.743 -16.551  25.170
   11    HB3  LEU  54           HB1      LEU  54   7.536 -14.798  24.595

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   GLN  55           HA       GLN  55  11.104 -11.425  23.675
    2    HB2  GLN  55           HB2      GLN  55  10.076 -11.209  21.452
    3    HG2  GLN  55           HG2      GLN  55  10.834  -9.043  22.744
    4   HE21  GLN  55          HE21      GLN  55  10.203  -7.014  23.435
    5   HE22  GLN  55          HE22      GLN  55   8.575  -6.612  23.849
    6    H    GLN  55           HN       GLN  55   9.147 -13.193  22.676
    7    HB3  GLN  55           HB1      GLN  55   8.510 -10.877  22.170
    8    HG3  GLN  55           HG1      GLN  55   9.991  -8.924  21.202

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   ALA  56           HA       ALA  56   7.403  -9.870  26.422
    2    HB2  ALA  56           HB1      ALA  56   5.520 -11.348  25.791
    3    HB3  ALA  56           HB2      ALA  56   5.623 -11.180  27.546
    4    HB1  ALA  56           HB3      ALA  56   6.204 -12.651  26.759
    5    H    ALA  56           HN       ALA  56   7.770 -12.071  24.707

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   THR  57           HA       THR  57   9.169 -12.413  29.846
    2    HB   THR  57           HB       THR  57   8.869 -14.953  30.029
    3    HG1  THR  57           HG1      THR  57   9.253 -15.103  27.596
    4   HG22  THR  57          HG21      THR  57   6.430 -14.832  29.740
    5   HG21  THR  57          HG22      THR  57   6.612 -13.342  28.809
    6   HG23  THR  57          HG23      THR  57   7.051 -13.377  30.517
    7    H    THR  57           HN       THR  57   8.997 -12.956  26.936

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   TYR  58           HA       TYR  58  13.247 -14.078  28.128
    2    HB2  TYR  58           HB2      TYR  58  12.935 -12.625  26.011
    3    HD1  TYR  58           HD1      TYR  58  14.440 -14.928  26.361
    4    HD2  TYR  58           HD2      TYR  58  15.919 -10.921  26.426
    5    HE1  TYR  58           HE1      TYR  58  16.644 -15.736  25.664
    6    HE2  TYR  58           HE2      TYR  58  18.128 -11.736  25.731
    7    HH   TYR  58           HH       TYR  58  18.618 -14.850  24.500
    8    H    TYR  58           HN       TYR  58  11.207 -12.133  27.595
    9    HB3  TYR  58           HB1      TYR  58  13.632 -11.298  26.942

  No H/Q in entry =           9
  In of MODEL    7
    1    HA3  GLY  59           HA2      GLY  59  14.967 -13.526  32.149
    2    H    GLY  59           HN       GLY  59  13.534 -14.143  30.350
    3    HA2  GLY  59           HA1      GLY  59  14.883 -11.847  31.648

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   ALA  60           HA       ALA  60  10.898 -11.772  33.886
    2    HB3  ALA  60           HB1      ALA  60   8.642 -12.540  33.254
    3    HB1  ALA  60           HB2      ALA  60   9.336 -13.638  32.055
    4    HB2  ALA  60           HB3      ALA  60   9.505 -11.892  31.857
    5    H    ALA  60           HN       ALA  60  11.803 -13.300  31.591

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   THR  61           HA       THR  61  11.039 -15.133  36.694
    2    HB   THR  61           HB       THR  61  10.005 -14.345  38.915
    3    HG1  THR  61           HG1      THR  61   9.423 -12.061  38.874
    4   HG22  THR  61          HG21      THR  61  11.679 -12.571  39.308
    5   HG21  THR  61          HG22      THR  61  11.954 -12.425  37.571
    6   HG23  THR  61          HG23      THR  61  12.393 -13.914  38.411
    7    H    THR  61           HN       THR  61   9.951 -12.599  35.761

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   PRO  62           HA       PRO  62   7.435 -17.635  35.939
    2    HB2  PRO  62           HB2      PRO  62   7.460 -19.332  38.162
    3    HG2  PRO  62           HG2      PRO  62   9.124 -18.234  39.387
    4    HD2  PRO  62           HD2      PRO  62  10.563 -16.674  38.420
    5    HB3  PRO  62           HB1      PRO  62   8.489 -19.519  36.738
    6    HG3  PRO  62           HG1      PRO  62  10.125 -19.325  38.405
    7    HD3  PRO  62           HD1      PRO  62  10.749 -17.616  36.921

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   GLU  63           HA       GLU  63   4.915 -16.225  39.911
    2    HB2  GLU  63           HB2      GLU  63   5.290 -14.144  41.193
    3    HG2  GLU  63           HG2      GLU  63   7.815 -13.844  39.540
    4    H    GLU  63           HN       GLU  63   7.562 -15.868  38.971
    5    HB3  GLU  63           HB1      GLU  63   6.695 -15.203  41.284
    6    HG3  GLU  63           HG1      GLU  63   6.419 -12.770  39.492

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLN  64           HA       GLN  64   3.979 -12.416  37.084
    2    HB2  GLN  64           HB2      GLN  64   6.493 -12.831  35.421
    3    HG2  GLN  64           HG2      GLN  64   5.833 -10.600  37.367
    4   HE21  GLN  64          HE21      GLN  64   8.104 -11.924  35.001
    5   HE22  GLN  64          HE22      GLN  64   9.023 -10.477  34.816
    6    H    GLN  64           HN       GLN  64   6.295 -14.062  37.515
    7    HB3  GLN  64           HB1      GLN  64   5.307 -11.554  35.168
    8    HG3  GLN  64           HG1      GLN  64   7.000 -11.887  37.661

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   LEU  65           HA       LEU  65   3.393 -15.575  33.544
    2    HB2  LEU  65           HB2      LEU  65   5.278 -17.719  34.666
    3    HG   LEU  65           HG       LEU  65   6.718 -15.767  34.391
    4   HD12  LEU  65          HD11      LEU  65   7.024 -17.598  31.998
    5   HD11  LEU  65          HD12      LEU  65   7.632 -17.902  33.629
    6   HD13  LEU  65          HD13      LEU  65   8.274 -16.557  32.689
    7   HD22  LEU  65          HD21      LEU  65   6.868 -14.510  32.291
    8   HD21  LEU  65          HD22      LEU  65   5.278 -14.363  33.031
    9   HD23  LEU  65          HD23      LEU  65   5.505 -15.425  31.637
   10    H    LEU  65           HN       LEU  65   5.045 -15.478  36.012
   11    HB3  LEU  65           HB1      LEU  65   4.671 -17.560  33.020

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ARG  66           HA       ARG  66   0.840 -18.059  36.509
    2    HB2  ARG  66           HB2      ARG  66   1.322 -16.065  38.779
    3    HG2  ARG  66           HG2      ARG  66   2.332 -18.919  38.619
    4    HD2  ARG  66           HD2      ARG  66   3.484 -18.388  40.723
    5    HE   ARG  66           HE       ARG  66   0.960 -19.081  40.744
    6   HH11  ARG  66          HH11      ARG  66   2.371 -16.426  42.568
    7   HH12  ARG  66          HH12      ARG  66   1.257 -16.600  43.884
    8   HH21  ARG  66          HH21      ARG  66  -0.475 -19.284  42.486
    9   HH22  ARG  66          HH22      ARG  66  -0.329 -18.215  43.846
   10    H    ARG  66           HN       ARG  66   2.777 -15.856  36.702
   11    HB3  ARG  66           HB1      ARG  66   0.327 -17.521  38.861
   12    HG3  ARG  66           HG1      ARG  66   3.333 -17.478  38.444
   13    HD3  ARG  66           HD1      ARG  66   2.771 -16.771  40.725

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   GLU  67           HA       GLU  67  -1.879 -14.207  36.691
    2    HB2  GLU  67           HB2      GLU  67  -1.365 -11.781  37.323
    3    HG2  GLU  67           HG2      GLU  67   1.319 -12.952  38.130
    4    H    GLU  67           HN       GLU  67   0.956 -14.561  37.228
    5    HB3  GLU  67           HB1      GLU  67  -1.129 -12.992  38.577
    6    HG3  GLU  67           HG1      GLU  67   1.056 -11.684  36.930

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ILE  68           HA       ILE  68  -0.943 -12.871  32.545
    2    HB   ILE  68           HB       ILE  68  -1.629 -15.847  32.652
    3   HD11  ILE  68          HD11      ILE  68   0.761 -16.791  30.971
    4   HD13  ILE  68          HD12      ILE  68   0.442 -17.381  32.608
    5   HD12  ILE  68          HD13      ILE  68   2.009 -16.683  32.209
    6    H    ILE  68           HN       ILE  68  -2.350 -14.371  34.667

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLU  69           HA       GLU  69  -5.204 -12.639  31.073
    2    HB2  GLU  69           HB2      GLU  69  -4.754 -10.345  32.005
    3    HG2  GLU  69           HG2      GLU  69  -6.038 -10.222  29.263
    4    H    GLU  69           HN       GLU  69  -2.337 -11.862  31.183
    5    HB3  GLU  69           HB1      GLU  69  -3.918  -9.914  30.518
    6    HG3  GLU  69           HG1      GLU  69  -6.862 -10.607  30.774

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ILE  70           HA       ILE  70  -4.482 -13.165  26.662
    2    HB   ILE  70           HB       ILE  70  -7.436 -12.358  26.728
    3   HD13  ILE  70          HD11      ILE  70  -6.140 -16.402  27.403
    4   HD12  ILE  70          HD12      ILE  70  -4.927 -15.124  27.401
    5   HD11  ILE  70          HD13      ILE  70  -5.657 -15.652  25.881
    6    H    ILE  70           HN       ILE  70  -6.182 -12.241  28.835

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   SER  71           HA       SER  71  -3.161  -9.488  24.712
    2    HB2  SER  71           HB2      SER  71  -4.450 -10.931  22.386
    3    HG   SER  71           HG       SER  71  -1.805 -10.278  23.139
    4    H    SER  71           HN       SER  71  -4.348 -11.955  24.551
    5    HB3  SER  71           HB1      SER  71  -3.769  -9.326  22.141

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   PRO  72           HA       PRO  72  -6.442  -6.317  24.639
    2    HB2  PRO  72           HB2      PRO  72  -5.089  -4.251  23.455
    3    HG2  PRO  72           HG2      PRO  72  -3.237  -5.475  22.647
    4    HD2  PRO  72           HD2      PRO  72  -2.641  -7.540  23.556
    5    HB3  PRO  72           HB1      PRO  72  -4.799  -4.743  25.130
    6    HG3  PRO  72           HG1      PRO  72  -2.628  -4.918  24.223
    7    HD3  PRO  72           HD1      PRO  72  -2.935  -7.007  25.227

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   SER  73           HA       SER  73  -7.124  -6.769  20.051
    2    HB2  SER  73           HB2      SER  73  -4.616  -8.402  19.434
    3    HG   SER  73           HG       SER  73  -3.663  -6.561  19.044
    4    H    SER  73           HN       SER  73  -5.000  -7.740  21.865
    5    HB3  SER  73           HB1      SER  73  -5.763  -7.779  18.244

  No H/Q in entry =           5
  In of MODEL    7
    1    HA3  GLY  74           HA2      GLY  74  -7.863 -11.087  22.735
    2    H    GLY  74           HN       GLY  74  -6.559  -9.268  22.207
    3    HA2  GLY  74           HA1      GLY  74  -8.797 -10.837  21.281

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   LEU  75           HA       LEU  75  -6.116 -13.601  18.923
    2    HB2  LEU  75           HB2      LEU  75  -3.983 -11.456  18.732
    3    HG   LEU  75           HG       LEU  75  -6.013 -11.252  17.221
    4   HD11  LEU  75          HD11      LEU  75  -3.880 -10.223  16.580
    5   HD13  LEU  75          HD12      LEU  75  -4.743 -10.818  15.166
    6   HD12  LEU  75          HD13      LEU  75  -3.367 -11.725  15.802
    7   HD22  LEU  75          HD21      LEU  75  -6.240 -12.824  15.335
    8   HD21  LEU  75          HD22      LEU  75  -6.462 -13.647  16.876
    9   HD23  LEU  75          HD23      LEU  75  -4.940 -13.824  15.995
   10    H    LEU  75           HN       LEU  75  -5.966 -10.953  19.865
   11    HB3  LEU  75           HB1      LEU  75  -3.695 -13.050  18.055

  No H/Q in entry =          11
  In of MODEL    7
    1    HA3  GLY  76           HA2      GLY  76  -2.587 -15.016  21.517
    2    H    GLY  76           HN       GLY  76  -3.309 -12.261  20.727
    3    HA2  GLY  76           HA1      GLY  76  -1.509 -13.628  21.444

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   VAL  77           HA       VAL  77  -2.683 -13.186  25.669
    2    HB   VAL  77           HB       VAL  77  -0.761 -15.058  25.349
    3    H    VAL  77           HN       VAL  77  -0.878 -12.993  23.350

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   TYR  78           HA       TYR  78   0.040  -9.735  26.885
    2    HB2  TYR  78           HB2      TYR  78  -2.125  -8.697  26.216
    3    HD1  TYR  78           HD1      TYR  78  -2.643  -7.383  29.505
    4    HD2  TYR  78           HD2      TYR  78   0.054  -7.193  26.189
    5    HE1  TYR  78           HE1      TYR  78  -1.782  -5.227  30.323
    6    HE2  TYR  78           HE2      TYR  78   0.907  -5.042  27.008
    7    HH   TYR  78           HH       TYR  78   0.209  -3.832  30.121
    8    H    TYR  78           HN       TYR  78  -1.979 -11.770  27.435
    9    HB3  TYR  78           HB1      TYR  78  -2.801  -9.056  27.801

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   PHE  79           HA       PHE  79   0.518 -11.095  31.106
    2    HB2  PHE  79           HB2      PHE  79   3.339 -10.642  30.067
    3    HD1  PHE  79           HD1      PHE  79   0.583 -13.022  30.052
    4    HD2  PHE  79           HD2      PHE  79   4.663 -12.581  29.580
    5    HE1  PHE  79           HE1      PHE  79   0.719 -15.203  28.983
    6    HE2  PHE  79           HE2      PHE  79   4.762 -14.777  28.507
    7    HZ   PHE  79           HZ       PHE  79   2.802 -16.107  28.211
    8    H    PHE  79           HN       PHE  79   1.401 -10.377  28.438
    9    HB3  PHE  79           HB1      PHE  79   2.898 -11.402  31.592

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   GLU  80           HA       GLU  80   0.102  -6.742  31.623
    2    HB2  GLU  80           HB2      GLU  80  -1.996  -7.732  32.534
    3    HG2  GLU  80           HG2      GLU  80  -0.872  -5.588  34.363
    4    H    GLU  80           HN       GLU  80  -0.221  -9.499  32.236
    5    HB3  GLU  80           HB1      GLU  80  -1.185  -8.049  34.063
    6    HG3  GLU  80           HG1      GLU  80  -1.769  -5.318  32.870

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   THR  81           HA       THR  81   2.461  -7.025  35.926
    2    HB   THR  81           HB       THR  81   3.834  -9.668  35.306
    3    HG1  THR  81           HG1      THR  81   1.416  -9.556  36.763
    4   HG21  THR  81          HG21      THR  81   3.025  -8.338  37.924
    5   HG23  THR  81          HG22      THR  81   4.665  -8.417  37.272
    6   HG22  THR  81          HG23      THR  81   3.839  -9.897  37.772
    7    H    THR  81           HN       THR  81   1.485  -8.851  34.037

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   LEU  82           HA       LEU  82   6.284  -6.568  33.233
    2    HB2  LEU  82           HB2      LEU  82   6.883  -8.028  31.026
    3    HG   LEU  82           HG       LEU  82   4.666  -9.360  31.140
    4   HD13  LEU  82          HD11      LEU  82   5.740 -11.457  30.491
    5   HD12  LEU  82          HD12      LEU  82   7.272 -10.914  31.189
    6   HD11  LEU  82          HD13      LEU  82   6.587 -10.076  29.791
    7   HD21  LEU  82          HD21      LEU  82   6.084 -10.703  33.468
    8   HD23  LEU  82          HD22      LEU  82   4.624 -11.294  32.665
    9   HD22  LEU  82          HD23      LEU  82   4.585  -9.775  33.553
   10    H    LEU  82           HN       LEU  82   3.774  -8.099  32.868
   11    HB3  LEU  82           HB1      LEU  82   7.192  -8.602  32.655

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   GLU  83           HA       GLU  83   2.296  -4.661  30.672
    2    HB2  GLU  83           HB2      GLU  83   5.038  -3.331  30.455
    3    HG2  GLU  83           HG2      GLU  83   2.793  -2.629  32.370
    4    H    GLU  83           HN       GLU  83   3.344  -6.052  32.122
    5    HB3  GLU  83           HB1      GLU  83   3.499  -2.595  30.013
    6    HG3  GLU  83           HG1      GLU  83   4.308  -3.413  32.823

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   GLU  84           HA       GLU  84   4.071  -6.191  26.745
    2    HB2  GLU  84           HB2      GLU  84   6.194  -6.620  28.103
    3    HG2  GLU  84           HG2      GLU  84   7.371  -7.957  26.452
    4    H    GLU  84           HN       GLU  84   3.469  -7.096  29.494
    5    HB3  GLU  84           HB1      GLU  84   5.714  -8.312  28.199
    6    HG3  GLU  84           HG1      GLU  84   5.847  -8.525  25.790

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   ASP  85           HA       ASP  85   1.694  -9.815  25.873
    2    HB2  ASP  85           HB2      ASP  85   0.370  -9.266  23.976
    3    H    ASP  85           HN       ASP  85   3.645  -7.715  25.098
    4    HB3  ASP  85           HB1      ASP  85   0.821  -7.708  24.642

  No H/Q in entry =           4
  In of MODEL    7
    1    HA   VAL  86           HA       VAL  86   3.885 -12.114  22.634
    2    HB   VAL  86           HB       VAL  86   2.382 -14.376  24.085
    3    H    VAL  86           HN       VAL  86   1.585 -11.685  24.465

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   SER  87           HA       SER  87   0.404 -11.979  19.889
    2    HB2  SER  87           HB2      SER  87   2.910 -11.858  18.162
    3    HG   SER  87           HG       SER  87   2.078 -10.095  19.789
    4    H    SER  87           HN       SER  87   3.154 -11.911  20.629
    5    HB3  SER  87           HB1      SER  87   1.263 -11.588  17.580

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   LEU  88           HA       LEU  88   0.007 -16.337  19.521
    2    HB2  LEU  88           HB2      LEU  88  -2.356 -15.319  19.705
    3    HG   LEU  88           HG       LEU  88  -2.077 -17.902  18.138
    4   HD12  LEU  88          HD11      LEU  88  -2.425 -17.419  21.120
    5   HD11  LEU  88          HD12      LEU  88  -0.930 -17.921  20.323
    6   HD13  LEU  88          HD13      LEU  88  -2.324 -18.988  20.321
    7   HD21  LEU  88          HD21      LEU  88  -4.338 -16.927  17.870
    8   HD23  LEU  88          HD22      LEU  88  -4.506 -16.846  19.627
    9   HD22  LEU  88          HD23      LEU  88  -4.367 -18.408  18.823
   10    H    LEU  88           HN       LEU  88  -0.793 -13.675  19.371
   11    HB3  LEU  88           HB1      LEU  88  -2.427 -15.405  17.961

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ILE  89           HA       ILE  89  -0.448 -16.304  14.693
    2    HB   ILE  89           HB       ILE  89   0.162 -13.321  14.448
    3   HD12  ILE  89          HD11      ILE  89  -2.587 -15.937  14.758
    4   HD11  ILE  89          HD12      ILE  89  -2.762 -15.405  13.082
    5   HD13  ILE  89          HD13      ILE  89  -3.870 -14.811  14.318
    6    H    ILE  89           HN       ILE  89  -0.612 -14.335  16.690

  No H/Q in entry =           6
  In of MODEL    7
    1    HA3  GLY  90           HA2      GLY  90   4.252 -14.860  14.607
    2    H    GLY  90           HN       GLY  90   1.996 -14.161  16.112
    3    HA2  GLY  90           HA1      GLY  90   4.269 -14.317  16.283

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   LEU  91           HA       LEU  91   4.831 -18.378  17.943
    2    HB2  LEU  91           HB2      LEU  91   1.853 -18.479  18.560
    3    HG   LEU  91           HG       LEU  91   2.902 -16.583  19.750
    4   HD13  LEU  91          HD11      LEU  91   1.118 -17.795  20.886
    5   HD12  LEU  91          HD12      LEU  91   2.312 -17.231  22.052
    6   HD11  LEU  91          HD13      LEU  91   2.284 -18.932  21.573
    7   HD22  LEU  91          HD21      LEU  91   5.232 -17.302  19.749
    8   HD21  LEU  91          HD22      LEU  91   4.857 -18.642  20.832
    9   HD23  LEU  91          HD23      LEU  91   4.710 -16.980  21.400
   10    H    LEU  91           HN       LEU  91   2.827 -16.424  17.485
   11    HB3  LEU  91           HB1      LEU  91   3.051 -19.580  19.226

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   LEU  92           HA       LEU  92   1.987 -21.079  15.116
    2    HB2  LEU  92           HB2      LEU  92   0.631 -18.675  13.836
    3    HG   LEU  92           HG       LEU  92  -0.151 -19.011  16.199
    4   HD12  LEU  92          HD11      LEU  92  -2.227 -19.642  14.082
    5   HD11  LEU  92          HD12      LEU  92  -1.662 -18.037  14.561
    6   HD13  LEU  92          HD13      LEU  92  -2.550 -19.033  15.710
    7   HD22  LEU  92          HD21      LEU  92  -1.452 -21.009  16.801
    8   HD21  LEU  92          HD22      LEU  92   0.215 -21.430  16.416
    9   HD23  LEU  92          HD23      LEU  92  -1.067 -21.747  15.244
   10    H    LEU  92           HN       LEU  92   1.928 -18.350  15.952
   11    HB3  LEU  92           HB1      LEU  92   0.257 -20.359  13.492

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   GLU  93           HA       GLU  93   4.340 -19.237  11.365
    2    HB2  GLU  93           HB2      GLU  93   5.099 -16.606  12.727
    3    HG2  GLU  93           HG2      GLU  93   2.740 -16.522  12.193
    4    H    GLU  93           HN       GLU  93   3.485 -18.120  13.922
    5    HB3  GLU  93           HB1      GLU  93   5.504 -17.050  11.070
    6    HG3  GLU  93           HG1      GLU  93   3.645 -15.496  11.089

  No H/Q in entry =           6
  In of MODEL    7
    1    HA3  GLY  94           HA2      GLY  94   7.599 -20.084  15.371
    2    H    GLY  94           HN       GLY  94   5.594 -19.054  14.596
    3    HA2  GLY  94           HA1      GLY  94   8.290 -19.959  13.760

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   ARG  95           HA       ARG  95   9.276 -15.623  14.912
    2    HB2  ARG  95           HB2      ARG  95   7.655 -15.001  13.021
    3    HG2  ARG  95           HG2      ARG  95   8.250 -12.902  15.118
    4    HD2  ARG  95           HD2      ARG  95   7.781 -11.213  13.353
    5    HE   ARG  95           HE       ARG  95   5.981 -12.025  15.024
    6   HH11  ARG  95          HH11      ARG  95   5.483 -11.902  11.553
    7   HH12  ARG  95          HH12      ARG  95   3.779 -11.609  11.690
    8   HH21  ARG  95          HH21      ARG  95   3.767 -11.651  15.197
    9   HH22  ARG  95          HH22      ARG  95   2.809 -11.436  13.763
   10    H    ARG  95           HN       ARG  95   6.867 -17.082  14.193
   11    HB3  ARG  95           HB1      ARG  95   6.485 -14.563  14.259
   12    HG3  ARG  95           HG1      ARG  95   9.128 -13.218  13.618
   13    HD3  ARG  95           HD1      ARG  95   7.099 -12.491  12.337

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   ARG  96           HA       ARG  96   7.116 -16.204  19.006
    2    HB2  ARG  96           HB2      ARG  96   8.842 -17.188  20.631
    3    HG2  ARG  96           HG2      ARG  96  10.477 -17.389  18.077
    4    HD2  ARG  96           HD2      ARG  96  10.996 -18.895  20.657
    5    HE   ARG  96           HE       ARG  96  12.682 -18.404  18.420
    6   HH11  ARG  96          HH11      ARG  96  11.807 -20.947  20.688
    7   HH12  ARG  96          HH12      ARG  96  13.269 -21.833  20.433
    8   HH21  ARG  96          HH21      ARG  96  14.594 -19.595  18.099
    9   HH22  ARG  96          HH22      ARG  96  14.848 -21.070  18.976
   10    H    ARG  96           HN       ARG  96   9.147 -16.735  17.080
   11    HB3  ARG  96           HB1      ARG  96   8.358 -18.205  19.281
   12    HG3  ARG  96           HG1      ARG  96  10.963 -16.698  19.628
   13    HD3  ARG  96           HD1      ARG  96  10.313 -19.638  19.208

  No H/Q in entry =          13
  In of MODEL    7
    1    HA3  GLY  97           HA2      GLY  97   8.889 -12.144  19.692
    2    H    GLY  97           HN       GLY  97   9.867 -14.389  18.032
    3    HA2  GLY  97           HA1      GLY  97  10.623 -12.473  19.597

  No H/Q in entry =           3
  In of MODEL    7
    1    HA   SER  98           HA       SER  98   9.366  -9.861  15.932
    2    HB2  SER  98           HB2      SER  98  10.363  -7.588  16.053
    3    HG   SER  98           HG       SER  98  11.118  -7.067  18.325
    4    H    SER  98           HN       SER  98  10.017 -10.045  18.699
    5    HB3  SER  98           HB1      SER  98   9.320  -7.881  17.444

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   ALA  99           HA       ALA  99  13.019 -11.270  13.901
    2    HB3  ALA  99           HB1      ALA  99  12.499  -8.787  12.221
    3    HB1  ALA  99           HB2      ALA  99  11.805 -10.384  11.941
    4    HB2  ALA  99           HB3      ALA  99  13.544 -10.138  11.767
    5    H    ALA  99           HN       ALA  99  10.895  -9.425  14.140

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   LYS 100           HA       LYS 100  15.701  -7.297  14.982
    2    HB2  LYS 100           HB2      LYS 100  13.444  -6.211  16.724
    3    HG2  LYS 100           HG2      LYS 100  14.615  -5.136  14.141
    4    HD2  LYS 100           HD2      LYS 100  12.535  -3.914  15.992
    5    HE2  LYS 100           HE2      LYS 100  11.820  -3.616  13.672
    6    HZ1  LYS 100           HZ1      LYS 100  14.530  -2.524  13.194
    7    HZ3  LYS 100           HZ2      LYS 100  13.243  -2.425  12.109
    8    HZ2  LYS 100           HZ3      LYS 100  13.890  -3.934  12.520
    9    H    LYS 100           HN       LYS 100  12.957  -7.854  14.774
   10    HB3  LYS 100           HB1      LYS 100  15.053  -5.499  16.560
   11    HG3  LYS 100           HG1      LYS 100  12.985  -5.781  14.358
   12    HD3  LYS 100           HD1      LYS 100  14.131  -3.252  15.612
   13    HE3  LYS 100           HE1      LYS 100  12.416  -2.086  14.319

  No H/Q in entry =          13
  In of MODEL    7
    1    HA   TRP 101           HA       TRP 101  15.197  -8.685  19.629
    2    HB2  TRP 101           HB2      TRP 101  12.744  -8.631  19.958
    3    HD1  TRP 101           HD1      TRP 101  13.741  -8.673  22.476
    4    HE1  TRP 101           HE1      TRP 101  13.932 -10.555  24.212
    5    HE3  TRP 101           HE3      TRP 101  12.933 -12.691  19.426
    6    HZ2  TRP 101           HZ2      TRP 101  13.762 -13.365  24.279
    7    HZ3  TRP 101           HZ3      TRP 101  12.963 -14.946  20.406
    8    HH2  TRP 101           HH2      TRP 101  13.372 -15.272  22.794
    9    H    TRP 101           HN       TRP 101  13.396  -8.383  17.502
   10    HB3  TRP 101           HB1      TRP 101  12.574 -10.177  19.134

  No H/Q in entry =          10
  In of MODEL    7
    1    HA   MET 102           HA       MET 102  15.550 -13.262  18.315
    2    HB2  MET 102           HB2      MET 102  14.326 -12.873  15.556
    3    HG2  MET 102           HG2      MET 102  13.397 -14.491  17.943
    4    HE1  MET 102           HE1      MET 102  11.397 -12.895  14.956
    5    HE3  MET 102           HE2      MET 102  11.213 -14.271  13.870
    6    HE2  MET 102           HE3      MET 102  12.801 -13.546  14.105
    7    H    MET 102           HN       MET 102  14.260 -10.994  17.095
    8    HB3  MET 102           HB1      MET 102  15.044 -14.393  16.080
    9    HG3  MET 102           HG1      MET 102  12.641 -13.025  17.322

  No H/Q in entry =           9
  In of MODEL    7
    1    HA   ALA 103           HA       ALA 103  18.974 -12.067  15.251
    2    HB2  ALA 103           HB1      ALA 103  19.529  -9.879  14.240
    3    HB1  ALA 103           HB2      ALA 103  18.165  -9.137  15.086
    4    HB3  ALA 103           HB3      ALA 103  17.878 -10.363  13.851
    5    H    ALA 103           HN       ALA 103  16.602 -10.679  16.232

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   GLU 104           HA       GLU 104  20.813  -9.128  18.529
    2    HB2  GLU 104           HB2      GLU 104  18.173  -8.113  19.682
    3    HG2  GLU 104           HG2      GLU 104  19.927  -6.854  17.560
    4    H    GLU 104           HN       GLU 104  18.069  -9.709  17.709
    5    HB3  GLU 104           HB1      GLU 104  19.780  -7.442  19.979
    6    HG3  GLU 104           HG1      GLU 104  18.295  -7.450  17.338

  No H/Q in entry =           6
  In of MODEL    7
    1    HA   HIS 105           HA       HIS 105  19.650 -12.131  21.856
    2    HB2  HIS 105           HB2      HIS 105  16.612 -11.739  21.869
    3    HD1  HIS 105           HD1      HIS 105  19.059 -10.388  24.402
    4    HD2  HIS 105           HD2      HIS 105  16.400  -9.022  21.516
    5    HE1  HIS 105           HE1      HIS 105  18.913  -7.907  24.735
    6    HE2  HIS 105           HE2      HIS 105  17.191  -7.129  23.081
    7    H    HIS 105           HN       HIS 105  18.176 -11.139  19.494
    8    HB3  HIS 105           HB1      HIS 105  17.622 -12.267  23.210

  No H/Q in entry =           8
  In of MODEL    7
    1    HA   PRO 106           HA       PRO 106  18.169 -15.551  19.060
    2    HB2  PRO 106           HB2      PRO 106  20.525 -16.597  18.269
    3    HG2  PRO 106           HG2      PRO 106  22.033 -15.402  19.598
    4    HD2  PRO 106           HD2      PRO 106  21.298 -13.571  20.803
    5    HB3  PRO 106           HB1      PRO 106  19.874 -15.135  17.519
    6    HG3  PRO 106           HG1      PRO 106  21.965 -14.324  18.187
    7    HD3  PRO 106           HD1      PRO 106  20.769 -12.721  19.337

  No H/Q in entry =           7
  In of MODEL    7
    1    HA   LEU 107           HA       LEU 107  19.251 -18.734  22.012
    2    HB2  LEU 107           HB2      LEU 107  17.228 -19.764  20.000
    3    HG   LEU 107           HG       LEU 107  17.056 -19.348  23.011
    4   HD13  LEU 107          HD11      LEU 107  15.245 -17.768  22.509
    5   HD12  LEU 107          HD12      LEU 107  15.477 -18.033  20.778
    6   HD11  LEU 107          HD13      LEU 107  16.751 -17.270  21.731
    7   HD21  LEU 107          HD21      LEU 107  15.937 -21.441  22.420
    8   HD23  LEU 107          HD22      LEU 107  14.999 -20.613  21.174
    9   HD22  LEU 107          HD23      LEU 107  14.759 -20.210  22.875
   10    H    LEU 107           HN       LEU 107  18.443 -17.864  19.304
   11    HB3  LEU 107           HB1      LEU 107  17.914 -20.872  21.168

  No H/Q in entry =          11
  In of MODEL    7
    1    HA   ALA 108           HA       ALA 108  22.268 -21.551  20.349
    2    HB1  ALA 108           HB1      ALA 108  22.099 -22.471  22.633
    3    HB2  ALA 108           HB2      ALA 108  22.377 -23.752  21.453
    4    HB3  ALA 108           HB3      ALA 108  20.761 -23.505  22.128
    5    H    ALA 108           HN       ALA 108  19.995 -21.092  22.017

  No H/Q in entry =           5
  In of MODEL    7
    1    HA   SER 109           HA       SER 109  18.918 -24.301  18.097
    2    HB2  SER 109           HB2      SER 109  16.788 -22.152  18.527
    3    HG   SER 109           HG       SER 109  17.521 -24.386  20.021
    4    H    SER 109           HN       SER 109  18.896 -22.217  20.018
    5    HB3  SER 109           HB1      SER 109  16.556 -23.738  17.786

  No H/Q in entry =           5
  In of MODEL    8
    1    H1   MET   1           HT1      MET   1  -8.679  -6.873  -5.049
    2    H2   MET   1           HT3      MET   1  -8.675  -6.016  -6.508
    3    H3   MET   1           HT2      MET   1  -7.809  -7.464  -6.370
    4    HB3  MET   1           HB1      MET   1  -5.116  -4.970  -6.244
    5    HG3  MET   1           HG1      MET   1  -4.953  -6.174  -8.321
    6    HA   MET   1           HA       MET   1  -6.336  -6.494  -4.768
    7    HB2  MET   1           HB2      MET   1  -6.566  -4.660  -7.196
    8    HG2  MET   1           HG2      MET   1  -6.546  -6.899  -8.087
    9    HE3  MET   1           HE1      MET   1  -5.722  -9.398  -8.435
   10    HE2  MET   1           HE2      MET   1  -4.285 -10.061  -7.658
   11    HE1  MET   1           HE3      MET   1  -4.128  -8.758  -8.836

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   GLU   2           HA       GLU   2  -8.822  -3.130  -2.972
    2    HB2  GLU   2           HB2      GLU   2  -8.414  -5.064  -0.641
    3    HG2  GLU   2           HG2      GLU   2 -10.911  -5.430  -0.809
    4    H    GLU   2           HN       GLU   2  -7.584  -5.774  -2.964
    5    HB3  GLU   2           HB1      GLU   2  -9.410  -3.617  -0.619
    6    HG3  GLU   2           HG1      GLU   2 -10.850  -4.682  -2.402

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   VAL   3           HA       VAL   3  -4.987  -1.328  -1.734
    2    HB   VAL   3           HB       VAL   3  -5.077   1.121  -1.754
    3    H    VAL   3           HN       VAL   3  -7.779  -1.291  -2.400

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   SER   4           HA       SER   4  -5.760  -1.378   2.620
    2    HB2  SER   4           HB2      SER   4  -2.736  -1.672   2.369
    3    HG   SER   4           HG       SER   4  -4.512  -3.260   1.388
    4    H    SER   4           HN       SER   4  -4.073  -1.275   0.253
    5    HB3  SER   4           HB1      SER   4  -3.719  -2.091   3.779

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ALA   5           HA       ALA   5  -4.637   2.992   3.015
    2    HB2  ALA   5           HB1      ALA   5  -6.569   4.453   2.574
    3    HB1  ALA   5           HB2      ALA   5  -7.624   3.043   2.429
    4    HB3  ALA   5           HB3      ALA   5  -6.340   3.310   1.248
    5    H    ALA   5           HN       ALA   5  -6.483   0.807   2.395

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ASN   6           HA       ASN   6  -5.742   3.331   7.249
    2    HB2  ASN   6           HB2      ASN   6  -5.837   5.603   8.218
    3   HD21  ASN   6          HD21      ASN   6  -4.584   6.653   5.156
    4   HD22  ASN   6          HD22      ASN   6  -5.732   7.912   4.880
    5    H    ASN   6           HN       ASN   6  -5.435   4.611   4.714
    6    HB3  ASN   6           HB1      ASN   6  -4.517   5.461   7.070

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLU   7           HA       GLU   7 -10.310   4.856   6.682
    2    HB2  GLU   7           HB2      GLU   7 -11.587   5.148   4.594
    3    HG2  GLU   7           HG2      GLU   7  -8.981   4.536   3.172
    4    H    GLU   7           HN       GLU   7  -7.996   4.840   5.013
    5    HB3  GLU   7           HB1      GLU   7 -10.175   6.202   4.624
    6    HG3  GLU   7           HG1      GLU   7 -10.479   3.616   3.064

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LEU   8           HA       LEU   8 -10.871   0.424   4.931
    2    HB2  LEU   8           HB2      LEU   8  -7.989   0.348   4.057
    3    HG   LEU   8           HG       LEU   8  -8.826  -0.798   2.061
    4   HD11  LEU   8          HD11      LEU   8 -10.627  -2.094   3.084
    5   HD13  LEU   8          HD12      LEU   8 -11.188  -1.214   1.665
    6   HD12  LEU   8          HD13      LEU   8 -11.598  -0.629   3.281
    7   HD23  LEU   8          HD21      LEU   8 -10.442   1.701   2.653
    8   HD22  LEU   8          HD22      LEU   8 -10.135   1.011   1.055
    9   HD21  LEU   8          HD23      LEU   8  -8.797   1.638   2.012
   10    H    LEU   8           HN       LEU   8  -8.714   2.335   4.839
   11    HB3  LEU   8           HB1      LEU   8  -8.733  -1.182   4.459

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   GLU   9           HA       GLU   9  -7.881   0.914   9.271
    2    HB2  GLU   9           HB2      GLU   9  -9.546   0.192  10.905
    3    HG2  GLU   9           HG2      GLU   9 -11.541  -0.227   8.674
    4    H    GLU   9           HN       GLU   9  -8.737   1.593   7.277
    5    HB3  GLU   9           HB1      GLU   9 -10.233   1.419   9.851
    6    HG3  GLU   9           HG1      GLU   9 -10.723  -1.552   9.499

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ALA  10           HA       ALA  10  -7.646  -3.425   7.489
    2    HB1  ALA  10           HB1      ALA  10  -6.705  -2.354   5.495
    3    HB3  ALA  10           HB2      ALA  10  -5.810  -3.811   5.933
    4    HB2  ALA  10           HB3      ALA  10  -5.137  -2.215   6.291
    5    H    ALA  10           HN       ALA  10  -6.854  -0.697   7.412

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ALA  11           HA       ALA  11  -3.918  -3.942  10.463
    2    HB2  ALA  11           HB1      ALA  11  -3.096  -1.633  10.779
    3    HB3  ALA  11           HB2      ALA  11  -3.192  -2.497  12.315
    4    HB1  ALA  11           HB3      ALA  11  -4.425  -1.304  11.891
    5    H    ALA  11           HN       ALA  11  -5.504  -1.685   9.593

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   SER  12           HA       SER  12  -7.152  -3.888  14.064
    2    HB2  SER  12           HB2      SER  12  -9.339  -2.653  14.228
    3    HG   SER  12           HG       SER  12 -10.061  -1.520  12.609
    4    H    SER  12           HN       SER  12  -6.675  -2.144  11.865
    5    HB3  SER  12           HB1      SER  12  -7.955  -1.569  14.078

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   SER  13           HA       SER  13 -10.380  -5.735  10.900
    2    HB2  SER  13           HB2      SER  13  -8.805  -4.707   8.493
    3    HG   SER  13           HG       SER  13 -10.031  -3.085   9.478
    4    H    SER  13           HN       SER  13  -8.421  -3.692  10.775
    5    HB3  SER  13           HB1      SER  13 -10.262  -5.701   8.402

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ARG  14           HA       ARG  14  -6.678  -8.409   9.195
    2    HB2  ARG  14           HB2      ARG  14  -4.838  -6.683   9.013
    3    HG2  ARG  14           HG2      ARG  14  -2.896  -8.147   9.373
    4    HD2  ARG  14           HD2      ARG  14  -5.311  -9.688   8.359
    5    HE   ARG  14           HE       ARG  14  -2.482 -10.408   8.326
    6   HH11  ARG  14          HH11      ARG  14  -5.678 -11.056   7.004
    7   HH12  ARG  14          HH12      ARG  14  -5.220 -12.598   6.362
    8   HH21  ARG  14          HH21      ARG  14  -1.912 -12.432   7.512
    9   HH22  ARG  14          HH22      ARG  14  -3.080 -13.382   6.646
   10    H    ARG  14           HN       ARG  14  -6.891  -5.772  10.166
   11    HB3  ARG  14           HB1      ARG  14  -4.515  -6.889  10.728
   12    HG3  ARG  14           HG1      ARG  14  -3.879  -9.240  10.351
   13    HD3  ARG  14           HD1      ARG  14  -4.253  -8.658   7.388

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   MET  15           HA       MET  15  -5.732  -9.460  13.880
    2    HB2  MET  15           HB2      MET  15  -6.958  -6.820  14.692
    3    HG2  MET  15           HG2      MET  15  -5.011  -6.558  16.052
    4    HE2  MET  15           HE1      MET  15  -2.126  -8.018  14.974
    5    HE1  MET  15           HE2      MET  15  -2.257  -6.325  15.464
    6    HE3  MET  15           HE3      MET  15  -1.613  -6.738  13.874
    7    H    MET  15           HN       MET  15  -6.273  -7.099  12.487
    8    HB3  MET  15           HB1      MET  15  -6.944  -8.142  15.854
    9    HG3  MET  15           HG1      MET  15  -4.559  -8.252  15.849

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   GLU  16           HA       GLU  16 -10.576  -9.855  14.442
    2    HB2  GLU  16           HB2      GLU  16 -11.119  -8.166  11.956
    3    HG2  GLU  16           HG2      GLU  16 -10.617  -6.738  13.878
    4    H    GLU  16           HN       GLU  16  -8.910  -7.965  13.207
    5    HB3  GLU  16           HB1      GLU  16 -12.358  -9.017  12.879
    6    HG3  GLU  16           HG1      GLU  16 -12.317  -6.631  13.429

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   MET  17           HA       MET  17 -10.537 -12.085  10.106
    2    HB2  MET  17           HB2      MET  17  -7.918 -10.727   9.327
    3    HG2  MET  17           HG2      MET  17  -9.895  -9.358   8.849
    4    HE2  MET  17           HE1      MET  17 -10.177 -13.012   7.277
    5    HE1  MET  17           HE2      MET  17 -10.153 -11.946   5.870
    6    HE3  MET  17           HE3      MET  17 -11.627 -12.817   6.290
    7    H    MET  17           HN       MET  17  -9.254  -9.795  11.162
    8    HB3  MET  17           HB1      MET  17  -8.621 -12.067   8.422
    9    HG3  MET  17           HG1      MET  17  -9.136  -9.942   7.367

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   LEU  18           HA       LEU  18  -6.366 -14.255  11.342
    2    HB2  LEU  18           HB2      LEU  18  -5.702 -12.108  13.381
    3    HG   LEU  18           HG       LEU  18  -5.144 -11.503  10.993
    4   HD12  LEU  18          HD11      LEU  18  -2.756 -11.850  12.830
    5   HD11  LEU  18          HD12      LEU  18  -3.898 -10.504  12.837
    6   HD13  LEU  18          HD13      LEU  18  -2.852 -10.760  11.443
    7   HD22  LEU  18          HD21      LEU  18  -3.309 -12.674   9.851
    8   HD21  LEU  18          HD22      LEU  18  -4.684 -13.744  10.121
    9   HD23  LEU  18          HD23      LEU  18  -3.250 -13.871  11.147
   10    H    LEU  18           HN       LEU  18  -7.398 -11.650  11.715
   11    HB3  LEU  18           HB1      LEU  18  -4.759 -13.579  13.187

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   GLN  19           HA       GLN  19  -8.311 -14.798  15.840
    2    HB2  GLN  19           HB2      GLN  19 -10.514 -12.833  15.076
    3    HG2  GLN  19           HG2      GLN  19  -8.603 -12.703  17.421
    4   HE21  GLN  19          HE21      GLN  19  -8.630  -9.754  16.775
    5   HE22  GLN  19          HE22      GLN  19 -10.083  -9.171  17.500
    6    H    GLN  19           HN       GLN  19  -8.345 -12.792  13.861
    7    HB3  GLN  19           HB1      GLN  19 -10.554 -13.828  16.530
    8    HG3  GLN  19           HG1      GLN  19  -8.396 -11.790  15.931

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   ARG  20           HA       ARG  20 -12.080 -16.686  13.686
    2    HB2  ARG  20           HB2      ARG  20 -13.522 -16.030  11.829
    3    HG2  ARG  20           HG2      ARG  20 -11.600 -13.745  11.249
    4    HD2  ARG  20           HD2      ARG  20 -13.919 -13.023  10.949
    5    HE   ARG  20           HE       ARG  20 -14.436 -15.632  10.056
    6   HH11  ARG  20          HH11      ARG  20 -15.300 -12.374   9.106
    7   HH12  ARG  20          HH12      ARG  20 -16.805 -12.854   8.400
    8   HH21  ARG  20          HH21      ARG  20 -16.422 -16.241   9.169
    9   HH22  ARG  20          HH22      ARG  20 -17.443 -15.045   8.436
   10    H    ARG  20           HN       ARG  20 -10.602 -14.244  13.145
   11    HB3  ARG  20           HB1      ARG  20 -13.231 -14.647  12.878
   12    HG3  ARG  20           HG1      ARG  20 -11.866 -15.142  10.202
   13    HD3  ARG  20           HD1      ARG  20 -13.137 -13.226   9.376

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   GLU  21           HA       GLU  21  -9.695 -17.927   9.739
    2    HB2  GLU  21           HB2      GLU  21  -8.517 -15.767   9.269
    3    HG2  GLU  21           HG2      GLU  21  -6.559 -16.593   8.049
    4    H    GLU  21           HN       GLU  21  -9.310 -15.920  11.812
    5    HB3  GLU  21           HB1      GLU  21  -7.229 -16.241  10.368
    6    HG3  GLU  21           HG1      GLU  21  -6.659 -18.136   8.903

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   TYR  22           HA       TYR  22  -6.248 -20.200  11.921
    2    HB2  TYR  22           HB2      TYR  22  -4.953 -17.865  13.404
    3    HD1  TYR  22           HD1      TYR  22  -4.544 -16.262  11.652
    4    HD2  TYR  22           HD2      TYR  22  -3.614 -20.382  10.979
    5    HE1  TYR  22           HE1      TYR  22  -3.381 -15.667   9.571
    6    HE2  TYR  22           HE2      TYR  22  -2.452 -19.774   8.906
    7    HH   TYR  22           HH       TYR  22  -2.425 -17.989   7.267
    8    H    TYR  22           HN       TYR  22  -7.003 -17.388  12.059
    9    HB3  TYR  22           HB1      TYR  22  -4.283 -19.491  13.290

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   SER  23           HA       SER  23  -8.230 -19.638  16.257
    2    HB2  SER  23           HB2      SER  23  -5.269 -19.855  17.018
    3    HG   SER  23           HG       SER  23  -7.100 -21.658  15.911
    4    H    SER  23           HN       SER  23  -6.330 -18.073  14.785
    5    HB3  SER  23           HB1      SER  23  -6.603 -20.401  18.035

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   THR  24           HA       THR  24  -7.271 -16.211  19.081
    2    HB   THR  24           HB       THR  24  -9.197 -15.927  20.729
    3    HG1  THR  24           HG1      THR  24 -10.914 -17.256  20.662
    4   HG22  THR  24          HG21      THR  24 -10.023 -16.020  17.809
    5   HG21  THR  24          HG22      THR  24  -9.192 -14.679  18.600
    6   HG23  THR  24          HG23      THR  24 -10.832 -15.106  19.092
    7    H    THR  24           HN       THR  24  -8.744 -18.646  18.262

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   LEU  25           HA       LEU  25  -5.968 -18.773  22.494
    2    HB2  LEU  25           HB2      LEU  25  -4.287 -16.768  22.267
    3    HG   LEU  25           HG       LEU  25  -4.517 -18.199  24.953
    4   HD12  LEU  25          HD11      LEU  25  -2.893 -18.913  22.490
    5   HD11  LEU  25          HD12      LEU  25  -4.354 -19.739  23.046
    6   HD13  LEU  25          HD13      LEU  25  -2.899 -19.769  24.031
    7   HD22  LEU  25          HD21      LEU  25  -3.081 -16.224  25.167
    8   HD21  LEU  25          HD22      LEU  25  -2.136 -16.730  23.763
    9   HD23  LEU  25          HD23      LEU  25  -2.119 -17.701  25.237
   10    H    LEU  25           HN       LEU  25  -6.652 -16.117  21.398
   11    HB3  LEU  25           HB1      LEU  25  -5.100 -16.113  23.683

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ARG  26           HA       ARG  26  -9.249 -17.976  25.352
    2    HB2  ARG  26           HB2      ARG  26 -10.276 -20.034  26.114
    3    HG2  ARG  26           HG2      ARG  26  -7.985 -21.625  24.927
    4    HD2  ARG  26           HD2      ARG  26 -10.166 -22.772  24.789
    5    HE   ARG  26           HE       ARG  26 -10.997 -21.578  26.983
    6   HH11  ARG  26          HH11      ARG  26 -10.267 -24.977  26.590
    7   HH12  ARG  26          HH12      ARG  26 -11.350 -25.467  27.848
    8   HH21  ARG  26          HH21      ARG  26 -12.401 -22.243  28.633
    9   HH22  ARG  26          HH22      ARG  26 -12.549 -23.936  28.994
   10    H    ARG  26           HN       ARG  26  -7.125 -19.624  24.166
   11    HB3  ARG  26           HB1      ARG  26  -9.873 -20.183  24.408
   12    HG3  ARG  26           HG1      ARG  26  -8.214 -21.371  26.658
   13    HD3  ARG  26           HD1      ARG  26  -9.087 -23.559  25.955

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   SER  27           HA       SER  27  -6.189 -18.462  28.898
    2    HB2  SER  27           HB2      SER  27  -6.684 -21.473  28.717
    3    HG   SER  27           HG       SER  27  -8.238 -19.294  29.459
    4    H    SER  27           HN       SER  27  -6.317 -19.739  26.306
    5    HB3  SER  27           HB1      SER  27  -6.188 -20.632  30.188

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   VAL  28           HA       VAL  28  -2.142 -20.596  28.640
    2    HB   VAL  28           HB       VAL  28  -1.762 -17.936  30.125
    3    H    VAL  28           HN       VAL  28  -4.280 -19.274  30.160

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   GLN  29           HA       GLN  29  -0.957 -21.690  32.872
    2    HB2  GLN  29           HB2      GLN  29  -1.013 -24.210  32.951
    3    HG2  GLN  29           HG2      GLN  29  -1.671 -23.999  30.005
    4   HE21  GLN  29          HE21      GLN  29  -0.831 -26.740  29.606
    5   HE22  GLN  29          HE22      GLN  29  -2.102 -27.742  30.209
    6    H    GLN  29           HN       GLN  29  -0.816 -21.811  29.950
    7    HB3  GLN  29           HB1      GLN  29  -2.487 -23.495  32.295
    8    HG3  GLN  29           HG1      GLN  29  -0.251 -24.776  30.688

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   TYR  30           HA       TYR  30   3.419 -21.962  31.875
    2    HB2  TYR  30           HB2      TYR  30   3.608 -19.842  33.065
    3    HD1  TYR  30           HD1      TYR  30   4.886 -21.329  36.071
    4    HD2  TYR  30           HD2      TYR  30   5.831 -20.707  31.949
    5    HE1  TYR  30           HE1      TYR  30   7.249 -21.793  36.543
    6    HE2  TYR  30           HE2      TYR  30   8.197 -21.162  32.427
    7    HH   TYR  30           HH       TYR  30   9.239 -22.511  35.409
    8    H    TYR  30           HN       TYR  30   1.091 -21.108  33.346
    9    HB3  TYR  30           HB1      TYR  30   3.158 -20.587  34.596

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   ARG  31           HA       ARG  31   3.335 -25.811  34.178
    2    HB2  ARG  31           HB2      ARG  31   4.185 -26.549  31.338
    3    HG2  ARG  31           HG2      ARG  31   1.467 -26.769  32.682
    4    HD2  ARG  31           HD2      ARG  31   0.681 -27.662  30.499
    5    HE   ARG  31           HE       ARG  31   2.424 -29.203  32.219
    6   HH11  ARG  31          HH11      ARG  31   0.287 -29.409  29.411
    7   HH12  ARG  31          HH12      ARG  31   0.026 -31.110  29.610
    8   HH21  ARG  31          HH21      ARG  31   2.048 -31.399  32.457
    9   HH22  ARG  31          HH22      ARG  31   1.003 -32.237  31.353
   10    H    ARG  31           HN       ARG  31   3.686 -24.121  31.820
   11    HB3  ARG  31           HB1      ARG  31   3.796 -27.694  32.627
   12    HG3  ARG  31           HG1      ARG  31   1.885 -25.719  31.324
   13    HD3  ARG  31           HD1      ARG  31   2.356 -27.745  29.946

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   SER  32           HA       SER  32   7.715 -24.905  34.965
    2    HB2  SER  32           HB2      SER  32   6.606 -23.985  37.031
    3    HG   SER  32           HG       SER  32   8.526 -25.765  38.023
    4    H    SER  32           HN       SER  32   4.950 -25.193  35.557
    5    HB3  SER  32           HB1      SER  32   6.408 -25.629  37.636

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   GLU  33           HA       GLU  33   7.338 -29.847  35.841
    2    HB2  GLU  33           HB2      GLU  33   5.306 -29.645  33.567
    3    HG2  GLU  33           HG2      GLU  33   4.815 -30.517  36.428
    4    H    GLU  33           HN       GLU  33   5.697 -27.692  35.328
    5    HB3  GLU  33           HB1      GLU  33   5.888 -31.143  34.298
    6    HG3  GLU  33           HG1      GLU  33   4.252 -29.007  35.702

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLU  34           HA       GLU  34   9.242 -29.472  31.543
    2    HB2  GLU  34           HB2      GLU  34   7.106 -27.709  30.275
    3    HG2  GLU  34           HG2      GLU  34   6.032 -29.739  31.213
    4    H    GLU  34           HN       GLU  34   6.977 -28.056  32.820
    5    HB3  GLU  34           HB1      GLU  34   8.275 -28.718  29.426
    6    HG3  GLU  34           HG1      GLU  34   5.970 -29.642  29.451

  No H/Q in entry =           6
  In of MODEL    8
    1    HA3  GLY  35           HA2      GLY  35   9.437 -24.533  33.367
    2    H    GLY  35           HN       GLY  35   8.408 -26.565  33.085
    3    HA2  GLY  35           HA1      GLY  35  10.812 -25.152  32.462

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   VAL  36           HA       VAL  36   8.254 -22.994  29.227
    2    HB   VAL  36           HB       VAL  36   6.956 -24.191  27.533
    3    H    VAL  36           HN       VAL  36   7.509 -25.019  31.256

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   ILE  37           HA       ILE  37   4.162 -21.363  30.072
    2    HB   ILE  37           HB       ILE  37   5.117 -19.624  27.740
    3   HD13  ILE  37          HD11      ILE  37   7.158 -17.360  29.953
    4   HD12  ILE  37          HD12      ILE  37   5.491 -17.053  29.470
    5   HD11  ILE  37          HD13      ILE  37   6.665 -17.628  28.281
    6    H    ILE  37           HN       ILE  37   6.631 -21.639  28.529

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   VAL  38           HA       VAL  38   2.261 -23.386  26.542
    2    HB   VAL  38           HB       VAL  38   1.000 -24.510  29.079
    3    H    VAL  38           HN       VAL  38   2.455 -22.547  29.365

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   PHE  39           HA       PHE  39  -1.109 -20.483  26.292
    2    HB2  PHE  39           HB2      PHE  39   0.088 -20.740  23.493
    3    HD1  PHE  39           HD1      PHE  39  -0.171 -17.653  25.457
    4    HD2  PHE  39           HD2      PHE  39   2.453 -20.796  24.233
    5    HE1  PHE  39           HE1      PHE  39   1.762 -16.323  26.172
    6    HE2  PHE  39           HE2      PHE  39   4.381 -19.462  24.948
    7    HZ   PHE  39           HZ       PHE  39   4.033 -17.216  25.918
    8    H    PHE  39           HN       PHE  39   1.046 -22.171  25.321
    9    HB3  PHE  39           HB1      PHE  39  -0.990 -19.467  24.055

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   ILE  40           HA       ILE  40  -3.732 -23.881  24.907
    2    HB   ILE  40           HB       ILE  40  -5.426 -22.448  27.004
    3   HD11  ILE  40          HD11      ILE  40  -5.183 -23.231  29.451
    4   HD13  ILE  40          HD12      ILE  40  -4.039 -24.514  29.829
    5   HD12  ILE  40          HD13      ILE  40  -5.525 -24.895  28.966
    6    H    ILE  40           HN       ILE  40  -2.958 -21.654  26.586

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LEU  41           HA       LEU  41  -5.650 -21.079  21.976
    2    HB2  LEU  41           HB2      LEU  41  -5.441 -23.892  20.830
    3    HG   LEU  41           HG       LEU  41  -3.285 -22.705  20.777
    4   HD12  LEU  41          HD11      LEU  41  -4.555 -22.789  18.012
    5   HD11  LEU  41          HD12      LEU  41  -3.793 -24.145  18.844
    6   HD13  LEU  41          HD13      LEU  41  -2.821 -22.763  18.355
    7   HD23  LEU  41          HD21      LEU  41  -3.032 -20.586  19.548
    8   HD22  LEU  41          HD22      LEU  41  -4.080 -20.420  20.952
    9   HD21  LEU  41          HD23      LEU  41  -4.783 -20.506  19.334
   10    H    LEU  41           HN       LEU  41  -4.423 -23.442  22.925
   11    HB3  LEU  41           HB1      LEU  41  -6.210 -22.585  19.949

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ALA  42           HA       ALA  42  -9.964 -21.625  22.660
    2    HB3  ALA  42           HB1      ALA  42 -11.383 -20.685  20.886
    3    HB1  ALA  42           HB2      ALA  42 -10.031 -20.759  19.750
    4    HB2  ALA  42           HB3      ALA  42  -9.954 -19.680  21.143
    5    H    ALA  42           HN       ALA  42  -7.802 -20.968  20.952

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ASN  43           HA       ASN  43 -10.573 -25.344  19.755
    2    HB2  ASN  43           HB2      ASN  43  -9.062 -26.318  18.008
    3   HD21  ASN  43          HD21      ASN  43  -7.624 -24.175  16.448
    4   HD22  ASN  43          HD22      ASN  43  -6.017 -24.200  17.067
    5    H    ASN  43           HN       ASN  43  -8.492 -23.310  19.992
    6    HB3  ASN  43           HB1      ASN  43  -9.442 -24.631  17.705

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ASP  44           HA       ASP  44  -7.652 -25.796  23.872
    2    HB2  ASP  44           HB2      ASP  44  -9.014 -28.282  22.762
    3    H    ASP  44           HN       ASP  44  -8.367 -24.752  22.037
    4    HB3  ASP  44           HB1      ASP  44  -8.293 -28.187  24.366

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   ARG  45           HA       ARG  45  -4.257 -28.027  21.596
    2    HB2  ARG  45           HB2      ARG  45  -4.768 -27.127  19.312
    3    HG2  ARG  45           HG2      ARG  45  -1.892 -26.978  20.250
    4    HD2  ARG  45           HD2      ARG  45  -2.892 -26.808  17.397
    5    HE   ARG  45           HE       ARG  45  -0.937 -27.843  16.944
    6   HH11  ARG  45          HH11      ARG  45  -0.283 -25.791  19.740
    7   HH12  ARG  45          HH12      ARG  45   1.411 -26.149  19.744
    8   HH21  ARG  45          HH21      ARG  45   1.260 -28.308  16.991
    9   HH22  ARG  45          HH22      ARG  45   2.286 -27.576  18.186
   10    H    ARG  45           HN       ARG  45  -6.125 -25.818  21.242
   11    HB3  ARG  45           HB1      ARG  45  -4.025 -25.600  19.779
   12    HG3  ARG  45           HG1      ARG  45  -2.694 -28.295  19.390
   13    HD3  ARG  45           HD1      ARG  45  -2.003 -25.552  18.268

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   GLU  46           HA       GLU  46  -1.699 -25.600  24.286
    2    HB2  GLU  46           HB2      GLU  46  -0.621 -28.446  24.205
    3    HG2  GLU  46           HG2      GLU  46  -2.216 -26.983  26.339
    4    H    GLU  46           HN       GLU  46  -2.410 -27.952  22.744
    5    HB3  GLU  46           HB1      GLU  46   0.013 -27.199  25.281
    6    HG3  GLU  46           HG1      GLU  46  -2.847 -28.243  25.275

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   LEU  47           HA       LEU  47   1.634 -24.652  21.397
    2    HB2  LEU  47           HB2      LEU  47   0.292 -22.113  22.330
    3    HG   LEU  47           HG       LEU  47  -0.558 -23.222  20.224
    4   HD13  LEU  47          HD11      LEU  47  -0.870 -20.821  20.557
    5   HD12  LEU  47          HD12      LEU  47  -0.584 -21.179  18.856
    6   HD11  LEU  47          HD13      LEU  47   0.709 -20.496  19.843
    7   HD21  LEU  47          HD21      LEU  47   1.626 -24.157  19.469
    8   HD23  LEU  47          HD22      LEU  47   2.185 -22.523  19.096
    9   HD22  LEU  47          HD23      LEU  47   0.825 -23.217  18.205
   10    H    LEU  47           HN       LEU  47  -0.622 -24.058  23.133
   11    HB3  LEU  47           HB1      LEU  47   1.887 -22.027  21.598

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   LYS  48           HA       LYS  48   4.125 -24.537  25.045
    2    HB2  LYS  48           HB2      LYS  48   3.760 -26.899  24.452
    3    HG2  LYS  48           HG2      LYS  48   6.737 -26.478  24.895
    4    HD2  LYS  48           HD2      LYS  48   4.934 -28.815  25.629
    5    HE2  LYS  48           HE2      LYS  48   7.925 -28.486  26.033
    6    HZ3  LYS  48           HZ1      LYS  48   7.663 -30.559  27.281
    7    HZ2  LYS  48           HZ2      LYS  48   7.345 -30.750  25.631
    8    HZ1  LYS  48           HZ3      LYS  48   6.067 -30.673  26.735
    9    H    LYS  48           HN       LYS  48   3.585 -25.025  22.170
   10    HB3  LYS  48           HB1      LYS  48   4.987 -26.795  23.191
   11    HG3  LYS  48           HG1      LYS  48   5.513 -26.468  26.168
   12    HD3  LYS  48           HD1      LYS  48   6.158 -28.825  24.354
   13    HE3  LYS  48           HE1      LYS  48   6.716 -28.397  27.316

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   PHE  49           HA       PHE  49   8.005 -22.831  23.735
    2    HB2  PHE  49           HB2      PHE  49   6.079 -20.472  23.940
    3    HD1  PHE  49           HD1      PHE  49   8.808 -20.762  21.502
    4    HD2  PHE  49           HD2      PHE  49   4.645 -21.503  22.180
    5    HE1  PHE  49           HE1      PHE  49   8.459 -21.059  19.081
    6    HE2  PHE  49           HE2      PHE  49   4.310 -21.796  19.760
    7    HZ   PHE  49           HZ       PHE  49   6.215 -21.575  18.210
    8    H    PHE  49           HN       PHE  49   5.393 -22.793  25.128
    9    HB3  PHE  49           HB1      PHE  49   7.801 -20.248  23.654

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   ARG  50           HA       ARG  50   9.408 -21.988  27.807
    2    HB2  ARG  50           HB2      ARG  50  11.836 -21.519  26.015
    3    HG2  ARG  50           HG2      ARG  50  12.684 -23.698  26.815
    4    HD2  ARG  50           HD2      ARG  50   9.956 -24.308  25.698
    5    HE   ARG  50           HE       ARG  50  11.591 -26.153  25.853
    6   HH11  ARG  50          HH11      ARG  50  11.943 -23.808  23.243
    7   HH12  ARG  50          HH12      ARG  50  12.693 -24.943  22.166
    8   HH21  ARG  50          HH21      ARG  50  12.549 -27.643  24.398
    9   HH22  ARG  50          HH22      ARG  50  13.036 -27.114  22.818
   10    H    ARG  50           HN       ARG  50   9.677 -21.837  24.911
   11    HB3  ARG  50           HB1      ARG  50  11.923 -21.606  27.765
   12    HG3  ARG  50           HG1      ARG  50  11.170 -23.978  27.683
   13    HD3  ARG  50           HD1      ARG  50  11.138 -23.450  24.710

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   PRO  51           HA       PRO  51   9.308 -17.492  28.634
    2    HB2  PRO  51           HB2      PRO  51  11.607 -18.030  30.517
    3    HG2  PRO  51           HG2      PRO  51  10.408 -19.615  31.770
    4    HD2  PRO  51           HD2      PRO  51  11.023 -20.824  29.861
    5    HB3  PRO  51           HB1      PRO  51  10.101 -17.147  30.813
    6    HG3  PRO  51           HG1      PRO  51   8.847 -19.125  31.073
    7    HD3  PRO  51           HD1      PRO  51   9.256 -21.015  29.774

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   ASP  52           HA       ASP  52  13.874 -16.572  27.543
    2    HB2  ASP  52           HB2      ASP  52  15.880 -17.994  27.317
    3    H    ASP  52           HN       ASP  52  12.566 -18.960  28.441
    4    HB3  ASP  52           HB1      ASP  52  15.077 -18.267  28.858

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   ASP  53           HA       ASP  53  13.120 -18.626  23.236
    2    HB2  ASP  53           HB2      ASP  53  10.404 -19.534  24.249
    3    H    ASP  53           HN       ASP  53  12.109 -19.032  25.863
    4    HB3  ASP  53           HB1      ASP  53  10.638 -19.208  22.544

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   LEU  54           HA       LEU  54   9.645 -15.535  22.786
    2    HB2  LEU  54           HB2      LEU  54   8.536 -15.665  25.610
    3    HG   LEU  54           HG       LEU  54   8.480 -17.897  24.484
    4   HD11  LEU  54          HD11      LEU  54   6.741 -17.297  26.074
    5   HD13  LEU  54          HD12      LEU  54   6.104 -18.325  24.795
    6   HD12  LEU  54          HD13      LEU  54   5.764 -16.591  24.781
    7   HD22  LEU  54          HD21      LEU  54   8.461 -17.197  22.133
    8   HD21  LEU  54          HD22      LEU  54   6.850 -16.498  22.323
    9   HD23  LEU  54          HD23      LEU  54   7.079 -18.242  22.472
   10    H    LEU  54           HN       LEU  54  10.571 -16.994  25.132
   11    HB3  LEU  54           HB1      LEU  54   7.719 -14.957  24.214

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   GLN  55           HA       GLN  55  11.239 -11.603  23.535
    2    HB2  GLN  55           HB2      GLN  55   9.957 -11.323  21.466
    3    HG2  GLN  55           HG2      GLN  55   9.293  -8.925  23.191
    4   HE21  GLN  55          HE21      GLN  55  10.787  -7.311  21.301
    5   HE22  GLN  55          HE22      GLN  55   9.782  -7.131  19.912
    6    H    GLN  55           HN       GLN  55   9.177 -13.356  22.758
    7    HB3  GLN  55           HB1      GLN  55   8.474 -11.054  22.374
    8    HG3  GLN  55           HG1      GLN  55  10.888  -9.224  22.498

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   ALA  56           HA       ALA  56   7.779  -9.857  26.540
    2    HB3  ALA  56           HB1      ALA  56   5.933 -11.080  27.678
    3    HB1  ALA  56           HB2      ALA  56   6.374 -12.557  26.813
    4    HB2  ALA  56           HB3      ALA  56   5.771 -11.163  25.922
    5    H    ALA  56           HN       ALA  56   7.894 -11.997  24.738

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   THR  57           HA       THR  57   9.392 -12.679  29.843
    2    HB   THR  57           HB       THR  57   9.052 -15.201  29.900
    3    HG1  THR  57           HG1      THR  57   9.516 -15.326  27.496
    4   HG22  THR  57          HG21      THR  57   6.841 -13.523  28.684
    5   HG21  THR  57          HG22      THR  57   7.242 -13.613  30.396
    6   HG23  THR  57          HG23      THR  57   6.623 -15.041  29.570
    7    H    THR  57           HN       THR  57   9.181 -13.041  26.917

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   TYR  58           HA       TYR  58  13.444 -14.305  28.059
    2    HB2  TYR  58           HB2      TYR  58  13.206 -13.004  25.873
    3    HD1  TYR  58           HD1      TYR  58  14.831 -15.176  26.579
    4    HD2  TYR  58           HD2      TYR  58  16.067 -11.104  26.197
    5    HE1  TYR  58           HE1      TYR  58  17.122 -15.917  26.143
    6    HE2  TYR  58           HE2      TYR  58  18.373 -11.855  25.757
    7    HH   TYR  58           HH       TYR  58  19.149 -15.154  25.135
    8    H    TYR  58           HN       TYR  58  11.395 -12.397  27.457
    9    HB3  TYR  58           HB1      TYR  58  13.785 -11.578  26.739

  No H/Q in entry =           9
  In of MODEL    8
    1    HA3  GLY  59           HA2      GLY  59  15.263 -13.734  31.984
    2    H    GLY  59           HN       GLY  59  13.888 -14.341  30.187
    3    HA2  GLY  59           HA1      GLY  59  15.293 -12.072  31.419

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   ALA  60           HA       ALA  60  11.347 -11.914  33.800
    2    HB3  ALA  60           HB1      ALA  60   9.053 -12.572  33.215
    3    HB1  ALA  60           HB2      ALA  60   9.664 -13.714  32.010
    4    HB2  ALA  60           HB3      ALA  60   9.914 -11.981  31.792
    5    H    ALA  60           HN       ALA  60  12.175 -13.594  31.538

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   THR  61           HA       THR  61  11.319 -15.310  36.581
    2    HB   THR  61           HB       THR  61  10.416 -14.507  38.826
    3    HG1  THR  61           HG1      THR  61   9.843 -12.234  38.863
    4   HG22  THR  61          HG21      THR  61  12.332 -12.589  37.431
    5   HG21  THR  61          HG22      THR  61  12.787 -14.099  38.229
    6   HG23  THR  61          HG23      THR  61  12.130 -12.766  39.178
    7    H    THR  61           HN       THR  61  10.309 -12.731  35.662

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   PRO  62           HA       PRO  62   7.601 -17.633  35.843
    2    HB2  PRO  62           HB2      PRO  62   7.566 -19.314  38.083
    3    HG2  PRO  62           HG2      PRO  62   9.291 -18.272  39.270
    4    HD2  PRO  62           HD2      PRO  62  10.833 -16.844  38.243
    5    HB3  PRO  62           HB1      PRO  62   8.565 -19.566  36.646
    6    HG3  PRO  62           HG1      PRO  62  10.218 -19.443  38.307
    7    HD3  PRO  62           HD1      PRO  62  10.895 -17.810  36.750

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   GLU  63           HA       GLU  63   5.229 -16.163  39.841
    2    HB2  GLU  63           HB2      GLU  63   5.695 -14.182  41.213
    3    HG2  GLU  63           HG2      GLU  63   8.147 -13.815  39.469
    4    H    GLU  63           HN       GLU  63   7.869 -15.864  38.853
    5    HB3  GLU  63           HB1      GLU  63   7.070 -15.282  41.218
    6    HG3  GLU  63           HG1      GLU  63   6.820 -12.677  39.688

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLN  64           HA       GLN  64   4.356 -12.284  37.120
    2    HB2  GLN  64           HB2      GLN  64   6.847 -12.680  35.415
    3    HG2  GLN  64           HG2      GLN  64   6.330 -10.530  37.488
    4   HE21  GLN  64          HE21      GLN  64   8.535 -11.940  35.105
    5   HE22  GLN  64          HE22      GLN  64   9.613 -10.593  35.049
    6    H    GLN  64           HN       GLN  64   6.647 -13.989  37.493
    7    HB3  GLN  64           HB1      GLN  64   5.712 -11.334  35.281
    8    HG3  GLN  64           HG1      GLN  64   7.350 -11.939  37.765

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   LEU  65           HA       LEU  65   3.712 -15.345  33.510
    2    HB2  LEU  65           HB2      LEU  65   5.547 -17.570  34.567
    3    HG   LEU  65           HG       LEU  65   7.053 -15.685  34.409
    4   HD12  LEU  65          HD11      LEU  65   7.315 -17.355  31.894
    5   HD11  LEU  65          HD12      LEU  65   7.915 -17.772  33.502
    6   HD13  LEU  65          HD13      LEU  65   8.588 -16.389  32.648
    7   HD21  LEU  65          HD21      LEU  65   5.814 -15.083  31.702
    8   HD23  LEU  65          HD22      LEU  65   7.256 -14.299  32.363
    9   HD22  LEU  65          HD23      LEU  65   5.707 -14.109  33.172
   10    H    LEU  65           HN       LEU  65   5.333 -15.351  36.013
   11    HB3  LEU  65           HB1      LEU  65   4.965 -17.322  32.921

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ARG  66           HA       ARG  66   1.120 -17.935  36.381
    2    HB2  ARG  66           HB2      ARG  66   1.438 -15.996  38.721
    3    HG2  ARG  66           HG2      ARG  66   2.646 -18.771  38.645
    4    HD2  ARG  66           HD2      ARG  66   1.957 -18.045  40.891
    5    HE   ARG  66           HE       ARG  66   2.425 -15.478  40.134
    6   HH11  ARG  66          HH11      ARG  66   3.792 -17.345  42.780
    7   HH12  ARG  66          HH12      ARG  66   3.992 -15.952  43.793
    8   HH21  ARG  66          HH21      ARG  66   2.678 -13.697  41.441
    9   HH22  ARG  66          HH22      ARG  66   3.365 -13.870  43.031
   10    H    ARG  66           HN       ARG  66   3.125 -15.802  36.714
   11    HB3  ARG  66           HB1      ARG  66   0.560 -17.527  38.714
   12    HG3  ARG  66           HG1      ARG  66   3.569 -17.280  38.423
   13    HD3  ARG  66           HD1      ARG  66   3.720 -17.993  40.758

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   GLU  67           HA       GLU  67  -1.392 -13.918  36.700
    2    HB2  GLU  67           HB2      GLU  67  -0.535 -11.497  37.270
    3    HG2  GLU  67           HG2      GLU  67   1.920 -13.121  37.996
    4    H    GLU  67           HN       GLU  67   1.426 -14.488  37.042
    5    HB3  GLU  67           HB1      GLU  67  -0.542 -12.725  38.528
    6    HG3  GLU  67           HG1      GLU  67   1.856 -11.680  36.991

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ILE  68           HA       ILE  68  -0.607 -12.748  32.483
    2    HB   ILE  68           HB       ILE  68  -1.230 -15.733  32.673
    3   HD12  ILE  68          HD11      ILE  68   2.401 -16.509  32.059
    4   HD11  ILE  68          HD12      ILE  68   1.095 -16.650  30.883
    5   HD13  ILE  68          HD13      ILE  68   0.873 -17.239  32.539
    6    H    ILE  68           HN       ILE  68  -1.830 -14.293  34.686

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLU  69           HA       GLU  69  -4.886 -12.975  31.091
    2    HB2  GLU  69           HB2      GLU  69  -4.647 -10.661  32.184
    3    HG2  GLU  69           HG2      GLU  69  -6.366 -10.659  29.684
    4    H    GLU  69           HN       GLU  69  -2.120 -11.897  31.055
    5    HB3  GLU  69           HB1      GLU  69  -4.180 -10.033  30.605
    6    HG3  GLU  69           HG1      GLU  69  -6.824 -11.407  31.214

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ILE  70           HA       ILE  70  -4.326 -13.354  26.706
    2    HB   ILE  70           HB       ILE  70  -7.302 -12.652  26.808
    3   HD13  ILE  70          HD11      ILE  70  -5.893 -16.664  27.379
    4   HD12  ILE  70          HD12      ILE  70  -4.700 -15.371  27.293
    5   HD11  ILE  70          HD13      ILE  70  -5.537 -15.902  25.830
    6    H    ILE  70           HN       ILE  70  -6.000 -12.632  28.937

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   SER  71           HA       SER  71  -3.327  -9.527  24.734
    2    HB2  SER  71           HB2      SER  71  -4.547 -11.087  22.428
    3    HG   SER  71           HG       SER  71  -1.927 -10.437  23.245
    4    H    SER  71           HN       SER  71  -4.208 -12.127  24.618
    5    HB3  SER  71           HB1      SER  71  -3.893  -9.463  22.201

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   PRO  72           HA       PRO  72  -7.062  -6.916  24.874
    2    HB2  PRO  72           HB2      PRO  72  -6.069  -4.626  23.718
    3    HG2  PRO  72           HG2      PRO  72  -4.063  -5.540  22.868
    4    HD2  PRO  72           HD2      PRO  72  -3.132  -7.490  23.762
    5    HB3  PRO  72           HB1      PRO  72  -5.690  -5.112  25.379
    6    HG3  PRO  72           HG1      PRO  72  -3.532  -4.922  24.449
    7    HD3  PRO  72           HD1      PRO  72  -3.547  -7.050  25.433

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   SER  73           HA       SER  73  -7.497  -7.073  20.104
    2    HB2  SER  73           HB2      SER  73  -4.995  -8.777  19.695
    3    HG   SER  73           HG       SER  73  -4.232  -6.786  19.761
    4    H    SER  73           HN       SER  73  -5.308  -7.657  21.905
    5    HB3  SER  73           HB1      SER  73  -6.129  -8.326  18.421

  No H/Q in entry =           5
  In of MODEL    8
    1    HA3  GLY  74           HA2      GLY  74  -7.769 -11.610  22.747
    2    H    GLY  74           HN       GLY  74  -6.532  -9.745  22.117
    3    HA2  GLY  74           HA1      GLY  74  -8.901 -11.315  21.441

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   LEU  75           HA       LEU  75  -5.932 -13.691  18.847
    2    HB2  LEU  75           HB2      LEU  75  -3.882 -11.462  18.895
    3    HG   LEU  75           HG       LEU  75  -5.831 -11.119  17.369
    4   HD11  LEU  75          HD11      LEU  75  -3.194 -11.602  15.935
    5   HD13  LEU  75          HD12      LEU  75  -3.669 -10.128  16.784
    6   HD12  LEU  75          HD13      LEU  75  -4.536 -10.620  15.332
    7   HD22  LEU  75          HD21      LEU  75  -6.118 -12.583  15.407
    8   HD21  LEU  75          HD22      LEU  75  -6.372 -13.469  16.905
    9   HD23  LEU  75          HD23      LEU  75  -4.859 -13.665  16.013
   10    H    LEU  75           HN       LEU  75  -5.825 -11.147  20.156
   11    HB3  LEU  75           HB1      LEU  75  -3.530 -12.983  18.087

  No H/Q in entry =          11
  In of MODEL    8
    1    HA3  GLY  76           HA2      GLY  76  -2.480 -15.187  21.499
    2    H    GLY  76           HN       GLY  76  -3.118 -12.418  20.676
    3    HA2  GLY  76           HA1      GLY  76  -1.346 -13.839  21.371

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   VAL  77           HA       VAL  77  -2.499 -13.169  25.571
    2    HB   VAL  77           HB       VAL  77  -0.615 -15.075  25.346
    3    H    VAL  77           HN       VAL  77  -0.715 -13.054  23.233

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   TYR  78           HA       TYR  78   0.103  -9.632  26.673
    2    HB2  TYR  78           HB2      TYR  78  -2.079  -8.650  25.975
    3    HD1  TYR  78           HD1      TYR  78  -2.617  -7.435  29.307
    4    HD2  TYR  78           HD2      TYR  78  -0.018  -7.029  25.938
    5    HE1  TYR  78           HE1      TYR  78  -1.868  -5.261  30.154
    6    HE2  TYR  78           HE2      TYR  78   0.731  -4.850  26.784
    7    HH   TYR  78           HH       TYR  78  -0.008  -3.738  29.951
    8    H    TYR  78           HN       TYR  78  -1.953 -11.656  27.200
    9    HB3  TYR  78           HB1      TYR  78  -2.763  -9.033  27.551

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   PHE  79           HA       PHE  79   0.622 -11.005  30.912
    2    HB2  PHE  79           HB2      PHE  79   3.436 -10.356  29.911
    3    HD1  PHE  79           HD1      PHE  79   0.830 -12.868  30.054
    4    HD2  PHE  79           HD2      PHE  79   4.837 -12.261  29.368
    5    HE1  PHE  79           HE1      PHE  79   0.988 -15.055  28.983
    6    HE2  PHE  79           HE2      PHE  79   4.979 -14.463  28.297
    7    HZ   PHE  79           HZ       PHE  79   3.064 -15.873  28.111
    8    H    PHE  79           HN       PHE  79   1.478 -10.271  28.248
    9    HB3  PHE  79           HB1      PHE  79   3.035 -11.113  31.450

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   GLU  80           HA       GLU  80  -0.129  -6.695  31.549
    2    HB2  GLU  80           HB2      GLU  80  -2.153  -7.784  32.476
    3    HG2  GLU  80           HG2      GLU  80  -1.013  -5.750  34.414
    4    H    GLU  80           HN       GLU  80  -0.300  -9.481  32.005
    5    HB3  GLU  80           HB1      GLU  80  -1.279  -8.187  33.952
    6    HG3  GLU  80           HG1      GLU  80  -1.967  -5.397  32.975

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   THR  81           HA       THR  81   2.517  -6.987  35.677
    2    HB   THR  81           HB       THR  81   3.710  -9.681  34.901
    3    HG1  THR  81           HG1      THR  81   1.793  -9.501  36.920
    4   HG22  THR  81          HG21      THR  81   4.278  -9.814  37.309
    5   HG21  THR  81          HG22      THR  81   3.603  -8.203  37.564
    6   HG23  THR  81          HG23      THR  81   5.041  -8.408  36.556
    7    H    THR  81           HN       THR  81   1.342  -8.823  33.923

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   LEU  82           HA       LEU  82   6.223  -6.967  32.679
    2    HB2  LEU  82           HB2      LEU  82   5.090  -8.570  30.353
    3    HG   LEU  82           HG       LEU  82   4.959 -10.200  32.113
    4   HD11  LEU  82          HD11      LEU  82   5.935 -10.976  30.017
    5   HD13  LEU  82          HD12      LEU  82   6.583 -11.863  31.392
    6   HD12  LEU  82          HD13      LEU  82   7.558 -10.614  30.608
    7   HD21  LEU  82          HD21      LEU  82   6.255  -9.110  33.848
    8   HD23  LEU  82          HD22      LEU  82   7.758  -9.420  32.972
    9   HD22  LEU  82          HD23      LEU  82   6.802 -10.766  33.602
   10    H    LEU  82           HN       LEU  82   3.645  -8.357  32.609
   11    HB3  LEU  82           HB1      LEU  82   6.778  -8.210  30.704

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   GLU  83           HA       GLU  83   1.938  -5.182  30.097
    2    HB2  GLU  83           HB2      GLU  83   4.259  -3.284  30.608
    3    HG2  GLU  83           HG2      GLU  83   1.430  -3.320  31.709
    4    H    GLU  83           HN       GLU  83   3.047  -6.364  31.665
    5    HB3  GLU  83           HB1      GLU  83   2.808  -2.841  29.705
    6    HG3  GLU  83           HG1      GLU  83   2.899  -3.717  32.611

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   GLU  84           HA       GLU  84   4.193  -6.159  26.365
    2    HB2  GLU  84           HB2      GLU  84   6.239  -6.760  27.732
    3    HG2  GLU  84           HG2      GLU  84   7.410  -8.115  26.134
    4    H    GLU  84           HN       GLU  84   3.419  -7.211  29.021
    5    HB3  GLU  84           HB1      GLU  84   5.648  -8.405  27.845
    6    HG3  GLU  84           HG1      GLU  84   5.905  -8.752  25.479

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   ASP  85           HA       ASP  85   1.544  -9.449  25.144
    2    HB2  ASP  85           HB2      ASP  85   0.978  -7.183  24.131
    3    H    ASP  85           HN       ASP  85   3.767  -7.543  24.648
    4    HB3  ASP  85           HB1      ASP  85   2.011  -7.563  22.766

  No H/Q in entry =           4
  In of MODEL    8
    1    HA   VAL  86           HA       VAL  86   3.998 -11.961  22.329
    2    HB   VAL  86           HB       VAL  86   2.574 -14.135  23.973
    3    H    VAL  86           HN       VAL  86   1.835 -11.497  24.311

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   SER  87           HA       SER  87   0.508 -12.008  19.574
    2    HB2  SER  87           HB2      SER  87   2.162 -10.757  18.252
    3    HG   SER  87           HG       SER  87   1.458 -11.389  16.252
    4    H    SER  87           HN       SER  87   3.191 -11.813  20.343
    5    HB3  SER  87           HB1      SER  87   3.018 -12.249  17.861

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   LEU  88           HA       LEU  88  -0.019 -16.385  19.419
    2    HB2  LEU  88           HB2      LEU  88  -2.392 -15.340  19.494
    3    HG   LEU  88           HG       LEU  88  -2.026 -17.984  18.042
    4   HD11  LEU  88          HD11      LEU  88  -0.914 -17.919  20.231
    5   HD13  LEU  88          HD12      LEU  88  -2.305 -18.988  20.261
    6   HD12  LEU  88          HD13      LEU  88  -2.416 -17.390  20.998
    7   HD22  LEU  88          HD21      LEU  88  -4.320 -18.506  18.751
    8   HD21  LEU  88          HD22      LEU  88  -4.290 -17.106  17.686
    9   HD23  LEU  88          HD23      LEU  88  -4.498 -16.885  19.424
   10    H    LEU  88           HN       LEU  88  -0.772 -13.693  19.113
   11    HB3  LEU  88           HB1      LEU  88  -2.400 -15.512  17.753

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ILE  89           HA       ILE  89  -0.169 -16.170  14.539
    2    HB   ILE  89           HB       ILE  89   0.980 -13.333  14.498
    3   HD12  ILE  89          HD11      ILE  89  -2.269 -15.299  14.691
    4   HD11  ILE  89          HD12      ILE  89  -2.265 -14.746  13.012
    5   HD13  ILE  89          HD13      ILE  89  -3.260 -13.923  14.209
    6    H    ILE  89           HN       ILE  89  -0.282 -14.314  16.639

  No H/Q in entry =           6
  In of MODEL    8
    1    HA3  GLY  90           HA2      GLY  90   4.655 -15.424  15.068
    2    H    GLY  90           HN       GLY  90   2.357 -14.369  16.262
    3    HA2  GLY  90           HA1      GLY  90   4.544 -14.821  16.716

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   LEU  91           HA       LEU  91   4.497 -18.746  18.636
    2    HB2  LEU  91           HB2      LEU  91   1.507 -18.371  19.037
    3    HG   LEU  91           HG       LEU  91   2.933 -16.631  20.187
    4   HD11  LEU  91          HD11      LEU  91   0.739 -17.217  21.086
    5   HD13  LEU  91          HD12      LEU  91   1.865 -16.851  22.390
    6   HD12  LEU  91          HD13      LEU  91   1.448 -18.531  22.032
    7   HD23  LEU  91          HD21      LEU  91   4.330 -17.321  22.105
    8   HD22  LEU  91          HD22      LEU  91   4.942 -17.972  20.589
    9   HD21  LEU  91          HD23      LEU  91   4.055 -19.018  21.702
   10    H    LEU  91           HN       LEU  91   2.777 -16.632  17.865
   11    HB3  LEU  91           HB1      LEU  91   2.448 -19.622  19.842

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   LEU  92           HA       LEU  92   1.691 -21.414  15.760
    2    HB2  LEU  92           HB2      LEU  92   0.623 -18.980  14.269
    3    HG   LEU  92           HG       LEU  92  -0.423 -19.403  16.566
    4   HD11  LEU  92          HD11      LEU  92  -1.617 -18.136  14.862
    5   HD13  LEU  92          HD12      LEU  92  -2.737 -19.122  15.798
    6   HD12  LEU  92          HD13      LEU  92  -2.274 -19.624  14.168
    7   HD22  LEU  92          HD21      LEU  92  -1.972 -21.315  16.801
    8   HD21  LEU  92          HD22      LEU  92  -0.307 -21.852  16.599
    9   HD23  LEU  92          HD23      LEU  92  -1.438 -21.954  15.244
   10    H    LEU  92           HN       LEU  92   1.853 -18.590  16.319
   11    HB3  LEU  92           HB1      LEU  92   0.224 -20.643  13.856

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   GLU  93           HA       GLU  93   4.414 -20.097  12.116
    2    HB2  GLU  93           HB2      GLU  93   4.745 -17.195  13.014
    3    HG2  GLU  93           HG2      GLU  93   2.464 -17.592  12.254
    4    H    GLU  93           HN       GLU  93   3.431 -18.651  14.477
    5    HB3  GLU  93           HB1      GLU  93   5.395 -17.858  11.516
    6    HG3  GLU  93           HG1      GLU  93   3.349 -16.613  11.087

  No H/Q in entry =           6
  In of MODEL    8
    1    HA3  GLY  94           HA2      GLY  94   7.320 -20.760  16.297
    2    H    GLY  94           HN       GLY  94   5.371 -19.959  15.299
    3    HA2  GLY  94           HA1      GLY  94   8.084 -20.832  14.719

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   ARG  95           HA       ARG  95   9.338 -16.448  15.358
    2    HB2  ARG  95           HB2      ARG  95   6.639 -15.813  14.286
    3    HG2  ARG  95           HG2      ARG  95   7.722 -14.358  12.759
    4    HD2  ARG  95           HD2      ARG  95   9.691 -15.582  11.875
    5    HE   ARG  95           HE       ARG  95   7.718 -17.643  12.600
    6   HH11  ARG  95          HH11      ARG  95   8.767 -15.300  10.200
    7   HH12  ARG  95          HH12      ARG  95   8.035 -16.151   8.881
    8   HH21  ARG  95          HH21      ARG  95   6.794 -18.756  10.823
    9   HH22  ARG  95          HH22      ARG  95   6.938 -18.084   9.230
   10    H    ARG  95           HN       ARG  95   6.884 -17.826  14.844
   11    HB3  ARG  95           HB1      ARG  95   7.300 -14.502  15.242
   12    HG3  ARG  95           HG1      ARG  95   9.148 -14.210  13.781
   13    HD3  ARG  95           HD1      ARG  95   9.700 -16.586  13.317

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   ARG  96           HA       ARG  96   8.470 -16.320  19.710
    2    HB2  ARG  96           HB2      ARG  96  11.406 -15.783  19.147
    3    HG2  ARG  96           HG2      ARG  96  10.179 -18.134  20.613
    4    HD2  ARG  96           HD2      ARG  96  12.703 -18.114  18.952
    5    HE   ARG  96           HE       ARG  96  12.628 -19.878  21.158
    6   HH11  ARG  96          HH11      ARG  96  11.271 -19.621  17.900
    7   HH12  ARG  96          HH12      ARG  96  10.937 -21.314  17.794
    8   HH21  ARG  96          HH21      ARG  96  12.159 -22.065  20.995
    9   HH22  ARG  96          HH22      ARG  96  11.451 -22.705  19.544
   10    H    ARG  96           HN       ARG  96  10.066 -16.039  17.319
   11    HB3  ARG  96           HB1      ARG  96  10.774 -15.845  20.796
   12    HG3  ARG  96           HG1      ARG  96  10.325 -18.130  18.854
   13    HD3  ARG  96           HD1      ARG  96  12.710 -17.676  20.662

  No H/Q in entry =          13
  In of MODEL    8
    1    HA3  GLY  97           HA2      GLY  97   7.710 -11.864  18.987
    2    H    GLY  97           HN       GLY  97   9.356 -13.746  17.706
    3    HA2  GLY  97           HA1      GLY  97   9.393 -11.508  19.398

  No H/Q in entry =           3
  In of MODEL    8
    1    HA   SER  98           HA       SER  98   9.038  -9.537  15.365
    2    HB2  SER  98           HB2      SER  98  10.297  -7.350  15.516
    3    HG   SER  98           HG       SER  98  10.610  -6.765  17.875
    4    H    SER  98           HN       SER  98   9.632  -9.662  18.187
    5    HB3  SER  98           HB1      SER  98   8.971  -7.476  16.669

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   ALA  99           HA       ALA  99  12.785 -11.273  13.737
    2    HB2  ALA  99           HB1      ALA  99  13.364 -10.369  11.508
    3    HB3  ALA  99           HB2      ALA  99  12.270  -9.007  11.770
    4    HB1  ALA  99           HB3      ALA  99  11.625 -10.644  11.647
    5    H    ALA  99           HN       ALA  99  10.598  -9.489  13.670

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   LYS 100           HA       LYS 100  15.197  -6.978  14.447
    2    HB2  LYS 100           HB2      LYS 100  13.132  -5.534  14.545
    3    HG2  LYS 100           HG2      LYS 100  13.778  -3.936  16.340
    4    HD2  LYS 100           HD2      LYS 100  16.312  -4.829  14.928
    5    HE2  LYS 100           HE2      LYS 100  16.682  -2.415  14.646
    6    HZ1  LYS 100           HZ1      LYS 100  16.071  -3.162  17.444
    7    HZ3  LYS 100           HZ2      LYS 100  16.955  -1.802  16.977
    8    HZ2  LYS 100           HZ3      LYS 100  17.549  -3.349  16.651
    9    H    LYS 100           HN       LYS 100  12.544  -7.833  14.278
   10    HB3  LYS 100           HB1      LYS 100  12.825  -6.119  16.170
   11    HG3  LYS 100           HG1      LYS 100  14.995  -5.086  16.904
   12    HD3  LYS 100           HD1      LYS 100  14.988  -4.075  14.036
   13    HE3  LYS 100           HE1      LYS 100  15.156  -2.071  15.461

  No H/Q in entry =          13
  In of MODEL    8
    1    HA   TRP 101           HA       TRP 101  14.937  -8.054  19.163
    2    HB2  TRP 101           HB2      TRP 101  12.511  -8.080  19.635
    3    HD1  TRP 101           HD1      TRP 101  13.763  -7.860  22.062
    4    HE1  TRP 101           HE1      TRP 101  14.177  -9.587  23.924
    5    HE3  TRP 101           HE3      TRP 101  12.754 -12.151  19.465
    6    HZ2  TRP 101           HZ2      TRP 101  14.097 -12.378  24.240
    7    HZ3  TRP 101           HZ3      TRP 101  12.945 -14.311  20.623
    8    HH2  TRP 101           HH2      TRP 101  13.603 -14.422  22.977
    9    H    TRP 101           HN       TRP 101  13.045  -8.043  17.102
   10    HB3  TRP 101           HB1      TRP 101  12.371  -9.701  18.957

  No H/Q in entry =          10
  In of MODEL    8
    1    HA   MET 102           HA       MET 102  15.332 -12.776  18.402
    2    HB2  MET 102           HB2      MET 102  14.058 -12.745  15.640
    3    HG2  MET 102           HG2      MET 102  13.169 -14.058  18.220
    4    HE1  MET 102           HE1      MET 102  12.544 -13.546  14.338
    5    HE3  MET 102           HE2      MET 102  11.098 -12.861  15.084
    6    HE2  MET 102           HE3      MET 102  10.990 -14.357  14.155
    7    H    MET 102           HN       MET 102  13.839 -10.749  17.079
    8    HB3  MET 102           HB1      MET 102  14.799 -14.174  16.351
    9    HG3  MET 102           HG1      MET 102  12.393 -12.682  17.436

  No H/Q in entry =           9
  In of MODEL    8
    1    HA   ALA 103           HA       ALA 103  18.511 -11.954  14.935
    2    HB1  ALA 103           HB1      ALA 103  17.709  -9.059  14.464
    3    HB3  ALA 103           HB2      ALA 103  17.261 -10.430  13.452
    4    HB2  ALA 103           HB3      ALA 103  18.955  -9.951  13.576
    5    H    ALA 103           HN       ALA 103  16.231 -10.455  15.940

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   GLU 104           HA       GLU 104  20.737  -8.896  17.793
    2    HB2  GLU 104           HB2      GLU 104  18.340  -7.596  19.166
    3    HG2  GLU 104           HG2      GLU 104  19.748  -6.714  16.644
    4    H    GLU 104           HN       GLU 104  17.872  -9.423  17.306
    5    HB3  GLU 104           HB1      GLU 104  20.003  -7.005  19.113
    6    HG3  GLU 104           HG1      GLU 104  18.065  -7.178  16.797

  No H/Q in entry =           6
  In of MODEL    8
    1    HA   HIS 105           HA       HIS 105  19.648 -11.430  21.515
    2    HB2  HIS 105           HB2      HIS 105  16.592 -11.333  21.375
    3    HD1  HIS 105           HD1      HIS 105  18.058  -9.778  24.306
    4    HD2  HIS 105           HD2      HIS 105  16.820  -8.526  20.543
    5    HE1  HIS 105           HE1      HIS 105  17.767  -7.289  24.479
    6    HE2  HIS 105           HE2      HIS 105  17.017  -6.548  22.189
    7    H    HIS 105           HN       HIS 105  18.096 -10.680  19.102
    8    HB3  HIS 105           HB1      HIS 105  17.571 -11.702  22.789

  No H/Q in entry =           8
  In of MODEL    8
    1    HA   PRO 106           HA       PRO 106  19.034 -15.159  18.768
    2    HB2  PRO 106           HB2      PRO 106  21.367 -16.428  19.558
    3    HG2  PRO 106           HG2      PRO 106  22.053 -14.850  21.163
    4    HD2  PRO 106           HD2      PRO 106  21.271 -12.632  21.133
    5    HB3  PRO 106           HB1      PRO 106  21.305 -15.225  18.263
    6    HG3  PRO 106           HG1      PRO 106  22.887 -14.250  19.711
    7    HD3  PRO 106           HD1      PRO 106  21.319 -12.535  19.359

  No H/Q in entry =           7
  In of MODEL    8
    1    HA   LEU 107           HA       LEU 107  17.701 -17.807  22.058
    2    HB2  LEU 107           HB2      LEU 107  16.189 -18.294  20.123
    3    HG   LEU 107           HG       LEU 107  17.001 -20.831  21.610
    4   HD13  LEU 107          HD11      LEU 107  15.092 -20.347  23.075
    5   HD12  LEU 107          HD12      LEU 107  14.792 -18.843  22.205
    6   HD11  LEU 107          HD13      LEU 107  16.284 -19.049  23.125
    7   HD23  LEU 107          HD21      LEU 107  14.772 -21.710  21.019
    8   HD22  LEU 107          HD22      LEU 107  15.772 -21.441  19.591
    9   HD21  LEU 107          HD23      LEU 107  14.486 -20.298  19.998
   10    H    LEU 107           HN       LEU 107  18.630 -17.337  19.315
   11    HB3  LEU 107           HB1      LEU 107  17.348 -19.468  19.519

  No H/Q in entry =          11
  In of MODEL    8
    1    HA   ALA 108           HA       ALA 108  21.055 -20.614  22.939
    2    HB2  ALA 108           HB1      ALA 108  20.158 -20.167  25.194
    3    HB1  ALA 108           HB2      ALA 108  20.606 -21.863  25.030
    4    HB3  ALA 108           HB3      ALA 108  18.905 -21.390  24.958
    5    H    ALA 108           HN       ALA 108  18.413 -19.553  23.322

  No H/Q in entry =           5
  In of MODEL    8
    1    HA   SER 109           HA       SER 109  20.117 -24.388  20.845
    2    HB2  SER 109           HB2      SER 109  18.532 -24.013  18.840
    3    HG   SER 109           HG       SER 109  18.946 -21.374  19.681
    4    H    SER 109           HN       SER 109  20.996 -21.684  20.964
    5    HB3  SER 109           HB1      SER 109  17.910 -23.531  20.417

  No H/Q in entry =           5
  In of MODEL    9
    1    H1   MET   1           HT1      MET   1  -9.183  -6.780  -1.836
    2    H2   MET   1           HT3      MET   1  -8.585  -6.778  -3.419
    3    H3   MET   1           HT2      MET   1  -7.556  -7.135  -2.124
    4    HB3  MET   1           HB1      MET   1  -8.920  -3.204  -2.688
    5    HG3  MET   1           HG1      MET   1 -10.390  -3.801  -4.529
    6    HA   MET   1           HA       MET   1  -7.143  -4.929  -2.884
    7    HB2  MET   1           HB2      MET   1 -10.074  -4.439  -2.190
    8    HG2  MET   1           HG2      MET   1  -9.923  -5.501  -4.396
    9    HE3  MET   1           HE1      MET   1  -8.171  -4.427  -7.762
   10    HE2  MET   1           HE2      MET   1  -9.740  -3.866  -7.182
   11    HE1  MET   1           HE3      MET   1  -9.288  -5.562  -7.003

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   GLU   2           HA       GLU   2  -6.905  -3.849   1.438
    2    HB2  GLU   2           HB2      GLU   2  -4.792  -4.804   2.406
    3    HG2  GLU   2           HG2      GLU   2  -3.399  -4.739   0.258
    4    H    GLU   2           HN       GLU   2  -5.865  -4.254  -1.283
    5    HB3  GLU   2           HB1      GLU   2  -5.803  -5.999   1.612
    6    HG3  GLU   2           HG1      GLU   2  -3.271  -6.180   1.261

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   VAL   3           HA       VAL   3  -4.280  -0.284   0.884
    2    HB   VAL   3           HB       VAL   3  -6.861   0.824   2.091
    3    H    VAL   3           HN       VAL   3  -6.561  -1.804   2.010

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   SER   4           HA       SER   4  -3.028  -0.626   5.179
    2    HB2  SER   4           HB2      SER   4  -1.185  -1.855   4.060
    3    HG   SER   4           HG       SER   4  -0.656  -1.429   6.136
    4    H    SER   4           HN       SER   4  -2.642  -0.442   2.313
    5    HB3  SER   4           HB1      SER   4  -0.466  -0.334   3.540

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ALA   5           HA       ALA   5  -2.184   3.623   6.047
    2    HB2  ALA   5           HB1      ALA   5  -3.974   5.183   5.413
    3    HB1  ALA   5           HB2      ALA   5  -5.072   3.832   5.113
    4    HB3  ALA   5           HB3      ALA   5  -3.644   4.051   4.099
    5    H    ALA   5           HN       ALA   5  -3.910   1.262   5.967

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ASN   6           HA       ASN   6  -3.420   3.826  10.182
    2    HB2  ASN   6           HB2      ASN   6  -3.137   6.053  11.212
    3   HD21  ASN   6          HD21      ASN   6  -2.982   8.283  11.124
    4   HD22  ASN   6          HD22      ASN   6  -3.326   9.218   9.712
    5    H    ASN   6           HN       ASN   6  -2.749   5.094   7.747
    6    HB3  ASN   6           HB1      ASN   6  -1.843   5.711  10.075

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLU   7           HA       GLU   7  -7.541   6.282   9.794
    2    HB2  GLU   7           HB2      GLU   7  -8.562   7.353   7.757
    3    HG2  GLU   7           HG2      GLU   7  -5.851   6.886   6.473
    4    H    GLU   7           HN       GLU   7  -5.205   6.090   8.151
    5    HB3  GLU   7           HB1      GLU   7  -7.041   8.089   8.253
    6    HG3  GLU   7           HG1      GLU   7  -7.341   6.081   5.996

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LEU   8           HA       LEU   8  -9.008   2.842   6.792
    2    HB2  LEU   8           HB2      LEU   8  -6.213   2.475   5.772
    3    HG   LEU   8           HG       LEU   8  -7.252   2.163   3.588
    4   HD13  LEU   8          HD11      LEU   8  -9.654   2.229   3.233
    5   HD12  LEU   8          HD12      LEU   8  -9.943   2.345   4.970
    6   HD11  LEU   8          HD13      LEU   8  -9.216   0.886   4.289
    7   HD22  LEU   8          HD21      LEU   8  -8.269   4.362   3.253
    8   HD21  LEU   8          HD22      LEU   8  -6.853   4.472   4.294
    9   HD23  LEU   8          HD23      LEU   8  -8.470   4.562   4.998
   10    H    LEU   8           HN       LEU   8  -6.481   4.152   7.198
   11    HB3  LEU   8           HB1      LEU   8  -7.217   1.044   5.758

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   GLU   9           HA       GLU   9  -6.280   1.297  11.010
    2    HB2  GLU   9           HB2      GLU   9  -8.204   0.490  12.302
    3    HG2  GLU   9           HG2      GLU   9  -9.998   1.224   9.982
    4    H    GLU   9           HN       GLU   9  -6.825   2.718   9.328
    5    HB3  GLU   9           HB1      GLU   9  -8.529   2.104  11.680
    6    HG3  GLU   9           HG1      GLU   9  -9.550  -0.436  10.382

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ALA  10           HA       ALA  10  -6.585  -2.271   7.924
    2    HB3  ALA  10           HB1      ALA  10  -4.474  -2.618   6.724
    3    HB2  ALA  10           HB2      ALA  10  -3.715  -1.332   7.670
    4    HB1  ALA  10           HB3      ALA  10  -5.044  -0.953   6.573
    5    H    ALA  10           HN       ALA  10  -5.444   0.151   8.775

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ALA  11           HA       ALA  11  -3.455  -4.182  11.171
    2    HB1  ALA  11           HB1      ALA  11  -3.867  -1.805  13.017
    3    HB2  ALA  11           HB2      ALA  11  -2.417  -2.133  12.070
    4    HB3  ALA  11           HB3      ALA  11  -2.884  -3.235  13.365
    5    H    ALA  11           HN       ALA  11  -4.317  -1.580  10.512

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   SER  12           HA       SER  12  -7.339  -4.215  14.118
    2    HB2  SER  12           HB2      SER  12  -8.926  -2.116  12.582
    3    HG   SER  12           HG       SER  12  -8.255  -0.642  13.990
    4    H    SER  12           HN       SER  12  -6.295  -2.305  12.278
    5    HB3  SER  12           HB1      SER  12  -9.334  -2.842  14.137

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   SER  13           HA       SER  13  -9.929  -5.483  10.159
    2    HB2  SER  13           HB2      SER  13  -9.374  -3.711   8.535
    3    HG   SER  13           HG       SER  13  -9.869  -6.134   7.890
    4    H    SER  13           HN       SER  13  -7.901  -3.590  10.679
    5    HB3  SER  13           HB1      SER  13  -7.758  -4.384   8.310

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ARG  14           HA       ARG  14  -6.107  -8.376   9.320
    2    HB2  ARG  14           HB2      ARG  14  -4.302  -6.563  10.950
    3    HG2  ARG  14           HG2      ARG  14  -4.629  -6.380   8.318
    4    HD2  ARG  14           HD2      ARG  14  -3.012  -7.624   7.025
    5    HE   ARG  14           HE       ARG  14  -4.265  -9.844   8.466
    6   HH11  ARG  14          HH11      ARG  14  -4.658  -7.505   5.856
    7   HH12  ARG  14          HH12      ARG  14  -5.680  -8.554   4.926
    8   HH21  ARG  14          HH21      ARG  14  -5.595 -11.202   7.208
    9   HH22  ARG  14          HH22      ARG  14  -6.200 -10.637   5.687
   10    H    ARG  14           HN       ARG  14  -6.378  -5.694  10.154
   11    HB3  ARG  14           HB1      ARG  14  -3.840  -8.218  10.572
   12    HG3  ARG  14           HG1      ARG  14  -3.045  -6.190   9.066
   13    HD3  ARG  14           HD1      ARG  14  -2.408  -8.436   8.460

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   MET  15           HA       MET  15  -6.081  -9.245  14.140
    2    HB2  MET  15           HB2      MET  15  -7.997  -6.957  14.773
    3    HG2  MET  15           HG2      MET  15  -5.733  -6.060  14.485
    4    HE2  MET  15           HE1      MET  15  -2.589  -8.201  14.602
    5    HE1  MET  15           HE2      MET  15  -3.325  -6.743  13.938
    6    HE3  MET  15           HE3      MET  15  -4.096  -8.311  13.693
    7    H    MET  15           HN       MET  15  -6.512  -6.940  12.581
    8    HB3  MET  15           HB1      MET  15  -7.392  -8.136  15.932
    9    HG3  MET  15           HG1      MET  15  -6.278  -5.968  16.151

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   GLU  16           HA       GLU  16 -10.952  -9.818  13.605
    2    HB2  GLU  16           HB2      GLU  16 -11.650  -7.711  12.635
    3    HG2  GLU  16           HG2      GLU  16 -13.226  -8.250  10.870
    4    H    GLU  16           HN       GLU  16  -9.083  -7.905  12.812
    5    HB3  GLU  16           HB1      GLU  16 -10.798  -8.046  11.137
    6    HG3  GLU  16           HG1      GLU  16 -12.398  -9.772  10.545

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   MET  17           HA       MET  17  -9.985 -12.015   9.380
    2    HB2  MET  17           HB2      MET  17  -7.289 -10.637   9.042
    3    HG2  MET  17           HG2      MET  17  -9.158  -9.236   8.309
    4    HE2  MET  17           HE1      MET  17 -10.107  -9.107   5.213
    5    HE1  MET  17           HE2      MET  17 -11.054  -8.489   6.568
    6    HE3  MET  17           HE3      MET  17 -11.793  -9.591   5.406
    7    H    MET  17           HN       MET  17  -9.017  -9.672  10.597
    8    HB3  MET  17           HB1      MET  17  -7.862 -11.949   8.013
    9    HG3  MET  17           HG1      MET  17  -8.183  -9.785   6.946

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   LEU  18           HA       LEU  18  -6.110 -14.117  11.337
    2    HB2  LEU  18           HB2      LEU  18  -5.790 -11.977  13.463
    3    HG   LEU  18           HG       LEU  18  -4.895 -11.333  11.197
    4   HD13  LEU  18          HD11      LEU  18  -2.681 -10.605  11.957
    5   HD12  LEU  18          HD12      LEU  18  -2.788 -11.696  13.339
    6   HD11  LEU  18          HD13      LEU  18  -3.914 -10.349  13.189
    7   HD22  LEU  18          HD21      LEU  18  -2.925 -12.472  10.292
    8   HD21  LEU  18          HD22      LEU  18  -4.311 -13.559  10.372
    9   HD23  LEU  18          HD23      LEU  18  -3.020 -13.684  11.573
   10    H    LEU  18           HN       LEU  18  -7.270 -11.534  11.609
   11    HB3  LEU  18           HB1      LEU  18  -4.809 -13.434  13.401

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   GLN  19           HA       GLN  19  -8.839 -14.899  15.307
    2    HB2  GLN  19           HB2      GLN  19 -10.893 -12.849  14.361
    3    HG2  GLN  19           HG2      GLN  19  -9.392 -12.966  16.987
    4   HE21  GLN  19          HE21      GLN  19  -9.324 -10.036  16.925
    5   HE22  GLN  19          HE22      GLN  19 -10.905  -9.512  17.376
    6    H    GLN  19           HN       GLN  19  -8.596 -12.759  13.443
    7    HB3  GLN  19           HB1      GLN  19 -11.184 -13.977  15.684
    8    HG3  GLN  19           HG1      GLN  19  -8.981 -11.893  15.651

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   ARG  20           HA       ARG  20 -12.318 -16.475  12.467
    2    HB2  ARG  20           HB2      ARG  20 -13.279 -15.645  10.323
    3    HG2  ARG  20           HG2      ARG  20 -11.404 -13.272  10.589
    4    HD2  ARG  20           HD2      ARG  20 -13.689 -12.809   9.626
    5    HE   ARG  20           HE       ARG  20 -12.967 -14.987   7.846
    6   HH11  ARG  20          HH11      ARG  20 -15.074 -12.199   8.251
    7   HH12  ARG  20          HH12      ARG  20 -16.175 -12.725   7.024
    8   HH21  ARG  20          HH21      ARG  20 -14.410 -15.644   6.255
    9   HH22  ARG  20          HH22      ARG  20 -15.792 -14.664   5.886
   10    H    ARG  20           HN       ARG  20 -10.737 -14.083  12.401
   11    HB3  ARG  20           HB1      ARG  20 -13.297 -14.428  11.593
   12    HG3  ARG  20           HG1      ARG  20 -11.207 -14.548   9.388
   13    HD3  ARG  20           HD1      ARG  20 -12.341 -12.472   8.532

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   GLU  21           HA       GLU  21  -9.383 -17.800   9.021
    2    HB2  GLU  21           HB2      GLU  21  -8.147 -15.640   8.659
    3    HG2  GLU  21           HG2      GLU  21  -6.112 -16.506   7.647
    4    H    GLU  21           HN       GLU  21  -9.229 -15.769  11.115
    5    HB3  GLU  21           HB1      GLU  21  -6.996 -16.122   9.899
    6    HG3  GLU  21           HG1      GLU  21  -6.265 -18.013   8.549

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   TYR  22           HA       TYR  22  -6.572 -20.019  11.958
    2    HB2  TYR  22           HB2      TYR  22  -5.412 -17.648  13.483
    3    HD1  TYR  22           HD1      TYR  22  -4.650 -16.034  11.915
    4    HD2  TYR  22           HD2      TYR  22  -4.092 -20.180  11.039
    5    HE1  TYR  22           HE1      TYR  22  -3.336 -15.443   9.922
    6    HE2  TYR  22           HE2      TYR  22  -2.779 -19.578   9.052
    7    HH   TYR  22           HH       TYR  22  -2.596 -17.603   7.485
    8    H    TYR  22           HN       TYR  22  -7.509 -17.209  12.014
    9    HB3  TYR  22           HB1      TYR  22  -4.734 -19.272  13.424

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   SER  23           HA       SER  23  -8.754 -19.255  16.218
    2    HB2  SER  23           HB2      SER  23  -7.112 -20.433  17.736
    3    HG   SER  23           HG       SER  23  -5.324 -19.077  16.236
    4    H    SER  23           HN       SER  23  -6.919 -17.737  14.706
    5    HB3  SER  23           HB1      SER  23  -7.102 -21.058  16.091

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   THR  24           HA       THR  24  -7.079 -16.334  19.279
    2    HB   THR  24           HB       THR  24  -9.018 -15.623  20.720
    3    HG1  THR  24           HG1      THR  24 -10.054 -17.721  20.789
    4   HG21  THR  24          HG21      THR  24  -8.728 -14.576  18.503
    5   HG23  THR  24          HG22      THR  24 -10.439 -14.712  18.916
    6   HG22  THR  24          HG23      THR  24  -9.717 -15.842  17.767
    7    H    THR  24           HN       THR  24  -8.633 -18.743  18.547

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   LEU  25           HA       LEU  25  -6.016 -18.885  22.687
    2    HB2  LEU  25           HB2      LEU  25  -4.252 -17.015  22.375
    3    HG   LEU  25           HG       LEU  25  -4.556 -18.195  25.165
    4   HD12  LEU  25          HD11      LEU  25  -2.944 -19.151  22.782
    5   HD11  LEU  25          HD12      LEU  25  -4.423 -19.897  23.404
    6   HD13  LEU  25          HD13      LEU  25  -2.966 -19.880  24.390
    7   HD22  LEU  25          HD21      LEU  25  -3.071 -16.252  25.216
    8   HD21  LEU  25          HD22      LEU  25  -2.133 -16.910  23.871
    9   HD23  LEU  25          HD23      LEU  25  -2.154 -17.745  25.427
   10    H    LEU  25           HN       LEU  25  -6.467 -16.257  21.492
   11    HB3  LEU  25           HB1      LEU  25  -5.040 -16.195  23.716

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ARG  26           HA       ARG  26  -8.801 -17.728  26.004
    2    HB2  ARG  26           HB2      ARG  26 -10.000 -19.705  26.737
    3    HG2  ARG  26           HG2      ARG  26  -8.019 -21.481  25.277
    4    HD2  ARG  26           HD2      ARG  26 -10.314 -22.379  25.434
    5    HE   ARG  26           HE       ARG  26 -10.879 -21.206  27.609
    6   HH11  ARG  26          HH11      ARG  26  -9.780 -24.537  27.608
    7   HH12  ARG  26          HH12      ARG  26 -10.677 -24.943  29.033
    8   HH21  ARG  26          HH21      ARG  26 -12.023 -21.757  29.475
    9   HH22  ARG  26          HH22      ARG  26 -11.937 -23.376  30.091
   10    H    ARG  26           HN       ARG  26  -6.634 -19.429  24.880
   11    HB3  ARG  26           HB1      ARG  26  -9.718 -19.797  25.004
   12    HG3  ARG  26           HG1      ARG  26  -7.983 -21.253  27.024
   13    HD3  ARG  26           HD1      ARG  26  -9.174 -23.313  26.413

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   SER  27           HA       SER  27  -5.979 -18.899  29.508
    2    HB2  SER  27           HB2      SER  27  -6.219 -21.891  28.923
    3    HG   SER  27           HG       SER  27  -8.066 -19.987  29.847
    4    H    SER  27           HN       SER  27  -6.140 -19.949  26.778
    5    HB3  SER  27           HB1      SER  27  -5.961 -21.163  30.507

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   VAL  28           HA       VAL  28  -1.798 -20.559  28.954
    2    HB   VAL  28           HB       VAL  28  -1.492 -17.803  30.257
    3    H    VAL  28           HN       VAL  28  -3.953 -19.291  30.502

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   GLN  29           HA       GLN  29  -0.316 -21.224  33.142
    2    HB2  GLN  29           HB2      GLN  29  -0.426 -23.647  33.591
    3    HG2  GLN  29           HG2      GLN  29  -1.014 -24.024  30.642
    4   HE21  GLN  29          HE21      GLN  29  -2.805 -24.845  32.788
    5   HE22  GLN  29          HE22      GLN  29  -2.840 -26.569  32.759
    6    H    GLN  29           HN       GLN  29  -0.384 -21.667  30.237
    7    HB3  GLN  29           HB1      GLN  29  -1.883 -23.115  32.757
    8    HG3  GLN  29           HG1      GLN  29   0.463 -24.532  31.451

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   TYR  30           HA       TYR  30   3.962 -21.872  32.100
    2    HB2  TYR  30           HB2      TYR  30   4.211 -19.801  33.371
    3    HD1  TYR  30           HD1      TYR  30   5.807 -21.494  36.115
    4    HD2  TYR  30           HD2      TYR  30   6.301 -20.563  31.979
    5    HE1  TYR  30           HE1      TYR  30   8.208 -21.994  36.288
    6    HE2  TYR  30           HE2      TYR  30   8.705 -21.048  32.155
    7    HH   TYR  30           HH       TYR  30  10.461 -21.188  33.836
    8    H    TYR  30           HN       TYR  30   1.750 -21.190  33.876
    9    HB3  TYR  30           HB1      TYR  30   3.930 -20.644  34.894

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   ARG  31           HA       ARG  31   4.131 -25.797  34.243
    2    HB2  ARG  31           HB2      ARG  31   5.226 -26.264  31.438
    3    HG2  ARG  31           HG2      ARG  31   2.584 -27.080  32.695
    4    HD2  ARG  31           HD2      ARG  31   3.701 -27.694  29.941
    5    HE   ARG  31           HE       ARG  31   0.978 -27.648  30.891
    6   HH11  ARG  31          HH11      ARG  31   3.082 -29.262  28.567
    7   HH12  ARG  31          HH12      ARG  31   1.757 -29.702  27.543
    8   HH21  ARG  31          HH21      ARG  31  -0.693 -28.210  29.529
    9   HH22  ARG  31          HH22      ARG  31  -0.367 -29.103  28.081
   10    H    ARG  31           HN       ARG  31   4.411 -24.004  31.982
   11    HB3  ARG  31           HB1      ARG  31   5.040 -27.526  32.659
   12    HG3  ARG  31           HG1      ARG  31   2.806 -25.887  31.411
   13    HD3  ARG  31           HD1      ARG  31   3.369 -28.870  31.222

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   SER  32           HA       SER  32   8.242 -24.488  35.505
    2    HB2  SER  32           HB2      SER  32   8.406 -24.954  37.983
    3    HG   SER  32           HG       SER  32   6.608 -25.747  39.039
    4    H    SER  32           HN       SER  32   5.559 -25.395  35.835
    5    HB3  SER  32           HB1      SER  32   7.011 -23.968  37.542

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   GLU  33           HA       GLU  33   8.931 -29.341  36.298
    2    HB2  GLU  33           HB2      GLU  33   6.587 -30.085  36.306
    3    HG2  GLU  33           HG2      GLU  33   8.025 -31.612  34.117
    4    H    GLU  33           HN       GLU  33   6.760 -27.648  35.804
    5    HB3  GLU  33           HB1      GLU  33   6.445 -29.773  34.582
    6    HG3  GLU  33           HG1      GLU  33   8.204 -31.899  35.848

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLU  34           HA       GLU  34   9.891 -29.196  31.679
    2    HB2  GLU  34           HB2      GLU  34   7.542 -27.441  30.873
    3    HG2  GLU  34           HG2      GLU  34   6.753 -29.585  31.831
    4    H    GLU  34           HN       GLU  34   7.812 -27.895  33.302
    5    HB3  GLU  34           HB1      GLU  34   8.595 -28.326  29.770
    6    HG3  GLU  34           HG1      GLU  34   6.384 -29.401  30.117

  No H/Q in entry =           6
  In of MODEL    9
    1    HA3  GLY  35           HA2      GLY  35  10.157 -24.122  33.237
    2    H    GLY  35           HN       GLY  35   9.182 -26.196  33.232
    3    HA2  GLY  35           HA1      GLY  35  11.495 -24.801  32.322

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   VAL  36           HA       VAL  36   8.689 -22.951  29.085
    2    HB   VAL  36           HB       VAL  36   7.420 -24.285  27.512
    3    H    VAL  36           HN       VAL  36   8.119 -24.840  31.299

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   ILE  37           HA       ILE  37   4.531 -21.555  30.022
    2    HB   ILE  37           HB       ILE  37   5.365 -19.757  27.692
    3   HD12  ILE  37          HD11      ILE  37   5.409 -17.198  29.589
    4   HD11  ILE  37          HD12      ILE  37   6.627 -17.563  28.360
    5   HD13  ILE  37          HD13      ILE  37   7.105 -17.354  30.044
    6    H    ILE  37           HN       ILE  37   6.909 -21.789  28.307

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   VAL  38           HA       VAL  38   2.421 -23.439  26.580
    2    HB   VAL  38           HB       VAL  38   1.355 -24.651  29.163
    3    H    VAL  38           HN       VAL  38   2.699 -22.489  29.356

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   PHE  39           HA       PHE  39  -1.026 -20.663  26.524
    2    HB2  PHE  39           HB2      PHE  39   0.051 -20.944  23.674
    3    HD1  PHE  39           HD1      PHE  39  -0.310 -17.822  25.580
    4    HD2  PHE  39           HD2      PHE  39   2.441 -20.835  24.303
    5    HE1  PHE  39           HE1      PHE  39   1.569 -16.362  26.189
    6    HE2  PHE  39           HE2      PHE  39   4.313 -19.372  24.915
    7    HZ   PHE  39           HZ       PHE  39   3.878 -17.132  25.856
    8    H    PHE  39           HN       PHE  39   1.114 -22.312  25.445
    9    HB3  PHE  39           HB1      PHE  39  -1.075 -19.713  24.233

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   ILE  40           HA       ILE  40  -3.697 -24.122  25.337
    2    HB   ILE  40           HB       ILE  40  -5.067 -22.707  27.667
    3   HD12  ILE  40          HD11      ILE  40  -5.132 -25.213  29.520
    4   HD11  ILE  40          HD12      ILE  40  -4.514 -23.640  30.031
    5   HD13  ILE  40          HD13      ILE  40  -3.493 -25.070  30.157
    6    H    ILE  40           HN       ILE  40  -2.739 -21.976  27.013

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LEU  41           HA       LEU  41  -5.906 -21.261  22.795
    2    HB2  LEU  41           HB2      LEU  41  -5.372 -23.903  21.441
    3    HG   LEU  41           HG       LEU  41  -3.605 -22.051  21.502
    4   HD13  LEU  41          HD11      LEU  41  -3.484 -23.808  19.801
    5   HD12  LEU  41          HD12      LEU  41  -2.957 -22.259  19.148
    6   HD11  LEU  41          HD13      LEU  41  -4.561 -22.887  18.748
    7   HD23  LEU  41          HD21      LEU  41  -3.941 -20.133  19.994
    8   HD22  LEU  41          HD22      LEU  41  -5.112 -20.142  21.307
    9   HD21  LEU  41          HD23      LEU  41  -5.599 -20.655  19.689
   10    H    LEU  41           HN       LEU  41  -4.904 -23.864  23.612
   11    HB3  LEU  41           HB1      LEU  41  -6.443 -22.753  20.651

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ALA  42           HA       ALA  42 -10.203 -22.000  23.384
    2    HB3  ALA  42           HB1      ALA  42 -11.571 -20.576  21.903
    3    HB1  ALA  42           HB2      ALA  42 -10.167 -20.291  20.868
    4    HB2  ALA  42           HB3      ALA  42 -10.178 -19.688  22.527
    5    H    ALA  42           HN       ALA  42  -7.989 -20.889  21.986

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ASN  43           HA       ASN  43 -10.609 -24.667  19.486
    2    HB2  ASN  43           HB2      ASN  43  -9.052 -24.956  17.545
    3   HD21  ASN  43          HD21      ASN  43  -6.904 -25.489  17.661
    4   HD22  ASN  43          HD22      ASN  43  -5.642 -24.351  17.961
    5    H    ASN  43           HN       ASN  43  -8.586 -22.788  20.435
    6    HB3  ASN  43           HB1      ASN  43  -9.532 -23.280  17.802

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ASP  44           HA       ASP  44  -8.179 -26.643  23.318
    2    HB2  ASP  44           HB2      ASP  44 -10.384 -27.542  22.340
    3    H    ASP  44           HN       ASP  44  -8.819 -24.937  22.006
    4    HB3  ASP  44           HB1      ASP  44  -9.404 -28.534  21.268

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   ARG  45           HA       ARG  45  -4.411 -27.991  21.458
    2    HB2  ARG  45           HB2      ARG  45  -4.844 -27.048  19.268
    3    HG2  ARG  45           HG2      ARG  45  -2.119 -26.099  20.217
    4    HD2  ARG  45           HD2      ARG  45  -3.020 -26.713  17.389
    5    HE   ARG  45           HE       ARG  45  -0.417 -26.388  18.587
    6   HH11  ARG  45          HH11      ARG  45  -2.178 -25.958  15.578
    7   HH12  ARG  45          HH12      ARG  45  -0.753 -26.032  14.600
    8   HH21  ARG  45          HH21      ARG  45   1.423 -26.494  17.317
    9   HH22  ARG  45          HH22      ARG  45   1.311 -26.334  15.596
   10    H    ARG  45           HN       ARG  45  -6.173 -25.656  21.930
   11    HB3  ARG  45           HB1      ARG  45  -4.497 -25.418  19.832
   12    HG3  ARG  45           HG1      ARG  45  -2.501 -27.695  19.567
   13    HD3  ARG  45           HD1      ARG  45  -2.737 -25.085  18.032

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   GLU  46           HA       GLU  46  -1.917 -25.661  24.275
    2    HB2  GLU  46           HB2      GLU  46  -0.859 -28.523  24.356
    3    HG2  GLU  46           HG2      GLU  46  -1.963 -28.619  26.598
    4    H    GLU  46           HN       GLU  46  -2.532 -27.974  22.561
    5    HB3  GLU  46           HB1      GLU  46  -0.383 -27.248  25.468
    6    HG3  GLU  46           HG1      GLU  46  -2.765 -27.094  26.231

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   LEU  47           HA       LEU  47   1.576 -24.969  21.492
    2    HB2  LEU  47           HB2      LEU  47   0.329 -22.334  22.319
    3    HG   LEU  47           HG       LEU  47  -0.573 -23.491  20.249
    4   HD11  LEU  47          HD11      LEU  47  -0.784 -21.061  20.498
    5   HD13  LEU  47          HD12      LEU  47  -0.542 -21.503  18.811
    6   HD12  LEU  47          HD13      LEU  47   0.796 -20.829  19.746
    7   HD21  LEU  47          HD21      LEU  47   1.538 -24.550  19.527
    8   HD23  LEU  47          HD22      LEU  47   2.213 -22.962  19.143
    9   HD22  LEU  47          HD23      LEU  47   0.829 -23.580  18.231
   10    H    LEU  47           HN       LEU  47  -0.762 -24.213  23.032
   11    HB3  LEU  47           HB1      LEU  47   1.927 -22.363  21.587

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   LYS  48           HA       LYS  48   4.184 -24.407  25.071
    2    HB2  LYS  48           HB2      LYS  48   3.584 -26.756  24.775
    3    HG2  LYS  48           HG2      LYS  48   6.605 -26.691  25.016
    4    HD2  LYS  48           HD2      LYS  48   4.604 -28.552  26.348
    5    HE2  LYS  48           HE2      LYS  48   6.770 -28.267  27.558
    6    HZ3  LYS  48           HZ1      LYS  48   8.768 -29.202  26.475
    7    HZ2  LYS  48           HZ2      LYS  48   8.242 -27.769  25.745
    8    HZ1  LYS  48           HZ3      LYS  48   7.932 -29.258  25.008
    9    H    LYS  48           HN       LYS  48   3.748 -24.758  22.175
   10    HB3  LYS  48           HB1      LYS  48   4.749 -26.933  23.466
   11    HG3  LYS  48           HG1      LYS  48   5.505 -26.293  26.338
   12    HD3  LYS  48           HD1      LYS  48   5.501 -28.964  24.884
   13    HE3  LYS  48           HE1      LYS  48   6.548 -29.904  26.936

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   PHE  49           HA       PHE  49   8.228 -23.172  23.703
    2    HB2  PHE  49           HB2      PHE  49   6.511 -20.641  23.654
    3    HD1  PHE  49           HD1      PHE  49   8.969 -21.458  21.067
    4    HD2  PHE  49           HD2      PHE  49   4.832 -21.689  22.145
    5    HE1  PHE  49           HE1      PHE  49   8.375 -21.916  18.719
    6    HE2  PHE  49           HE2      PHE  49   4.251 -22.152  19.798
    7    HZ   PHE  49           HZ       PHE  49   6.020 -22.266  18.084
    8    H    PHE  49           HN       PHE  49   5.634 -22.849  25.069
    9    HB3  PHE  49           HB1      PHE  49   8.219 -20.656  23.242

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   ARG  50           HA       ARG  50   9.615 -22.023  27.783
    2    HB2  ARG  50           HB2      ARG  50  12.025 -21.365  26.038
    3    HG2  ARG  50           HG2      ARG  50  11.623 -23.931  27.599
    4    HD2  ARG  50           HD2      ARG  50  13.980 -23.316  27.195
    5    HE   ARG  50           HE       ARG  50  13.255 -22.165  24.877
    6   HH11  ARG  50          HH11      ARG  50  15.287 -24.994  25.331
    7   HH12  ARG  50          HH12      ARG  50  16.285 -24.619  23.969
    8   HH21  ARG  50          HH21      ARG  50  14.599 -21.697  23.132
    9   HH22  ARG  50          HH22      ARG  50  15.896 -22.768  22.721
   10    H    ARG  50           HN       ARG  50   9.942 -22.418  24.980
   11    HB3  ARG  50           HB1      ARG  50  12.043 -21.566  27.792
   12    HG3  ARG  50           HG1      ARG  50  11.279 -23.788  25.870
   13    HD3  ARG  50           HD1      ARG  50  13.516 -24.729  26.236

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   PRO  51           HA       PRO  51   9.167 -17.502  28.067
    2    HB2  PRO  51           HB2      PRO  51  10.870 -16.983  30.229
    3    HG2  PRO  51           HG2      PRO  51  11.698 -19.151  30.514
    4    HD2  PRO  51           HD2      PRO  51  10.644 -21.014  29.559
    5    HB3  PRO  51           HB1      PRO  51   9.185 -17.497  30.372
    6    HG3  PRO  51           HG1      PRO  51  10.239 -19.239  31.527
    7    HD3  PRO  51           HD1      PRO  51   9.011 -20.388  29.885

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   ASP  52           HA       ASP  52  13.956 -16.725  27.275
    2    HB2  ASP  52           HB2      ASP  52  14.423 -19.691  26.730
    3    H    ASP  52           HN       ASP  52  12.395 -18.977  28.016
    4    HB3  ASP  52           HB1      ASP  52  15.643 -18.430  26.533

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   ASP  53           HA       ASP  53  12.902 -18.266  22.810
    2    HB2  ASP  53           HB2      ASP  53  10.297 -19.527  23.757
    3    H    ASP  53           HN       ASP  53  11.979 -18.952  25.421
    4    HB3  ASP  53           HB1      ASP  53  10.692 -19.312  22.056

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   LEU  54           HA       LEU  54   9.138 -15.488  22.828
    2    HB2  LEU  54           HB2      LEU  54   8.374 -15.752  25.755
    3    HG   LEU  54           HG       LEU  54   8.450 -18.010  24.686
    4   HD13  LEU  54          HD11      LEU  54   6.176 -18.691  25.245
    5   HD12  LEU  54          HD12      LEU  54   5.650 -17.006  25.229
    6   HD11  LEU  54          HD13      LEU  54   6.817 -17.556  26.434
    7   HD22  LEU  54          HD21      LEU  54   8.133 -17.389  22.347
    8   HD21  LEU  54          HD22      LEU  54   6.486 -16.836  22.684
    9   HD23  LEU  54          HD23      LEU  54   6.891 -18.547  22.835
   10    H    LEU  54           HN       LEU  54  10.478 -16.971  24.966
   11    HB3  LEU  54           HB1      LEU  54   7.350 -15.179  24.436

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   GLN  55           HA       GLN  55  11.166 -11.745  23.696
    2    HB2  GLN  55           HB2      GLN  55  10.202 -11.284  21.517
    3    HG2  GLN  55           HG2      GLN  55  10.895  -9.228  23.012
    4   HE21  GLN  55          HE21      GLN  55  10.223  -7.322  23.936
    5   HE22  GLN  55          HE22      GLN  55   8.582  -6.969  24.322
    6    H    GLN  55           HN       GLN  55   9.138 -13.362  22.634
    7    HB3  GLN  55           HB1      GLN  55   8.608 -11.024  22.208
    8    HG3  GLN  55           HG1      GLN  55  10.098  -8.980  21.462

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   ALA  56           HA       ALA  56   7.495  -9.913  26.394
    2    HB3  ALA  56           HB1      ALA  56   5.590 -11.127  27.436
    3    HB1  ALA  56           HB2      ALA  56   6.125 -12.632  26.679
    4    HB2  ALA  56           HB3      ALA  56   5.558 -11.300  25.677
    5    H    ALA  56           HN       ALA  56   7.770 -12.121  24.679

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   THR  57           HA       THR  57   9.118 -12.626  29.812
    2    HB   THR  57           HB       THR  57   8.807 -15.136  29.913
    3    HG1  THR  57           HG1      THR  57   9.361 -15.267  27.514
    4   HG21  THR  57          HG21      THR  57   6.593 -13.550  28.596
    5   HG23  THR  57          HG22      THR  57   6.930 -13.623  30.322
    6   HG22  THR  57          HG23      THR  57   6.384 -15.067  29.473
    7    H    THR  57           HN       THR  57   8.989 -13.017  26.883

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   TYR  58           HA       TYR  58  13.105 -14.345  27.836
    2    HB2  TYR  58           HB2      TYR  58  12.999 -12.848  25.826
    3    HD1  TYR  58           HD1      TYR  58  14.621 -15.054  26.261
    4    HD2  TYR  58           HD2      TYR  58  15.825 -10.964  26.508
    5    HE1  TYR  58           HE1      TYR  58  16.940 -15.715  25.813
    6    HE2  TYR  58           HE2      TYR  58  18.153 -11.626  26.057
    7    HH   TYR  58           HH       TYR  58  19.563 -13.747  26.379
    8    H    TYR  58           HN       TYR  58  11.153 -12.324  27.461
    9    HB3  TYR  58           HB1      TYR  58  13.533 -11.498  26.830

  No H/Q in entry =           9
  In of MODEL    9
    1    HA3  GLY  59           HA2      GLY  59  14.652 -14.508  31.926
    2    H    GLY  59           HN       GLY  59  13.496 -14.701  29.938
    3    HA2  GLY  59           HA1      GLY  59  15.129 -12.875  31.496

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   ALA  60           HA       ALA  60  11.173 -12.322  33.887
    2    HB2  ALA  60           HB1      ALA  60   9.767 -12.162  31.862
    3    HB3  ALA  60           HB2      ALA  60   8.821 -12.639  33.272
    4    HB1  ALA  60           HB3      ALA  60   9.271 -13.848  32.064
    5    H    ALA  60           HN       ALA  60  11.833 -14.254  31.735

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   THR  61           HA       THR  61  10.922 -15.653  36.732
    2    HB   THR  61           HB       THR  61   9.774 -14.784  38.907
    3    HG1  THR  61           HG1      THR  61   9.970 -12.280  38.667
    4   HG23  THR  61          HG21      THR  61  11.687 -13.442  39.569
    5   HG22  THR  61          HG22      THR  61  12.181 -13.252  37.884
    6   HG21  THR  61          HG23      THR  61  12.228 -14.845  38.643
    7    H    THR  61           HN       THR  61  10.282 -12.996  35.838

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   PRO  62           HA       PRO  62   7.141 -17.926  36.044
    2    HB2  PRO  62           HB2      PRO  62   6.980 -19.336  38.489
    3    HG2  PRO  62           HG2      PRO  62   8.833 -18.343  39.510
    4    HD2  PRO  62           HD2      PRO  62  10.441 -17.145  38.277
    5    HB3  PRO  62           HB1      PRO  62   7.898 -19.829  37.066
    6    HG3  PRO  62           HG1      PRO  62   9.635 -19.657  38.619
    7    HD3  PRO  62           HD1      PRO  62  10.307 -18.223  36.868

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   GLU  63           HA       GLU  63   4.580 -16.148  39.738
    2    HB2  GLU  63           HB2      GLU  63   5.166 -13.933  41.022
    3    HG2  GLU  63           HG2      GLU  63   7.522 -13.886  39.670
    4    H    GLU  63           HN       GLU  63   7.347 -16.077  39.070
    5    HB3  GLU  63           HB1      GLU  63   5.828 -15.460  41.563
    6    HG3  GLU  63           HG1      GLU  63   7.287 -13.197  41.277

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLN  64           HA       GLN  64   4.358 -12.150  37.043
    2    HB2  GLN  64           HB2      GLN  64   6.887 -12.871  35.519
    3    HG2  GLN  64           HG2      GLN  64   6.386 -10.518  37.367
    4   HE21  GLN  64          HE21      GLN  64   8.577 -12.151  35.136
    5   HE22  GLN  64          HE22      GLN  64   9.683 -10.838  34.981
    6    H    GLN  64           HN       GLN  64   6.450 -14.016  37.652
    7    HB3  GLN  64           HB1      GLN  64   5.862 -11.479  35.167
    8    HG3  GLN  64           HG1      GLN  64   7.369 -11.925  37.768

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   LEU  65           HA       LEU  65   3.382 -15.278  33.611
    2    HB2  LEU  65           HB2      LEU  65   5.072 -17.584  34.726
    3    HG   LEU  65           HG       LEU  65   6.665 -15.747  34.408
    4   HD12  LEU  65          HD11      LEU  65   6.841 -17.746  32.138
    5   HD11  LEU  65          HD12      LEU  65   7.419 -17.974  33.790
    6   HD13  LEU  65          HD13      LEU  65   8.169 -16.758  32.759
    7   HD23  LEU  65          HD21      LEU  65   6.950 -14.631  32.224
    8   HD22  LEU  65          HD22      LEU  65   5.380 -14.297  32.944
    9   HD21  LEU  65          HD23      LEU  65   5.510 -15.453  31.615
   10    H    LEU  65           HN       LEU  65   4.975 -15.353  36.131
   11    HB3  LEU  65           HB1      LEU  65   4.464 -17.385  33.084

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ARG  66           HA       ARG  66   0.538 -17.440  36.438
    2    HB2  ARG  66           HB2      ARG  66   1.222 -15.635  38.808
    3    HG2  ARG  66           HG2      ARG  66   3.142 -17.067  38.366
    4    HD2  ARG  66           HD2      ARG  66   1.276 -19.440  38.659
    5    HE   ARG  66           HE       ARG  66   3.968 -19.363  39.122
    6   HH11  ARG  66          HH11      ARG  66   1.991 -21.014  36.707
    7   HH12  ARG  66          HH12      ARG  66   3.087 -22.352  36.572
    8   HH21  ARG  66          HH21      ARG  66   5.378 -21.100  38.914
    9   HH22  ARG  66          HH22      ARG  66   5.003 -22.405  37.832
   10    H    ARG  66           HN       ARG  66   2.430 -15.153  36.509
   11    HB3  ARG  66           HB1      ARG  66   0.147 -17.034  38.837
   12    HG3  ARG  66           HG1      ARG  66   2.311 -17.567  39.835
   13    HD3  ARG  66           HD1      ARG  66   1.967 -18.897  37.123

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   GLU  67           HA       GLU  67  -2.040 -13.518  36.773
    2    HB2  GLU  67           HB2      GLU  67  -1.383 -11.055  37.319
    3    HG2  GLU  67           HG2      GLU  67   1.038 -12.426  38.519
    4    H    GLU  67           HN       GLU  67   0.760 -13.980  37.364
    5    HB3  GLU  67           HB1      GLU  67  -1.400 -12.239  38.617
    6    HG3  GLU  67           HG1      GLU  67   1.087 -11.302  37.165

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ILE  68           HA       ILE  68  -0.966 -12.433  32.592
    2    HB   ILE  68           HB       ILE  68  -1.800 -15.367  32.802
    3   HD13  ILE  68          HD11      ILE  68   0.195 -16.994  32.889
    4   HD12  ILE  68          HD12      ILE  68   1.780 -16.410  32.387
    5   HD11  ILE  68          HD13      ILE  68   0.483 -16.543  31.202
    6    H    ILE  68           HN       ILE  68  -2.307 -13.946  34.753

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLU  69           HA       GLU  69  -5.206 -12.597  30.949
    2    HB2  GLU  69           HB2      GLU  69  -4.934 -10.243  31.834
    3    HG2  GLU  69           HG2      GLU  69  -6.288 -10.209  29.126
    4    H    GLU  69           HN       GLU  69  -2.362 -11.813  30.858
    5    HB3  GLU  69           HB1      GLU  69  -4.207  -9.774  30.304
    6    HG3  GLU  69           HG1      GLU  69  -7.022 -10.873  30.583

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ILE  70           HA       ILE  70  -4.430 -13.236  26.587
    2    HB   ILE  70           HB       ILE  70  -7.429 -12.648  26.602
    3   HD12  ILE  70          HD11      ILE  70  -4.742 -15.188  27.318
    4   HD11  ILE  70          HD12      ILE  70  -5.430 -15.812  25.816
    5   HD13  ILE  70          HD13      ILE  70  -5.853 -16.555  27.357
    6    H    ILE  70           HN       ILE  70  -6.205 -12.495  28.741

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   SER  71           HA       SER  71  -3.405  -9.436  24.637
    2    HB2  SER  71           HB2      SER  71  -4.600 -10.881  22.238
    3    HG   SER  71           HG       SER  71  -1.959 -10.342  23.100
    4    H    SER  71           HN       SER  71  -4.338 -12.020  24.443
    5    HB3  SER  71           HB1      SER  71  -3.854  -9.290  22.097

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   PRO  72           HA       PRO  72  -7.087  -6.751  24.722
    2    HB2  PRO  72           HB2      PRO  72  -6.053  -4.471  23.595
    3    HG2  PRO  72           HG2      PRO  72  -4.067  -5.429  22.727
    4    HD2  PRO  72           HD2      PRO  72  -3.155  -7.389  23.636
    5    HB3  PRO  72           HB1      PRO  72  -5.677  -4.986  25.249
    6    HG3  PRO  72           HG1      PRO  72  -3.522  -4.811  24.306
    7    HD3  PRO  72           HD1      PRO  72  -3.574  -6.938  25.303

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   SER  73           HA       SER  73  -7.560  -6.960  19.975
    2    HB2  SER  73           HB2      SER  73  -5.085  -8.687  19.516
    3    HG   SER  73           HG       SER  73  -5.406  -5.974  18.784
    4    H    SER  73           HN       SER  73  -5.379  -7.604  21.795
    5    HB3  SER  73           HB1      SER  73  -6.136  -8.004  18.272

  No H/Q in entry =           5
  In of MODEL    9
    1    HA3  GLY  74           HA2      GLY  74  -7.930 -11.339  22.781
    2    H    GLY  74           HN       GLY  74  -6.717  -9.507  22.100
    3    HA2  GLY  74           HA1      GLY  74  -9.046 -11.102  21.452

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   LEU  75           HA       LEU  75  -6.235 -13.731  19.038
    2    HB2  LEU  75           HB2      LEU  75  -4.077 -11.603  18.823
    3    HG   LEU  75           HG       LEU  75  -6.229 -11.103  17.608
    4   HD12  LEU  75          HD11      LEU  75  -3.835 -11.632  15.822
    5   HD11  LEU  75          HD12      LEU  75  -4.127 -10.179  16.782
    6   HD13  LEU  75          HD13      LEU  75  -5.199 -10.574  15.441
    7   HD21  LEU  75          HD21      LEU  75  -6.935 -13.405  17.130
    8   HD23  LEU  75          HD22      LEU  75  -5.565 -13.620  16.037
    9   HD22  LEU  75          HD23      LEU  75  -6.838 -12.463  15.642
   10    H    LEU  75           HN       LEU  75  -5.900 -11.136  20.277
   11    HB3  LEU  75           HB1      LEU  75  -3.985 -13.134  17.960

  No H/Q in entry =          11
  In of MODEL    9
    1    HA3  GLY  76           HA2      GLY  76  -2.543 -15.084  21.470
    2    H    GLY  76           HN       GLY  76  -3.349 -12.359  20.685
    3    HA2  GLY  76           HA1      GLY  76  -1.502 -13.666  21.370

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   VAL  77           HA       VAL  77  -2.678 -13.117  25.576
    2    HB   VAL  77           HB       VAL  77  -0.750 -15.005  25.389
    3    H    VAL  77           HN       VAL  77  -0.841 -13.032  23.275

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   TYR  78           HA       TYR  78   0.048  -9.645  26.745
    2    HB2  TYR  78           HB2      TYR  78  -2.155  -8.652  25.999
    3    HD1  TYR  78           HD1      TYR  78  -2.499  -7.271  29.312
    4    HD2  TYR  78           HD2      TYR  78  -0.081  -7.091  25.788
    5    HE1  TYR  78           HE1      TYR  78  -1.618  -5.096  30.031
    6    HE2  TYR  78           HE2      TYR  78   0.798  -4.914  26.503
    7    HH   TYR  78           HH       TYR  78   0.372  -3.677  29.647
    8    H    TYR  78           HN       TYR  78  -1.927 -11.694  27.327
    9    HB3  TYR  78           HB1      TYR  78  -2.800  -8.929  27.613

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   PHE  79           HA       PHE  79   0.471 -11.020  30.985
    2    HB2  PHE  79           HB2      PHE  79   3.288 -10.470  29.949
    3    HD1  PHE  79           HD1      PHE  79   0.576 -12.832  30.117
    4    HD2  PHE  79           HD2      PHE  79   4.631 -12.489  29.541
    5    HE1  PHE  79           HE1      PHE  79   0.619 -15.075  29.139
    6    HE2  PHE  79           HE2      PHE  79   4.677 -14.740  28.587
    7    HZ   PHE  79           HZ       PHE  79   2.684 -16.047  28.381
    8    H    PHE  79           HN       PHE  79   1.359 -10.334  28.339
    9    HB3  PHE  79           HB1      PHE  79   2.895 -11.161  31.525

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   GLU  80           HA       GLU  80  -0.200  -6.797  31.928
    2    HB2  GLU  80           HB2      GLU  80  -2.044  -8.046  33.067
    3    HG2  GLU  80           HG2      GLU  80  -0.831  -5.914  34.854
    4    H    GLU  80           HN       GLU  80  -0.204  -9.605  32.353
    5    HB3  GLU  80           HB1      GLU  80  -0.976  -8.374  34.425
    6    HG3  GLU  80           HG1      GLU  80  -1.971  -5.645  33.537

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   THR  81           HA       THR  81   2.760  -7.109  35.851
    2    HB   THR  81           HB       THR  81   4.066  -9.735  35.047
    3    HG1  THR  81           HG1      THR  81   1.768  -9.522  36.709
    4   HG23  THR  81          HG21      THR  81   5.139  -8.429  36.861
    5   HG22  THR  81          HG22      THR  81   4.477  -9.947  37.470
    6   HG21  THR  81          HG23      THR  81   3.620  -8.434  37.765
    7    H    THR  81           HN       THR  81   1.496  -8.934  34.149

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   LEU  82           HA       LEU  82   6.319  -7.135  32.703
    2    HB2  LEU  82           HB2      LEU  82   5.005  -8.644  30.410
    3    HG   LEU  82           HG       LEU  82   4.878 -10.264  32.196
    4   HD12  LEU  82          HD11      LEU  82   7.367 -10.840  30.569
    5   HD11  LEU  82          HD12      LEU  82   5.699 -11.079  30.036
    6   HD13  LEU  82          HD13      LEU  82   6.331 -12.019  31.383
    7   HD22  LEU  82          HD21      LEU  82   6.339  -9.267  33.840
    8   HD21  LEU  82          HD22      LEU  82   7.762  -9.629  32.858
    9   HD23  LEU  82          HD23      LEU  82   6.795 -10.940  33.546
   10    H    LEU  82           HN       LEU  82   3.645  -8.335  32.687
   11    HB3  LEU  82           HB1      LEU  82   6.724  -8.374  30.687

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   GLU  83           HA       GLU  83   2.097  -4.884  30.416
    2    HB2  GLU  83           HB2      GLU  83   4.723  -3.336  30.458
    3    HG2  GLU  83           HG2      GLU  83   2.333  -2.986  32.286
    4    H    GLU  83           HN       GLU  83   3.158  -6.283  31.841
    5    HB3  GLU  83           HB1      GLU  83   3.153  -2.696  29.977
    6    HG3  GLU  83           HG1      GLU  83   3.907  -3.621  32.772

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   GLU  84           HA       GLU  84   3.989  -6.223  26.509
    2    HB2  GLU  84           HB2      GLU  84   6.036  -6.770  27.976
    3    HG2  GLU  84           HG2      GLU  84   7.232  -8.096  26.307
    4    H    GLU  84           HN       GLU  84   3.191  -7.137  29.195
    5    HB3  GLU  84           HB1      GLU  84   5.490  -8.439  27.971
    6    HG3  GLU  84           HG1      GLU  84   5.704  -8.525  25.534

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   ASP  85           HA       ASP  85   1.590  -9.849  25.563
    2    HB2  ASP  85           HB2      ASP  85   0.448  -9.415  23.531
    3    H    ASP  85           HN       ASP  85   3.628  -7.819  24.840
    4    HB3  ASP  85           HB1      ASP  85   0.933  -7.816  24.061

  No H/Q in entry =           4
  In of MODEL    9
    1    HA   VAL  86           HA       VAL  86   3.952 -12.406  22.645
    2    HB   VAL  86           HB       VAL  86   2.356 -14.545  24.183
    3    H    VAL  86           HN       VAL  86   1.588 -11.835  24.353

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   SER  87           HA       SER  87   0.573 -12.255  19.782
    2    HB2  SER  87           HB2      SER  87   3.112 -12.443  18.108
    3    HG   SER  87           HG       SER  87   2.217 -10.479  19.619
    4    H    SER  87           HN       SER  87   3.270 -12.230  20.625
    5    HB3  SER  87           HB1      SER  87   1.505 -12.030  17.501

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   LEU  88           HA       LEU  88  -0.011 -16.656  19.597
    2    HB2  LEU  88           HB2      LEU  88  -2.342 -15.617  19.794
    3    HG   LEU  88           HG       LEU  88  -2.111 -18.111  18.079
    4   HD11  LEU  88          HD11      LEU  88  -1.046 -18.305  20.278
    5   HD13  LEU  88          HD12      LEU  88  -2.492 -19.302  20.190
    6   HD12  LEU  88          HD13      LEU  88  -2.534 -17.769  21.067
    7   HD22  LEU  88          HD21      LEU  88  -4.443 -18.584  18.692
    8   HD21  LEU  88          HD22      LEU  88  -4.332 -17.083  17.779
    9   HD23  LEU  88          HD23      LEU  88  -4.559 -17.035  19.530
   10    H    LEU  88           HN       LEU  88  -0.709 -13.961  19.445
   11    HB3  LEU  88           HB1      LEU  88  -2.400 -15.590  18.050

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ILE  89           HA       ILE  89  -0.361 -16.499  14.735
    2    HB   ILE  89           HB       ILE  89   0.460 -13.560  14.573
    3   HD13  ILE  89          HD11      ILE  89  -3.693 -14.628  14.409
    4   HD12  ILE  89          HD12      ILE  89  -2.547 -15.881  14.887
    5   HD11  ILE  89          HD13      ILE  89  -2.634 -15.354  13.202
    6    H    ILE  89           HN       ILE  89  -0.544 -14.606  16.791

  No H/Q in entry =           6
  In of MODEL    9
    1    HA3  GLY  90           HA2      GLY  90   4.391 -15.283  14.955
    2    H    GLY  90           HN       GLY  90   2.089 -14.524  16.362
    3    HA2  GLY  90           HA1      GLY  90   4.343 -14.770  16.639

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   LEU  91           HA       LEU  91   4.697 -18.879  18.250
    2    HB2  LEU  91           HB2      LEU  91   1.698 -18.851  18.777
    3    HG   LEU  91           HG       LEU  91   2.865 -17.014  20.004
    4   HD12  LEU  91          HD11      LEU  91   1.864 -19.269  21.773
    5   HD11  LEU  91          HD12      LEU  91   0.874 -18.043  20.971
    6   HD13  LEU  91          HD13      LEU  91   2.007 -17.571  22.237
    7   HD23  LEU  91          HD21      LEU  91   4.483 -17.580  21.786
    8   HD22  LEU  91          HD22      LEU  91   5.094 -17.987  20.186
    9   HD21  LEU  91          HD23      LEU  91   4.488 -19.260  21.250
   10    H    LEU  91           HN       LEU  91   2.794 -16.830  17.761
   11    HB3  LEU  91           HB1      LEU  91   2.823 -20.013  19.468

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   LEU  92           HA       LEU  92   1.863 -21.382  15.251
    2    HB2  LEU  92           HB2      LEU  92   0.568 -18.882  14.094
    3    HG   LEU  92           HG       LEU  92  -0.275 -19.481  16.405
    4   HD12  LEU  92          HD11      LEU  92  -2.295 -19.783  14.163
    5   HD11  LEU  92          HD12      LEU  92  -1.702 -18.266  14.852
    6   HD13  LEU  92          HD13      LEU  92  -2.658 -19.367  15.843
    7   HD22  LEU  92          HD21      LEU  92  -1.630 -21.515  16.700
    8   HD21  LEU  92          HD22      LEU  92   0.042 -21.910  16.320
    9   HD23  LEU  92          HD23      LEU  92  -1.202 -22.053  15.073
   10    H    LEU  92           HN       LEU  92   1.893 -18.661  16.140
   11    HB3  LEU  92           HB1      LEU  92   0.205 -20.527  13.582

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   GLU  93           HA       GLU  93   4.312 -19.467  11.584
    2    HB2  GLU  93           HB2      GLU  93   5.081 -16.943  13.125
    3    HG2  GLU  93           HG2      GLU  93   2.755 -16.882  12.259
    4    H    GLU  93           HN       GLU  93   3.394 -18.410  14.128
    5    HB3  GLU  93           HB1      GLU  93   5.663 -17.327  11.506
    6    HG3  GLU  93           HG1      GLU  93   3.815 -15.673  11.537

  No H/Q in entry =           6
  In of MODEL    9
    1    HA3  GLY  94           HA2      GLY  94   7.322 -20.602  15.730
    2    H    GLY  94           HN       GLY  94   5.403 -19.554  14.854
    3    HA2  GLY  94           HA1      GLY  94   8.086 -20.558  14.145

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   ARG  95           HA       ARG  95   9.289 -16.240  15.057
    2    HB2  ARG  95           HB2      ARG  95   7.794 -15.644  13.105
    3    HG2  ARG  95           HG2      ARG  95   8.007 -13.345  15.066
    4    HD2  ARG  95           HD2      ARG  95   8.085 -11.921  13.061
    5    HE   ARG  95           HE       ARG  95   5.838 -12.250  13.933
    6   HH11  ARG  95          HH11      ARG  95   6.540 -14.111  11.024
    7   HH12  ARG  95          HH12      ARG  95   4.882 -14.169  10.518
    8   HH21  ARG  95          HH21      ARG  95   3.658 -12.363  13.255
    9   HH22  ARG  95          HH22      ARG  95   3.257 -13.183  11.777
   10    H    ARG  95           HN       ARG  95   6.862 -17.620  14.333
   11    HB3  ARG  95           HB1      ARG  95   6.549 -15.151  14.243
   12    HG3  ARG  95           HG1      ARG  95   9.287 -13.863  13.966
   13    HD3  ARG  95           HD1      ARG  95   7.849 -13.335  12.028

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   ARG  96           HA       ARG  96   7.198 -16.783  19.170
    2    HB2  ARG  96           HB2      ARG  96   9.086 -17.436  20.749
    3    HG2  ARG  96           HG2      ARG  96  10.720 -17.100  18.224
    4    HD2  ARG  96           HD2      ARG  96  12.519 -18.441  19.278
    5    HE   ARG  96           HE       ARG  96  10.541 -19.500  17.789
    6   HH11  ARG  96          HH11      ARG  96  12.279 -20.811  20.548
    7   HH12  ARG  96          HH12      ARG  96  12.116 -22.444  20.003
    8   HH21  ARG  96          HH21      ARG  96  10.368 -21.679  17.098
    9   HH22  ARG  96          HH22      ARG  96  11.053 -22.932  18.081
   10    H    ARG  96           HN       ARG  96   9.175 -17.154  17.227
   11    HB3  ARG  96           HB1      ARG  96   8.832 -18.513  19.384
   12    HG3  ARG  96           HG1      ARG  96  11.095 -16.576  19.867
   13    HD3  ARG  96           HD1      ARG  96  11.381 -18.968  20.513

  No H/Q in entry =          13
  In of MODEL    9
    1    HA3  GLY  97           HA2      GLY  97   8.553 -12.450  19.612
    2    H    GLY  97           HN       GLY  97   9.914 -14.745  18.310
    3    HA2  GLY  97           HA1      GLY  97  10.315 -12.622  19.667

  No H/Q in entry =           3
  In of MODEL    9
    1    HA   SER  98           HA       SER  98   8.874 -10.504  15.702
    2    HB2  SER  98           HB2      SER  98   9.638  -8.134  15.604
    3    HG   SER  98           HG       SER  98  10.248  -7.379  17.893
    4    H    SER  98           HN       SER  98   9.461 -10.351  18.463
    5    HB3  SER  98           HB1      SER  98   8.598  -8.406  17.000

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   ALA  99           HA       ALA  99  12.636 -11.747  13.809
    2    HB1  ALA  99           HB1      ALA  99  11.264 -11.331  11.796
    3    HB2  ALA  99           HB2      ALA  99  12.957 -10.925  11.504
    4    HB3  ALA  99           HB3      ALA  99  11.775  -9.642  11.786
    5    H    ALA  99           HN       ALA  99  10.302 -10.151  13.852

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   LYS 100           HA       LYS 100  14.802  -7.325  14.181
    2    HB2  LYS 100           HB2      LYS 100  12.402  -6.424  15.831
    3    HG2  LYS 100           HG2      LYS 100  13.438  -5.132  13.293
    4    HD2  LYS 100           HD2      LYS 100  11.269  -3.992  13.270
    5    HE2  LYS 100           HE2      LYS 100  12.576  -3.732  16.001
    6    HZ1  LYS 100           HZ1      LYS 100  10.387  -2.714  15.946
    7    HZ3  LYS 100           HZ2      LYS 100  10.811  -1.824  14.574
    8    HZ2  LYS 100           HZ3      LYS 100  11.603  -1.545  16.039
    9    H    LYS 100           HN       LYS 100  12.164  -8.284  14.191
   10    HB3  LYS 100           HB1      LYS 100  13.878  -5.481  15.632
   11    HG3  LYS 100           HG1      LYS 100  12.130  -6.316  13.299
   12    HD3  LYS 100           HD1      LYS 100  10.761  -4.867  14.716
   13    HE3  LYS 100           HE1      LYS 100  13.009  -2.821  14.553

  No H/Q in entry =          13
  In of MODEL    9
    1    HA   TRP 101           HA       TRP 101  14.685  -8.192  18.981
    2    HB2  TRP 101           HB2      TRP 101  12.307  -8.482  19.494
    3    HD1  TRP 101           HD1      TRP 101  13.668  -8.217  21.875
    4    HE1  TRP 101           HE1      TRP 101  14.119  -9.932  23.733
    5    HE3  TRP 101           HE3      TRP 101  12.700 -12.508  19.278
    6    HZ2  TRP 101           HZ2      TRP 101  14.077 -12.726  24.060
    7    HZ3  TRP 101           HZ3      TRP 101  12.929 -14.668  20.437
    8    HH2  TRP 101           HH2      TRP 101  13.603 -14.771  22.787
    9    H    TRP 101           HN       TRP 101  12.792  -8.465  16.922
   10    HB3  TRP 101           HB1      TRP 101  12.301 -10.089  18.775

  No H/Q in entry =          10
  In of MODEL    9
    1    HA   MET 102           HA       MET 102  15.758 -12.792  18.155
    2    HB2  MET 102           HB2      MET 102  14.388 -12.934  15.442
    3    HG2  MET 102           HG2      MET 102  13.808 -14.398  18.027
    4    HE3  MET 102           HE1      MET 102  11.389 -14.958  14.122
    5    HE2  MET 102           HE2      MET 102  12.786 -13.885  14.194
    6    HE1  MET 102           HE3      MET 102  11.330 -13.502  15.114
    7    H    MET 102           HN       MET 102  13.962 -10.973  16.866
    8    HB3  MET 102           HB1      MET 102  15.367 -14.239  16.103
    9    HG3  MET 102           HG1      MET 102  12.802 -13.147  17.299

  No H/Q in entry =           9
  In of MODEL    9
    1    HA   ALA 103           HA       ALA 103  18.607 -11.395  14.562
    2    HB1  ALA 103           HB1      ALA 103  17.404  -8.607  14.379
    3    HB3  ALA 103           HB2      ALA 103  17.105  -9.937  13.259
    4    HB2  ALA 103           HB3      ALA 103  18.718  -9.238  13.376
    5    H    ALA 103           HN       ALA 103  16.188 -10.324  15.742

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   GLU 104           HA       GLU 104  20.528  -8.330  17.583
    2    HB2  GLU 104           HB2      GLU 104  17.993  -7.322  18.942
    3    HG2  GLU 104           HG2      GLU 104  19.368  -6.299  16.446
    4    H    GLU 104           HN       GLU 104  17.734  -9.213  17.167
    5    HB3  GLU 104           HB1      GLU 104  19.588  -6.559  18.950
    6    HG3  GLU 104           HG1      GLU 104  17.717  -6.878  16.588

  No H/Q in entry =           6
  In of MODEL    9
    1    HA   HIS 105           HA       HIS 105  19.802 -11.033  21.247
    2    HB2  HIS 105           HB2      HIS 105  16.741 -11.190  21.191
    3    HD1  HIS 105           HD1      HIS 105  18.834  -9.619  23.882
    4    HD2  HIS 105           HD2      HIS 105  16.294  -8.463  20.801
    5    HE1  HIS 105           HE1      HIS 105  18.421  -7.162  24.220
    6    HE2  HIS 105           HE2      HIS 105  16.881  -6.488  22.353
    7    H    HIS 105           HN       HIS 105  18.091 -10.357  18.929
    8    HB3  HIS 105           HB1      HIS 105  17.784 -11.594  22.555

  No H/Q in entry =           8
  In of MODEL    9
    1    HA   PRO 106           HA       PRO 106  19.700 -14.733  18.479
    2    HB2  PRO 106           HB2      PRO 106  21.901 -15.905  19.748
    3    HG2  PRO 106           HG2      PRO 106  22.317 -14.190  21.286
    4    HD2  PRO 106           HD2      PRO 106  21.445 -12.015  20.992
    5    HB3  PRO 106           HB1      PRO 106  21.989 -14.825  18.360
    6    HG3  PRO 106           HG1      PRO 106  23.294 -13.630  19.910
    7    HD3  PRO 106           HD1      PRO 106  21.670 -12.063  19.230

  No H/Q in entry =           7
  In of MODEL    9
    1    HA   LEU 107           HA       LEU 107  17.619 -17.099  21.504
    2    HB2  LEU 107           HB2      LEU 107  16.238 -17.392  19.451
    3    HG   LEU 107           HG       LEU 107  16.641 -19.997  20.980
    4   HD12  LEU 107          HD11      LEU 107  14.621 -17.780  21.413
    5   HD11  LEU 107          HD12      LEU 107  16.011 -18.144  22.441
    6   HD13  LEU 107          HD13      LEU 107  14.697 -19.306  22.296
    7   HD23  LEU 107          HD21      LEU 107  14.407 -20.643  20.186
    8   HD22  LEU 107          HD22      LEU 107  15.549 -20.458  18.854
    9   HD21  LEU 107          HD23      LEU 107  14.347 -19.200  19.167
   10    H    LEU 107           HN       LEU 107  18.772 -16.628  18.874
   11    HB3  LEU 107           HB1      LEU 107  17.296 -18.694  18.926

  No H/Q in entry =          11
  In of MODEL    9
    1    HA   ALA 108           HA       ALA 108  20.675 -20.042  22.722
    2    HB1  ALA 108           HB1      ALA 108  19.966 -21.114  24.830
    3    HB3  ALA 108           HB2      ALA 108  18.324 -20.504  24.602
    4    HB2  ALA 108           HB3      ALA 108  19.658 -19.379  24.869
    5    H    ALA 108           HN       ALA 108  18.193 -18.675  22.895

  No H/Q in entry =           5
  In of MODEL    9
    1    HA   SER 109           HA       SER 109  19.384 -23.821  20.832
    2    HB2  SER 109           HB2      SER 109  19.167 -21.923  18.444
    3    HG   SER 109           HG       SER 109  17.665 -21.329  19.971
    4    H    SER 109           HN       SER 109  20.669 -21.199  20.833
    5    HB3  SER 109           HB1      SER 109  18.569 -23.585  18.512

  No H/Q in entry =           5
  In of MODEL   10
    1    H1   MET   1           HT1      MET   1 -10.027  -4.359  -1.701
    2    H2   MET   1           HT3      MET   1 -11.363  -3.440  -1.231
    3    H3   MET   1           HT2      MET   1  -9.973  -2.672  -1.796
    4    HB3  MET   1           HB1      MET   1  -9.994  -4.509   2.005
    5    HG3  MET   1           HG1      MET   1 -12.361  -4.530   0.114
    6    HA   MET   1           HA       MET   1 -10.089  -2.459   0.571
    7    HB2  MET   1           HB2      MET   1 -10.118  -5.511   0.563
    8    HG2  MET   1           HG2      MET   1 -12.234  -3.630   1.629
    9    HE1  MET   1           HE1      MET   1 -14.674  -5.633   0.895
   10    HE3  MET   1           HE2      MET   1 -14.608  -4.745   2.420
   11    HE2  MET   1           HE3      MET   1 -14.875  -6.487   2.424

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   GLU   2           HA       GLU   2  -5.805  -4.473  -0.466
    2    HB2  GLU   2           HB2      GLU   2  -6.288  -3.666  -3.367
    3    HG2  GLU   2           HG2      GLU   2  -5.914  -6.426  -2.157
    4    H    GLU   2           HN       GLU   2  -8.201  -3.746  -1.833
    5    HB3  GLU   2           HB1      GLU   2  -4.769  -4.325  -2.758
    6    HG3  GLU   2           HG1      GLU   2  -7.442  -5.763  -2.734

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   VAL   3           HA       VAL   3  -4.791   0.153  -1.634
    2    HB   VAL   3           HB       VAL   3  -6.379   2.116  -1.332
    3    H    VAL   3           HN       VAL   3  -7.108  -1.440  -1.621

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   SER   4           HA       SER   4  -4.185   0.180   2.777
    2    HB2  SER   4           HB2      SER   4  -1.704   0.509   3.172
    3    HG   SER   4           HG       SER   4  -1.460   1.706   1.082
    4    H    SER   4           HN       SER   4  -3.428   0.467  -0.013
    5    HB3  SER   4           HB1      SER   4  -2.099  -0.847   2.119

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ALA   5           HA       ALA   5  -3.883   4.416   3.942
    2    HB2  ALA   5           HB1      ALA   5  -5.836   5.762   3.256
    3    HB1  ALA   5           HB2      ALA   5  -6.690   4.297   2.760
    4    HB3  ALA   5           HB3      ALA   5  -5.227   4.799   1.911
    5    H    ALA   5           HN       ALA   5  -5.237   1.857   3.635

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ASN   6           HA       ASN   6  -5.240   4.141   8.006
    2    HB2  ASN   6           HB2      ASN   6  -4.261   6.420   8.019
    3   HD21  ASN   6          HD21      ASN   6  -3.944   5.602  10.140
    4   HD22  ASN   6          HD22      ASN   6  -4.991   6.045  11.441
    5    H    ASN   6           HN       ASN   6  -4.783   5.670   5.718
    6    HB3  ASN   6           HB1      ASN   6  -5.825   7.101   7.582

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLU   7           HA       GLU   7  -9.865   5.583   7.553
    2    HB2  GLU   7           HB2      GLU   7 -11.145   6.010   5.454
    3    HG2  GLU   7           HG2      GLU   7  -8.466   5.968   4.031
    4    H    GLU   7           HN       GLU   7  -7.568   5.740   5.907
    5    HB3  GLU   7           HB1      GLU   7  -9.808   7.133   5.686
    6    HG3  GLU   7           HG1      GLU   7  -9.670   4.690   3.889

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LEU   8           HA       LEU   8 -10.608   1.455   5.117
    2    HB2  LEU   8           HB2      LEU   8  -7.631   1.117   4.734
    3    HG   LEU   8           HG       LEU   8  -8.213   0.364   2.465
    4   HD11  LEU   8          HD11      LEU   8 -10.371  -0.670   2.936
    5   HD13  LEU   8          HD12      LEU   8 -10.479   0.473   1.601
    6   HD12  LEU   8          HD13      LEU   8 -11.102   0.921   3.192
    7   HD21  LEU   8          HD21      LEU   8  -7.767   2.742   2.814
    8   HD23  LEU   8          HD22      LEU   8  -9.481   3.038   3.122
    9   HD22  LEU   8          HD23      LEU   8  -8.948   2.493   1.529
   10    H    LEU   8           HN       LEU   8  -8.377   3.190   5.418
   11    HB3  LEU   8           HB1      LEU   8  -8.636  -0.313   4.742

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   GLU   9           HA       GLU   9  -7.616   0.750   9.497
    2    HB2  GLU   9           HB2      GLU   9  -9.355   0.305  11.174
    3    HG2  GLU   9           HG2      GLU   9 -11.476   0.961   9.130
    4    H    GLU   9           HN       GLU   9  -8.324   1.922   7.689
    5    HB3  GLU   9           HB1      GLU   9  -9.636   1.843  10.370
    6    HG3  GLU   9           HG1      GLU   9 -11.089  -0.695   9.580

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ALA  10           HA       ALA  10  -8.663  -3.360   7.389
    2    HB1  ALA  10           HB1      ALA  10  -7.758  -2.388   5.329
    3    HB3  ALA  10           HB2      ALA  10  -7.081  -3.993   5.624
    4    HB2  ALA  10           HB3      ALA  10  -6.116  -2.549   5.953
    5    H    ALA  10           HN       ALA  10  -7.389  -0.833   7.286

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ALA  11           HA       ALA  11  -4.659  -4.526   9.901
    2    HB1  ALA  11           HB1      ALA  11  -4.802  -1.886  11.402
    3    HB2  ALA  11           HB2      ALA  11  -3.592  -2.325  10.197
    4    HB3  ALA  11           HB3      ALA  11  -3.664  -3.201  11.727
    5    H    ALA  11           HN       ALA  11  -5.947  -2.099   9.143

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   SER  12           HA       SER  12  -7.693  -4.260  13.658
    2    HB2  SER  12           HB2      SER  12  -8.378  -1.842  13.517
    3    HG   SER  12           HG       SER  12  -9.425  -3.381  14.991
    4    H    SER  12           HN       SER  12  -7.269  -2.597  11.365
    5    HB3  SER  12           HB1      SER  12  -9.640  -2.291  12.372

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   SER  13           HA       SER  13 -11.250  -5.954  10.741
    2    HB2  SER  13           HB2      SER  13 -11.210  -4.258   8.908
    3    HG   SER  13           HG       SER  13 -12.034  -5.588   7.380
    4    H    SER  13           HN       SER  13  -9.279  -3.957  10.486
    5    HB3  SER  13           HB1      SER  13  -9.807  -5.056   8.201

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ARG  14           HA       ARG  14  -7.695  -8.783   8.950
    2    HB2  ARG  14           HB2      ARG  14  -5.894  -7.202   8.454
    3    HG2  ARG  14           HG2      ARG  14  -3.872  -8.428   9.071
    4    HD2  ARG  14           HD2      ARG  14  -4.433 -10.702   8.309
    5    HE   ARG  14           HE       ARG  14  -5.648  -8.485   6.811
    6   HH11  ARG  14          HH11      ARG  14  -4.155 -11.675   6.738
    7   HH12  ARG  14          HH12      ARG  14  -4.070 -11.708   5.008
    8   HH21  ARG  14          HH21      ARG  14  -5.535  -8.557   4.569
    9   HH22  ARG  14          HH22      ARG  14  -4.870  -9.949   3.782
   10    H    ARG  14           HN       ARG  14  -7.843  -6.094   9.782
   11    HB3  ARG  14           HB1      ARG  14  -5.543  -7.007  10.162
   12    HG3  ARG  14           HG1      ARG  14  -4.760  -9.332  10.297
   13    HD3  ARG  14           HD1      ARG  14  -6.146 -10.368   8.528

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   MET  15           HA       MET  15  -6.312  -9.585  13.501
    2    HB2  MET  15           HB2      MET  15  -7.602  -7.044  14.579
    3    HG2  MET  15           HG2      MET  15  -5.428  -6.532  13.720
    4    HE2  MET  15           HE1      MET  15  -2.556  -7.054  15.244
    5    HE1  MET  15           HE2      MET  15  -2.692  -6.839  13.498
    6    HE3  MET  15           HE3      MET  15  -1.847  -8.243  14.154
    7    H    MET  15           HN       MET  15  -7.107  -7.274  12.130
    8    HB3  MET  15           HB1      MET  15  -6.962  -8.330  15.608
    9    HG3  MET  15           HG1      MET  15  -5.253  -6.690  15.473

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   GLU  16           HA       GLU  16 -11.039 -10.040  14.585
    2    HB2  GLU  16           HB2      GLU  16 -11.880  -8.439  12.130
    3    HG2  GLU  16           HG2      GLU  16 -12.306  -7.802  15.064
    4    H    GLU  16           HN       GLU  16  -9.549  -8.173  13.088
    5    HB3  GLU  16           HB1      GLU  16 -12.990  -9.287  13.209
    6    HG3  GLU  16           HG1      GLU  16 -11.198  -6.959  13.977

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   MET  17           HA       MET  17 -11.351 -12.431  10.377
    2    HB2  MET  17           HB2      MET  17  -8.942 -11.012   9.203
    3    HG2  MET  17           HG2      MET  17 -11.760 -11.460   8.181
    4    HE1  MET  17           HE1      MET  17  -8.111 -10.122   7.292
    5    HE3  MET  17           HE2      MET  17  -9.136  -8.694   7.139
    6    HE2  MET  17           HE3      MET  17  -8.416  -9.423   5.703
    7    H    MET  17           HN       MET  17 -10.018 -10.057  11.155
    8    HB3  MET  17           HB1      MET  17  -9.502 -12.541   8.540
    9    HG3  MET  17           HG1      MET  17 -11.017  -9.925   8.625

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   LEU  18           HA       LEU  18  -7.143 -14.505  11.499
    2    HB2  LEU  18           HB2      LEU  18  -6.413 -12.306  13.459
    3    HG   LEU  18           HG       LEU  18  -6.036 -11.654  11.071
    4   HD11  LEU  18          HD11      LEU  18  -4.597 -10.730  12.824
    5   HD13  LEU  18          HD12      LEU  18  -3.732 -10.913  11.301
    6   HD12  LEU  18          HD13      LEU  18  -3.467 -12.065  12.610
    7   HD21  LEU  18          HD21      LEU  18  -5.693 -13.882  10.122
    8   HD23  LEU  18          HD22      LEU  18  -4.149 -14.020  10.974
    9   HD22  LEU  18          HD23      LEU  18  -4.361 -12.796   9.717
   10    H    LEU  18           HN       LEU  18  -8.173 -11.887  11.808
   11    HB3  LEU  18           HB1      LEU  18  -5.451 -13.755  13.193

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   GLN  19           HA       GLN  19  -8.953 -14.817  16.080
    2    HB2  GLN  19           HB2      GLN  19 -11.046 -12.734  15.330
    3    HG2  GLN  19           HG2      GLN  19  -9.130 -12.621  17.670
    4   HE21  GLN  19          HE21      GLN  19  -8.740  -9.789  16.978
    5   HE22  GLN  19          HE22      GLN  19 -10.174  -8.968  17.478
    6    H    GLN  19           HN       GLN  19  -8.980 -12.886  14.027
    7    HB3  GLN  19           HB1      GLN  19 -11.113 -13.674  16.818
    8    HG3  GLN  19           HG1      GLN  19  -8.778 -11.880  16.109

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   ARG  20           HA       ARG  20 -13.005 -16.430  14.231
    2    HB2  ARG  20           HB2      ARG  20 -14.534 -15.632  12.557
    3    HG2  ARG  20           HG2      ARG  20 -12.144 -14.495  11.173
    4    HD2  ARG  20           HD2      ARG  20 -13.359 -12.415  11.625
    5    HE   ARG  20           HE       ARG  20 -15.753 -13.855  10.992
    6   HH11  ARG  20          HH11      ARG  20 -14.280 -10.654  10.916
    7   HH12  ARG  20          HH12      ARG  20 -15.800  -9.827  10.948
    8   HH21  ARG  20          HH21      ARG  20 -17.735 -12.727  11.016
    9   HH22  ARG  20          HH22      ARG  20 -17.741 -10.995  11.004
   10    H    ARG  20           HN       ARG  20 -11.255 -14.265  13.411
   11    HB3  ARG  20           HB1      ARG  20 -13.816 -14.211  13.299
   12    HG3  ARG  20           HG1      ARG  20 -13.593 -15.233  10.495
   13    HD3  ARG  20           HD1      ARG  20 -13.444 -12.851   9.919

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   GLU  21           HA       GLU  21 -11.120 -18.229  10.222
    2    HB2  GLU  21           HB2      GLU  21  -9.814 -16.173   9.462
    3    HG2  GLU  21           HG2      GLU  21  -8.107 -17.375   8.063
    4    H    GLU  21           HN       GLU  21 -10.361 -16.051  11.992
    5    HB3  GLU  21           HB1      GLU  21  -8.434 -16.795  10.345
    6    HG3  GLU  21           HG1      GLU  21  -8.534 -18.865   8.906

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   TYR  22           HA       TYR  22  -7.520 -20.422  12.250
    2    HB2  TYR  22           HB2      TYR  22  -6.060 -18.058  13.521
    3    HD1  TYR  22           HD1      TYR  22  -6.134 -16.471  11.697
    4    HD2  TYR  22           HD2      TYR  22  -4.875 -20.486  10.953
    5    HE1  TYR  22           HE1      TYR  22  -5.345 -15.812   9.471
    6    HE2  TYR  22           HE2      TYR  22  -4.076 -19.816   8.727
    7    HH   TYR  22           HH       TYR  22  -4.652 -17.939   7.056
    8    H    TYR  22           HN       TYR  22  -8.259 -17.596  12.289
    9    HB3  TYR  22           HB1      TYR  22  -5.409 -19.680  13.282

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   SER  23           HA       SER  23  -9.071 -19.473  16.716
    2    HB2  SER  23           HB2      SER  23  -6.175 -20.380  17.029
    3    HG   SER  23           HG       SER  23  -7.303 -21.832  15.837
    4    H    SER  23           HN       SER  23  -7.129 -18.245  15.033
    5    HB3  SER  23           HB1      SER  23  -7.359 -20.515  18.330

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   THR  24           HA       THR  24  -7.404 -16.225  19.318
    2    HB   THR  24           HB       THR  24  -9.168 -15.662  21.062
    3    HG1  THR  24           HG1      THR  24 -10.817 -17.526  19.652
    4   HG22  THR  24          HG21      THR  24 -10.194 -15.752  18.201
    5   HG21  THR  24          HG22      THR  24  -9.180 -14.484  18.896
    6   HG23  THR  24          HG23      THR  24 -10.821 -14.727  19.496
    7    H    THR  24           HN       THR  24  -9.243 -18.437  18.662

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   LEU  25           HA       LEU  25  -5.794 -18.782  22.527
    2    HB2  LEU  25           HB2      LEU  25  -4.285 -16.683  22.282
    3    HG   LEU  25           HG       LEU  25  -4.327 -17.971  25.042
    4   HD11  LEU  25          HD11      LEU  25  -4.130 -19.624  23.244
    5   HD13  LEU  25          HD12      LEU  25  -2.630 -19.479  24.150
    6   HD12  LEU  25          HD13      LEU  25  -2.768 -18.731  22.554
    7   HD21  LEU  25          HD21      LEU  25  -2.124 -16.430  23.623
    8   HD23  LEU  25          HD22      LEU  25  -1.961 -17.281  25.162
    9   HD22  LEU  25          HD23      LEU  25  -3.034 -15.889  25.038
   10    H    LEU  25           HN       LEU  25  -6.461 -16.203  21.411
   11    HB3  LEU  25           HB1      LEU  25  -5.133 -16.046  23.679

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ARG  26           HA       ARG  26  -9.100 -18.344  25.498
    2    HB2  ARG  26           HB2      ARG  26  -9.884 -20.597  26.228
    3    HG2  ARG  26           HG2      ARG  26  -7.813 -21.825  24.398
    4    HD2  ARG  26           HD2      ARG  26 -10.066 -23.016  25.034
    5    HE   ARG  26           HE       ARG  26  -9.681 -22.619  27.519
    6   HH11  ARG  26          HH11      ARG  26  -8.628 -25.559  25.885
    7   HH12  ARG  26          HH12      ARG  26  -8.596 -26.492  27.341
    8   HH21  ARG  26          HH21      ARG  26  -9.661 -23.880  29.418
    9   HH22  ARG  26          HH22      ARG  26  -9.196 -25.551  29.340
   10    H    ARG  26           HN       ARG  26  -6.902 -19.784  24.167
   11    HB3  ARG  26           HB1      ARG  26  -9.750 -20.453  24.477
   12    HG3  ARG  26           HG1      ARG  26  -7.566 -21.720  26.138
   13    HD3  ARG  26           HD1      ARG  26  -8.542 -23.912  25.115

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   SER  27           HA       SER  27  -6.126 -19.131  29.027
    2    HB2  SER  27           HB2      SER  27  -6.220 -22.139  28.443
    3    HG   SER  27           HG       SER  27  -8.132 -20.315  29.285
    4    H    SER  27           HN       SER  27  -6.152 -20.141  26.290
    5    HB3  SER  27           HB1      SER  27  -5.922 -21.419  30.026

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   VAL  28           HA       VAL  28  -1.866 -20.522  28.517
    2    HB   VAL  28           HB       VAL  28  -1.713 -17.783  29.870
    3    H    VAL  28           HN       VAL  28  -4.093 -19.265  29.994

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   GLN  29           HA       GLN  29  -0.723 -21.443  32.755
    2    HB2  GLN  29           HB2      GLN  29  -0.680 -23.931  32.939
    3    HG2  GLN  29           HG2      GLN  29  -1.172 -23.968  29.950
    4   HE21  GLN  29          HE21      GLN  29  -2.862 -25.213  32.019
    5   HE22  GLN  29          HE22      GLN  29  -2.793 -26.906  31.723
    6    H    GLN  29           HN       GLN  29  -0.583 -21.702  29.816
    7    HB3  GLN  29           HB1      GLN  29  -2.133 -23.367  32.115
    8    HG3  GLN  29           HG1      GLN  29   0.321 -24.476  30.718

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   TYR  30           HA       TYR  30   3.652 -21.964  32.026
    2    HB2  TYR  30           HB2      TYR  30   3.785 -19.877  33.358
    3    HD1  TYR  30           HD1      TYR  30   5.409 -21.537  36.086
    4    HD2  TYR  30           HD2      TYR  30   5.855 -20.674  31.929
    5    HE1  TYR  30           HE1      TYR  30   7.816 -22.018  36.242
    6    HE2  TYR  30           HE2      TYR  30   8.255 -21.147  32.088
    7    HH   TYR  30           HH       TYR  30   9.656 -22.714  34.765
    8    H    TYR  30           HN       TYR  30   1.294 -21.288  33.618
    9    HB3  TYR  30           HB1      TYR  30   3.501 -20.782  34.844

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   ARG  31           HA       ARG  31   3.501 -25.911  34.167
    2    HB2  ARG  31           HB2      ARG  31   4.555 -26.415  31.351
    3    HG2  ARG  31           HG2      ARG  31   1.936 -27.270  32.622
    4    HD2  ARG  31           HD2      ARG  31   1.368 -28.094  30.334
    5    HE   ARG  31           HE       ARG  31   2.828 -29.544  32.115
    6   HH11  ARG  31          HH11      ARG  31   2.797 -29.487  28.586
    7   HH12  ARG  31          HH12      ARG  31   3.149 -31.179  28.452
    8   HH21  ARG  31          HH21      ARG  31   3.308 -31.761  31.872
    9   HH22  ARG  31          HH22      ARG  31   3.440 -32.450  30.289
   10    H    ARG  31           HN       ARG  31   3.824 -24.146  31.884
   11    HB3  ARG  31           HB1      ARG  31   4.392 -27.677  32.574
   12    HG3  ARG  31           HG1      ARG  31   2.128 -26.039  31.373
   13    HD3  ARG  31           HD1      ARG  31   3.034 -27.793  29.837

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   SER  32           HA       SER  32   7.735 -24.750  35.295
    2    HB2  SER  32           HB2      SER  32   7.857 -24.980  37.822
    3    HG   SER  32           HG       SER  32   6.174 -25.644  38.921
    4    H    SER  32           HN       SER  32   4.962 -25.210  35.709
    5    HB3  SER  32           HB1      SER  32   6.662 -23.818  37.248

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   GLU  33           HA       GLU  33   7.773 -29.593  36.244
    2    HB2  GLU  33           HB2      GLU  33   5.544 -29.835  34.173
    3    HG2  GLU  33           HG2      GLU  33   4.505 -28.971  36.198
    4    H    GLU  33           HN       GLU  33   5.881 -27.631  35.649
    5    HB3  GLU  33           HB1      GLU  33   6.300 -31.151  35.076
    6    HG3  GLU  33           HG1      GLU  33   4.074 -30.659  35.924

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLU  34           HA       GLU  34   9.043 -29.360  31.676
    2    HB2  GLU  34           HB2      GLU  34   7.073 -27.200  30.805
    3    HG2  GLU  34           HG2      GLU  34   5.776 -29.101  31.625
    4    H    GLU  34           HN       GLU  34   7.028 -27.923  33.253
    5    HB3  GLU  34           HB1      GLU  34   8.015 -28.261  29.754
    6    HG3  GLU  34           HG1      GLU  34   5.653 -28.914  29.873

  No H/Q in entry =           6
  In of MODEL   10
    1    HA3  GLY  35           HA2      GLY  35   9.667 -24.380  33.480
    2    H    GLY  35           HN       GLY  35   8.542 -26.368  33.333
    3    HA2  GLY  35           HA1      GLY  35  11.002 -25.126  32.613

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   VAL  36           HA       VAL  36   8.534 -22.974  29.294
    2    HB   VAL  36           HB       VAL  36   7.619 -24.194  27.468
    3    H    VAL  36           HN       VAL  36   7.755 -25.010  31.302

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   ILE  37           HA       ILE  37   4.295 -21.681  29.885
    2    HB   ILE  37           HB       ILE  37   5.254 -19.848  27.635
    3   HD11  ILE  37          HD11      ILE  37   6.497 -17.675  28.393
    4   HD13  ILE  37          HD12      ILE  37   6.856 -17.465  30.105
    5   HD12  ILE  37          HD13      ILE  37   5.196 -17.308  29.531
    6    H    ILE  37           HN       ILE  37   6.793 -21.849  28.350

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   VAL  38           HA       VAL  38   2.371 -23.485  26.276
    2    HB   VAL  38           HB       VAL  38   0.884 -24.474  28.748
    3    H    VAL  38           HN       VAL  38   2.465 -22.460  29.041

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   PHE  39           HA       PHE  39  -0.960 -20.554  25.971
    2    HB2  PHE  39           HB2      PHE  39   0.352 -20.707  23.218
    3    HD1  PHE  39           HD1      PHE  39  -0.086 -17.673  25.214
    4    HD2  PHE  39           HD2      PHE  39   2.677 -20.726  24.066
    5    HE1  PHE  39           HE1      PHE  39   1.779 -16.299  26.040
    6    HE2  PHE  39           HE2      PHE  39   4.537 -19.365  24.897
    7    HZ   PHE  39           HZ       PHE  39   4.086 -17.135  25.886
    8    H    PHE  39           HN       PHE  39   1.218 -22.260  25.019
    9    HB3  PHE  39           HB1      PHE  39  -0.785 -19.481  23.755

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   ILE  40           HA       ILE  40  -3.417 -24.005  24.425
    2    HB   ILE  40           HB       ILE  40  -5.044 -22.820  26.727
    3   HD11  ILE  40          HD11      ILE  40  -4.950 -25.340  28.533
    4   HD13  ILE  40          HD12      ILE  40  -4.513 -23.728  29.107
    5   HD12  ILE  40          HD13      ILE  40  -3.372 -25.060  29.271
    6    H    ILE  40           HN       ILE  40  -2.690 -21.872  26.253

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LEU  41           HA       LEU  41  -5.853 -21.169  22.010
    2    HB2  LEU  41           HB2      LEU  41  -5.243 -23.639  20.344
    3    HG   LEU  41           HG       LEU  41  -3.279 -22.188  20.709
    4   HD13  LEU  41          HD11      LEU  41  -2.678 -21.662  18.392
    5   HD12  LEU  41          HD12      LEU  41  -4.365 -21.837  17.897
    6   HD11  LEU  41          HD13      LEU  41  -3.470 -23.234  18.495
    7   HD23  LEU  41          HD21      LEU  41  -4.997 -19.948  19.604
    8   HD22  LEU  41          HD22      LEU  41  -3.283 -19.851  20.002
    9   HD21  LEU  41          HD23      LEU  41  -4.458 -20.123  21.276
   10    H    LEU  41           HN       LEU  41  -4.615 -23.751  22.640
   11    HB3  LEU  41           HB1      LEU  41  -6.154 -22.272  19.705

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ALA  42           HA       ALA  42 -10.094 -22.225  22.161
    2    HB3  ALA  42           HB1      ALA  42 -11.468 -21.406  20.277
    3    HB1  ALA  42           HB2      ALA  42 -10.011 -21.226  19.292
    4    HB2  ALA  42           HB3      ALA  42 -10.229 -20.234  20.736
    5    H    ALA  42           HN       ALA  42  -7.909 -21.213  20.708

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ASN  43           HA       ASN  43 -10.070 -25.881  19.141
    2    HB2  ASN  43           HB2      ASN  43  -8.669 -26.528  17.283
    3   HD21  ASN  43          HD21      ASN  43  -7.179 -23.382  17.630
    4   HD22  ASN  43          HD22      ASN  43  -5.550 -23.935  17.549
    5    H    ASN  43           HN       ASN  43  -8.294 -23.571  19.468
    6    HB3  ASN  43           HB1      ASN  43  -8.936 -24.797  17.155

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ASP  44           HA       ASP  44  -7.003 -26.068  23.173
    2    HB2  ASP  44           HB2      ASP  44  -9.011 -27.624  22.983
    3    H    ASP  44           HN       ASP  44  -8.013 -25.072  21.446
    4    HB3  ASP  44           HB1      ASP  44  -7.997 -28.731  22.056

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   ARG  45           HA       ARG  45  -3.449 -27.585  20.563
    2    HB2  ARG  45           HB2      ARG  45  -3.924 -26.425  18.493
    3    HG2  ARG  45           HG2      ARG  45  -1.319 -25.264  19.546
    4    HD2  ARG  45           HD2      ARG  45  -2.112 -25.917  16.687
    5    HE   ARG  45           HE       ARG  45   0.229 -24.344  17.559
    6   HH11  ARG  45          HH11      ARG  45  -1.001 -27.101  15.728
    7   HH12  ARG  45          HH12      ARG  45   0.541 -27.444  15.010
    8   HH21  ARG  45          HH21      ARG  45   2.214 -24.789  16.573
    9   HH22  ARG  45          HH22      ARG  45   2.352 -26.125  15.478
   10    H    ARG  45           HN       ARG  45  -5.570 -25.606  20.658
   11    HB3  ARG  45           HB1      ARG  45  -3.733 -24.852  19.259
   12    HG3  ARG  45           HG1      ARG  45  -1.500 -26.874  18.842
   13    HD3  ARG  45           HD1      ARG  45  -2.133 -24.291  17.371

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   GLU  46           HA       GLU  46  -1.268 -25.585  23.890
    2    HB2  GLU  46           HB2      GLU  46   0.039 -28.318  23.518
    3    HG2  GLU  46           HG2      GLU  46  -1.209 -28.859  25.702
    4    H    GLU  46           HN       GLU  46  -1.842 -27.683  21.959
    5    HB3  GLU  46           HB1      GLU  46   0.252 -27.249  24.894
    6    HG3  GLU  46           HG1      GLU  46  -2.282 -27.532  25.280

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   LEU  47           HA       LEU  47   2.208 -24.481  21.251
    2    HB2  LEU  47           HB2      LEU  47   0.788 -21.979  22.123
    3    HG   LEU  47           HG       LEU  47   0.021 -23.103  20.023
    4   HD11  LEU  47          HD11      LEU  47  -0.248 -20.674  20.238
    5   HD13  LEU  47          HD12      LEU  47   0.061 -21.132  18.566
    6   HD12  LEU  47          HD13      LEU  47   1.352 -20.421  19.539
    7   HD23  LEU  47          HD21      LEU  47   2.830 -22.521  19.002
    8   HD22  LEU  47          HD22      LEU  47   1.491 -23.187  18.059
    9   HD21  LEU  47          HD23      LEU  47   2.184 -24.121  19.384
   10    H    LEU  47           HN       LEU  47  -0.057 -23.919  23.018
   11    HB3  LEU  47           HB1      LEU  47   2.409 -21.854  21.453

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   LYS  48           HA       LYS  48   4.689 -24.519  24.893
    2    HB2  LYS  48           HB2      LYS  48   4.492 -26.855  24.019
    3    HG2  LYS  48           HG2      LYS  48   7.336 -26.198  24.838
    4    HD2  LYS  48           HD2      LYS  48   5.860 -28.860  24.783
    5    HE2  LYS  48           HE2      LYS  48   8.109 -29.781  25.560
    6    HZ3  LYS  48           HZ1      LYS  48   7.652 -29.390  27.891
    7    HZ2  LYS  48           HZ2      LYS  48   6.223 -29.703  27.047
    8    HZ1  LYS  48           HZ3      LYS  48   6.600 -28.121  27.502
    9    H    LYS  48           HN       LYS  48   4.097 -24.931  22.027
   10    HB3  LYS  48           HB1      LYS  48   5.796 -26.540  22.882
   11    HG3  LYS  48           HG1      LYS  48   6.000 -26.623  25.917
   12    HD3  LYS  48           HD1      LYS  48   7.262 -28.422  23.806
   13    HE3  LYS  48           HE1      LYS  48   8.525 -28.136  26.027

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   PHE  49           HA       PHE  49   8.389 -22.393  23.627
    2    HB2  PHE  49           HB2      PHE  49   6.333 -20.183  24.127
    3    HD1  PHE  49           HD1      PHE  49   8.616 -20.424  21.249
    4    HD2  PHE  49           HD2      PHE  49   4.624 -21.127  22.618
    5    HE1  PHE  49           HE1      PHE  49   7.854 -20.679  18.921
    6    HE2  PHE  49           HE2      PHE  49   3.878 -21.381  20.285
    7    HZ   PHE  49           HZ       PHE  49   5.489 -21.158  18.437
    8    H    PHE  49           HN       PHE  49   5.840 -22.701  25.093
    9    HB3  PHE  49           HB1      PHE  49   7.975 -19.899  23.562

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   ARG  50           HA       ARG  50   9.632 -21.751  27.865
    2    HB2  ARG  50           HB2      ARG  50  12.139 -21.516  26.167
    3    HG2  ARG  50           HG2      ARG  50  12.893 -23.531  27.465
    4    HD2  ARG  50           HD2      ARG  50  11.650 -25.195  26.205
    5    HE   ARG  50           HE       ARG  50  12.645 -22.849  24.867
    6   HH11  ARG  50          HH11      ARG  50  11.054 -25.919  24.276
    7   HH12  ARG  50          HH12      ARG  50  11.543 -25.988  22.623
    8   HH21  ARG  50          HH21      ARG  50  13.264 -22.950  22.698
    9   HH22  ARG  50          HH22      ARG  50  12.812 -24.321  21.728
   10    H    ARG  50           HN       ARG  50  10.068 -21.891  25.013
   11    HB3  ARG  50           HB1      ARG  50  12.173 -21.320  27.909
   12    HG3  ARG  50           HG1      ARG  50  11.258 -23.676  28.115
   13    HD3  ARG  50           HD1      ARG  50  10.370 -24.023  25.859

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   PRO  51           HA       PRO  51   9.591 -17.271  28.580
    2    HB2  PRO  51           HB2      PRO  51  11.913 -17.755  30.445
    3    HG2  PRO  51           HG2      PRO  51  10.665 -19.246  31.773
    4    HD2  PRO  51           HD2      PRO  51  11.292 -20.548  29.927
    5    HB3  PRO  51           HB1      PRO  51  10.431 -16.821  30.717
    6    HG3  PRO  51           HG1      PRO  51   9.125 -18.764  31.028
    7    HD3  PRO  51           HD1      PRO  51   9.525 -20.717  29.817

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   ASP  52           HA       ASP  52  14.070 -16.304  27.176
    2    HB2  ASP  52           HB2      ASP  52  15.997 -17.839  26.540
    3    H    ASP  52           HN       ASP  52  12.830 -18.724  28.100
    4    HB3  ASP  52           HB1      ASP  52  15.517 -17.906  28.229

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   ASP  53           HA       ASP  53  12.885 -18.214  22.902
    2    HB2  ASP  53           HB2      ASP  53  10.259 -19.185  24.113
    3    H    ASP  53           HN       ASP  53  12.081 -18.635  25.624
    4    HB3  ASP  53           HB1      ASP  53  10.504 -19.025  22.378

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   LEU  54           HA       LEU  54   9.386 -15.101  22.940
    2    HB2  LEU  54           HB2      LEU  54   8.619 -15.354  25.867
    3    HG   LEU  54           HG       LEU  54   8.520 -17.571  24.699
    4   HD13  LEU  54          HD11      LEU  54   6.239 -18.125  25.348
    5   HD12  LEU  54          HD12      LEU  54   5.818 -16.412  25.425
    6   HD11  LEU  54          HD13      LEU  54   7.005 -17.084  26.549
    7   HD21  LEU  54          HD21      LEU  54   6.533 -16.192  22.853
    8   HD23  LEU  54          HD22      LEU  54   6.847 -17.928  22.913
    9   HD22  LEU  54          HD23      LEU  54   8.121 -16.823  22.406
   10    H    LEU  54           HN       LEU  54  10.744 -16.544  25.137
   11    HB3  LEU  54           HB1      LEU  54   7.625 -14.661  24.586

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   GLN  55           HA       GLN  55  11.356 -11.322  23.980
    2    HB2  GLN  55           HB2      GLN  55  10.458 -10.832  21.750
    3    HG2  GLN  55           HG2      GLN  55   9.661  -8.550  23.576
    4   HE21  GLN  55          HE21      GLN  55  11.826  -8.408  20.862
    5   HE22  GLN  55          HE22      GLN  55  10.804  -7.466  19.840
    6    H    GLN  55           HN       GLN  55   9.390 -12.946  22.764
    7    HB3  GLN  55           HB1      GLN  55   8.855 -10.547  22.421
    8    HG3  GLN  55           HG1      GLN  55  11.305  -8.853  23.015

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   ALA  56           HA       ALA  56   7.522  -9.882  26.638
    2    HB3  ALA  56           HB1      ALA  56   5.738 -11.271  27.637
    3    HB1  ALA  56           HB2      ALA  56   6.364 -12.687  26.786
    4    HB2  ALA  56           HB3      ALA  56   5.683 -11.347  25.871
    5    H    ALA  56           HN       ALA  56   7.977 -11.963  24.815

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   THR  57           HA       THR  57   8.997 -12.667  30.004
    2    HB   THR  57           HB       THR  57   8.904 -15.181  30.045
    3    HG1  THR  57           HG1      THR  57   9.695 -15.112  27.646
    4   HG22  THR  57          HG21      THR  57   6.732 -13.852  28.409
    5   HG21  THR  57          HG22      THR  57   6.857 -13.771  30.161
    6   HG23  THR  57          HG23      THR  57   6.561 -15.318  29.377
    7    H    THR  57           HN       THR  57   8.938 -13.072  27.086

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   TYR  58           HA       TYR  58  13.374 -13.897  28.521
    2    HB2  TYR  58           HB2      TYR  58  13.059 -12.818  26.210
    3    HD1  TYR  58           HD1      TYR  58  14.810 -14.666  26.250
    4    HD2  TYR  58           HD2      TYR  58  15.746 -10.632  27.319
    5    HE1  TYR  58           HE1      TYR  58  17.197 -15.130  25.914
    6    HE2  TYR  58           HE2      TYR  58  18.139 -11.099  26.970
    7    HH   TYR  58           HH       TYR  58  19.251 -13.942  25.416
    8    H    TYR  58           HN       TYR  58  11.139 -12.399  27.592
    9    HB3  TYR  58           HB1      TYR  58  13.433 -11.272  26.966

  No H/Q in entry =           9
  In of MODEL   10
    1    HA3  GLY  59           HA2      GLY  59  14.751 -12.662  32.525
    2    H    GLY  59           HN       GLY  59  13.774 -13.653  30.663
    3    HA2  GLY  59           HA1      GLY  59  14.693 -11.096  31.731

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   ALA  60           HA       ALA  60  10.754 -11.543  34.199
    2    HB1  ALA  60           HB1      ALA  60   9.304 -13.178  32.078
    3    HB2  ALA  60           HB2      ALA  60   9.543 -11.429  32.044
    4    HB3  ALA  60           HB3      ALA  60   8.545 -12.158  33.305
    5    H    ALA  60           HN       ALA  60  11.991 -13.363  32.198

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   THR  61           HA       THR  61  10.905 -15.147  36.697
    2    HB   THR  61           HB       THR  61   9.879 -14.586  38.962
    3    HG1  THR  61           HG1      THR  61   9.136 -12.447  39.208
    4   HG22  THR  61          HG21      THR  61  11.763 -12.482  37.847
    5   HG21  THR  61          HG22      THR  61  12.250 -14.042  38.519
    6   HG23  THR  61          HG23      THR  61  11.482 -12.837  39.555
    7    H    THR  61           HN       THR  61   9.962 -12.501  36.040

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   PRO  62           HA       PRO  62   7.323 -17.706  36.017
    2    HB2  PRO  62           HB2      PRO  62   7.173 -19.217  38.367
    3    HG2  PRO  62           HG2      PRO  62   8.764 -18.008  39.599
    4    HD2  PRO  62           HD2      PRO  62  10.345 -16.614  38.562
    5    HB3  PRO  62           HB1      PRO  62   8.295 -19.530  37.035
    6    HG3  PRO  62           HG1      PRO  62   9.803 -19.217  38.809
    7    HD3  PRO  62           HD1      PRO  62  10.535 -17.697  37.165

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   GLU  63           HA       GLU  63   4.507 -16.183  39.659
    2    HB2  GLU  63           HB2      GLU  63   4.794 -14.156  41.116
    3    HG2  GLU  63           HG2      GLU  63   6.978 -13.439  39.551
    4    H    GLU  63           HN       GLU  63   7.289 -15.907  39.100
    5    HB3  GLU  63           HB1      GLU  63   5.929 -15.452  41.447
    6    HG3  GLU  63           HG1      GLU  63   6.568 -12.773  41.135

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLN  64           HA       GLN  64   4.148 -12.168  37.014
    2    HB2  GLN  64           HB2      GLN  64   6.780 -12.651  35.555
    3    HG2  GLN  64           HG2      GLN  64   6.065 -10.564  37.629
    4   HE21  GLN  64          HE21      GLN  64   8.320 -11.480  35.086
    5   HE22  GLN  64          HE22      GLN  64   9.257 -10.036  35.153
    6    H    GLN  64           HN       GLN  64   6.332 -13.914  37.680
    7    HB3  GLN  64           HB1      GLN  64   5.687 -11.300  35.277
    8    HG3  GLN  64           HG1      GLN  64   7.242 -11.857  37.814

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   LEU  65           HA       LEU  65   3.527 -15.319  33.489
    2    HB2  LEU  65           HB2      LEU  65   5.324 -17.506  34.689
    3    HG   LEU  65           HG       LEU  65   6.828 -15.629  34.306
    4   HD11  LEU  65          HD11      LEU  65   7.673 -17.822  33.677
    5   HD13  LEU  65          HD12      LEU  65   8.347 -16.569  32.639
    6   HD12  LEU  65          HD13      LEU  65   7.060 -17.617  32.034
    7   HD23  LEU  65          HD21      LEU  65   7.010 -14.502  32.123
    8   HD22  LEU  65          HD22      LEU  65   5.449 -14.238  32.888
    9   HD21  LEU  65          HD23      LEU  65   5.588 -15.383  31.549
   10    H    LEU  65           HN       LEU  65   5.156 -15.262  35.980
   11    HB3  LEU  65           HB1      LEU  65   4.706 -17.408  33.041

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ARG  66           HA       ARG  66   0.588 -17.402  36.120
    2    HB2  ARG  66           HB2      ARG  66   1.292 -15.835  38.646
    3    HG2  ARG  66           HG2      ARG  66   1.944 -18.673  37.832
    4    HD2  ARG  66           HD2      ARG  66   2.663 -19.053  40.179
    5    HE   ARG  66           HE       ARG  66   0.030 -19.190  39.326
    6   HH11  ARG  66          HH11      ARG  66   1.608 -18.808  42.447
    7   HH12  ARG  66          HH12      ARG  66   0.354 -19.642  43.300
    8   HH21  ARG  66          HH21      ARG  66  -1.599 -20.279  40.472
    9   HH22  ARG  66          HH22      ARG  66  -1.453 -20.478  42.187
   10    H    ARG  66           HN       ARG  66   2.619 -15.272  36.451
   11    HB3  ARG  66           HB1      ARG  66   0.032 -17.067  38.512
   12    HG3  ARG  66           HG1      ARG  66   3.038 -17.418  38.419
   13    HD3  ARG  66           HD1      ARG  66   1.916 -17.518  40.641

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   GLU  67           HA       GLU  67  -1.649 -13.263  36.588
    2    HB2  GLU  67           HB2      GLU  67   0.654 -11.281  36.649
    3    HG2  GLU  67           HG2      GLU  67   1.050 -12.678  38.579
    4    H    GLU  67           HN       GLU  67   1.164 -13.945  36.800
    5    HB3  GLU  67           HB1      GLU  67  -1.023 -11.008  37.119
    6    HG3  GLU  67           HG1      GLU  67   0.404 -11.117  39.078

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ILE  68           HA       ILE  68  -0.951 -12.680  32.227
    2    HB   ILE  68           HB       ILE  68  -1.719 -15.610  32.676
    3   HD11  ILE  68          HD11      ILE  68   0.609 -16.831  31.141
    4   HD13  ILE  68          HD12      ILE  68   0.315 -17.211  32.844
    5   HD12  ILE  68          HD13      ILE  68   1.892 -16.619  32.329
    6    H    ILE  68           HN       ILE  68  -2.146 -13.979  34.599

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLU  69           HA       GLU  69  -5.221 -12.919  30.742
    2    HB2  GLU  69           HB2      GLU  69  -5.042 -10.730  31.991
    3    HG2  GLU  69           HG2      GLU  69  -6.501 -10.468  29.346
    4    H    GLU  69           HN       GLU  69  -2.410 -12.022  30.674
    5    HB3  GLU  69           HB1      GLU  69  -4.373  -9.980  30.547
    6    HG3  GLU  69           HG1      GLU  69  -7.161 -11.160  30.827

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ILE  70           HA       ILE  70  -4.574 -13.155  26.400
    2    HB   ILE  70           HB       ILE  70  -7.555 -12.494  26.386
    3   HD12  ILE  70          HD11      ILE  70  -4.991 -15.140  27.245
    4   HD11  ILE  70          HD12      ILE  70  -5.613 -15.729  25.699
    5   HD13  ILE  70          HD13      ILE  70  -6.150 -16.469  27.205
    6    H    ILE  70           HN       ILE  70  -6.285 -12.589  28.623

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   SER  71           HA       SER  71  -3.222  -9.385  24.927
    2    HB2  SER  71           HB2      SER  71  -2.955  -9.227  22.441
    3    HG   SER  71           HG       SER  71  -4.552 -11.582  22.412
    4    H    SER  71           HN       SER  71  -4.308 -11.893  24.443
    5    HB3  SER  71           HB1      SER  71  -2.496 -10.811  23.071

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   PRO  72           HA       PRO  72  -6.470  -6.282  24.120
    2    HB2  PRO  72           HB2      PRO  72  -5.020  -4.272  22.951
    3    HG2  PRO  72           HG2      PRO  72  -3.087  -5.551  22.442
    4    HD2  PRO  72           HD2      PRO  72  -2.536  -7.477  23.667
    5    HB3  PRO  72           HB1      PRO  72  -4.911  -4.650  24.681
    6    HG3  PRO  72           HG1      PRO  72  -2.656  -4.814  24.004
    7    HD3  PRO  72           HD1      PRO  72  -3.099  -6.784  25.205

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   SER  73           HA       SER  73  -6.320  -6.956  19.424
    2    HB2  SER  73           HB2      SER  73  -4.148  -9.098  19.474
    3    HG   SER  73           HG       SER  73  -3.963  -6.367  18.714
    4    H    SER  73           HN       SER  73  -4.586  -7.775  21.623
    5    HB3  SER  73           HB1      SER  73  -4.878  -8.370  18.041

  No H/Q in entry =           5
  In of MODEL   10
    1    HA3  GLY  74           HA2      GLY  74  -7.747 -11.022  22.448
    2    H    GLY  74           HN       GLY  74  -6.312  -9.325  21.887
    3    HA2  GLY  74           HA1      GLY  74  -8.703 -10.664  21.027

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   LEU  75           HA       LEU  75  -6.051 -13.765  18.997
    2    HB2  LEU  75           HB2      LEU  75  -3.827 -11.730  18.580
    3    HG   LEU  75           HG       LEU  75  -6.045 -11.236  17.437
    4   HD11  LEU  75          HD11      LEU  75  -3.695 -11.830  15.617
    5   HD13  LEU  75          HD12      LEU  75  -3.961 -10.345  16.532
    6   HD12  LEU  75          HD13      LEU  75  -5.064 -10.782  15.228
    7   HD23  LEU  75          HD21      LEU  75  -5.414 -13.790  15.913
    8   HD22  LEU  75          HD22      LEU  75  -6.706 -12.647  15.535
    9   HD21  LEU  75          HD23      LEU  75  -6.755 -13.559  17.041
   10    H    LEU  75           HN       LEU  75  -5.539 -11.112  20.099
   11    HB3  LEU  75           HB1      LEU  75  -3.845 -13.312  17.803

  No H/Q in entry =          11
  In of MODEL   10
    1    HA3  GLY  76           HA2      GLY  76  -2.250 -14.830  21.444
    2    H    GLY  76           HN       GLY  76  -3.193 -12.217  20.496
    3    HA2  GLY  76           HA1      GLY  76  -1.324 -13.335  21.339

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   VAL  77           HA       VAL  77  -2.575 -12.873  25.528
    2    HB   VAL  77           HB       VAL  77  -0.813 -14.879  25.364
    3    H    VAL  77           HN       VAL  77  -0.683 -12.807  23.274

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   TYR  78           HA       TYR  78   0.298  -9.585  26.871
    2    HB2  TYR  78           HB2      TYR  78  -1.781  -8.424  26.184
    3    HD1  TYR  78           HD1      TYR  78  -2.471  -7.576  29.622
    4    HD2  TYR  78           HD2      TYR  78   0.253  -6.826  26.415
    5    HE1  TYR  78           HE1      TYR  78  -1.696  -5.543  30.764
    6    HE2  TYR  78           HE2      TYR  78   1.025  -4.787  27.553
    7    HH   TYR  78           HH       TYR  78   0.174  -4.064  30.826
    8    H    TYR  78           HN       TYR  78  -1.720 -11.612  27.348
    9    HB3  TYR  78           HB1      TYR  78  -2.589  -8.935  27.661

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   PHE  79           HA       PHE  79   0.610 -11.185  31.021
    2    HB2  PHE  79           HB2      PHE  79   3.454 -10.689  30.059
    3    HD1  PHE  79           HD1      PHE  79   0.641 -12.971  29.998
    4    HD2  PHE  79           HD2      PHE  79   4.766 -12.710  29.552
    5    HE1  PHE  79           HE1      PHE  79   0.698 -15.165  28.954
    6    HE2  PHE  79           HE2      PHE  79   4.751 -14.918  28.494
    7    HZ   PHE  79           HZ       PHE  79   2.738 -16.156  28.199
    8    H    PHE  79           HN       PHE  79   1.633 -10.157  28.487
    9    HB3  PHE  79           HB1      PHE  79   3.018 -11.468  31.577

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   GLU  80           HA       GLU  80   0.212  -7.089  32.272
    2    HB2  GLU  80           HB2      GLU  80  -1.712  -8.283  33.300
    3    HG2  GLU  80           HG2      GLU  80  -0.490  -6.136  35.058
    4    H    GLU  80           HN       GLU  80   0.262  -9.928  32.755
    5    HB3  GLU  80           HB1      GLU  80  -0.731  -8.629  34.721
    6    HG3  GLU  80           HG1      GLU  80  -1.636  -5.897  33.742

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   THR  81           HA       THR  81   2.817  -7.180  36.334
    2    HB   THR  81           HB       THR  81   4.220  -9.851  36.018
    3    HG1  THR  81           HG1      THR  81   1.674  -9.421  37.224
    4   HG23  THR  81          HG21      THR  81   4.312  -9.769  38.476
    5   HG22  THR  81          HG22      THR  81   3.427  -8.242  38.484
    6   HG21  THR  81          HG23      THR  81   5.049  -8.322  37.786
    7    H    THR  81           HN       THR  81   1.891  -9.214  34.575

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   LEU  82           HA       LEU  82   6.487  -6.689  33.522
    2    HB2  LEU  82           HB2      LEU  82   7.055  -8.045  31.317
    3    HG   LEU  82           HG       LEU  82   4.761  -9.282  31.264
    4   HD12  LEU  82          HD11      LEU  82   7.293 -10.951  31.123
    5   HD11  LEU  82          HD12      LEU  82   6.666  -9.913  29.838
    6   HD13  LEU  82          HD13      LEU  82   5.741 -11.321  30.355
    7   HD21  LEU  82          HD21      LEU  82   6.105 -10.935  33.424
    8   HD23  LEU  82          HD22      LEU  82   4.634 -11.373  32.550
    9   HD22  LEU  82          HD23      LEU  82   4.639  -9.968  33.610
   10    H    LEU  82           HN       LEU  82   3.952  -8.210  33.281
   11    HB3  LEU  82           HB1      LEU  82   7.284  -8.788  32.888

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   GLU  83           HA       GLU  83   2.182  -5.499  30.762
    2    HB2  GLU  83           HB2      GLU  83   4.467  -3.514  31.105
    3    HG2  GLU  83           HG2      GLU  83   1.711  -3.576  32.373
    4    H    GLU  83           HN       GLU  83   3.374  -6.664  32.267
    5    HB3  GLU  83           HB1      GLU  83   2.953  -3.142  30.282
    6    HG3  GLU  83           HG1      GLU  83   3.230  -3.939  33.200

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   GLU  84           HA       GLU  84   4.687  -6.395  27.064
    2    HB2  GLU  84           HB2      GLU  84   6.603  -6.948  28.806
    3    HG2  GLU  84           HG2      GLU  84   8.100  -7.945  27.099
    4    H    GLU  84           HN       GLU  84   3.951  -7.462  29.729
    5    HB3  GLU  84           HB1      GLU  84   6.239  -8.627  28.438
    6    HG3  GLU  84           HG1      GLU  84   6.710  -8.187  26.055

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   ASP  85           HA       ASP  85   2.100  -9.803  26.011
    2    HB2  ASP  85           HB2      ASP  85   0.856  -9.157  24.040
    3    H    ASP  85           HN       ASP  85   4.020  -7.649  25.350
    4    HB3  ASP  85           HB1      ASP  85   1.236  -7.680  24.917

  No H/Q in entry =           4
  In of MODEL   10
    1    HA   VAL  86           HA       VAL  86   4.083 -12.106  22.640
    2    HB   VAL  86           HB       VAL  86   2.508 -14.312  24.098
    3    H    VAL  86           HN       VAL  86   1.817 -11.528  24.463

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   SER  87           HA       SER  87   0.346 -11.783  20.173
    2    HB2  SER  87           HB2      SER  87   2.715 -11.279  18.321
    3    HG   SER  87           HG       SER  87   1.943  -9.767  20.160
    4    H    SER  87           HN       SER  87   3.129 -11.546  20.750
    5    HB3  SER  87           HB1      SER  87   1.017 -11.093  17.866

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   LEU  88           HA       LEU  88   0.153 -16.025  19.366
    2    HB2  LEU  88           HB2      LEU  88  -2.241 -15.288  19.687
    3    HG   LEU  88           HG       LEU  88  -1.871 -17.563  17.715
    4   HD11  LEU  88          HD11      LEU  88  -0.602 -17.859  19.795
    5   HD13  LEU  88          HD12      LEU  88  -1.939 -18.998  19.700
    6   HD12  LEU  88          HD13      LEU  88  -2.066 -17.579  20.744
    7   HD23  LEU  88          HD21      LEU  88  -4.283 -16.914  19.450
    8   HD22  LEU  88          HD22      LEU  88  -4.095 -18.339  18.424
    9   HD21  LEU  88          HD23      LEU  88  -4.201 -16.739  17.696
   10    H    LEU  88           HN       LEU  88  -0.809 -13.378  19.228
   11    HB3  LEU  88           HB1      LEU  88  -2.374 -15.108  17.951

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ILE  89           HA       ILE  89  -0.533 -15.895  14.544
    2    HB   ILE  89           HB       ILE  89   0.120 -12.922  14.307
    3   HD11  ILE  89          HD11      ILE  89  -2.926 -14.852  13.033
    4   HD13  ILE  89          HD12      ILE  89  -3.953 -14.256  14.333
    5   HD12  ILE  89          HD13      ILE  89  -2.710 -15.459  14.679
    6    H    ILE  89           HN       ILE  89  -0.669 -13.992  16.588

  No H/Q in entry =           6
  In of MODEL   10
    1    HA3  GLY  90           HA2      GLY  90   4.176 -14.527  14.485
    2    H    GLY  90           HN       GLY  90   1.934 -13.850  15.993
    3    HA2  GLY  90           HA1      GLY  90   4.189 -14.088  16.186

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   LEU  91           HA       LEU  91   4.860 -18.118  17.727
    2    HB2  LEU  91           HB2      LEU  91   1.944 -18.156  18.587
    3    HG   LEU  91           HG       LEU  91   3.102 -16.318  19.717
    4   HD13  LEU  91          HD11      LEU  91   2.684 -16.996  22.044
    5   HD12  LEU  91          HD12      LEU  91   2.640 -18.692  21.554
    6   HD11  LEU  91          HD13      LEU  91   1.414 -17.567  20.962
    7   HD21  LEU  91          HD21      LEU  91   5.155 -18.403  20.565
    8   HD23  LEU  91          HD22      LEU  91   5.051 -16.762  21.209
    9   HD22  LEU  91          HD23      LEU  91   5.421 -17.014  19.506
   10    H    LEU  91           HN       LEU  91   2.895 -16.115  17.451
   11    HB3  LEU  91           HB1      LEU  91   3.157 -19.307  19.143

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   LEU  92           HA       LEU  92   1.640 -20.782  15.199
    2    HB2  LEU  92           HB2      LEU  92   0.502 -18.298  13.850
    3    HG   LEU  92           HG       LEU  92  -0.317 -18.598  16.225
    4   HD12  LEU  92          HD11      LEU  92  -2.418 -18.947  14.065
    5   HD11  LEU  92          HD12      LEU  92  -1.703 -17.426  14.610
    6   HD13  LEU  92          HD13      LEU  92  -2.709 -18.366  15.709
    7   HD22  LEU  92          HD21      LEU  92  -1.819 -20.472  16.756
    8   HD21  LEU  92          HD22      LEU  92  -0.199 -21.047  16.376
    9   HD23  LEU  92          HD23      LEU  92  -1.491 -21.203  15.182
   10    H    LEU  92           HN       LEU  92   1.848 -18.048  15.931
   11    HB3  LEU  92           HB1      LEU  92  -0.007 -19.949  13.508

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   GLU  93           HA       GLU  93   3.997 -19.412  11.328
    2    HB2  GLU  93           HB2      GLU  93   4.561 -16.553  12.242
    3    HG2  GLU  93           HG2      GLU  93   2.198 -16.727  11.796
    4    H    GLU  93           HN       GLU  93   3.216 -17.984  13.748
    5    HB3  GLU  93           HB1      GLU  93   4.971 -17.210  10.659
    6    HG3  GLU  93           HG1      GLU  93   2.969 -15.895  10.446

  No H/Q in entry =           6
  In of MODEL   10
    1    HA3  GLY  94           HA2      GLY  94   7.293 -20.092  15.121
    2    H    GLY  94           HN       GLY  94   5.333 -18.793  14.453
    3    HA2  GLY  94           HA1      GLY  94   8.032 -19.712  13.577

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   ARG  95           HA       ARG  95   9.071 -15.573  15.172
    2    HB2  ARG  95           HB2      ARG  95   7.564 -14.508  13.549
    3    HG2  ARG  95           HG2      ARG  95   7.500 -13.015  16.191
    4    HD2  ARG  95           HD2      ARG  95   5.773 -12.098  14.719
    5    HE   ARG  95           HE       ARG  95   7.877 -12.033  12.638
    6   HH11  ARG  95          HH11      ARG  95   4.494 -11.602  13.495
    7   HH12  ARG  95          HH12      ARG  95   3.980 -11.428  11.850
    8   HH21  ARG  95          HH21      ARG  95   7.187 -11.833  10.489
    9   HH22  ARG  95          HH22      ARG  95   5.506 -11.575  10.145
   10    H    ARG  95           HN       ARG  95   6.743 -16.889  14.176
   11    HB3  ARG  95           HB1      ARG  95   6.228 -14.590  14.688
   12    HG3  ARG  95           HG1      ARG  95   8.709 -12.863  14.912
   13    HD3  ARG  95           HD1      ARG  95   7.133 -10.981  14.861

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   ARG  96           HA       ARG  96   7.676 -16.243  19.417
    2    HB2  ARG  96           HB2      ARG  96  10.715 -16.434  19.576
    3    HG2  ARG  96           HG2      ARG  96   8.749 -18.684  19.030
    4    HD2  ARG  96           HD2      ARG  96  11.751 -18.675  19.409
    5    HE   ARG  96           HE       ARG  96  10.750 -20.048  17.407
    6   HH11  ARG  96          HH11      ARG  96  11.397 -21.335  20.616
    7   HH12  ARG  96          HH12      ARG  96  11.848 -22.888  19.997
    8   HH21  ARG  96          HH21      ARG  96  11.352 -22.079  16.648
    9   HH22  ARG  96          HH22      ARG  96  11.855 -23.302  17.770
   10    H    ARG  96           HN       ARG  96   9.653 -15.896  17.269
   11    HB3  ARG  96           HB1      ARG  96   9.541 -17.089  20.725
   12    HG3  ARG  96           HG1      ARG  96   9.849 -17.991  17.838
   13    HD3  ARG  96           HD1      ARG  96  10.537 -19.616  20.299

  No H/Q in entry =          13
  In of MODEL   10
    1    HA3  GLY  97           HA2      GLY  97   8.938 -11.834  19.874
    2    H    GLY  97           HN       GLY  97  10.217 -14.061  18.403
    3    HA2  GLY  97           HA1      GLY  97  10.690 -12.049  19.984

  No H/Q in entry =           3
  In of MODEL   10
    1    HA   SER  98           HA       SER  98   9.730  -9.572  16.164
    2    HB2  SER  98           HB2      SER  98  10.971  -7.416  16.174
    3    HG   SER  98           HG       SER  98  12.008  -6.756  18.082
    4    H    SER  98           HN       SER  98  10.403  -9.730  18.922
    5    HB3  SER  98           HB1      SER  98   9.899  -7.543  17.565

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   ALA  99           HA       ALA  99  12.958 -11.554  14.050
    2    HB3  ALA  99           HB1      ALA  99  12.773  -9.077  12.294
    3    HB1  ALA  99           HB2      ALA  99  11.780 -10.530  12.151
    4    HB2  ALA  99           HB3      ALA  99  13.513 -10.613  11.835
    5    H    ALA  99           HN       ALA  99  11.229  -9.352  14.321

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   LYS 100           HA       LYS 100  16.481  -8.236  14.531
    2    HB2  LYS 100           HB2      LYS 100  16.434  -6.079  15.719
    3    HG2  LYS 100           HG2      LYS 100  13.478  -6.606  16.151
    4    HD2  LYS 100           HD2      LYS 100  13.425  -4.313  17.155
    5    HE2  LYS 100           HE2      LYS 100  14.194  -4.311  14.216
    6    HZ3  LYS 100           HZ1      LYS 100  12.785  -2.348  14.119
    7    HZ2  LYS 100           HZ2      LYS 100  14.132  -2.095  15.107
    8    HZ1  LYS 100           HZ3      LYS 100  12.615  -2.363  15.803
    9    H    LYS 100           HN       LYS 100  13.677  -8.113  14.557
   10    HB3  LYS 100           HB1      LYS 100  15.254  -6.110  14.412
   11    HG3  LYS 100           HG1      LYS 100  14.706  -6.349  17.389
   12    HD3  LYS 100           HD1      LYS 100  15.047  -4.029  16.522
   13    HE3  LYS 100           HE1      LYS 100  12.574  -4.609  14.848

  No H/Q in entry =          13
  In of MODEL   10
    1    HA   TRP 101           HA       TRP 101  15.984  -8.846  19.346
    2    HB2  TRP 101           HB2      TRP 101  13.582  -8.437  19.704
    3    HD1  TRP 101           HD1      TRP 101  14.627  -8.327  22.202
    4    HE1  TRP 101           HE1      TRP 101  14.574 -10.013  24.140
    5    HE3  TRP 101           HE3      TRP 101  13.164 -12.480  19.636
    6    HZ2  TRP 101           HZ2      TRP 101  14.005 -12.737  24.520
    7    HZ3  TRP 101           HZ3      TRP 101  12.891 -14.596  20.854
    8    HH2  TRP 101           HH2      TRP 101  13.305 -14.720  23.262
    9    H    TRP 101           HN       TRP 101  14.161  -8.642  17.218
   10    HB3  TRP 101           HB1      TRP 101  13.181 -10.025  19.067

  No H/Q in entry =          10
  In of MODEL   10
    1    HA   MET 102           HA       MET 102  15.671 -13.594  18.639
    2    HB2  MET 102           HB2      MET 102  14.398 -13.370  15.883
    3    HG2  MET 102           HG2      MET 102  13.291 -14.520  18.454
    4    HE1  MET 102           HE1      MET 102  11.487 -12.942  15.327
    5    HE3  MET 102           HE2      MET 102  11.046 -14.380  14.405
    6    HE2  MET 102           HE3      MET 102  12.738 -13.907  14.543
    7    H    MET 102           HN       MET 102  14.511 -11.360  17.299
    8    HB3  MET 102           HB1      MET 102  14.896 -14.896  16.605
    9    HG3  MET 102           HG1      MET 102  12.770 -13.021  17.684

  No H/Q in entry =           9
  In of MODEL   10
    1    HA   ALA 103           HA       ALA 103  18.963 -13.169  15.213
    2    HB2  ALA 103           HB1      ALA 103  19.689 -11.185  13.930
    3    HB1  ALA 103           HB2      ALA 103  18.541 -10.180  14.822
    4    HB3  ALA 103           HB3      ALA 103  17.952 -11.456  13.757
    5    H    ALA 103           HN       ALA 103  16.890 -11.394  16.230

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   GLU 104           HA       GLU 104  21.467 -10.417  18.161
    2    HB2  GLU 104           HB2      GLU 104  19.117  -8.981  19.459
    3    HG2  GLU 104           HG2      GLU 104  20.844  -8.087  17.144
    4    H    GLU 104           HN       GLU 104  18.578 -10.729  17.684
    5    HB3  GLU 104           HB1      GLU 104  20.821  -8.524  19.573
    6    HG3  GLU 104           HG1      GLU 104  19.162  -8.537  17.037

  No H/Q in entry =           6
  In of MODEL   10
    1    HA   HIS 105           HA       HIS 105  20.215 -12.941  21.802
    2    HB2  HIS 105           HB2      HIS 105  17.182 -12.573  21.576
    3    HD1  HIS 105           HD1      HIS 105  19.527 -11.735  24.409
    4    HD2  HIS 105           HD2      HIS 105  17.180  -9.797  21.575
    5    HE1  HIS 105           HE1      HIS 105  19.585  -9.307  25.032
    6    HE2  HIS 105           HE2      HIS 105  18.274  -8.137  23.226
    7    H    HIS 105           HN       HIS 105  18.681 -11.966  19.465
    8    HB3  HIS 105           HB1      HIS 105  18.009 -13.321  22.946

  No H/Q in entry =           8
  In of MODEL   10
    1    HA   PRO 106           HA       PRO 106  19.786 -16.538  18.913
    2    HB2  PRO 106           HB2      PRO 106  21.902 -17.940  20.064
    3    HG2  PRO 106           HG2      PRO 106  22.430 -16.382  21.743
    4    HD2  PRO 106           HD2      PRO 106  21.768 -14.125  21.586
    5    HB3  PRO 106           HB1      PRO 106  22.093 -16.757  18.763
    6    HG3  PRO 106           HG1      PRO 106  23.480 -15.827  20.417
    7    HD3  PRO 106           HD1      PRO 106  22.033 -14.065  19.831

  No H/Q in entry =           7
  In of MODEL   10
    1    HA   LEU 107           HA       LEU 107  18.215 -19.347  22.049
    2    HB2  LEU 107           HB2      LEU 107  16.454 -18.195  20.577
    3    HG   LEU 107           HG       LEU 107  15.735 -21.024  21.434
    4   HD12  LEU 107          HD11      LEU 107  15.368 -18.376  22.870
    5   HD11  LEU 107          HD12      LEU 107  16.512 -19.650  23.302
    6   HD13  LEU 107          HD13      LEU 107  14.781 -19.947  23.425
    7   HD22  LEU 107          HD21      LEU 107  13.391 -20.290  21.342
    8   HD21  LEU 107          HD22      LEU 107  14.140 -20.197  19.751
    9   HD23  LEU 107          HD23      LEU 107  13.887 -18.723  20.694
   10    H    LEU 107           HN       LEU 107  19.193 -18.724  19.329
   11    HB3  LEU 107           HB1      LEU 107  16.531 -19.592  19.521

  No H/Q in entry =          11
  In of MODEL   10
    1    HA   ALA 108           HA       ALA 108  19.432 -23.416  20.766
    2    HB1  ALA 108           HB1      ALA 108  18.914 -25.075  22.505
    3    HB2  ALA 108           HB2      ALA 108  17.713 -23.986  23.204
    4    HB3  ALA 108           HB3      ALA 108  19.421 -23.548  23.227
    5    H    ALA 108           HN       ALA 108  17.719 -21.639  22.324

  No H/Q in entry =           5
  In of MODEL   10
    1    HA   SER 109           HA       SER 109  15.817 -24.597  18.391
    2    HB2  SER 109           HB2      SER 109  14.481 -24.377  20.516
    3    HG   SER 109           HG       SER 109  13.560 -24.937  18.274
    4    H    SER 109           HN       SER 109  16.914 -22.242  19.630
    5    HB3  SER 109           HB1      SER 109  13.976 -22.768  20.003

  No H/Q in entry =           5
  In of MODEL   11
    1    H1   MET   1           HT3      MET   1  -4.828  -3.910  -5.034
    2    H2   MET   1           HT2      MET   1  -4.363  -5.182  -4.022
    3    H3   MET   1           HT1      MET   1  -5.432  -4.000  -3.464
    4    HB3  MET   1           HB1      MET   1  -1.356  -3.094  -3.980
    5    HG3  MET   1           HG1      MET   1  -0.880  -5.245  -5.025
    6    HA   MET   1           HA       MET   1  -3.290  -3.615  -2.533
    7    HB2  MET   1           HB2      MET   1  -2.340  -3.326  -5.422
    8    HG2  MET   1           HG2      MET   1  -2.579  -5.709  -4.896
    9    HE2  MET   1           HE1      MET   1  -0.279  -7.602  -3.785
   10    HE1  MET   1           HE2      MET   1  -2.002  -7.960  -3.649
   11    HE3  MET   1           HE3      MET   1  -0.960  -8.061  -2.226

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   GLU   2           HA       GLU   2  -2.194   0.891  -2.663
    2    HB2  GLU   2           HB2      GLU   2  -4.150   0.645  -4.986
    3    HG2  GLU   2           HG2      GLU   2  -2.344   1.819  -6.287
    4    H    GLU   2           HN       GLU   2  -2.011  -1.337  -2.973
    5    HB3  GLU   2           HB1      GLU   2  -3.642   2.190  -4.318
    6    HG3  GLU   2           HG1      GLU   2  -1.271   1.618  -4.909

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   VAL   3           HA       VAL   3  -6.260   0.687  -0.435
    2    HB   VAL   3           HB       VAL   3  -7.166  -1.317   0.684
    3    H    VAL   3           HN       VAL   3  -3.975  -1.000  -1.229

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   SER   4           HA       SER   4  -3.239   0.142   3.270
    2    HB2  SER   4           HB2      SER   4  -1.181  -0.304   1.887
    3    HG   SER   4           HG       SER   4  -1.192   1.399   4.100
    4    H    SER   4           HN       SER   4  -3.116   0.371   0.427
    5    HB3  SER   4           HB1      SER   4  -1.052   1.425   1.572

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ALA   5           HA       ALA   5  -4.339   4.369   4.039
    2    HB2  ALA   5           HB1      ALA   5  -6.572   5.003   3.179
    3    HB1  ALA   5           HB2      ALA   5  -6.908   3.313   2.787
    4    HB3  ALA   5           HB3      ALA   5  -5.625   4.176   1.939
    5    H    ALA   5           HN       ALA   5  -4.940   1.509   3.806

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ASN   6           HA       ASN   6  -5.942   3.693   8.012
    2    HB2  ASN   6           HB2      ASN   6  -6.527   5.869   9.162
    3   HD21  ASN   6          HD21      ASN   6  -4.946   8.136   8.460
    4   HD22  ASN   6          HD22      ASN   6  -5.849   9.064   7.318
    5    H    ASN   6           HN       ASN   6  -5.357   5.329   5.785
    6    HB3  ASN   6           HB1      ASN   6  -4.941   5.840   8.405

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLU   7           HA       GLU   7 -10.518   4.910   6.970
    2    HB2  GLU   7           HB2      GLU   7 -11.496   5.392   4.708
    3    HG2  GLU   7           HG2      GLU   7  -8.639   5.707   3.737
    4    H    GLU   7           HN       GLU   7  -8.001   5.277   5.660
    5    HB3  GLU   7           HB1      GLU   7 -10.315   6.591   5.225
    6    HG3  GLU   7           HG1      GLU   7  -9.646   4.315   3.345

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LEU   8           HA       LEU   8 -10.512   0.833   4.475
    2    HB2  LEU   8           HB2      LEU   8  -7.609   1.136   3.759
    3    HG   LEU   8           HG       LEU   8  -8.277   0.230   1.566
    4   HD13  LEU   8          HD11      LEU   8 -10.581  -0.226   0.983
    5   HD12  LEU   8          HD12      LEU   8 -11.107   0.129   2.630
    6   HD11  LEU   8          HD13      LEU   8 -10.064  -1.262   2.315
    7   HD21  LEU   8          HD21      LEU   8  -8.352   2.642   1.857
    8   HD23  LEU   8          HD22      LEU   8 -10.022   2.558   2.419
    9   HD22  LEU   8          HD23      LEU   8  -9.622   2.111   0.758
   10    H    LEU   8           HN       LEU   8  -8.542   2.898   4.829
   11    HB3  LEU   8           HB1      LEU   8  -8.235  -0.495   3.865

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   GLU   9           HA       GLU   9  -7.559   0.750   8.895
    2    HB2  GLU   9           HB2      GLU   9  -9.300  -0.073  10.409
    3    HG2  GLU   9           HG2      GLU   9 -11.234  -0.149   8.082
    4    H    GLU   9           HN       GLU   9  -8.346   1.682   6.979
    5    HB3  GLU   9           HB1      GLU   9  -9.899   1.296   9.485
    6    HG3  GLU   9           HG1      GLU   9 -10.518  -1.590   8.807

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ALA  10           HA       ALA  10  -7.466  -3.423   6.613
    2    HB2  ALA  10           HB1      ALA  10  -4.851  -2.138   5.793
    3    HB1  ALA  10           HB2      ALA  10  -6.327  -2.195   4.829
    4    HB3  ALA  10           HB3      ALA  10  -5.465  -3.688   5.212
    5    H    ALA  10           HN       ALA  10  -6.709  -0.739   6.784

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ALA  11           HA       ALA  11  -3.769  -4.162   9.697
    2    HB3  ALA  11           HB1      ALA  11  -3.115  -2.748  11.599
    3    HB1  ALA  11           HB2      ALA  11  -4.359  -1.568  11.170
    4    HB2  ALA  11           HB3      ALA  11  -2.998  -1.850  10.083
    5    H    ALA  11           HN       ALA  11  -5.214  -1.871   8.801

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   SER  12           HA       SER  12  -6.905  -4.182  13.363
    2    HB2  SER  12           HB2      SER  12  -9.098  -2.953  13.647
    3    HG   SER  12           HG       SER  12  -9.882  -1.827  12.063
    4    H    SER  12           HN       SER  12  -6.527  -2.397  11.183
    5    HB3  SER  12           HB1      SER  12  -7.706  -1.881  13.507

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   SER  13           HA       SER  13 -10.421  -5.820  10.349
    2    HB2  SER  13           HB2      SER  13 -10.302  -4.161   8.541
    3    HG   SER  13           HG       SER  13 -10.102  -5.987   6.747
    4    H    SER  13           HN       SER  13  -8.414  -3.878  10.204
    5    HB3  SER  13           HB1      SER  13  -8.800  -4.872   7.951

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ARG  14           HA       ARG  14  -6.977  -8.774   8.527
    2    HB2  ARG  14           HB2      ARG  14  -5.129  -7.193   8.034
    3    HG2  ARG  14           HG2      ARG  14  -4.361  -9.744   9.481
    4    HD2  ARG  14           HD2      ARG  14  -2.061  -9.469   8.660
    5    HE   ARG  14           HE       ARG  14  -3.104  -7.870  10.782
    6   HH11  ARG  14          HH11      ARG  14  -0.134  -8.487   8.995
    7   HH12  ARG  14          HH12      ARG  14   0.880  -7.912  10.274
    8   HH21  ARG  14          HH21      ARG  14  -1.747  -7.130  12.435
    9   HH22  ARG  14          HH22      ARG  14  -0.029  -7.147  12.220
   10    H    ARG  14           HN       ARG  14  -7.003  -6.075   9.334
   11    HB3  ARG  14           HB1      ARG  14  -4.704  -7.152   9.741
   12    HG3  ARG  14           HG1      ARG  14  -4.329  -9.402   7.749
   13    HD3  ARG  14           HD1      ARG  14  -2.443  -7.832   8.111

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   MET  15           HA       MET  15  -5.329  -9.595  13.031
    2    HB2  MET  15           HB2      MET  15  -6.744  -7.183  14.255
    3    HG2  MET  15           HG2      MET  15  -4.792  -6.474  12.909
    4    HE2  MET  15           HE1      MET  15  -1.642  -8.388  15.620
    5    HE1  MET  15           HE2      MET  15  -3.323  -8.312  16.143
    6    HE3  MET  15           HE3      MET  15  -2.423  -6.820  15.833
    7    H    MET  15           HN       MET  15  -6.225  -7.295  11.680
    8    HB3  MET  15           HB1      MET  15  -5.714  -8.332  15.112
    9    HG3  MET  15           HG1      MET  15  -4.575  -6.195  14.630

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   GLU  16           HA       GLU  16  -9.978 -10.016  14.386
    2    HB2  GLU  16           HB2      GLU  16 -10.875  -7.823  13.752
    3    HG2  GLU  16           HG2      GLU  16 -13.135  -8.296  13.134
    4    H    GLU  16           HN       GLU  16  -8.566  -8.220  12.705
    5    HB3  GLU  16           HB1      GLU  16 -10.891  -8.289  12.057
    6    HG3  GLU  16           HG1      GLU  16 -12.679  -9.829  12.394

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   MET  17           HA       MET  17 -10.760 -12.355  10.162
    2    HB2  MET  17           HB2      MET  17  -8.313 -11.087   8.856
    3    HG2  MET  17           HG2      MET  17 -11.217 -11.083   8.006
    4    HE2  MET  17           HE1      MET  17 -10.729  -8.751   4.834
    5    HE1  MET  17           HE2      MET  17 -11.016  -8.228   6.494
    6    HE3  MET  17           HE3      MET  17 -11.912  -9.596   5.831
    7    H    MET  17           HN       MET  17  -9.323 -10.011  10.856
    8    HB3  MET  17           HB1      MET  17  -9.168 -12.460   8.162
    9    HG3  MET  17           HG1      MET  17 -10.317  -9.706   8.650

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   LEU  18           HA       LEU  18  -6.496 -14.521  11.135
    2    HB2  LEU  18           HB2      LEU  18  -5.714 -12.269  13.032
    3    HG   LEU  18           HG       LEU  18  -5.234 -11.789  10.605
    4   HD13  LEU  18          HD11      LEU  18  -2.911 -11.097  10.922
    5   HD12  LEU  18          HD12      LEU  18  -2.782 -12.126  12.351
    6   HD11  LEU  18          HD13      LEU  18  -3.889 -10.751  12.347
    7   HD22  LEU  18          HD21      LEU  18  -3.476 -13.048   9.445
    8   HD21  LEU  18          HD22      LEU  18  -4.859 -14.071   9.817
    9   HD23  LEU  18          HD23      LEU  18  -3.389 -14.192  10.790
   10    H    LEU  18           HN       LEU  18  -7.500 -11.871  11.421
   11    HB3  LEU  18           HB1      LEU  18  -4.807 -13.763  12.877

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   GLN  19           HA       GLN  19  -8.214 -14.841  15.712
    2    HB2  GLN  19           HB2      GLN  19 -10.490 -12.882  15.151
    3    HG2  GLN  19           HG2      GLN  19  -8.068 -12.603  16.945
    4   HE21  GLN  19          HE21      GLN  19  -8.500  -9.666  16.444
    5   HE22  GLN  19          HE22      GLN  19  -9.652  -9.211  17.647
    6    H    GLN  19           HN       GLN  19  -8.402 -12.899  13.646
    7    HB3  GLN  19           HB1      GLN  19 -10.259 -13.768  16.659
    8    HG3  GLN  19           HG1      GLN  19  -8.422 -11.659  15.504

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   ARG  20           HA       ARG  20 -12.095 -16.752  13.855
    2    HB2  ARG  20           HB2      ARG  20 -13.672 -16.143  12.142
    3    HG2  ARG  20           HG2      ARG  20 -11.653 -14.121  11.111
    4    HD2  ARG  20           HD2      ARG  20 -13.843 -13.082  11.086
    5    HE   ARG  20           HE       ARG  20 -14.855 -15.681  10.319
    6   HH11  ARG  20          HH11      ARG  20 -15.556 -12.234  10.253
    7   HH12  ARG  20          HH12      ARG  20 -17.270 -12.461  10.124
    8   HH21  ARG  20          HH21      ARG  20 -17.116 -15.956  10.188
    9   HH22  ARG  20          HH22      ARG  20 -18.151 -14.568  10.091
   10    H    ARG  20           HN       ARG  20 -10.572 -14.391  13.075
   11    HB3  ARG  20           HB1      ARG  20 -13.206 -14.684  13.002
   12    HG3  ARG  20           HG1      ARG  20 -12.262 -15.533  10.243
   13    HD3  ARG  20           HD1      ARG  20 -13.413 -13.552   9.440

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   GLU  21           HA       GLU  21  -9.856 -18.325   9.943
    2    HB2  GLU  21           HB2      GLU  21  -8.664 -16.357   9.130
    3    HG2  GLU  21           HG2      GLU  21  -6.621 -17.224   8.199
    4    H    GLU  21           HN       GLU  21  -9.446 -16.106  11.769
    5    HB3  GLU  21           HB1      GLU  21  -7.470 -16.488  10.411
    6    HG3  GLU  21           HG1      GLU  21  -6.525 -18.479   9.434

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   TYR  22           HA       TYR  22  -6.456 -20.428  12.290
    2    HB2  TYR  22           HB2      TYR  22  -5.214 -17.999  13.648
    3    HD1  TYR  22           HD1      TYR  22  -4.596 -16.508  11.889
    4    HD2  TYR  22           HD2      TYR  22  -4.035 -20.708  11.334
    5    HE1  TYR  22           HE1      TYR  22  -3.475 -16.077   9.741
    6    HE2  TYR  22           HE2      TYR  22  -2.910 -20.278   9.194
    7    HH   TYR  22           HH       TYR  22  -1.816 -17.255   8.221
    8    H    TYR  22           HN       TYR  22  -7.176 -17.614  12.228
    9    HB3  TYR  22           HB1      TYR  22  -4.527 -19.623  13.666

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   SER  23           HA       SER  23  -8.750 -19.340  16.472
    2    HB2  SER  23           HB2      SER  23  -7.320 -20.442  18.258
    3    HG   SER  23           HG       SER  23  -5.314 -19.422  16.741
    4    H    SER  23           HN       SER  23  -6.781 -18.067  14.958
    5    HB3  SER  23           HB1      SER  23  -7.237 -21.250  16.702

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   THR  24           HA       THR  24  -7.162 -16.153  19.283
    2    HB   THR  24           HB       THR  24  -8.977 -15.523  20.937
    3    HG1  THR  24           HG1      THR  24 -10.012 -17.524  21.116
    4   HG21  THR  24          HG21      THR  24  -8.894 -14.399  18.745
    5   HG23  THR  24          HG22      THR  24 -10.557 -14.585  19.310
    6   HG22  THR  24          HG23      THR  24  -9.924 -15.658  18.058
    7    H    THR  24           HN       THR  24  -8.957 -18.413  18.604

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   LEU  25           HA       LEU  25  -5.990 -18.745  22.671
    2    HB2  LEU  25           HB2      LEU  25  -4.271 -16.822  22.409
    3    HG   LEU  25           HG       LEU  25  -4.484 -18.155  25.136
    4   HD13  LEU  25          HD11      LEU  25  -2.909 -19.774  24.221
    5   HD12  LEU  25          HD12      LEU  25  -2.958 -18.966  22.652
    6   HD11  LEU  25          HD13      LEU  25  -4.407 -19.751  23.293
    7   HD21  LEU  25          HD21      LEU  25  -3.007 -16.199  25.243
    8   HD23  LEU  25          HD22      LEU  25  -2.097 -16.790  23.849
    9   HD22  LEU  25          HD23      LEU  25  -2.084 -17.698  25.363
   10    H    LEU  25           HN       LEU  25  -6.535 -16.066  21.604
   11    HB3  LEU  25           HB1      LEU  25  -5.042 -16.096  23.810

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ARG  26           HA       ARG  26  -9.133 -17.917  25.697
    2    HB2  ARG  26           HB2      ARG  26 -10.297 -19.930  26.346
    3    HG2  ARG  26           HG2      ARG  26  -7.987 -21.538  25.218
    4    HD2  ARG  26           HD2      ARG  26 -10.118 -22.551  24.534
    5    HE   ARG  26           HE       ARG  26 -10.950 -22.104  27.291
    6   HH11  ARG  26          HH11      ARG  26 -11.689 -23.730  24.250
    7   HH12  ARG  26          HH12      ARG  26 -13.322 -24.087  24.706
    8   HH21  ARG  26          HH21      ARG  26 -13.089 -22.593  27.864
    9   HH22  ARG  26          HH22      ARG  26 -14.114 -23.441  26.754
   10    H    ARG  26           HN       ARG  26  -7.061 -19.602  24.440
   11    HB3  ARG  26           HB1      ARG  26  -9.903 -20.026  24.636
   12    HG3  ARG  26           HG1      ARG  26  -8.517 -21.505  26.901
   13    HD3  ARG  26           HD1      ARG  26  -9.312 -23.535  25.756

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   SER  27           HA       SER  27  -6.096 -18.627  29.131
    2    HB2  SER  27           HB2      SER  27  -6.490 -21.657  28.979
    3    HG   SER  27           HG       SER  27  -8.068 -19.598  30.141
    4    H    SER  27           HN       SER  27  -6.304 -19.904  26.532
    5    HB3  SER  27           HB1      SER  27  -6.040 -20.764  30.434

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   VAL  28           HA       VAL  28  -2.003 -20.603  28.755
    2    HB   VAL  28           HB       VAL  28  -1.714 -17.883  30.141
    3    H    VAL  28           HN       VAL  28  -4.142 -19.289  30.293

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   GLN  29           HA       GLN  29  -0.657 -21.557  32.965
    2    HB2  GLN  29           HB2      GLN  29  -0.846 -24.100  33.065
    3    HG2  GLN  29           HG2      GLN  29  -1.718 -23.775  30.186
    4   HE21  GLN  29          HE21      GLN  29  -1.124 -26.515  29.646
    5   HE22  GLN  29          HE22      GLN  29  -2.380 -27.464  30.346
    6    H    GLN  29           HN       GLN  29  -0.507 -21.662  30.052
    7    HB3  GLN  29           HB1      GLN  29  -2.305 -23.267  32.529
    8    HG3  GLN  29           HG1      GLN  29  -0.302 -24.658  30.737

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   TYR  30           HA       TYR  30   3.654 -22.101  31.878
    2    HB2  TYR  30           HB2      TYR  30   3.933 -19.982  33.057
    3    HD1  TYR  30           HD1      TYR  30   5.372 -21.287  36.005
    4    HD2  TYR  30           HD2      TYR  30   6.019 -21.140  31.782
    5    HE1  TYR  30           HE1      TYR  30   7.749 -21.808  36.348
    6    HE2  TYR  30           HE2      TYR  30   8.395 -21.653  32.125
    7    HH   TYR  30           HH       TYR  30  10.098 -21.400  33.982
    8    H    TYR  30           HN       TYR  30   1.420 -21.144  33.422
    9    HB3  TYR  30           HB1      TYR  30   3.542 -20.729  34.606

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   ARG  31           HA       ARG  31   3.576 -25.945  34.187
    2    HB2  ARG  31           HB2      ARG  31   4.426 -26.581  31.343
    3    HG2  ARG  31           HG2      ARG  31   1.893 -27.171  32.908
    4    HD2  ARG  31           HD2      ARG  31   1.090 -28.458  31.008
    5    HE   ARG  31           HE       ARG  31   3.620 -29.820  31.375
    6   HH11  ARG  31          HH11      ARG  31   0.447 -29.228  32.792
    7   HH12  ARG  31          HH12      ARG  31   0.568 -30.547  33.908
    8   HH21  ARG  31          HH21      ARG  31   3.757 -31.528  32.855
    9   HH22  ARG  31          HH22      ARG  31   2.444 -31.844  33.939
   10    H    ARG  31           HN       ARG  31   3.825 -24.296  31.818
   11    HB3  ARG  31           HB1      ARG  31   4.346 -27.789  32.626
   12    HG3  ARG  31           HG1      ARG  31   2.046 -26.199  31.443
   13    HD3  ARG  31           HD1      ARG  31   2.598 -28.182  30.137

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   SER  32           HA       SER  32   7.806 -24.822  35.185
    2    HB2  SER  32           HB2      SER  32   7.934 -24.977  37.707
    3    HG   SER  32           HG       SER  32   6.030 -25.417  38.827
    4    H    SER  32           HN       SER  32   5.061 -25.451  35.638
    5    HB3  SER  32           HB1      SER  32   6.636 -23.935  37.127

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   GLU  33           HA       GLU  33   8.048 -29.651  36.225
    2    HB2  GLU  33           HB2      GLU  33   5.683 -30.242  35.722
    3    HG2  GLU  33           HG2      GLU  33   7.635 -31.830  34.029
    4    H    GLU  33           HN       GLU  33   6.115 -27.808  35.412
    5    HB3  GLU  33           HB1      GLU  33   5.967 -29.951  34.010
    6    HG3  GLU  33           HG1      GLU  33   7.212 -32.140  35.708

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLU  34           HA       GLU  34   9.877 -29.428  31.917
    2    HB2  GLU  34           HB2      GLU  34   7.617 -27.995  30.471
    3    HG2  GLU  34           HG2      GLU  34   7.664 -30.926  31.241
    4    H    GLU  34           HN       GLU  34   7.604 -28.007  33.181
    5    HB3  GLU  34           HB1      GLU  34   8.728 -29.206  29.831
    6    HG3  GLU  34           HG1      GLU  34   6.569 -29.716  31.899

  No H/Q in entry =           6
  In of MODEL   11
    1    HA3  GLY  35           HA2      GLY  35   9.517 -24.262  32.944
    2    H    GLY  35           HN       GLY  35   8.661 -26.393  32.984
    3    HA2  GLY  35           HA1      GLY  35  10.949 -24.879  32.125

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   VAL  36           HA       VAL  36   8.089 -23.354  28.789
    2    HB   VAL  36           HB       VAL  36   6.620 -24.742  27.335
    3    H    VAL  36           HN       VAL  36   7.565 -25.164  31.081

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   ILE  37           HA       ILE  37   4.165 -21.557  29.949
    2    HB   ILE  37           HB       ILE  37   5.181 -19.893  27.593
    3   HD13  ILE  37          HD11      ILE  37   6.868 -17.453  29.932
    4   HD12  ILE  37          HD12      ILE  37   5.225 -17.239  29.330
    5   HD11  ILE  37          HD13      ILE  37   6.512 -17.746  28.231
    6    H    ILE  37           HN       ILE  37   6.635 -21.804  28.450

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   VAL  38           HA       VAL  38   2.107 -23.667  26.598
    2    HB   VAL  38           HB       VAL  38   0.769 -24.576  29.179
    3    H    VAL  38           HN       VAL  38   2.360 -22.594  29.336

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   PHE  39           HA       PHE  39  -1.161 -20.646  26.259
    2    HB2  PHE  39           HB2      PHE  39   0.018 -21.110  23.479
    3    HD1  PHE  39           HD1      PHE  39  -0.260 -17.927  25.334
    4    HD2  PHE  39           HD2      PHE  39   2.399 -21.022  24.046
    5    HE1  PHE  39           HE1      PHE  39   1.662 -16.505  25.892
    6    HE2  PHE  39           HE2      PHE  39   4.321 -19.590  24.607
    7    HZ   PHE  39           HZ       PHE  39   3.947 -17.329  25.526
    8    H    PHE  39           HN       PHE  39   0.994 -22.372  25.378
    9    HB3  PHE  39           HB1      PHE  39  -1.065 -19.804  23.934

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   ILE  40           HA       ILE  40  -3.947 -24.008  24.990
    2    HB   ILE  40           HB       ILE  40  -5.511 -22.506  27.137
    3   HD13  ILE  40          HD11      ILE  40  -4.265 -24.790  29.880
    4   HD12  ILE  40          HD12      ILE  40  -5.782 -25.023  29.017
    5   HD11  ILE  40          HD13      ILE  40  -5.321 -23.413  29.573
    6    H    ILE  40           HN       ILE  40  -3.009 -21.869  26.693

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LEU  41           HA       LEU  41  -5.802 -21.060  22.165
    2    HB2  LEU  41           HB2      LEU  41  -5.607 -23.788  20.832
    3    HG   LEU  41           HG       LEU  41  -3.430 -22.590  21.010
    4   HD12  LEU  41          HD11      LEU  41  -2.813 -22.501  18.620
    5   HD11  LEU  41          HD12      LEU  41  -4.520 -22.617  18.178
    6   HD13  LEU  41          HD13      LEU  41  -3.731 -23.947  19.024
    7   HD21  LEU  41          HD21      LEU  41  -4.286 -20.323  21.210
    8   HD23  LEU  41          HD22      LEU  41  -4.829 -20.353  19.532
    9   HD22  LEU  41          HD23      LEU  41  -3.106 -20.432  19.908
   10    H    LEU  41           HN       LEU  41  -4.679 -23.551  23.006
   11    HB3  LEU  41           HB1      LEU  41  -6.312 -22.395  20.028

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ALA  42           HA       ALA  42 -10.160 -21.439  22.642
    2    HB2  ALA  42           HB1      ALA  42 -10.092 -19.661  20.925
    3    HB3  ALA  42           HB2      ALA  42 -11.507 -20.694  20.715
    4    HB1  ALA  42           HB3      ALA  42 -10.110 -20.882  19.649
    5    H    ALA  42           HN       ALA  42  -7.932 -20.904  21.013

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ASN  43           HA       ASN  43 -10.711 -25.380  19.978
    2    HB2  ASN  43           HB2      ASN  43  -8.991 -26.243  18.126
    3   HD21  ASN  43          HD21      ASN  43  -6.748 -25.581  18.546
    4   HD22  ASN  43          HD22      ASN  43  -6.152 -24.127  17.848
    5    H    ASN  43           HN       ASN  43  -8.803 -23.165  19.926
    6    HB3  ASN  43           HB1      ASN  43 -10.140 -24.968  17.757

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ASP  44           HA       ASP  44  -7.721 -25.760  23.885
    2    HB2  ASP  44           HB2      ASP  44  -9.135 -28.149  22.659
    3    H    ASP  44           HN       ASP  44  -8.689 -24.699  22.169
    4    HB3  ASP  44           HB1      ASP  44  -8.315 -28.215  24.219

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   ARG  45           HA       ARG  45  -4.429 -27.914  21.309
    2    HB2  ARG  45           HB2      ARG  45  -4.994 -27.075  19.080
    3    HG2  ARG  45           HG2      ARG  45  -2.133 -26.375  19.833
    4    HD2  ARG  45           HD2      ARG  45  -3.319 -26.792  17.079
    5    HE   ARG  45           HE       ARG  45  -0.565 -26.887  17.982
    6   HH11  ARG  45          HH11      ARG  45  -2.675 -26.326  15.223
    7   HH12  ARG  45          HH12      ARG  45  -1.414 -26.603  14.068
    8   HH21  ARG  45          HH21      ARG  45   1.078 -27.219  16.427
    9   HH22  ARG  45          HH22      ARG  45   0.697 -27.098  14.742
   10    H    ARG  45           HN       ARG  45  -6.352 -25.766  21.103
   11    HB3  ARG  45           HB1      ARG  45  -4.475 -25.454  19.518
   12    HG3  ARG  45           HG1      ARG  45  -2.718 -27.915  19.198
   13    HD3  ARG  45           HD1      ARG  45  -2.699 -25.262  17.722

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   GLU  46           HA       GLU  46  -1.992 -25.498  24.097
    2    HB2  GLU  46           HB2      GLU  46  -0.996 -28.373  24.213
    3    HG2  GLU  46           HG2      GLU  46  -2.844 -26.848  26.067
    4    H    GLU  46           HN       GLU  46  -2.706 -27.884  22.601
    5    HB3  GLU  46           HB1      GLU  46  -0.491 -27.100  25.320
    6    HG3  GLU  46           HG1      GLU  46  -3.312 -28.172  25.005

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   LEU  47           HA       LEU  47   1.470 -24.838  21.262
    2    HB2  LEU  47           HB2      LEU  47   0.209 -22.203  22.067
    3    HG   LEU  47           HG       LEU  47  -0.642 -23.262  19.947
    4   HD11  LEU  47          HD11      LEU  47  -0.744 -20.821  20.188
    5   HD13  LEU  47          HD12      LEU  47  -0.437 -21.269  18.513
    6   HD12  LEU  47          HD13      LEU  47   0.883 -20.663  19.519
    7   HD22  LEU  47          HD21      LEU  47   1.397 -24.427  19.273
    8   HD21  LEU  47          HD22      LEU  47   2.215 -22.887  18.986
    9   HD23  LEU  47          HD23      LEU  47   0.842 -23.364  17.978
   10    H    LEU  47           HN       LEU  47  -0.864 -24.084  22.784
   11    HB3  LEU  47           HB1      LEU  47   1.832 -22.208  21.402

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   LYS  48           HA       LYS  48   4.025 -24.609  24.849
    2    HB2  LYS  48           HB2      LYS  48   3.635 -26.910  23.813
    3    HG2  LYS  48           HG2      LYS  48   6.355 -26.430  25.058
    4    HD2  LYS  48           HD2      LYS  48   4.933 -29.003  24.330
    5    HE2  LYS  48           HE2      LYS  48   6.572 -30.206  25.760
    6    HZ1  LYS  48           HZ1      LYS  48   4.277 -29.723  26.491
    7    HZ3  LYS  48           HZ2      LYS  48   4.852 -28.369  27.328
    8    HZ2  LYS  48           HZ3      LYS  48   5.369 -29.919  27.759
    9    H    LYS  48           HN       LYS  48   3.602 -24.614  21.919
   10    HB3  LYS  48           HB1      LYS  48   5.093 -26.662  22.860
   11    HG3  LYS  48           HG1      LYS  48   4.861 -26.915  25.871
   12    HD3  LYS  48           HD1      LYS  48   6.604 -28.542  24.000
   13    HE3  LYS  48           HE1      LYS  48   7.045 -28.657  26.474

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   PHE  49           HA       PHE  49   7.892 -22.762  23.574
    2    HB2  PHE  49           HB2      PHE  49   5.878 -20.499  23.997
    3    HD1  PHE  49           HD1      PHE  49   8.375 -20.625  21.317
    4    HD2  PHE  49           HD2      PHE  49   4.308 -21.473  22.350
    5    HE1  PHE  49           HE1      PHE  49   7.807 -20.838  18.936
    6    HE2  PHE  49           HE2      PHE  49   3.754 -21.691  19.963
    7    HZ   PHE  49           HZ       PHE  49   5.503 -21.376  18.255
    8    H    PHE  49           HN       PHE  49   5.378 -22.937  25.121
    9    HB3  PHE  49           HB1      PHE  49   7.558 -20.199  23.571

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   ARG  50           HA       ARG  50   9.296 -22.070  27.736
    2    HB2  ARG  50           HB2      ARG  50  11.730 -21.787  25.938
    3    HG2  ARG  50           HG2      ARG  50  10.891 -23.981  27.855
    4    HD2  ARG  50           HD2      ARG  50  13.431 -23.938  26.201
    5    HE   ARG  50           HE       ARG  50  12.297 -26.091  27.310
    6   HH11  ARG  50          HH11      ARG  50  15.135 -24.287  28.363
    7   HH12  ARG  50          HH12      ARG  50  15.853 -25.659  29.143
    8   HH21  ARG  50          HH21      ARG  50  13.269 -27.874  28.359
    9   HH22  ARG  50          HH22      ARG  50  14.804 -27.674  29.143
   10    H    ARG  50           HN       ARG  50   9.622 -22.273  24.891
   11    HB3  ARG  50           HB1      ARG  50  11.820 -21.646  27.691
   12    HG3  ARG  50           HG1      ARG  50  11.030 -24.113  26.100
   13    HD3  ARG  50           HD1      ARG  50  13.387 -23.446  27.900

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   PRO  51           HA       PRO  51   9.085 -17.581  28.411
    2    HB2  PRO  51           HB2      PRO  51  11.191 -18.073  30.512
    3    HG2  PRO  51           HG2      PRO  51   9.898 -19.665  31.653
    4    HD2  PRO  51           HD2      PRO  51  10.641 -20.918  29.825
    5    HB3  PRO  51           HB1      PRO  51   9.652 -17.205  30.641
    6    HG3  PRO  51           HG1      PRO  51   8.403 -19.177  30.826
    7    HD3  PRO  51           HD1      PRO  51   8.888 -21.065  29.570

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   ASP  52           HA       ASP  52  13.725 -16.616  27.780
    2    HB2  ASP  52           HB2      ASP  52  15.747 -17.991  27.886
    3    H    ASP  52           HN       ASP  52  12.356 -19.007  28.589
    4    HB3  ASP  52           HB1      ASP  52  14.741 -18.289  29.296

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   ASP  53           HA       ASP  53  13.443 -18.514  23.506
    2    HB2  ASP  53           HB2      ASP  53  10.975 -20.080  24.310
    3    H    ASP  53           HN       ASP  53  12.000 -18.913  26.007
    4    HB3  ASP  53           HB1      ASP  53  11.232 -19.698  22.615

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   LEU  54           HA       LEU  54   9.701 -15.755  22.804
    2    HB2  LEU  54           HB2      LEU  54   8.618 -15.884  25.641
    3    HG   LEU  54           HG       LEU  54   8.486 -18.066  24.430
    4   HD13  LEU  54          HD11      LEU  54   6.106 -18.445  24.812
    5   HD12  LEU  54          HD12      LEU  54   5.813 -16.704  24.859
    6   HD11  LEU  54          HD13      LEU  54   6.811 -17.469  26.101
    7   HD21  LEU  54          HD21      LEU  54   8.417 -17.242  22.125
    8   HD23  LEU  54          HD22      LEU  54   6.821 -16.534  22.398
    9   HD22  LEU  54          HD23      LEU  54   7.032 -18.286  22.450
   10    H    LEU  54           HN       LEU  54  10.811 -16.985  25.254
   11    HB3  LEU  54           HB1      LEU  54   7.796 -15.111  24.288

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   GLN  55           HA       GLN  55  11.211 -11.745  23.545
    2    HB2  GLN  55           HB2      GLN  55  10.041 -11.401  21.425
    3    HG2  GLN  55           HG2      GLN  55   9.262  -9.110  23.254
    4   HE21  GLN  55          HE21      GLN  55  10.804  -7.379  21.475
    5   HE22  GLN  55          HE22      GLN  55   9.802  -7.099  20.095
    6    H    GLN  55           HN       GLN  55   9.211 -13.543  22.673
    7    HB3  GLN  55           HB1      GLN  55   8.504 -11.205  22.261
    8    HG3  GLN  55           HG1      GLN  55  10.872  -9.329  22.571

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   ALA  56           HA       ALA  56   7.495 -10.056  26.290
    2    HB2  ALA  56           HB1      ALA  56   5.617 -11.518  25.597
    3    HB3  ALA  56           HB2      ALA  56   5.668 -11.365  27.357
    4    HB1  ALA  56           HB3      ALA  56   6.259 -12.834  26.574
    5    H    ALA  56           HN       ALA  56   7.822 -12.192  24.534

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   THR  57           HA       THR  57   9.270 -12.652  29.702
    2    HB   THR  57           HB       THR  57   9.102 -15.212  29.827
    3    HG1  THR  57           HG1      THR  57   9.421 -15.321  27.395
    4   HG21  THR  57          HG21      THR  57   7.237 -13.693  30.403
    5   HG23  THR  57          HG22      THR  57   6.663 -15.191  29.675
    6   HG22  THR  57          HG23      THR  57   6.713 -13.709  28.720
    7    H    THR  57           HN       THR  57   9.017 -13.161  26.795

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   TYR  58           HA       TYR  58  13.350 -14.149  27.885
    2    HB2  TYR  58           HB2      TYR  58  12.960 -12.799  25.718
    3    HD1  TYR  58           HD1      TYR  58  14.473 -15.098  26.271
    4    HD2  TYR  58           HD2      TYR  58  15.946 -11.113  25.855
    5    HE1  TYR  58           HE1      TYR  58  16.664 -15.982  25.633
    6    HE2  TYR  58           HE2      TYR  58  18.144 -12.005  25.214
    7    HH   TYR  58           HH       TYR  58  18.656 -15.221  24.353
    8    H    TYR  58           HN       TYR  58  11.254 -12.225  27.395
    9    HB3  TYR  58           HB1      TYR  58  13.693 -11.432  26.558

  No H/Q in entry =           9
  In of MODEL   11
    1    HA3  GLY  59           HA2      GLY  59  15.238 -13.287  31.754
    2    H    GLY  59           HN       GLY  59  13.563 -14.065  30.138
    3    HA2  GLY  59           HA1      GLY  59  14.832 -11.639  31.300

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   ALA  60           HA       ALA  60  11.080 -11.733  33.727
    2    HB3  ALA  60           HB1      ALA  60   8.806 -12.448  33.115
    3    HB1  ALA  60           HB2      ALA  60   9.457 -13.445  31.808
    4    HB2  ALA  60           HB3      ALA  60   9.623 -11.689  31.747
    5    H    ALA  60           HN       ALA  60  11.888 -12.869  31.243

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   THR  61           HA       THR  61  11.368 -15.321  36.255
    2    HB   THR  61           HB       THR  61  10.617 -14.649  38.596
    3    HG1  THR  61           HG1      THR  61  10.163 -12.267  38.686
    4   HG22  THR  61          HG21      THR  61  12.352 -12.926  38.946
    5   HG21  THR  61          HG22      THR  61  12.453 -12.649  37.204
    6   HG23  THR  61          HG23      THR  61  12.945 -14.203  37.885
    7    H    THR  61           HN       THR  61  10.390 -12.663  35.596

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   PRO  62           HA       PRO  62   7.540 -17.589  35.830
    2    HB2  PRO  62           HB2      PRO  62   7.579 -19.277  38.038
    3    HG2  PRO  62           HG2      PRO  62   9.344 -18.236  39.182
    4    HD2  PRO  62           HD2      PRO  62  10.887 -16.839  38.092
    5    HB3  PRO  62           HB1      PRO  62   8.543 -19.526  36.579
    6    HG3  PRO  62           HG1      PRO  62  10.232 -19.434  38.213
    7    HD3  PRO  62           HD1      PRO  62  10.898 -17.832  36.616

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   GLU  63           HA       GLU  63   5.403 -16.003  39.893
    2    HB2  GLU  63           HB2      GLU  63   6.079 -14.065  41.296
    3    HG2  GLU  63           HG2      GLU  63   8.658 -14.077  39.704
    4    H    GLU  63           HN       GLU  63   8.044 -15.848  38.831
    5    HB3  GLU  63           HB1      GLU  63   7.282 -15.349  41.306
    6    HG3  GLU  63           HG1      GLU  63   7.453 -12.791  39.693

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLN  64           HA       GLN  64   4.773 -12.025  37.246
    2    HB2  GLN  64           HB2      GLN  64   7.160 -12.611  35.439
    3    HG2  GLN  64           HG2      GLN  64   6.810 -10.434  37.517
    4   HE21  GLN  64          HE21      GLN  64   8.448  -8.900  37.630
    5   HE22  GLN  64          HE22      GLN  64   9.573  -8.629  36.352
    6    H    GLN  64           HN       GLN  64   6.958 -13.884  37.552
    7    HB3  GLN  64           HB1      GLN  64   6.083 -11.225  35.291
    8    HG3  GLN  64           HG1      GLN  64   7.917 -11.801  37.626

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   LEU  65           HA       LEU  65   3.699 -15.117  33.727
    2    HB2  LEU  65           HB2      LEU  65   5.387 -17.438  34.783
    3    HG   LEU  65           HG       LEU  65   7.049 -15.733  34.385
    4   HD11  LEU  65          HD11      LEU  65   7.610 -17.941  33.530
    5   HD13  LEU  65          HD12      LEU  65   8.355 -16.672  32.561
    6   HD12  LEU  65          HD13      LEU  65   6.933 -17.527  31.951
    7   HD23  LEU  65          HD21      LEU  65   7.201 -14.456  32.286
    8   HD22  LEU  65          HD22      LEU  65   5.729 -14.107  33.184
    9   HD21  LEU  65          HD23      LEU  65   5.661 -15.147  31.757
   10    H    LEU  65           HN       LEU  65   5.514 -15.162  36.084
   11    HB3  LEU  65           HB1      LEU  65   4.705 -17.238  33.173

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ARG  66           HA       ARG  66   0.915 -17.084  36.704
    2    HB2  ARG  66           HB2      ARG  66   1.720 -15.103  38.885
    3    HG2  ARG  66           HG2      ARG  66   2.269 -18.084  38.708
    4    HD2  ARG  66           HD2      ARG  66   3.292 -17.886  40.910
    5    HE   ARG  66           HE       ARG  66   0.901 -18.349  40.986
    6   HH11  ARG  66          HH11      ARG  66   1.845 -15.111  42.038
    7   HH12  ARG  66          HH12      ARG  66   0.380 -14.858  42.928
    8   HH21  ARG  66          HH21      ARG  66  -1.002 -17.972  42.135
    9   HH22  ARG  66          HH22      ARG  66  -1.229 -16.481  42.984
   10    H    ARG  66           HN       ARG  66   2.999 -15.000  36.711
   11    HB3  ARG  66           HB1      ARG  66   0.488 -16.357  39.030
   12    HG3  ARG  66           HG1      ARG  66   3.473 -16.795  38.681
   13    HD3  ARG  66           HD1      ARG  66   2.907 -16.161  40.976

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   GLU  67           HA       GLU  67  -1.346 -12.936  36.641
    2    HB2  GLU  67           HB2      GLU  67   0.882 -10.881  36.482
    3    HG2  GLU  67           HG2      GLU  67   1.451 -12.030  38.505
    4    H    GLU  67           HN       GLU  67   1.477 -13.548  36.934
    5    HB3  GLU  67           HB1      GLU  67  -0.782 -10.650  37.004
    6    HG3  GLU  67           HG1      GLU  67   0.686 -10.500  38.905

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ILE  68           HA       ILE  68  -0.707 -12.641  32.268
    2    HB   ILE  68           HB       ILE  68  -1.463 -15.538  32.882
    3   HD11  ILE  68          HD11      ILE  68   0.888 -16.776  31.325
    4   HD13  ILE  68          HD12      ILE  68   0.581 -17.137  33.029
    5   HD12  ILE  68          HD13      ILE  68   2.156 -16.530  32.524
    6    H    ILE  68           HN       ILE  68  -1.895 -13.749  34.733

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLU  69           HA       GLU  69  -5.044 -12.520  31.154
    2    HB2  GLU  69           HB2      GLU  69  -4.546 -10.113  31.899
    3    HG2  GLU  69           HG2      GLU  69  -6.255 -10.432  29.421
    4    H    GLU  69           HN       GLU  69  -2.231 -11.565  31.193
    5    HB3  GLU  69           HB1      GLU  69  -3.960  -9.794  30.272
    6    HG3  GLU  69           HG1      GLU  69  -6.788 -10.532  31.098

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ILE  70           HA       ILE  70  -4.305 -13.175  26.744
    2    HB   ILE  70           HB       ILE  70  -7.286 -12.495  26.753
    3   HD12  ILE  70          HD11      ILE  70  -4.675 -15.161  27.373
    4   HD11  ILE  70          HD12      ILE  70  -5.411 -15.696  25.859
    5   HD13  ILE  70          HD13      ILE  70  -5.848 -16.477  27.378
    6    H    ILE  70           HN       ILE  70  -6.058 -12.278  28.886

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   SER  71           HA       SER  71  -3.153  -9.403  24.796
    2    HB2  SER  71           HB2      SER  71  -4.372 -10.847  22.403
    3    HG   SER  71           HG       SER  71  -1.686 -10.289  23.153
    4    H    SER  71           HN       SER  71  -4.085 -11.975  24.641
    5    HB3  SER  71           HB1      SER  71  -3.595  -9.273  22.255

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   PRO  72           HA       PRO  72  -6.810  -6.679  24.846
    2    HB2  PRO  72           HB2      PRO  72  -5.768  -4.455  23.604
    3    HG2  PRO  72           HG2      PRO  72  -3.776  -5.455  22.798
    4    HD2  PRO  72           HD2      PRO  72  -2.876  -7.379  23.808
    5    HB3  PRO  72           HB1      PRO  72  -5.403  -4.887  25.281
    6    HG3  PRO  72           HG1      PRO  72  -3.237  -4.776  24.353
    7    HD3  PRO  72           HD1      PRO  72  -3.323  -6.854  25.445

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   SER  73           HA       SER  73  -7.151  -6.944  20.048
    2    HB2  SER  73           HB2      SER  73  -4.764  -8.838  19.792
    3    HG   SER  73           HG       SER  73  -5.029  -6.062  19.579
    4    H    SER  73           HN       SER  73  -5.076  -7.584  21.955
    5    HB3  SER  73           HB1      SER  73  -5.737  -8.197  18.461

  No H/Q in entry =           5
  In of MODEL   11
    1    HA3  GLY  74           HA2      GLY  74  -7.805 -11.353  22.821
    2    H    GLY  74           HN       GLY  74  -6.432  -9.578  22.202
    3    HA2  GLY  74           HA1      GLY  74  -8.810 -11.085  21.412

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   LEU  75           HA       LEU  75  -5.927 -13.648  19.016
    2    HB2  LEU  75           HB2      LEU  75  -3.914 -11.390  18.927
    3    HG   LEU  75           HG       LEU  75  -5.920 -11.309  17.379
    4   HD12  LEU  75          HD11      LEU  75  -4.649 -10.748  15.357
    5   HD11  LEU  75          HD12      LEU  75  -3.219 -11.542  16.021
    6   HD13  LEU  75          HD13      LEU  75  -3.879 -10.105  16.807
    7   HD22  LEU  75          HD21      LEU  75  -6.203 -13.704  16.981
    8   HD21  LEU  75          HD22      LEU  75  -4.645 -13.779  16.153
    9   HD23  LEU  75          HD23      LEU  75  -5.977 -12.856  15.451
   10    H    LEU  75           HN       LEU  75  -5.793 -11.054  20.189
   11    HB3  LEU  75           HB1      LEU  75  -3.498 -12.947  18.228

  No H/Q in entry =          11
  In of MODEL   11
    1    HA3  GLY  76           HA2      GLY  76  -2.436 -15.085  21.639
    2    H    GLY  76           HN       GLY  76  -3.122 -12.318  20.842
    3    HA2  GLY  76           HA1      GLY  76  -1.332 -13.719  21.542

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   VAL  77           HA       VAL  77  -2.520 -13.105  25.747
    2    HB   VAL  77           HB       VAL  77  -0.633 -15.009  25.433
    3    H    VAL  77           HN       VAL  77  -0.764 -12.858  23.407

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   TYR  78           HA       TYR  78   0.139  -9.649  26.979
    2    HB2  TYR  78           HB2      TYR  78  -2.077  -8.641  26.274
    3    HD1  TYR  78           HD1      TYR  78  -2.272  -7.376  29.670
    4    HD2  TYR  78           HD2      TYR  78  -0.144  -7.004  25.978
    5    HE1  TYR  78           HE1      TYR  78  -1.415  -5.182  30.385
    6    HE2  TYR  78           HE2      TYR  78   0.712  -4.815  26.688
    7    HH   TYR  78           HH       TYR  78   0.395  -3.655  29.923
    8    H    TYR  78           HN       TYR  78  -2.010 -11.605  27.419
    9    HB3  TYR  78           HB1      TYR  78  -2.697  -8.944  27.891

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   PHE  79           HA       PHE  79   0.583 -11.429  31.095
    2    HB2  PHE  79           HB2      PHE  79   3.358 -10.704  30.058
    3    HD1  PHE  79           HD1      PHE  79   0.757 -13.230  30.101
    4    HD2  PHE  79           HD2      PHE  79   4.804 -12.596  29.471
    5    HE1  PHE  79           HE1      PHE  79   0.951 -15.419  29.062
    6    HE2  PHE  79           HE2      PHE  79   4.950 -14.782  28.399
    7    HZ   PHE  79           HZ       PHE  79   3.047 -16.216  28.201
    8    H    PHE  79           HN       PHE  79   1.436 -10.525  28.528
    9    HB3  PHE  79           HB1      PHE  79   3.036 -11.523  31.582

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   GLU  80           HA       GLU  80  -0.118  -7.420  32.452
    2    HB2  GLU  80           HB2      GLU  80  -1.798  -8.773  33.619
    3    HG2  GLU  80           HG2      GLU  80  -0.641  -6.789  35.604
    4    H    GLU  80           HN       GLU  80   0.272 -10.229  32.898
    5    HB3  GLU  80           HB1      GLU  80  -0.656  -9.131  34.909
    6    HG3  GLU  80           HG1      GLU  80  -1.666  -6.348  34.240

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   THR  81           HA       THR  81   2.821  -7.133  36.351
    2    HB   THR  81           HB       THR  81   4.403  -9.670  35.767
    3    HG1  THR  81           HG1      THR  81   2.795  -9.688  37.979
    4   HG21  THR  81          HG21      THR  81   4.281  -7.935  38.262
    5   HG23  THR  81          HG22      THR  81   5.640  -8.023  37.138
    6   HG22  THR  81          HG23      THR  81   5.193  -9.440  38.094
    7    H    THR  81           HN       THR  81   1.932  -9.281  34.765

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   LEU  82           HA       LEU  82   6.351  -6.587  33.303
    2    HB2  LEU  82           HB2      LEU  82   6.987  -8.105  31.278
    3    HG   LEU  82           HG       LEU  82   4.747  -9.441  31.229
    4   HD13  LEU  82          HD11      LEU  82   5.847 -11.512  30.533
    5   HD12  LEU  82          HD12      LEU  82   7.347 -11.007  31.321
    6   HD11  LEU  82          HD13      LEU  82   6.735 -10.110  29.932
    7   HD23  LEU  82          HD21      LEU  82   6.073 -10.937  33.511
    8   HD22  LEU  82          HD22      LEU  82   4.592 -11.400  32.670
    9   HD21  LEU  82          HD23      LEU  82   4.623  -9.945  33.660
   10    H    LEU  82           HN       LEU  82   3.992  -8.346  33.330
   11    HB3  LEU  82           HB1      LEU  82   7.197  -8.723  32.898

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   GLU  83           HA       GLU  83   1.931  -5.912  30.555
    2    HB2  GLU  83           HB2      GLU  83   4.098  -3.780  30.648
    3    HG2  GLU  83           HG2      GLU  83   1.418  -3.939  32.055
    4    H    GLU  83           HN       GLU  83   3.222  -6.916  32.095
    5    HB3  GLU  83           HB1      GLU  83   2.527  -3.582  29.873
    6    HG3  GLU  83           HG1      GLU  83   3.002  -4.074  32.824

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   GLU  84           HA       GLU  84   4.648  -6.908  26.971
    2    HB2  GLU  84           HB2      GLU  84   5.582  -9.270  28.631
    3    HG2  GLU  84           HG2      GLU  84   6.595  -7.156  29.364
    4    H    GLU  84           HN       GLU  84   3.819  -7.844  29.645
    5    HB3  GLU  84           HB1      GLU  84   6.106  -8.961  26.981
    6    HG3  GLU  84           HG1      GLU  84   7.761  -8.248  28.629

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   ASP  85           HA       ASP  85   1.668  -9.735  25.379
    2    HB2  ASP  85           HB2      ASP  85   1.428  -7.385  24.397
    3    H    ASP  85           HN       ASP  85   4.032  -7.962  25.173
    4    HB3  ASP  85           HB1      ASP  85   2.491  -7.873  23.090

  No H/Q in entry =           4
  In of MODEL   11
    1    HA   VAL  86           HA       VAL  86   3.996 -12.356  22.554
    2    HB   VAL  86           HB       VAL  86   2.376 -14.467  24.096
    3    H    VAL  86           HN       VAL  86   1.869 -11.790  24.556

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   SER  87           HA       SER  87   0.308 -12.002  20.032
    2    HB2  SER  87           HB2      SER  87   1.883 -10.412  18.920
    3    HG   SER  87           HG       SER  87   0.210 -10.512  17.641
    4    H    SER  87           HN       SER  87   3.046 -11.765  20.662
    5    HB3  SER  87           HB1      SER  87   2.633 -11.775  18.082

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   LEU  88           HA       LEU  88   0.058 -16.305  19.463
    2    HB2  LEU  88           HB2      LEU  88  -2.333 -15.411  19.753
    3    HG   LEU  88           HG       LEU  88  -2.019 -17.883  18.021
    4   HD13  LEU  88          HD11      LEU  88  -2.127 -19.107  20.130
    5   HD12  LEU  88          HD12      LEU  88  -2.248 -17.598  21.032
    6   HD11  LEU  88          HD13      LEU  88  -0.772 -17.981  20.140
    7   HD22  LEU  88          HD21      LEU  88  -4.260 -18.509  18.778
    8   HD21  LEU  88          HD22      LEU  88  -4.316 -16.976  17.917
    9   HD23  LEU  88          HD23      LEU  88  -4.406 -16.999  19.680
   10    H    LEU  88           HN       LEU  88  -0.855 -13.665  19.373
   11    HB3  LEU  88           HB1      LEU  88  -2.448 -15.403  18.009

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ILE  89           HA       ILE  89  -0.466 -16.093  14.662
    2    HB   ILE  89           HB       ILE  89   0.117 -13.105  14.443
    3   HD12  ILE  89          HD11      ILE  89  -2.609 -15.695  14.900
    4   HD11  ILE  89          HD12      ILE  89  -2.862 -15.159  13.235
    5   HD13  ILE  89          HD13      ILE  89  -3.906 -14.563  14.524
    6    H    ILE  89           HN       ILE  89  -0.549 -14.164  16.729

  No H/Q in entry =           6
  In of MODEL   11
    1    HA3  GLY  90           HA2      GLY  90   4.215 -14.630  14.556
    2    H    GLY  90           HN       GLY  90   1.993 -14.034  16.145
    3    HA2  GLY  90           HA1      GLY  90   4.267 -14.236  16.275

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   LEU  91           HA       LEU  91   4.842 -18.415  17.582
    2    HB2  LEU  91           HB2      LEU  91   1.899 -18.534  18.367
    3    HG   LEU  91           HG       LEU  91   2.915 -16.675  19.588
    4   HD13  LEU  91          HD11      LEU  91   2.512 -17.445  21.886
    5   HD12  LEU  91          HD12      LEU  91   2.553 -19.125  21.342
    6   HD11  LEU  91          HD13      LEU  91   1.284 -18.037  20.768
    7   HD22  LEU  91          HD21      LEU  91   5.270 -17.249  19.388
    8   HD21  LEU  91          HD22      LEU  91   5.061 -18.646  20.446
    9   HD23  LEU  91          HD23      LEU  91   4.853 -17.014  21.085
   10    H    LEU  91           HN       LEU  91   2.865 -16.386  17.361
   11    HB3  LEU  91           HB1      LEU  91   3.145 -19.638  18.931

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   LEU  92           HA       LEU  92   1.812 -20.818  14.681
    2    HB2  LEU  92           HB2      LEU  92   0.363 -18.285  13.821
    3    HG   LEU  92           HG       LEU  92  -0.238 -19.045  16.161
    4   HD13  LEU  92          HD11      LEU  92  -2.660 -18.914  15.844
    5   HD12  LEU  92          HD12      LEU  92  -2.465 -19.216  14.114
    6   HD11  LEU  92          HD13      LEU  92  -1.811 -17.742  14.836
    7   HD21  LEU  92          HD21      LEU  92   0.073 -21.465  15.863
    8   HD23  LEU  92          HD22      LEU  92  -1.308 -21.524  14.764
    9   HD22  LEU  92          HD23      LEU  92  -1.545 -21.100  16.462
   10    H    LEU  92           HN       LEU  92   1.858 -18.153  15.744
   11    HB3  LEU  92           HB1      LEU  92  -0.027 -19.897  13.239

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   GLU  93           HA       GLU  93   4.193 -18.723  11.120
    2    HB2  GLU  93           HB2      GLU  93   4.877 -16.247  12.771
    3    HG2  GLU  93           HG2      GLU  93   3.202 -16.457  10.251
    4    H    GLU  93           HN       GLU  93   3.346 -17.828  13.774
    5    HB3  GLU  93           HB1      GLU  93   5.481 -16.544  11.143
    6    HG3  GLU  93           HG1      GLU  93   2.554 -16.239  11.876

  No H/Q in entry =           6
  In of MODEL   11
    1    HA3  GLY  94           HA2      GLY  94   7.026 -20.429  15.095
    2    H    GLY  94           HN       GLY  94   5.229 -19.119  14.339
    3    HA2  GLY  94           HA1      GLY  94   7.814 -20.254  13.538

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   ARG  95           HA       ARG  95   9.509 -16.323  15.061
    2    HB2  ARG  95           HB2      ARG  95   8.137 -15.117  13.356
    3    HG2  ARG  95           HG2      ARG  95   8.508 -13.379  15.821
    4    HD2  ARG  95           HD2      ARG  95   8.904 -11.562  14.175
    5    HE   ARG  95           HE       ARG  95   6.637 -11.642  14.955
    6   HH11  ARG  95          HH11      ARG  95   7.080 -13.105  11.777
    7   HH12  ARG  95          HH12      ARG  95   5.408 -12.968  11.353
    8   HH21  ARG  95          HH21      ARG  95   4.438 -11.474  14.353
    9   HH22  ARG  95          HH22      ARG  95   3.918 -12.065  12.809
   10    H    ARG  95           HN       ARG  95   6.930 -17.235  14.181
   11    HB3  ARG  95           HB1      ARG  95   6.921 -14.779  14.581
   12    HG3  ARG  95           HG1      ARG  95   9.785 -13.774  14.672
   13    HD3  ARG  95           HD1      ARG  95   8.475 -12.662  12.862

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   ARG  96           HA       ARG  96   8.271 -16.550  19.296
    2    HB2  ARG  96           HB2      ARG  96  11.260 -16.099  19.093
    3    HG2  ARG  96           HG2      ARG  96   9.802 -18.586  20.030
    4    HD2  ARG  96           HD2      ARG  96  12.564 -18.396  18.829
    5    HE   ARG  96           HE       ARG  96  11.837 -20.343  20.867
    6   HH11  ARG  96          HH11      ARG  96  12.219 -19.789  17.406
    7   HH12  ARG  96          HH12      ARG  96  12.445 -21.473  17.056
    8   HH21  ARG  96          HH21      ARG  96  12.205 -22.504  20.410
    9   HH22  ARG  96          HH22      ARG  96  12.447 -23.020  18.771
   10    H    ARG  96           HN       ARG  96  10.097 -15.972  17.111
   11    HB3  ARG  96           HB1      ARG  96  10.454 -16.368  20.638
   12    HG3  ARG  96           HG1      ARG  96  10.255 -18.339  18.339
   13    HD3  ARG  96           HD1      ARG  96  12.305 -18.113  20.546

  No H/Q in entry =          13
  In of MODEL   11
    1    HA3  GLY  97           HA2      GLY  97   7.266 -12.099  19.461
    2    H    GLY  97           HN       GLY  97   8.345 -13.848  17.754
    3    HA2  GLY  97           HA1      GLY  97   8.983 -11.888  19.814

  No H/Q in entry =           3
  In of MODEL   11
    1    HA   SER  98           HA       SER  98   8.952  -9.521  16.048
    2    HB2  SER  98           HB2      SER  98   9.241  -7.672  17.654
    3    HG   SER  98           HG       SER  98   9.782  -6.842  15.770
    4    H    SER  98           HN       SER  98   9.861 -10.246  18.746
    5    HB3  SER  98           HB1      SER  98  10.910  -8.157  17.950

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   ALA  99           HA       ALA  99  12.488 -11.467  14.173
    2    HB2  ALA  99           HB1      ALA  99  12.896 -10.603  11.891
    3    HB3  ALA  99           HB2      ALA  99  11.834  -9.231  12.220
    4    HB1  ALA  99           HB3      ALA  99  11.175 -10.867  12.178
    5    H    ALA  99           HN       ALA  99  10.391  -9.531  14.272

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   LYS 100           HA       LYS 100  15.077  -7.298  14.649
    2    HB2  LYS 100           HB2      LYS 100  13.264  -5.638  14.595
    3    HG2  LYS 100           HG2      LYS 100  14.871  -5.332  17.144
    4    HD2  LYS 100           HD2      LYS 100  13.551  -3.199  15.429
    5    HE2  LYS 100           HE2      LYS 100  14.237  -1.649  17.204
    6    HZ1  LYS 100           HZ1      LYS 100  15.760  -2.037  15.326
    7    HZ3  LYS 100           HZ2      LYS 100  16.586  -3.191  16.253
    8    HZ2  LYS 100           HZ3      LYS 100  16.563  -1.570  16.742
    9    H    LYS 100           HN       LYS 100  12.356  -7.993  14.618
   10    HB3  LYS 100           HB1      LYS 100  12.732  -6.135  16.199
   11    HG3  LYS 100           HG1      LYS 100  15.383  -4.828  15.530
   12    HD3  LYS 100           HD1      LYS 100  12.955  -3.737  17.004
   13    HE3  LYS 100           HE1      LYS 100  15.049  -2.966  18.053

  No H/Q in entry =          13
  In of MODEL   11
    1    HA   TRP 101           HA       TRP 101  14.703  -8.297  19.419
    2    HB2  TRP 101           HB2      TRP 101  12.320  -8.524  19.876
    3    HD1  TRP 101           HD1      TRP 101  13.704  -8.602  22.279
    4    HE1  TRP 101           HE1      TRP 101  14.097 -10.543  23.921
    5    HE3  TRP 101           HE3      TRP 101  12.443 -12.504  19.244
    6    HZ2  TRP 101           HZ2      TRP 101  13.912 -13.351  23.917
    7    HZ3  TRP 101           HZ3      TRP 101  12.583 -14.790  20.141
    8    HH2  TRP 101           HH2      TRP 101  13.304 -15.199  22.435
    9    H    TRP 101           HN       TRP 101  12.905  -8.299  17.292
   10    HB3  TRP 101           HB1      TRP 101  12.245 -10.049  18.990

  No H/Q in entry =          10
  In of MODEL   11
    1    HA   MET 102           HA       MET 102  15.416 -12.989  18.515
    2    HB2  MET 102           HB2      MET 102  14.436 -12.849  15.634
    3    HG2  MET 102           HG2      MET 102  13.392 -14.403  18.011
    4    HE2  MET 102           HE1      MET 102  13.257 -13.770  14.102
    5    HE1  MET 102           HE2      MET 102  11.676 -13.219  14.668
    6    HE3  MET 102           HE3      MET 102  11.802 -14.675  13.680
    7    H    MET 102           HN       MET 102  13.856 -11.013  17.230
    8    HB3  MET 102           HB1      MET 102  15.219 -14.266  16.325
    9    HG3  MET 102           HG1      MET 102  12.582 -13.062  17.200

  No H/Q in entry =           9
  In of MODEL   11
    1    HA   ALA 103           HA       ALA 103  18.750 -11.795  15.266
    2    HB3  ALA 103           HB1      ALA 103  17.497 -10.261  13.804
    3    HB2  ALA 103           HB2      ALA 103  19.133  -9.662  14.081
    4    HB1  ALA 103           HB3      ALA 103  17.766  -8.935  14.934
    5    H    ALA 103           HN       ALA 103  16.284 -10.570  16.102

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   GLU 104           HA       GLU 104  20.638  -8.752  18.318
    2    HB2  GLU 104           HB2      GLU 104  18.121  -7.403  19.399
    3    HG2  GLU 104           HG2      GLU 104  19.730  -6.790  16.897
    4    H    GLU 104           HN       GLU 104  17.815  -9.397  17.700
    5    HB3  GLU 104           HB1      GLU 104  19.781  -6.801  19.468
    6    HG3  GLU 104           HG1      GLU 104  18.005  -7.069  17.032

  No H/Q in entry =           6
  In of MODEL   11
    1    HA   HIS 105           HA       HIS 105  19.442 -11.076  22.115
    2    HB2  HIS 105           HB2      HIS 105  16.446 -11.328  21.560
    3    HD1  HIS 105           HD1      HIS 105  17.071  -9.727  24.689
    4    HD2  HIS 105           HD2      HIS 105  16.861  -8.463  20.740
    5    HE1  HIS 105           HE1      HIS 105  16.658  -7.250  24.780
    6    HE2  HIS 105           HE2      HIS 105  16.548  -6.503  22.391
    7    H    HIS 105           HN       HIS 105  18.110 -10.688  19.491
    8    HB3  HIS 105           HB1      HIS 105  17.237 -11.631  23.101

  No H/Q in entry =           8
  In of MODEL   11
    1    HA   PRO 106           HA       PRO 106  19.826 -14.831  19.430
    2    HB2  PRO 106           HB2      PRO 106  22.129 -15.784  20.633
    3    HG2  PRO 106           HG2      PRO 106  22.245 -14.181  22.355
    4    HD2  PRO 106           HD2      PRO 106  21.172 -12.086  22.165
    5    HB3  PRO 106           HB1      PRO 106  22.122 -14.557  19.362
    6    HG3  PRO 106           HG1      PRO 106  23.242 -13.418  21.094
    7    HD3  PRO 106           HD1      PRO 106  21.515 -11.967  20.427

  No H/Q in entry =           7
  In of MODEL   11
    1    HA   LEU 107           HA       LEU 107  18.824 -18.000  22.456
    2    HB2  LEU 107           HB2      LEU 107  16.795 -17.333  21.134
    3    HG   LEU 107           HG       LEU 107  17.069 -20.341  21.533
    4   HD12  LEU 107          HD11      LEU 107  15.650 -19.984  23.500
    5   HD11  LEU 107          HD12      LEU 107  15.654 -18.245  23.196
    6   HD13  LEU 107          HD13      LEU 107  17.158 -19.076  23.605
    7   HD21  LEU 107          HD21      LEU 107  15.395 -19.976  19.801
    8   HD23  LEU 107          HD22      LEU 107  14.554 -18.808  20.824
    9   HD22  LEU 107          HD23      LEU 107  14.628 -20.507  21.300
   10    H    LEU 107           HN       LEU 107  19.644 -17.047  19.780
   11    HB3  LEU 107           HB1      LEU 107  17.291 -18.419  19.849

  No H/Q in entry =          11
  In of MODEL   11
    1    HA   ALA 108           HA       ALA 108  21.124 -21.550  21.027
    2    HB2  ALA 108           HB1      ALA 108  21.115 -23.354  22.709
    3    HB3  ALA 108           HB2      ALA 108  19.822 -22.538  23.594
    4    HB1  ALA 108           HB3      ALA 108  21.414 -21.786  23.462
    5    H    ALA 108           HN       ALA 108  19.369 -20.156  22.841

  No H/Q in entry =           5
  In of MODEL   11
    1    HA   SER 109           HA       SER 109  18.110 -24.048  18.990
    2    HB2  SER 109           HB2      SER 109  16.401 -22.627  17.715
    3    HG   SER 109           HG       SER 109  18.174 -20.643  18.535
    4    H    SER 109           HN       SER 109  20.012 -21.889  19.153
    5    HB3  SER 109           HB1      SER 109  16.491 -22.307  19.446

  No H/Q in entry =           5
  In of MODEL   12
    1    H1   MET   1           HT2      MET   1  -9.628  -6.450  -1.003
    2    H2   MET   1           HT1      MET   1  -9.657  -8.099  -0.633
    3    H3   MET   1           HT3      MET   1 -11.089  -7.199  -0.596
    4    HB3  MET   1           HB1      MET   1 -11.573  -7.940   1.728
    5    HG3  MET   1           HG1      MET   1  -9.885  -9.628   0.811
    6    HA   MET   1           HA       MET   1 -10.279  -5.888   1.237
    7    HB2  MET   1           HB2      MET   1 -10.406  -7.602   2.996
    8    HG2  MET   1           HG2      MET   1 -10.666 -10.034   2.338
    9    HE2  MET   1           HE1      MET   1  -7.926 -11.428   1.186
   10    HE1  MET   1           HE2      MET   1  -8.719 -11.938   2.678
   11    HE3  MET   1           HE3      MET   1  -6.999 -11.547   2.681

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   GLU   2           HA       GLU   2  -5.832  -7.496   1.700
    2    HB2  GLU   2           HB2      GLU   2  -5.897  -9.456   0.122
    3    HG2  GLU   2           HG2      GLU   2  -3.523  -9.594  -0.400
    4    H    GLU   2           HN       GLU   2  -7.878  -7.805  -0.308
    5    HB3  GLU   2           HB1      GLU   2  -5.497  -8.367  -1.201
    6    HG3  GLU   2           HG1      GLU   2  -3.338  -7.857  -0.182

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   VAL   3           HA       VAL   3  -3.998  -3.861   0.167
    2    HB   VAL   3           HB       VAL   3  -6.278  -3.180  -0.500
    3    H    VAL   3           HN       VAL   3  -5.579  -5.363   2.065

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   SER   4           HA       SER   4  -2.406  -2.720   4.169
    2    HB2  SER   4           HB2      SER   4  -0.110  -1.729   3.806
    3    HG   SER   4           HG       SER   4  -0.374  -0.888   1.736
    4    H    SER   4           HN       SER   4  -2.334  -3.135   1.330
    5    HB3  SER   4           HB1      SER   4  -0.292  -3.351   3.136

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ALA   5           HA       ALA   5  -3.671   1.519   3.915
    2    HB1  ALA   5           HB1      ALA   5  -6.297   0.199   3.125
    3    HB2  ALA   5           HB2      ALA   5  -5.090   0.852   2.018
    4    HB3  ALA   5           HB3      ALA   5  -5.964   1.935   3.103
    5    H    ALA   5           HN       ALA   5  -4.236  -1.338   4.348

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ASN   6           HA       ASN   6  -4.879   0.894   8.213
    2    HB2  ASN   6           HB2      ASN   6  -2.895   3.201   8.047
    3   HD21  ASN   6          HD21      ASN   6  -1.398   2.131  10.224
    4   HD22  ASN   6          HD22      ASN   6  -0.538   0.754   9.636
    5    H    ASN   6           HN       ASN   6  -3.289   1.809   6.040
    6    HB3  ASN   6           HB1      ASN   6  -3.559   2.558   9.545

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLU   7           HA       GLU   7  -6.897   5.288   7.591
    2    HB2  GLU   7           HB2      GLU   7  -7.253   6.500   5.480
    3    HG2  GLU   7           HG2      GLU   7  -5.496   4.472   4.062
    4    H    GLU   7           HN       GLU   7  -5.021   3.720   6.139
    5    HB3  GLU   7           HB1      GLU   7  -5.538   6.213   5.737
    6    HG3  GLU   7           HG1      GLU   7  -7.252   4.479   3.924

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LEU   8           HA       LEU   8 -10.154   2.687   5.302
    2    HB2  LEU   8           HB2      LEU   8  -8.563   1.984   3.395
    3    HG   LEU   8           HG       LEU   8  -9.940   0.537   2.231
    4   HD11  LEU   8          HD11      LEU   8  -9.692  -1.423   3.647
    5   HD13  LEU   8          HD12      LEU   8 -11.353  -1.216   3.104
    6   HD12  LEU   8          HD13      LEU   8 -10.908  -0.798   4.761
    7   HD21  LEU   8          HD21      LEU   8 -11.227   2.503   2.880
    8   HD23  LEU   8          HD22      LEU   8 -11.833   1.660   4.309
    9   HD22  LEU   8          HD23      LEU   8 -12.268   1.092   2.695
   10    H    LEU   8           HN       LEU   8  -7.232   2.513   5.486
   11    HB3  LEU   8           HB1      LEU   8  -8.303   0.488   4.258

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   GLU   9           HA       GLU   9  -7.849   0.569   9.423
    2    HB2  GLU   9           HB2      GLU   9  -9.698   0.210  10.820
    3    HG2  GLU   9           HG2      GLU   9 -11.644   0.139   8.508
    4    H    GLU   9           HN       GLU   9  -8.054   1.833   7.619
    5    HB3  GLU   9           HB1      GLU   9 -10.198   1.566   9.821
    6    HG3  GLU   9           HG1      GLU   9 -11.040  -1.303   9.318

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ALA  10           HA       ALA  10  -8.765  -3.321   6.727
    2    HB3  ALA  10           HB1      ALA  10  -7.096  -3.789   4.973
    3    HB2  ALA  10           HB2      ALA  10  -6.222  -2.316   5.413
    4    HB1  ALA  10           HB3      ALA  10  -7.853  -2.210   4.746
    5    H    ALA  10           HN       ALA  10  -7.659  -0.739   6.784

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ALA  11           HA       ALA  11  -4.695  -4.615   9.034
    2    HB2  ALA  11           HB1      ALA  11  -3.407  -2.519   9.037
    3    HB3  ALA  11           HB2      ALA  11  -3.348  -3.304  10.619
    4    HB1  ALA  11           HB3      ALA  11  -4.391  -1.903  10.365
    5    H    ALA  11           HN       ALA  11  -5.900  -2.102   8.349

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   SER  12           HA       SER  12  -7.114  -3.824  13.259
    2    HB2  SER  12           HB2      SER  12  -9.135  -1.969  11.915
    3    HG   SER  12           HG       SER  12  -6.881  -1.554  13.507
    4    H    SER  12           HN       SER  12  -6.801  -2.338  10.887
    5    HB3  SER  12           HB1      SER  12  -9.207  -2.502  13.597

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   SER  13           HA       SER  13 -11.049  -5.680  10.878
    2    HB2  SER  13           HB2      SER  13  -9.740  -5.083   8.170
    3    HG   SER  13           HG       SER  13 -11.623  -3.710   9.724
    4    H    SER  13           HN       SER  13  -9.103  -3.775  10.336
    5    HB3  SER  13           HB1      SER  13 -11.318  -5.838   8.411

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ARG  14           HA       ARG  14  -7.827  -8.763   8.930
    2    HB2  ARG  14           HB2      ARG  14  -6.155  -7.086   8.022
    3    HG2  ARG  14           HG2      ARG  14  -4.159  -8.539   8.022
    4    HD2  ARG  14           HD2      ARG  14  -5.170 -10.576   7.077
    5    HE   ARG  14           HE       ARG  14  -6.996  -8.463   6.193
    6   HH11  ARG  14          HH11      ARG  14  -3.912 -10.094   5.712
    7   HH12  ARG  14          HH12      ARG  14  -3.685  -9.447   4.117
    8   HH21  ARG  14          HH21      ARG  14  -6.650  -7.595   4.095
    9   HH22  ARG  14          HH22      ARG  14  -5.219  -8.030   3.222
   10    H    ARG  14           HN       ARG  14  -7.780  -6.008   9.528
   11    HB3  ARG  14           HB1      ARG  14  -5.347  -7.105   9.582
   12    HG3  ARG  14           HG1      ARG  14  -4.878  -9.534   9.295
   13    HD3  ARG  14           HD1      ARG  14  -6.727 -10.150   7.779

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   MET  15           HA       MET  15  -5.703  -9.095  13.331
    2    HB2  MET  15           HB2      MET  15  -7.438  -6.930  14.599
    3    HG2  MET  15           HG2      MET  15  -5.867  -5.718  13.247
    4    HE3  MET  15           HE1      MET  15  -3.156  -6.674  15.903
    5    HE2  MET  15           HE2      MET  15  -2.222  -7.904  15.049
    6    HE1  MET  15           HE3      MET  15  -3.864  -8.258  15.580
    7    H    MET  15           HN       MET  15  -6.885  -6.999  11.877
    8    HB3  MET  15           HB1      MET  15  -6.147  -7.848  15.369
    9    HG3  MET  15           HG1      MET  15  -5.374  -5.618  14.933

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   GLU  16           HA       GLU  16 -10.165 -10.085  14.828
    2    HB2  GLU  16           HB2      GLU  16 -11.486  -8.172  12.872
    3    HG2  GLU  16           HG2      GLU  16 -11.404  -8.152  15.913
    4    H    GLU  16           HN       GLU  16  -9.092  -8.054  13.118
    5    HB3  GLU  16           HB1      GLU  16 -12.382  -9.247  13.947
    6    HG3  GLU  16           HG1      GLU  16 -10.417  -7.124  14.870

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   MET  17           HA       MET  17 -11.076 -12.157  10.507
    2    HB2  MET  17           HB2      MET  17  -8.557 -10.873   9.343
    3    HG2  MET  17           HG2      MET  17 -11.380 -10.771   8.267
    4    HE3  MET  17           HE1      MET  17 -10.658  -8.001   5.570
    5    HE2  MET  17           HE2      MET  17 -11.162  -7.745   7.241
    6    HE1  MET  17           HE3      MET  17 -11.882  -9.047   6.291
    7    H    MET  17           HN       MET  17  -9.653  -9.857  11.353
    8    HB3  MET  17           HB1      MET  17  -9.440 -12.177   8.555
    9    HG3  MET  17           HG1      MET  17 -10.640  -9.485   9.223

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   LEU  18           HA       LEU  18  -6.825 -14.367  11.323
    2    HB2  LEU  18           HB2      LEU  18  -5.865 -12.160  13.175
    3    HG   LEU  18           HG       LEU  18  -5.618 -11.558  10.761
    4   HD13  LEU  18          HD11      LEU  18  -3.237 -10.965  10.830
    5   HD12  LEU  18          HD12      LEU  18  -2.989 -12.078  12.179
    6   HD11  LEU  18          HD13      LEU  18  -4.028 -10.663  12.378
    7   HD22  LEU  18          HD21      LEU  18  -4.075 -12.796   9.315
    8   HD21  LEU  18          HD22      LEU  18  -5.431 -13.805   9.808
    9   HD23  LEU  18          HD23      LEU  18  -3.854 -14.017  10.573
   10    H    LEU  18           HN       LEU  18  -7.756 -11.714  11.706
   11    HB3  LEU  18           HB1      LEU  18  -4.977 -13.649  12.880

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   GLN  19           HA       GLN  19  -8.194 -14.563  16.115
    2    HB2  GLN  19           HB2      GLN  19 -10.519 -12.731  15.392
    3    HG2  GLN  19           HG2      GLN  19  -8.485 -12.333  17.592
    4   HE21  GLN  19          HE21      GLN  19  -8.545  -9.486  16.773
    5   HE22  GLN  19          HE22      GLN  19 -10.004  -8.848  17.438
    6    H    GLN  19           HN       GLN  19  -8.416 -12.713  14.023
    7    HB3  GLN  19           HB1      GLN  19 -10.415 -13.604  16.918
    8    HG3  GLN  19           HG1      GLN  19  -8.356 -11.583  15.999

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   ARG  20           HA       ARG  20 -12.078 -16.701  14.526
    2    HB2  ARG  20           HB2      ARG  20 -13.772 -16.086  12.826
    3    HG2  ARG  20           HG2      ARG  20 -11.860 -13.846  12.112
    4    HD2  ARG  20           HD2      ARG  20 -14.115 -12.881  12.433
    5    HE   ARG  20           HE       ARG  20 -15.131 -15.191  11.265
    6   HH11  ARG  20          HH11      ARG  20 -15.569 -11.719  10.835
    7   HH12  ARG  20          HH12      ARG  20 -17.199 -11.894  10.277
    8   HH21  ARG  20          HH21      ARG  20 -17.267 -15.382  10.539
    9   HH22  ARG  20          HH22      ARG  20 -18.171 -13.955  10.136
   10    H    ARG  20           HN       ARG  20 -10.761 -14.255  13.691
   11    HB3  ARG  20           HB1      ARG  20 -13.417 -14.751  13.914
   12    HG3  ARG  20           HG1      ARG  20 -12.529 -15.070  11.028
   13    HD3  ARG  20           HD1      ARG  20 -13.603 -12.856  10.743

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   GLU  21           HA       GLU  21 -10.252 -17.879  10.216
    2    HB2  GLU  21           HB2      GLU  21  -8.950 -15.842   9.669
    3    HG2  GLU  21           HG2      GLU  21  -6.977 -16.806   8.490
    4    H    GLU  21           HN       GLU  21  -9.642 -15.904  12.224
    5    HB3  GLU  21           HB1      GLU  21  -7.659 -16.360  10.740
    6    HG3  GLU  21           HG1      GLU  21  -7.290 -18.352   9.277

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   TYR  22           HA       TYR  22  -7.000 -20.467  12.333
    2    HB2  TYR  22           HB2      TYR  22  -5.426 -18.301  13.812
    3    HD1  TYR  22           HD1      TYR  22  -4.611 -16.596  12.406
    4    HD2  TYR  22           HD2      TYR  22  -5.104 -20.514  10.762
    5    HE1  TYR  22           HE1      TYR  22  -3.764 -15.802  10.244
    6    HE2  TYR  22           HE2      TYR  22  -4.252 -19.707   8.601
    7    HH   TYR  22           HH       TYR  22  -4.095 -17.530   7.385
    8    H    TYR  22           HN       TYR  22  -7.663 -17.614  12.676
    9    HB3  TYR  22           HB1      TYR  22  -4.867 -19.930  13.430

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   SER  23           HA       SER  23  -8.870 -19.560  16.681
    2    HB2  SER  23           HB2      SER  23  -6.017 -20.366  17.430
    3    HG   SER  23           HG       SER  23  -8.199 -21.701  16.365
    4    H    SER  23           HN       SER  23  -6.732 -18.370  15.208
    5    HB3  SER  23           HB1      SER  23  -7.406 -20.556  18.502

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   THR  24           HA       THR  24  -7.416 -16.241  19.356
    2    HB   THR  24           HB       THR  24  -9.282 -15.777  21.066
    3    HG1  THR  24           HG1      THR  24 -10.689 -17.710  19.499
    4   HG22  THR  24          HG21      THR  24 -10.092 -15.760  18.138
    5   HG21  THR  24          HG22      THR  24  -9.148 -14.511  18.956
    6   HG23  THR  24          HG23      THR  24 -10.826 -14.797  19.422
    7    H    THR  24           HN       THR  24  -9.120 -18.565  18.717

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   LEU  25           HA       LEU  25  -5.849 -18.662  22.711
    2    HB2  LEU  25           HB2      LEU  25  -4.205 -16.690  22.398
    3    HG   LEU  25           HG       LEU  25  -4.481 -17.753  25.243
    4   HD11  LEU  25          HD11      LEU  25  -4.355 -19.564  23.614
    5   HD13  LEU  25          HD12      LEU  25  -2.876 -19.463  24.559
    6   HD12  LEU  25          HD13      LEU  25  -2.904 -18.848  22.901
    7   HD23  LEU  25          HD21      LEU  25  -2.063 -17.280  25.423
    8   HD22  LEU  25          HD22      LEU  25  -3.001 -15.812  25.158
    9   HD21  LEU  25          HD23      LEU  25  -2.093 -16.530  23.824
   10    H    LEU  25           HN       LEU  25  -6.382 -16.157  21.374
   11    HB3  LEU  25           HB1      LEU  25  -5.072 -15.892  23.708

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ARG  26           HA       ARG  26  -9.059 -17.792  25.647
    2    HB2  ARG  26           HB2      ARG  26 -10.204 -19.812  26.285
    3    HG2  ARG  26           HG2      ARG  26  -8.033 -21.517  25.033
    4    HD2  ARG  26           HD2      ARG  26 -10.263 -22.522  24.926
    5    HE   ARG  26           HE       ARG  26 -10.509 -21.566  27.655
    6   HH11  ARG  26          HH11      ARG  26 -11.778 -23.892  25.380
    7   HH12  ARG  26          HH12      ARG  26 -13.322 -23.980  26.153
    8   HH21  ARG  26          HH21      ARG  26 -12.543 -21.660  28.642
    9   HH22  ARG  26          HH22      ARG  26 -13.757 -22.714  27.994
   10    H    ARG  26           HN       ARG  26  -6.969 -19.483  24.423
   11    HB3  ARG  26           HB1      ARG  26  -9.791 -19.918  24.581
   12    HG3  ARG  26           HG1      ARG  26  -8.192 -21.282  26.774
   13    HD3  ARG  26           HD1      ARG  26  -9.254 -23.376  26.103

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   SER  27           HA       SER  27  -6.133 -18.735  29.175
    2    HB2  SER  27           HB2      SER  27  -6.334 -21.751  28.676
    3    HG   SER  27           HG       SER  27  -8.243 -19.864  29.399
    4    H    SER  27           HN       SER  27  -6.244 -19.788  26.457
    5    HB3  SER  27           HB1      SER  27  -6.085 -20.974  30.239

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   VAL  28           HA       VAL  28  -1.959 -20.455  28.685
    2    HB   VAL  28           HB       VAL  28  -1.651 -17.780  30.145
    3    H    VAL  28           HN       VAL  28  -4.125 -19.158  30.213

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   GLN  29           HA       GLN  29  -0.626 -21.433  32.883
    2    HB2  GLN  29           HB2      GLN  29  -0.741 -23.957  32.969
    3    HG2  GLN  29           HG2      GLN  29  -1.510 -23.730  30.048
    4   HE21  GLN  29          HE21      GLN  29  -0.669 -26.468  29.604
    5   HE22  GLN  29          HE22      GLN  29  -1.901 -27.477  30.267
    6    H    GLN  29           HN       GLN  29  -0.476 -21.510  29.970
    7    HB3  GLN  29           HB1      GLN  29  -2.209 -23.202  32.353
    8    HG3  GLN  29           HG1      GLN  29  -0.048 -24.494  30.655

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   TYR  30           HA       TYR  30   3.708 -21.977  31.937
    2    HB2  TYR  30           HB2      TYR  30   3.958 -19.954  33.318
    3    HD1  TYR  30           HD1      TYR  30   5.382 -21.824  36.040
    4    HD2  TYR  30           HD2      TYR  30   6.076 -20.728  31.972
    5    HE1  TYR  30           HE1      TYR  30   7.762 -22.393  36.290
    6    HE2  TYR  30           HE2      TYR  30   8.460 -21.297  32.229
    7    HH   TYR  30           HH       TYR  30  10.135 -21.470  34.071
    8    H    TYR  30           HN       TYR  30   1.427 -21.168  33.525
    9    HB3  TYR  30           HB1      TYR  30   3.582 -20.858  34.784

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   ARG  31           HA       ARG  31   3.352 -25.986  33.944
    2    HB2  ARG  31           HB2      ARG  31   4.184 -26.533  31.061
    3    HG2  ARG  31           HG2      ARG  31   1.532 -27.018  32.465
    4    HD2  ARG  31           HD2      ARG  31   0.722 -27.676  30.197
    5    HE   ARG  31           HE       ARG  31   2.490 -29.369  31.708
    6   HH11  ARG  31          HH11      ARG  31   0.448 -29.248  28.831
    7   HH12  ARG  31          HH12      ARG  31   0.270 -30.971  28.760
    8   HH21  ARG  31          HH21      ARG  31   2.237 -31.628  31.568
    9   HH22  ARG  31          HH22      ARG  31   1.286 -32.313  30.292
   10    H    ARG  31           HN       ARG  31   3.739 -24.177  31.704
   11    HB3  ARG  31           HB1      ARG  31   3.894 -27.785  32.269
   12    HG3  ARG  31           HG1      ARG  31   1.842 -25.799  31.225
   13    HD3  ARG  31           HD1      ARG  31   2.384 -27.639  29.618

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   SER  32           HA       SER  32   7.720 -25.239  34.869
    2    HB2  SER  32           HB2      SER  32   7.939 -25.515  37.374
    3    HG   SER  32           HG       SER  32   6.225 -26.901  37.818
    4    H    SER  32           HN       SER  32   4.939 -25.463  35.402
    5    HB3  SER  32           HB1      SER  32   6.783 -24.275  36.893

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   GLU  33           HA       GLU  33   7.317 -30.103  35.718
    2    HB2  GLU  33           HB2      GLU  33   4.898 -30.372  35.560
    3    HG2  GLU  33           HG2      GLU  33   6.178 -31.903  33.272
    4    H    GLU  33           HN       GLU  33   5.610 -27.957  35.314
    5    HB3  GLU  33           HB1      GLU  33   4.902 -29.848  33.879
    6    HG3  GLU  33           HG1      GLU  33   6.102 -32.416  34.964

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLU  34           HA       GLU  34   8.664 -29.840  31.215
    2    HB2  GLU  34           HB2      GLU  34   6.567 -27.828  30.308
    3    HG2  GLU  34           HG2      GLU  34   5.464 -29.880  31.066
    4    H    GLU  34           HN       GLU  34   6.611 -28.363  32.724
    5    HB3  GLU  34           HB1      GLU  34   7.626 -28.757  29.243
    6    HG3  GLU  34           HG1      GLU  34   5.333 -29.658  29.323

  No H/Q in entry =           6
  In of MODEL   12
    1    HA3  GLY  35           HA2      GLY  35   9.576 -25.076  33.288
    2    H    GLY  35           HN       GLY  35   8.268 -26.929  32.946
    3    HA2  GLY  35           HA1      GLY  35  10.809 -25.806  32.276

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   VAL  36           HA       VAL  36   8.503 -23.151  29.247
    2    HB   VAL  36           HB       VAL  36   7.191 -24.139  27.427
    3    H    VAL  36           HN       VAL  36   7.592 -25.319  31.051

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   ILE  37           HA       ILE  37   4.374 -21.514  29.963
    2    HB   ILE  37           HB       ILE  37   5.435 -19.771  27.685
    3   HD11  ILE  37          HD11      ILE  37   6.832 -17.716  28.405
    4   HD13  ILE  37          HD12      ILE  37   7.143 -17.463  30.120
    5   HD12  ILE  37          HD13      ILE  37   5.525 -17.200  29.474
    6    H    ILE  37           HN       ILE  37   6.842 -21.811  28.397

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   VAL  38           HA       VAL  38   2.359 -23.311  26.415
    2    HB   VAL  38           HB       VAL  38   1.241 -24.421  29.012
    3    H    VAL  38           HN       VAL  38   2.539 -22.344  29.204

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   PHE  39           HA       PHE  39  -1.098 -20.552  26.221
    2    HB2  PHE  39           HB2      PHE  39   0.065 -20.851  23.409
    3    HD1  PHE  39           HD1      PHE  39  -0.233 -17.782  25.439
    4    HD2  PHE  39           HD2      PHE  39   2.446 -20.780  23.989
    5    HE1  PHE  39           HE1      PHE  39   1.684 -16.391  26.092
    6    HE2  PHE  39           HE2      PHE  39   4.359 -19.390  24.646
    7    HZ   PHE  39           HZ       PHE  39   3.976 -17.184  25.696
    8    H    PHE  39           HN       PHE  39   0.826 -22.524  25.170
    9    HB3  PHE  39           HB1      PHE  39  -1.023 -19.579  23.937

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   ILE  40           HA       ILE  40  -3.813 -23.951  24.934
    2    HB   ILE  40           HB       ILE  40  -5.281 -22.535  27.207
    3   HD12  ILE  40          HD11      ILE  40  -5.537 -25.172  28.911
    4   HD11  ILE  40          HD12      ILE  40  -5.017 -23.615  29.562
    5   HD13  ILE  40          HD13      ILE  40  -3.984 -25.030  29.733
    6    H    ILE  40           HN       ILE  40  -2.881 -21.842  26.662

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LEU  41           HA       LEU  41  -6.118 -21.083  22.403
    2    HB2  LEU  41           HB2      LEU  41  -5.593 -23.619  20.804
    3    HG   LEU  41           HG       LEU  41  -3.568 -22.264  21.013
    4   HD13  LEU  41          HD11      LEU  41  -3.074 -21.748  18.680
    5   HD12  LEU  41          HD12      LEU  41  -4.792 -21.779  18.277
    6   HD11  LEU  41          HD13      LEU  41  -3.980 -23.257  18.791
    7   HD22  LEU  41          HD21      LEU  41  -4.592 -20.173  21.707
    8   HD21  LEU  41          HD22      LEU  41  -5.267 -19.928  20.096
    9   HD23  LEU  41          HD23      LEU  41  -3.522 -19.907  20.340
   10    H    LEU  41           HN       LEU  41  -4.750 -23.555  23.044
   11    HB3  LEU  41           HB1      LEU  41  -6.489 -22.248  20.161

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ALA  42           HA       ALA  42 -10.281 -22.260  22.942
    2    HB1  ALA  42           HB1      ALA  42 -10.470 -21.046  20.166
    3    HB2  ALA  42           HB2      ALA  42 -10.565 -20.170  21.696
    4    HB3  ALA  42           HB3      ALA  42 -11.827 -21.326  21.265
    5    H    ALA  42           HN       ALA  42  -8.247 -21.118  21.356

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ASN  43           HA       ASN  43 -10.417 -25.765  19.829
    2    HB2  ASN  43           HB2      ASN  43  -9.208 -26.355  17.858
    3   HD21  ASN  43          HD21      ASN  43  -7.331 -23.417  18.181
    4   HD22  ASN  43          HD22      ASN  43  -5.793 -24.166  18.014
    5    H    ASN  43           HN       ASN  43  -8.535 -23.542  20.212
    6    HB3  ASN  43           HB1      ASN  43  -9.279 -24.606  17.841

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ASP  44           HA       ASP  44  -7.519 -26.371  23.880
    2    HB2  ASP  44           HB2      ASP  44  -8.390 -28.848  22.331
    3    H    ASP  44           HN       ASP  44  -8.527 -25.214  22.233
    4    HB3  ASP  44           HB1      ASP  44  -7.660 -28.902  23.929

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   ARG  45           HA       ARG  45  -3.883 -27.527  21.167
    2    HB2  ARG  45           HB2      ARG  45  -4.548 -26.504  19.104
    3    HG2  ARG  45           HG2      ARG  45  -2.014 -24.984  19.792
    4    HD2  ARG  45           HD2      ARG  45  -3.116 -24.513  17.582
    5    HE   ARG  45           HE       ARG  45  -2.776 -27.420  17.198
    6   HH11  ARG  45          HH11      ARG  45  -3.894 -24.356  15.875
    7   HH12  ARG  45          HH12      ARG  45  -4.680 -25.098  14.525
    8   HH21  ARG  45          HH21      ARG  45  -3.786 -28.364  15.417
    9   HH22  ARG  45          HH22      ARG  45  -4.601 -27.373  14.249
   10    H    ARG  45           HN       ARG  45  -6.031 -25.552  21.415
   11    HB3  ARG  45           HB1      ARG  45  -4.424 -24.886  19.776
   12    HG3  ARG  45           HG1      ARG  45  -2.024 -26.705  19.385
   13    HD3  ARG  45           HD1      ARG  45  -1.493 -25.181  17.452

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   GLU  46           HA       GLU  46  -1.593 -25.289  24.270
    2    HB2  GLU  46           HB2      GLU  46  -0.546 -28.148  24.161
    3    HG2  GLU  46           HG2      GLU  46  -2.386 -26.799  26.162
    4    H    GLU  46           HN       GLU  46  -2.349 -27.575  22.658
    5    HB3  GLU  46           HB1      GLU  46  -0.012 -26.936  25.321
    6    HG3  GLU  46           HG1      GLU  46  -2.786 -28.149  25.093

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   LEU  47           HA       LEU  47   1.763 -24.546  21.326
    2    HB2  LEU  47           HB2      LEU  47   0.494 -21.924  22.082
    3    HG   LEU  47           HG       LEU  47  -0.329 -23.119  20.019
    4   HD12  LEU  47          HD11      LEU  47  -0.221 -21.173  18.508
    5   HD11  LEU  47          HD12      LEU  47   1.056 -20.472  19.507
    6   HD13  LEU  47          HD13      LEU  47  -0.563 -20.696  20.173
    7   HD23  LEU  47          HD21      LEU  47   2.485 -22.616  18.974
    8   HD22  LEU  47          HD22      LEU  47   1.126 -23.250  18.035
    9   HD21  LEU  47          HD23      LEU  47   1.795 -24.194  19.366
   10    H    LEU  47           HN       LEU  47  -0.488 -23.778  22.983
   11    HB3  LEU  47           HB1      LEU  47   2.110 -21.913  21.396

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   LYS  48           HA       LYS  48   4.298 -24.474  24.921
    2    HB2  LYS  48           HB2      LYS  48   3.958 -26.821  24.285
    3    HG2  LYS  48           HG2      LYS  48   6.938 -26.387  24.659
    4    HD2  LYS  48           HD2      LYS  48   5.139 -28.729  25.377
    5    HE2  LYS  48           HE2      LYS  48   8.118 -28.417  25.862
    6    HZ2  LYS  48           HZ1      LYS  48   7.526 -30.672  25.421
    7    HZ1  LYS  48           HZ2      LYS  48   6.222 -30.601  26.494
    8    HZ3  LYS  48           HZ3      LYS  48   7.802 -30.511  27.086
    9    H    LYS  48           HN       LYS  48   3.704 -24.948  22.068
   10    HB3  LYS  48           HB1      LYS  48   5.160 -26.682  23.006
   11    HG3  LYS  48           HG1      LYS  48   5.750 -26.376  25.964
   12    HD3  LYS  48           HD1      LYS  48   6.398 -28.720  24.137
   13    HE3  LYS  48           HE1      LYS  48   6.879 -28.329  27.118

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   PHE  49           HA       PHE  49   8.178 -22.694  23.641
    2    HB2  PHE  49           HB2      PHE  49   6.241 -20.350  23.958
    3    HD1  PHE  49           HD1      PHE  49   8.576 -20.808  21.164
    4    HD2  PHE  49           HD2      PHE  49   4.526 -21.321  22.450
    5    HE1  PHE  49           HE1      PHE  49   7.863 -21.111  18.826
    6    HE2  PHE  49           HE2      PHE  49   3.828 -21.630  20.108
    7    HZ   PHE  49           HZ       PHE  49   5.494 -21.523  18.297
    8    H    PHE  49           HN       PHE  49   5.631 -22.793  25.123
    9    HB3  PHE  49           HB1      PHE  49   7.908 -20.182  23.428

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   ARG  50           HA       ARG  50   9.493 -22.050  27.835
    2    HB2  ARG  50           HB2      ARG  50  11.965 -21.398  26.181
    3    HG2  ARG  50           HG2      ARG  50  11.443 -24.037  27.565
    4    HD2  ARG  50           HD2      ARG  50  13.258 -24.847  26.148
    5    HE   ARG  50           HE       ARG  50  14.058 -23.767  28.176
    6   HH11  ARG  50          HH11      ARG  50  14.519 -21.836  25.261
    7   HH12  ARG  50          HH12      ARG  50  15.922 -21.038  25.891
    8   HH21  ARG  50          HH21      ARG  50  15.871 -22.683  28.992
    9   HH22  ARG  50          HH22      ARG  50  16.695 -21.520  28.008
   10    H    ARG  50           HN       ARG  50   9.869 -22.116  24.993
   11    HB3  ARG  50           HB1      ARG  50  11.958 -21.731  27.911
   12    HG3  ARG  50           HG1      ARG  50  11.034 -23.769  25.867
   13    HD3  ARG  50           HD1      ARG  50  13.369 -23.286  25.328

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   PRO  51           HA       PRO  51   9.425 -17.562  28.744
    2    HB2  PRO  51           HB2      PRO  51  11.700 -18.154  30.639
    3    HG2  PRO  51           HG2      PRO  51  10.471 -19.737  31.854
    4    HD2  PRO  51           HD2      PRO  51  11.030 -20.961  29.934
    5    HB3  PRO  51           HB1      PRO  51  10.203 -17.251  30.926
    6    HG3  PRO  51           HG1      PRO  51   8.923 -19.198  31.171
    7    HD3  PRO  51           HD1      PRO  51   9.257 -21.072  29.829

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   ASP  52           HA       ASP  52  14.030 -16.746  27.687
    2    HB2  ASP  52           HB2      ASP  52  14.902 -19.643  27.353
    3    H    ASP  52           HN       ASP  52  12.604 -19.135  28.407
    4    HB3  ASP  52           HB1      ASP  52  15.951 -18.222  27.397

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   ASP  53           HA       ASP  53  13.196 -18.249  23.299
    2    HB2  ASP  53           HB2      ASP  53  10.509 -19.465  24.048
    3    H    ASP  53           HN       ASP  53  11.915 -18.637  25.900
    4    HB3  ASP  53           HB1      ASP  53  11.127 -19.378  22.410

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   LEU  54           HA       LEU  54   9.394 -15.480  23.063
    2    HB2  LEU  54           HB2      LEU  54   8.593 -15.738  25.978
    3    HG   LEU  54           HG       LEU  54   8.510 -17.930  24.759
    4   HD13  LEU  54          HD11      LEU  54   6.208 -18.493  25.352
    5   HD12  LEU  54          HD12      LEU  54   5.795 -16.780  25.464
    6   HD11  LEU  54          HD13      LEU  54   6.958 -17.487  26.590
    7   HD22  LEU  54          HD21      LEU  54   8.171 -17.138  22.481
    8   HD21  LEU  54          HD22      LEU  54   6.587 -16.482  22.902
    9   HD23  LEU  54          HD23      LEU  54   6.855 -18.224  22.927
   10    H    LEU  54           HN       LEU  54  10.692 -16.857  25.307
   11    HB3  LEU  54           HB1      LEU  54   7.603 -15.022  24.707

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   GLN  55           HA       GLN  55  11.156 -11.580  23.781
    2    HB2  GLN  55           HB2      GLN  55   9.952 -11.281  21.661
    3    HG2  GLN  55           HG2      GLN  55   9.333  -8.851  23.352
    4   HE21  GLN  55          HE21      GLN  55  10.982  -7.323  21.491
    5   HE22  GLN  55          HE22      GLN  55  10.028  -7.119  20.065
    6    H    GLN  55           HN       GLN  55   9.133 -13.320  22.898
    7    HB3  GLN  55           HB1      GLN  55   8.453 -10.945  22.520
    8    HG3  GLN  55           HG1      GLN  55  10.939  -9.221  22.722

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   ALA  56           HA       ALA  56   7.723  -9.906  26.778
    2    HB2  ALA  56           HB1      ALA  56   5.713 -11.185  26.115
    3    HB3  ALA  56           HB2      ALA  56   5.851 -11.136  27.874
    4    HB1  ALA  56           HB3      ALA  56   6.297 -12.600  26.986
    5    H    ALA  56           HN       ALA  56   7.887 -12.143  25.028

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   THR  57           HA       THR  57   9.228 -12.802  30.081
    2    HB   THR  57           HB       THR  57   8.899 -15.282  30.164
    3    HG1  THR  57           HG1      THR  57   9.613 -15.413  27.784
    4   HG21  THR  57          HG21      THR  57   6.783 -13.732  28.636
    5   HG23  THR  57          HG22      THR  57   6.980 -13.760  30.386
    6   HG22  THR  57          HG23      THR  57   6.509 -15.226  29.534
    7    H    THR  57           HN       THR  57   9.048 -13.155  27.145

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   TYR  58           HA       TYR  58  13.366 -14.378  28.325
    2    HB2  TYR  58           HB2      TYR  58  13.015 -13.177  26.094
    3    HD1  TYR  58           HD1      TYR  58  14.608 -15.224  26.230
    4    HD2  TYR  58           HD2      TYR  58  15.925 -11.209  26.787
    5    HE1  TYR  58           HE1      TYR  58  16.881 -15.893  25.656
    6    HE2  TYR  58           HE2      TYR  58  18.225 -11.889  26.208
    7    HH   TYR  58           HH       TYR  58  19.579 -14.015  26.267
    8    H    TYR  58           HN       TYR  58  11.246 -12.596  27.627
    9    HB3  TYR  58           HB1      TYR  58  13.572 -11.704  26.878

  No H/Q in entry =           9
  In of MODEL   12
    1    HA3  GLY  59           HA2      GLY  59  15.106 -13.407  32.269
    2    H    GLY  59           HN       GLY  59  13.848 -14.279  30.472
    3    HA2  GLY  59           HA1      GLY  59  14.987 -11.794  31.584

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   ALA  60           HA       ALA  60  11.246 -12.296  34.288
    2    HB3  ALA  60           HB1      ALA  60   8.952 -12.861  33.599
    3    HB1  ALA  60           HB2      ALA  60   9.571 -13.805  32.236
    4    HB2  ALA  60           HB3      ALA  60   9.821 -12.058  32.289
    5    H    ALA  60           HN       ALA  60  12.212 -13.950  32.005

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   THR  61           HA       THR  61  11.096 -16.099  36.538
    2    HB   THR  61           HB       THR  61  10.388 -15.584  38.911
    3    HG1  THR  61           HG1      THR  61  10.178 -12.871  38.114
    4   HG22  THR  61          HG21      THR  61  12.342 -13.562  37.741
    5   HG21  THR  61          HG22      THR  61  12.750 -15.211  38.229
    6   HG23  THR  61          HG23      THR  61  12.228 -14.038  39.439
    7    H    THR  61           HN       THR  61  10.362 -13.321  36.054

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   PRO  62           HA       PRO  62   7.089 -18.009  35.960
    2    HB2  PRO  62           HB2      PRO  62   6.845 -19.515  38.332
    3    HG2  PRO  62           HG2      PRO  62   8.797 -18.745  39.362
    4    HD2  PRO  62           HD2      PRO  62  10.505 -17.671  38.161
    5    HB3  PRO  62           HB1      PRO  62   7.693 -20.024  36.871
    6    HG3  PRO  62           HG1      PRO  62   9.453 -20.099  38.414
    7    HD3  PRO  62           HD1      PRO  62  10.257 -18.673  36.711

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   GLU  63           HA       GLU  63   5.083 -16.031  40.025
    2    HB2  GLU  63           HB2      GLU  63   7.037 -13.693  39.963
    3    HG2  GLU  63           HG2      GLU  63   8.430 -15.560  40.570
    4    H    GLU  63           HN       GLU  63   7.658 -16.177  38.899
    5    HB3  GLU  63           HB1      GLU  63   5.858 -14.089  41.218
    6    HG3  GLU  63           HG1      GLU  63   8.112 -14.552  41.979

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLN  64           HA       GLN  64   4.572 -12.161  37.132
    2    HB2  GLN  64           HB2      GLN  64   7.052 -12.878  35.507
    3    HG2  GLN  64           HG2      GLN  64   6.727 -10.561  37.436
    4   HE21  GLN  64          HE21      GLN  64   7.729  -9.114  35.962
    5   HE22  GLN  64          HE22      GLN  64   9.401  -9.250  35.555
    6    H    GLN  64           HN       GLN  64   6.698 -13.993  37.665
    7    HB3  GLN  64           HB1      GLN  64   6.060 -11.436  35.276
    8    HG3  GLN  64           HG1      GLN  64   7.548 -12.068  37.843

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   LEU  65           HA       LEU  65   3.462 -15.251  33.691
    2    HB2  LEU  65           HB2      LEU  65   5.137 -17.600  34.759
    3    HG   LEU  65           HG       LEU  65   6.772 -15.816  34.475
    4   HD13  LEU  65          HD11      LEU  65   8.217 -16.803  32.759
    5   HD12  LEU  65          HD12      LEU  65   6.853 -17.730  32.129
    6   HD11  LEU  65          HD13      LEU  65   7.451 -18.035  33.761
    7   HD22  LEU  65          HD21      LEU  65   5.503 -14.272  33.092
    8   HD21  LEU  65          HD22      LEU  65   5.591 -15.371  31.712
    9   HD23  LEU  65          HD23      LEU  65   7.060 -14.614  32.340
   10    H    LEU  65           HN       LEU  65   5.047 -15.381  36.234
   11    HB3  LEU  65           HB1      LEU  65   4.521 -17.356  33.127

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ARG  66           HA       ARG  66   0.772 -17.573  36.672
    2    HB2  ARG  66           HB2      ARG  66   1.565 -15.819  39.051
    3    HG2  ARG  66           HG2      ARG  66   3.402 -17.331  38.563
    4    HD2  ARG  66           HD2      ARG  66   1.400 -19.597  38.791
    5    HE   ARG  66           HE       ARG  66   4.092 -19.706  39.297
    6   HH11  ARG  66          HH11      ARG  66   2.022 -21.236  36.882
    7   HH12  ARG  66          HH12      ARG  66   3.000 -22.664  36.792
    8   HH21  ARG  66          HH21      ARG  66   5.354 -21.581  39.141
    9   HH22  ARG  66          HH22      ARG  66   4.877 -22.858  38.070
   10    H    ARG  66           HN       ARG  66   2.783 -15.399  36.824
   11    HB3  ARG  66           HB1      ARG  66   0.424 -17.164  39.096
   12    HG3  ARG  66           HG1      ARG  66   2.577 -17.826  40.032
   13    HD3  ARG  66           HD1      ARG  66   2.169 -19.076  37.287

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   GLU  67           HA       GLU  67  -1.614 -13.553  36.749
    2    HB2  GLU  67           HB2      GLU  67  -0.786 -11.097  37.163
    3    HG2  GLU  67           HG2      GLU  67   1.567 -12.634  38.303
    4    H    GLU  67           HN       GLU  67   1.220 -14.112  37.180
    5    HB3  GLU  67           HB1      GLU  67  -0.910 -12.211  38.514
    6    HG3  GLU  67           HG1      GLU  67   1.626 -11.351  37.096

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ILE  68           HA       ILE  68  -0.618 -12.592  32.537
    2    HB   ILE  68           HB       ILE  68  -1.483 -15.507  32.826
    3   HD12  ILE  68          HD11      ILE  68   2.104 -16.539  32.288
    4   HD11  ILE  68          HD12      ILE  68   0.805 -16.662  31.105
    5   HD13  ILE  68          HD13      ILE  68   0.529 -17.157  32.782
    6    H    ILE  68           HN       ILE  68  -2.024 -13.949  34.758

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLU  69           HA       GLU  69  -4.891 -12.373  31.079
    2    HB2  GLU  69           HB2      GLU  69  -4.391 -10.093  32.011
    3    HG2  GLU  69           HG2      GLU  69  -5.764  -9.868  29.319
    4    H    GLU  69           HN       GLU  69  -1.994 -11.722  30.981
    5    HB3  GLU  69           HB1      GLU  69  -3.616  -9.649  30.496
    6    HG3  GLU  69           HG1      GLU  69  -6.542 -10.392  30.813

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ILE  70           HA       ILE  70  -4.293 -13.144  26.725
    2    HB   ILE  70           HB       ILE  70  -7.253 -12.378  26.761
    3   HD13  ILE  70          HD11      ILE  70  -5.965 -16.396  27.514
    4   HD12  ILE  70          HD12      ILE  70  -4.736 -15.136  27.424
    5   HD11  ILE  70          HD13      ILE  70  -5.532 -15.700  25.952
    6    H    ILE  70           HN       ILE  70  -5.944 -12.316  28.933

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   SER  71           HA       SER  71  -3.173  -9.388  24.783
    2    HB2  SER  71           HB2      SER  71  -3.160  -9.453  22.275
    3    HG   SER  71           HG       SER  71  -4.511 -11.929  22.613
    4    H    SER  71           HN       SER  71  -4.091 -12.012  24.641
    5    HB3  SER  71           HB1      SER  71  -2.490 -10.919  22.994

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   PRO  72           HA       PRO  72  -6.867  -6.779  24.413
    2    HB2  PRO  72           HB2      PRO  72  -5.875  -4.627  23.010
    3    HG2  PRO  72           HG2      PRO  72  -3.865  -5.646  22.292
    4    HD2  PRO  72           HD2      PRO  72  -2.903  -7.441  23.465
    5    HB3  PRO  72           HB1      PRO  72  -5.509  -4.919  24.720
    6    HG3  PRO  72           HG1      PRO  72  -3.347  -4.817  23.779
    7    HD3  PRO  72           HD1      PRO  72  -3.391  -6.800  25.052

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   SER  73           HA       SER  73  -7.265  -7.288  19.687
    2    HB2  SER  73           HB2      SER  73  -4.555  -8.611  19.247
    3    HG   SER  73           HG       SER  73  -3.958  -6.595  19.299
    4    H    SER  73           HN       SER  73  -5.026  -7.640  21.508
    5    HB3  SER  73           HB1      SER  73  -5.732  -8.239  17.981

  No H/Q in entry =           5
  In of MODEL   12
    1    HA3  GLY  74           HA2      GLY  74  -7.527 -11.566  22.565
    2    H    GLY  74           HN       GLY  74  -6.447  -9.637  21.960
    3    HA2  GLY  74           HA1      GLY  74  -8.628 -11.343  21.222

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   LEU  75           HA       LEU  75  -5.735 -13.875  18.718
    2    HB2  LEU  75           HB2      LEU  75  -3.589 -11.715  18.719
    3    HG   LEU  75           HG       LEU  75  -5.649 -11.184  17.353
    4   HD13  LEU  75          HD11      LEU  75  -3.488 -10.200  16.761
    5   HD12  LEU  75          HD12      LEU  75  -4.426 -10.551  15.311
    6   HD11  LEU  75          HD13      LEU  75  -3.088 -11.609  15.774
    7   HD21  LEU  75          HD21      LEU  75  -6.258 -13.482  16.730
    8   HD23  LEU  75          HD22      LEU  75  -4.794 -13.624  15.752
    9   HD22  LEU  75          HD23      LEU  75  -6.056 -12.476  15.296
   10    H    LEU  75           HN       LEU  75  -5.621 -11.278  19.889
   11    HB3  LEU  75           HB1      LEU  75  -3.427 -13.218  17.819

  No H/Q in entry =          11
  In of MODEL   12
    1    HA3  GLY  76           HA2      GLY  76  -2.263 -15.096  21.527
    2    H    GLY  76           HN       GLY  76  -3.036 -12.415  20.544
    3    HA2  GLY  76           HA1      GLY  76  -1.201 -13.703  21.349

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   VAL  77           HA       VAL  77  -2.469 -12.994  25.515
    2    HB   VAL  77           HB       VAL  77  -0.695 -14.992  25.459
    3    H    VAL  77           HN       VAL  77  -0.540 -13.101  23.279

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   TYR  78           HA       TYR  78   0.211  -9.528  26.563
    2    HB2  TYR  78           HB2      TYR  78  -1.968  -8.471  25.848
    3    HD1  TYR  78           HD1      TYR  78  -2.232  -7.070  29.157
    4    HD2  TYR  78           HD2      TYR  78   0.146  -6.990  25.606
    5    HE1  TYR  78           HE1      TYR  78  -1.273  -4.920  29.852
    6    HE2  TYR  78           HE2      TYR  78   1.106  -4.835  26.296
    7    HH   TYR  78           HH       TYR  78   0.683  -3.548  29.459
    8    H    TYR  78           HN       TYR  78  -2.033 -11.373  27.051
    9    HB3  TYR  78           HB1      TYR  78  -2.601  -8.725  27.471

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   PHE  79           HA       PHE  79   0.644 -10.785  30.849
    2    HB2  PHE  79           HB2      PHE  79   3.500 -10.403  29.841
    3    HD1  PHE  79           HD1      PHE  79   0.730 -12.747  30.098
    4    HD2  PHE  79           HD2      PHE  79   4.768 -12.401  29.447
    5    HE1  PHE  79           HE1      PHE  79   0.784 -15.003  29.148
    6    HE2  PHE  79           HE2      PHE  79   4.825 -14.661  28.512
    7    HZ   PHE  79           HZ       PHE  79   2.832 -15.980  28.369
    8    H    PHE  79           HN       PHE  79   1.536 -10.320  28.141
    9    HB3  PHE  79           HB1      PHE  79   3.028 -11.033  31.418

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   GLU  80           HA       GLU  80   0.279  -6.371  31.174
    2    HB2  GLU  80           HB2      GLU  80  -1.909  -7.236  31.985
    3    HG2  GLU  80           HG2      GLU  80  -0.700  -5.171  33.838
    4    H    GLU  80           HN       GLU  80  -0.232  -9.102  31.725
    5    HB3  GLU  80           HB1      GLU  80  -1.182  -7.623  33.542
    6    HG3  GLU  80           HG1      GLU  80  -1.607  -4.866  32.357

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   THR  81           HA       THR  81   2.668  -6.904  35.485
    2    HB   THR  81           HB       THR  81   3.511  -9.695  34.598
    3    HG1  THR  81           HG1      THR  81   1.724  -9.185  36.716
    4   HG22  THR  81          HG21      THR  81   4.248  -9.977  36.941
    5   HG21  THR  81          HG22      THR  81   3.814  -8.304  37.294
    6   HG23  THR  81          HG23      THR  81   5.125  -8.658  36.164
    7    H    THR  81           HN       THR  81   1.348  -8.564  33.686

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   LEU  82           HA       LEU  82   6.428  -7.122  32.589
    2    HB2  LEU  82           HB2      LEU  82   5.277  -8.745  30.289
    3    HG   LEU  82           HG       LEU  82   4.997 -10.266  32.143
    4   HD13  LEU  82          HD11      LEU  82   6.512 -12.071  31.564
    5   HD12  LEU  82          HD12      LEU  82   7.598 -10.944  30.747
    6   HD11  LEU  82          HD13      LEU  82   5.972 -11.222  30.115
    7   HD21  LEU  82          HD21      LEU  82   7.823  -9.597  33.000
    8   HD23  LEU  82          HD22      LEU  82   6.793 -10.859  33.689
    9   HD22  LEU  82          HD23      LEU  82   6.328  -9.171  33.837
   10    H    LEU  82           HN       LEU  82   3.737  -8.286  32.421
   11    HB3  LEU  82           HB1      LEU  82   6.970  -8.472  30.678

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   GLU  83           HA       GLU  83   2.386  -4.839  30.097
    2    HB2  GLU  83           HB2      GLU  83   5.067  -3.382  30.248
    3    HG2  GLU  83           HG2      GLU  83   2.493  -2.936  31.788
    4    H    GLU  83           HN       GLU  83   3.380  -6.251  31.544
    5    HB3  GLU  83           HB1      GLU  83   3.586  -2.698  29.570
    6    HG3  GLU  83           HG1      GLU  83   4.006  -3.549  32.455

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   GLU  84           HA       GLU  84   4.416  -6.224  26.283
    2    HB2  GLU  84           HB2      GLU  84   6.443  -6.950  27.705
    3    HG2  GLU  84           HG2      GLU  84   7.570  -8.184  25.940
    4    H    GLU  84           HN       GLU  84   3.723  -7.174  28.997
    5    HB3  GLU  84           HB1      GLU  84   5.809  -8.582  27.614
    6    HG3  GLU  84           HG1      GLU  84   6.028  -8.601  25.196

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   ASP  85           HA       ASP  85   1.725  -9.501  25.082
    2    HB2  ASP  85           HB2      ASP  85   1.331  -7.262  23.904
    3    H    ASP  85           HN       ASP  85   4.026  -7.690  24.602
    4    HB3  ASP  85           HB1      ASP  85   2.375  -7.811  22.608

  No H/Q in entry =           4
  In of MODEL   12
    1    HA   VAL  86           HA       VAL  86   4.107 -12.244  22.426
    2    HB   VAL  86           HB       VAL  86   2.616 -14.279  24.188
    3    H    VAL  86           HN       VAL  86   1.993 -11.588  24.405

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   SER  87           HA       SER  87   0.325 -12.099  20.012
    2    HB2  SER  87           HB2      SER  87   2.638 -11.767  18.056
    3    HG   SER  87           HG       SER  87   1.685 -10.086  19.882
    4    H    SER  87           HN       SER  87   3.057 -11.731  20.577
    5    HB3  SER  87           HB1      SER  87   0.928 -11.505  17.695

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   LEU  88           HA       LEU  88   0.159 -16.402  19.334
    2    HB2  LEU  88           HB2      LEU  88  -2.260 -15.546  19.591
    3    HG   LEU  88           HG       LEU  88  -1.759 -18.033  17.929
    4   HD12  LEU  88          HD11      LEU  88  -2.271 -17.660  20.900
    5   HD11  LEU  88          HD12      LEU  88  -0.715 -18.042  20.149
    6   HD13  LEU  88          HD13      LEU  88  -2.038 -19.199  20.066
    7   HD23  LEU  88          HD21      LEU  88  -4.340 -17.187  19.300
    8   HD22  LEU  88          HD22      LEU  88  -4.040 -18.739  18.513
    9   HD21  LEU  88          HD23      LEU  88  -4.068 -17.263  17.555
   10    H    LEU  88           HN       LEU  88  -0.808 -13.769  19.261
   11    HB3  LEU  88           HB1      LEU  88  -2.342 -15.552  17.842

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ILE  89           HA       ILE  89  -0.342 -16.005  14.484
    2    HB   ILE  89           HB       ILE  89   0.367 -13.031  14.551
    3   HD12  ILE  89          HD11      ILE  89  -2.477 -15.562  14.454
    4   HD11  ILE  89          HD12      ILE  89  -2.504 -14.882  12.823
    5   HD13  ILE  89          HD13      ILE  89  -3.678 -14.346  14.023
    6    H    ILE  89           HN       ILE  89  -0.598 -14.266  16.637

  No H/Q in entry =           6
  In of MODEL   12
    1    HA3  GLY  90           HA2      GLY  90   4.392 -14.673  14.652
    2    H    GLY  90           HN       GLY  90   2.108 -13.971  16.083
    3    HA2  GLY  90           HA1      GLY  90   4.366 -14.208  16.349

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   LEU  91           HA       LEU  91   4.900 -18.300  17.872
    2    HB2  LEU  91           HB2      LEU  91   1.937 -18.337  18.558
    3    HG   LEU  91           HG       LEU  91   3.074 -16.509  19.761
    4   HD12  LEU  91          HD11      LEU  91   2.409 -18.865  21.556
    5   HD11  LEU  91          HD12      LEU  91   1.267 -17.695  20.886
    6   HD13  LEU  91          HD13      LEU  91   2.481 -17.170  22.051
    7   HD21  LEU  91          HD21      LEU  91   4.984 -18.655  20.760
    8   HD23  LEU  91          HD22      LEU  91   4.904 -16.998  21.364
    9   HD22  LEU  91          HD23      LEU  91   5.374 -17.298  19.697
   10    H    LEU  91           HN       LEU  91   2.926 -16.304  17.488
   11    HB3  LEU  91           HB1      LEU  91   3.112 -19.498  19.169

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   LEU  92           HA       LEU  92   2.074 -20.857  14.917
    2    HB2  LEU  92           HB2      LEU  92   0.753 -18.375  13.747
    3    HG   LEU  92           HG       LEU  92  -0.098 -18.960  16.049
    4   HD11  LEU  92          HD11      LEU  92  -1.528 -17.780  14.482
    5   HD13  LEU  92          HD12      LEU  92  -2.482 -18.890  15.463
    6   HD12  LEU  92          HD13      LEU  92  -2.093 -19.304  13.788
    7   HD21  LEU  92          HD21      LEU  92   0.262 -21.381  15.996
    8   HD23  LEU  92          HD22      LEU  92  -0.973 -21.565  14.747
    9   HD22  LEU  92          HD23      LEU  92  -1.423 -21.012  16.363
   10    H    LEU  92           HN       LEU  92   2.078 -18.121  15.794
   11    HB3  LEU  92           HB1      LEU  92   0.411 -20.025  13.239

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   GLU  93           HA       GLU  93   4.485 -18.840  11.263
    2    HB2  GLU  93           HB2      GLU  93   5.391 -16.335  12.770
    3    HG2  GLU  93           HG2      GLU  93   3.056 -15.985  12.328
    4    H    GLU  93           HN       GLU  93   3.494 -17.818  13.776
    5    HB3  GLU  93           HB1      GLU  93   5.718 -16.709  11.079
    6    HG3  GLU  93           HG1      GLU  93   4.005 -15.029  11.200

  No H/Q in entry =           6
  In of MODEL   12
    1    HA3  GLY  94           HA2      GLY  94   7.283 -20.425  15.341
    2    H    GLY  94           HN       GLY  94   5.456 -19.248  14.482
    3    HA2  GLY  94           HA1      GLY  94   8.105 -20.302  13.793

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   ARG  95           HA       ARG  95   9.487 -16.169  15.159
    2    HB2  ARG  95           HB2      ARG  95   7.907 -15.315  13.390
    3    HG2  ARG  95           HG2      ARG  95   8.244 -13.225  15.548
    4    HD2  ARG  95           HD2      ARG  95   6.817 -12.497  13.691
    5    HE   ARG  95           HE       ARG  95   8.703 -13.877  12.040
    6   HH11  ARG  95          HH11      ARG  95   6.558 -11.104  11.984
    7   HH12  ARG  95          HH12      ARG  95   6.311 -11.178  10.272
    8   HH21  ARG  95          HH21      ARG  95   8.382 -13.972   9.809
    9   HH22  ARG  95          HH22      ARG  95   7.363 -12.808   9.025
   10    H    ARG  95           HN       ARG  95   6.939 -17.344  14.479
   11    HB3  ARG  95           HB1      ARG  95   6.747 -14.918  14.652
   12    HG3  ARG  95           HG1      ARG  95   9.514 -13.700  14.413
   13    HD3  ARG  95           HD1      ARG  95   8.380 -11.670  13.633

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   ARG  96           HA       ARG  96   8.017 -16.870  19.395
    2    HB2  ARG  96           HB2      ARG  96  11.060 -16.754  19.518
    3    HG2  ARG  96           HG2      ARG  96   9.257 -19.201  19.519
    4    HD2  ARG  96           HD2      ARG  96  12.279 -18.985  19.455
    5    HE   ARG  96           HE       ARG  96  10.827 -21.079  18.504
    6   HH11  ARG  96          HH11      ARG  96  12.971 -20.780  21.276
    7   HH12  ARG  96          HH12      ARG  96  13.390 -22.456  21.270
    8   HH21  ARG  96          HH21      ARG  96  11.437 -23.264  18.518
    9   HH22  ARG  96          HH22      ARG  96  12.553 -23.839  19.716
   10    H    ARG  96           HN       ARG  96   9.913 -16.707  17.281
   11    HB3  ARG  96           HB1      ARG  96  10.001 -17.269  20.833
   12    HG3  ARG  96           HG1      ARG  96  10.224 -18.669  18.140
   13    HD3  ARG  96           HD1      ARG  96  11.325 -19.484  20.851

  No H/Q in entry =          13
  In of MODEL   12
    1    HA3  GLY  97           HA2      GLY  97   8.617 -12.335  19.777
    2    H    GLY  97           HN       GLY  97  10.130 -14.352  18.282
    3    HA2  GLY  97           HA1      GLY  97  10.371 -12.355  20.004

  No H/Q in entry =           3
  In of MODEL   12
    1    HA   SER  98           HA       SER  98   9.293  -9.708  16.267
    2    HB2  SER  98           HB2      SER  98   9.378  -7.826  17.853
    3    HG   SER  98           HG       SER  98  10.256  -6.414  16.506
    4    H    SER  98           HN       SER  98   9.728 -10.076  18.988
    5    HB3  SER  98           HB1      SER  98  11.093  -8.096  18.141

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   ALA  99           HA       ALA  99  12.754 -11.628  14.287
    2    HB1  ALA  99           HB1      ALA  99  11.374 -11.086  12.317
    3    HB2  ALA  99           HB2      ALA  99  13.088 -10.857  11.963
    4    HB3  ALA  99           HB3      ALA  99  12.056  -9.456  12.275
    5    H    ALA  99           HN       ALA  99  10.602  -9.817  14.396

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   LYS 100           HA       LYS 100  15.446  -7.484  14.344
    2    HB2  LYS 100           HB2      LYS 100  13.663  -5.787  14.197
    3    HG2  LYS 100           HG2      LYS 100  15.445  -5.359  16.612
    4    HD2  LYS 100           HD2      LYS 100  13.972  -3.252  14.997
    5    HE2  LYS 100           HE2      LYS 100  14.735  -1.722  16.778
    6    HZ3  LYS 100           HZ1      LYS 100  17.024  -3.188  15.596
    7    HZ2  LYS 100           HZ2      LYS 100  17.026  -1.593  16.155
    8    HZ1  LYS 100           HZ3      LYS 100  16.119  -2.009  14.789
    9    H    LYS 100           HN       LYS 100  12.721  -8.094  14.357
   10    HB3  LYS 100           HB1      LYS 100  13.176  -6.135  15.853
   11    HG3  LYS 100           HG1      LYS 100  15.786  -4.881  14.944
   12    HD3  LYS 100           HD1      LYS 100  13.467  -3.806  16.598
   13    HE3  LYS 100           HE1      LYS 100  15.632  -3.043  17.525

  No H/Q in entry =          13
  In of MODEL   12
    1    HA   TRP 101           HA       TRP 101  15.142  -7.850  19.220
    2    HB2  TRP 101           HB2      TRP 101  12.726  -7.875  19.651
    3    HD1  TRP 101           HD1      TRP 101  13.927  -7.484  22.075
    4    HE1  TRP 101           HE1      TRP 101  14.235  -9.059  24.078
    5    HE3  TRP 101           HE3      TRP 101  12.842 -11.922  19.799
    6    HZ2  TRP 101           HZ2      TRP 101  14.047 -11.811  24.615
    7    HZ3  TRP 101           HZ3      TRP 101  12.917 -13.992  21.127
    8    HH2  TRP 101           HH2      TRP 101  13.506 -13.935  23.500
    9    H    TRP 101           HN       TRP 101  13.297  -8.105  17.133
   10    HB3  TRP 101           HB1      TRP 101  12.598  -9.536  19.088

  No H/Q in entry =          10
  In of MODEL   12
    1    HA   MET 102           HA       MET 102  15.735 -12.616  18.928
    2    HB2  MET 102           HB2      MET 102  14.549 -12.915  16.138
    3    HG2  MET 102           HG2      MET 102  13.516 -13.862  18.818
    4    HE2  MET 102           HE1      MET 102  13.133 -14.126  14.835
    5    HE1  MET 102           HE2      MET 102  11.684 -13.277  15.379
    6    HE3  MET 102           HE3      MET 102  11.561 -14.923  14.755
    7    H    MET 102           HN       MET 102  14.235 -10.758  17.366
    8    HB3  MET 102           HB1      MET 102  15.258 -14.235  17.060
    9    HG3  MET 102           HG1      MET 102  12.765 -12.666  17.766

  No H/Q in entry =           9
  In of MODEL   12
    1    HA   ALA 103           HA       ALA 103  18.925 -11.816  15.442
    2    HB2  ALA 103           HB1      ALA 103  19.280  -9.774  14.095
    3    HB1  ALA 103           HB2      ALA 103  17.953  -8.978  14.946
    4    HB3  ALA 103           HB3      ALA 103  17.629 -10.374  13.920
    5    H    ALA 103           HN       ALA 103  16.523 -10.466  16.317

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   GLU 104           HA       GLU 104  20.806  -8.529  18.344
    2    HB2  GLU 104           HB2      GLU 104  18.245  -7.602  19.723
    3    HG2  GLU 104           HG2      GLU 104  19.616  -6.374  17.321
    4    H    GLU 104           HN       GLU 104  18.046  -9.322  17.754
    5    HB3  GLU 104           HB1      GLU 104  19.828  -6.821  19.770
    6    HG3  GLU 104           HG1      GLU 104  18.016  -7.081  17.359

  No H/Q in entry =           6
  In of MODEL   12
    1    HA   HIS 105           HA       HIS 105  19.883 -11.157  22.084
    2    HB2  HIS 105           HB2      HIS 105  16.846 -11.357  21.760
    3    HD1  HIS 105           HD1      HIS 105  17.988  -9.925  24.891
    4    HD2  HIS 105           HD2      HIS 105  17.000  -8.464  21.126
    5    HE1  HIS 105           HE1      HIS 105  17.544  -7.476  25.199
    6    HE2  HIS 105           HE2      HIS 105  17.140  -6.582  22.890
    7    H    HIS 105           HN       HIS 105  18.286 -10.533  19.665
    8    HB3  HIS 105           HB1      HIS 105  17.753 -11.759  23.214

  No H/Q in entry =           8
  In of MODEL   12
    1    HA   PRO 106           HA       PRO 106  20.036 -14.846  19.266
    2    HB2  PRO 106           HB2      PRO 106  22.256 -15.970  20.587
    3    HG2  PRO 106           HG2      PRO 106  22.606 -14.254  22.124
    4    HD2  PRO 106           HD2      PRO 106  21.605 -12.138  21.885
    5    HB3  PRO 106           HB1      PRO 106  22.330 -14.884  19.197
    6    HG3  PRO 106           HG1      PRO 106  23.544 -13.621  20.756
    7    HD3  PRO 106           HD1      PRO 106  21.851 -12.112  20.126

  No H/Q in entry =           7
  In of MODEL   12
    1    HA   LEU 107           HA       LEU 107  17.816 -17.357  22.027
    2    HB2  LEU 107           HB2      LEU 107  16.767 -17.517  19.744
    3    HG   LEU 107           HG       LEU 107  16.661 -20.210  21.161
    4   HD13  LEU 107          HD11      LEU 107  16.121 -18.424  22.746
    5   HD12  LEU 107          HD12      LEU 107  14.677 -19.349  22.337
    6   HD11  LEU 107          HD13      LEU 107  14.935 -17.756  21.620
    7   HD22  LEU 107          HD21      LEU 107  15.732 -20.345  18.924
    8   HD21  LEU 107          HD22      LEU 107  14.749 -18.904  19.200
    9   HD23  LEU 107          HD23      LEU 107  14.417 -20.382  20.102
   10    H    LEU 107           HN       LEU 107  19.274 -16.852  19.552
   11    HB3  LEU 107           HB1      LEU 107  17.791 -18.899  19.400

  No H/Q in entry =          11
  In of MODEL   12
    1    HA   ALA 108           HA       ALA 108  20.527 -20.359  23.746
    2    HB1  ALA 108           HB1      ALA 108  19.355 -21.873  25.313
    3    HB3  ALA 108           HB2      ALA 108  17.803 -21.385  24.625
    4    HB2  ALA 108           HB3      ALA 108  18.793 -20.208  25.490
    5    H    ALA 108           HN       ALA 108  17.991 -19.222  23.300

  No H/Q in entry =           5
  In of MODEL   12
    1    HA   SER 109           HA       SER 109  18.790 -24.035  21.143
    2    HB2  SER 109           HB2      SER 109  16.542 -22.363  19.931
    3    HG   SER 109           HG       SER 109  16.710 -24.000  22.171
    4    H    SER 109           HN       SER 109  17.733 -21.493  21.945
    5    HB3  SER 109           HB1      SER 109  16.834 -24.084  19.643

  No H/Q in entry =           5
  In of MODEL   13
    1    H1   MET   1           HT2      MET   1  -5.115  -6.910  -2.479
    2    H2   MET   1           HT1      MET   1  -5.623  -7.421  -0.953
    3    H3   MET   1           HT3      MET   1  -5.343  -8.556  -2.174
    4    HB3  MET   1           HB1      MET   1  -7.672  -9.561  -2.130
    5    HG3  MET   1           HG1      MET   1  -6.925  -8.511   0.120
    6    HA   MET   1           HA       MET   1  -7.135  -7.636  -3.483
    7    HB2  MET   1           HB2      MET   1  -9.033  -8.455  -2.030
    8    HG2  MET   1           HG2      MET   1  -8.276  -9.642   0.125
    9    HE2  MET   1           HE1      MET   1 -11.363  -7.260   0.473
   10    HE1  MET   1           HE2      MET   1 -10.823  -8.935   0.365
   11    HE3  MET   1           HE3      MET   1 -10.677  -7.869  -1.035

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   GLU   2           HA       GLU   2  -7.774  -3.489  -1.564
    2    HB2  GLU   2           HB2      GLU   2  -8.898  -4.700   0.993
    3    HG2  GLU   2           HG2      GLU   2 -10.273  -3.406  -1.381
    4    H    GLU   2           HN       GLU   2  -6.787  -5.974  -0.344
    5    HB3  GLU   2           HB1      GLU   2  -8.958  -2.965   0.697
    6    HG3  GLU   2           HG1      GLU   2 -10.292  -5.123  -0.962

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   VAL   3           HA       VAL   3  -4.459  -1.806   0.742
    2    HB   VAL   3           HB       VAL   3  -4.544   0.678   1.066
    3    H    VAL   3           HN       VAL   3  -7.079  -1.567  -0.377

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   SER   4           HA       SER   4  -6.187  -2.379   4.825
    2    HB2  SER   4           HB2      SER   4  -3.795  -4.268   4.640
    3    HG   SER   4           HG       SER   4  -5.607  -4.605   3.102
    4    H    SER   4           HN       SER   4  -4.321  -2.825   2.620
    5    HB3  SER   4           HB1      SER   4  -5.056  -4.294   5.878

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ALA   5           HA       ALA   5  -2.704   0.441   5.792
    2    HB2  ALA   5           HB1      ALA   5  -3.115   2.755   5.074
    3    HB3  ALA   5           HB2      ALA   5  -4.790   2.352   4.678
    4    HB1  ALA   5           HB3      ALA   5  -3.466   1.617   3.774
    5    H    ALA   5           HN       ALA   5  -5.420  -0.080   4.796

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ASN   6           HA       ASN   6  -3.654   1.986   9.779
    2    HB2  ASN   6           HB2      ASN   6  -2.141   4.394   8.683
    3   HD21  ASN   6          HD21      ASN   6  -0.340   4.289  10.924
    4   HD22  ASN   6          HD22      ASN   6   0.727   2.958  10.654
    5    H    ASN   6           HN       ASN   6  -2.506   2.427   7.235
    6    HB3  ASN   6           HB1      ASN   6  -2.549   4.187  10.380

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLU   7           HA       GLU   7  -6.263   5.936   8.506
    2    HB2  GLU   7           HB2      GLU   7  -6.925   6.551   6.149
    3    HG2  GLU   7           HG2      GLU   7  -4.775   4.560   5.343
    4    H    GLU   7           HN       GLU   7  -4.305   4.365   7.257
    5    HB3  GLU   7           HB1      GLU   7  -5.200   6.706   6.475
    6    HG3  GLU   7           HG1      GLU   7  -6.496   4.364   5.044

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LEU   8           HA       LEU   8  -9.355   2.702   6.781
    2    HB2  LEU   8           HB2      LEU   8  -7.102   0.862   6.029
    3    HG   LEU   8           HG       LEU   8  -8.361   0.413   3.991
    4   HD13  LEU   8          HD11      LEU   8 -10.497   1.438   3.487
    5   HD12  LEU   8          HD12      LEU   8 -10.559   2.182   5.087
    6   HD11  LEU   8          HD13      LEU   8 -10.612   0.424   4.924
    7   HD21  LEU   8          HD21      LEU   8  -6.921   2.383   3.967
    8   HD23  LEU   8          HD22      LEU   8  -8.255   3.396   4.523
    9   HD22  LEU   8          HD23      LEU   8  -8.333   2.619   2.938
   10    H    LEU   8           HN       LEU   8  -6.478   2.837   6.846
   11    HB3  LEU   8           HB1      LEU   8  -8.631   0.100   6.395

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   GLU   9           HA       GLU   9  -6.941   1.358  11.283
    2    HB2  GLU   9           HB2      GLU   9  -8.755   1.392  12.816
    3    HG2  GLU   9           HG2      GLU   9 -10.731   1.207  10.532
    4    H    GLU   9           HN       GLU   9  -7.210   2.433   9.327
    5    HB3  GLU   9           HB1      GLU   9  -9.102   2.685  11.682
    6    HG3  GLU   9           HG1      GLU   9 -10.397  -0.058  11.706

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ALA  10           HA       ALA  10  -8.596  -2.525   9.106
    2    HB3  ALA  10           HB1      ALA  10  -7.321  -3.345   7.192
    3    HB2  ALA  10           HB2      ALA  10  -6.092  -2.107   7.465
    4    HB1  ALA  10           HB3      ALA  10  -7.729  -1.637   7.006
    5    H    ALA  10           HN       ALA  10  -6.874  -0.274   8.974

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ALA  11           HA       ALA  11  -4.541  -4.375  11.196
    2    HB1  ALA  11           HB1      ALA  11  -4.783  -2.128  13.230
    3    HB2  ALA  11           HB2      ALA  11  -3.523  -2.280  12.008
    4    HB3  ALA  11           HB3      ALA  11  -3.636  -3.472  13.301
    5    H    ALA  11           HN       ALA  11  -5.715  -1.847  10.830

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   SER  12           HA       SER  12  -7.621  -4.879  14.898
    2    HB2  SER  12           HB2      SER  12  -8.261  -2.520  15.373
    3    HG   SER  12           HG       SER  12 -10.610  -4.118  15.226
    4    H    SER  12           HN       SER  12  -7.076  -2.748  13.108
    5    HB3  SER  12           HB1      SER  12  -9.446  -2.574  14.069

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   SER  13           HA       SER  13 -11.375  -5.617  11.865
    2    HB2  SER  13           HB2      SER  13 -10.035  -4.295   9.466
    3    HG   SER  13           HG       SER  13 -11.647  -2.673   9.849
    4    H    SER  13           HN       SER  13  -9.254  -3.774  11.915
    5    HB3  SER  13           HB1      SER  13 -11.684  -4.924   9.538

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ARG  14           HA       ARG  14  -8.320  -8.235   9.122
    2    HB2  ARG  14           HB2      ARG  14  -6.399  -6.688   8.792
    3    HG2  ARG  14           HG2      ARG  14  -4.479  -8.235   8.819
    4    HD2  ARG  14           HD2      ARG  14  -7.056  -9.604   7.983
    5    HE   ARG  14           HE       ARG  14  -4.531 -10.705   7.879
    6   HH11  ARG  14          HH11      ARG  14  -6.885  -9.764   5.446
    7   HH12  ARG  14          HH12      ARG  14  -6.438 -11.037   4.358
    8   HH21  ARG  14          HH21      ARG  14  -3.954 -12.341   6.426
    9   HH22  ARG  14          HH22      ARG  14  -4.795 -12.502   4.920
   10    H    ARG  14           HN       ARG  14  -8.092  -5.817  10.579
   11    HB3  ARG  14           HB1      ARG  14  -5.847  -7.011  10.426
   12    HG3  ARG  14           HG1      ARG  14  -5.398  -9.372   9.811
   13    HD3  ARG  14           HD1      ARG  14  -6.103  -8.488   6.994

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   MET  15           HA       MET  15  -6.545 -10.116  13.184
    2    HB2  MET  15           HB2      MET  15  -7.101  -7.610  14.810
    3    HG2  MET  15           HG2      MET  15  -4.524  -9.094  14.216
    4    HE2  MET  15           HE1      MET  15  -1.996  -6.834  16.024
    5    HE1  MET  15           HE2      MET  15  -2.433  -6.926  14.317
    6    HE3  MET  15           HE3      MET  15  -2.281  -8.404  15.272
    7    H    MET  15           HN       MET  15  -7.205  -7.492  12.407
    8    HB3  MET  15           HB1      MET  15  -6.598  -9.128  15.551
    9    HG3  MET  15           HG1      MET  15  -5.026  -7.571  13.485

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   GLU  16           HA       GLU  16 -11.075 -10.131  14.942
    2    HB2  GLU  16           HB2      GLU  16 -11.928  -8.112  12.828
    3    HG2  GLU  16           HG2      GLU  16 -12.225  -7.955  15.847
    4    H    GLU  16           HN       GLU  16  -9.564  -8.314  13.375
    5    HB3  GLU  16           HB1      GLU  16 -13.069  -9.010  13.830
    6    HG3  GLU  16           HG1      GLU  16 -10.919  -7.180  14.948

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   MET  17           HA       MET  17 -12.036 -12.130  10.698
    2    HB2  MET  17           HB2      MET  17  -9.739 -10.747   9.256
    3    HG2  MET  17           HG2      MET  17 -12.739 -10.598   8.818
    4    HE2  MET  17           HE1      MET  17  -9.126  -9.750   7.368
    5    HE1  MET  17           HE2      MET  17  -9.801  -8.157   7.719
    6    HE3  MET  17           HE3      MET  17  -9.556  -8.674   6.045
    7    H    MET  17           HN       MET  17 -10.475  -9.870  11.459
    8    HB3  MET  17           HB1      MET  17 -10.698 -12.044   8.554
    9    HG3  MET  17           HG1      MET  17 -11.681  -9.293   9.354

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   LEU  18           HA       LEU  18  -7.784 -14.377  11.082
    2    HB2  LEU  18           HB2      LEU  18  -6.564 -12.507  13.143
    3    HG   LEU  18           HG       LEU  18  -6.455 -11.294  11.062
    4   HD12  LEU  18          HD11      LEU  18  -3.775 -12.599  11.587
    5   HD11  LEU  18          HD12      LEU  18  -4.448 -11.201  12.430
    6   HD13  LEU  18          HD13      LEU  18  -4.045 -11.082  10.720
    7   HD23  LEU  18          HD21      LEU  18  -5.476 -12.210   8.999
    8   HD22  LEU  18          HD22      LEU  18  -6.936 -13.068   9.476
    9   HD21  LEU  18          HD23      LEU  18  -5.356 -13.797   9.759
   10    H    LEU  18           HN       LEU  18  -8.656 -11.739  11.770
   11    HB3  LEU  18           HB1      LEU  18  -5.785 -13.915  12.433

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   GLN  19           HA       GLN  19  -9.197 -15.065  15.715
    2    HB2  GLN  19           HB2      GLN  19 -11.433 -13.063  15.198
    3    HG2  GLN  19           HG2      GLN  19  -9.516 -13.046  17.534
    4   HE21  GLN  19          HE21      GLN  19  -9.355 -10.116  17.023
    5   HE22  GLN  19          HE22      GLN  19 -10.833  -9.463  17.630
    6    H    GLN  19           HN       GLN  19  -9.426 -12.980  13.815
    7    HB3  GLN  19           HB1      GLN  19 -11.418 -14.148  16.584
    8    HG3  GLN  19           HG1      GLN  19  -9.219 -12.139  16.054

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   ARG  20           HA       ARG  20 -13.129 -16.846  13.734
    2    HB2  ARG  20           HB2      ARG  20 -14.753 -16.048  12.104
    3    HG2  ARG  20           HG2      ARG  20 -12.807 -13.812  11.464
    4    HD2  ARG  20           HD2      ARG  20 -15.099 -12.927  11.574
    5    HE   ARG  20           HE       ARG  20 -15.863 -15.327  10.208
    6   HH11  ARG  20          HH11      ARG  20 -16.748 -11.951  10.610
    7   HH12  ARG  20          HH12      ARG  20 -18.398 -12.214  10.152
    8   HH21  ARG  20          HH21      ARG  20 -18.029 -15.649   9.604
    9   HH22  ARG  20          HH22      ARG  20 -19.117 -14.298   9.561
   10    H    ARG  20           HN       ARG  20 -11.761 -14.330  13.319
   11    HB3  ARG  20           HB1      ARG  20 -14.348 -14.732  13.203
   12    HG3  ARG  20           HG1      ARG  20 -13.334 -15.087  10.362
   13    HD3  ARG  20           HD1      ARG  20 -14.497 -12.964   9.914

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   GLU  21           HA       GLU  21 -10.897 -18.011   9.765
    2    HB2  GLU  21           HB2      GLU  21  -9.925 -15.712   9.247
    3    HG2  GLU  21           HG2      GLU  21  -8.041 -16.461   7.794
    4    H    GLU  21           HN       GLU  21 -10.423 -16.025  11.891
    5    HB3  GLU  21           HB1      GLU  21  -8.480 -16.185  10.120
    6    HG3  GLU  21           HG1      GLU  21  -8.176 -18.072   8.499

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   TYR  22           HA       TYR  22  -6.989 -19.846  11.470
    2    HB2  TYR  22           HB2      TYR  22  -5.847 -17.449  12.963
    3    HD1  TYR  22           HD1      TYR  22  -4.319 -15.970  11.818
    4    HD2  TYR  22           HD2      TYR  22  -6.074 -19.242   9.707
    5    HE1  TYR  22           HE1      TYR  22  -3.536 -15.024   9.695
    6    HE2  TYR  22           HE2      TYR  22  -5.292 -18.289   7.583
    7    HH   TYR  22           HH       TYR  22  -4.644 -16.091   6.676
    8    H    TYR  22           HN       TYR  22  -8.089 -17.181  11.862
    9    HB3  TYR  22           HB1      TYR  22  -4.978 -18.941  12.616

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   SER  23           HA       SER  23  -8.452 -19.732  16.115
    2    HB2  SER  23           HB2      SER  23  -6.388 -20.517  17.359
    3    HG   SER  23           HG       SER  23  -5.123 -19.064  15.295
    4    H    SER  23           HN       SER  23  -7.297 -17.804  14.420
    5    HB3  SER  23           HB1      SER  23  -6.431 -21.078  15.691

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   THR  24           HA       THR  24  -7.280 -16.421  18.993
    2    HB   THR  24           HB       THR  24  -9.202 -16.036  20.568
    3    HG1  THR  24           HG1      THR  24 -10.537 -17.620  20.920
    4   HG21  THR  24          HG21      THR  24 -10.053 -16.393  17.679
    5   HG23  THR  24          HG22      THR  24  -9.280 -14.963  18.366
    6   HG22  THR  24          HG23      THR  24 -10.899 -15.425  18.893
    7    H    THR  24           HN       THR  24  -8.537 -19.020  18.308

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   LEU  25           HA       LEU  25  -5.753 -18.831  22.364
    2    HB2  LEU  25           HB2      LEU  25  -4.172 -16.769  21.995
    3    HG   LEU  25           HG       LEU  25  -4.221 -18.036  24.765
    4   HD12  LEU  25          HD11      LEU  25  -2.755 -18.900  22.251
    5   HD11  LEU  25          HD12      LEU  25  -4.124 -19.732  23.000
    6   HD13  LEU  25          HD13      LEU  25  -2.588 -19.624  23.851
    7   HD22  LEU  25          HD21      LEU  25  -1.836 -17.437  24.854
    8   HD21  LEU  25          HD22      LEU  25  -2.850 -16.000  24.717
    9   HD23  LEU  25          HD23      LEU  25  -1.975 -16.606  23.302
   10    H    LEU  25           HN       LEU  25  -6.439 -16.278  21.118
   11    HB3  LEU  25           HB1      LEU  25  -4.971 -16.088  23.409

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ARG  26           HA       ARG  26  -9.123 -18.037  25.149
    2    HB2  ARG  26           HB2      ARG  26 -10.024 -20.185  26.016
    3    HG2  ARG  26           HG2      ARG  26  -8.083 -21.727  24.304
    4    HD2  ARG  26           HD2      ARG  26 -10.202 -22.795  25.148
    5    HE   ARG  26           HE       ARG  26  -9.493 -21.711  27.602
    6   HH11  ARG  26          HH11      ARG  26 -10.344 -24.910  26.432
    7   HH12  ARG  26          HH12      ARG  26 -11.005 -25.404  27.957
    8   HH21  ARG  26          HH21      ARG  26 -10.351 -22.391  29.579
    9   HH22  ARG  26          HH22      ARG  26 -11.017 -23.986  29.722
   10    H    ARG  26           HN       ARG  26  -7.056 -19.680  23.891
   11    HB3  ARG  26           HB1      ARG  26  -9.843 -20.191  24.266
   12    HG3  ARG  26           HG1      ARG  26  -7.658 -21.365  25.974
   13    HD3  ARG  26           HD1      ARG  26  -8.708 -23.608  25.642

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   SER  27           HA       SER  27  -6.238 -18.736  28.798
    2    HB2  SER  27           HB2      SER  27  -6.293 -21.769  28.358
    3    HG   SER  27           HG       SER  27  -8.316 -19.948  29.041
    4    H    SER  27           HN       SER  27  -6.215 -19.838  26.094
    5    HB3  SER  27           HB1      SER  27  -6.200 -20.938  29.912

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   VAL  28           HA       VAL  28  -2.039 -20.400  28.504
    2    HB   VAL  28           HB       VAL  28  -1.669 -17.587  29.641
    3    H    VAL  28           HN       VAL  28  -4.213 -18.912  29.830

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   GLN  29           HA       GLN  29  -1.029 -21.017  32.819
    2    HB2  GLN  29           HB2      GLN  29  -1.162 -23.407  33.319
    3    HG2  GLN  29           HG2      GLN  29  -1.293 -23.912  30.333
    4   HE21  GLN  29          HE21      GLN  29  -1.858 -25.236  33.551
    5   HE22  GLN  29          HE22      GLN  29  -2.485 -26.748  33.008
    6    H    GLN  29           HN       GLN  29  -1.025 -21.653  29.927
    7    HB3  GLN  29           HB1      GLN  29  -2.512 -22.975  32.275
    8    HG3  GLN  29           HG1      GLN  29   0.035 -24.366  31.390

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   TYR  30           HA       TYR  30   3.315 -21.831  32.133
    2    HB2  TYR  30           HB2      TYR  30   3.540 -19.765  33.456
    3    HD1  TYR  30           HD1      TYR  30   5.081 -21.106  36.277
    4    HD2  TYR  30           HD2      TYR  30   5.550 -21.000  32.033
    5    HE1  TYR  30           HE1      TYR  30   7.461 -21.675  36.516
    6    HE2  TYR  30           HE2      TYR  30   7.927 -21.558  32.278
    7    HH   TYR  30           HH       TYR  30   9.693 -21.426  33.964
    8    H    TYR  30           HN       TYR  30   1.007 -21.053  33.754
    9    HB3  TYR  30           HB1      TYR  30   3.182 -20.644  34.941

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   ARG  31           HA       ARG  31   3.693 -25.512  34.636
    2    HB2  ARG  31           HB2      ARG  31   4.677 -26.178  31.826
    3    HG2  ARG  31           HG2      ARG  31   1.991 -26.602  33.167
    4    HD2  ARG  31           HD2      ARG  31   1.302 -27.776  31.104
    5    HE   ARG  31           HE       ARG  31   3.109 -28.985  32.985
    6   HH11  ARG  31          HH11      ARG  31   1.206 -29.625  30.088
    7   HH12  ARG  31          HH12      ARG  31   1.153 -31.337  30.362
    8   HH21  ARG  31          HH21      ARG  31   3.022 -31.223  33.311
    9   HH22  ARG  31          HH22      ARG  31   2.197 -32.237  32.176
   10    H    ARG  31           HN       ARG  31   4.419 -23.685  32.422
   11    HB3  ARG  31           HB1      ARG  31   4.421 -27.362  33.110
   12    HG3  ARG  31           HG1      ARG  31   2.329 -25.666  31.710
   13    HD3  ARG  31           HD1      ARG  31   2.976 -27.767  30.546

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   SER  32           HA       SER  32   7.757 -24.209  35.737
    2    HB2  SER  32           HB2      SER  32   7.920 -24.544  38.238
    3    HG   SER  32           HG       SER  32   5.989 -25.315  39.246
    4    H    SER  32           HN       SER  32   5.188 -25.435  36.132
    5    HB3  SER  32           HB1      SER  32   6.463 -23.690  37.727

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   GLU  33           HA       GLU  33   9.183 -28.653  36.822
    2    HB2  GLU  33           HB2      GLU  33   8.082 -30.815  36.834
    3    HG2  GLU  33           HG2      GLU  33   6.415 -30.437  34.978
    4    H    GLU  33           HN       GLU  33   6.599 -27.477  36.517
    5    HB3  GLU  33           HB1      GLU  33   7.173 -29.676  37.812
    6    HG3  GLU  33           HG1      GLU  33   5.807 -31.259  36.414

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLU  34           HA       GLU  34   8.839 -29.477  32.210
    2    HB2  GLU  34           HB2      GLU  34   6.531 -27.562  31.700
    3    HG2  GLU  34           HG2      GLU  34   5.740 -29.427  33.068
    4    H    GLU  34           HN       GLU  34   7.173 -28.012  34.102
    5    HB3  GLU  34           HB1      GLU  34   7.242 -28.680  30.530
    6    HG3  GLU  34           HG1      GLU  34   5.104 -29.516  31.422

  No H/Q in entry =           6
  In of MODEL   13
    1    HA3  GLY  35           HA2      GLY  35   9.888 -24.414  33.358
    2    H    GLY  35           HN       GLY  35   8.631 -26.307  33.573
    3    HA2  GLY  35           HA1      GLY  35  11.037 -25.355  32.415

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   VAL  36           HA       VAL  36   8.396 -23.292  29.166
    2    HB   VAL  36           HB       VAL  36   7.108 -24.645  27.595
    3    H    VAL  36           HN       VAL  36   7.690 -25.077  31.426

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   ILE  37           HA       ILE  37   4.271 -21.766  30.036
    2    HB   ILE  37           HB       ILE  37   5.177 -19.949  27.746
    3   HD11  ILE  37          HD11      ILE  37   5.353 -17.416  29.598
    4   HD13  ILE  37          HD12      ILE  37   6.598 -17.873  28.430
    5   HD12  ILE  37          HD13      ILE  37   7.016 -17.662  30.128
    6    H    ILE  37           HN       ILE  37   6.655 -22.067  28.319

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   VAL  38           HA       VAL  38   2.181 -23.684  26.594
    2    HB   VAL  38           HB       VAL  38   0.752 -24.481  29.170
    3    H    VAL  38           HN       VAL  38   2.451 -22.692  29.352

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   PHE  39           HA       PHE  39  -0.964 -20.536  26.162
    2    HB2  PHE  39           HB2      PHE  39   0.357 -20.907  23.435
    3    HD1  PHE  39           HD1      PHE  39  -0.070 -17.724  25.171
    4    HD2  PHE  39           HD2      PHE  39   2.674 -20.892  24.331
    5    HE1  PHE  39           HE1      PHE  39   1.790 -16.299  25.899
    6    HE2  PHE  39           HE2      PHE  39   4.536 -19.471  25.072
    7    HZ   PHE  39           HZ       PHE  39   4.094 -17.164  25.858
    8    H    PHE  39           HN       PHE  39   1.196 -22.300  25.333
    9    HB3  PHE  39           HB1      PHE  39  -0.774 -19.630  23.865

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   ILE  40           HA       ILE  40  -3.507 -24.026  24.856
    2    HB   ILE  40           HB       ILE  40  -5.186 -22.577  26.960
    3   HD13  ILE  40          HD11      ILE  40  -3.722 -24.632  29.775
    4   HD12  ILE  40          HD12      ILE  40  -5.246 -24.991  28.966
    5   HD11  ILE  40          HD13      ILE  40  -4.859 -23.331  29.427
    6    H    ILE  40           HN       ILE  40  -2.744 -21.790  26.514

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LEU  41           HA       LEU  41  -5.640 -21.292  22.051
    2    HB2  LEU  41           HB2      LEU  41  -4.699 -23.817  20.714
    3    HG   LEU  41           HG       LEU  41  -3.244 -21.759  20.691
    4   HD11  LEU  41          HD11      LEU  41  -4.237 -22.603  17.949
    5   HD13  LEU  41          HD12      LEU  41  -2.961 -23.388  18.882
    6   HD12  LEU  41          HD13      LEU  41  -2.725 -21.749  18.280
    7   HD22  LEU  41          HD21      LEU  41  -4.986 -20.062  20.687
    8   HD21  LEU  41          HD22      LEU  41  -5.532 -20.579  19.089
    9   HD23  LEU  41          HD23      LEU  41  -3.941 -19.846  19.286
   10    H    LEU  41           HN       LEU  41  -4.287 -23.697  22.890
   11    HB3  LEU  41           HB1      LEU  41  -5.957 -22.899  19.904

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ALA  42           HA       ALA  42  -9.823 -22.426  22.611
    2    HB1  ALA  42           HB1      ALA  42  -9.971 -20.775  20.063
    3    HB2  ALA  42           HB2      ALA  42 -10.023 -20.145  21.708
    4    HB3  ALA  42           HB3      ALA  42 -11.333 -21.169  21.120
    5    H    ALA  42           HN       ALA  42  -7.731 -21.149  21.184

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ASN  43           HA       ASN  43 -10.042 -25.251  18.805
    2    HB2  ASN  43           HB2      ASN  43  -8.365 -25.522  16.915
    3   HD21  ASN  43          HD21      ASN  43  -6.142 -25.695  17.156
    4   HD22  ASN  43          HD22      ASN  43  -5.090 -24.355  17.380
    5    H    ASN  43           HN       ASN  43  -8.196 -23.157  19.661
    6    HB3  ASN  43           HB1      ASN  43  -9.091 -23.921  17.036

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ASP  44           HA       ASP  44  -7.190 -26.698  22.696
    2    HB2  ASP  44           HB2      ASP  44  -8.573 -28.709  20.873
    3    H    ASP  44           HN       ASP  44  -8.227 -25.233  21.340
    4    HB3  ASP  44           HB1      ASP  44  -7.724 -29.180  22.341

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   ARG  45           HA       ARG  45  -3.466 -27.774  20.646
    2    HB2  ARG  45           HB2      ARG  45  -3.992 -26.618  18.523
    3    HG2  ARG  45           HG2      ARG  45  -1.248 -25.833  19.549
    4    HD2  ARG  45           HD2      ARG  45  -1.799 -24.548  17.556
    5    HE   ARG  45           HE       ARG  45  -3.022 -26.966  16.604
    6   HH11  ARG  45          HH11      ARG  45  -1.423 -24.038  15.491
    7   HH12  ARG  45          HH12      ARG  45  -2.215 -24.066  13.948
    8   HH21  ARG  45          HH21      ARG  45  -4.045 -26.980  14.590
    9   HH22  ARG  45          HH22      ARG  45  -3.710 -25.718  13.444
   10    H    ARG  45           HN       ARG  45  -5.443 -25.601  21.035
   11    HB3  ARG  45           HB1      ARG  45  -3.604 -25.065  19.251
   12    HG3  ARG  45           HG1      ARG  45  -1.665 -27.346  18.730
   13    HD3  ARG  45           HD1      ARG  45  -0.615 -25.795  17.168

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   GLU  46           HA       GLU  46  -1.611 -25.495  23.998
    2    HB2  GLU  46           HB2      GLU  46  -0.410 -28.299  24.072
    3    HG2  GLU  46           HG2      GLU  46  -1.883 -28.666  26.069
    4    H    GLU  46           HN       GLU  46  -2.025 -27.782  22.234
    5    HB3  GLU  46           HB1      GLU  46  -0.252 -27.094  25.339
    6    HG3  GLU  46           HG1      GLU  46  -2.746 -27.191  25.644

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   LEU  47           HA       LEU  47   2.023 -24.699  21.438
    2    HB2  LEU  47           HB2      LEU  47   0.749 -22.072  22.183
    3    HG   LEU  47           HG       LEU  47  -0.164 -23.187  20.152
    4   HD13  LEU  47          HD11      LEU  47  -0.180 -20.743  20.230
    5   HD12  LEU  47          HD12      LEU  47   0.082 -21.305  18.579
    6   HD11  LEU  47          HD13      LEU  47   1.438 -20.690  19.530
    7   HD21  LEU  47          HD21      LEU  47   1.852 -24.465  19.518
    8   HD23  LEU  47          HD22      LEU  47   2.670 -22.963  19.070
    9   HD22  LEU  47          HD23      LEU  47   1.251 -23.500  18.165
   10    H    LEU  47           HN       LEU  47  -0.327 -23.967  22.963
   11    HB3  LEU  47           HB1      LEU  47   2.358 -22.105  21.480

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   LYS  48           HA       LYS  48   4.444 -24.562  25.154
    2    HB2  LYS  48           HB2      LYS  48   4.472 -26.947  24.666
    3    HG2  LYS  48           HG2      LYS  48   7.333 -25.944  24.804
    4    HD2  LYS  48           HD2      LYS  48   7.162 -28.387  24.102
    5    HE2  LYS  48           HE2      LYS  48   6.740 -29.987  26.027
    6    HZ2  LYS  48           HZ1      LYS  48   4.373 -30.088  25.733
    7    HZ1  LYS  48           HZ2      LYS  48   5.119 -29.788  24.245
    8    HZ3  LYS  48           HZ3      LYS  48   4.341 -28.535  25.068
    9    H    LYS  48           HN       LYS  48   3.836 -25.237  22.352
   10    HB3  LYS  48           HB1      LYS  48   5.503 -26.700  23.258
   11    HG3  LYS  48           HG1      LYS  48   6.290 -26.326  26.171
   12    HD3  LYS  48           HD1      LYS  48   8.065 -28.063  25.580
   13    HE3  LYS  48           HE1      LYS  48   5.946 -28.659  26.863

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   PHE  49           HA       PHE  49   8.137 -22.480  23.850
    2    HB2  PHE  49           HB2      PHE  49   6.036 -20.275  24.114
    3    HD1  PHE  49           HD1      PHE  49   8.488 -20.633  21.392
    4    HD2  PHE  49           HD2      PHE  49   4.438 -21.366  22.565
    5    HE1  PHE  49           HE1      PHE  49   7.878 -21.065  19.044
    6    HE2  PHE  49           HE2      PHE  49   3.843 -21.793  20.211
    7    HZ   PHE  49           HZ       PHE  49   5.559 -21.642  18.454
    8    H    PHE  49           HN       PHE  49   5.583 -22.717  25.301
    9    HB3  PHE  49           HB1      PHE  49   7.701 -19.985  23.625

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   ARG  50           HA       ARG  50   9.268 -21.994  28.130
    2    HB2  ARG  50           HB2      ARG  50  11.859 -21.611  26.568
    3    HG2  ARG  50           HG2      ARG  50  10.930 -24.082  28.059
    4    HD2  ARG  50           HD2      ARG  50  13.457 -23.564  26.456
    5    HE   ARG  50           HE       ARG  50  12.302 -26.044  27.280
    6   HH11  ARG  50          HH11      ARG  50  15.394 -24.437  26.819
    7   HH12  ARG  50          HH12      ARG  50  16.280 -25.918  26.691
    8   HH21  ARG  50          HH21      ARG  50  13.482 -27.976  27.126
    9   HH22  ARG  50          HH22      ARG  50  15.196 -27.928  26.877
   10    H    ARG  50           HN       ARG  50   9.727 -22.249  25.340
   11    HB3  ARG  50           HB1      ARG  50  11.758 -21.770  28.317
   12    HG3  ARG  50           HG1      ARG  50  11.023 -23.919  26.300
   13    HD3  ARG  50           HD1      ARG  50  13.379 -23.694  28.216

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   PRO  51           HA       PRO  51   9.350 -17.523  28.977
    2    HB2  PRO  51           HB2      PRO  51  11.431 -18.215  31.051
    3    HG2  PRO  51           HG2      PRO  51  10.026 -19.736  32.154
    4    HD2  PRO  51           HD2      PRO  51  10.720 -20.973  30.296
    5    HB3  PRO  51           HB1      PRO  51   9.957 -17.244  31.219
    6    HG3  PRO  51           HG1      PRO  51   8.571 -19.136  31.329
    7    HD3  PRO  51           HD1      PRO  51   8.962 -21.028  30.034

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   ASP  52           HA       ASP  52  13.963 -16.858  28.147
    2    HB2  ASP  52           HB2      ASP  52  15.939 -18.315  28.227
    3    H    ASP  52           HN       ASP  52  12.474 -19.227  28.887
    4    HB3  ASP  52           HB1      ASP  52  14.964 -18.500  29.675

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   ASP  53           HA       ASP  53  13.478 -18.617  23.843
    2    HB2  ASP  53           HB2      ASP  53  10.673 -19.637  24.475
    3    H    ASP  53           HN       ASP  53  11.998 -18.823  26.375
    4    HB3  ASP  53           HB1      ASP  53  11.346 -19.581  22.852

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   LEU  54           HA       LEU  54   9.883 -15.575  23.268
    2    HB2  LEU  54           HB2      LEU  54   8.783 -15.800  26.089
    3    HG   LEU  54           HG       LEU  54   8.598 -17.955  24.791
    4   HD11  LEU  54          HD11      LEU  54   6.999 -17.398  26.554
    5   HD13  LEU  54          HD12      LEU  54   6.229 -18.302  25.255
    6   HD12  LEU  54          HD13      LEU  54   5.973 -16.558  25.386
    7   HD21  LEU  54          HD21      LEU  54   8.439 -17.016  22.523
    8   HD23  LEU  54          HD22      LEU  54   6.868 -16.306  22.908
    9   HD22  LEU  54          HD23      LEU  54   7.061 -18.060  22.870
   10    H    LEU  54           HN       LEU  54  10.781 -17.157  25.568
   11    HB3  LEU  54           HB1      LEU  54   7.993 -14.971  24.751

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   GLN  55           HA       GLN  55  11.879 -11.869  24.492
    2    HB2  GLN  55           HB2      GLN  55  11.070 -11.275  22.242
    3    HG2  GLN  55           HG2      GLN  55  10.478  -9.061  24.229
    4   HE21  GLN  55          HE21      GLN  55  12.355  -8.815  21.321
    5   HE22  GLN  55          HE22      GLN  55  11.293  -7.734  20.492
    6    H    GLN  55           HN       GLN  55   9.888 -13.369  23.157
    7    HB3  GLN  55           HB1      GLN  55   9.470 -10.912  22.889
    8    HG3  GLN  55           HG1      GLN  55  12.036  -9.393  23.474

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   ALA  56           HA       ALA  56   7.888  -9.976  26.759
    2    HB1  ALA  56           HB1      ALA  56   6.501 -12.698  26.749
    3    HB2  ALA  56           HB2      ALA  56   6.058 -11.317  25.751
    4    HB3  ALA  56           HB3      ALA  56   5.867 -11.227  27.505
    5    H    ALA  56           HN       ALA  56   8.345 -12.044  24.972

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   THR  57           HA       THR  57   8.995 -12.852  30.280
    2    HB   THR  57           HB       THR  57   8.777 -15.353  30.241
    3    HG1  THR  57           HG1      THR  57   9.792 -15.265  27.926
    4   HG23  THR  57          HG21      THR  57   6.502 -15.409  29.319
    5   HG22  THR  57          HG22      THR  57   6.804 -13.905  28.447
    6   HG21  THR  57          HG23      THR  57   6.761 -13.912  30.207
    7    H    THR  57           HN       THR  57   9.225 -13.140  27.346

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   TYR  58           HA       TYR  58  13.343 -14.307  28.932
    2    HB2  TYR  58           HB2      TYR  58  13.086 -13.265  26.591
    3    HD1  TYR  58           HD1      TYR  58  14.621 -15.316  26.702
    4    HD2  TYR  58           HD2      TYR  58  16.018 -11.358  27.499
    5    HE1  TYR  58           HE1      TYR  58  16.933 -16.049  26.300
    6    HE2  TYR  58           HE2      TYR  58  18.328 -12.092  27.089
    7    HH   TYR  58           HH       TYR  58  19.106 -14.996  25.607
    8    H    TYR  58           HN       TYR  58  11.267 -12.522  28.042
    9    HB3  TYR  58           HB1      TYR  58  13.650 -11.754  27.290

  No H/Q in entry =           9
  In of MODEL   13
    1    HA3  GLY  59           HA2      GLY  59  14.987 -12.989  32.813
    2    H    GLY  59           HN       GLY  59  13.662 -14.014  31.110
    3    HA2  GLY  59           HA1      GLY  59  14.728 -11.420  32.072

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   ALA  60           HA       ALA  60  10.819 -11.746  34.498
    2    HB3  ALA  60           HB1      ALA  60   8.612 -12.555  33.757
    3    HB1  ALA  60           HB2      ALA  60   9.375 -13.541  32.505
    4    HB2  ALA  60           HB3      ALA  60   9.471 -11.780  32.424
    5    H    ALA  60           HN       ALA  60  11.865 -13.246  32.192

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   THR  61           HA       THR  61  10.835 -15.437  36.941
    2    HB   THR  61           HB       THR  61   9.659 -14.997  39.166
    3    HG1  THR  61           HG1      THR  61   9.319 -12.524  39.313
    4   HG22  THR  61          HG21      THR  61  11.326 -13.343  39.953
    5   HG21  THR  61          HG22      THR  61  11.742 -12.962  38.280
    6   HG23  THR  61          HG23      THR  61  12.062 -14.574  38.927
    7    H    THR  61           HN       THR  61   9.792 -12.802  36.261

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   PRO  62           HA       PRO  62   7.289 -18.035  36.030
    2    HB2  PRO  62           HB2      PRO  62   7.611 -18.890  38.920
    3    HG2  PRO  62           HG2      PRO  62   9.829 -19.623  38.512
    4    HD2  PRO  62           HD2      PRO  62  10.014 -17.314  38.783
    5    HB3  PRO  62           HB1      PRO  62   7.414 -19.892  37.474
    6    HG3  PRO  62           HG1      PRO  62   9.632 -19.494  36.749
    7    HD3  PRO  62           HD1      PRO  62  10.712 -17.478  37.155

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   GLU  63           HA       GLU  63   4.609 -16.361  39.803
    2    HB2  GLU  63           HB2      GLU  63   6.201 -13.781  40.107
    3    HG2  GLU  63           HG2      GLU  63   7.846 -15.476  40.611
    4    H    GLU  63           HN       GLU  63   7.260 -16.049  38.891
    5    HB3  GLU  63           HB1      GLU  63   5.039 -14.492  41.233
    6    HG3  GLU  63           HG1      GLU  63   7.300 -14.693  42.097

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLN  64           HA       GLN  64   3.830 -12.433  37.108
    2    HB2  GLN  64           HB2      GLN  64   6.403 -12.692  35.504
    3    HG2  GLN  64           HG2      GLN  64   5.876 -10.806  37.821
    4   HE21  GLN  64          HE21      GLN  64   6.498  -8.941  36.667
    5   HE22  GLN  64          HE22      GLN  64   8.112  -8.687  36.120
    6    H    GLN  64           HN       GLN  64   6.121 -14.093  37.607
    7    HB3  GLN  64           HB1      GLN  64   5.284 -11.329  35.486
    8    HG3  GLN  64           HG1      GLN  64   6.971 -12.194  37.858

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   LEU  65           HA       LEU  65   3.433 -15.316  33.330
    2    HB2  LEU  65           HB2      LEU  65   5.095 -17.620  34.503
    3    HG   LEU  65           HG       LEU  65   6.634 -15.731  34.452
    4   HD11  LEU  65          HD11      LEU  65   7.539 -17.867  33.737
    5   HD13  LEU  65          HD12      LEU  65   8.313 -16.544  32.868
    6   HD12  LEU  65          HD13      LEU  65   7.090 -17.534  32.063
    7   HD22  LEU  65          HD21      LEU  65   5.437 -14.197  33.029
    8   HD21  LEU  65          HD22      LEU  65   5.644 -15.243  31.622
    9   HD23  LEU  65          HD23      LEU  65   7.046 -14.451  32.356
   10    H    LEU  65           HN       LEU  65   4.826 -15.463  35.972
   11    HB3  LEU  65           HB1      LEU  65   4.644 -17.350  32.821

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ARG  66           HA       ARG  66   0.507 -17.797  35.867
    2    HB2  ARG  66           HB2      ARG  66   1.136 -16.254  38.439
    3    HG2  ARG  66           HG2      ARG  66   3.043 -17.691  37.919
    4    HD2  ARG  66           HD2      ARG  66   0.981 -19.904  37.708
    5    HE   ARG  66           HE       ARG  66   3.772 -20.142  38.395
    6   HH11  ARG  66          HH11      ARG  66   1.103 -21.707  36.744
    7   HH12  ARG  66          HH12      ARG  66   1.789 -23.289  36.879
    8   HH21  ARG  66          HH21      ARG  66   4.644 -22.244  38.599
    9   HH22  ARG  66          HH22      ARG  66   3.768 -23.602  37.979
   10    H    ARG  66           HN       ARG  66   2.467 -15.630  36.350
   11    HB3  ARG  66           HB1      ARG  66   0.027 -17.621  38.291
   12    HG3  ARG  66           HG1      ARG  66   2.141 -18.324  39.292
   13    HD3  ARG  66           HD1      ARG  66   2.064 -19.334  36.432

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   GLU  67           HA       GLU  67  -1.866 -13.761  36.386
    2    HB2  GLU  67           HB2      GLU  67  -1.019 -11.383  37.019
    3    HG2  GLU  67           HG2      GLU  67   1.384 -13.009  37.901
    4    H    GLU  67           HN       GLU  67   0.900 -14.432  36.907
    5    HB3  GLU  67           HB1      GLU  67  -1.100 -12.618  38.266
    6    HG3  GLU  67           HG1      GLU  67   1.379 -11.572  36.873

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ILE  68           HA       ILE  68  -0.806 -12.564  32.244
    2    HB   ILE  68           HB       ILE  68  -1.595 -15.514  32.342
    3   HD13  ILE  68          HD11      ILE  68   0.427 -17.115  32.293
    4   HD12  ILE  68          HD12      ILE  68   2.002 -16.470  31.843
    5   HD11  ILE  68          HD13      ILE  68   0.721 -16.558  30.638
    6    H    ILE  68           HN       ILE  68  -2.210 -14.086  34.355

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLU  69           HA       GLU  69  -5.069 -12.287  30.759
    2    HB2  GLU  69           HB2      GLU  69  -4.499  -9.993  31.559
    3    HG2  GLU  69           HG2      GLU  69  -5.775  -9.987  28.810
    4    H    GLU  69           HN       GLU  69  -2.146 -11.735  30.665
    5    HB3  GLU  69           HB1      GLU  69  -3.601  -9.687  30.077
    6    HG3  GLU  69           HG1      GLU  69  -6.596 -10.058  30.369

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ILE  70           HA       ILE  70  -4.444 -13.067  26.360
    2    HB   ILE  70           HB       ILE  70  -7.449 -12.505  26.521
    3   HD12  ILE  70          HD11      ILE  70  -4.693 -15.069  27.007
    4   HD11  ILE  70          HD12      ILE  70  -5.456 -15.617  25.512
    5   HD13  ILE  70          HD13      ILE  70  -5.801 -16.440  27.033
    6    H    ILE  70           HN       ILE  70  -6.107 -12.224  28.596

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   SER  71           HA       SER  71  -3.359  -9.307  24.525
    2    HB2  SER  71           HB2      SER  71  -3.327  -9.305  22.018
    3    HG   SER  71           HG       SER  71  -4.778 -11.744  22.311
    4    H    SER  71           HN       SER  71  -4.290 -11.905  24.316
    5    HB3  SER  71           HB1      SER  71  -2.702 -10.809  22.704

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   PRO  72           HA       PRO  72  -6.908  -6.520  24.082
    2    HB2  PRO  72           HB2      PRO  72  -5.792  -4.442  22.675
    3    HG2  PRO  72           HG2      PRO  72  -3.866  -5.623  21.931
    4    HD2  PRO  72           HD2      PRO  72  -2.976  -7.420  23.161
    5    HB3  PRO  72           HB1      PRO  72  -5.419  -4.756  24.381
    6    HG3  PRO  72           HG1      PRO  72  -3.275  -4.774  23.380
    7    HD3  PRO  72           HD1      PRO  72  -3.429  -6.706  24.727

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   SER  73           HA       SER  73  -7.316  -7.158  19.397
    2    HB2  SER  73           HB2      SER  73  -4.837  -8.895  19.074
    3    HG   SER  73           HG       SER  73  -4.832  -6.456  17.873
    4    H    SER  73           HN       SER  73  -5.218  -7.808  21.323
    5    HB3  SER  73           HB1      SER  73  -5.863  -8.277  17.774

  No H/Q in entry =           5
  In of MODEL   13
    1    HA3  GLY  74           HA2      GLY  74  -7.910 -11.474  22.296
    2    H    GLY  74           HN       GLY  74  -6.642  -9.645  21.674
    3    HA2  GLY  74           HA1      GLY  74  -8.980 -11.183  20.943

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   LEU  75           HA       LEU  75  -6.143 -13.983  18.699
    2    HB2  LEU  75           HB2      LEU  75  -4.011 -11.853  18.281
    3    HG   LEU  75           HG       LEU  75  -6.073 -11.302  17.047
    4   HD13  LEU  75          HD11      LEU  75  -5.125 -11.181  14.784
    5   HD12  LEU  75          HD12      LEU  75  -3.888 -12.357  15.228
    6   HD11  LEU  75          HD13      LEU  75  -3.921 -10.775  16.008
    7   HD22  LEU  75          HD21      LEU  75  -7.090 -13.526  16.895
    8   HD21  LEU  75          HD22      LEU  75  -5.819 -14.061  15.791
    9   HD23  LEU  75          HD23      LEU  75  -6.951 -12.799  15.295
   10    H    LEU  75           HN       LEU  75  -5.880 -11.285  19.735
   11    HB3  LEU  75           HB1      LEU  75  -3.959 -13.443  17.526

  No H/Q in entry =          11
  In of MODEL   13
    1    HA3  GLY  76           HA2      GLY  76  -2.325 -14.868  21.159
    2    H    GLY  76           HN       GLY  76  -3.345 -12.292  20.184
    3    HA2  GLY  76           HA1      GLY  76  -1.433 -13.358  21.012

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   VAL  77           HA       VAL  77  -2.579 -12.939  25.245
    2    HB   VAL  77           HB       VAL  77  -0.670 -14.831  24.993
    3    H    VAL  77           HN       VAL  77  -0.744 -12.834  22.937

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   TYR  78           HA       TYR  78   0.114  -9.478  26.393
    2    HB2  TYR  78           HB2      TYR  78  -2.084  -8.403  25.776
    3    HD1  TYR  78           HD1      TYR  78  -2.466  -7.009  29.021
    4    HD2  TYR  78           HD2      TYR  78   0.222  -7.036  25.694
    5    HE1  TYR  78           HE1      TYR  78  -1.469  -4.897  29.803
    6    HE2  TYR  78           HE2      TYR  78   1.210  -4.922  26.475
    7    HH   TYR  78           HH       TYR  78   0.619  -3.010  27.878
    8    H    TYR  78           HN       TYR  78  -2.019 -11.423  26.919
    9    HB3  TYR  78           HB1      TYR  78  -2.676  -8.735  27.403

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   PHE  79           HA       PHE  79   0.667 -10.813  30.625
    2    HB2  PHE  79           HB2      PHE  79   3.489 -10.409  29.545
    3    HD1  PHE  79           HD1      PHE  79   0.733 -12.752  29.803
    4    HD2  PHE  79           HD2      PHE  79   4.759 -12.394  29.097
    5    HE1  PHE  79           HE1      PHE  79   0.772 -14.983  28.805
    6    HE2  PHE  79           HE2      PHE  79   4.798 -14.628  28.106
    7    HZ   PHE  79           HZ       PHE  79   2.803 -15.933  27.955
    8    H    PHE  79           HN       PHE  79   1.500 -10.188  27.914
    9    HB3  PHE  79           HB1      PHE  79   3.064 -11.075  31.119

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   GLU  80           HA       GLU  80   0.320  -6.398  31.043
    2    HB2  GLU  80           HB2      GLU  80  -1.880  -7.318  31.812
    3    HG2  GLU  80           HG2      GLU  80  -1.288  -4.854  32.319
    4    H    GLU  80           HN       GLU  80  -0.216  -9.134  31.500
    5    HB3  GLU  80           HB1      GLU  80  -1.178  -7.696  33.377
    6    HG3  GLU  80           HG1      GLU  80  -2.666  -5.578  33.138

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   THR  81           HA       THR  81   2.531  -6.902  35.408
    2    HB   THR  81           HB       THR  81   3.249  -9.808  34.817
    3    HG1  THR  81           HG1      THR  81   1.397  -9.207  36.803
    4   HG23  THR  81          HG21      THR  81   3.772  -9.925  37.227
    5   HG22  THR  81          HG22      THR  81   3.371  -8.216  37.413
    6   HG21  THR  81          HG23      THR  81   4.766  -8.695  36.443
    7    H    THR  81           HN       THR  81   1.226  -8.602  33.634

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   LEU  82           HA       LEU  82   6.462  -7.514  32.810
    2    HB2  LEU  82           HB2      LEU  82   5.224  -8.922  30.409
    3    HG   LEU  82           HG       LEU  82   4.833 -10.447  32.250
    4   HD13  LEU  82          HD11      LEU  82   6.130 -12.362  31.606
    5   HD12  LEU  82          HD12      LEU  82   7.362 -11.345  30.857
    6   HD11  LEU  82          HD13      LEU  82   5.740 -11.419  30.172
    7   HD22  LEU  82          HD21      LEU  82   6.287  -9.483  33.935
    8   HD21  LEU  82          HD22      LEU  82   7.722 -10.041  33.066
    9   HD23  LEU  82          HD23      LEU  82   6.589 -11.206  33.756
   10    H    LEU  82           HN       LEU  82   3.668  -8.335  32.405
   11    HB3  LEU  82           HB1      LEU  82   6.939  -8.794  30.800

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   GLU  83           HA       GLU  83   2.967  -4.554  30.207
    2    HB2  GLU  83           HB2      GLU  83   5.875  -3.659  30.443
    3    HG2  GLU  83           HG2      GLU  83   3.515  -2.604  32.027
    4    H    GLU  83           HN       GLU  83   3.613  -6.250  31.549
    5    HB3  GLU  83           HB1      GLU  83   4.556  -2.654  29.847
    6    HG3  GLU  83           HG1      GLU  83   4.627  -3.823  32.650

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   GLU  84           HA       GLU  84   4.634  -6.216  26.343
    2    HB2  GLU  84           HB2      GLU  84   6.703  -6.969  27.741
    3    HG2  GLU  84           HG2      GLU  84   7.756  -8.217  25.951
    4    H    GLU  84           HN       GLU  84   3.924  -7.066  29.074
    5    HB3  GLU  84           HB1      GLU  84   6.029  -8.584  27.670
    6    HG3  GLU  84           HG1      GLU  84   6.186  -8.606  25.245

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   ASP  85           HA       ASP  85   1.987  -9.694  25.523
    2    HB2  ASP  85           HB2      ASP  85   0.892  -9.224  23.385
    3    H    ASP  85           HN       ASP  85   4.071  -7.735  24.728
    4    HB3  ASP  85           HB1      ASP  85   1.154  -7.710  24.238

  No H/Q in entry =           4
  In of MODEL   13
    1    HA   VAL  86           HA       VAL  86   4.114 -12.142  22.334
    2    HB   VAL  86           HB       VAL  86   2.643 -14.329  23.921
    3    H    VAL  86           HN       VAL  86   1.766 -11.530  24.022

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   SER  87           HA       SER  87   0.544 -11.994  19.708
    2    HB2  SER  87           HB2      SER  87   2.194 -10.651  18.450
    3    HG   SER  87           HG       SER  87   1.162 -10.887  16.619
    4    H    SER  87           HN       SER  87   3.280 -11.923  20.376
    5    HB3  SER  87           HB1      SER  87   2.986 -12.120  17.884

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   LEU  88           HA       LEU  88  -0.015 -16.328  19.205
    2    HB2  LEU  88           HB2      LEU  88  -2.362 -15.395  19.422
    3    HG   LEU  88           HG       LEU  88  -2.083 -17.713  17.481
    4   HD12  LEU  88          HD11      LEU  88  -2.405 -17.690  20.507
    5   HD11  LEU  88          HD12      LEU  88  -0.935 -18.115  19.619
    6   HD13  LEU  88          HD13      LEU  88  -2.371 -19.123  19.476
    7   HD22  LEU  88          HD21      LEU  88  -4.382 -18.301  18.114
    8   HD21  LEU  88          HD22      LEU  88  -4.333 -16.706  17.369
    9   HD23  LEU  88          HD23      LEU  88  -4.496 -16.856  19.122
   10    H    LEU  88           HN       LEU  88  -0.755 -13.603  18.999
   11    HB3  LEU  88           HB1      LEU  88  -2.405 -15.226  17.680

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ILE  89           HA       ILE  89  -0.213 -15.932  14.306
    2    HB   ILE  89           HB       ILE  89   0.516 -12.962  14.422
    3   HD13  ILE  89          HD11      ILE  89  -3.531 -14.122  13.586
    4   HD12  ILE  89          HD12      ILE  89  -2.416 -15.403  14.061
    5   HD11  ILE  89          HD13      ILE  89  -2.290 -14.665  12.459
    6    H    ILE  89           HN       ILE  89  -0.658 -14.213  16.445

  No H/Q in entry =           6
  In of MODEL   13
    1    HA3  GLY  90           HA2      GLY  90   4.462 -14.498  14.972
    2    H    GLY  90           HN       GLY  90   2.025 -13.931  16.175
    3    HA2  GLY  90           HA1      GLY  90   4.237 -14.138  16.678

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   LEU  91           HA       LEU  91   4.864 -18.212  18.053
    2    HB2  LEU  91           HB2      LEU  91   1.892 -18.271  18.683
    3    HG   LEU  91           HG       LEU  91   3.080 -16.551  19.995
    4   HD11  LEU  91          HD11      LEU  91   2.318 -18.975  21.649
    5   HD13  LEU  91          HD12      LEU  91   1.230 -17.715  21.060
    6   HD12  LEU  91          HD13      LEU  91   2.466 -17.321  22.252
    7   HD21  LEU  91          HD21      LEU  91   4.916 -18.809  20.861
    8   HD23  LEU  91          HD22      LEU  91   4.879 -17.201  21.584
    9   HD22  LEU  91          HD23      LEU  91   5.352 -17.393  19.900
   10    H    LEU  91           HN       LEU  91   2.848 -16.271  17.642
   11    HB3  LEU  91           HB1      LEU  91   3.025 -19.499  19.239

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   LEU  92           HA       LEU  92   2.089 -20.852  15.057
    2    HB2  LEU  92           HB2      LEU  92   0.931 -18.358  13.771
    3    HG   LEU  92           HG       LEU  92  -0.135 -18.869  15.987
    4   HD12  LEU  92          HD11      LEU  92  -1.940 -19.203  13.573
    5   HD11  LEU  92          HD12      LEU  92  -1.389 -17.680  14.279
    6   HD13  LEU  92          HD13      LEU  92  -2.457 -18.737  15.198
    7   HD22  LEU  92          HD21      LEU  92  -1.567 -20.857  16.218
    8   HD21  LEU  92          HD22      LEU  92   0.124 -21.301  16.021
    9   HD23  LEU  92          HD23      LEU  92  -0.992 -21.466  14.662
   10    H    LEU  92           HN       LEU  92   2.024 -18.167  15.974
   11    HB3  LEU  92           HB1      LEU  92   0.579 -19.997  13.244

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   GLU  93           HA       GLU  93   4.703 -19.054  11.499
    2    HB2  GLU  93           HB2      GLU  93   5.055 -16.249  12.647
    3    HG2  GLU  93           HG2      GLU  93   2.750 -16.522  11.927
    4    H    GLU  93           HN       GLU  93   3.554 -17.829  13.881
    5    HB3  GLU  93           HB1      GLU  93   5.653 -16.787  11.077
    6    HG3  GLU  93           HG1      GLU  93   3.621 -15.474  10.813

  No H/Q in entry =           6
  In of MODEL   13
    1    HA3  GLY  94           HA2      GLY  94   7.528 -19.905  15.696
    2    H    GLY  94           HN       GLY  94   5.598 -18.993  14.740
    3    HA2  GLY  94           HA1      GLY  94   8.371 -19.757  14.162

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   ARG  95           HA       ARG  95   9.279 -15.400  15.363
    2    HB2  ARG  95           HB2      ARG  95   7.434 -14.698  13.694
    3    HG2  ARG  95           HG2      ARG  95   7.191 -12.261  14.693
    4    HD2  ARG  95           HD2      ARG  95   9.539 -11.722  13.991
    5    HE   ARG  95           HE       ARG  95   7.596 -12.296  12.348
    6   HH11  ARG  95          HH11      ARG  95  10.816 -13.690  12.189
    7   HH12  ARG  95          HH12      ARG  95  10.775 -13.836  10.465
    8   HH21  ARG  95          HH21      ARG  95   7.536 -12.555  10.118
    9   HH22  ARG  95          HH22      ARG  95   8.909 -13.210   9.291
   10    H    ARG  95           HN       ARG  95   6.947 -16.870  14.579
   11    HB3  ARG  95           HB1      ARG  95   6.416 -14.389  15.083
   12    HG3  ARG  95           HG1      ARG  95   8.428 -12.815  15.820
   13    HD3  ARG  95           HD1      ARG  95   9.848 -13.458  13.831

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   ARG  96           HA       ARG  96   7.651 -16.113  19.591
    2    HB2  ARG  96           HB2      ARG  96   9.287 -17.315  20.961
    3    HG2  ARG  96           HG2      ARG  96  11.259 -16.502  18.867
    4    HD2  ARG  96           HD2      ARG  96  11.359 -18.862  18.449
    5    HE   ARG  96           HE       ARG  96  11.198 -19.247  21.366
    6   HH11  ARG  96          HH11      ARG  96  11.140 -20.652  18.150
    7   HH12  ARG  96          HH12      ARG  96  10.732 -22.236  18.720
    8   HH21  ARG  96          HH21      ARG  96  10.676 -21.370  22.089
    9   HH22  ARG  96          HH22      ARG  96  10.475 -22.639  20.929
   10    H    ARG  96           HN       ARG  96   9.675 -16.264  17.499
   11    HB3  ARG  96           HB1      ARG  96   9.106 -18.077  19.393
   12    HG3  ARG  96           HG1      ARG  96  11.479 -16.726  20.604
   13    HD3  ARG  96           HD1      ARG  96  12.726 -18.435  19.477

  No H/Q in entry =          13
  In of MODEL   13
    1    HA3  GLY  97           HA2      GLY  97   9.360 -12.034  20.399
    2    H    GLY  97           HN       GLY  97   9.969 -14.042  18.354
    3    HA2  GLY  97           HA1      GLY  97  11.068 -12.383  20.103

  No H/Q in entry =           3
  In of MODEL   13
    1    HA   SER  98           HA       SER  98   9.937  -9.269  16.903
    2    HB2  SER  98           HB2      SER  98  10.652  -7.471  18.339
    3    HG   SER  98           HG       SER  98  11.252  -6.737  16.413
    4    H    SER  98           HN       SER  98  10.962 -10.008  19.451
    5    HB3  SER  98           HB1      SER  98  12.240  -8.183  18.584

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   ALA  99           HA       ALA  99  12.578 -11.545  14.164
    2    HB1  ALA  99           HB1      ALA  99  11.018 -10.535  12.549
    3    HB2  ALA  99           HB2      ALA  99  12.660 -10.531  11.908
    4    HB3  ALA  99           HB3      ALA  99  11.958  -9.042  12.548
    5    H    ALA  99           HN       ALA  99  10.835  -9.445  14.841

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   LYS 100           HA       LYS 100  15.980  -8.063  14.116
    2    HB2  LYS 100           HB2      LYS 100  14.531  -6.029  14.262
    3    HG2  LYS 100           HG2      LYS 100  16.835  -5.892  16.238
    4    HD2  LYS 100           HD2      LYS 100  15.526  -3.716  14.570
    5    HE2  LYS 100           HE2      LYS 100  17.833  -3.534  16.529
    6    HZ3  LYS 100           HZ1      LYS 100  17.904  -1.231  15.795
    7    HZ2  LYS 100           HZ2      LYS 100  16.453  -1.586  16.582
    8    HZ1  LYS 100           HZ3      LYS 100  16.492  -1.461  14.896
    9    H    LYS 100           HN       LYS 100  13.212  -8.113  14.731
   10    HB3  LYS 100           HB1      LYS 100  14.412  -6.259  16.004
   11    HG3  LYS 100           HG1      LYS 100  16.988  -5.721  14.485
   12    HD3  LYS 100           HD1      LYS 100  15.401  -3.890  16.325
   13    HE3  LYS 100           HE1      LYS 100  17.965  -3.382  14.776

  No H/Q in entry =          13
  In of MODEL   13
    1    HA   TRP 101           HA       TRP 101  16.330  -8.538  18.990
    2    HB2  TRP 101           HB2      TRP 101  14.006  -8.270  19.735
    3    HD1  TRP 101           HD1      TRP 101  15.801  -8.207  21.889
    4    HE1  TRP 101           HE1      TRP 101  15.936  -9.803  23.895
    5    HE3  TRP 101           HE3      TRP 101  13.254 -12.196  19.951
    6    HZ2  TRP 101           HZ2      TRP 101  15.103 -12.397  24.577
    7    HZ3  TRP 101           HZ3      TRP 101  12.968 -14.208  21.347
    8    HH2  TRP 101           HH2      TRP 101  13.876 -14.306  23.621
    9    H    TRP 101           HN       TRP 101  14.192  -8.409  17.187
   10    HB3  TRP 101           HB1      TRP 101  13.593  -9.877  19.159

  No H/Q in entry =          10
  In of MODEL   13
    1    HA   MET 102           HA       MET 102  16.419 -13.225  18.227
    2    HB2  MET 102           HB2      MET 102  14.448 -13.215  15.920
    3    HG2  MET 102           HG2      MET 102  14.248 -14.435  18.685
    4    HE2  MET 102           HE1      MET 102  12.586 -13.886  15.128
    5    HE1  MET 102           HE2      MET 102  11.474 -13.091  16.244
    6    HE3  MET 102           HE3      MET 102  10.988 -14.571  15.415
    7    H    MET 102           HN       MET 102  14.820 -11.108  17.076
    8    HB3  MET 102           HB1      MET 102  15.299 -14.660  16.457
    9    HG3  MET 102           HG1      MET 102  13.370 -13.013  18.123

  No H/Q in entry =           9
  In of MODEL   13
    1    HA   ALA 103           HA       ALA 103  18.613 -12.610  14.016
    2    HB2  ALA 103           HB1      ALA 103  18.915 -10.558  12.667
    3    HB1  ALA 103           HB2      ALA 103  17.987  -9.635  13.854
    4    HB3  ALA 103           HB3      ALA 103  17.202 -10.908  12.917
    5    H    ALA 103           HN       ALA 103  16.765 -11.002  15.565

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   GLU 104           HA       GLU 104  21.693  -9.794  16.283
    2    HB2  GLU 104           HB2      GLU 104  19.802  -8.411  18.233
    3    HG2  GLU 104           HG2      GLU 104  20.608  -7.513  15.461
    4    H    GLU 104           HN       GLU 104  18.785 -10.007  16.408
    5    HB3  GLU 104           HB1      GLU 104  21.454  -7.944  17.822
    6    HG3  GLU 104           HG1      GLU 104  18.984  -7.759  16.078

  No H/Q in entry =           6
  In of MODEL   13
    1    HA   HIS 105           HA       HIS 105  21.222 -12.450  20.080
    2    HB2  HIS 105           HB2      HIS 105  18.413 -11.664  21.018
    3    HD1  HIS 105           HD1      HIS 105  21.226 -10.548  23.063
    4    HD2  HIS 105           HD2      HIS 105  18.777  -8.923  20.124
    5    HE1  HIS 105           HE1      HIS 105  21.512  -8.060  23.243
    6    HE2  HIS 105           HE2      HIS 105  19.890  -7.100  21.582
    7    H    HIS 105           HN       HIS 105  19.190 -11.162  18.333
    8    HB3  HIS 105           HB1      HIS 105  19.737 -12.268  22.003

  No H/Q in entry =           8
  In of MODEL   13
    1    HA   PRO 106           HA       PRO 106  18.675 -15.682  17.845
    2    HB2  PRO 106           HB2      PRO 106  20.726 -17.509  17.534
    3    HG2  PRO 106           HG2      PRO 106  22.427 -16.298  18.599
    4    HD2  PRO 106           HD2      PRO 106  22.254 -13.994  18.980
    5    HB3  PRO 106           HB1      PRO 106  20.384 -16.213  16.385
    6    HG3  PRO 106           HG1      PRO 106  22.619 -15.728  16.927
    7    HD3  PRO 106           HD1      PRO 106  21.576 -13.679  17.367

  No H/Q in entry =           7
  In of MODEL   13
    1    HA   LEU 107           HA       LEU 107  18.344 -18.268  21.432
    2    HB2  LEU 107           HB2      LEU 107  16.006 -17.906  20.592
    3    HG   LEU 107           HG       LEU 107  16.530 -20.765  21.496
    4   HD12  LEU 107          HD11      LEU 107  15.703 -19.980  23.685
    5   HD11  LEU 107          HD12      LEU 107  15.577 -18.339  23.049
    6   HD13  LEU 107          HD13      LEU 107  17.157 -19.118  23.177
    7   HD23  LEU 107          HD21      LEU 107  13.856 -19.352  21.251
    8   HD22  LEU 107          HD22      LEU 107  14.129 -20.927  22.000
    9   HD21  LEU 107          HD23      LEU 107  14.416 -20.713  20.275
   10    H    LEU 107           HN       LEU 107  17.869 -17.590  18.611
   11    HB3  LEU 107           HB1      LEU 107  16.218 -19.243  19.474

  No H/Q in entry =          11
  In of MODEL   13
    1    HA   ALA 108           HA       ALA 108  20.333 -22.141  20.333
    2    HB3  ALA 108           HB1      ALA 108  19.018 -22.830  22.993
    3    HB1  ALA 108           HB2      ALA 108  20.643 -22.178  22.789
    4    HB2  ALA 108           HB3      ALA 108  20.262 -23.786  22.174
    5    H    ALA 108           HN       ALA 108  18.804 -20.471  22.071

  No H/Q in entry =           5
  In of MODEL   13
    1    HA   SER 109           HA       SER 109  16.771 -24.238  18.595
    2    HB2  SER 109           HB2      SER 109  15.792 -21.976  18.918
    3    HG   SER 109           HG       SER 109  15.378 -22.704  16.210
    4    H    SER 109           HN       SER 109  19.111 -22.503  18.504
    5    HB3  SER 109           HB1      SER 109  16.645 -21.380  17.496

  No H/Q in entry =           5
  In of MODEL   14
    1    H1   MET   1           HT1      MET   1 -10.579  -8.441  -3.016
    2    H2   MET   1           HT3      MET   1 -11.712  -9.247  -2.060
    3    H3   MET   1           HT2      MET   1 -11.929  -9.155  -3.736
    4    HB3  MET   1           HB1      MET   1 -14.413  -6.772  -2.398
    5    HG3  MET   1           HG1      MET   1 -13.937  -9.189  -4.167
    6    HA   MET   1           HA       MET   1 -12.167  -6.754  -3.590
    7    HB2  MET   1           HB2      MET   1 -14.040  -8.390  -1.817
    8    HG2  MET   1           HG2      MET   1 -14.374  -7.574  -4.715
    9    HE1  MET   1           HE1      MET   1 -15.628 -10.769  -2.743
   10    HE3  MET   1           HE2      MET   1 -17.254 -10.266  -2.279
   11    HE2  MET   1           HE3      MET   1 -15.848  -9.488  -1.552

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   GLU   2           HA       GLU   2 -10.682  -5.541   0.546
    2    HB2  GLU   2           HB2      GLU   2  -8.515  -7.699   0.523
    3    HG2  GLU   2           HG2      GLU   2 -11.211  -7.712   1.894
    4    H    GLU   2           HN       GLU   2  -9.995  -7.360  -1.703
    5    HB3  GLU   2           HB1      GLU   2  -8.958  -6.659   1.880
    6    HG3  GLU   2           HG1      GLU   2 -10.679  -8.810   0.621

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   VAL   3           HA       VAL   3  -6.753  -3.597  -0.457
    2    HB   VAL   3           HB       VAL   3  -7.166  -1.048  -0.526
    3    H    VAL   3           HN       VAL   3  -9.300  -3.870   1.017

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   SER   4           HA       SER   4  -5.766  -3.292   3.906
    2    HB2  SER   4           HB2      SER   4  -3.345  -4.064   4.140
    3    HG   SER   4           HG       SER   4  -2.344  -4.944   2.388
    4    H    SER   4           HN       SER   4  -5.409  -4.062   1.196
    5    HB3  SER   4           HB1      SER   4  -4.458  -5.255   3.475

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ALA   5           HA       ALA   5  -3.708   0.637   3.724
    2    HB2  ALA   5           HB1      ALA   5  -5.297   1.050   1.874
    3    HB3  ALA   5           HB2      ALA   5  -5.197   2.446   2.947
    4    HB1  ALA   5           HB3      ALA   5  -6.588   1.358   3.040
    5    H    ALA   5           HN       ALA   5  -6.031  -1.133   4.145

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ASN   6           HA       ASN   6  -4.402   2.073   7.776
    2    HB2  ASN   6           HB2      ASN   6  -3.903   4.728   6.387
    3   HD21  ASN   6          HD21      ASN   6  -2.276   3.471   9.196
    4   HD22  ASN   6          HD22      ASN   6  -0.752   3.195   8.434
    5    H    ASN   6           HN       ASN   6  -3.912   2.666   5.054
    6    HB3  ASN   6           HB1      ASN   6  -3.971   4.554   8.131

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLU   7           HA       GLU   7  -8.386   4.749   7.088
    2    HB2  GLU   7           HB2      GLU   7  -9.714   5.084   5.027
    3    HG2  GLU   7           HG2      GLU   7  -7.435   3.945   3.395
    4    H    GLU   7           HN       GLU   7  -6.333   3.801   5.362
    5    HB3  GLU   7           HB1      GLU   7  -8.077   5.702   4.848
    6    HG3  GLU   7           HG1      GLU   7  -8.817   2.946   3.843

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LEU   8           HA       LEU   8 -10.426   0.549   6.226
    2    HB2  LEU   8           HB2      LEU   8  -7.976  -0.431   4.804
    3    HG   LEU   8           HG       LEU   8  -9.559  -1.506   3.255
    4   HD12  LEU   8          HD11      LEU   8 -11.775  -0.435   5.017
    5   HD11  LEU   8          HD12      LEU   8 -11.306  -2.128   4.821
    6   HD13  LEU   8          HD13      LEU   8 -11.965  -1.236   3.453
    7   HD23  LEU   8          HD21      LEU   8 -10.268   1.399   3.760
    8   HD22  LEU   8          HD22      LEU   8 -10.563   0.491   2.272
    9   HD21  LEU   8          HD23      LEU   8  -8.913   0.796   2.801
   10    H    LEU   8           HN       LEU   8  -7.776   1.625   5.643
   11    HB3  LEU   8           HB1      LEU   8  -8.929  -1.671   5.586

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   GLU   9           HA       GLU   9  -7.035   0.721  10.143
    2    HB2  GLU   9           HB2      GLU   9  -8.579   0.056  11.948
    3    HG2  GLU   9           HG2      GLU   9 -10.743  -0.258   9.862
    4    H    GLU   9           HN       GLU   9  -8.066   1.393   8.233
    5    HB3  GLU   9           HB1      GLU   9  -9.281   1.332  10.967
    6    HG3  GLU   9           HG1      GLU   9  -9.967  -1.606  10.693

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ALA  10           HA       ALA  10  -7.204  -3.537   8.106
    2    HB1  ALA  10           HB1      ALA  10  -5.992  -2.406   6.319
    3    HB3  ALA  10           HB2      ALA  10  -5.258  -3.968   6.691
    4    HB2  ALA  10           HB3      ALA  10  -4.505  -2.475   7.263
    5    H    ALA  10           HN       ALA  10  -6.271  -0.926   8.234

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ALA  11           HA       ALA  11  -3.538  -4.656  11.110
    2    HB3  ALA  11           HB1      ALA  11  -2.812  -3.399  13.109
    3    HB1  ALA  11           HB2      ALA  11  -3.939  -2.099  12.707
    4    HB2  ALA  11           HB3      ALA  11  -2.580  -2.449  11.640
    5    H    ALA  11           HN       ALA  11  -4.745  -2.227  10.272

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   SER  12           HA       SER  12  -6.862  -4.668  14.638
    2    HB2  SER  12           HB2      SER  12  -7.430  -2.269  14.849
    3    HG   SER  12           HG       SER  12  -9.706  -3.970  14.783
    4    H    SER  12           HN       SER  12  -6.172  -2.764  12.637
    5    HB3  SER  12           HB1      SER  12  -8.533  -2.394  13.479

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   SER  13           HA       SER  13 -10.335  -5.740  11.366
    2    HB2  SER  13           HB2      SER  13  -8.448  -5.010   9.069
    3    HG   SER  13           HG       SER  13  -9.342  -3.126   9.191
    4    H    SER  13           HN       SER  13  -8.123  -4.023  11.406
    5    HB3  SER  13           HB1      SER  13 -10.072  -5.679   8.886

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ARG  14           HA       ARG  14  -7.323  -9.132   9.823
    2    HB2  ARG  14           HB2      ARG  14  -4.795  -7.557  10.407
    3    HG2  ARG  14           HG2      ARG  14  -5.806  -7.065   8.207
    4    HD2  ARG  14           HD2      ARG  14  -5.427 -10.026   7.664
    5    HE   ARG  14           HE       ARG  14  -5.023  -8.294   5.760
    6   HH11  ARG  14          HH11      ARG  14  -8.073  -9.963   6.348
    7   HH12  ARG  14          HH12      ARG  14  -8.563  -9.874   4.687
    8   HH21  ARG  14          HH21      ARG  14  -5.684  -8.230   3.601
    9   HH22  ARG  14          HH22      ARG  14  -7.214  -8.907   3.140
   10    H    ARG  14           HN       ARG  14  -6.920  -6.382  10.411
   11    HB3  ARG  14           HB1      ARG  14  -4.767  -9.274  10.018
   12    HG3  ARG  14           HG1      ARG  14  -4.250  -7.884   8.061
   13    HD3  ARG  14           HD1      ARG  14  -6.982  -9.186   7.769

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   MET  15           HA       MET  15  -5.871  -9.700  14.390
    2    HB2  MET  15           HB2      MET  15  -7.388  -7.227  15.325
    3    HG2  MET  15           HG2      MET  15  -5.164  -6.614  14.509
    4    HE2  MET  15           HE1      MET  15  -2.996  -7.525  13.477
    5    HE1  MET  15           HE2      MET  15  -4.005  -8.970  13.382
    6    HE3  MET  15           HE3      MET  15  -2.341  -9.094  13.947
    7    H    MET  15           HN       MET  15  -6.684  -7.447  12.866
    8    HB3  MET  15           HB1      MET  15  -6.678  -8.430  16.396
    9    HG3  MET  15           HG1      MET  15  -5.275  -6.454  16.254

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   GLU  16           HA       GLU  16 -10.605 -10.171  15.358
    2    HB2  GLU  16           HB2      GLU  16 -11.463  -7.903  14.827
    3    HG2  GLU  16           HG2      GLU  16 -13.173 -10.045  13.543
    4    H    GLU  16           HN       GLU  16  -9.108  -8.215  13.992
    5    HB3  GLU  16           HB1      GLU  16 -11.471  -8.301  13.113
    6    HG3  GLU  16           HG1      GLU  16 -13.188  -9.607  15.247

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   MET  17           HA       MET  17 -11.183 -11.996  10.861
    2    HB2  MET  17           HB2      MET  17  -8.626 -10.642   9.924
    3    HG2  MET  17           HG2      MET  17 -11.359 -10.618   8.636
    4    HE2  MET  17           HE1      MET  17 -11.204  -7.519   7.767
    5    HE1  MET  17           HE2      MET  17 -11.778  -8.805   6.701
    6    HE3  MET  17           HE3      MET  17 -10.543  -7.679   6.139
    7    H    MET  17           HN       MET  17  -9.672  -9.883  11.960
    8    HB3  MET  17           HB1      MET  17  -9.373 -11.938   9.003
    9    HG3  MET  17           HG1      MET  17 -10.769  -9.352   9.718

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   LEU  18           HA       LEU  18  -7.283 -14.650  11.443
    2    HB2  LEU  18           HB2      LEU  18  -5.827 -12.710  13.244
    3    HG   LEU  18           HG       LEU  18  -5.709 -12.172  10.789
    4   HD12  LEU  18          HD11      LEU  18  -3.068 -13.039  11.991
    5   HD11  LEU  18          HD12      LEU  18  -3.886 -11.495  12.251
    6   HD13  LEU  18          HD13      LEU  18  -3.287 -11.912  10.648
    7   HD23  LEU  18          HD21      LEU  18  -4.338 -14.868  10.524
    8   HD22  LEU  18          HD22      LEU  18  -4.469 -13.638   9.262
    9   HD21  LEU  18          HD23      LEU  18  -5.919 -14.429   9.870
   10    H    LEU  18           HN       LEU  18  -7.836 -11.936  12.121
   11    HB3  LEU  18           HB1      LEU  18  -5.230 -14.327  12.893

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   GLN  19           HA       GLN  19  -8.669 -15.175  16.137
    2    HB2  GLN  19           HB2      GLN  19 -10.869 -13.149  15.570
    3    HG2  GLN  19           HG2      GLN  19  -8.803 -13.116  17.783
    4   HE21  GLN  19          HE21      GLN  19  -9.002 -10.142  17.442
    5   HE22  GLN  19          HE22      GLN  19 -10.431  -9.693  18.303
    6    H    GLN  19           HN       GLN  19  -8.737 -13.101  14.232
    7    HB3  GLN  19           HB1      GLN  19 -10.856 -14.199  16.980
    8    HG3  GLN  19           HG1      GLN  19  -8.776 -12.087  16.353

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   ARG  20           HA       ARG  20 -12.547 -16.920  14.089
    2    HB2  ARG  20           HB2      ARG  20 -14.180 -16.044  12.521
    3    HG2  ARG  20           HG2      ARG  20 -11.982 -14.262  11.572
    4    HD2  ARG  20           HD2      ARG  20 -13.469 -12.539  12.398
    5    HE   ARG  20           HE       ARG  20 -15.622 -14.194  11.436
    6   HH11  ARG  20          HH11      ARG  20 -14.744 -10.887  12.281
    7   HH12  ARG  20          HH12      ARG  20 -16.377 -10.414  12.610
    8   HH21  ARG  20          HH21      ARG  20 -17.750 -13.552  11.864
    9   HH22  ARG  20          HH22      ARG  20 -18.082 -11.935  12.383
   10    H    ARG  20           HN       ARG  20 -11.087 -14.442  13.623
   11    HB3  ARG  20           HB1      ARG  20 -13.698 -14.752  13.610
   12    HG3  ARG  20           HG1      ARG  20 -13.279 -15.029  10.661
   13    HD3  ARG  20           HD1      ARG  20 -13.578 -12.617  10.639

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   GLU  21           HA       GLU  21 -10.299 -17.783   9.918
    2    HB2  GLU  21           HB2      GLU  21  -8.985 -15.640   9.772
    3    HG2  GLU  21           HG2      GLU  21  -6.960 -16.433   8.595
    4    H    GLU  21           HN       GLU  21  -9.890 -16.008  12.182
    5    HB3  GLU  21           HB1      GLU  21  -7.779 -16.333  10.843
    6    HG3  GLU  21           HG1      GLU  21  -7.300 -18.075   9.139

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   TYR  22           HA       TYR  22  -7.384 -20.534  12.333
    2    HB2  TYR  22           HB2      TYR  22  -5.801 -18.383  13.814
    3    HD1  TYR  22           HD1      TYR  22  -5.206 -16.926  11.962
    4    HD2  TYR  22           HD2      TYR  22  -4.626 -21.146  11.623
    5    HE1  TYR  22           HE1      TYR  22  -3.872 -16.582   9.923
    6    HE2  TYR  22           HE2      TYR  22  -3.293 -20.798   9.591
    7    HH   TYR  22           HH       TYR  22  -2.153 -17.748   8.609
    8    H    TYR  22           HN       TYR  22  -7.809 -17.625  12.497
    9    HB3  TYR  22           HB1      TYR  22  -5.388 -20.092  13.775

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   SER  23           HA       SER  23  -9.394 -19.268  16.594
    2    HB2  SER  23           HB2      SER  23  -8.235 -20.705  18.319
    3    HG   SER  23           HG       SER  23  -6.133 -20.722  16.413
    4    H    SER  23           HN       SER  23  -7.153 -18.381  15.157
    5    HB3  SER  23           HB1      SER  23  -8.297 -21.459  16.727

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   THR  24           HA       THR  24  -7.484 -16.290  19.345
    2    HB   THR  24           HB       THR  24  -9.061 -15.702  21.185
    3    HG1  THR  24           HG1      THR  24  -9.957 -17.630  21.795
    4   HG21  THR  24          HG21      THR  24  -9.466 -14.754  18.949
    5   HG23  THR  24          HG22      THR  24 -10.981 -15.013  19.816
    6   HG22  THR  24          HG23      THR  24 -10.493 -16.132  18.541
    7    H    THR  24           HN       THR  24  -9.323 -18.538  18.832

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   LEU  25           HA       LEU  25  -5.722 -18.735  22.613
    2    HB2  LEU  25           HB2      LEU  25  -4.166 -16.714  22.292
    3    HG   LEU  25           HG       LEU  25  -4.312 -17.769  25.145
    4   HD12  LEU  25          HD11      LEU  25  -2.737 -18.795  22.765
    5   HD11  LEU  25          HD12      LEU  25  -4.143 -19.580  23.500
    6   HD13  LEU  25          HD13      LEU  25  -2.653 -19.409  24.419
    7   HD21  LEU  25          HD21      LEU  25  -2.951 -15.727  24.966
    8   HD23  LEU  25          HD22      LEU  25  -2.016 -16.450  23.653
    9   HD22  LEU  25          HD23      LEU  25  -1.942 -17.138  25.277
   10    H    LEU  25           HN       LEU  25  -6.427 -16.186  21.417
   11    HB3  LEU  25           HB1      LEU  25  -5.032 -15.945  23.613

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ARG  26           HA       ARG  26  -9.040 -18.087  25.494
    2    HB2  ARG  26           HB2      ARG  26 -10.079 -20.212  26.122
    3    HG2  ARG  26           HG2      ARG  26  -7.976 -21.724  24.550
    4    HD2  ARG  26           HD2      ARG  26 -10.258 -22.754  24.766
    5    HE   ARG  26           HE       ARG  26 -10.195 -21.941  27.387
    6   HH11  ARG  26          HH11      ARG  26 -10.567 -25.071  25.854
    7   HH12  ARG  26          HH12      ARG  26 -11.556 -25.704  27.125
    8   HH21  ARG  26          HH21      ARG  26 -11.479 -22.804  29.049
    9   HH22  ARG  26          HH22      ARG  26 -12.069 -24.428  28.929
   10    H    ARG  26           HN       ARG  26  -6.946 -19.678  24.172
   11    HB3  ARG  26           HB1      ARG  26  -9.781 -20.159  24.390
   12    HG3  ARG  26           HG1      ARG  26  -7.914 -21.586  26.307
   13    HD3  ARG  26           HD1      ARG  26  -8.958 -23.703  25.498

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   SER  27           HA       SER  27  -6.137 -19.020  29.018
    2    HB2  SER  27           HB2      SER  27  -6.185 -22.019  28.403
    3    HG   SER  27           HG       SER  27  -8.102 -20.267  29.513
    4    H    SER  27           HN       SER  27  -6.138 -19.948  26.259
    5    HB3  SER  27           HB1      SER  27  -5.951 -21.299  29.996

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   VAL  28           HA       VAL  28  -1.870 -20.420  28.578
    2    HB   VAL  28           HB       VAL  28  -1.693 -17.717  30.008
    3    H    VAL  28           HN       VAL  28  -4.126 -19.152  30.002

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   GLN  29           HA       GLN  29  -0.775 -21.344  32.849
    2    HB2  GLN  29           HB2      GLN  29  -0.872 -23.865  33.022
    3    HG2  GLN  29           HG2      GLN  29  -1.453 -23.726  30.058
    4   HE21  GLN  29          HE21      GLN  29  -0.579 -26.490  29.818
    5   HE22  GLN  29          HE22      GLN  29  -1.909 -27.454  30.350
    6    H    GLN  29           HN       GLN  29  -0.581 -21.597  29.917
    7    HB3  GLN  29           HB1      GLN  29  -2.318 -23.156  32.307
    8    HG3  GLN  29           HG1      GLN  29  -0.058 -24.497  30.798

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   TYR  30           HA       TYR  30   3.582 -21.883  32.048
    2    HB2  TYR  30           HB2      TYR  30   3.653 -19.670  33.196
    3    HD1  TYR  30           HD1      TYR  30   5.426 -21.171  35.949
    4    HD2  TYR  30           HD2      TYR  30   5.709 -20.389  31.763
    5    HE1  TYR  30           HE1      TYR  30   7.861 -21.540  36.039
    6    HE2  TYR  30           HE2      TYR  30   8.127 -20.741  31.855
    7    HH   TYR  30           HH       TYR  30   9.936 -20.584  33.556
    8    H    TYR  30           HN       TYR  30   1.250 -20.995  33.539
    9    HB3  TYR  30           HB1      TYR  30   3.458 -20.467  34.756

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   ARG  31           HA       ARG  31   3.650 -25.517  34.627
    2    HB2  ARG  31           HB2      ARG  31   4.474 -26.379  31.828
    3    HG2  ARG  31           HG2      ARG  31   1.996 -26.867  33.510
    4    HD2  ARG  31           HD2      ARG  31   2.595 -28.030  30.781
    5    HE   ARG  31           HE       ARG  31   0.161 -27.769  32.212
    6   HH11  ARG  31          HH11      ARG  31   1.905 -30.202  30.371
    7   HH12  ARG  31          HH12      ARG  31   0.461 -31.024  29.887
    8   HH21  ARG  31          HH21      ARG  31  -1.702 -28.872  31.594
    9   HH22  ARG  31          HH22      ARG  31  -1.580 -30.283  30.601
   10    H    ARG  31           HN       ARG  31   4.003 -23.997  32.155
   11    HB3  ARG  31           HB1      ARG  31   4.430 -27.474  33.214
   12    HG3  ARG  31           HG1      ARG  31   2.090 -25.981  31.986
   13    HD3  ARG  31           HD1      ARG  31   2.686 -28.942  32.293

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   SER  32           HA       SER  32   7.879 -24.439  35.671
    2    HB2  SER  32           HB2      SER  32   6.402 -25.367  38.182
    3    HG   SER  32           HG       SER  32   7.104 -22.716  37.469
    4    H    SER  32           HN       SER  32   5.122 -24.943  36.053
    5    HB3  SER  32           HB1      SER  32   8.003 -24.623  38.143

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   GLU  33           HA       GLU  33   7.918 -29.322  36.660
    2    HB2  GLU  33           HB2      GLU  33   5.624 -29.470  34.670
    3    HG2  GLU  33           HG2      GLU  33   4.825 -28.882  36.929
    4    H    GLU  33           HN       GLU  33   6.036 -27.385  35.994
    5    HB3  GLU  33           HB1      GLU  33   6.465 -30.876  35.320
    6    HG3  GLU  33           HG1      GLU  33   4.307 -30.493  36.427

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLU  34           HA       GLU  34   9.504 -29.264  32.260
    2    HB2  GLU  34           HB2      GLU  34   7.320 -27.638  30.900
    3    HG2  GLU  34           HG2      GLU  34   7.201 -30.562  31.679
    4    H    GLU  34           HN       GLU  34   7.371 -27.701  33.607
    5    HB3  GLU  34           HB1      GLU  34   8.351 -28.880  30.186
    6    HG3  GLU  34           HG1      GLU  34   6.103 -29.285  32.187

  No H/Q in entry =           6
  In of MODEL   14
    1    HA3  GLY  35           HA2      GLY  35   9.505 -24.079  33.323
    2    H    GLY  35           HN       GLY  35   8.569 -26.162  33.401
    3    HA2  GLY  35           HA1      GLY  35  10.925 -24.790  32.564

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   VAL  36           HA       VAL  36   8.247 -23.088  29.141
    2    HB   VAL  36           HB       VAL  36   6.990 -24.459  27.549
    3    H    VAL  36           HN       VAL  36   7.552 -24.824  31.429

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   ILE  37           HA       ILE  37   4.160 -21.472  29.865
    2    HB   ILE  37           HB       ILE  37   5.200 -19.869  27.473
    3   HD11  ILE  37          HD11      ILE  37   5.360 -17.209  28.995
    4   HD13  ILE  37          HD12      ILE  37   6.739 -17.826  28.081
    5   HD12  ILE  37          HD13      ILE  37   6.924 -17.412  29.781
    6    H    ILE  37           HN       ILE  37   6.618 -21.845  28.320

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   VAL  38           HA       VAL  38   2.261 -23.797  26.544
    2    HB   VAL  38           HB       VAL  38   0.744 -24.595  29.073
    3    H    VAL  38           HN       VAL  38   2.483 -22.700  29.265

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   PHE  39           HA       PHE  39  -1.086 -20.866  26.100
    2    HB2  PHE  39           HB2      PHE  39   0.163 -21.264  23.352
    3    HD1  PHE  39           HD1      PHE  39  -0.380 -18.061  25.039
    4    HD2  PHE  39           HD2      PHE  39   2.510 -21.066  24.097
    5    HE1  PHE  39           HE1      PHE  39   1.425 -16.501  25.623
    6    HE2  PHE  39           HE2      PHE  39   4.318 -19.501  24.683
    7    HZ   PHE  39           HZ       PHE  39   3.769 -17.215  25.443
    8    H    PHE  39           HN       PHE  39   0.990 -22.735  25.178
    9    HB3  PHE  39           HB1      PHE  39  -1.012 -20.030  23.745

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   ILE  40           HA       ILE  40  -3.840 -24.203  24.743
    2    HB   ILE  40           HB       ILE  40  -5.324 -22.745  26.978
    3   HD12  ILE  40          HD11      ILE  40  -5.589 -25.471  28.679
    4   HD11  ILE  40          HD12      ILE  40  -5.172 -23.889  29.344
    5   HD13  ILE  40          HD13      ILE  40  -4.070 -25.248  29.545
    6    H    ILE  40           HN       ILE  40  -2.926 -22.086  26.484

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LEU  41           HA       LEU  41  -6.004 -21.279  22.186
    2    HB2  LEU  41           HB2      LEU  41  -5.370 -23.762  20.559
    3    HG   LEU  41           HG       LEU  41  -3.438 -22.252  21.035
    4   HD12  LEU  41          HD11      LEU  41  -4.305 -22.138  18.129
    5   HD11  LEU  41          HD12      LEU  41  -3.441 -23.467  18.903
    6   HD13  LEU  41          HD13      LEU  41  -2.664 -21.895  18.738
    7   HD21  LEU  41          HD21      LEU  41  -5.131 -20.138  19.672
    8   HD23  LEU  41          HD22      LEU  41  -3.436 -19.969  20.124
    9   HD22  LEU  41          HD23      LEU  41  -4.652 -20.177  21.373
   10    H    LEU  41           HN       LEU  41  -4.972 -23.932  22.918
   11    HB3  LEU  41           HB1      LEU  41  -6.246 -22.403  19.863

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ALA  42           HA       ALA  42 -10.231 -22.238  22.306
    2    HB2  ALA  42           HB1      ALA  42 -10.231 -19.929  21.467
    3    HB3  ALA  42           HB2      ALA  42 -11.557 -20.852  20.758
    4    HB1  ALA  42           HB3      ALA  42 -10.105 -20.516  19.807
    5    H    ALA  42           HN       ALA  42  -7.976 -21.075  21.002

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ASN  43           HA       ASN  43 -10.437 -24.994  18.515
    2    HB2  ASN  43           HB2      ASN  43  -9.080 -25.339  16.606
    3   HD21  ASN  43          HD21      ASN  43  -6.800 -22.952  17.852
    4   HD22  ASN  43          HD22      ASN  43  -5.406 -23.942  17.656
    5    H    ASN  43           HN       ASN  43  -8.370 -23.198  19.557
    6    HB3  ASN  43           HB1      ASN  43  -8.860 -23.639  16.979

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ASP  44           HA       ASP  44  -7.747 -26.615  22.526
    2    HB2  ASP  44           HB2      ASP  44  -9.895 -27.845  22.124
    3    H    ASP  44           HN       ASP  44  -8.711 -25.142  21.143
    4    HB3  ASP  44           HB1      ASP  44  -9.119 -28.748  20.828

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   ARG  45           HA       ARG  45  -4.092 -27.878  20.566
    2    HB2  ARG  45           HB2      ARG  45  -4.804 -26.829  18.373
    3    HG2  ARG  45           HG2      ARG  45  -2.372 -27.739  18.801
    4    HD2  ARG  45           HD2      ARG  45  -1.633 -24.896  18.089
    5    HE   ARG  45           HE       ARG  45   0.120 -27.021  19.174
    6   HH11  ARG  45          HH11      ARG  45  -0.600 -24.783  16.543
    7   HH12  ARG  45          HH12      ARG  45   0.943 -25.005  15.783
    8   HH21  ARG  45          HH21      ARG  45   2.133 -27.291  18.174
    9   HH22  ARG  45          HH22      ARG  45   2.497 -26.417  16.718
   10    H    ARG  45           HN       ARG  45  -5.982 -25.648  21.026
   11    HB3  ARG  45           HB1      ARG  45  -4.154 -25.288  18.920
   12    HG3  ARG  45           HG1      ARG  45  -2.742 -26.854  17.326
   13    HD3  ARG  45           HD1      ARG  45  -1.591 -25.461  19.756

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   GLU  46           HA       GLU  46  -1.985 -25.202  23.400
    2    HB2  GLU  46           HB2      GLU  46  -1.197 -28.083  24.011
    3    HG2  GLU  46           HG2      GLU  46  -2.493 -27.746  26.091
    4    H    GLU  46           HN       GLU  46  -2.367 -27.708  21.890
    5    HB3  GLU  46           HB1      GLU  46  -0.621 -26.716  24.958
    6    HG3  GLU  46           HG1      GLU  46  -2.941 -26.134  25.543

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   LEU  47           HA       LEU  47   1.883 -24.819  21.183
    2    HB2  LEU  47           HB2      LEU  47   0.932 -22.124  22.184
    3    HG   LEU  47           HG       LEU  47  -0.101 -23.016  20.029
    4   HD13  LEU  47          HD11      LEU  47  -0.114 -20.616  20.484
    5   HD12  LEU  47          HD12      LEU  47   0.154 -20.907  18.766
    6   HD11  LEU  47          HD13      LEU  47   1.507 -20.448  19.809
    7   HD21  LEU  47          HD21      LEU  47   1.916 -24.184  19.208
    8   HD23  LEU  47          HD22      LEU  47   2.718 -22.630  18.960
    9   HD22  LEU  47          HD23      LEU  47   1.285 -23.046  18.013
   10    H    LEU  47           HN       LEU  47  -0.468 -23.918  22.604
   11    HB3  LEU  47           HB1      LEU  47   2.509 -22.311  21.443

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   LYS  48           HA       LYS  48   4.409 -24.514  24.899
    2    HB2  LYS  48           HB2      LYS  48   4.147 -26.865  24.070
    3    HG2  LYS  48           HG2      LYS  48   6.898 -26.107  25.096
    4    HD2  LYS  48           HD2      LYS  48   5.779 -28.867  24.563
    5    HE2  LYS  48           HE2      LYS  48   7.821 -29.725  25.771
    6    HZ3  LYS  48           HZ1      LYS  48   5.887 -28.280  27.508
    7    HZ2  LYS  48           HZ2      LYS  48   6.812 -29.634  27.921
    8    HZ1  LYS  48           HZ3      LYS  48   5.590 -29.769  26.769
    9    H    LYS  48           HN       LYS  48   4.066 -24.459  21.964
   10    HB3  LYS  48           HB1      LYS  48   5.497 -26.609  22.970
   11    HG3  LYS  48           HG1      LYS  48   5.531 -26.764  26.002
   12    HD3  LYS  48           HD1      LYS  48   7.306 -28.195  23.997
   13    HE3  LYS  48           HE1      LYS  48   8.026 -28.103  26.439

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   PHE  49           HA       PHE  49   8.183 -22.576  23.622
    2    HB2  PHE  49           HB2      PHE  49   6.265 -20.215  23.922
    3    HD1  PHE  49           HD1      PHE  49   8.569 -20.806  21.103
    4    HD2  PHE  49           HD2      PHE  49   4.519 -21.129  22.437
    5    HE1  PHE  49           HE1      PHE  49   7.826 -21.140  18.781
    6    HE2  PHE  49           HE2      PHE  49   3.790 -21.469  20.112
    7    HZ   PHE  49           HZ       PHE  49   5.439 -21.476  18.284
    8    H    PHE  49           HN       PHE  49   5.543 -22.641  24.959
    9    HB3  PHE  49           HB1      PHE  49   7.930 -20.093  23.374

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   ARG  50           HA       ARG  50   9.401 -21.907  27.771
    2    HB2  ARG  50           HB2      ARG  50  11.906 -21.534  26.087
    3    HG2  ARG  50           HG2      ARG  50  12.659 -23.681  27.081
    4    HD2  ARG  50           HD2      ARG  50   9.992 -23.981  25.665
    5    HE   ARG  50           HE       ARG  50  11.380 -26.041  26.616
    6   HH11  ARG  50          HH11      ARG  50  11.180 -24.874  23.303
    7   HH12  ARG  50          HH12      ARG  50  11.381 -26.448  22.612
    8   HH21  ARG  50          HH21      ARG  50  11.616 -28.096  25.692
    9   HH22  ARG  50          HH22      ARG  50  11.640 -28.279  23.968
   10    H    ARG  50           HN       ARG  50   9.835 -21.771  24.909
   11    HB3  ARG  50           HB1      ARG  50  11.950 -21.510  27.840
   12    HG3  ARG  50           HG1      ARG  50  11.087 -23.855  27.865
   13    HD3  ARG  50           HD1      ARG  50  11.545 -23.718  24.867

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   PRO  51           HA       PRO  51   9.347 -17.445  28.709
    2    HB2  PRO  51           HB2      PRO  51  11.119 -17.415  30.895
    3    HG2  PRO  51           HG2      PRO  51  11.664 -19.682  30.893
    4    HD2  PRO  51           HD2      PRO  51  10.440 -21.258  29.680
    5    HB3  PRO  51           HB1      PRO  51   9.383 -17.728  30.991
    6    HG3  PRO  51           HG1      PRO  51  10.185 -19.739  31.874
    7    HD3  PRO  51           HD1      PRO  51   8.878 -20.501  30.075

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   ASP  52           HA       ASP  52  13.987 -16.700  27.859
    2    HB2  ASP  52           HB2      ASP  52  15.971 -18.142  27.927
    3    H    ASP  52           HN       ASP  52  12.557 -19.046  28.785
    4    HB3  ASP  52           HB1      ASP  52  15.036 -18.306  29.403

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   ASP  53           HA       ASP  53  13.420 -18.471  23.701
    2    HB2  ASP  53           HB2      ASP  53  12.261 -20.575  24.270
    3    H    ASP  53           HN       ASP  53  11.905 -18.446  26.220
    4    HB3  ASP  53           HB1      ASP  53  10.742 -19.711  24.423

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   LEU  54           HA       LEU  54   9.556 -15.732  22.977
    2    HB2  LEU  54           HB2      LEU  54   8.576 -15.807  25.854
    3    HG   LEU  54           HG       LEU  54   8.253 -17.998  24.691
    4   HD11  LEU  54          HD11      LEU  54   6.656 -17.242  26.391
    5   HD13  LEU  54          HD12      LEU  54   5.877 -18.214  25.149
    6   HD12  LEU  54          HD13      LEU  54   5.680 -16.457  25.145
    7   HD21  LEU  54          HD21      LEU  54   6.685 -16.338  22.686
    8   HD23  LEU  54          HD22      LEU  54   6.663 -18.100  22.779
    9   HD22  LEU  54          HD23      LEU  54   8.160 -17.265  22.386
   10    H    LEU  54           HN       LEU  54  10.456 -17.267  25.263
   11    HB3  LEU  54           HB1      LEU  54   7.742 -14.999  24.530

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   GLN  55           HA       GLN  55  11.383 -11.896  23.929
    2    HB2  GLN  55           HB2      GLN  55  10.487 -11.389  21.744
    3    HG2  GLN  55           HG2      GLN  55   9.525  -9.121  23.517
    4   HE21  GLN  55          HE21      GLN  55   8.667  -9.939  20.778
    5   HE22  GLN  55          HE22      GLN  55   9.029  -8.583  19.782
    6    H    GLN  55           HN       GLN  55   9.221 -13.483  22.945
    7    HB3  GLN  55           HB1      GLN  55   8.864 -11.163  22.393
    8    HG3  GLN  55           HG1      GLN  55  11.219  -9.381  23.111

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   ALA  56           HA       ALA  56   7.655  -9.939  26.503
    2    HB2  ALA  56           HB1      ALA  56   5.720 -11.293  25.739
    3    HB3  ALA  56           HB2      ALA  56   5.721 -11.154  27.501
    4    HB1  ALA  56           HB3      ALA  56   6.259 -12.649  26.725
    5    H    ALA  56           HN       ALA  56   7.902 -12.044  24.721

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   THR  57           HA       THR  57   9.106 -12.705  29.973
    2    HB   THR  57           HB       THR  57   8.878 -15.208  30.046
    3    HG1  THR  57           HG1      THR  57   9.667 -15.355  27.726
    4   HG22  THR  57          HG21      THR  57   6.714 -13.820  28.445
    5   HG21  THR  57          HG22      THR  57   6.889 -13.737  30.195
    6   HG23  THR  57          HG23      THR  57   6.519 -15.277  29.424
    7    H    THR  57           HN       THR  57   8.986 -13.108  27.047

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   TYR  58           HA       TYR  58  13.185 -14.239  28.007
    2    HB2  TYR  58           HB2      TYR  58  12.720 -12.582  26.028
    3    HD1  TYR  58           HD1      TYR  58  13.891 -15.075  25.921
    4    HD2  TYR  58           HD2      TYR  58  15.958 -11.339  26.241
    5    HE1  TYR  58           HE1      TYR  58  15.895 -16.082  24.911
    6    HE2  TYR  58           HE2      TYR  58  17.949 -12.360  25.229
    7    HH   TYR  58           HH       TYR  58  17.902 -15.347  23.665
    8    H    TYR  58           HN       TYR  58  11.183 -12.218  27.716
    9    HB3  TYR  58           HB1      TYR  58  13.701 -11.445  26.947

  No H/Q in entry =           9
  In of MODEL   14
    1    HA3  GLY  59           HA2      GLY  59  14.972 -14.038  32.029
    2    H    GLY  59           HN       GLY  59  13.605 -14.444  30.172
    3    HA2  GLY  59           HA1      GLY  59  15.203 -12.376  31.510

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   ALA  60           HA       ALA  60  11.315 -12.250  34.069
    2    HB3  ALA  60           HB1      ALA  60   8.995 -12.702  33.408
    3    HB1  ALA  60           HB2      ALA  60   9.542 -13.835  32.167
    4    HB2  ALA  60           HB3      ALA  60   9.929 -12.119  32.029
    5    H    ALA  60           HN       ALA  60  12.118 -14.102  31.891

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   THR  61           HA       THR  61  10.983 -15.700  36.787
    2    HB   THR  61           HB       THR  61   9.974 -14.915  38.969
    3    HG1  THR  61           HG1      THR  61   9.707 -12.390  38.683
    4   HG23  THR  61          HG21      THR  61  11.635 -13.207  39.496
    5   HG22  THR  61          HG22      THR  61  11.963 -12.951  37.781
    6   HG21  THR  61          HG23      THR  61  12.374 -14.491  38.538
    7    H    THR  61           HN       THR  61  10.192 -13.054  35.871

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   PRO  62           HA       PRO  62   7.174 -17.913  36.094
    2    HB2  PRO  62           HB2      PRO  62   6.815 -19.279  38.515
    3    HG2  PRO  62           HG2      PRO  62   8.530 -18.218  39.708
    4    HD2  PRO  62           HD2      PRO  62  10.261 -17.052  38.641
    5    HB3  PRO  62           HB1      PRO  62   7.900 -19.785  37.214
    6    HG3  PRO  62           HG1      PRO  62   9.426 -19.566  38.976
    7    HD3  PRO  62           HD1      PRO  62  10.338 -18.203  37.287

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   GLU  63           HA       GLU  63   4.491 -16.030  39.710
    2    HB2  GLU  63           HB2      GLU  63   4.991 -13.906  41.042
    3    HG2  GLU  63           HG2      GLU  63   7.257 -13.570  39.512
    4    H    GLU  63           HN       GLU  63   7.268 -16.033  39.131
    5    HB3  GLU  63           HB1      GLU  63   5.909 -15.331  41.488
    6    HG3  GLU  63           HG1      GLU  63   6.973 -12.832  41.088

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLN  64           HA       GLN  64   4.457 -12.038  36.975
    2    HB2  GLN  64           HB2      GLN  64   6.995 -12.895  35.518
    3    HG2  GLN  64           HG2      GLN  64   6.522 -10.507  37.321
    4   HE21  GLN  64          HE21      GLN  64   8.225  -9.090  37.565
    5   HE22  GLN  64          HE22      GLN  64   9.597  -9.060  36.515
    6    H    GLN  64           HN       GLN  64   6.450 -13.967  37.653
    7    HB3  GLN  64           HB1      GLN  64   6.044 -11.466  35.110
    8    HG3  GLN  64           HG1      GLN  64   7.439 -11.942  37.760

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   LEU  65           HA       LEU  65   3.525 -15.102  33.427
    2    HB2  LEU  65           HB2      LEU  65   5.217 -17.447  34.440
    3    HG   LEU  65           HG       LEU  65   6.871 -15.725  34.235
    4   HD11  LEU  65          HD11      LEU  65   7.499 -17.834  33.217
    5   HD13  LEU  65          HD12      LEU  65   8.241 -16.483  32.366
    6   HD12  LEU  65          HD13      LEU  65   6.848 -17.310  31.660
    7   HD21  LEU  65          HD21      LEU  65   5.547 -14.915  31.630
    8   HD23  LEU  65          HD22      LEU  65   7.096 -14.295  32.217
    9   HD22  LEU  65          HD23      LEU  65   5.627 -13.988  33.133
   10    H    LEU  65           HN       LEU  65   5.139 -15.255  35.934
   11    HB3  LEU  65           HB1      LEU  65   4.614 -17.166  32.810

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ARG  66           HA       ARG  66   0.601 -17.329  36.029
    2    HB2  ARG  66           HB2      ARG  66   1.577 -16.048  38.626
    3    HG2  ARG  66           HG2      ARG  66   1.897 -18.878  37.587
    4    HD2  ARG  66           HD2      ARG  66   3.011 -19.404  39.699
    5    HE   ARG  66           HE       ARG  66   0.300 -18.328  40.224
    6   HH11  ARG  66          HH11      ARG  66   2.489 -21.080  40.196
    7   HH12  ARG  66          HH12      ARG  66   1.361 -22.120  41.004
    8   HH21  ARG  66          HH21      ARG  66  -1.158 -19.698  41.240
    9   HH22  ARG  66          HH22      ARG  66  -0.707 -21.331  41.601
   10    H    ARG  66           HN       ARG  66   2.707 -15.286  36.446
   11    HB3  ARG  66           HB1      ARG  66   0.249 -17.206  38.502
   12    HG3  ARG  66           HG1      ARG  66   3.177 -17.720  37.906
   13    HD3  ARG  66           HD1      ARG  66   2.689 -17.774  40.297

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   GLU  67           HA       GLU  67  -1.453 -13.185  36.644
    2    HB2  GLU  67           HB2      GLU  67   0.907 -11.276  36.779
    3    HG2  GLU  67           HG2      GLU  67   1.306 -12.857  38.592
    4    H    GLU  67           HN       GLU  67   1.377 -13.961  36.578
    5    HB3  GLU  67           HB1      GLU  67  -0.742 -11.008  37.332
    6    HG3  GLU  67           HG1      GLU  67   0.804 -11.289  39.208

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ILE  68           HA       ILE  68  -0.788 -12.393  32.301
    2    HB   ILE  68           HB       ILE  68  -1.558 -15.337  32.593
    3   HD13  ILE  68          HD11      ILE  68   0.456 -16.941  32.608
    4   HD12  ILE  68          HD12      ILE  68   2.021 -16.332  32.078
    5   HD11  ILE  68          HD13      ILE  68   0.704 -16.475  30.918
    6    H    ILE  68           HN       ILE  68  -1.934 -13.857  34.603

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLU  69           HA       GLU  69  -5.086 -12.486  30.922
    2    HB2  GLU  69           HB2      GLU  69  -4.801 -10.176  31.882
    3    HG2  GLU  69           HG2      GLU  69  -6.129 -10.052  29.161
    4    H    GLU  69           HN       GLU  69  -2.247 -11.645  30.812
    5    HB3  GLU  69           HB1      GLU  69  -4.031  -9.657  30.387
    6    HG3  GLU  69           HG1      GLU  69  -6.899 -10.625  30.641

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ILE  70           HA       ILE  70  -4.376 -12.983  26.523
    2    HB   ILE  70           HB       ILE  70  -7.368 -12.342  26.504
    3   HD12  ILE  70          HD11      ILE  70  -4.759 -14.980  27.228
    4   HD11  ILE  70          HD12      ILE  70  -5.426 -15.542  25.692
    5   HD13  ILE  70          HD13      ILE  70  -5.911 -16.314  27.200
    6    H    ILE  70           HN       ILE  70  -6.134 -12.264  28.710

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   SER  71           HA       SER  71  -3.317  -9.129  24.787
    2    HB2  SER  71           HB2      SER  71  -3.275  -9.056  22.274
    3    HG   SER  71           HG       SER  71  -4.543 -11.602  22.437
    4    H    SER  71           HN       SER  71  -4.194 -11.751  24.492
    5    HB3  SER  71           HB1      SER  71  -2.587 -10.547  22.922

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   PRO  72           HA       PRO  72  -7.093  -6.609  24.382
    2    HB2  PRO  72           HB2      PRO  72  -6.070  -4.280  23.381
    3    HG2  PRO  72           HG2      PRO  72  -3.984  -5.122  22.653
    4    HD2  PRO  72           HD2      PRO  72  -3.067  -7.072  23.551
    5    HB3  PRO  72           HB1      PRO  72  -5.791  -4.799  25.052
    6    HG3  PRO  72           HG1      PRO  72  -3.584  -4.516  24.276
    7    HD3  PRO  72           HD1      PRO  72  -3.549  -6.660  25.211

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   SER  73           HA       SER  73  -7.269  -7.038  19.742
    2    HB2  SER  73           HB2      SER  73  -4.505  -8.284  19.463
    3    HG   SER  73           HG       SER  73  -3.876  -6.294  19.330
    4    H    SER  73           HN       SER  73  -5.231  -7.720  21.759
    5    HB3  SER  73           HB1      SER  73  -5.594  -7.918  18.121

  No H/Q in entry =           5
  In of MODEL   14
    1    HA3  GLY  74           HA2      GLY  74  -7.867 -11.318  22.450
    2    H    GLY  74           HN       GLY  74  -6.610  -9.476  21.949
    3    HA2  GLY  74           HA1      GLY  74  -8.822 -11.043  21.015

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   LEU  75           HA       LEU  75  -5.998 -13.960  18.979
    2    HB2  LEU  75           HB2      LEU  75  -4.057 -11.717  18.379
    3    HG   LEU  75           HG       LEU  75  -6.201 -11.771  17.061
    4   HD11  LEU  75          HD11      LEU  75  -3.665 -12.281  15.471
    5   HD13  LEU  75          HD12      LEU  75  -4.197 -10.728  16.118
    6   HD12  LEU  75          HD13      LEU  75  -5.137 -11.520  14.856
    7   HD21  LEU  75          HD21      LEU  75  -5.100 -14.421  16.055
    8   HD23  LEU  75          HD22      LEU  75  -6.503 -13.569  15.406
    9   HD22  LEU  75          HD23      LEU  75  -6.544 -14.199  17.048
   10    H    LEU  75           HN       LEU  75  -5.765 -11.204  19.856
   11    HB3  LEU  75           HB1      LEU  75  -3.727 -13.357  17.840

  No H/Q in entry =          11
  In of MODEL   14
    1    HA3  GLY  76           HA2      GLY  76  -2.043 -14.615  21.322
    2    H    GLY  76           HN       GLY  76  -3.215 -12.152  20.297
    3    HA2  GLY  76           HA1      GLY  76  -1.280 -13.035  21.208

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   VAL  77           HA       VAL  77  -2.549 -12.769  25.424
    2    HB   VAL  77           HB       VAL  77  -0.680 -14.669  25.167
    3    H    VAL  77           HN       VAL  77  -0.663 -12.498  23.171

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   TYR  78           HA       TYR  78   0.002  -9.286  26.753
    2    HB2  TYR  78           HB2      TYR  78  -2.230  -8.290  26.108
    3    HD1  TYR  78           HD1      TYR  78  -2.568  -7.045  29.461
    4    HD2  TYR  78           HD2      TYR  78  -0.155  -6.732  25.945
    5    HE1  TYR  78           HE1      TYR  78  -1.708  -4.882  30.249
    6    HE2  TYR  78           HE2      TYR  78   0.706  -4.573  26.724
    7    HH   TYR  78           HH       TYR  78   0.168  -3.401  29.922
    8    H    TYR  78           HN       TYR  78  -2.161 -11.255  27.111
    9    HB3  TYR  78           HB1      TYR  78  -2.835  -8.660  27.719

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   PHE  79           HA       PHE  79   0.559 -11.080  30.830
    2    HB2  PHE  79           HB2      PHE  79   3.302 -10.360  29.702
    3    HD1  PHE  79           HD1      PHE  79   0.691 -12.823  29.906
    4    HD2  PHE  79           HD2      PHE  79   4.726 -12.319  29.239
    5    HE1  PHE  79           HE1      PHE  79   0.802 -15.034  28.874
    6    HE2  PHE  79           HE2      PHE  79   4.817 -14.529  28.214
    7    HZ   PHE  79           HZ       PHE  79   2.873 -15.905  28.026
    8    H    PHE  79           HN       PHE  79   1.320 -10.234  28.213
    9    HB3  PHE  79           HB1      PHE  79   3.035 -11.098  31.279

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   GLU  80           HA       GLU  80  -0.094  -6.972  32.035
    2    HB2  GLU  80           HB2      GLU  80  -2.012  -8.217  32.958
    3    HG2  GLU  80           HG2      GLU  80  -0.985  -6.401  35.151
    4    H    GLU  80           HN       GLU  80   0.009  -9.815  32.436
    5    HB3  GLU  80           HB1      GLU  80  -1.061  -8.674  34.366
    6    HG3  GLU  80           HG1      GLU  80  -1.668  -5.796  33.646

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   THR  81           HA       THR  81   2.850  -7.182  35.878
    2    HB   THR  81           HB       THR  81   4.184  -9.841  35.237
    3    HG1  THR  81           HG1      THR  81   2.453 -10.828  35.899
    4   HG21  THR  81          HG21      THR  81   5.340  -8.328  36.835
    5   HG23  THR  81          HG22      THR  81   4.769  -9.794  37.630
    6   HG22  THR  81          HG23      THR  81   3.886  -8.281  37.838
    7    H    THR  81           HN       THR  81   1.656  -9.146  34.214

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   LEU  82           HA       LEU  82   6.307  -7.161  32.655
    2    HB2  LEU  82           HB2      LEU  82   5.020  -8.798  30.437
    3    HG   LEU  82           HG       LEU  82   5.021 -10.367  32.294
    4   HD11  LEU  82          HD11      LEU  82   5.807 -11.196  30.102
    5   HD13  LEU  82          HD12      LEU  82   6.469 -12.098  31.461
    6   HD12  LEU  82          HD13      LEU  82   7.476 -10.923  30.611
    7   HD23  LEU  82          HD21      LEU  82   7.034 -10.906  33.576
    8   HD22  LEU  82          HD22      LEU  82   6.509  -9.252  33.841
    9   HD21  LEU  82          HD23      LEU  82   7.901  -9.576  32.801
   10    H    LEU  82           HN       LEU  82   3.671  -8.462  32.726
   11    HB3  LEU  82           HB1      LEU  82   6.728  -8.437  30.665

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   GLU  83           HA       GLU  83   1.895  -5.204  30.454
    2    HB2  GLU  83           HB2      GLU  83   4.393  -3.462  30.644
    3    HG2  GLU  83           HG2      GLU  83   1.834  -3.397  32.268
    4    H    GLU  83           HN       GLU  83   3.075  -6.544  31.838
    5    HB3  GLU  83           HB1      GLU  83   2.818  -2.915  30.064
    6    HG3  GLU  83           HG1      GLU  83   3.401  -3.950  32.857

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   GLU  84           HA       GLU  84   4.131  -6.175  26.567
    2    HB2  GLU  84           HB2      GLU  84   6.073  -6.890  28.063
    3    HG2  GLU  84           HG2      GLU  84   7.339  -8.146  26.429
    4    H    GLU  84           HN       GLU  84   3.298  -7.314  29.177
    5    HB3  GLU  84           HB1      GLU  84   5.473  -8.534  27.972
    6    HG3  GLU  84           HG1      GLU  84   5.863  -8.604  25.584

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   ASP  85           HA       ASP  85   1.574  -9.443  25.019
    2    HB2  ASP  85           HB2      ASP  85   0.848  -7.577  23.726
    3    H    ASP  85           HN       ASP  85   3.821  -7.537  24.761
    4    HB3  ASP  85           HB1      ASP  85   2.391  -7.421  22.905

  No H/Q in entry =           4
  In of MODEL   14
    1    HA   VAL  86           HA       VAL  86   4.049 -12.076  22.334
    2    HB   VAL  86           HB       VAL  86   2.434 -14.174  23.906
    3    H    VAL  86           HN       VAL  86   1.714 -11.484  24.090

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   SER  87           HA       SER  87   0.639 -11.895  19.468
    2    HB2  SER  87           HB2      SER  87   3.186 -12.039  17.796
    3    HG   SER  87           HG       SER  87   2.304 -10.100  19.303
    4    H    SER  87           HN       SER  87   3.328 -11.794  20.320
    5    HB3  SER  87           HB1      SER  87   1.571 -11.665  17.180

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   LEU  88           HA       LEU  88   0.188 -16.307  19.389
    2    HB2  LEU  88           HB2      LEU  88  -2.143 -15.391  19.721
    3    HG   LEU  88           HG       LEU  88  -1.929 -17.812  17.897
    4   HD11  LEU  88          HD11      LEU  88  -0.753 -18.019  20.043
    5   HD13  LEU  88          HD12      LEU  88  -2.149 -19.084  19.974
    6   HD12  LEU  88          HD13      LEU  88  -2.232 -17.587  20.910
    7   HD22  LEU  88          HD21      LEU  88  -4.217 -18.390  18.577
    8   HD21  LEU  88          HD22      LEU  88  -4.199 -16.842  17.736
    9   HD23  LEU  88          HD23      LEU  88  -4.351 -16.888  19.495
   10    H    LEU  88           HN       LEU  88  -0.609 -13.641  19.186
   11    HB3  LEU  88           HB1      LEU  88  -2.309 -15.297  17.981

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ILE  89           HA       ILE  89  -0.449 -16.505  14.616
    2    HB   ILE  89           HB       ILE  89  -0.181 -13.495  14.166
    3   HD11  ILE  89          HD11      ILE  89  -2.974 -15.880  13.101
    4   HD13  ILE  89          HD12      ILE  89  -4.055 -15.328  14.379
    5   HD12  ILE  89          HD13      ILE  89  -2.664 -16.332  14.783
    6    H    ILE  89           HN       ILE  89  -0.683 -14.439  16.522

  No H/Q in entry =           6
  In of MODEL   14
    1    HA3  GLY  90           HA2      GLY  90   4.099 -14.625  14.375
    2    H    GLY  90           HN       GLY  90   1.812 -14.119  15.888
    3    HA2  GLY  90           HA1      GLY  90   4.085 -14.121  16.067

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   LEU  91           HA       LEU  91   4.997 -18.174  17.587
    2    HB2  LEU  91           HB2      LEU  91   2.082 -18.416  18.432
    3    HG   LEU  91           HG       LEU  91   3.114 -16.509  19.581
    4   HD12  LEU  91          HD11      LEU  91   2.813 -18.913  21.410
    5   HD11  LEU  91          HD12      LEU  91   1.517 -17.862  20.831
    6   HD13  LEU  91          HD13      LEU  91   2.756 -17.218  21.904
    7   HD21  LEU  91          HD21      LEU  91   5.286 -18.452  20.440
    8   HD23  LEU  91          HD22      LEU  91   5.082 -16.807  21.048
    9   HD22  LEU  91          HD23      LEU  91   5.469 -17.070  19.353
   10    H    LEU  91           HN       LEU  91   2.839 -16.343  17.260
   11    HB3  LEU  91           HB1      LEU  91   3.367 -19.482  18.983

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   LEU  92           HA       LEU  92   2.169 -20.958  14.819
    2    HB2  LEU  92           HB2      LEU  92   0.573 -18.594  13.767
    3    HG   LEU  92           HG       LEU  92  -0.065 -19.165  16.129
    4   HD12  LEU  92          HD11      LEU  92  -2.183 -19.813  14.055
    5   HD11  LEU  92          HD12      LEU  92  -1.724 -18.205  14.624
    6   HD13  LEU  92          HD13      LEU  92  -2.479 -19.346  15.734
    7   HD21  LEU  92          HD21      LEU  92   0.521 -21.552  16.124
    8   HD23  LEU  92          HD22      LEU  92  -0.795 -21.890  14.996
    9   HD22  LEU  92          HD23      LEU  92  -1.154 -21.312  16.624
   10    H    LEU  92           HN       LEU  92   1.986 -18.262  15.768
   11    HB3  LEU  92           HB1      LEU  92   0.310 -20.272  13.309

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   GLU  93           HA       GLU  93   4.604 -19.040  11.290
    2    HB2  GLU  93           HB2      GLU  93   4.885 -16.301  12.609
    3    HG2  GLU  93           HG2      GLU  93   3.306 -17.075  10.139
    4    H    GLU  93           HN       GLU  93   3.677 -18.006  13.896
    5    HB3  GLU  93           HB1      GLU  93   5.548 -16.713  11.031
    6    HG3  GLU  93           HG1      GLU  93   2.597 -16.790  11.725

  No H/Q in entry =           6
  In of MODEL   14
    1    HA3  GLY  94           HA2      GLY  94   7.512 -20.011  15.429
    2    H    GLY  94           HN       GLY  94   5.582 -19.063  14.529
    3    HA2  GLY  94           HA1      GLY  94   8.285 -19.958  13.856

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   ARG  95           HA       ARG  95   9.441 -15.799  15.519
    2    HB2  ARG  95           HB2      ARG  95   6.941 -14.629  14.266
    3    HG2  ARG  95           HG2      ARG  95   8.495 -13.536  12.708
    4    HD2  ARG  95           HD2      ARG  95   9.191 -16.489  12.857
    5    HE   ARG  95           HE       ARG  95   9.926 -14.561  10.963
    6   HH11  ARG  95          HH11      ARG  95   8.535 -17.789  11.000
    7   HH12  ARG  95          HH12      ARG  95   9.104 -18.175   9.412
    8   HH21  ARG  95          HH21      ARG  95  10.644 -15.076   8.887
    9   HH22  ARG  95          HH22      ARG  95  10.308 -16.639   8.217
   10    H    ARG  95           HN       ARG  95   6.942 -16.978  14.554
   11    HB3  ARG  95           HB1      ARG  95   8.091 -13.605  15.113
   12    HG3  ARG  95           HG1      ARG  95   9.868 -14.247  13.553
   13    HD3  ARG  95           HD1      ARG  95   7.719 -15.848  12.117

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   ARG  96           HA       ARG  96   7.367 -16.160  19.595
    2    HB2  ARG  96           HB2      ARG  96   9.267 -16.550  21.179
    3    HG2  ARG  96           HG2      ARG  96  10.927 -15.826  18.868
    4    HD2  ARG  96           HD2      ARG  96  12.704 -17.492  19.341
    5    HE   ARG  96           HE       ARG  96  11.235 -17.883  17.385
    6   HH11  ARG  96          HH11      ARG  96  10.928 -20.113  20.089
    7   HH12  ARG  96          HH12      ARG  96  10.442 -21.436  19.081
    8   HH21  ARG  96          HH21      ARG  96  10.626 -19.662  16.094
    9   HH22  ARG  96          HH22      ARG  96  10.278 -21.182  16.846
   10    H    ARG  96           HN       ARG  96   9.308 -16.652  17.620
   11    HB3  ARG  96           HB1      ARG  96   9.154 -17.759  19.909
   12    HG3  ARG  96           HG1      ARG  96  11.362 -15.939  20.573
   13    HD3  ARG  96           HD1      ARG  96  11.553 -18.425  20.291

  No H/Q in entry =          13
  In of MODEL   14
    1    HA3  GLY  97           HA2      GLY  97   8.688 -11.755  19.272
    2    H    GLY  97           HN       GLY  97  10.066 -14.240  18.450
    3    HA2  GLY  97           HA1      GLY  97  10.439 -11.929  19.487

  No H/Q in entry =           3
  In of MODEL   14
    1    HA   SER  98           HA       SER  98   9.436 -10.473  15.164
    2    HB2  SER  98           HB2      SER  98  10.458  -8.221  14.753
    3    HG   SER  98           HG       SER  98  11.084  -7.060  16.693
    4    H    SER  98           HN       SER  98   9.968  -9.928  17.894
    5    HB3  SER  98           HB1      SER  98   9.262  -8.191  16.048

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   ALA  99           HA       ALA  99  13.173 -12.171  13.523
    2    HB2  ALA  99           HB1      ALA  99  13.727 -11.413  11.228
    3    HB3  ALA  99           HB2      ALA  99  12.651 -10.027  11.424
    4    HB1  ALA  99           HB3      ALA  99  11.988 -11.661  11.411
    5    H    ALA  99           HN       ALA  99  11.001 -10.384  13.361

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   LYS 100           HA       LYS 100  15.744  -8.028  13.775
    2    HB2  LYS 100           HB2      LYS 100  13.504  -6.530  13.559
    3    HG2  LYS 100           HG2      LYS 100  15.702  -5.583  13.064
    4    HD2  LYS 100           HD2      LYS 100  15.978  -5.112  16.053
    5    HE2  LYS 100           HE2      LYS 100  18.153  -4.117  15.527
    6    HZ2  LYS 100           HZ1      LYS 100  17.403  -2.060  14.635
    7    HZ1  LYS 100           HZ2      LYS 100  16.179  -2.671  15.628
    8    HZ3  LYS 100           HZ3      LYS 100  16.034  -2.776  13.945
    9    H    LYS 100           HN       LYS 100  12.996  -8.671  13.727
   10    HB3  LYS 100           HB1      LYS 100  13.757  -6.317  15.283
   11    HG3  LYS 100           HG1      LYS 100  14.721  -4.456  14.003
   12    HD3  LYS 100           HD1      LYS 100  16.961  -6.217  15.089
   13    HE3  LYS 100           HE1      LYS 100  17.846  -4.313  13.800

  No H/Q in entry =          13
  In of MODEL   14
    1    HA   TRP 101           HA       TRP 101  14.996  -8.212  18.619
    2    HB2  TRP 101           HB2      TRP 101  12.566  -8.445  18.869
    3    HD1  TRP 101           HD1      TRP 101  13.624  -7.917  21.353
    4    HE1  TRP 101           HE1      TRP 101  13.857  -9.429  23.405
    5    HE3  TRP 101           HE3      TRP 101  13.023 -12.476  19.122
    6    HZ2  TRP 101           HZ2      TRP 101  13.859 -12.169  24.015
    7    HZ3  TRP 101           HZ3      TRP 101  13.168 -14.503  20.509
    8    HH2  TRP 101           HH2      TRP 101  13.580 -14.354  22.916
    9    H    TRP 101           HN       TRP 101  13.373  -8.675  16.374
   10    HB3  TRP 101           HB1      TRP 101  12.625 -10.122  18.330

  No H/Q in entry =          10
  In of MODEL   14
    1    HA   MET 102           HA       MET 102  15.988 -12.932  18.483
    2    HB2  MET 102           HB2      MET 102  14.940 -13.280  15.644
    3    HG2  MET 102           HG2      MET 102  14.102 -14.595  18.239
    4    HE1  MET 102           HE1      MET 102  13.346 -14.198  14.338
    5    HE3  MET 102           HE2      MET 102  11.810 -13.842  15.132
    6    HE2  MET 102           HE3      MET 102  11.994 -15.319  14.184
    7    H    MET 102           HN       MET 102  14.354 -11.261  16.875
    8    HB3  MET 102           HB1      MET 102  15.842 -14.535  16.485
    9    HG3  MET 102           HG1      MET 102  13.185 -13.369  17.368

  No H/Q in entry =           9
  In of MODEL   14
    1    HA   ALA 103           HA       ALA 103  19.256 -11.883  15.081
    2    HB3  ALA 103           HB1      ALA 103  17.861 -10.551  13.536
    3    HB2  ALA 103           HB2      ALA 103  19.474  -9.861  13.720
    4    HB1  ALA 103           HB3      ALA 103  18.098  -9.125  14.553
    5    H    ALA 103           HN       ALA 103  16.694 -10.825  15.789

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   GLU 104           HA       GLU 104  20.973  -8.464  17.842
    2    HB2  GLU 104           HB2      GLU 104  19.929  -6.615  19.163
    3    HG2  GLU 104           HG2      GLU 104  17.281  -7.500  17.995
    4    H    GLU 104           HN       GLU 104  18.202  -9.240  17.232
    5    HB3  GLU 104           HB1      GLU 104  19.454  -6.617  17.469
    6    HG3  GLU 104           HG1      GLU 104  17.739  -7.796  19.668

  No H/Q in entry =           6
  In of MODEL   14
    1    HA   HIS 105           HA       HIS 105  19.983 -10.712  21.716
    2    HB2  HIS 105           HB2      HIS 105  16.944 -10.858  21.435
    3    HD1  HIS 105           HD1      HIS 105  19.448  -9.025  23.634
    4    HD2  HIS 105           HD2      HIS 105  16.017  -8.318  21.415
    5    HE1  HIS 105           HE1      HIS 105  18.930  -6.592  23.949
    6    HE2  HIS 105           HE2      HIS 105  17.035  -6.150  22.369
    7    H    HIS 105           HN       HIS 105  18.408 -10.315  19.235
    8    HB3  HIS 105           HB1      HIS 105  17.856 -11.209  22.903

  No H/Q in entry =           8
  In of MODEL   14
    1    HA   PRO 106           HA       PRO 106  20.284 -14.549  19.184
    2    HB2  PRO 106           HB2      PRO 106  22.270 -15.657  20.864
    3    HG2  PRO 106           HG2      PRO 106  22.442 -13.827  22.318
    4    HD2  PRO 106           HD2      PRO 106  21.626 -11.680  21.722
    5    HB3  PRO 106           HB1      PRO 106  22.546 -14.673  19.425
    6    HG3  PRO 106           HG1      PRO 106  23.597 -13.346  21.053
    7    HD3  PRO 106           HD1      PRO 106  22.036 -11.901  20.004

  No H/Q in entry =           7
  In of MODEL   14
    1    HA   LEU 107           HA       LEU 107  18.010 -17.179  21.920
    2    HB2  LEU 107           HB2      LEU 107  16.570 -16.665  19.863
    3    HG   LEU 107           HG       LEU 107  16.423 -19.460  21.039
    4   HD11  LEU 107          HD11      LEU 107  15.973 -17.648  22.615
    5   HD13  LEU 107          HD12      LEU 107  14.521 -18.589  22.289
    6   HD12  LEU 107          HD13      LEU 107  14.723 -17.004  21.543
    7   HD22  LEU 107          HD21      LEU 107  15.426 -19.623  18.840
    8   HD21  LEU 107          HD22      LEU 107  14.431 -18.196  19.145
    9   HD23  LEU 107          HD23      LEU 107  14.166 -19.672  20.080
   10    H    LEU 107           HN       LEU 107  19.217 -16.327  19.363
   11    HB3  LEU 107           HB1      LEU 107  17.315 -18.048  19.080

  No H/Q in entry =          11
  In of MODEL   14
    1    HA   ALA 108           HA       ALA 108  20.319 -21.007  21.835
    2    HB1  ALA 108           HB1      ALA 108  19.145 -22.933  22.844
    3    HB3  ALA 108           HB2      ALA 108  17.609 -22.071  22.721
    4    HB2  ALA 108           HB3      ALA 108  18.879 -21.464  23.784
    5    H    ALA 108           HN       ALA 108  17.885 -19.593  22.282

  No H/Q in entry =           5
  In of MODEL   14
    1    HA   SER 109           HA       SER 109  19.239 -22.902  17.970
    2    HB2  SER 109           HB2      SER 109  18.173 -20.674  17.480
    3    HG   SER 109           HG       SER 109  18.654 -22.298  15.744
    4    H    SER 109           HN       SER 109  20.660 -20.922  19.604
    5    HB3  SER 109           HB1      SER 109  19.756 -20.027  17.045

  No H/Q in entry =           5
  In of MODEL   15
    1    H1   MET   1           HT3      MET   1  -2.740  -8.770  -0.295
    2    H2   MET   1           HT2      MET   1  -3.802  -9.053   0.989
    3    H3   MET   1           HT1      MET   1  -3.339 -10.328  -0.024
    4    HB3  MET   1           HB1      MET   1  -6.184  -9.648   0.571
    5    HG3  MET   1           HG1      MET   1  -7.530  -8.577  -1.130
    6    HA   MET   1           HA       MET   1  -4.421  -9.313  -1.888
    7    HB2  MET   1           HB2      MET   1  -5.699 -10.913  -0.554
    8    HG2  MET   1           HG2      MET   1  -7.975 -10.282  -1.015
    9    HE3  MET   1           HE1      MET   1  -8.372  -9.238  -4.858
   10    HE2  MET   1           HE2      MET   1  -8.554  -8.141  -3.490
   11    HE1  MET   1           HE3      MET   1  -9.247  -9.762  -3.420

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   GLU   2           HA       GLU   2  -6.038  -5.151  -0.412
    2    HB2  GLU   2           HB2      GLU   2  -6.213  -5.776   2.574
    3    HG2  GLU   2           HG2      GLU   2  -7.783  -7.203   1.400
    4    H    GLU   2           HN       GLU   2  -5.283  -7.546   1.097
    5    HB3  GLU   2           HB1      GLU   2  -6.865  -4.334   1.793
    6    HG3  GLU   2           HG1      GLU   2  -8.655  -5.914   2.228

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   VAL   3           HA       VAL   3  -2.341  -3.075   0.691
    2    HB   VAL   3           HB       VAL   3  -2.368  -0.651   0.402
    3    H    VAL   3           HN       VAL   3  -5.244  -3.004   0.467

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   SER   4           HA       SER   4  -2.407  -2.435   5.054
    2    HB2  SER   4           HB2      SER   4   0.552  -2.500   4.301
    3    HG   SER   4           HG       SER   4  -1.008  -4.385   3.867
    4    H    SER   4           HN       SER   4  -1.127  -2.489   2.435
    5    HB3  SER   4           HB1      SER   4  -0.103  -2.701   5.930

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ALA   5           HA       ALA   5  -1.625   1.984   4.950
    2    HB3  ALA   5           HB1      ALA   5  -3.405   3.353   3.941
    3    HB1  ALA   5           HB2      ALA   5  -4.427   1.924   3.753
    4    HB2  ALA   5           HB3      ALA   5  -2.920   2.057   2.847
    5    H    ALA   5           HN       ALA   5  -3.408  -0.348   4.541

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ASN   6           HA       ASN   6  -3.194   2.523   9.000
    2    HB2  ASN   6           HB2      ASN   6  -2.570   5.385   8.143
    3   HD21  ASN   6          HD21      ASN   6  -0.751   5.650  10.339
    4   HD22  ASN   6          HD22      ASN   6   0.697   4.837   9.885
    5    H    ASN   6           HN       ASN   6  -2.077   3.437   6.581
    6    HB3  ASN   6           HB1      ASN   6  -2.809   4.853   9.805

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLU   7           HA       GLU   7  -6.950   5.315   7.706
    2    HB2  GLU   7           HB2      GLU   7  -7.618   5.939   5.340
    3    HG2  GLU   7           HG2      GLU   7  -4.761   5.195   4.643
    4    H    GLU   7           HN       GLU   7  -4.460   4.675   6.508
    5    HB3  GLU   7           HB1      GLU   7  -6.162   6.721   5.940
    6    HG3  GLU   7           HG1      GLU   7  -6.185   4.308   4.100

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LEU   8           HA       LEU   8  -8.528   1.505   5.283
    2    HB2  LEU   8           HB2      LEU   8  -5.744   0.702   4.499
    3    HG   LEU   8           HG       LEU   8  -6.735   0.159   2.321
    4   HD13  LEU   8          HD11      LEU   8  -9.081   0.540   1.812
    5   HD12  LEU   8          HD12      LEU   8  -9.410   0.956   3.496
    6   HD11  LEU   8          HD13      LEU   8  -8.892  -0.680   3.071
    7   HD23  LEU   8          HD21      LEU   8  -7.595   2.914   3.264
    8   HD22  LEU   8          HD22      LEU   8  -7.391   2.401   1.584
    9   HD21  LEU   8          HD23      LEU   8  -5.999   2.460   2.660
   10    H    LEU   8           HN       LEU   8  -5.907   2.647   5.604
   11    HB3  LEU   8           HB1      LEU   8  -6.918  -0.588   4.623

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   GLU   9           HA       GLU   9  -6.168   0.497   9.866
    2    HB2  GLU   9           HB2      GLU   9  -8.209   0.028  11.134
    3    HG2  GLU   9           HG2      GLU   9  -9.734   0.226   8.525
    4    H    GLU   9           HN       GLU   9  -6.493   1.622   7.928
    5    HB3  GLU   9           HB1      GLU   9  -8.414   1.502  10.197
    6    HG3  GLU   9           HG1      GLU   9  -9.552  -1.225   9.505

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ALA  10           HA       ALA  10  -6.823  -3.434   7.289
    2    HB2  ALA  10           HB1      ALA  10  -3.928  -2.785   6.674
    3    HB1  ALA  10           HB2      ALA  10  -5.318  -2.383   5.665
    4    HB3  ALA  10           HB3      ALA  10  -4.884  -4.072   5.934
    5    H    ALA  10           HN       ALA  10  -5.405  -1.057   7.758

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ALA  11           HA       ALA  11  -3.411  -5.349  10.207
    2    HB3  ALA  11           HB1      ALA  11  -2.325  -4.347  12.174
    3    HB1  ALA  11           HB2      ALA  11  -3.190  -2.832  11.893
    4    HB2  ALA  11           HB3      ALA  11  -2.001  -3.402  10.720
    5    H    ALA  11           HN       ALA  11  -4.137  -2.718   9.493

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   SER  12           HA       SER  12  -6.612  -4.726  13.828
    2    HB2  SER  12           HB2      SER  12  -7.075  -2.294  13.704
    3    HG   SER  12           HG       SER  12  -9.636  -3.433  13.613
    4    H    SER  12           HN       SER  12  -5.777  -3.114  11.645
    5    HB3  SER  12           HB1      SER  12  -8.140  -2.553  12.322

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   SER  13           HA       SER  13 -10.132  -6.023  10.726
    2    HB2  SER  13           HB2      SER  13  -8.545  -5.181   8.262
    3    HG   SER  13           HG       SER  13  -9.937  -3.459   8.202
    4    H    SER  13           HN       SER  13  -7.922  -4.279  10.549
    5    HB3  SER  13           HB1      SER  13 -10.180  -5.856   8.256

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ARG  14           HA       ARG  14  -6.843  -9.242   8.978
    2    HB2  ARG  14           HB2      ARG  14  -4.665  -7.545  10.233
    3    HG2  ARG  14           HG2      ARG  14  -5.097  -7.255   7.789
    4    HD2  ARG  14           HD2      ARG  14  -4.211 -10.159   7.682
    5    HE   ARG  14           HE       ARG  14  -4.673  -8.722   5.209
    6   HH11  ARG  14          HH11      ARG  14  -2.218  -9.784   7.486
    7   HH12  ARG  14          HH12      ARG  14  -0.951  -9.757   6.308
    8   HH21  ARG  14          HH21      ARG  14  -2.986  -8.705   3.685
    9   HH22  ARG  14          HH22      ARG  14  -1.383  -9.146   4.175
   10    H    ARG  14           HN       ARG  14  -6.768  -6.554   9.793
   11    HB3  ARG  14           HB1      ARG  14  -4.389  -9.257   9.953
   12    HG3  ARG  14           HG1      ARG  14  -3.461  -7.790   8.182
   13    HD3  ARG  14           HD1      ARG  14  -5.737  -9.484   7.099

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   MET  15           HA       MET  15  -5.651 -10.110  13.619
    2    HB2  MET  15           HB2      MET  15  -7.013  -7.572  14.617
    3    HG2  MET  15           HG2      MET  15  -4.860  -6.896  13.977
    4    HE3  MET  15           HE1      MET  15  -1.215  -8.560  14.697
    5    HE2  MET  15           HE2      MET  15  -2.154  -7.754  15.951
    6    HE1  MET  15           HE3      MET  15  -2.007  -7.024  14.346
    7    H    MET  15           HN       MET  15  -6.269  -7.810  12.193
    8    HB3  MET  15           HB1      MET  15  -6.399  -8.841  15.675
    9    HG3  MET  15           HG1      MET  15  -4.706  -7.239  15.698

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   GLU  16           HA       GLU  16 -10.405 -10.388  14.678
    2    HB2  GLU  16           HB2      GLU  16 -11.275  -8.212  14.029
    3    HG2  GLU  16           HG2      GLU  16 -13.460  -8.657  13.105
    4    H    GLU  16           HN       GLU  16  -8.841  -8.580  13.185
    5    HB3  GLU  16           HB1      GLU  16 -11.113  -8.596  12.323
    6    HG3  GLU  16           HG1      GLU  16 -12.911 -10.188  12.427

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   MET  17           HA       MET  17 -11.109 -12.646  10.446
    2    HB2  MET  17           HB2      MET  17  -8.699 -11.332   9.124
    3    HG2  MET  17           HG2      MET  17 -11.655 -11.208   8.467
    4    HE3  MET  17           HE1      MET  17  -8.277  -9.421   5.842
    5    HE2  MET  17           HE2      MET  17  -7.938 -10.452   7.230
    6    HE1  MET  17           HE3      MET  17  -8.630  -8.847   7.474
    7    H    MET  17           HN       MET  17  -9.654 -10.335  11.179
    8    HB3  MET  17           HB1      MET  17  -9.601 -12.658   8.400
    9    HG3  MET  17           HG1      MET  17 -10.631  -9.876   9.007

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   LEU  18           HA       LEU  18  -6.995 -14.946  11.235
    2    HB2  LEU  18           HB2      LEU  18  -5.762 -12.726  12.901
    3    HG   LEU  18           HG       LEU  18  -5.717 -12.186  10.481
    4   HD13  LEU  18          HD11      LEU  18  -3.308 -11.806  10.244
    5   HD12  LEU  18          HD12      LEU  18  -2.992 -12.915  11.584
    6   HD11  LEU  18          HD13      LEU  18  -3.881 -11.414  11.866
    7   HD22  LEU  18          HD21      LEU  18  -4.471 -13.582   8.883
    8   HD21  LEU  18          HD22      LEU  18  -5.855 -14.442   9.550
    9   HD23  LEU  18          HD23      LEU  18  -4.230 -14.807  10.130
   10    H    LEU  18           HN       LEU  18  -7.885 -12.253  11.792
   11    HB3  LEU  18           HB1      LEU  18  -4.981 -14.269  12.576

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   GLN  19           HA       GLN  19  -8.207 -15.067  15.994
    2    HB2  GLN  19           HB2      GLN  19 -10.383 -13.053  15.321
    3    HG2  GLN  19           HG2      GLN  19  -8.494 -13.036  17.682
    4   HE21  GLN  19          HE21      GLN  19  -8.034 -10.216  17.104
    5   HE22  GLN  19          HE22      GLN  19  -9.446  -9.389  17.648
    6    H    GLN  19           HN       GLN  19  -8.547 -13.241  13.858
    7    HB3  GLN  19           HB1      GLN  19 -10.471 -14.036  16.779
    8    HG3  GLN  19           HG1      GLN  19  -8.117 -12.247  16.152

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   ARG  20           HA       ARG  20 -11.862 -17.375  14.239
    2    HB2  ARG  20           HB2      ARG  20 -13.583 -16.899  12.569
    3    HG2  ARG  20           HG2      ARG  20 -13.413 -14.357  11.664
    4    HD2  ARG  20           HD2      ARG  20 -12.801 -15.188   9.433
    5    HE   ARG  20           HE       ARG  20 -14.868 -16.360  10.966
    6   HH11  ARG  20          HH11      ARG  20 -13.229 -16.879   7.911
    7   HH12  ARG  20          HH12      ARG  20 -14.599 -17.655   7.188
    8   HH21  ARG  20          HH21      ARG  20 -16.640 -17.358  10.009
    9   HH22  ARG  20          HH22      ARG  20 -16.535 -17.913   8.370
   10    H    ARG  20           HN       ARG  20 -10.629 -14.844  13.402
   11    HB3  ARG  20           HB1      ARG  20 -13.331 -15.522  13.620
   12    HG3  ARG  20           HG1      ARG  20 -11.703 -14.775  11.594
   13    HD3  ARG  20           HD1      ARG  20 -12.238 -16.709  10.138

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   GLU  21           HA       GLU  21  -9.653 -18.473  10.093
    2    HB2  GLU  21           HB2      GLU  21  -8.410 -16.345   9.628
    3    HG2  GLU  21           HG2      GLU  21  -6.368 -17.225   8.566
    4    H    GLU  21           HN       GLU  21  -9.399 -16.372  12.056
    5    HB3  GLU  21           HB1      GLU  21  -7.193 -16.808  10.807
    6    HG3  GLU  21           HG1      GLU  21  -6.585 -18.763   9.407

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   TYR  22           HA       TYR  22  -6.463 -20.737  12.676
    2    HB2  TYR  22           HB2      TYR  22  -5.184 -18.420  14.188
    3    HD1  TYR  22           HD1      TYR  22  -4.394 -16.739  12.760
    4    HD2  TYR  22           HD2      TYR  22  -4.081 -20.805  11.478
    5    HE1  TYR  22           HE1      TYR  22  -3.117 -16.021  10.798
    6    HE2  TYR  22           HE2      TYR  22  -2.804 -20.075   9.506
    7    HH   TYR  22           HH       TYR  22  -2.557 -17.975   8.137
    8    H    TYR  22           HN       TYR  22  -7.118 -17.892  12.542
    9    HB3  TYR  22           HB1      TYR  22  -4.540 -20.047  14.005

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   SER  23           HA       SER  23  -8.857 -19.494  16.711
    2    HB2  SER  23           HB2      SER  23  -6.073 -20.174  17.773
    3    HG   SER  23           HG       SER  23  -8.101 -21.670  16.590
    4    H    SER  23           HN       SER  23  -6.652 -18.334  15.328
    5    HB3  SER  23           HB1      SER  23  -7.565 -20.375  18.691

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   THR  24           HA       THR  24  -7.582 -16.111  19.469
    2    HB   THR  24           HB       THR  24  -9.461 -15.664  21.112
    3    HG1  THR  24           HG1      THR  24 -10.333 -17.677  21.418
    4   HG21  THR  24          HG21      THR  24  -9.504 -14.594  18.897
    5   HG23  THR  24          HG22      THR  24 -11.136 -14.962  19.459
    6   HG22  THR  24          HG23      THR  24 -10.374 -15.980  18.233
    7    H    THR  24           HN       THR  24  -9.154 -18.529  18.831

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   LEU  25           HA       LEU  25  -5.979 -18.540  22.822
    2    HB2  LEU  25           HB2      LEU  25  -4.351 -16.536  22.409
    3    HG   LEU  25           HG       LEU  25  -4.406 -17.700  25.224
    4   HD13  LEU  25          HD11      LEU  25  -2.857 -19.384  24.369
    5   HD12  LEU  25          HD12      LEU  25  -2.989 -18.714  22.740
    6   HD11  LEU  25          HD13      LEU  25  -4.395 -19.458  23.512
    7   HD22  LEU  25          HD21      LEU  25  -2.002 -17.188  25.258
    8   HD21  LEU  25          HD22      LEU  25  -2.961 -15.724  25.064
    9   HD23  LEU  25          HD23      LEU  25  -2.128 -16.423  23.672
   10    H    LEU  25           HN       LEU  25  -6.541 -16.019  21.494
   11    HB3  LEU  25           HB1      LEU  25  -5.124 -15.795  23.805

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ARG  26           HA       ARG  26  -9.152 -17.607  25.795
    2    HB2  ARG  26           HB2      ARG  26 -10.142 -19.696  26.685
    3    HG2  ARG  26           HG2      ARG  26  -8.198 -21.262  24.964
    4    HD2  ARG  26           HD2      ARG  26 -10.467 -22.253  25.345
    5    HE   ARG  26           HE       ARG  26  -9.695 -22.109  28.201
    6   HH11  ARG  26          HH11      ARG  26 -12.208 -22.593  25.789
    7   HH12  ARG  26          HH12      ARG  26 -13.451 -22.818  26.974
    8   HH21  ARG  26          HH21      ARG  26 -11.346 -22.398  29.723
    9   HH22  ARG  26          HH22      ARG  26 -12.968 -22.694  29.195
   10    H    ARG  26           HN       ARG  26  -7.156 -19.339  24.500
   11    HB3  ARG  26           HB1      ARG  26 -10.033 -19.707  24.929
   12    HG3  ARG  26           HG1      ARG  26  -8.016 -21.099  26.712
   13    HD3  ARG  26           HD1      ARG  26  -9.136 -23.214  25.994

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   SER  27           HA       SER  27  -6.205 -18.557  29.306
    2    HB2  SER  27           HB2      SER  27  -6.550 -21.566  28.844
    3    HG   SER  27           HG       SER  27  -8.305 -19.583  29.859
    4    H    SER  27           HN       SER  27  -6.375 -19.668  26.610
    5    HB3  SER  27           HB1      SER  27  -6.277 -20.773  30.401

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   VAL  28           HA       VAL  28  -2.088 -20.288  28.768
    2    HB   VAL  28           HB       VAL  28  -1.663 -17.527  30.015
    3    H    VAL  28           HN       VAL  28  -4.182 -18.756  30.182

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   GLN  29           HA       GLN  29  -0.789 -20.996  33.027
    2    HB2  GLN  29           HB2      GLN  29  -1.127 -23.472  33.302
    3    HG2  GLN  29           HG2      GLN  29  -1.827 -23.441  30.360
    4   HE21  GLN  29          HE21      GLN  29  -1.127 -26.263  30.252
    5   HE22  GLN  29          HE22      GLN  29  -2.450 -27.121  30.959
    6    H    GLN  29           HN       GLN  29  -0.638 -21.280  30.121
    7    HB3  GLN  29           HB1      GLN  29  -2.521 -22.667  32.587
    8    HG3  GLN  29           HG1      GLN  29  -0.431 -24.247  31.064

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   TYR  30           HA       TYR  30   3.444 -21.958  32.122
    2    HB2  TYR  30           HB2      TYR  30   3.745 -19.839  33.318
    3    HD1  TYR  30           HD1      TYR  30   5.371 -21.180  36.147
    4    HD2  TYR  30           HD2      TYR  30   5.718 -21.032  31.889
    5    HE1  TYR  30           HE1      TYR  30   7.764 -21.733  36.316
    6    HE2  TYR  30           HE2      TYR  30   8.105 -21.576  32.062
    7    HH   TYR  30           HH       TYR  30   9.932 -21.312  33.806
    8    H    TYR  30           HN       TYR  30   1.222 -21.113  33.818
    9    HB3  TYR  30           HB1      TYR  30   3.444 -20.626  34.866

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   ARG  31           HA       ARG  31   3.695 -25.732  34.483
    2    HB2  ARG  31           HB2      ARG  31   4.644 -26.227  31.631
    3    HG2  ARG  31           HG2      ARG  31   2.158 -27.149  33.117
    4    HD2  ARG  31           HD2      ARG  31   3.021 -27.836  30.295
    5    HE   ARG  31           HE       ARG  31   0.659 -27.999  30.395
    6   HH11  ARG  31          HH11      ARG  31   2.214 -30.134  32.719
    7   HH12  ARG  31          HH12      ARG  31   0.887 -31.240  32.778
    8   HH21  ARG  31          HH21      ARG  31  -1.078 -29.471  30.484
    9   HH22  ARG  31          HH22      ARG  31  -0.987 -30.854  31.519
   10    H    ARG  31           HN       ARG  31   4.112 -23.974  32.178
   11    HB3  ARG  31           HB1      ARG  31   4.644 -27.478  32.875
   12    HG3  ARG  31           HG1      ARG  31   2.215 -26.043  31.736
   13    HD3  ARG  31           HD1      ARG  31   3.155 -28.937  31.669

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   SER  32           HA       SER  32   7.788 -24.417  35.661
    2    HB2  SER  32           HB2      SER  32   6.634 -25.923  38.045
    3    HG   SER  32           HG       SER  32   6.778 -23.137  37.943
    4    H    SER  32           HN       SER  32   5.203 -25.545  36.018
    5    HB3  SER  32           HB1      SER  32   8.046 -24.862  38.074

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   GLU  33           HA       GLU  33   9.261 -28.949  36.453
    2    HB2  GLU  33           HB2      GLU  33   8.216 -31.125  36.430
    3    HG2  GLU  33           HG2      GLU  33   6.590 -30.763  34.519
    4    H    GLU  33           HN       GLU  33   6.662 -27.785  36.259
    5    HB3  GLU  33           HB1      GLU  33   7.227 -30.048  37.401
    6    HG3  GLU  33           HG1      GLU  33   5.979 -31.668  35.903

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLU  34           HA       GLU  34   8.740 -29.714  31.826
    2    HB2  GLU  34           HB2      GLU  34   6.433 -27.763  31.494
    3    HG2  GLU  34           HG2      GLU  34   5.761 -29.770  32.761
    4    H    GLU  34           HN       GLU  34   7.154 -28.294  33.800
    5    HB3  GLU  34           HB1      GLU  34   7.107 -28.786  30.224
    6    HG3  GLU  34           HG1      GLU  34   4.990 -29.675  31.172

  No H/Q in entry =           6
  In of MODEL   15
    1    HA3  GLY  35           HA2      GLY  35   9.897 -24.671  32.974
    2    H    GLY  35           HN       GLY  35   8.612 -26.542  33.210
    3    HA2  GLY  35           HA1      GLY  35  11.004 -25.620  31.991

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   VAL  36           HA       VAL  36   8.223 -23.439  28.931
    2    HB   VAL  36           HB       VAL  36   6.820 -24.725  27.397
    3    H    VAL  36           HN       VAL  36   7.634 -25.274  31.167

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   ILE  37           HA       ILE  37   4.192 -21.814  30.007
    2    HB   ILE  37           HB       ILE  37   5.007 -20.144  27.582
    3   HD12  ILE  37          HD11      ILE  37   5.329 -17.511  29.242
    4   HD11  ILE  37          HD12      ILE  37   6.475 -18.076  28.023
    5   HD13  ILE  37          HD13      ILE  37   7.023 -17.750  29.667
    6    H    ILE  37           HN       ILE  37   6.560 -22.109  28.324

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   VAL  38           HA       VAL  38   1.904 -23.719  26.672
    2    HB   VAL  38           HB       VAL  38   0.573 -24.421  29.331
    3    H    VAL  38           HN       VAL  38   2.219 -22.476  29.338

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   PHE  39           HA       PHE  39  -1.251 -20.580  26.284
    2    HB2  PHE  39           HB2      PHE  39   0.023 -21.015  23.537
    3    HD1  PHE  39           HD1      PHE  39  -0.321 -17.854  25.409
    4    HD2  PHE  39           HD2      PHE  39   2.363 -20.964  24.229
    5    HE1  PHE  39           HE1      PHE  39   1.588 -16.463  26.092
    6    HE2  PHE  39           HE2      PHE  39   4.271 -19.571  24.913
    7    HZ   PHE  39           HZ       PHE  39   3.884 -17.315  25.843
    8    H    PHE  39           HN       PHE  39   0.705 -22.572  25.364
    9    HB3  PHE  39           HB1      PHE  39  -1.070 -19.702  23.950

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   ILE  40           HA       ILE  40  -4.032 -23.890  24.885
    2    HB   ILE  40           HB       ILE  40  -5.552 -22.533  27.163
    3   HD12  ILE  40          HD11      ILE  40  -5.768 -25.317  28.757
    4   HD11  ILE  40          HD12      ILE  40  -5.379 -23.764  29.502
    5   HD13  ILE  40          HD13      ILE  40  -4.259 -25.117  29.648
    6    H    ILE  40           HN       ILE  40  -3.089 -21.843  26.690

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LEU  41           HA       LEU  41  -6.244 -20.920  22.398
    2    HB2  LEU  41           HB2      LEU  41  -5.772 -23.452  20.781
    3    HG   LEU  41           HG       LEU  41  -3.752 -22.043  21.059
    4   HD11  LEU  41          HD11      LEU  41  -4.006 -23.222  18.924
    5   HD13  LEU  41          HD12      LEU  41  -3.159 -21.692  18.712
    6   HD12  LEU  41          HD13      LEU  41  -4.855 -21.835  18.238
    7   HD22  LEU  41          HD21      LEU  41  -4.817 -19.915  21.532
    8   HD21  LEU  41          HD22      LEU  41  -5.435 -19.813  19.882
    9   HD23  LEU  41          HD23      LEU  41  -3.701 -19.747  20.183
   10    H    LEU  41           HN       LEU  41  -5.017 -23.479  23.027
   11    HB3  LEU  41           HB1      LEU  41  -6.655 -22.078  20.132

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ALA  42           HA       ALA  42 -10.443 -21.846  22.947
    2    HB3  ALA  42           HB1      ALA  42 -11.940 -20.668  21.386
    3    HB1  ALA  42           HB2      ALA  42 -10.609 -20.472  20.240
    4    HB2  ALA  42           HB3      ALA  42 -10.551 -19.665  21.808
    5    H    ALA  42           HN       ALA  42  -8.349 -20.838  21.315

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ASN  43           HA       ASN  43 -11.040 -25.069  19.636
    2    HB2  ASN  43           HB2      ASN  43 -10.023 -25.585  17.582
    3   HD21  ASN  43          HD21      ASN  43  -7.489 -23.270  18.407
    4   HD22  ASN  43          HD22      ASN  43  -6.184 -24.307  18.000
    5    H    ASN  43           HN       ASN  43  -8.860 -23.182  20.179
    6    HB3  ASN  43           HB1      ASN  43  -9.679 -23.872  17.754

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ASP  44           HA       ASP  44  -7.859 -26.255  23.414
    2    HB2  ASP  44           HB2      ASP  44  -9.342 -28.531  22.026
    3    H    ASP  44           HN       ASP  44  -9.081 -24.947  22.046
    4    HB3  ASP  44           HB1      ASP  44  -8.369 -28.720  23.480

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   ARG  45           HA       ARG  45  -4.461 -27.488  20.895
    2    HB2  ARG  45           HB2      ARG  45  -5.649 -26.302  18.952
    3    HG2  ARG  45           HG2      ARG  45  -3.319 -27.394  18.673
    4    HD2  ARG  45           HD2      ARG  45  -2.519 -24.493  18.359
    5    HE   ARG  45           HE       ARG  45  -1.444 -26.035  16.763
    6   HH11  ARG  45          HH11      ARG  45  -0.286 -26.070  20.076
    7   HH12  ARG  45          HH12      ARG  45   1.263 -26.699  19.634
    8   HH21  ARG  45          HH21      ARG  45   0.584 -26.870  16.227
    9   HH22  ARG  45          HH22      ARG  45   1.751 -27.158  17.472
   10    H    ARG  45           HN       ARG  45  -6.316 -25.298  21.679
   11    HB3  ARG  45           HB1      ARG  45  -4.788 -24.841  19.394
   12    HG3  ARG  45           HG1      ARG  45  -3.902 -26.287  17.434
   13    HD3  ARG  45           HD1      ARG  45  -1.958 -25.562  19.648

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   GLU  46           HA       GLU  46  -2.204 -24.947  23.763
    2    HB2  GLU  46           HB2      GLU  46  -1.229 -27.810  24.137
    3    HG2  GLU  46           HG2      GLU  46  -2.403 -27.644  26.351
    4    H    GLU  46           HN       GLU  46  -2.883 -27.407  22.369
    5    HB3  GLU  46           HB1      GLU  46  -0.735 -26.455  25.142
    6    HG3  GLU  46           HG1      GLU  46  -3.133 -26.137  25.803

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   LEU  47           HA       LEU  47   1.381 -24.505  21.090
    2    HB2  LEU  47           HB2      LEU  47   0.243 -21.818  21.869
    3    HG   LEU  47           HG       LEU  47  -0.583 -22.823  19.734
    4   HD13  LEU  47          HD11      LEU  47  -0.179 -20.876  18.289
    5   HD12  LEU  47          HD12      LEU  47   1.149 -20.365  19.335
    6   HD11  LEU  47          HD13      LEU  47  -0.503 -20.386  19.952
    7   HD22  LEU  47          HD21      LEU  47   0.947 -23.103  17.821
    8   HD21  LEU  47          HD22      LEU  47   1.421 -24.147  19.165
    9   HD23  LEU  47          HD23      LEU  47   2.321 -22.661  18.841
   10    H    LEU  47           HN       LEU  47  -0.912 -23.614  22.594
   11    HB3  LEU  47           HB1      LEU  47   1.890 -21.902  21.264

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   LYS  48           HA       LYS  48   3.708 -24.585  24.854
    2    HB2  LYS  48           HB2      LYS  48   3.186 -26.924  24.305
    3    HG2  LYS  48           HG2      LYS  48   6.177 -26.712  24.793
    4    HD2  LYS  48           HD2      LYS  48   4.186 -28.903  25.503
    5    HE2  LYS  48           HE2      LYS  48   5.961 -28.643  27.235
    6    HZ2  LYS  48           HZ1      LYS  48   8.238 -29.147  26.644
    7    HZ1  LYS  48           HZ2      LYS  48   7.726 -27.765  25.806
    8    HZ3  LYS  48           HZ3      LYS  48   7.830 -29.251  25.005
    9    H    LYS  48           HN       LYS  48   3.185 -25.113  21.992
   10    HB3  LYS  48           HB1      LYS  48   4.436 -26.941  23.065
   11    HG3  LYS  48           HG1      LYS  48   4.934 -26.595  26.045
   12    HD3  LYS  48           HD1      LYS  48   5.436 -29.010  24.261
   13    HE3  LYS  48           HE1      LYS  48   6.069 -30.170  26.360

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   PHE  49           HA       PHE  49   7.703 -23.184  23.489
    2    HB2  PHE  49           HB2      PHE  49   6.055 -20.633  23.846
    3    HD1  PHE  49           HD1      PHE  49   8.122 -21.980  21.039
    4    HD2  PHE  49           HD2      PHE  49   4.191 -20.974  22.391
    5    HE1  PHE  49           HE1      PHE  49   7.238 -22.361  18.774
    6    HE2  PHE  49           HE2      PHE  49   3.321 -21.357  20.124
    7    HZ   PHE  49           HZ       PHE  49   4.837 -22.056  18.318
    8    H    PHE  49           HN       PHE  49   5.174 -23.003  25.004
    9    HB3  PHE  49           HB1      PHE  49   7.694 -20.684  23.206

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   ARG  50           HA       ARG  50   9.373 -22.312  27.424
    2    HB2  ARG  50           HB2      ARG  50  11.643 -21.823  25.465
    3    HG2  ARG  50           HG2      ARG  50  11.035 -24.290  27.130
    4    HD2  ARG  50           HD2      ARG  50  12.834 -25.361  25.920
    5    HE   ARG  50           HE       ARG  50  13.657 -22.754  27.053
    6   HH11  ARG  50          HH11      ARG  50  14.376 -26.158  26.612
    7   HH12  ARG  50          HH12      ARG  50  15.714 -26.124  27.713
    8   HH21  ARG  50          HH21      ARG  50  15.383 -22.708  28.431
    9   HH22  ARG  50          HH22      ARG  50  16.287 -24.153  28.757
   10    H    ARG  50           HN       ARG  50   9.460 -22.027  24.520
   11    HB3  ARG  50           HB1      ARG  50  11.871 -21.989  27.205
   12    HG3  ARG  50           HG1      ARG  50  10.698 -24.136  25.400
   13    HD3  ARG  50           HD1      ARG  50  13.061 -23.943  24.890

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   PRO  51           HA       PRO  51   9.286 -17.874  28.402
    2    HB2  PRO  51           HB2      PRO  51  11.395 -18.524  30.448
    3    HG2  PRO  51           HG2      PRO  51  10.143 -20.211  31.487
    4    HD2  PRO  51           HD2      PRO  51  10.919 -21.268  29.539
    5    HB3  PRO  51           HB1      PRO  51   9.847 -17.689  30.658
    6    HG3  PRO  51           HG1      PRO  51   8.628 -19.695  30.714
    7    HD3  PRO  51           HD1      PRO  51   9.166 -21.505  29.340

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   ASP  52           HA       ASP  52  13.996 -17.052  27.770
    2    HB2  ASP  52           HB2      ASP  52  15.902 -18.684  27.594
    3    H    ASP  52           HN       ASP  52  12.517 -19.376  28.504
    4    HB3  ASP  52           HB1      ASP  52  15.025 -18.778  29.114

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   ASP  53           HA       ASP  53  13.538 -18.724  23.377
    2    HB2  ASP  53           HB2      ASP  53  12.316 -20.826  23.626
    3    H    ASP  53           HN       ASP  53  12.135 -19.175  25.885
    4    HB3  ASP  53           HB1      ASP  53  10.822 -19.968  23.985

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   LEU  54           HA       LEU  54   9.721 -15.948  22.826
    2    HB2  LEU  54           HB2      LEU  54   8.663 -16.196  25.667
    3    HG   LEU  54           HG       LEU  54   8.505 -18.365  24.463
    4   HD12  LEU  54          HD11      LEU  54   5.829 -16.984  24.802
    5   HD11  LEU  54          HD12      LEU  54   6.771 -17.773  26.071
    6   HD13  LEU  54          HD13      LEU  54   6.106 -18.727  24.750
    7   HD21  LEU  54          HD21      LEU  54   8.521 -17.554  22.151
    8   HD23  LEU  54          HD22      LEU  54   6.924 -16.828  22.372
    9   HD22  LEU  54          HD23      LEU  54   7.112 -18.581  22.440
   10    H    LEU  54           HN       LEU  54  10.679 -17.512  25.080
   11    HB3  LEU  54           HB1      LEU  54   7.829 -15.396  24.336

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   GLN  55           HA       GLN  55  11.411 -12.061  23.773
    2    HB2  GLN  55           HB2      GLN  55  10.180 -11.522  21.729
    3    HG2  GLN  55           HG2      GLN  55   9.518  -9.379  23.771
    4   HE21  GLN  55          HE21      GLN  55  10.943  -7.518  21.989
    5   HE22  GLN  55          HE22      GLN  55   9.828  -7.136  20.730
    6    H    GLN  55           HN       GLN  55   9.359 -13.743  22.819
    7    HB3  GLN  55           HB1      GLN  55   8.666 -11.376  22.617
    8    HG3  GLN  55           HG1      GLN  55  11.070  -9.547  22.952

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   ALA  56           HA       ALA  56   7.830 -10.343  26.620
    2    HB2  ALA  56           HB1      ALA  56   5.860 -11.588  25.796
    3    HB3  ALA  56           HB2      ALA  56   5.847 -11.476  27.558
    4    HB1  ALA  56           HB3      ALA  56   6.325 -12.983  26.767
    5    H    ALA  56           HN       ALA  56   8.015 -12.440  24.806

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   THR  57           HA       THR  57   9.259 -13.219  29.974
    2    HB   THR  57           HB       THR  57   8.935 -15.723  29.928
    3    HG1  THR  57           HG1      THR  57   9.609 -15.668  27.502
    4   HG23  THR  57          HG21      THR  57   6.560 -15.604  29.388
    5   HG22  THR  57          HG22      THR  57   6.818 -14.123  28.466
    6   HG21  THR  57          HG23      THR  57   7.048 -14.129  30.213
    7    H    THR  57           HN       THR  57   9.247 -13.463  27.027

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   TYR  58           HA       TYR  58  13.409 -14.714  28.183
    2    HB2  TYR  58           HB2      TYR  58  13.108 -13.321  26.062
    3    HD1  TYR  58           HD1      TYR  58  14.761 -15.502  26.516
    4    HD2  TYR  58           HD2      TYR  58  15.940 -11.394  26.500
    5    HE1  TYR  58           HE1      TYR  58  17.049 -16.172  25.929
    6    HE2  TYR  58           HE2      TYR  58  18.227 -12.061  25.913
    7    HH   TYR  58           HH       TYR  58  19.042 -15.164  24.833
    8    H    TYR  58           HN       TYR  58  11.326 -12.841  27.632
    9    HB3  TYR  58           HB1      TYR  58  13.678 -11.929  26.980

  No H/Q in entry =           9
  In of MODEL   15
    1    HA3  GLY  59           HA2      GLY  59  14.932 -14.242  32.288
    2    H    GLY  59           HN       GLY  59  13.749 -14.797  30.371
    3    HA2  GLY  59           HA1      GLY  59  15.207 -12.625  31.661

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   ALA  60           HA       ALA  60  11.183 -12.152  33.938
    2    HB3  ALA  60           HB1      ALA  60   8.874 -12.639  33.257
    3    HB1  ALA  60           HB2      ALA  60   9.445 -13.845  32.099
    4    HB2  ALA  60           HB3      ALA  60   9.840 -12.141  31.868
    5    H    ALA  60           HN       ALA  60  11.995 -14.076  31.833

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   THR  61           HA       THR  61  11.012 -15.382  36.856
    2    HB   THR  61           HB       THR  61   9.847 -14.568  38.967
    3    HG1  THR  61           HG1      THR  61   9.344 -12.191  38.751
    4   HG21  THR  61          HG21      THR  61  12.246 -14.075  38.617
    5   HG23  THR  61          HG22      THR  61  11.427 -12.779  39.484
    6   HG22  THR  61          HG23      THR  61  11.819 -12.581  37.773
    7    H    THR  61           HN       THR  61  10.116 -12.844  35.812

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   PRO  62           HA       PRO  62   7.475 -17.944  36.070
    2    HB2  PRO  62           HB2      PRO  62   7.312 -19.488  38.372
    3    HG2  PRO  62           HG2      PRO  62   8.783 -18.221  39.698
    4    HD2  PRO  62           HD2      PRO  62  10.347 -16.746  38.759
    5    HB3  PRO  62           HB1      PRO  62   8.514 -19.730  37.097
    6    HG3  PRO  62           HG1      PRO  62   9.907 -19.384  38.961
    7    HD3  PRO  62           HD1      PRO  62  10.690 -17.824  37.386

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   GLU  63           HA       GLU  63   4.579 -16.408  39.601
    2    HB2  GLU  63           HB2      GLU  63   4.813 -14.447  41.121
    3    HG2  GLU  63           HG2      GLU  63   6.874 -13.513  39.553
    4    H    GLU  63           HN       GLU  63   7.373 -16.059  39.056
    5    HB3  GLU  63           HB1      GLU  63   6.034 -15.678  41.408
    6    HG3  GLU  63           HG1      GLU  63   6.527 -12.982  41.199

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLN  64           HA       GLN  64   4.165 -12.449  36.984
    2    HB2  GLN  64           HB2      GLN  64   6.947 -12.677  35.787
    3    HG2  GLN  64           HG2      GLN  64   5.768 -10.572  37.621
    4   HE21  GLN  64          HE21      GLN  64   8.563 -11.617  35.703
    5   HE22  GLN  64          HE22      GLN  64   9.403 -10.113  35.797
    6    H    GLN  64           HN       GLN  64   6.425 -14.148  37.619
    7    HB3  GLN  64           HB1      GLN  64   5.770 -11.449  35.323
    8    HG3  GLN  64           HG1      GLN  64   6.926 -11.808  38.104

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   LEU  65           HA       LEU  65   3.765 -15.476  33.390
    2    HB2  LEU  65           HB2      LEU  65   5.396 -17.759  34.634
    3    HG   LEU  65           HG       LEU  65   7.078 -16.089  34.294
    4   HD11  LEU  65          HD11      LEU  65   7.695 -18.277  33.443
    5   HD13  LEU  65          HD12      LEU  65   8.454 -17.006  32.489
    6   HD12  LEU  65          HD13      LEU  65   7.056 -17.873  31.847
    7   HD21  LEU  65          HD21      LEU  65   5.752 -15.459  31.633
    8   HD23  LEU  65          HD22      LEU  65   7.306 -14.805  32.172
    9   HD22  LEU  65          HD23      LEU  65   5.841 -14.429  33.067
   10    H    LEU  65           HN       LEU  65   5.310 -15.472  35.929
   11    HB3  LEU  65           HB1      LEU  65   4.817 -17.628  32.975

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ARG  66           HA       ARG  66   0.612 -17.246  35.993
    2    HB2  ARG  66           HB2      ARG  66   1.552 -15.938  38.592
    3    HG2  ARG  66           HG2      ARG  66   1.873 -18.819  37.691
    4    HD2  ARG  66           HD2      ARG  66   2.697 -19.313  39.939
    5    HE   ARG  66           HE       ARG  66   0.189 -19.409  39.514
    6   HH11  ARG  66          HH11      ARG  66   1.537 -17.410  42.085
    7   HH12  ARG  66          HH12      ARG  66   0.095 -17.474  43.042
    8   HH21  ARG  66          HH21      ARG  66  -1.691 -19.457  40.784
    9   HH22  ARG  66          HH22      ARG  66  -1.719 -18.644  42.313
   10    H    ARG  66           HN       ARG  66   2.950 -15.493  36.446
   11    HB3  ARG  66           HB1      ARG  66   0.192 -17.050  38.412
   12    HG3  ARG  66           HG1      ARG  66   3.151 -17.685  38.127
   13    HD3  ARG  66           HD1      ARG  66   2.378 -17.649  40.452

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   GLU  67           HA       GLU  67  -0.781 -12.746  36.622
    2    HB2  GLU  67           HB2      GLU  67   1.946 -11.408  36.418
    3    HG2  GLU  67           HG2      GLU  67   1.977 -12.755  38.451
    4    H    GLU  67           HN       GLU  67   1.836 -13.989  36.549
    5    HB3  GLU  67           HB1      GLU  67   0.429 -10.655  36.905
    6    HG3  GLU  67           HG1      GLU  67   1.901 -11.034  38.815

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ILE  68           HA       ILE  68  -0.381 -12.398  32.184
    2    HB   ILE  68           HB       ILE  68  -1.526 -15.172  32.773
    3   HD12  ILE  68          HD11      ILE  68   1.920 -16.630  32.226
    4   HD11  ILE  68          HD12      ILE  68   0.573 -16.682  31.090
    5   HD13  ILE  68          HD13      ILE  68   0.309 -17.044  32.804
    6    H    ILE  68           HN       ILE  68  -1.596 -13.424  34.674

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLU  69           HA       GLU  69  -4.719 -11.969  31.013
    2    HB2  GLU  69           HB2      GLU  69  -4.182  -9.682  31.832
    3    HG2  GLU  69           HG2      GLU  69  -5.353  -9.470  29.042
    4    H    GLU  69           HN       GLU  69  -1.800 -11.510  30.750
    5    HB3  GLU  69           HB1      GLU  69  -3.280  -9.344  30.359
    6    HG3  GLU  69           HG1      GLU  69  -6.265  -9.871  30.496

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ILE  70           HA       ILE  70  -4.241 -12.879  26.656
    2    HB   ILE  70           HB       ILE  70  -7.192 -12.092  26.769
    3   HD12  ILE  70          HD11      ILE  70  -4.671 -14.851  27.389
    4   HD11  ILE  70          HD12      ILE  70  -5.550 -15.458  25.982
    5   HD13  ILE  70          HD13      ILE  70  -5.903 -16.096  27.585
    6    H    ILE  70           HN       ILE  70  -5.828 -11.939  28.880

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   SER  71           HA       SER  71  -2.991  -9.285  24.590
    2    HB2  SER  71           HB2      SER  71  -3.111  -9.343  22.092
    3    HG   SER  71           HG       SER  71  -4.571 -11.751  22.383
    4    H    SER  71           HN       SER  71  -4.159 -11.802  24.508
    5    HB3  SER  71           HB1      SER  71  -2.573 -10.876  22.773

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   PRO  72           HA       PRO  72  -6.397  -6.317  24.305
    2    HB2  PRO  72           HB2      PRO  72  -5.176  -4.190  23.129
    3    HG2  PRO  72           HG2      PRO  72  -3.341  -5.359  22.187
    4    HD2  PRO  72           HD2      PRO  72  -2.590  -7.384  23.078
    5    HB3  PRO  72           HB1      PRO  72  -4.773  -4.712  24.775
    6    HG3  PRO  72           HG1      PRO  72  -2.658  -4.756  23.713
    7    HD3  PRO  72           HD1      PRO  72  -2.808  -6.841  24.759

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   SER  73           HA       SER  73  -7.542  -7.000  19.974
    2    HB2  SER  73           HB2      SER  73  -5.349  -7.255  18.840
    3    HG   SER  73           HG       SER  73  -7.318  -7.736  17.686
    4    H    SER  73           HN       SER  73  -5.422  -8.099  21.726
    5    HB3  SER  73           HB1      SER  73  -5.303  -8.965  19.277

  No H/Q in entry =           5
  In of MODEL   15
    1    HA3  GLY  74           HA2      GLY  74  -7.843 -11.453  22.702
    2    H    GLY  74           HN       GLY  74  -6.374  -9.820  21.743
    3    HA2  GLY  74           HA1      GLY  74  -8.933 -11.261  21.340

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   LEU  75           HA       LEU  75  -6.081 -13.914  18.897
    2    HB2  LEU  75           HB2      LEU  75  -4.314 -11.512  18.534
    3    HG   LEU  75           HG       LEU  75  -6.235 -11.891  16.949
    4   HD11  LEU  75          HD11      LEU  75  -3.455 -11.931  15.745
    5   HD13  LEU  75          HD12      LEU  75  -4.341 -10.507  16.294
    6   HD12  LEU  75          HD13      LEU  75  -4.930 -11.429  14.912
    7   HD21  LEU  75          HD21      LEU  75  -4.584 -14.293  16.090
    8   HD23  LEU  75          HD22      LEU  75  -5.994 -13.656  15.238
    9   HD22  LEU  75          HD23      LEU  75  -6.179 -14.340  16.851
   10    H    LEU  75           HN       LEU  75  -6.092 -11.228  19.831
   11    HB3  LEU  75           HB1      LEU  75  -3.666 -13.071  18.056

  No H/Q in entry =          11
  In of MODEL   15
    1    HA3  GLY  76           HA2      GLY  76  -2.290 -14.873  21.343
    2    H    GLY  76           HN       GLY  76  -3.271 -12.267  20.389
    3    HA2  GLY  76           HA1      GLY  76  -1.353 -13.390  21.155

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   VAL  77           HA       VAL  77  -2.409 -12.904  25.401
    2    HB   VAL  77           HB       VAL  77  -0.662 -14.937  25.347
    3    H    VAL  77           HN       VAL  77  -0.525 -13.200  23.138

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   TYR  78           HA       TYR  78   0.577  -9.626  26.438
    2    HB2  TYR  78           HB2      TYR  78  -1.530  -8.501  25.654
    3    HD1  TYR  78           HD1      TYR  78  -1.688  -7.093  29.012
    4    HD2  TYR  78           HD2      TYR  78   0.479  -7.006  25.326
    5    HE1  TYR  78           HE1      TYR  78  -0.696  -4.934  29.644
    6    HE2  TYR  78           HE2      TYR  78   1.464  -4.853  25.959
    7    HH   TYR  78           HH       TYR  78   1.198  -3.551  29.126
    8    H    TYR  78           HN       TYR  78  -1.596 -11.459  27.062
    9    HB3  TYR  78           HB1      TYR  78  -2.221  -8.687  27.261

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   PHE  79           HA       PHE  79   0.801 -11.226  30.614
    2    HB2  PHE  79           HB2      PHE  79   3.662 -10.724  29.699
    3    HD1  PHE  79           HD1      PHE  79   0.875 -13.020  29.974
    4    HD2  PHE  79           HD2      PHE  79   4.920 -12.769  29.232
    5    HE1  PHE  79           HE1      PHE  79   0.847 -15.264  29.008
    6    HE2  PHE  79           HE2      PHE  79   4.875 -15.019  28.290
    7    HZ   PHE  79           HZ       PHE  79   2.850 -16.286  28.175
    8    H    PHE  79           HN       PHE  79   1.810 -10.489  28.054
    9    HB3  PHE  79           HB1      PHE  79   3.222 -11.383  31.275

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   GLU  80           HA       GLU  80  -0.152  -7.197  31.553
    2    HB2  GLU  80           HB2      GLU  80  -1.857  -8.630  32.689
    3    HG2  GLU  80           HG2      GLU  80  -0.981  -6.225  34.310
    4    H    GLU  80           HN       GLU  80   0.162  -9.949  32.115
    5    HB3  GLU  80           HB1      GLU  80  -0.806  -8.752  34.096
    6    HG3  GLU  80           HG1      GLU  80  -2.214  -6.280  33.052

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   THR  81           HA       THR  81   2.624  -6.611  35.448
    2    HB   THR  81           HB       THR  81   3.304  -9.570  35.617
    3    HG1  THR  81           HG1      THR  81   2.069  -8.723  37.763
    4   HG23  THR  81          HG21      THR  81   4.332  -9.148  37.787
    5   HG22  THR  81          HG22      THR  81   4.071  -7.407  37.614
    6   HG21  THR  81          HG23      THR  81   5.199  -8.240  36.542
    7    H    THR  81           HN       THR  81   1.593  -8.912  34.114

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   LEU  82           HA       LEU  82   6.481  -7.491  32.801
    2    HB2  LEU  82           HB2      LEU  82   5.105  -9.050  30.568
    3    HG   LEU  82           HG       LEU  82   5.015 -10.578  32.438
    4   HD12  LEU  82          HD11      LEU  82   7.422 -11.278  30.731
    5   HD11  LEU  82          HD12      LEU  82   5.732 -11.524  30.289
    6   HD13  LEU  82          HD13      LEU  82   6.417 -12.401  31.651
    7   HD23  LEU  82          HD21      LEU  82   7.938  -9.971  32.934
    8   HD22  LEU  82          HD22      LEU  82   6.965 -11.199  33.754
    9   HD21  LEU  82          HD23      LEU  82   6.572  -9.497  33.948
   10    H    LEU  82           HN       LEU  82   3.785  -8.605  32.798
   11    HB3  LEU  82           HB1      LEU  82   6.835  -8.795  30.773

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   GLU  83           HA       GLU  83   2.443  -5.263  30.132
    2    HB2  GLU  83           HB2      GLU  83   4.989  -3.665  30.575
    3    HG2  GLU  83           HG2      GLU  83   2.231  -3.262  31.773
    4    H    GLU  83           HN       GLU  83   3.385  -6.562  31.730
    5    HB3  GLU  83           HB1      GLU  83   3.567  -3.061  29.725
    6    HG3  GLU  83           HG1      GLU  83   3.622  -3.930  32.637

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   GLU  84           HA       GLU  84   4.859  -6.554  26.480
    2    HB2  GLU  84           HB2      GLU  84   6.813  -7.177  28.109
    3    HG2  GLU  84           HG2      GLU  84   8.046  -8.592  26.426
    4    H    GLU  84           HN       GLU  84   4.014  -7.485  29.165
    5    HB3  GLU  84           HB1      GLU  84   6.258  -8.830  27.962
    6    HG3  GLU  84           HG1      GLU  84   6.575  -8.631  25.459

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   ASP  85           HA       ASP  85   2.161  -9.899  25.474
    2    HB2  ASP  85           HB2      ASP  85   1.251  -9.437  23.249
    3    H    ASP  85           HN       ASP  85   4.217  -7.885  24.820
    4    HB3  ASP  85           HB1      ASP  85   1.501  -7.914  24.090

  No H/Q in entry =           4
  In of MODEL   15
    1    HA   VAL  86           HA       VAL  86   4.327 -12.555  22.489
    2    HB   VAL  86           HB       VAL  86   2.612 -14.589  24.052
    3    H    VAL  86           HN       VAL  86   2.009 -11.813  24.187

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   SER  87           HA       SER  87   0.770 -12.026  19.786
    2    HB2  SER  87           HB2      SER  87   2.418 -10.694  18.564
    3    HG   SER  87           HG       SER  87   1.340 -10.937  16.784
    4    H    SER  87           HN       SER  87   3.455 -11.976  20.565
    5    HB3  SER  87           HB1      SER  87   3.273 -12.149  18.051

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   LEU  88           HA       LEU  88   0.107 -16.360  19.279
    2    HB2  LEU  88           HB2      LEU  88  -2.236 -15.299  19.561
    3    HG   LEU  88           HG       LEU  88  -2.006 -17.756  17.796
    4   HD13  LEU  88          HD11      LEU  88  -2.285 -19.006  19.882
    5   HD12  LEU  88          HD12      LEU  88  -2.344 -17.501  20.801
    6   HD11  LEU  88          HD13      LEU  88  -0.862 -17.969  19.962
    7   HD21  LEU  88          HD21      LEU  88  -4.247 -16.749  17.594
    8   HD23  LEU  88          HD22      LEU  88  -4.420 -16.770  19.350
    9   HD22  LEU  88          HD23      LEU  88  -4.303 -18.286  18.457
   10    H    LEU  88           HN       LEU  88  -0.575 -13.639  19.283
   11    HB3  LEU  88           HB1      LEU  88  -2.316 -15.245  17.818

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ILE  89           HA       ILE  89  -0.312 -15.914  14.478
    2    HB   ILE  89           HB       ILE  89   0.213 -12.903  14.406
    3   HD13  ILE  89          HD11      ILE  89  -3.762 -14.459  14.182
    4   HD12  ILE  89          HD12      ILE  89  -2.467 -15.569  14.624
    5   HD11  ILE  89          HD13      ILE  89  -2.621 -15.002  12.956
    6    H    ILE  89           HN       ILE  89  -0.598 -14.125  16.624

  No H/Q in entry =           6
  In of MODEL   15
    1    HA3  GLY  90           HA2      GLY  90   4.314 -14.130  14.652
    2    H    GLY  90           HN       GLY  90   1.989 -13.754  16.103
    3    HA2  GLY  90           HA1      GLY  90   4.256 -13.914  16.400

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   LEU  91           HA       LEU  91   5.086 -18.133  17.348
    2    HB2  LEU  91           HB2      LEU  91   2.160 -18.344  18.166
    3    HG   LEU  91           HG       LEU  91   3.298 -16.623  19.515
    4   HD13  LEU  91          HD11      LEU  91   2.844 -17.550  21.748
    5   HD12  LEU  91          HD12      LEU  91   2.789 -19.180  21.068
    6   HD11  LEU  91          HD13      LEU  91   1.585 -17.980  20.590
    7   HD22  LEU  91          HD21      LEU  91   5.618 -17.322  19.249
    8   HD21  LEU  91          HD22      LEU  91   5.323 -18.783  20.196
    9   HD23  LEU  91          HD23      LEU  91   5.220 -17.196  20.963
   10    H    LEU  91           HN       LEU  91   3.059 -16.163  17.319
   11    HB3  LEU  91           HB1      LEU  91   3.399 -19.520  18.588

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   LEU  92           HA       LEU  92   2.117 -20.488  14.362
    2    HB2  LEU  92           HB2      LEU  92   0.505 -18.012  13.624
    3    HG   LEU  92           HG       LEU  92   0.063 -18.800  15.985
    4   HD12  LEU  92          HD11      LEU  92  -2.246 -19.114  14.055
    5   HD11  LEU  92          HD12      LEU  92  -1.646 -17.603  14.747
    6   HD13  LEU  92          HD13      LEU  92  -2.371 -18.820  15.794
    7   HD23  LEU  92          HD21      LEU  92  -0.906 -21.353  14.653
    8   HD22  LEU  92          HD22      LEU  92  -1.103 -20.928  16.358
    9   HD21  LEU  92          HD23      LEU  92   0.508 -21.191  15.700
   10    H    LEU  92           HN       LEU  92   2.065 -17.873  15.561
   11    HB3  LEU  92           HB1      LEU  92   0.177 -19.648  13.063

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   GLU  93           HA       GLU  93   4.266 -18.155  10.839
    2    HB2  GLU  93           HB2      GLU  93   5.086 -15.714  12.496
    3    HG2  GLU  93           HG2      GLU  93   2.717 -15.511  12.075
    4    H    GLU  93           HN       GLU  93   3.582 -17.439  13.602
    5    HB3  GLU  93           HB1      GLU  93   5.420 -15.947  10.782
    6    HG3  GLU  93           HG1      GLU  93   3.602 -14.385  11.059

  No H/Q in entry =           6
  In of MODEL   15
    1    HA3  GLY  94           HA2      GLY  94   7.367 -20.164  14.364
    2    H    GLY  94           HN       GLY  94   5.500 -18.728  13.961
    3    HA2  GLY  94           HA1      GLY  94   8.118 -19.604  12.878

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   ARG  95           HA       ARG  95   9.538 -16.040  15.373
    2    HB2  ARG  95           HB2      ARG  95   6.907 -14.571  14.876
    3    HG2  ARG  95           HG2      ARG  95   8.315 -13.065  13.443
    4    HD2  ARG  95           HD2      ARG  95   8.313 -15.968  12.558
    5    HE   ARG  95           HE       ARG  95   9.477 -13.832  11.220
    6   HH11  ARG  95          HH11      ARG  95   7.038 -16.266  10.479
    7   HH12  ARG  95          HH12      ARG  95   7.331 -16.209   8.773
    8   HH21  ARG  95          HH21      ARG  95   9.870 -13.810   8.996
    9   HH22  ARG  95          HH22      ARG  95   8.954 -14.834   7.941
   10    H    ARG  95           HN       ARG  95   7.022 -16.861  14.192
   11    HB3  ARG  95           HB1      ARG  95   8.263 -13.824  15.712
   12    HG3  ARG  95           HG1      ARG  95   9.660 -14.174  13.659
   13    HD3  ARG  95           HD1      ARG  95   7.032 -14.785  12.278

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   ARG  96           HA       ARG  96   7.855 -16.463  19.501
    2    HB2  ARG  96           HB2      ARG  96  10.097 -16.153  21.042
    3    HG2  ARG  96           HG2      ARG  96  11.509 -15.696  18.917
    4    HD2  ARG  96           HD2      ARG  96  11.292 -18.728  18.753
    5    HE   ARG  96           HE       ARG  96  12.844 -16.946  16.958
    6   HH11  ARG  96          HH11      ARG  96  12.723 -19.797  19.039
    7   HH12  ARG  96          HH12      ARG  96  14.207 -20.448  18.409
    8   HH21  ARG  96          HH21      ARG  96  14.789 -17.822  16.164
    9   HH22  ARG  96          HH22      ARG  96  15.379 -19.320  16.802
   10    H    ARG  96           HN       ARG  96   9.882 -15.570  17.538
   11    HB3  ARG  96           HB1      ARG  96   9.646 -17.657  20.270
   12    HG3  ARG  96           HG1      ARG  96  12.086 -16.856  20.118
   13    HD3  ARG  96           HD1      ARG  96  10.607 -17.613  17.569

  No H/Q in entry =          13
  In of MODEL   15
    1    HA3  GLY  97           HA2      GLY  97   7.391 -11.948  19.657
    2    H    GLY  97           HN       GLY  97   8.764 -13.748  18.035
    3    HA2  GLY  97           HA1      GLY  97   9.113 -11.788  20.021

  No H/Q in entry =           3
  In of MODEL   15
    1    HA   SER  98           HA       SER  98   8.409  -9.080  16.436
    2    HB2  SER  98           HB2      SER  98  10.099  -7.540  18.460
    3    HG   SER  98           HG       SER  98   8.236  -7.107  19.317
    4    H    SER  98           HN       SER  98   8.928  -9.648  19.159
    5    HB3  SER  98           HB1      SER  98   9.481  -6.895  16.932

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   ALA  99           HA       ALA  99  11.923 -10.698  14.449
    2    HB2  ALA  99           HB1      ALA  99  12.327  -9.688  12.235
    3    HB3  ALA  99           HB2      ALA  99  11.336  -8.295  12.677
    4    HB1  ALA  99           HB3      ALA  99  10.598  -9.892  12.529
    5    H    ALA  99           HN       ALA  99   9.848  -8.811  14.706

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   LYS 100           HA       LYS 100  14.722  -6.707  15.079
    2    HB2  LYS 100           HB2      LYS 100  14.299  -4.825  16.609
    3    HG2  LYS 100           HG2      LYS 100  11.531  -5.989  17.092
    4    HD2  LYS 100           HD2      LYS 100  11.335  -4.106  18.743
    5    HE2  LYS 100           HE2      LYS 100  11.729  -3.203  15.870
    6    HZ1  LYS 100           HZ1      LYS 100  10.206  -1.955  18.091
    7    HZ3  LYS 100           HZ2      LYS 100  10.180  -1.448  16.479
    8    HZ2  LYS 100           HZ3      LYS 100  11.607  -1.338  17.374
    9    H    LYS 100           HN       LYS 100  11.978  -7.260  15.258
   10    HB3  LYS 100           HB1      LYS 100  13.010  -4.944  15.414
   11    HG3  LYS 100           HG1      LYS 100  12.828  -5.934  18.284
   12    HD3  LYS 100           HD1      LYS 100  12.830  -3.430  18.091
   13    HE3  LYS 100           HE1      LYS 100  10.233  -3.842  16.560

  No H/Q in entry =          13
  In of MODEL   15
    1    HA   TRP 101           HA       TRP 101  14.839  -8.106  19.698
    2    HB2  TRP 101           HB2      TRP 101  12.501  -8.298  20.395
    3    HD1  TRP 101           HD1      TRP 101  14.000  -8.421  22.702
    4    HE1  TRP 101           HE1      TRP 101  14.520 -10.397  24.268
    5    HE3  TRP 101           HE3      TRP 101  12.696 -12.283  19.614
    6    HZ2  TRP 101           HZ2      TRP 101  14.404 -13.213  24.193
    7    HZ3  TRP 101           HZ3      TRP 101  12.937 -14.589  20.435
    8    HH2  TRP 101           HH2      TRP 101  13.776 -15.043  22.685
    9    H    TRP 101           HN       TRP 101  12.805  -8.114  17.723
   10    HB3  TRP 101           HB1      TRP 101  12.309  -9.806  19.502

  No H/Q in entry =          10
  In of MODEL   15
    1    HA   MET 102           HA       MET 102  15.536 -12.614  18.248
    2    HB2  MET 102           HB2      MET 102  14.155 -12.328  15.552
    3    HG2  MET 102           HG2      MET 102  13.301 -13.871  18.012
    4    HE2  MET 102           HE1      MET 102  13.019 -13.360  14.114
    5    HE1  MET 102           HE2      MET 102  11.523 -12.626  14.693
    6    HE3  MET 102           HE3      MET 102  11.473 -14.129  13.772
    7    H    MET 102           HN       MET 102  13.781 -10.544  17.330
    8    HB3  MET 102           HB1      MET 102  14.951 -13.786  16.132
    9    HG3  MET 102           HG1      MET 102  12.459 -12.501  17.282

  No H/Q in entry =           9
  In of MODEL   15
    1    HA   ALA 103           HA       ALA 103  18.259 -10.915  14.709
    2    HB3  ALA 103           HB1      ALA 103  16.693  -9.351  13.615
    3    HB2  ALA 103           HB2      ALA 103  18.329  -8.687  13.651
    4    HB1  ALA 103           HB3      ALA 103  17.110  -8.100  14.787
    5    H    ALA 103           HN       ALA 103  15.971  -9.852  16.151

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   GLU 104           HA       GLU 104  20.482  -8.046  17.746
    2    HB2  GLU 104           HB2      GLU 104  18.092  -7.091  19.380
    3    HG2  GLU 104           HG2      GLU 104  19.258  -5.845  16.882
    4    H    GLU 104           HN       GLU 104  17.642  -8.854  17.502
    5    HB3  GLU 104           HB1      GLU 104  19.688  -6.340  19.277
    6    HG3  GLU 104           HG1      GLU 104  17.661  -6.546  17.038

  No H/Q in entry =           6
  In of MODEL   15
    1    HA   HIS 105           HA       HIS 105  19.857 -10.890  21.400
    2    HB2  HIS 105           HB2      HIS 105  16.830 -10.694  21.825
    3    HD1  HIS 105           HD1      HIS 105  19.010  -9.092  24.313
    4    HD2  HIS 105           HD2      HIS 105  16.700  -7.919  21.058
    5    HE1  HIS 105           HE1      HIS 105  18.706  -6.612  24.551
    6    HE2  HIS 105           HE2      HIS 105  17.127  -5.971  22.708
    7    H    HIS 105           HN       HIS 105  17.962  -9.858  19.362
    8    HB3  HIS 105           HB1      HIS 105  18.059 -11.052  23.030

  No H/Q in entry =           8
  In of MODEL   15
    1    HA   PRO 106           HA       PRO 106  18.265 -14.303  18.629
    2    HB2  PRO 106           HB2      PRO 106  20.619 -15.631  18.253
    3    HG2  PRO 106           HG2      PRO 106  21.982 -14.376  19.698
    4    HD2  PRO 106           HD2      PRO 106  21.351 -12.240  20.416
    5    HB3  PRO 106           HB1      PRO 106  20.165 -14.219  17.293
    6    HG3  PRO 106           HG1      PRO 106  22.238 -13.512  18.165
    7    HD3  PRO 106           HD1      PRO 106  20.867 -11.732  18.787

  No H/Q in entry =           7
  In of MODEL   15
    1    HA   LEU 107           HA       LEU 107  18.053 -17.271  21.874
    2    HB2  LEU 107           HB2      LEU 107  16.168 -17.915  20.304
    3    HG   LEU 107           HG       LEU 107  17.609 -20.292  21.555
    4   HD11  LEU 107          HD11      LEU 107  15.350 -18.578  22.629
    5   HD13  LEU 107          HD12      LEU 107  17.017 -18.616  23.212
    6   HD12  LEU 107          HD13      LEU 107  15.992 -20.034  23.394
    7   HD21  LEU 107          HD21      LEU 107  14.760 -20.140  20.522
    8   HD23  LEU 107          HD22      LEU 107  15.458 -21.485  21.429
    9   HD22  LEU 107          HD23      LEU 107  16.079 -21.088  19.829
   10    H    LEU 107           HN       LEU 107  17.943 -16.482  19.096
   11    HB3  LEU 107           HB1      LEU 107  17.293 -18.950  19.438

  No H/Q in entry =          11
  In of MODEL   15
    1    HA   ALA 108           HA       ALA 108  22.046 -19.149  21.587
    2    HB2  ALA 108           HB1      ALA 108  22.621 -20.374  23.642
    3    HB3  ALA 108           HB2      ALA 108  20.923 -20.380  24.129
    4    HB1  ALA 108           HB3      ALA 108  21.804 -18.856  24.011
    5    H    ALA 108           HN       ALA 108  19.503 -18.727  22.807

  No H/Q in entry =           5
  In of MODEL   15
    1    HA   SER 109           HA       SER 109  21.798 -22.928  19.458
    2    HB2  SER 109           HB2      SER 109  19.498 -23.512  18.508
    3    HG   SER 109           HG       SER 109  19.067 -20.907  18.989
    4    H    SER 109           HN       SER 109  21.474 -20.167  19.673
    5    HB3  SER 109           HB1      SER 109  19.513 -23.218  20.243

  No H/Q in entry =           5
  In of MODEL   16
    1    H1   MET   1           HT1      MET   1   3.953  -1.127   1.960
    2    H2   MET   1           HT3      MET   1   5.095   0.112   1.971
    3    H3   MET   1           HT2      MET   1   5.153  -1.076   0.773
    4    HB3  MET   1           HB1      MET   1   7.957  -2.010   2.957
    5    HG3  MET   1           HG1      MET   1   7.070  -1.113   0.201
    6    HA   MET   1           HA       MET   1   5.644  -2.759   2.408
    7    HB2  MET   1           HB2      MET   1   7.512  -0.358   2.551
    8    HG2  MET   1           HG2      MET   1   7.702  -2.700   0.652
    9    HE2  MET   1           HE1      MET   1  10.560  -1.076  -1.569
   10    HE1  MET   1           HE2      MET   1   8.818  -0.878  -1.769
   11    HE3  MET   1           HE3      MET   1   9.491  -2.469  -1.404

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   GLU   2           HA       GLU   2   2.913  -2.611   5.895
    2    HB2  GLU   2           HB2      GLU   2   4.031  -2.699   7.943
    3    HG2  GLU   2           HG2      GLU   2   6.507  -1.277   6.956
    4    H    GLU   2           HN       GLU   2   3.913  -2.658   3.938
    5    HB3  GLU   2           HB1      GLU   2   5.218  -3.280   6.792
    6    HG3  GLU   2           HG1      GLU   2   5.209  -0.412   7.769

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   VAL   3           HA       VAL   3   3.206   2.012   7.132
    2    HB   VAL   3           HB       VAL   3   4.911   2.917   4.779
    3    H    VAL   3           HN       VAL   3   4.678   0.407   5.325

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   SER   4           HA       SER   4   0.030   3.108   4.229
    2    HB2  SER   4           HB2      SER   4  -1.260   0.906   5.914
    3    HG   SER   4           HG       SER   4   0.168   0.860   3.471
    4    H    SER   4           HN       SER   4   1.066   1.985   6.766
    5    HB3  SER   4           HB1      SER   4  -1.934   1.618   4.446

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ALA   5           HA       ALA   5  -2.204   5.887   6.816
    2    HB2  ALA   5           HB1      ALA   5  -4.138   5.575   4.486
    3    HB3  ALA   5           HB2      ALA   5  -2.782   6.702   4.562
    4    HB1  ALA   5           HB3      ALA   5  -4.144   6.889   5.667
    5    H    ALA   5           HN       ALA   5  -2.091   4.170   4.502

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ASN   6           HA       ASN   6  -4.561   3.115   9.283
    2    HB2  ASN   6           HB2      ASN   6  -5.367   4.162  11.374
    3   HD21  ASN   6          HD21      ASN   6  -3.383   6.809  10.317
    4   HD22  ASN   6          HD22      ASN   6  -4.545   8.062  10.545
    5    H    ASN   6           HN       ASN   6  -3.577   5.686   8.592
    6    HB3  ASN   6           HB1      ASN   6  -3.733   4.684  10.981

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLU   7           HA       GLU   7  -8.783   5.276   7.887
    2    HB2  GLU   7           HB2      GLU   7  -9.142   5.813   5.513
    3    HG2  GLU   7           HG2      GLU   7  -6.182   5.280   5.080
    4    H    GLU   7           HN       GLU   7  -6.068   5.431   7.356
    5    HB3  GLU   7           HB1      GLU   7  -7.800   6.751   6.164
    6    HG3  GLU   7           HG1      GLU   7  -7.473   4.221   4.519

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LEU   8           HA       LEU   8  -8.921   1.228   5.439
    2    HB2  LEU   8           HB2      LEU   8  -6.970  -0.337   4.688
    3    HG   LEU   8           HG       LEU   8  -5.391   2.222   5.070
    4   HD13  LEU   8          HD11      LEU   8  -3.670   0.831   6.081
    5   HD12  LEU   8          HD12      LEU   8  -4.663  -0.608   5.840
    6   HD11  LEU   8          HD13      LEU   8  -5.197   0.656   6.947
    7   HD21  LEU   8          HD21      LEU   8  -5.189   1.512   2.740
    8   HD23  LEU   8          HD22      LEU   8  -4.698  -0.103   3.258
    9   HD22  LEU   8          HD23      LEU   8  -3.668   1.289   3.605
   10    H    LEU   8           HN       LEU   8  -6.705   2.914   6.257
   11    HB3  LEU   8           HB1      LEU   8  -7.314   1.133   3.811

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   GLU   9           HA       GLU   9  -6.778   0.443  10.175
    2    HB2  GLU   9           HB2      GLU   9  -8.831  -0.326  11.232
    3    HG2  GLU   9           HG2      GLU   9 -10.074  -0.477   8.473
    4    H    GLU   9           HN       GLU   9  -7.040   1.543   8.212
    5    HB3  GLU   9           HB1      GLU   9  -9.197   1.069  10.228
    6    HG3  GLU   9           HG1      GLU   9  -9.784  -1.833   9.558

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ALA  10           HA       ALA  10  -6.579  -3.646   7.686
    2    HB3  ALA  10           HB1      ALA  10  -4.499  -4.038   6.467
    3    HB2  ALA  10           HB2      ALA  10  -3.820  -2.542   7.119
    4    HB1  ALA  10           HB3      ALA  10  -5.206  -2.479   6.029
    5    H    ALA  10           HN       ALA  10  -5.679  -1.007   8.010

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ALA  11           HA       ALA  11  -3.234  -4.692  11.034
    2    HB3  ALA  11           HB1      ALA  11  -2.746  -3.409  13.088
    3    HB1  ALA  11           HB2      ALA  11  -3.841  -2.131  12.549
    4    HB2  ALA  11           HB3      ALA  11  -2.371  -2.474  11.638
    5    H    ALA  11           HN       ALA  11  -4.424  -2.286  10.097

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   SER  12           HA       SER  12  -6.942  -4.715  14.157
    2    HB2  SER  12           HB2      SER  12  -7.649  -2.319  14.080
    3    HG   SER  12           HG       SER  12  -9.866  -4.100  13.969
    4    H    SER  12           HN       SER  12  -6.144  -2.905  12.096
    5    HB3  SER  12           HB1      SER  12  -8.621  -2.656  12.652

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   SER  13           HA       SER  13 -10.256  -5.987  10.891
    2    HB2  SER  13           HB2      SER  13 -10.238  -5.719   8.394
    3    HG   SER  13           HG       SER  13  -8.515  -5.018   7.419
    4    H    SER  13           HN       SER  13  -8.118  -4.163  10.833
    5    HB3  SER  13           HB1      SER  13 -10.148  -4.171   9.245

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ARG  14           HA       ARG  14  -7.015  -8.963   8.696
    2    HB2  ARG  14           HB2      ARG  14  -5.077  -7.506   8.305
    3    HG2  ARG  14           HG2      ARG  14  -3.151  -8.943   8.836
    4    HD2  ARG  14           HD2      ARG  14  -5.563 -10.595   8.021
    5    HE   ARG  14           HE       ARG  14  -2.817 -11.341   8.181
    6   HH11  ARG  14          HH11      ARG  14  -5.644 -11.731   6.137
    7   HH12  ARG  14          HH12      ARG  14  -5.061 -13.195   5.416
    8   HH21  ARG  14          HH21      ARG  14  -2.077 -13.242   7.247
    9   HH22  ARG  14          HH22      ARG  14  -3.030 -14.057   6.049
   10    H    ARG  14           HN       ARG  14  -6.915  -6.333   9.649
   11    HB3  ARG  14           HB1      ARG  14  -4.702  -7.492  10.017
   12    HG3  ARG  14           HG1      ARG  14  -4.156  -9.904   9.922
   13    HD3  ARG  14           HD1      ARG  14  -4.582  -9.613   6.927

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   MET  15           HA       MET  15  -5.604 -10.272  13.140
    2    HB2  MET  15           HB2      MET  15  -6.448  -7.629  14.375
    3    HG2  MET  15           HG2      MET  15  -3.836  -9.153  14.267
    4    HE2  MET  15           HE1      MET  15  -1.697  -7.125  14.846
    5    HE1  MET  15           HE2      MET  15  -1.805  -8.659  15.719
    6    HE3  MET  15           HE3      MET  15  -1.567  -7.151  16.606
    7    H    MET  15           HN       MET  15  -6.177  -7.777  11.969
    8    HB3  MET  15           HB1      MET  15  -6.107  -9.046  15.364
    9    HG3  MET  15           HG1      MET  15  -4.195  -7.586  13.541

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   GLU  16           HA       GLU  16 -10.221 -10.320  14.481
    2    HB2  GLU  16           HB2      GLU  16 -11.054  -8.326  12.331
    3    HG2  GLU  16           HG2      GLU  16 -11.156  -8.106  15.358
    4    H    GLU  16           HN       GLU  16  -8.676  -8.554  12.846
    5    HB3  GLU  16           HB1      GLU  16 -12.181  -9.158  13.407
    6    HG3  GLU  16           HG1      GLU  16  -9.938  -7.337  14.339

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   MET  17           HA       MET  17 -11.131 -12.366  10.194
    2    HB2  MET  17           HB2      MET  17  -8.553 -11.308   8.948
    3    HG2  MET  17           HG2      MET  17 -10.266  -9.610   8.782
    4    HE3  MET  17           HE1      MET  17 -13.278 -12.659   6.989
    5    HE2  MET  17           HE2      MET  17 -11.700 -13.150   7.600
    6    HE1  MET  17           HE3      MET  17 -11.813 -12.165   6.138
    7    H    MET  17           HN       MET  17  -9.540 -10.163  11.007
    8    HB3  MET  17           HB1      MET  17  -9.609 -12.504   8.203
    9    HG3  MET  17           HG1      MET  17 -10.023 -10.356   7.204

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   LEU  18           HA       LEU  18  -7.040 -14.822  11.119
    2    HB2  LEU  18           HB2      LEU  18  -6.004 -12.713  13.045
    3    HG   LEU  18           HG       LEU  18  -5.620 -12.134  10.631
    4   HD11  LEU  18          HD11      LEU  18  -4.070 -11.329  12.332
    5   HD13  LEU  18          HD12      LEU  18  -3.232 -11.662  10.821
    6   HD12  LEU  18          HD13      LEU  18  -3.097 -12.794  12.170
    7   HD22  LEU  18          HD21      LEU  18  -4.059 -13.462   9.283
    8   HD21  LEU  18          HD22      LEU  18  -5.501 -14.388   9.686
    9   HD23  LEU  18          HD23      LEU  18  -3.990 -14.692  10.548
   10    H    LEU  18           HN       LEU  18  -7.838 -12.114  11.500
   11    HB3  LEU  18           HB1      LEU  18  -5.218 -14.262  12.770

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   GLN  19           HA       GLN  19  -8.720 -15.074  15.734
    2    HB2  GLN  19           HB2      GLN  19 -10.823 -12.986  15.027
    3    HG2  GLN  19           HG2      GLN  19  -8.810 -12.958  17.295
    4   HE21  GLN  19          HE21      GLN  19  -8.605 -10.050  16.780
    5   HE22  GLN  19          HE22      GLN  19 -10.013  -9.357  17.502
    6    H    GLN  19           HN       GLN  19  -8.751 -13.134  13.688
    7    HB3  GLN  19           HB1      GLN  19 -10.884 -13.955  16.496
    8    HG3  GLN  19           HG1      GLN  19  -8.615 -12.075  15.784

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   ARG  20           HA       ARG  20 -12.514 -16.974  13.676
    2    HB2  ARG  20           HB2      ARG  20 -14.095 -16.209  11.976
    3    HG2  ARG  20           HG2      ARG  20 -12.018 -14.108  11.299
    4    HD2  ARG  20           HD2      ARG  20 -14.083 -12.872  11.610
    5    HE   ARG  20           HE       ARG  20 -15.379 -15.116  10.322
    6   HH11  ARG  20          HH11      ARG  20 -15.703 -11.689  11.036
    7   HH12  ARG  20          HH12      ARG  20 -17.436 -11.717  10.967
    8   HH21  ARG  20          HH21      ARG  20 -17.646 -15.127  10.234
    9   HH22  ARG  20          HH22      ARG  20 -18.535 -13.660  10.495
   10    H    ARG  20           HN       ARG  20 -11.013 -14.526  13.058
   11    HB3  ARG  20           HB1      ARG  20 -13.712 -14.890  13.078
   12    HG3  ARG  20           HG1      ARG  20 -12.808 -15.248  10.205
   13    HD3  ARG  20           HD1      ARG  20 -13.729 -13.015   9.885

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   GLU  21           HA       GLU  21 -10.165 -18.148   9.662
    2    HB2  GLU  21           HB2      GLU  21  -8.834 -16.110   9.262
    3    HG2  GLU  21           HG2      GLU  21  -6.673 -16.969   8.445
    4    H    GLU  21           HN       GLU  21  -9.806 -16.204  11.793
    5    HB3  GLU  21           HB1      GLU  21  -7.731 -16.540  10.554
    6    HG3  GLU  21           HG1      GLU  21  -6.987 -18.507   9.246

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   TYR  22           HA       TYR  22  -7.152 -20.717  12.091
    2    HB2  TYR  22           HB2      TYR  22  -5.583 -18.595  13.620
    3    HD1  TYR  22           HD1      TYR  22  -4.259 -17.076  12.421
    4    HD2  TYR  22           HD2      TYR  22  -5.381 -20.730  10.508
    5    HE1  TYR  22           HE1      TYR  22  -3.109 -16.362  10.371
    6    HE2  TYR  22           HE2      TYR  22  -4.228 -20.013   8.463
    7    HH   TYR  22           HH       TYR  22  -2.066 -17.439   8.352
    8    H    TYR  22           HN       TYR  22  -7.599 -17.824  12.139
    9    HB3  TYR  22           HB1      TYR  22  -5.088 -20.254  13.304

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   SER  23           HA       SER  23  -8.994 -19.720  16.401
    2    HB2  SER  23           HB2      SER  23  -6.140 -20.594  17.090
    3    HG   SER  23           HG       SER  23  -8.368 -21.883  15.997
    4    H    SER  23           HN       SER  23  -6.823 -18.579  14.918
    5    HB3  SER  23           HB1      SER  23  -7.539 -20.834  18.141

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   THR  24           HA       THR  24  -7.405 -16.471  19.100
    2    HB   THR  24           HB       THR  24  -9.179 -15.808  20.748
    3    HG1  THR  24           HG1      THR  24 -10.715 -17.179  21.226
    4   HG21  THR  24          HG21      THR  24  -9.283 -14.859  18.472
    5   HG23  THR  24          HG22      THR  24 -10.902 -15.100  19.131
    6   HG22  THR  24          HG23      THR  24 -10.259 -16.230  17.938
    7    H    THR  24           HN       THR  24  -9.174 -18.766  18.513

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   LEU  25           HA       LEU  25  -6.051 -18.863  22.576
    2    HB2  LEU  25           HB2      LEU  25  -4.415 -16.881  22.150
    3    HG   LEU  25           HG       LEU  25  -4.445 -17.997  24.981
    4   HD12  LEU  25          HD11      LEU  25  -3.087 -19.048  22.481
    5   HD11  LEU  25          HD12      LEU  25  -4.461 -19.787  23.312
    6   HD13  LEU  25          HD13      LEU  25  -2.899 -19.687  24.115
    7   HD21  LEU  25          HD21      LEU  25  -2.186 -16.745  23.378
    8   HD23  LEU  25          HD22      LEU  25  -2.030 -17.500  24.967
    9   HD22  LEU  25          HD23      LEU  25  -2.987 -16.030  24.784
   10    H    LEU  25           HN       LEU  25  -6.726 -16.276  21.368
   11    HB3  LEU  25           HB1      LEU  25  -5.175 -16.114  23.533

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ARG  26           HA       ARG  26  -9.256 -17.987  25.533
    2    HB2  ARG  26           HB2      ARG  26 -10.259 -20.016  26.389
    3    HG2  ARG  26           HG2      ARG  26  -7.995 -21.657  25.212
    4    HD2  ARG  26           HD2      ARG  26 -10.210 -22.793  25.240
    5    HE   ARG  26           HE       ARG  26 -10.872 -21.587  27.466
    6   HH11  ARG  26          HH11      ARG  26 -10.029 -24.982  27.155
    7   HH12  ARG  26          HH12      ARG  26 -11.054 -25.459  28.467
    8   HH21  ARG  26          HH21      ARG  26 -12.197 -22.255  29.170
    9   HH22  ARG  26          HH22      ARG  26 -12.266 -23.935  29.594
   10    H    ARG  26           HN       ARG  26  -7.171 -19.669  24.313
   11    HB3  ARG  26           HB1      ARG  26  -9.901 -20.242  24.684
   12    HG3  ARG  26           HG1      ARG  26  -8.163 -21.315  26.932
   13    HD3  ARG  26           HD1      ARG  26  -9.030 -23.558  26.315

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   SER  27           HA       SER  27  -6.186 -18.524  29.048
    2    HB2  SER  27           HB2      SER  27  -6.421 -21.574  28.835
    3    HG   SER  27           HG       SER  27  -8.263 -19.596  29.496
    4    H    SER  27           HN       SER  27  -6.364 -19.834  26.448
    5    HB3  SER  27           HB1      SER  27  -6.095 -20.660  30.311

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   VAL  28           HA       VAL  28  -2.074 -20.362  28.562
    2    HB   VAL  28           HB       VAL  28  -1.697 -17.560  29.719
    3    H    VAL  28           HN       VAL  28  -4.142 -18.877  30.049

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   GLN  29           HA       GLN  29  -1.101 -21.253  32.818
    2    HB2  GLN  29           HB2      GLN  29  -1.237 -23.701  33.199
    3    HG2  GLN  29           HG2      GLN  29  -1.840 -23.953  30.244
    4   HE21  GLN  29          HE21      GLN  29  -0.790 -26.649  30.289
    5   HE22  GLN  29          HE22      GLN  29  -1.982 -27.639  31.045
    6    H    GLN  29           HN       GLN  29  -1.318 -21.835  29.917
    7    HB3  GLN  29           HB1      GLN  29  -2.679 -23.102  32.382
    8    HG3  GLN  29           HG1      GLN  29  -0.366 -24.513  31.023

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   TYR  30           HA       TYR  30   3.199 -21.948  31.892
    2    HB2  TYR  30           HB2      TYR  30   3.458 -19.803  33.056
    3    HD1  TYR  30           HD1      TYR  30   4.914 -21.581  35.871
    4    HD2  TYR  30           HD2      TYR  30   5.582 -20.520  31.791
    5    HE1  TYR  30           HE1      TYR  30   7.287 -22.144  36.114
    6    HE2  TYR  30           HE2      TYR  30   7.966 -21.069  32.046
    7    HH   TYR  30           HH       TYR  30   9.636 -21.275  33.799
    8    H    TYR  30           HN       TYR  30   0.942 -21.067  33.508
    9    HB3  TYR  30           HB1      TYR  30   3.125 -20.558  34.608

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   ARG  31           HA       ARG  31   3.155 -25.755  34.263
    2    HB2  ARG  31           HB2      ARG  31   4.413 -26.348  31.551
    3    HG2  ARG  31           HG2      ARG  31   1.718 -27.191  32.693
    4    HD2  ARG  31           HD2      ARG  31   2.930 -27.858  29.995
    5    HE   ARG  31           HE       ARG  31   0.588 -28.004  29.747
    6   HH11  ARG  31          HH11      ARG  31   1.680 -30.079  32.372
    7   HH12  ARG  31          HH12      ARG  31   0.276 -31.091  32.314
    8   HH21  ARG  31          HH21      ARG  31  -1.240 -29.378  29.670
    9   HH22  ARG  31          HH22      ARG  31  -1.384 -30.692  30.798
   10    H    ARG  31           HN       ARG  31   3.623 -24.083  31.936
   11    HB3  ARG  31           HB1      ARG  31   4.198 -27.553  32.818
   12    HG3  ARG  31           HG1      ARG  31   1.977 -26.072  31.346
   13    HD3  ARG  31           HD1      ARG  31   2.864 -28.985  31.356

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   SER  32           HA       SER  32   7.237 -24.556  35.661
    2    HB2  SER  32           HB2      SER  32   7.253 -24.866  38.179
    3    HG   SER  32           HG       SER  32   4.651 -25.156  38.535
    4    H    SER  32           HN       SER  32   4.522 -25.491  35.924
    5    HB3  SER  32           HB1      SER  32   5.946 -23.842  37.586

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   GLU  33           HA       GLU  33   7.898 -29.264  36.712
    2    HB2  GLU  33           HB2      GLU  33   5.621 -30.048  37.045
    3    HG2  GLU  33           HG2      GLU  33   6.757 -31.766  34.824
    4    H    GLU  33           HN       GLU  33   5.658 -27.652  36.028
    5    HB3  GLU  33           HB1      GLU  33   5.259 -29.901  35.330
    6    HG3  GLU  33           HG1      GLU  33   7.258 -31.846  36.513

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLU  34           HA       GLU  34   8.574 -29.552  32.053
    2    HB2  GLU  34           HB2      GLU  34   6.300 -27.719  31.183
    3    HG2  GLU  34           HG2      GLU  34   5.446 -29.764  32.342
    4    H    GLU  34           HN       GLU  34   6.589 -28.102  33.676
    5    HB3  GLU  34           HB1      GLU  34   7.269 -28.756  30.135
    6    HG3  GLU  34           HG1      GLU  34   4.981 -29.629  30.648

  No H/Q in entry =           6
  In of MODEL   16
    1    HA3  GLY  35           HA2      GLY  35   9.311 -24.543  33.540
    2    H    GLY  35           HN       GLY  35   8.107 -26.488  33.524
    3    HA2  GLY  35           HA1      GLY  35  10.546 -25.348  32.590

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   VAL  36           HA       VAL  36   8.162 -23.313  29.228
    2    HB   VAL  36           HB       VAL  36   6.810 -24.534  27.596
    3    H    VAL  36           HN       VAL  36   7.302 -25.238  31.326

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   ILE  37           HA       ILE  37   4.171 -21.451  29.951
    2    HB   ILE  37           HB       ILE  37   5.129 -19.829  27.547
    3   HD12  ILE  37          HD11      ILE  37   5.559 -17.220  29.193
    4   HD11  ILE  37          HD12      ILE  37   6.712 -17.845  28.008
    5   HD13  ILE  37          HD13      ILE  37   7.227 -17.538  29.665
    6    H    ILE  37           HN       ILE  37   6.574 -21.959  28.338

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   VAL  38           HA       VAL  38   2.078 -23.523  26.603
    2    HB   VAL  38           HB       VAL  38   0.791 -24.277  29.250
    3    H    VAL  38           HN       VAL  38   2.454 -22.581  29.354

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   PHE  39           HA       PHE  39  -1.160 -20.509  26.191
    2    HB2  PHE  39           HB2      PHE  39   0.088 -20.943  23.434
    3    HD1  PHE  39           HD1      PHE  39  -0.219 -17.770  25.268
    4    HD2  PHE  39           HD2      PHE  39   2.438 -20.926  24.159
    5    HE1  PHE  39           HE1      PHE  39   1.703 -16.389  25.930
    6    HE2  PHE  39           HE2      PHE  39   4.355 -19.549  24.828
    7    HZ   PHE  39           HZ       PHE  39   3.989 -17.273  25.714
    8    H    PHE  39           HN       PHE  39   0.766 -22.530  25.288
    9    HB3  PHE  39           HB1      PHE  39  -0.995 -19.631  23.874

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   ILE  40           HA       ILE  40  -3.819 -23.952  24.925
    2    HB   ILE  40           HB       ILE  40  -5.354 -22.597  27.191
    3   HD12  ILE  40          HD11      ILE  40  -5.461 -25.327  28.856
    4   HD11  ILE  40          HD12      ILE  40  -5.104 -23.742  29.550
    5   HD13  ILE  40          HD13      ILE  40  -3.947 -25.060  29.719
    6    H    ILE  40           HN       ILE  40  -2.936 -21.808  26.642

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LEU  41           HA       LEU  41  -5.949 -21.122  22.196
    2    HB2  LEU  41           HB2      LEU  41  -5.777 -23.893  20.950
    3    HG   LEU  41           HG       LEU  41  -3.629 -22.696  20.842
    4   HD13  LEU  41          HD11      LEU  41  -3.268 -22.634  18.421
    5   HD12  LEU  41          HD12      LEU  41  -5.012 -22.636  18.140
    6   HD11  LEU  41          HD13      LEU  41  -4.233 -24.037  18.877
    7   HD22  LEU  41          HD21      LEU  41  -4.424 -20.420  21.161
    8   HD21  LEU  41          HD22      LEU  41  -5.186 -20.429  19.569
    9   HD23  LEU  41          HD23      LEU  41  -3.428 -20.526  19.711
   10    H    LEU  41           HN       LEU  41  -4.644 -23.504  23.007
   11    HB3  LEU  41           HB1      LEU  41  -6.595 -22.552  20.161

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ALA  42           HA       ALA  42 -10.189 -21.787  23.068
    2    HB3  ALA  42           HB1      ALA  42 -11.774 -21.076  21.318
    3    HB1  ALA  42           HB2      ALA  42 -10.474 -21.100  20.122
    4    HB2  ALA  42           HB3      ALA  42 -10.424 -19.948  21.458
    5    H    ALA  42           HN       ALA  42  -8.172 -21.105  21.223

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ASN  43           HA       ASN  43 -10.753 -25.743  20.470
    2    HB2  ASN  43           HB2      ASN  43  -9.469 -26.708  18.607
    3   HD21  ASN  43          HD21      ASN  43  -8.246 -23.475  18.180
    4   HD22  ASN  43          HD22      ASN  43  -6.582 -23.907  18.056
    5    H    ASN  43           HN       ASN  43  -8.874 -23.514  20.301
    6    HB3  ASN  43           HB1      ASN  43  -9.890 -25.040  18.262

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ASP  44           HA       ASP  44  -7.589 -25.772  24.330
    2    HB2  ASP  44           HB2      ASP  44  -8.824 -28.395  23.401
    3    H    ASP  44           HN       ASP  44  -8.575 -24.868  22.548
    4    HB3  ASP  44           HB1      ASP  44  -8.103 -28.126  24.986

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   ARG  45           HA       ARG  45  -4.282 -27.922  21.782
    2    HB2  ARG  45           HB2      ARG  45  -4.897 -27.060  19.578
    3    HG2  ARG  45           HG2      ARG  45  -2.052 -26.268  20.282
    4    HD2  ARG  45           HD2      ARG  45  -3.254 -26.782  17.545
    5    HE   ARG  45           HE       ARG  45  -0.637 -27.032  18.299
    6   HH11  ARG  45          HH11      ARG  45  -2.349 -24.929  16.054
    7   HH12  ARG  45          HH12      ARG  45  -0.983 -24.771  14.995
    8   HH21  ARG  45          HH21      ARG  45   1.131 -26.791  16.927
    9   HH22  ARG  45          HH22      ARG  45   0.998 -25.811  15.504
   10    H    ARG  45           HN       ARG  45  -6.250 -25.799  21.604
   11    HB3  ARG  45           HB1      ARG  45  -4.412 -25.432  20.041
   12    HG3  ARG  45           HG1      ARG  45  -2.592 -27.833  19.663
   13    HD3  ARG  45           HD1      ARG  45  -2.805 -25.193  18.179

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   GLU  46           HA       GLU  46  -1.775 -25.488  24.552
    2    HB2  GLU  46           HB2      GLU  46  -0.709 -28.335  24.581
    3    HG2  GLU  46           HG2      GLU  46  -2.541 -26.874  26.508
    4    H    GLU  46           HN       GLU  46  -2.630 -27.867  23.174
    5    HB3  GLU  46           HB1      GLU  46  -0.153 -27.048  25.650
    6    HG3  GLU  46           HG1      GLU  46  -2.906 -28.335  25.586

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   LEU  47           HA       LEU  47   1.525 -24.869  21.537
    2    HB2  LEU  47           HB2      LEU  47   0.265 -22.205  22.180
    3    HG   LEU  47           HG       LEU  47  -0.691 -23.474  20.246
    4   HD12  LEU  47          HD11      LEU  47  -0.549 -21.671  18.569
    5   HD11  LEU  47          HD12      LEU  47   0.810 -20.962  19.444
    6   HD13  LEU  47          HD13      LEU  47  -0.785 -21.032  20.197
    7   HD21  LEU  47          HD21      LEU  47   1.338 -24.727  19.606
    8   HD23  LEU  47          HD22      LEU  47   2.096 -23.231  19.048
    9   HD22  LEU  47          HD23      LEU  47   0.662 -23.856  18.225
   10    H    LEU  47           HN       LEU  47  -0.708 -24.044  23.198
   11    HB3  LEU  47           HB1      LEU  47   1.849 -22.258  21.421

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   LYS  48           HA       LYS  48   4.058 -24.591  25.135
    2    HB2  LYS  48           HB2      LYS  48   3.783 -26.975  24.708
    3    HG2  LYS  48           HG2      LYS  48   6.770 -26.452  24.890
    4    HD2  LYS  48           HD2      LYS  48   6.173 -28.841  24.462
    5    HE2  LYS  48           HE2      LYS  48   4.729 -28.691  27.132
    6    HZ1  LYS  48           HZ1      LYS  48   5.874 -30.780  26.768
    7    HZ3  LYS  48           HZ2      LYS  48   5.105 -30.972  25.274
    8    HZ2  LYS  48           HZ3      LYS  48   4.199 -30.984  26.705
    9    H    LYS  48           HN       LYS  48   3.441 -25.271  22.329
   10    HB3  LYS  48           HB1      LYS  48   4.903 -26.903  23.352
   11    HG3  LYS  48           HG1      LYS  48   5.660 -26.437  26.261
   12    HD3  LYS  48           HD1      LYS  48   6.929 -28.583  26.035
   13    HE3  LYS  48           HE1      LYS  48   3.936 -28.884  25.567

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   PHE  49           HA       PHE  49   7.819 -22.763  23.625
    2    HB2  PHE  49           HB2      PHE  49   5.804 -20.467  23.814
    3    HD1  PHE  49           HD1      PHE  49   8.116 -20.767  21.014
    4    HD2  PHE  49           HD2      PHE  49   4.206 -21.835  22.392
    5    HE1  PHE  49           HE1      PHE  49   7.421 -21.241  18.701
    6    HE2  PHE  49           HE2      PHE  49   3.525 -22.309  20.078
    7    HZ   PHE  49           HZ       PHE  49   5.130 -22.012  18.231
    8    H    PHE  49           HN       PHE  49   5.270 -22.799  25.123
    9    HB3  PHE  49           HB1      PHE  49   7.465 -20.264  23.281

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   ARG  50           HA       ARG  50   9.120 -21.916  27.749
    2    HB2  ARG  50           HB2      ARG  50  11.621 -21.767  26.020
    3    HG2  ARG  50           HG2      ARG  50  10.615 -23.945  27.869
    4    HD2  ARG  50           HD2      ARG  50  13.136 -23.905  26.183
    5    HE   ARG  50           HE       ARG  50  11.764 -26.106  27.100
    6   HH11  ARG  50          HH11      ARG  50  14.978 -24.814  27.655
    7   HH12  ARG  50          HH12      ARG  50  15.679 -26.366  27.973
    8   HH21  ARG  50          HH21      ARG  50  12.686 -28.138  27.493
    9   HH22  ARG  50          HH22      ARG  50  14.373 -28.258  27.882
   10    H    ARG  50           HN       ARG  50   9.515 -22.104  24.895
   11    HB3  ARG  50           HB1      ARG  50  11.656 -21.691  27.780
   12    HG3  ARG  50           HG1      ARG  50  10.688 -24.029  26.106
   13    HD3  ARG  50           HD1      ARG  50  13.094 -23.721  27.943

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   PRO  51           HA       PRO  51   9.268 -17.470  28.594
    2    HB2  PRO  51           HB2      PRO  51  11.688 -18.129  30.292
    3    HG2  PRO  51           HG2      PRO  51  10.430 -19.578  31.647
    4    HD2  PRO  51           HD2      PRO  51  10.777 -20.903  29.756
    5    HB3  PRO  51           HB1      PRO  51  10.288 -17.109  30.674
    6    HG3  PRO  51           HG1      PRO  51   8.880 -18.955  31.042
    7    HD3  PRO  51           HD1      PRO  51   9.000 -20.860  29.717

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   ASP  52           HA       ASP  52  13.596 -16.307  27.203
    2    HB2  ASP  52           HB2      ASP  52  15.019 -18.939  27.791
    3    H    ASP  52           HN       ASP  52  12.598 -18.812  28.319
    4    HB3  ASP  52           HB1      ASP  52  15.820 -17.424  27.354

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   ASP  53           HA       ASP  53  13.268 -18.880  23.303
    2    HB2  ASP  53           HB2      ASP  53  12.227 -20.918  24.329
    3    H    ASP  53           HN       ASP  53  11.959 -18.804  25.901
    4    HB3  ASP  53           HB1      ASP  53  10.663 -20.128  24.275

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   LEU  54           HA       LEU  54   9.808 -15.815  22.515
    2    HB2  LEU  54           HB2      LEU  54   8.660 -15.905  25.335
    3    HG   LEU  54           HG       LEU  54   8.499 -18.131  24.175
    4   HD12  LEU  54          HD11      LEU  54   5.864 -16.684  24.564
    5   HD11  LEU  54          HD12      LEU  54   6.829 -17.464  25.821
    6   HD13  LEU  54          HD13      LEU  54   6.101 -18.435  24.545
    7   HD21  LEU  54          HD21      LEU  54   6.883 -16.599  22.100
    8   HD23  LEU  54          HD22      LEU  54   7.030 -18.357  22.196
    9   HD22  LEU  54          HD23      LEU  54   8.450 -17.378  21.845
   10    H    LEU  54           HN       LEU  54  10.986 -16.976  24.984
   11    HB3  LEU  54           HB1      LEU  54   7.887 -15.158  23.939

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   GLN  55           HA       GLN  55  11.472 -11.928  23.587
    2    HB2  GLN  55           HB2      GLN  55  10.337 -11.334  21.493
    3    HG2  GLN  55           HG2      GLN  55   9.818  -9.180  23.564
    4   HE21  GLN  55          HE21      GLN  55  11.378  -7.379  21.856
    5   HE22  GLN  55          HE22      GLN  55  10.314  -6.906  20.578
    6    H    GLN  55           HN       GLN  55   9.291 -13.514  22.632
    7    HB3  GLN  55           HB1      GLN  55   8.821 -11.072  22.351
    8    HG3  GLN  55           HG1      GLN  55  11.358  -9.450  22.750

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   ALA  56           HA       ALA  56   7.747 -10.020  26.226
    2    HB2  ALA  56           HB1      ALA  56   5.813 -11.375  25.470
    3    HB3  ALA  56           HB2      ALA  56   5.831 -11.271  27.234
    4    HB1  ALA  56           HB3      ALA  56   6.374 -12.745  26.424
    5    H    ALA  56           HN       ALA  56   8.001 -12.070  24.410

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   THR  57           HA       THR  57   9.221 -12.802  29.673
    2    HB   THR  57           HB       THR  57   8.903 -15.333  29.756
    3    HG1  THR  57           HG1      THR  57   9.327 -15.414  27.317
    4   HG22  THR  57          HG21      THR  57   6.663 -13.701  28.542
    5   HG21  THR  57          HG22      THR  57   7.085 -13.751  30.252
    6   HG23  THR  57          HG23      THR  57   6.469 -15.199  29.453
    7    H    THR  57           HN       THR  57   8.901 -13.269  26.777

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   TYR  58           HA       TYR  58  13.238 -14.411  27.646
    2    HB2  TYR  58           HB2      TYR  58  12.950 -12.790  25.701
    3    HD1  TYR  58           HD1      TYR  58  14.506 -15.038  25.789
    4    HD2  TYR  58           HD2      TYR  58  15.895 -11.038  26.335
    5    HE1  TYR  58           HE1      TYR  58  16.742 -15.729  25.077
    6    HE2  TYR  58           HE2      TYR  58  18.145 -11.723  25.617
    7    HH   TYR  58           HH       TYR  58  19.504 -13.730  25.481
    8    H    TYR  58           HN       TYR  58  11.226 -12.401  27.382
    9    HB3  TYR  58           HB1      TYR  58  13.599 -11.519  26.737

  No H/Q in entry =           9
  In of MODEL   16
    1    HA3  GLY  59           HA2      GLY  59  14.898 -14.444  31.749
    2    H    GLY  59           HN       GLY  59  13.671 -14.752  29.809
    3    HA2  GLY  59           HA1      GLY  59  15.244 -12.788  31.284

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   ALA  60           HA       ALA  60  11.301 -12.392  33.708
    2    HB3  ALA  60           HB1      ALA  60   8.946 -12.697  33.095
    3    HB1  ALA  60           HB2      ALA  60   9.403 -13.782  31.777
    4    HB2  ALA  60           HB3      ALA  60   9.870 -12.081  31.723
    5    H    ALA  60           HN       ALA  60  11.949 -14.070  31.359

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   THR  61           HA       THR  61  11.201 -15.989  36.194
    2    HB   THR  61           HB       THR  61  10.514 -15.271  38.554
    3    HG1  THR  61           HG1      THR  61  10.471 -12.618  37.627
    4   HG23  THR  61          HG21      THR  61  12.427 -13.756  38.916
    5   HG22  THR  61          HG22      THR  61  12.552 -13.477  37.179
    6   HG21  THR  61          HG23      THR  61  12.883 -15.081  37.839
    7    H    THR  61           HN       THR  61  10.562 -13.244  35.584

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   PRO  62           HA       PRO  62   7.185 -17.927  35.823
    2    HB2  PRO  62           HB2      PRO  62   7.124 -19.533  38.122
    3    HG2  PRO  62           HG2      PRO  62   9.064 -18.708  39.127
    4    HD2  PRO  62           HD2      PRO  62  10.666 -17.487  37.941
    5    HB3  PRO  62           HB1      PRO  62   7.955 -19.938  36.617
    6    HG3  PRO  62           HG1      PRO  62   9.753 -19.995  38.112
    7    HD3  PRO  62           HD1      PRO  62  10.485 -18.475  36.472

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   GLU  63           HA       GLU  63   5.183 -16.047  39.814
    2    HB2  GLU  63           HB2      GLU  63   5.924 -14.150  41.178
    3    HG2  GLU  63           HG2      GLU  63   8.447 -14.120  39.490
    4    H    GLU  63           HN       GLU  63   7.830 -16.065  38.730
    5    HB3  GLU  63           HB1      GLU  63   7.163 -15.402  41.155
    6    HG3  GLU  63           HG1      GLU  63   7.205 -12.873  39.481

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLN  64           HA       GLN  64   4.794 -12.185  36.975
    2    HB2  GLN  64           HB2      GLN  64   7.110 -13.040  35.186
    3    HG2  GLN  64           HG2      GLN  64   6.980 -10.832  37.263
    4   HE21  GLN  64          HE21      GLN  64   7.473  -9.160  35.778
    5   HE22  GLN  64          HE22      GLN  64   9.029  -9.025  35.040
    6    H    GLN  64           HN       GLN  64   6.809 -14.219  37.334
    7    HB3  GLN  64           HB1      GLN  64   6.168 -11.563  35.001
    8    HG3  GLN  64           HG1      GLN  64   8.005 -12.265  37.305

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   LEU  65           HA       LEU  65   3.450 -15.304  33.595
    2    HB2  LEU  65           HB2      LEU  65   5.144 -17.633  34.659
    3    HG   LEU  65           HG       LEU  65   6.752 -15.836  34.195
    4   HD13  LEU  65          HD11      LEU  65   8.118 -16.879  32.472
    5   HD12  LEU  65          HD12      LEU  65   6.738 -17.837  31.922
    6   HD11  LEU  65          HD13      LEU  65   7.408 -18.092  33.536
    7   HD23  LEU  65          HD21      LEU  65   5.423 -15.555  31.485
    8   HD22  LEU  65          HD22      LEU  65   6.895 -14.734  32.018
    9   HD21  LEU  65          HD23      LEU  65   5.366 -14.392  32.815
   10    H    LEU  65           HN       LEU  65   5.267 -15.397  35.960
   11    HB3  LEU  65           HB1      LEU  65   4.432 -17.456  33.057

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ARG  66           HA       ARG  66   0.864 -17.401  36.850
    2    HB2  ARG  66           HB2      ARG  66   1.483 -15.112  38.773
    3    HG2  ARG  66           HG2      ARG  66   2.267 -18.028  39.054
    4    HD2  ARG  66           HD2      ARG  66   2.678 -15.627  40.870
    5    HE   ARG  66           HE       ARG  66   3.880 -18.294  41.004
    6   HH11  ARG  66          HH11      ARG  66   3.394 -15.177  42.544
    7   HH12  ARG  66          HH12      ARG  66   4.636 -15.431  43.723
    8   HH21  ARG  66          HH21      ARG  66   5.504 -18.626  42.554
    9   HH22  ARG  66          HH22      ARG  66   5.845 -17.398  43.733
   10    H    ARG  66           HN       ARG  66   2.832 -15.221  36.661
   11    HB3  ARG  66           HB1      ARG  66   0.367 -16.439  39.088
   12    HG3  ARG  66           HG1      ARG  66   3.373 -16.686  38.741
   13    HD3  ARG  66           HD1      ARG  66   1.617 -16.999  41.200

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   GLU  67           HA       GLU  67  -1.887 -13.602  36.577
    2    HB2  GLU  67           HB2      GLU  67  -1.367 -11.072  36.910
    3    HG2  GLU  67           HG2      GLU  67   1.121 -12.126  38.274
    4    H    GLU  67           HN       GLU  67   0.960 -13.836  37.140
    5    HB3  GLU  67           HB1      GLU  67  -1.273 -12.134  38.309
    6    HG3  GLU  67           HG1      GLU  67   1.161 -11.350  36.690

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ILE  68           HA       ILE  68  -0.856 -12.736  32.350
    2    HB   ILE  68           HB       ILE  68  -1.681 -15.665  32.598
    3   HD11  ILE  68          HD11      ILE  68   0.633 -16.898  31.106
    4   HD13  ILE  68          HD12      ILE  68   0.303 -17.272  32.803
    5   HD12  ILE  68          HD13      ILE  68   1.903 -16.717  32.312
    6    H    ILE  68           HN       ILE  68  -2.048 -14.277  34.572

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLU  69           HA       GLU  69  -5.137 -12.646  30.868
    2    HB2  GLU  69           HB2      GLU  69  -4.738 -10.400  31.905
    3    HG2  GLU  69           HG2      GLU  69  -5.998 -10.120  29.164
    4    H    GLU  69           HN       GLU  69  -2.248 -11.997  30.765
    5    HB3  GLU  69           HB1      GLU  69  -3.893  -9.874  30.454
    6    HG3  GLU  69           HG1      GLU  69  -6.832 -10.612  30.637

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ILE  70           HA       ILE  70  -4.449 -13.157  26.499
    2    HB   ILE  70           HB       ILE  70  -7.437 -12.517  26.554
    3   HD11  ILE  70          HD11      ILE  70  -5.476 -15.670  25.615
    4   HD13  ILE  70          HD12      ILE  70  -5.932 -16.495  27.103
    5   HD12  ILE  70          HD13      ILE  70  -4.788 -15.157  27.159
    6    H    ILE  70           HN       ILE  70  -6.164 -12.444  28.709

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   SER  71           HA       SER  71  -3.213  -9.388  24.836
    2    HB2  SER  71           HB2      SER  71  -3.112  -9.305  22.326
    3    HG   SER  71           HG       SER  71  -4.580 -11.739  22.498
    4    H    SER  71           HN       SER  71  -4.224 -11.944  24.501
    5    HB3  SER  71           HB1      SER  71  -2.520 -10.830  22.990

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   PRO  72           HA       PRO  72  -6.732  -6.553  24.291
    2    HB2  PRO  72           HB2      PRO  72  -5.475  -4.373  23.218
    3    HG2  PRO  72           HG2      PRO  72  -3.473  -5.473  22.563
    4    HD2  PRO  72           HD2      PRO  72  -2.734  -7.416  23.648
    5    HB3  PRO  72           HB1      PRO  72  -5.271  -4.843  24.916
    6    HG3  PRO  72           HG1      PRO  72  -3.034  -4.790  24.147
    7    HD3  PRO  72           HD1      PRO  72  -3.271  -6.855  25.248

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   SER  73           HA       SER  73  -6.504  -6.935  19.516
    2    HB2  SER  73           HB2      SER  73  -4.229  -8.969  19.558
    3    HG   SER  73           HG       SER  73  -3.888  -6.432  18.480
    4    H    SER  73           HN       SER  73  -4.736  -7.682  21.684
    5    HB3  SER  73           HB1      SER  73  -4.962  -8.233  18.129

  No H/Q in entry =           5
  In of MODEL   16
    1    HA3  GLY  74           HA2      GLY  74  -7.701 -11.237  22.331
    2    H    GLY  74           HN       GLY  74  -6.266  -9.516  21.822
    3    HA2  GLY  74           HA1      GLY  74  -8.719 -10.773  20.996

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   LEU  75           HA       LEU  75  -6.067 -13.870  18.825
    2    HB2  LEU  75           HB2      LEU  75  -3.865 -11.813  18.454
    3    HG   LEU  75           HG       LEU  75  -5.942 -11.527  17.043
    4   HD11  LEU  75          HD11      LEU  75  -3.390 -12.215  15.559
    5   HD13  LEU  75          HD12      LEU  75  -3.810 -10.652  16.265
    6   HD12  LEU  75          HD13      LEU  75  -4.738 -11.280  14.905
    7   HD23  LEU  75          HD21      LEU  75  -5.102 -14.196  15.847
    8   HD22  LEU  75          HD22      LEU  75  -6.372 -13.136  15.228
    9   HD21  LEU  75          HD23      LEU  75  -6.559 -13.901  16.803
   10    H    LEU  75           HN       LEU  75  -5.563 -11.218  19.945
   11    HB3  LEU  75           HB1      LEU  75  -3.706 -13.444  17.816

  No H/Q in entry =          11
  In of MODEL   16
    1    HA3  GLY  76           HA2      GLY  76  -2.391 -15.020  21.403
    2    H    GLY  76           HN       GLY  76  -3.227 -12.370  20.422
    3    HA2  GLY  76           HA1      GLY  76  -1.380 -13.589  21.231

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   VAL  77           HA       VAL  77  -2.565 -12.949  25.431
    2    HB   VAL  77           HB       VAL  77  -0.766 -14.941  25.263
    3    H    VAL  77           HN       VAL  77  -0.718 -12.900  23.133

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   TYR  78           HA       TYR  78   0.296  -9.658  26.729
    2    HB2  TYR  78           HB2      TYR  78  -1.777  -8.412  26.103
    3    HD1  TYR  78           HD1      TYR  78  -2.045  -7.645  29.671
    4    HD2  TYR  78           HD2      TYR  78   0.156  -6.770  26.109
    5    HE1  TYR  78           HE1      TYR  78  -1.122  -5.639  30.743
    6    HE2  TYR  78           HE2      TYR  78   1.074  -4.757  27.181
    7    HH   TYR  78           HH       TYR  78   0.815  -4.160  30.537
    8    H    TYR  78           HN       TYR  78  -1.920 -11.528  27.143
    9    HB3  TYR  78           HB1      TYR  78  -2.527  -8.874  27.628

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   PHE  79           HA       PHE  79   0.655 -11.377  30.829
    2    HB2  PHE  79           HB2      PHE  79   3.467 -10.851  29.805
    3    HD1  PHE  79           HD1      PHE  79   0.677 -13.134  29.882
    4    HD2  PHE  79           HD2      PHE  79   4.772 -12.892  29.343
    5    HE1  PHE  79           HE1      PHE  79   0.687 -15.369  28.913
    6    HE2  PHE  79           HE2      PHE  79   4.748 -15.120  28.349
    7    HZ   PHE  79           HZ       PHE  79   2.726 -16.375  28.128
    8    H    PHE  79           HN       PHE  79   1.628 -10.351  28.311
    9    HB3  PHE  79           HB1      PHE  79   3.101 -11.590  31.360

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   GLU  80           HA       GLU  80   0.097  -7.409  32.334
    2    HB2  GLU  80           HB2      GLU  80  -1.595  -8.783  33.477
    3    HG2  GLU  80           HG2      GLU  80  -0.343  -6.928  35.525
    4    H    GLU  80           HN       GLU  80   0.364 -10.232  32.623
    5    HB3  GLU  80           HB1      GLU  80  -0.430  -9.235  34.717
    6    HG3  GLU  80           HG1      GLU  80  -1.411  -6.406  34.223

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   THR  81           HA       THR  81   3.139  -7.487  36.155
    2    HB   THR  81           HB       THR  81   4.917  -9.809  35.376
    3    HG1  THR  81           HG1      THR  81   2.291  -9.993  36.289
    4   HG23  THR  81          HG21      THR  81   5.186 -10.042  37.803
    5   HG22  THR  81          HG22      THR  81   4.019  -8.749  38.078
    6   HG21  THR  81          HG23      THR  81   5.563  -8.393  37.297
    7    H    THR  81           HN       THR  81   2.179  -9.453  34.394

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   LEU  82           HA       LEU  82   6.736  -6.969  33.148
    2    HB2  LEU  82           HB2      LEU  82   7.306  -8.446  31.071
    3    HG   LEU  82           HG       LEU  82   4.910  -9.580  31.051
    4   HD13  LEU  82          HD11      LEU  82   5.831 -11.639  30.110
    5   HD12  LEU  82          HD12      LEU  82   7.413 -11.270  30.808
    6   HD11  LEU  82          HD13      LEU  82   6.734 -10.228  29.552
    7   HD23  LEU  82          HD21      LEU  82   6.287 -11.318  33.124
    8   HD22  LEU  82          HD22      LEU  82   4.747 -11.655  32.327
    9   HD21  LEU  82          HD23      LEU  82   4.892 -10.278  33.414
   10    H    LEU  82           HN       LEU  82   4.308  -8.624  33.082
   11    HB3  LEU  82           HB1      LEU  82   7.438  -9.140  32.673

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   GLU  83           HA       GLU  83   2.442  -5.710  30.453
    2    HB2  GLU  83           HB2      GLU  83   4.849  -3.860  30.624
    3    HG2  GLU  83           HG2      GLU  83   2.240  -3.786  32.171
    4    H    GLU  83           HN       GLU  83   3.613  -6.930  31.945
    5    HB3  GLU  83           HB1      GLU  83   3.281  -3.417  29.945
    6    HG3  GLU  83           HG1      GLU  83   3.829  -4.165  32.842

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   GLU  84           HA       GLU  84   4.692  -6.758  26.650
    2    HB2  GLU  84           HB2      GLU  84   6.127  -8.813  28.369
    3    HG2  GLU  84           HG2      GLU  84   7.006  -6.500  28.486
    4    H    GLU  84           HN       GLU  84   3.994  -7.788  29.347
    5    HB3  GLU  84           HB1      GLU  84   6.319  -8.790  26.620
    6    HG3  GLU  84           HG1      GLU  84   8.150  -7.640  27.779

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   ASP  85           HA       ASP  85   1.891  -9.909  25.461
    2    HB2  ASP  85           HB2      ASP  85   0.792  -9.201  23.502
    3    H    ASP  85           HN       ASP  85   3.967  -7.896  24.937
    4    HB3  ASP  85           HB1      ASP  85   1.483  -7.694  24.086

  No H/Q in entry =           4
  In of MODEL   16
    1    HA   VAL  86           HA       VAL  86   4.055 -12.462  22.433
    2    HB   VAL  86           HB       VAL  86   2.476 -14.580  24.018
    3    H    VAL  86           HN       VAL  86   1.791 -11.825  24.240

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   SER  87           HA       SER  87   0.407 -12.190  19.827
    2    HB2  SER  87           HB2      SER  87   2.831 -12.186  17.986
    3    HG   SER  87           HG       SER  87   2.072 -10.307  19.518
    4    H    SER  87           HN       SER  87   3.126 -11.977  20.501
    5    HB3  SER  87           HB1      SER  87   1.163 -11.947  17.459

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   LEU  88           HA       LEU  88  -0.033 -16.545  19.365
    2    HB2  LEU  88           HB2      LEU  88  -2.401 -15.569  19.594
    3    HG   LEU  88           HG       LEU  88  -2.138 -18.054  17.865
    4   HD12  LEU  88          HD11      LEU  88  -2.399 -17.759  20.878
    5   HD11  LEU  88          HD12      LEU  88  -0.931 -18.212  20.005
    6   HD13  LEU  88          HD13      LEU  88  -2.330 -19.275  19.980
    7   HD21  LEU  88          HD21      LEU  88  -4.412 -17.086  17.727
    8   HD23  LEU  88          HD22      LEU  88  -4.525 -17.091  19.489
    9   HD22  LEU  88          HD23      LEU  88  -4.411 -18.613  18.606
   10    H    LEU  88           HN       LEU  88  -0.843 -13.851  19.198
   11    HB3  LEU  88           HB1      LEU  88  -2.474 -15.560  17.846

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ILE  89           HA       ILE  89  -0.093 -16.172  14.504
    2    HB   ILE  89           HB       ILE  89   0.610 -13.198  14.548
    3   HD13  ILE  89          HD11      ILE  89  -3.489 -14.376  14.121
    4   HD12  ILE  89          HD12      ILE  89  -2.326 -15.615  14.586
    5   HD11  ILE  89          HD13      ILE  89  -2.362 -15.013  12.924
    6    H    ILE  89           HN       ILE  89  -0.531 -14.391  16.643

  No H/Q in entry =           6
  In of MODEL   16
    1    HA3  GLY  90           HA2      GLY  90   4.528 -14.754  15.226
    2    H    GLY  90           HN       GLY  90   2.068 -14.214  16.489
    3    HA2  GLY  90           HA1      GLY  90   4.309 -14.284  16.910

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   LEU  91           HA       LEU  91   4.711 -18.528  18.222
    2    HB2  LEU  91           HB2      LEU  91   1.683 -18.647  18.517
    3    HG   LEU  91           HG       LEU  91   2.723 -16.920  19.996
    4   HD13  LEU  91          HD11      LEU  91   0.722 -18.070  20.775
    5   HD12  LEU  91          HD12      LEU  91   1.794 -17.719  22.128
    6   HD11  LEU  91          HD13      LEU  91   1.700 -19.361  21.481
    7   HD23  LEU  91          HD21      LEU  91   4.255 -17.631  21.805
    8   HD22  LEU  91          HD22      LEU  91   4.966 -17.837  20.210
    9   HD21  LEU  91          HD23      LEU  91   4.352 -19.238  21.089
   10    H    LEU  91           HN       LEU  91   2.665 -16.611  17.604
   11    HB3  LEU  91           HB1      LEU  91   2.782 -19.856  19.171

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   LEU  92           HA       LEU  92   2.197 -21.093  14.984
    2    HB2  LEU  92           HB2      LEU  92   0.759 -18.652  13.880
    3    HG   LEU  92           HG       LEU  92  -0.135 -19.412  16.111
    4   HD13  LEU  92          HD11      LEU  92  -2.491 -19.490  15.435
    5   HD12  LEU  92          HD12      LEU  92  -2.018 -19.817  13.765
    6   HD11  LEU  92          HD13      LEU  92  -1.595 -18.277  14.521
    7   HD22  LEU  92          HD21      LEU  92  -1.317 -21.565  16.281
    8   HD21  LEU  92          HD22      LEU  92   0.398 -21.807  15.964
    9   HD23  LEU  92          HD23      LEU  92  -0.777 -22.010  14.660
   10    H    LEU  92           HN       LEU  92   1.938 -18.460  16.022
   11    HB3  LEU  92           HB1      LEU  92   0.548 -20.289  13.270

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   GLU  93           HA       GLU  93   4.605 -19.091  11.486
    2    HB2  GLU  93           HB2      GLU  93   4.650 -16.214  12.505
    3    HG2  GLU  93           HG2      GLU  93   2.365 -16.689  12.013
    4    H    GLU  93           HN       GLU  93   3.567 -17.989  14.017
    5    HB3  GLU  93           HB1      GLU  93   5.182 -16.753  10.912
    6    HG3  GLU  93           HG1      GLU  93   3.017 -15.784  10.650

  No H/Q in entry =           6
  In of MODEL   16
    1    HA3  GLY  94           HA2      GLY  94   7.715 -19.097  15.623
    2    H    GLY  94           HN       GLY  94   5.644 -18.620  14.684
    3    HA2  GLY  94           HA1      GLY  94   8.416 -19.227  14.018

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   ARG  95           HA       ARG  95   8.992 -14.639  14.632
    2    HB2  ARG  95           HB2      ARG  95   6.859 -14.097  13.239
    3    HG2  ARG  95           HG2      ARG  95   8.205 -12.138  15.078
    4    HD2  ARG  95           HD2      ARG  95   6.994 -10.290  13.810
    5    HE   ARG  95           HE       ARG  95   6.314 -11.335  16.209
    6   HH11  ARG  95          HH11      ARG  95   4.280 -10.121  13.607
    7   HH12  ARG  95          HH12      ARG  95   3.121  -9.417  14.687
    8   HH21  ARG  95          HH21      ARG  95   4.782 -10.408  17.606
    9   HH22  ARG  95          HH22      ARG  95   3.392  -9.603  16.956
   10    H    ARG  95           HN       ARG  95   6.671 -16.336  14.330
   11    HB3  ARG  95           HB1      ARG  95   6.082 -13.736  14.774
   12    HG3  ARG  95           HG1      ARG  95   8.247 -12.241  13.319
   13    HD3  ARG  95           HD1      ARG  95   5.787 -11.502  13.369

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   ARG  96           HA       ARG  96   8.086 -15.723  18.991
    2    HB2  ARG  96           HB2      ARG  96  11.082 -15.766  18.534
    3    HG2  ARG  96           HG2      ARG  96   9.204 -17.995  19.379
    4    HD2  ARG  96           HD2      ARG  96  11.828 -18.457  17.997
    5    HE   ARG  96           HE       ARG  96  10.422 -19.978  20.117
    6   HH11  ARG  96          HH11      ARG  96  12.120 -20.011  17.039
    7   HH12  ARG  96          HH12      ARG  96  12.084 -21.739  16.919
    8   HH21  ARG  96          HH21      ARG  96  10.408 -22.192  19.974
    9   HH22  ARG  96          HH22      ARG  96  11.099 -22.980  18.589
   10    H    ARG  96           HN       ARG  96   9.695 -15.498  16.673
   11    HB3  ARG  96           HB1      ARG  96  10.381 -16.030  20.132
   12    HG3  ARG  96           HG1      ARG  96   9.650 -17.696  17.697
   13    HD3  ARG  96           HD1      ARG  96  11.854 -18.057  19.717

  No H/Q in entry =          13
  In of MODEL   16
    1    HA3  GLY  97           HA2      GLY  97   8.287 -11.285  19.563
    2    H    GLY  97           HN       GLY  97   9.510 -12.973  17.606
    3    HA2  GLY  97           HA1      GLY  97  10.050 -11.242  19.669

  No H/Q in entry =           3
  In of MODEL   16
    1    HA   SER  98           HA       SER  98   9.264  -8.195  16.470
    2    HB2  SER  98           HB2      SER  98  11.463  -7.071  18.266
    3    HG   SER  98           HG       SER  98   8.648  -6.763  18.250
    4    H    SER  98           HN       SER  98  10.279  -9.163  18.981
    5    HB3  SER  98           HB1      SER  98  10.621  -6.202  16.974

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   ALA  99           HA       ALA  99  12.282  -9.694  13.676
    2    HB2  ALA  99           HB1      ALA  99  12.767  -8.173  11.792
    3    HB3  ALA  99           HB2      ALA  99  12.063  -6.826  12.692
    4    HB1  ALA  99           HB3      ALA  99  11.046  -8.175  12.185
    5    H    ALA  99           HN       ALA  99  10.573  -7.689  14.608

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   LYS 100           HA       LYS 100  15.853  -6.625  14.846
    2    HB2  LYS 100           HB2      LYS 100  14.011  -5.011  16.647
    3    HG2  LYS 100           HG2      LYS 100  15.652  -4.214  14.221
    4    HD2  LYS 100           HD2      LYS 100  14.712  -1.988  14.444
    5    HE2  LYS 100           HE2      LYS 100  15.837  -1.156  16.412
    6    HZ2  LYS 100           HZ1      LYS 100  17.966  -2.182  16.262
    7    HZ1  LYS 100           HZ2      LYS 100  17.301  -2.125  14.711
    8    HZ3  LYS 100           HZ3      LYS 100  17.323  -3.582  15.569
    9    H    LYS 100           HN       LYS 100  13.041  -6.496  15.002
   10    HB3  LYS 100           HB1      LYS 100  15.764  -4.811  16.639
   11    HG3  LYS 100           HG1      LYS 100  13.895  -4.338  14.296
   12    HD3  LYS 100           HD1      LYS 100  13.775  -2.480  15.858
   13    HE3  LYS 100           HE1      LYS 100  15.783  -2.739  17.181

  No H/Q in entry =          13
  In of MODEL   16
    1    HA   TRP 101           HA       TRP 101  15.502  -8.124  19.472
    2    HB2  TRP 101           HB2      TRP 101  13.110  -7.950  20.065
    3    HD1  TRP 101           HD1      TRP 101  14.656  -8.416  22.321
    4    HE1  TRP 101           HE1      TRP 101  14.854 -10.500  23.811
    5    HE3  TRP 101           HE3      TRP 101  12.536 -11.858  19.201
    6    HZ2  TRP 101           HZ2      TRP 101  14.202 -13.237  23.682
    7    HZ3  TRP 101           HZ3      TRP 101  12.360 -14.196  19.954
    8    HH2  TRP 101           HH2      TRP 101  13.177 -14.870  22.158
    9    H    TRP 101           HN       TRP 101  13.593  -7.456  17.527
   10    HB3  TRP 101           HB1      TRP 101  12.732  -9.371  19.090

  No H/Q in entry =          10
  In of MODEL   16
    1    HA   MET 102           HA       MET 102  15.327 -12.603  17.798
    2    HB2  MET 102           HB2      MET 102  13.843 -11.879  15.246
    3    HG2  MET 102           HG2      MET 102  13.007 -13.666  17.541
    4    HE2  MET 102           HE1      MET 102  10.419 -12.493  13.897
    5    HE1  MET 102           HE2      MET 102  12.095 -11.976  14.079
    6    HE3  MET 102           HE3      MET 102  10.855 -11.352  15.171
    7    H    MET 102           HN       MET 102  14.016 -10.198  16.992
    8    HB3  MET 102           HB1      MET 102  14.459 -13.494  15.581
    9    HG3  MET 102           HG1      MET 102  12.414 -12.028  17.273

  No H/Q in entry =           9
  In of MODEL   16
    1    HA   ALA 103           HA       ALA 103  18.430 -11.403  14.404
    2    HB3  ALA 103           HB1      ALA 103  17.210  -9.592  13.242
    3    HB2  ALA 103           HB2      ALA 103  18.938  -9.248  13.337
    4    HB1  ALA 103           HB3      ALA 103  17.811  -8.423  14.421
    5    H    ALA 103           HN       ALA 103  16.317  -9.926  15.778

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   GLU 104           HA       GLU 104  21.037  -8.837  17.360
    2    HB2  GLU 104           HB2      GLU 104  18.858  -7.228  18.758
    3    HG2  GLU 104           HG2      GLU 104  20.283  -6.598  16.161
    4    H    GLU 104           HN       GLU 104  18.104  -9.161  17.127
    5    HB3  GLU 104           HB1      GLU 104  20.573  -6.826  18.640
    6    HG3  GLU 104           HG1      GLU 104  18.568  -6.885  16.363

  No H/Q in entry =           6
  In of MODEL   16
    1    HA   HIS 105           HA       HIS 105  20.157 -11.283  21.092
    2    HB2  HIS 105           HB2      HIS 105  17.101 -11.008  21.092
    3    HD1  HIS 105           HD1      HIS 105  19.374  -9.913  23.841
    4    HD2  HIS 105           HD2      HIS 105  17.150  -8.201  20.776
    5    HE1  HIS 105           HE1      HIS 105  19.366  -7.446  24.304
    6    HE2  HIS 105           HE2      HIS 105  17.888  -6.455  22.536
    7    H    HIS 105           HN       HIS 105  18.537 -10.590  18.725
    8    HB3  HIS 105           HB1      HIS 105  18.069 -11.624  22.429

  No H/Q in entry =           8
  In of MODEL   16
    1    HA   PRO 106           HA       PRO 106  19.579 -14.896  18.214
    2    HB2  PRO 106           HB2      PRO 106  21.961 -15.738  19.866
    3    HG2  PRO 106           HG2      PRO 106  23.307 -13.973  19.145
    4    HD2  PRO 106           HD2      PRO 106  21.921 -12.739  20.554
    5    HB3  PRO 106           HB1      PRO 106  21.687 -15.858  18.121
    6    HG3  PRO 106           HG1      PRO 106  22.290 -13.658  17.725
    7    HD3  PRO 106           HD1      PRO 106  21.497 -11.930  19.035

  No H/Q in entry =           7
  In of MODEL   16
    1    HA   LEU 107           HA       LEU 107  17.176 -16.990  21.198
    2    HB2  LEU 107           HB2      LEU 107  16.156 -17.544  18.938
    3    HG   LEU 107           HG       LEU 107  16.076 -19.817  20.966
    4   HD11  LEU 107          HD11      LEU 107  14.234 -17.446  20.557
    5   HD13  LEU 107          HD12      LEU 107  15.303 -17.739  21.934
    6   HD12  LEU 107          HD13      LEU 107  13.927 -18.800  21.646
    7   HD21  LEU 107          HD21      LEU 107  14.225 -19.311  18.615
    8   HD23  LEU 107          HD22      LEU 107  13.972 -20.512  19.886
    9   HD22  LEU 107          HD23      LEU 107  15.352 -20.661  18.793
   10    H    LEU 107           HN       LEU 107  18.398 -16.653  18.667
   11    HB3  LEU 107           HB1      LEU 107  17.195 -18.959  18.872

  No H/Q in entry =          11
  In of MODEL   16
    1    HA   ALA 108           HA       ALA 108  19.840 -19.977  23.154
    2    HB2  ALA 108           HB1      ALA 108  18.237 -19.510  24.969
    3    HB1  ALA 108           HB2      ALA 108  18.689 -21.215  24.944
    4    HB3  ALA 108           HB3      ALA 108  17.121 -20.708  24.307
    5    H    ALA 108           HN       ALA 108  17.304 -18.768  22.683

  No H/Q in entry =           5
  In of MODEL   16
    1    HA   SER 109           HA       SER 109  19.262 -23.589  20.614
    2    HB2  SER 109           HB2      SER 109  17.685 -22.127  19.363
    3    HG   SER 109           HG       SER 109  19.437 -23.319  17.478
    4    H    SER 109           HN       SER 109  20.321 -20.934  21.126
    5    HB3  SER 109           HB1      SER 109  19.033 -21.375  18.517

  No H/Q in entry =           5
  In of MODEL   17
    1    H1   MET   1           HT2      MET   1 -12.908  -2.553  -5.626
    2    H2   MET   1           HT1      MET   1 -12.456  -1.159  -6.467
    3    H3   MET   1           HT3      MET   1 -12.986  -2.522  -7.313
    4    HB3  MET   1           HB1      MET   1  -9.339  -2.573  -7.867
    5    HG3  MET   1           HG1      MET   1 -12.048  -2.349  -9.204
    6    HA   MET   1           HA       MET   1 -11.103  -3.782  -6.552
    7    HB2  MET   1           HB2      MET   1 -10.365  -1.144  -7.899
    8    HG2  MET   1           HG2      MET   1 -11.078  -3.819  -9.129
    9    HE2  MET   1           HE1      MET   1 -10.794  -2.716 -12.903
   10    HE1  MET   1           HE2      MET   1 -12.204  -2.578 -11.846
   11    HE3  MET   1           HE3      MET   1 -11.212  -4.041 -11.822

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   GLU   2           HA       GLU   2  -9.909  -2.219  -2.605
    2    HB2  GLU   2           HB2      GLU   2 -10.322  -4.623  -2.231
    3    HG2  GLU   2           HG2      GLU   2  -7.701  -3.745  -0.993
    4    H    GLU   2           HN       GLU   2 -10.107  -4.123  -4.707
    5    HB3  GLU   2           HB1      GLU   2  -8.738  -5.021  -2.883
    6    HG3  GLU   2           HG1      GLU   2  -9.311  -3.507  -0.324

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   VAL   3           HA       VAL   3  -5.480  -1.430  -2.908
    2    HB   VAL   3           HB       VAL   3  -6.470   0.451  -4.147
    3    H    VAL   3           HN       VAL   3  -8.191  -1.108  -1.791

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   SER   4           HA       SER   4  -4.514  -1.403   1.389
    2    HB2  SER   4           HB2      SER   4  -1.827  -0.952   0.017
    3    HG   SER   4           HG       SER   4  -3.338  -3.220   0.716
    4    H    SER   4           HN       SER   4  -3.895  -1.286  -1.363
    5    HB3  SER   4           HB1      SER   4  -2.035  -1.361   1.725

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ALA   5           HA       ALA   5  -4.131   2.897   2.425
    2    HB1  ALA   5           HB1      ALA   5  -7.065   2.610   1.634
    3    HB3  ALA   5           HB2      ALA   5  -5.758   3.152   0.578
    4    HB2  ALA   5           HB3      ALA   5  -6.226   4.131   1.969
    5    H    ALA   5           HN       ALA   5  -5.521   0.310   2.229

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ASN   6           HA       ASN   6  -5.336   2.743   6.640
    2    HB2  ASN   6           HB2      ASN   6  -5.532   4.930   7.736
    3   HD21  ASN   6          HD21      ASN   6  -4.621   6.169   4.566
    4   HD22  ASN   6          HD22      ASN   6  -5.848   7.384   4.487
    5    H    ASN   6           HN       ASN   6  -4.937   4.192   4.236
    6    HB3  ASN   6           HB1      ASN   6  -4.247   4.991   6.537

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLU   7           HA       GLU   7  -9.903   4.271   6.068
    2    HB2  GLU   7           HB2      GLU   7 -11.040   5.025   4.028
    3    HG2  GLU   7           HG2      GLU   7  -8.398   4.538   2.602
    4    H    GLU   7           HN       GLU   7  -7.533   4.371   4.461
    5    HB3  GLU   7           HB1      GLU   7  -9.567   5.955   4.297
    6    HG3  GLU   7           HG1      GLU   7  -9.908   3.685   2.291

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LEU   8           HA       LEU   8 -10.520   0.364   3.354
    2    HB2  LEU   8           HB2      LEU   8  -8.032   0.633   2.281
    3    HG   LEU   8           HG       LEU   8  -8.203  -1.419   1.010
    4   HD13  LEU   8          HD11      LEU   8  -9.864  -3.153   1.400
    5   HD12  LEU   8          HD12      LEU   8 -10.394  -2.343   2.876
    6   HD11  LEU   8          HD13      LEU   8  -8.763  -3.009   2.772
    7   HD23  LEU   8          HD21      LEU   8 -10.944  -0.182   1.387
    8   HD22  LEU   8          HD22      LEU   8 -10.412  -1.138  -0.002
    9   HD21  LEU   8          HD23      LEU   8  -9.655   0.415   0.338
   10    H    LEU   8           HN       LEU   8  -8.273   2.032   4.003
   11    HB3  LEU   8           HB1      LEU   8  -7.714  -0.735   3.320

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   GLU   9           HA       GLU   9  -8.037  -0.276   8.038
    2    HB2  GLU   9           HB2      GLU   9  -9.988  -0.906   9.378
    3    HG2  GLU   9           HG2      GLU   9 -11.740  -0.589   6.934
    4    H    GLU   9           HN       GLU   9  -8.479   0.788   6.092
    5    HB3  GLU   9           HB1      GLU   9 -10.301   0.574   8.483
    6    HG3  GLU   9           HG1      GLU   9 -11.282  -2.157   7.599

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ALA  10           HA       ALA  10  -8.352  -4.523   5.866
    2    HB1  ALA  10           HB1      ALA  10  -7.222  -3.531   3.925
    3    HB3  ALA  10           HB2      ALA  10  -6.455  -5.049   4.396
    4    HB2  ALA  10           HB3      ALA  10  -5.694  -3.507   4.806
    5    H    ALA  10           HN       ALA  10  -7.361  -1.883   5.816

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ALA  11           HA       ALA  11  -4.546  -5.280   8.796
    2    HB3  ALA  11           HB1      ALA  11  -3.549  -3.736  10.424
    3    HB1  ALA  11           HB2      ALA  11  -4.702  -2.482   9.962
    4    HB2  ALA  11           HB3      ALA  11  -3.499  -3.039   8.801
    5    H    ALA  11           HN       ALA  11  -5.835  -2.967   7.736

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   SER  12           HA       SER  12  -7.589  -4.476  12.525
    2    HB2  SER  12           HB2      SER  12  -9.586  -2.844  10.884
    3    HG   SER  12           HG       SER  12  -8.675  -1.168  12.417
    4    H    SER  12           HN       SER  12  -7.121  -3.149  10.061
    5    HB3  SER  12           HB1      SER  12  -9.618  -3.114  12.631

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   SER  13           HA       SER  13 -11.014  -6.740   9.919
    2    HB2  SER  13           HB2      SER  13  -9.780  -5.956   7.241
    3    HG   SER  13           HG       SER  13 -11.225  -4.477   8.848
    4    H    SER  13           HN       SER  13  -9.044  -4.767   9.324
    5    HB3  SER  13           HB1      SER  13 -11.286  -6.852   7.463

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ARG  14           HA       ARG  14  -7.452  -9.590   8.286
    2    HB2  ARG  14           HB2      ARG  14  -5.639  -7.990   7.699
    3    HG2  ARG  14           HG2      ARG  14  -3.635  -9.269   8.326
    4    HD2  ARG  14           HD2      ARG  14  -6.000 -11.094   7.764
    5    HE   ARG  14           HE       ARG  14  -3.390 -11.894   8.211
    6   HH11  ARG  14          HH11      ARG  14  -5.643 -12.104   5.511
    7   HH12  ARG  14          HH12      ARG  14  -4.952 -13.574   4.911
    8   HH21  ARG  14          HH21      ARG  14  -2.514 -13.825   7.413
    9   HH22  ARG  14          HH22      ARG  14  -3.191 -14.555   5.993
   10    H    ARG  14           HN       ARG  14  -7.613  -6.840   8.995
   11    HB3  ARG  14           HB1      ARG  14  -5.255  -7.781   9.400
   12    HG3  ARG  14           HG1      ARG  14  -4.557 -10.142   9.555
   13    HD3  ARG  14           HD1      ARG  14  -5.028 -10.248   6.551

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   MET  15           HA       MET  15  -6.239  -9.998  13.016
    2    HB2  MET  15           HB2      MET  15  -7.345  -7.244  13.499
    3    HG2  MET  15           HG2      MET  15  -5.378  -6.909  14.829
    4    HE1  MET  15           HE1      MET  15  -2.539  -8.401  14.043
    5    HE3  MET  15           HE2      MET  15  -2.695  -6.646  14.175
    6    HE2  MET  15           HE3      MET  15  -2.013  -7.367  12.715
    7    H    MET  15           HN       MET  15  -6.873  -7.838  11.352
    8    HB3  MET  15           HB1      MET  15  -7.390  -8.383  14.837
    9    HG3  MET  15           HG1      MET  15  -5.008  -8.635  14.824

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   GLU  16           HA       GLU  16 -11.078 -10.469  13.570
    2    HB2  GLU  16           HB2      GLU  16 -12.013  -8.565  12.326
    3    HG2  GLU  16           HG2      GLU  16 -13.082 -11.197  11.254
    4    H    GLU  16           HN       GLU  16  -9.426  -8.728  12.097
    5    HB3  GLU  16           HB1      GLU  16 -11.500  -9.268  10.797
    6    HG3  GLU  16           HG1      GLU  16 -13.673 -10.305  12.653

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   MET  17           HA       MET  17 -10.776 -13.335   9.685
    2    HB2  MET  17           HB2      MET  17  -8.389 -11.865   8.506
    3    HG2  MET  17           HG2      MET  17 -10.523 -10.779   8.011
    4    HE2  MET  17           HE1      MET  17 -10.590 -14.659   7.091
    5    HE1  MET  17           HE2      MET  17 -10.785 -13.871   5.522
    6    HE3  MET  17           HE3      MET  17 -12.131 -14.760   6.244
    7    H    MET  17           HN       MET  17  -9.702 -10.798  10.298
    8    HB3  MET  17           HB1      MET  17  -9.001 -13.389   7.865
    9    HG3  MET  17           HG1      MET  17  -9.837 -11.519   6.563

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   LEU  18           HA       LEU  18  -6.521 -14.895  11.308
    2    HB2  LEU  18           HB2      LEU  18  -6.180 -12.445  13.066
    3    HG   LEU  18           HG       LEU  18  -5.518 -12.118  10.667
    4   HD13  LEU  18          HD11      LEU  18  -3.297 -11.185  11.074
    5   HD12  LEU  18          HD12      LEU  18  -3.176 -12.087  12.585
    6   HD11  LEU  18          HD13      LEU  18  -4.393 -10.822  12.407
    7   HD22  LEU  18          HD21      LEU  18  -3.581 -13.320   9.750
    8   HD21  LEU  18          HD22      LEU  18  -4.914 -14.416  10.107
    9   HD23  LEU  18          HD23      LEU  18  -3.521 -14.339  11.192
   10    H    LEU  18           HN       LEU  18  -7.920 -12.400  11.454
   11    HB3  LEU  18           HB1      LEU  18  -5.107 -13.835  13.147

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   GLN  19           HA       GLN  19  -8.669 -15.265  15.677
    2    HB2  GLN  19           HB2      GLN  19 -10.929 -13.450  14.736
    3    HG2  GLN  19           HG2      GLN  19  -9.066 -13.152  17.104
    4   HE21  GLN  19          HE21      GLN  19  -9.134 -10.292  16.699
    5   HE22  GLN  19          HE22      GLN  19 -10.652  -9.752  17.324
    6    H    GLN  19           HN       GLN  19  -8.785 -13.391  13.548
    7    HB3  GLN  19           HB1      GLN  19 -10.991 -14.381  16.233
    8    HG3  GLN  19           HG1      GLN  19  -8.924 -12.258  15.593

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   ARG  20           HA       ARG  20 -12.253 -17.468  13.437
    2    HB2  ARG  20           HB2      ARG  20 -13.594 -16.920  11.453
    3    HG2  ARG  20           HG2      ARG  20 -11.485 -14.818  10.892
    4    HD2  ARG  20           HD2      ARG  20 -13.642 -13.672  10.717
    5    HE   ARG  20           HE       ARG  20 -14.651 -16.070   9.651
    6   HH11  ARG  20          HH11      ARG  20 -14.886 -12.612   9.064
    7   HH12  ARG  20          HH12      ARG  20 -16.475 -12.711   8.385
    8   HH21  ARG  20          HH21      ARG  20 -16.744 -16.180   8.803
    9   HH22  ARG  20          HH22      ARG  20 -17.543 -14.745   8.249
   10    H    ARG  20           HN       ARG  20 -10.852 -14.994  12.881
   11    HB3  ARG  20           HB1      ARG  20 -13.403 -15.487  12.462
   12    HG3  ARG  20           HG1      ARG  20 -12.047 -16.104   9.821
   13    HD3  ARG  20           HD1      ARG  20 -12.926 -13.930   9.124

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   GLU  21           HA       GLU  21  -9.336 -18.930   9.938
    2    HB2  GLU  21           HB2      GLU  21  -7.978 -16.840   9.528
    3    HG2  GLU  21           HG2      GLU  21  -5.756 -17.939   8.993
    4    H    GLU  21           HN       GLU  21  -9.356 -16.682  11.765
    5    HB3  GLU  21           HB1      GLU  21  -6.970 -17.259  10.900
    6    HG3  GLU  21           HG1      GLU  21  -6.401 -19.422   9.689

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   TYR  22           HA       TYR  22  -6.642 -20.888  13.216
    2    HB2  TYR  22           HB2      TYR  22  -5.519 -18.397  14.581
    3    HD1  TYR  22           HD1      TYR  22  -4.842 -16.843  12.934
    4    HD2  TYR  22           HD2      TYR  22  -3.995 -20.990  12.310
    5    HE1  TYR  22           HE1      TYR  22  -3.451 -16.270  11.002
    6    HE2  TYR  22           HE2      TYR  22  -2.598 -20.398  10.372
    7    HH   TYR  22           HH       TYR  22  -2.363 -18.546   8.760
    8    H    TYR  22           HN       TYR  22  -7.427 -18.075  12.833
    9    HB3  TYR  22           HB1      TYR  22  -4.831 -20.018  14.604

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   SER  23           HA       SER  23  -9.258 -19.153  17.027
    2    HB2  SER  23           HB2      SER  23  -6.606 -20.303  18.021
    3    HG   SER  23           HG       SER  23  -8.963 -21.327  17.069
    4    H    SER  23           HN       SER  23  -7.009 -18.277  15.601
    5    HB3  SER  23           HB1      SER  23  -7.969 -20.052  19.113

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   THR  24           HA       THR  24  -7.528 -15.863  19.649
    2    HB   THR  24           HB       THR  24  -9.380 -15.252  21.385
    3    HG1  THR  24           HG1      THR  24 -10.631 -17.062  21.418
    4   HG21  THR  24          HG21      THR  24  -9.071 -13.950  19.308
    5   HG23  THR  24          HG22      THR  24 -10.779 -14.083  19.733
    6   HG22  THR  24          HG23      THR  24 -10.109 -15.077  18.435
    7    H    THR  24           HN       THR  24  -9.459 -18.024  19.071

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   LEU  25           HA       LEU  25  -6.028 -18.420  22.925
    2    HB2  LEU  25           HB2      LEU  25  -4.384 -16.415  22.650
    3    HG   LEU  25           HG       LEU  25  -4.496 -17.720  25.402
    4   HD13  LEU  25          HD11      LEU  25  -2.880 -19.323  24.491
    5   HD12  LEU  25          HD12      LEU  25  -3.001 -18.565  22.900
    6   HD11  LEU  25          HD13      LEU  25  -4.402 -19.381  23.604
    7   HD21  LEU  25          HD21      LEU  25  -2.199 -16.306  24.001
    8   HD23  LEU  25          HD22      LEU  25  -2.090 -17.182  25.531
    9   HD22  LEU  25          HD23      LEU  25  -3.074 -15.723  25.418
   10    H    LEU  25           HN       LEU  25  -6.502 -15.844  21.712
   11    HB3  LEU  25           HB1      LEU  25  -5.177 -15.730  24.061

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ARG  26           HA       ARG  26  -9.196 -17.669  25.977
    2    HB2  ARG  26           HB2      ARG  26 -10.324 -19.761  26.583
    3    HG2  ARG  26           HG2      ARG  26  -8.244 -21.281  24.971
    4    HD2  ARG  26           HD2      ARG  26 -10.630 -22.177  24.967
    5    HE   ARG  26           HE       ARG  26 -11.364 -21.816  27.215
    6   HH11  ARG  26          HH11      ARG  26  -9.039 -24.428  26.891
    7   HH12  ARG  26          HH12      ARG  26  -9.427 -25.124  28.431
    8   HH21  ARG  26          HH21      ARG  26 -11.911 -22.796  29.211
    9   HH22  ARG  26          HH22      ARG  26 -11.064 -24.219  29.726
   10    H    ARG  26           HN       ARG  26  -7.170 -19.324  24.593
   11    HB3  ARG  26           HB1      ARG  26 -10.073 -19.673  24.842
   12    HG3  ARG  26           HG1      ARG  26  -8.324 -21.287  26.732
   13    HD3  ARG  26           HD1      ARG  26  -9.388 -23.279  25.569

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   SER  27           HA       SER  27  -6.234 -18.828  29.388
    2    HB2  SER  27           HB2      SER  27  -6.450 -21.815  28.730
    3    HG   SER  27           HG       SER  27  -8.283 -19.966  29.790
    4    H    SER  27           HN       SER  27  -6.389 -19.738  26.615
    5    HB3  SER  27           HB1      SER  27  -6.133 -21.130  30.326

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   VAL  28           HA       VAL  28  -2.037 -20.407  28.744
    2    HB   VAL  28           HB       VAL  28  -1.716 -17.774  30.267
    3    H    VAL  28           HN       VAL  28  -4.192 -19.164  30.329

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   GLN  29           HA       GLN  29  -0.706 -21.445  32.896
    2    HB2  GLN  29           HB2      GLN  29  -0.851 -23.921  33.098
    3    HG2  GLN  29           HG2      GLN  29  -1.558 -23.918  30.158
    4   HE21  GLN  29          HE21      GLN  29  -1.370 -25.788  33.155
    5   HE22  GLN  29          HE22      GLN  29  -2.279 -27.137  32.579
    6    H    GLN  29           HN       GLN  29  -0.734 -21.667  29.966
    7    HB3  GLN  29           HB1      GLN  29  -2.307 -23.231  32.393
    8    HG3  GLN  29           HG1      GLN  29  -0.091 -24.597  30.841

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   TYR  30           HA       TYR  30   3.586 -22.061  31.860
    2    HB2  TYR  30           HB2      TYR  30   3.903 -19.986  33.119
    3    HD1  TYR  30           HD1      TYR  30   5.238 -21.825  35.934
    4    HD2  TYR  30           HD2      TYR  30   6.022 -20.796  31.859
    5    HE1  TYR  30           HE1      TYR  30   7.585 -22.502  36.211
    6    HE2  TYR  30           HE2      TYR  30   8.368 -21.461  32.151
    7    HH   TYR  30           HH       TYR  30   9.997 -21.753  33.961
    8    H    TYR  30           HN       TYR  30   1.354 -21.157  33.460
    9    HB3  TYR  30           HB1      TYR  30   3.503 -20.786  34.637

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   ARG  31           HA       ARG  31   3.483 -25.921  34.101
    2    HB2  ARG  31           HB2      ARG  31   4.396 -26.592  31.270
    3    HG2  ARG  31           HG2      ARG  31   1.704 -26.976  32.632
    4    HD2  ARG  31           HD2      ARG  31   2.649 -27.921  29.906
    5    HE   ARG  31           HE       ARG  31   0.058 -27.238  30.587
    6   HH11  ARG  31          HH11      ARG  31   1.647 -30.175  29.508
    7   HH12  ARG  31          HH12      ARG  31   0.233 -30.791  28.719
    8   HH21  ARG  31          HH21      ARG  31  -1.785 -28.039  29.514
    9   HH22  ARG  31          HH22      ARG  31  -1.702 -29.578  28.714
   10    H    ARG  31           HN       ARG  31   4.006 -24.187  31.801
   11    HB3  ARG  31           HB1      ARG  31   4.086 -27.780  32.538
   12    HG3  ARG  31           HG1      ARG  31   2.048 -25.914  31.262
   13    HD3  ARG  31           HD1      ARG  31   2.218 -28.954  31.278

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   SER  32           HA       SER  32   7.742 -25.083  35.233
    2    HB2  SER  32           HB2      SER  32   6.375 -26.365  37.639
    3    HG   SER  32           HG       SER  32   7.102 -23.689  37.572
    4    H    SER  32           HN       SER  32   5.006 -25.729  35.618
    5    HB3  SER  32           HB1      SER  32   7.978 -25.624  37.645

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   GLU  33           HA       GLU  33   8.116 -29.938  35.802
    2    HB2  GLU  33           HB2      GLU  33   6.654 -31.631  34.733
    3    HG2  GLU  33           HG2      GLU  33   4.596 -29.460  34.266
    4    H    GLU  33           HN       GLU  33   6.014 -28.128  35.376
    5    HB3  GLU  33           HB1      GLU  33   5.800 -30.654  35.922
    6    HG3  GLU  33           HG1      GLU  33   5.678 -29.986  32.971

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLU  34           HA       GLU  34   9.229 -29.562  31.289
    2    HB2  GLU  34           HB2      GLU  34   6.866 -27.801  30.488
    3    HG2  GLU  34           HG2      GLU  34   6.175 -30.078  31.165
    4    H    GLU  34           HN       GLU  34   7.188 -28.196  32.946
    5    HB3  GLU  34           HB1      GLU  34   8.035 -28.492  29.359
    6    HG3  GLU  34           HG1      GLU  34   5.911 -29.755  29.450

  No H/Q in entry =           6
  In of MODEL   17
    1    HA3  GLY  35           HA2      GLY  35   9.622 -24.652  33.173
    2    H    GLY  35           HN       GLY  35   8.457 -26.600  32.887
    3    HA2  GLY  35           HA1      GLY  35  10.932 -25.321  32.211

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   VAL  36           HA       VAL  36   8.435 -23.035  29.029
    2    HB   VAL  36           HB       VAL  36   7.123 -24.176  27.285
    3    H    VAL  36           HN       VAL  36   7.670 -25.160  30.962

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   ILE  37           HA       ILE  37   4.319 -21.527  29.897
    2    HB   ILE  37           HB       ILE  37   5.241 -19.661  27.657
    3   HD13  ILE  37          HD11      ILE  37   6.968 -17.397  30.142
    4   HD12  ILE  37          HD12      ILE  37   5.307 -17.169  29.600
    5   HD11  ILE  37          HD13      ILE  37   6.574 -17.562  28.433
    6    H    ILE  37           HN       ILE  37   6.761 -21.701  28.289

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   VAL  38           HA       VAL  38   2.263 -23.441  26.444
    2    HB   VAL  38           HB       VAL  38   1.134 -24.404  29.108
    3    H    VAL  38           HN       VAL  38   2.535 -22.435  29.203

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   PHE  39           HA       PHE  39  -1.166 -20.610  26.250
    2    HB2  PHE  39           HB2      PHE  39   0.083 -20.884  23.477
    3    HD1  PHE  39           HD1      PHE  39  -0.371 -17.817  25.472
    4    HD2  PHE  39           HD2      PHE  39   2.440 -20.762  24.169
    5    HE1  PHE  39           HE1      PHE  39   1.479 -16.373  26.195
    6    HE2  PHE  39           HE2      PHE  39   4.289 -19.315  24.895
    7    HZ   PHE  39           HZ       PHE  39   3.807 -17.114  25.907
    8    H    PHE  39           HN       PHE  39   0.672 -22.672  25.193
    9    HB3  PHE  39           HB1      PHE  39  -1.055 -19.629  23.943

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   ILE  40           HA       ILE  40  -4.013 -23.815  24.789
    2    HB   ILE  40           HB       ILE  40  -5.446 -22.469  27.125
    3   HD13  ILE  40          HD11      ILE  40  -4.052 -24.953  29.599
    4   HD12  ILE  40          HD12      ILE  40  -5.636 -25.102  28.845
    5   HD11  ILE  40          HD13      ILE  40  -5.090 -23.538  29.452
    6    H    ILE  40           HN       ILE  40  -3.040 -21.773  26.593

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LEU  41           HA       LEU  41  -6.074 -20.767  22.291
    2    HB2  LEU  41           HB2      LEU  41  -5.800 -23.361  20.722
    3    HG   LEU  41           HG       LEU  41  -3.652 -22.232  20.913
    4   HD12  LEU  41          HD11      LEU  41  -4.814 -21.624  18.170
    5   HD11  LEU  41          HD12      LEU  41  -4.145 -23.172  18.682
    6   HD13  LEU  41          HD13      LEU  41  -3.097 -21.761  18.575
    7   HD22  LEU  41          HD21      LEU  41  -4.436 -20.036  21.601
    8   HD21  LEU  41          HD22      LEU  41  -5.071 -19.723  19.982
    9   HD23  LEU  41          HD23      LEU  41  -3.338 -19.906  20.236
   10    H    LEU  41           HN       LEU  41  -5.026 -23.383  22.963
   11    HB3  LEU  41           HB1      LEU  41  -6.546 -21.933  20.037

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ALA  42           HA       ALA  42 -10.391 -21.438  22.638
    2    HB3  ALA  42           HB1      ALA  42 -11.761 -20.412  20.844
    3    HB1  ALA  42           HB2      ALA  42 -10.327 -20.318  19.813
    4    HB2  ALA  42           HB3      ALA  42 -10.405 -19.382  21.305
    5    H    ALA  42           HN       ALA  42  -8.173 -20.635  21.057

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ASN  43           HA       ASN  43 -10.844 -24.945  19.468
    2    HB2  ASN  43           HB2      ASN  43  -9.574 -25.729  17.634
    3   HD21  ASN  43          HD21      ASN  43  -7.301 -23.118  18.160
    4   HD22  ASN  43          HD22      ASN  43  -5.888 -24.098  18.150
    5    H    ASN  43           HN       ASN  43  -8.863 -22.833  19.791
    6    HB3  ASN  43           HB1      ASN  43  -9.358 -23.987  17.562

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ASP  44           HA       ASP  44  -7.378 -25.345  23.296
    2    HB2  ASP  44           HB2      ASP  44  -9.167 -27.715  22.625
    3    H    ASP  44           HN       ASP  44  -8.470 -24.329  21.653
    4    HB3  ASP  44           HB1      ASP  44  -8.063 -27.686  24.002

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   ARG  45           HA       ARG  45  -4.188 -27.366  21.035
    2    HB2  ARG  45           HB2      ARG  45  -4.641 -26.383  18.812
    3    HG2  ARG  45           HG2      ARG  45  -1.845 -25.697  19.795
    4    HD2  ARG  45           HD2      ARG  45  -2.818 -26.043  16.946
    5    HE   ARG  45           HE       ARG  45  -0.423 -26.809  17.663
    6   HH11  ARG  45          HH11      ARG  45  -1.233 -23.661  16.300
    7   HH12  ARG  45          HH12      ARG  45   0.319 -23.471  15.557
    8   HH21  ARG  45          HH21      ARG  45   1.594 -26.508  16.705
    9   HH22  ARG  45          HH22      ARG  45   1.918 -25.068  15.796
   10    H    ARG  45           HN       ARG  45  -6.033 -25.068  21.049
   11    HB3  ARG  45           HB1      ARG  45  -4.163 -24.790  19.398
   12    HG3  ARG  45           HG1      ARG  45  -2.360 -27.223  19.078
   13    HD3  ARG  45           HD1      ARG  45  -2.272 -24.525  17.685

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   GLU  46           HA       GLU  46  -1.841 -24.945  23.911
    2    HB2  GLU  46           HB2      GLU  46  -0.936 -27.853  24.101
    3    HG2  GLU  46           HG2      GLU  46  -2.062 -27.825  26.317
    4    H    GLU  46           HN       GLU  46  -2.374 -27.304  22.242
    5    HB3  GLU  46           HB1      GLU  46  -0.353 -26.595  25.173
    6    HG3  GLU  46           HG1      GLU  46  -2.673 -26.210  25.971

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   LEU  47           HA       LEU  47   1.706 -24.366  21.174
    2    HB2  LEU  47           HB2      LEU  47   0.512 -21.710  21.950
    3    HG   LEU  47           HG       LEU  47  -0.290 -22.855  19.841
    4   HD12  LEU  47          HD11      LEU  47  -0.132 -20.879  18.382
    5   HD11  LEU  47          HD12      LEU  47   1.140 -20.216  19.410
    6   HD13  LEU  47          HD13      LEU  47  -0.490 -20.427  20.049
    7   HD23  LEU  47          HD21      LEU  47   2.553 -22.369  18.865
    8   HD22  LEU  47          HD22      LEU  47   1.206 -22.977  17.895
    9   HD21  LEU  47          HD23      LEU  47   1.842 -23.946  19.224
   10    H    LEU  47           HN       LEU  47  -0.571 -23.536  22.751
   11    HB3  LEU  47           HB1      LEU  47   2.145 -21.744  21.304

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   LYS  48           HA       LYS  48   4.220 -24.350  24.786
    2    HB2  LYS  48           HB2      LYS  48   3.644 -26.657  24.013
    3    HG2  LYS  48           HG2      LYS  48   6.571 -26.538  24.812
    4    HD2  LYS  48           HD2      LYS  48   4.432 -28.676  25.134
    5    HE2  LYS  48           HE2      LYS  48   7.279 -28.772  26.172
    6    HZ3  LYS  48           HZ1      LYS  48   6.472 -30.796  27.248
    7    HZ2  LYS  48           HZ2      LYS  48   6.413 -30.913  25.565
    8    HZ1  LYS  48           HZ3      LYS  48   4.997 -30.639  26.441
    9    H    LYS  48           HN       LYS  48   3.711 -24.666  21.883
   10    HB3  LYS  48           HB1      LYS  48   5.018 -26.621  22.913
   11    HG3  LYS  48           HG1      LYS  48   5.215 -26.419  25.942
   12    HD3  LYS  48           HD1      LYS  48   5.900 -28.793  24.159
   13    HE3  LYS  48           HE1      LYS  48   5.862 -28.491  27.188

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   PHE  49           HA       PHE  49   8.166 -22.787  23.444
    2    HB2  PHE  49           HB2      PHE  49   6.416 -20.299  23.796
    3    HD1  PHE  49           HD1      PHE  49   8.666 -20.959  20.960
    4    HD2  PHE  49           HD2      PHE  49   4.609 -21.134  22.316
    5    HE1  PHE  49           HE1      PHE  49   7.894 -21.246  18.638
    6    HE2  PHE  49           HE2      PHE  49   3.850 -21.420  19.991
    7    HZ   PHE  49           HZ       PHE  49   5.489 -21.478  18.152
    8    H    PHE  49           HN       PHE  49   5.577 -22.671  24.877
    9    HB3  PHE  49           HB1      PHE  49   8.083 -20.270  23.238

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   ARG  50           HA       ARG  50   9.561 -21.996  27.579
    2    HB2  ARG  50           HB2      ARG  50  12.068 -21.445  25.934
    3    HG2  ARG  50           HG2      ARG  50  12.903 -23.607  27.030
    4    HD2  ARG  50           HD2      ARG  50  10.693 -24.078  25.012
    5    HE   ARG  50           HE       ARG  50  12.612 -25.792  26.073
    6   HH11  ARG  50          HH11      ARG  50  11.532 -24.864  22.847
    7   HH12  ARG  50          HH12      ARG  50  12.149 -26.308  22.117
    8   HH21  ARG  50          HH21      ARG  50  13.423 -27.638  25.083
    9   HH22  ARG  50          HH22      ARG  50  13.206 -27.879  23.378
   10    H    ARG  50           HN       ARG  50   9.931 -22.064  24.710
   11    HB3  ARG  50           HB1      ARG  50  12.032 -21.543  27.684
   12    HG3  ARG  50           HG1      ARG  50  11.213 -23.971  27.371
   13    HD3  ARG  50           HD1      ARG  50  12.277 -23.419  24.580

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   PRO  51           HA       PRO  51   9.327 -17.488  28.382
    2    HB2  PRO  51           HB2      PRO  51  11.620 -18.212  30.222
    3    HG2  PRO  51           HG2      PRO  51  10.212 -19.598  31.495
    4    HD2  PRO  51           HD2      PRO  51  10.592 -20.969  29.655
    5    HB3  PRO  51           HB1      PRO  51  10.253 -17.123  30.522
    6    HG3  PRO  51           HG1      PRO  51   8.736 -18.904  30.789
    7    HD3  PRO  51           HD1      PRO  51   8.839 -20.779  29.435

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   ASP  52           HA       ASP  52  13.979 -16.631  27.203
    2    HB2  ASP  52           HB2      ASP  52  14.619 -19.513  26.461
    3    H    ASP  52           HN       ASP  52  12.570 -18.997  27.902
    4    HB3  ASP  52           HB1      ASP  52  15.731 -18.151  26.306

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   ASP  53           HA       ASP  53  12.713 -18.079  22.673
    2    HB2  ASP  53           HB2      ASP  53  10.038 -19.022  23.826
    3    H    ASP  53           HN       ASP  53  12.060 -18.874  25.282
    4    HB3  ASP  53           HB1      ASP  53  10.299 -18.751  22.105

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   LEU  54           HA       LEU  54   9.185 -14.994  23.049
    2    HB2  LEU  54           HB2      LEU  54   8.495 -15.350  25.991
    3    HG   LEU  54           HG       LEU  54   8.428 -17.599  24.936
    4   HD11  LEU  54          HD11      LEU  54   6.801 -17.086  26.672
    5   HD13  LEU  54          HD12      LEU  54   6.108 -18.171  25.472
    6   HD12  LEU  54          HD13      LEU  54   5.669 -16.460  25.468
    7   HD23  LEU  54          HD21      LEU  54   6.850 -18.076  23.082
    8   HD22  LEU  54          HD22      LEU  54   8.144 -16.988  22.592
    9   HD21  LEU  54          HD23      LEU  54   6.529 -16.349  22.913
   10    H    LEU  54           HN       LEU  54  10.449 -16.734  25.016
   11    HB3  LEU  54           HB1      LEU  54   7.457 -14.713  24.716

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   GLN  55           HA       GLN  55  11.269 -11.288  24.134
    2    HB2  GLN  55           HB2      GLN  55   9.461 -10.866  22.163
    3    HG2  GLN  55           HG2      GLN  55  11.441  -9.446  22.317
    4   HE21  GLN  55          HE21      GLN  55   9.157  -7.134  23.633
    5   HE22  GLN  55          HE22      GLN  55  10.148  -6.625  24.950
    6    H    GLN  55           HN       GLN  55   9.128 -12.808  23.115
    7    HB3  GLN  55           HB1      GLN  55   8.654  -9.943  23.414
    8    HG3  GLN  55           HG1      GLN  55   9.998  -8.502  21.973

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   ALA  56           HA       ALA  56   7.697  -9.829  27.230
    2    HB1  ALA  56           HB1      ALA  56   6.359 -12.577  27.149
    3    HB2  ALA  56           HB2      ALA  56   5.765 -11.121  26.357
    4    HB3  ALA  56           HB3      ALA  56   5.818 -11.196  28.120
    5    H    ALA  56           HN       ALA  56   7.914 -11.733  25.216

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   THR  57           HA       THR  57   9.339 -12.899  30.300
    2    HB   THR  57           HB       THR  57   8.927 -15.389  30.207
    3    HG1  THR  57           HG1      THR  57   9.462 -15.340  27.786
    4   HG21  THR  57          HG21      THR  57   6.783 -13.619  29.003
    5   HG23  THR  57          HG22      THR  57   7.115 -13.820  30.720
    6   HG22  THR  57          HG23      THR  57   6.506 -15.179  29.782
    7    H    THR  57           HN       THR  57   9.144 -13.030  27.347

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   TYR  58           HA       TYR  58  13.300 -14.485  28.182
    2    HB2  TYR  58           HB2      TYR  58  13.078 -12.828  26.294
    3    HD1  TYR  58           HD1      TYR  58  14.665 -14.958  26.110
    4    HD2  TYR  58           HD2      TYR  58  16.002 -11.084  27.320
    5    HE1  TYR  58           HE1      TYR  58  16.954 -15.544  25.464
    6    HE2  TYR  58           HE2      TYR  58  18.293 -11.677  26.659
    7    HH   TYR  58           HH       TYR  58  19.019 -14.419  24.790
    8    H    TYR  58           HN       TYR  58  11.340 -12.431  27.997
    9    HB3  TYR  58           HB1      TYR  58  13.663 -11.567  27.380

  No H/Q in entry =           9
  In of MODEL   17
    1    HA3  GLY  59           HA2      GLY  59  15.092 -14.793  32.190
    2    H    GLY  59           HN       GLY  59  13.686 -14.939  30.321
    3    HA2  GLY  59           HA1      GLY  59  15.373 -13.094  31.862

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   ALA  60           HA       ALA  60  11.528 -12.602  34.333
    2    HB2  ALA  60           HB1      ALA  60  10.041 -12.246  32.396
    3    HB3  ALA  60           HB2      ALA  60   9.140 -12.893  33.768
    4    HB1  ALA  60           HB3      ALA  60   9.575 -13.951  32.424
    5    H    ALA  60           HN       ALA  60  12.046 -14.082  31.864

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   THR  61           HA       THR  61  11.153 -16.254  36.743
    2    HB   THR  61           HB       THR  61  10.303 -15.597  39.095
    3    HG1  THR  61           HG1      THR  61  10.384 -12.987  37.955
    4   HG21  THR  61          HG21      THR  61  12.714 -15.637  38.567
    5   HG23  THR  61          HG22      THR  61  12.318 -14.306  39.653
    6   HG22  THR  61          HG23      THR  61  12.604 -13.982  37.944
    7    H    THR  61           HN       THR  61  10.402 -13.496  36.146

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   PRO  62           HA       PRO  62   7.215 -18.211  36.040
    2    HB2  PRO  62           HB2      PRO  62   7.079 -19.909  38.286
    3    HG2  PRO  62           HG2      PRO  62   9.000 -19.123  39.365
    4    HD2  PRO  62           HD2      PRO  62  10.634 -17.862  38.251
    5    HB3  PRO  62           HB1      PRO  62   7.938 -20.251  36.783
    6    HG3  PRO  62           HG1      PRO  62   9.711 -20.360  38.304
    7    HD3  PRO  62           HD1      PRO  62  10.439 -18.766  36.729

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   GLU  63           HA       GLU  63   5.041 -16.715  40.167
    2    HB2  GLU  63           HB2      GLU  63   5.747 -14.842  41.621
    3    HG2  GLU  63           HG2      GLU  63   8.246 -14.783  39.897
    4    H    GLU  63           HN       GLU  63   7.692 -16.680  39.187
    5    HB3  GLU  63           HB1      GLU  63   6.960 -16.123  41.585
    6    HG3  GLU  63           HG1      GLU  63   7.075 -13.480  40.086

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLN  64           HA       GLN  64   4.516 -12.684  37.596
    2    HB2  GLN  64           HB2      GLN  64   6.891 -13.221  35.770
    3    HG2  GLN  64           HG2      GLN  64   6.697 -11.270  38.084
    4   HE21  GLN  64          HE21      GLN  64   7.364  -9.461  36.912
    5   HE22  GLN  64          HE22      GLN  64   8.945  -9.321  36.234
    6    H    GLN  64           HN       GLN  64   6.629 -14.650  37.823
    7    HB3  GLN  64           HB1      GLN  64   5.904 -11.756  35.793
    8    HG3  GLN  64           HG1      GLN  64   7.685 -12.733  38.051

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   LEU  65           HA       LEU  65   3.530 -15.479  33.837
    2    HB2  LEU  65           HB2      LEU  65   5.214 -17.878  34.750
    3    HG   LEU  65           HG       LEU  65   6.821 -16.048  34.646
    4   HD12  LEU  65          HD11      LEU  65   6.986 -17.691  32.104
    5   HD11  LEU  65          HD12      LEU  65   7.547 -18.180  33.706
    6   HD13  LEU  65          HD13      LEU  65   8.313 -16.825  32.883
    7   HD23  LEU  65          HD21      LEU  65   7.085 -14.634  32.641
    8   HD22  LEU  65          HD22      LEU  65   5.528 -14.401  33.426
    9   HD21  LEU  65          HD23      LEU  65   5.631 -15.352  31.939
   10    H    LEU  65           HN       LEU  65   5.156 -15.778  36.324
   11    HB3  LEU  65           HB1      LEU  65   4.625 -17.518  33.127

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ARG  66           HA       ARG  66   0.732 -18.060  36.557
    2    HB2  ARG  66           HB2      ARG  66   1.159 -16.226  38.970
    3    HG2  ARG  66           HG2      ARG  66   2.241 -19.047  38.801
    4    HD2  ARG  66           HD2      ARG  66   1.633 -18.394  41.068
    5    HE   ARG  66           HE       ARG  66   2.608 -15.795  40.315
    6   HH11  ARG  66          HH11      ARG  66   2.088 -17.832  43.124
    7   HH12  ARG  66          HH12      ARG  66   1.979 -16.485  44.207
    8   HH21  ARG  66          HH21      ARG  66   2.415 -14.058  41.723
    9   HH22  ARG  66          HH22      ARG  66   2.149 -14.344  43.417
   10    H    ARG  66           HN       ARG  66   2.850 -16.040  36.965
   11    HB3  ARG  66           HB1      ARG  66   0.216 -17.718  38.916
   12    HG3  ARG  66           HG1      ARG  66   3.235 -17.598  38.609
   13    HD3  ARG  66           HD1      ARG  66   3.395 -18.342  40.915

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   GLU  67           HA       GLU  67  -1.547 -13.901  37.051
    2    HB2  GLU  67           HB2      GLU  67  -0.510 -11.610  37.759
    3    HG2  GLU  67           HG2      GLU  67   1.884 -13.410  38.236
    4    H    GLU  67           HN       GLU  67   1.232 -14.695  37.317
    5    HB3  GLU  67           HB1      GLU  67  -0.537 -12.918  38.937
    6    HG3  GLU  67           HG1      GLU  67   1.844 -11.875  37.378

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ILE  68           HA       ILE  68  -0.632 -12.524  32.899
    2    HB   ILE  68           HB       ILE  68  -1.651 -15.407  32.963
    3   HD13  ILE  68          HD11      ILE  68   0.243 -17.161  32.823
    4   HD12  ILE  68          HD12      ILE  68   1.868 -16.618  32.415
    5   HD11  ILE  68          HD13      ILE  68   0.599 -16.565  31.194
    6    H    ILE  68           HN       ILE  68  -2.127 -13.915  35.032

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLU  69           HA       GLU  69  -4.925 -12.144  31.383
    2    HB2  GLU  69           HB2      GLU  69  -4.345  -9.874  32.263
    3    HG2  GLU  69           HG2      GLU  69  -5.662  -8.404  30.841
    4    H    GLU  69           HN       GLU  69  -1.990 -11.709  31.212
    5    HB3  GLU  69           HB1      GLU  69  -3.476  -9.509  30.782
    6    HG3  GLU  69           HG1      GLU  69  -5.561  -9.549  29.504

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ILE  70           HA       ILE  70  -4.310 -12.932  27.014
    2    HB   ILE  70           HB       ILE  70  -7.287 -12.242  27.073
    3   HD12  ILE  70          HD11      ILE  70  -5.895 -16.221  27.869
    4   HD11  ILE  70          HD12      ILE  70  -4.697 -14.944  27.673
    5   HD13  ILE  70          HD13      ILE  70  -5.561 -15.571  26.265
    6    H    ILE  70           HN       ILE  70  -5.967 -12.091  29.234

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   SER  71           HA       SER  71  -3.151  -9.213  25.176
    2    HB2  SER  71           HB2      SER  71  -3.120  -9.172  22.671
    3    HG   SER  71           HG       SER  71  -4.418 -10.380  21.557
    4    H    SER  71           HN       SER  71  -4.233 -11.765  24.906
    5    HB3  SER  71           HB1      SER  71  -2.556 -10.707  23.327

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   PRO  72           HA       PRO  72  -6.622  -6.326  24.705
    2    HB2  PRO  72           HB2      PRO  72  -5.435  -4.222  23.419
    3    HG2  PRO  72           HG2      PRO  72  -3.526  -5.392  22.631
    4    HD2  PRO  72           HD2      PRO  72  -2.722  -7.299  23.732
    5    HB3  PRO  72           HB1      PRO  72  -5.079  -4.620  25.112
    6    HG3  PRO  72           HG1      PRO  72  -2.927  -4.647  24.132
    7    HD3  PRO  72           HD1      PRO  72  -3.091  -6.652  25.347

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   SER  73           HA       SER  73  -6.984  -6.996  20.025
    2    HB2  SER  73           HB2      SER  73  -5.545  -8.421  18.508
    3    HG   SER  73           HG       SER  73  -3.346  -8.645  19.832
    4    H    SER  73           HN       SER  73  -4.971  -7.733  22.024
    5    HB3  SER  73           HB1      SER  73  -4.660  -7.097  19.267

  No H/Q in entry =           5
  In of MODEL   17
    1    HA3  GLY  74           HA2      GLY  74  -7.727 -11.236  23.027
    2    H    GLY  74           HN       GLY  74  -6.406  -9.466  22.357
    3    HA2  GLY  74           HA1      GLY  74  -8.766 -10.995  21.640

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   LEU  75           HA       LEU  75  -6.122 -13.776  19.213
    2    HB2  LEU  75           HB2      LEU  75  -4.084 -11.559  18.789
    3    HG   LEU  75           HG       LEU  75  -6.360 -11.362  17.600
    4   HD11  LEU  75          HD11      LEU  75  -4.377 -10.147  16.820
    5   HD13  LEU  75          HD12      LEU  75  -5.370 -10.670  15.461
    6   HD12  LEU  75          HD13      LEU  75  -3.882 -11.538  15.854
    7   HD22  LEU  75          HD21      LEU  75  -6.723 -12.796  15.628
    8   HD21  LEU  75          HD22      LEU  75  -6.699 -13.755  17.106
    9   HD23  LEU  75          HD23      LEU  75  -5.291 -13.748  16.037
   10    H    LEU  75           HN       LEU  75  -5.978 -11.088  20.121
   11    HB3  LEU  75           HB1      LEU  75  -3.921 -13.139  18.032

  No H/Q in entry =          11
  In of MODEL   17
    1    HA3  GLY  76           HA2      GLY  76  -2.261 -14.724  21.624
    2    H    GLY  76           HN       GLY  76  -3.295 -12.125  20.710
    3    HA2  GLY  76           HA1      GLY  76  -1.363 -13.214  21.492

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   VAL  77           HA       VAL  77  -2.483 -12.887  25.753
    2    HB   VAL  77           HB       VAL  77  -0.634 -14.845  25.620
    3    H    VAL  77           HN       VAL  77  -0.582 -12.988  23.488

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   TYR  78           HA       TYR  78   0.374  -9.543  26.916
    2    HB2  TYR  78           HB2      TYR  78  -1.786  -8.418  26.224
    3    HD1  TYR  78           HD1      TYR  78  -1.940  -7.054  29.567
    4    HD2  TYR  78           HD2      TYR  78   0.337  -6.979  25.957
    5    HE1  TYR  78           HE1      TYR  78  -0.907  -4.937  30.258
    6    HE2  TYR  78           HE2      TYR  78   1.364  -4.862  26.644
    7    HH   TYR  78           HH       TYR  78   0.974  -3.559  29.834
    8    H    TYR  78           HN       TYR  78  -1.781 -11.440  27.477
    9    HB3  TYR  78           HB1      TYR  78  -2.405  -8.666  27.852

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   PHE  79           HA       PHE  79   0.757 -10.886  31.167
    2    HB2  PHE  79           HB2      PHE  79   3.624 -10.530  30.189
    3    HD1  PHE  79           HD1      PHE  79   0.784 -12.786  30.378
    4    HD2  PHE  79           HD2      PHE  79   4.842 -12.571  29.757
    5    HE1  PHE  79           HE1      PHE  79   0.764 -15.014  29.370
    6    HE2  PHE  79           HE2      PHE  79   4.813 -14.811  28.771
    7    HZ   PHE  79           HZ       PHE  79   2.774 -16.047  28.574
    8    H    PHE  79           HN       PHE  79   1.696 -10.303  28.497
    9    HB3  PHE  79           HB1      PHE  79   3.135 -11.184  31.752

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   GLU  80           HA       GLU  80   0.453  -6.488  31.709
    2    HB2  GLU  80           HB2      GLU  80  -1.780  -7.314  32.317
    3    HG2  GLU  80           HG2      GLU  80  -0.634  -5.563  34.505
    4    H    GLU  80           HN       GLU  80  -0.131  -9.236  32.048
    5    HB3  GLU  80           HB1      GLU  80  -1.161  -7.941  33.839
    6    HG3  GLU  80           HG1      GLU  80  -1.471  -5.033  33.043

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   THR  81           HA       THR  81   2.692  -7.343  36.052
    2    HB   THR  81           HB       THR  81   3.592 -10.078  35.038
    3    HG1  THR  81           HG1      THR  81   1.909 -10.931  36.024
    4   HG23  THR  81          HG21      THR  81   5.119  -9.117  36.721
    5   HG22  THR  81          HG22      THR  81   4.232 -10.482  37.402
    6   HG21  THR  81          HG23      THR  81   3.758  -8.833  37.814
    7    H    THR  81           HN       THR  81   1.414  -8.872  34.097

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   LEU  82           HA       LEU  82   6.528  -7.369  33.256
    2    HB2  LEU  82           HB2      LEU  82   5.425  -8.829  30.819
    3    HG   LEU  82           HG       LEU  82   5.024 -10.403  32.629
    4   HD12  LEU  82          HD11      LEU  82   7.577 -11.139  31.182
    5   HD11  LEU  82          HD12      LEU  82   5.930 -11.330  30.571
    6   HD13  LEU  82          HD13      LEU  82   6.456 -12.255  31.974
    7   HD22  LEU  82          HD21      LEU  82   6.414  -9.455  34.372
    8   HD21  LEU  82          HD22      LEU  82   7.883  -9.944  33.521
    9   HD23  LEU  82          HD23      LEU  82   6.769 -11.163  34.150
   10    H    LEU  82           HN       LEU  82   3.791  -8.398  32.876
   11    HB3  LEU  82           HB1      LEU  82   7.110  -8.634  31.292

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   GLU  83           HA       GLU  83   2.697  -4.765  30.727
    2    HB2  GLU  83           HB2      GLU  83   5.471  -3.516  30.931
    3    HG2  GLU  83           HG2      GLU  83   3.006  -2.937  32.590
    4    H    GLU  83           HN       GLU  83   3.552  -6.337  32.110
    5    HB3  GLU  83           HB1      GLU  83   4.020  -2.693  30.356
    6    HG3  GLU  83           HG1      GLU  83   4.451  -3.766  33.167

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   GLU  84           HA       GLU  84   4.565  -6.179  26.843
    2    HB2  GLU  84           HB2      GLU  84   6.675  -6.809  28.222
    3    HG2  GLU  84           HG2      GLU  84   7.787  -8.053  26.425
    4    H    GLU  84           HN       GLU  84   3.920  -7.140  29.564
    5    HB3  GLU  84           HB1      GLU  84   6.115  -8.466  28.148
    6    HG3  GLU  84           HG1      GLU  84   6.227  -8.421  25.694

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   ASP  85           HA       ASP  85   2.037  -9.701  25.923
    2    HB2  ASP  85           HB2      ASP  85   0.840  -9.159  23.920
    3    H    ASP  85           HN       ASP  85   4.069  -7.671  25.179
    4    HB3  ASP  85           HB1      ASP  85   1.296  -7.613  24.608

  No H/Q in entry =           4
  In of MODEL   17
    1    HA   VAL  86           HA       VAL  86   4.217 -12.227  22.856
    2    HB   VAL  86           HB       VAL  86   2.610 -14.312  24.468
    3    H    VAL  86           HN       VAL  86   1.894 -11.594  24.592

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   SER  87           HA       SER  87   0.658 -11.869  20.203
    2    HB2  SER  87           HB2      SER  87   3.084 -11.880  18.360
    3    HG   SER  87           HG       SER  87   2.269 -10.053  20.080
    4    H    SER  87           HN       SER  87   3.404 -11.864  20.881
    5    HB3  SER  87           HB1      SER  87   1.435 -11.440  17.893

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   LEU  88           HA       LEU  88   0.082 -16.173  19.525
    2    HB2  LEU  88           HB2      LEU  88  -2.271 -15.236  19.876
    3    HG   LEU  88           HG       LEU  88  -2.026 -17.542  17.920
    4   HD12  LEU  88          HD11      LEU  88  -2.245 -17.521  20.950
    5   HD11  LEU  88          HD12      LEU  88  -0.777 -17.856  20.021
    6   HD13  LEU  88          HD13      LEU  88  -2.149 -18.949  19.916
    7   HD21  LEU  88          HD21      LEU  88  -4.311 -16.603  17.882
    8   HD23  LEU  88          HD22      LEU  88  -4.412 -16.758  19.636
    9   HD22  LEU  88          HD23      LEU  88  -4.289 -18.201  18.628
   10    H    LEU  88           HN       LEU  88  -0.669 -13.449  19.496
   11    HB3  LEU  88           HB1      LEU  88  -2.390 -15.060  18.138

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ILE  89           HA       ILE  89  -0.471 -15.736  14.708
    2    HB   ILE  89           HB       ILE  89  -0.025 -12.710  14.722
    3   HD12  ILE  89          HD11      ILE  89  -2.643 -15.451  15.019
    4   HD11  ILE  89          HD12      ILE  89  -2.893 -14.872  13.368
    5   HD13  ILE  89          HD13      ILE  89  -3.986 -14.367  14.653
    6    H    ILE  89           HN       ILE  89  -0.790 -14.013  16.887

  No H/Q in entry =           6
  In of MODEL   17
    1    HA3  GLY  90           HA2      GLY  90   4.112 -13.973  14.970
    2    H    GLY  90           HN       GLY  90   1.764 -13.639  16.412
    3    HA2  GLY  90           HA1      GLY  90   4.013 -13.718  16.709

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   LEU  91           HA       LEU  91   4.950 -17.848  17.798
    2    HB2  LEU  91           HB2      LEU  91   2.027 -18.150  18.583
    3    HG   LEU  91           HG       LEU  91   3.098 -16.406  19.942
    4   HD11  LEU  91          HD11      LEU  91   2.708 -18.991  21.484
    5   HD13  LEU  91          HD12      LEU  91   1.457 -17.827  21.035
    6   HD12  LEU  91          HD13      LEU  91   2.714 -17.368  22.181
    7   HD23  LEU  91          HD21      LEU  91   5.049 -16.917  21.384
    8   HD22  LEU  91          HD22      LEU  91   5.442 -16.983  19.669
    9   HD21  LEU  91          HD23      LEU  91   5.226 -18.479  20.584
   10    H    LEU  91           HN       LEU  91   2.872 -15.959  17.700
   11    HB3  LEU  91           HB1      LEU  91   3.287 -19.302  19.015

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   LEU  92           HA       LEU  92   2.175 -20.355  14.728
    2    HB2  LEU  92           HB2      LEU  92   0.684 -17.868  13.796
    3    HG   LEU  92           HG       LEU  92   0.028 -18.697  16.119
    4   HD12  LEU  92          HD11      LEU  92  -2.114 -18.867  13.988
    5   HD11  LEU  92          HD12      LEU  92  -1.535 -17.401  14.781
    6   HD13  LEU  92          HD13      LEU  92  -2.386 -18.626  15.717
    7   HD21  LEU  92          HD21      LEU  92   0.411 -21.101  15.776
    8   HD23  LEU  92          HD22      LEU  92  -0.924 -21.165  14.622
    9   HD22  LEU  92          HD23      LEU  92  -1.238 -20.788  16.318
   10    H    LEU  92           HN       LEU  92   2.062 -17.702  15.825
   11    HB3  LEU  92           HB1      LEU  92   0.393 -19.502  13.201

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   GLU  93           HA       GLU  93   4.527 -18.020  11.250
    2    HB2  GLU  93           HB2      GLU  93   5.038 -15.545  12.977
    3    HG2  GLU  93           HG2      GLU  93   3.438 -15.723  10.410
    4    H    GLU  93           HN       GLU  93   3.450 -17.202  13.826
    5    HB3  GLU  93           HB1      GLU  93   5.677 -15.764  11.351
    6    HG3  GLU  93           HG1      GLU  93   2.720 -15.657  12.016

  No H/Q in entry =           6
  In of MODEL   17
    1    HA3  GLY  94           HA2      GLY  94   7.467 -19.271  15.391
    2    H    GLY  94           HN       GLY  94   5.508 -18.222  14.556
    3    HA2  GLY  94           HA1      GLY  94   8.310 -18.919  13.892

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   ARG  95           HA       ARG  95   8.995 -14.611  15.326
    2    HB2  ARG  95           HB2      ARG  95   7.274 -13.784  13.739
    3    HG2  ARG  95           HG2      ARG  95   7.587 -12.214  16.295
    4    HD2  ARG  95           HD2      ARG  95   5.404 -11.490  15.614
    5    HE   ARG  95           HE       ARG  95   5.169 -12.237  13.367
    6   HH11  ARG  95          HH11      ARG  95   7.085  -9.301  13.566
    7   HH12  ARG  95          HH12      ARG  95   6.723  -8.821  11.940
    8   HH21  ARG  95          HH21      ARG  95   4.688 -11.606  11.279
    9   HH22  ARG  95          HH22      ARG  95   5.355 -10.134  10.640
   10    H    ARG  95           HN       ARG  95   6.810 -16.155  14.389
   11    HB3  ARG  95           HB1      ARG  95   6.054 -13.914  14.992
   12    HG3  ARG  95           HG1      ARG  95   8.273 -11.899  14.698
   13    HD3  ARG  95           HD1      ARG  95   6.558 -10.262  15.080

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   ARG  96           HA       ARG  96   7.797 -15.309  19.619
    2    HB2  ARG  96           HB2      ARG  96  10.817 -15.385  19.322
    3    HG2  ARG  96           HG2      ARG  96   9.002 -17.679  20.101
    4    HD2  ARG  96           HD2      ARG  96  11.677 -17.763  18.690
    5    HE   ARG  96           HE       ARG  96  10.374 -19.847  20.343
    6   HH11  ARG  96          HH11      ARG  96  11.827 -18.948  17.252
    7   HH12  ARG  96          HH12      ARG  96  11.940 -20.593  16.711
    8   HH21  ARG  96          HH21      ARG  96  10.550 -21.952  19.634
    9   HH22  ARG  96          HH22      ARG  96  11.209 -22.287  18.068
   10    H    ARG  96           HN       ARG  96   9.644 -14.895  17.388
   11    HB3  ARG  96           HB1      ARG  96   9.997 -15.664  20.859
   12    HG3  ARG  96           HG1      ARG  96   9.349 -17.323  18.407
   13    HD3  ARG  96           HD1      ARG  96  11.538 -17.760  20.451

  No H/Q in entry =          13
  In of MODEL   17
    1    HA3  GLY  97           HA2      GLY  97   8.482 -10.791  20.050
    2    H    GLY  97           HN       GLY  97   9.590 -12.738  18.215
    3    HA2  GLY  97           HA1      GLY  97  10.240 -10.944  20.153

  No H/Q in entry =           3
  In of MODEL   17
    1    HA   SER  98           HA       SER  98   9.839  -8.106  16.649
    2    HB2  SER  98           HB2      SER  98  10.744  -6.400  18.194
    3    HG   SER  98           HG       SER  98  11.258  -5.550  16.345
    4    H    SER  98           HN       SER  98  10.633  -8.853  19.290
    5    HB3  SER  98           HB1      SER  98  12.292  -7.232  18.253

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   ALA  99           HA       ALA  99  12.340 -10.923  14.275
    2    HB2  ALA  99           HB1      ALA  99  12.607 -10.146  11.948
    3    HB3  ALA  99           HB2      ALA  99  12.052  -8.538  12.417
    4    HB1  ALA  99           HB3      ALA  99  10.950  -9.911  12.511
    5    H    ALA  99           HN       ALA  99  10.786  -8.614  14.668

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   LYS 100           HA       LYS 100  16.021  -7.614  14.190
    2    HB2  LYS 100           HB2      LYS 100  14.628  -5.556  14.331
    3    HG2  LYS 100           HG2      LYS 100  16.719  -5.579  16.528
    4    HD2  LYS 100           HD2      LYS 100  16.846  -3.135  16.171
    5    HE2  LYS 100           HE2      LYS 100  14.024  -4.048  16.848
    6    HZ2  LYS 100           HZ1      LYS 100  13.813  -1.984  17.995
    7    HZ1  LYS 100           HZ2      LYS 100  14.176  -1.665  16.374
    8    HZ3  LYS 100           HZ3      LYS 100  15.375  -1.512  17.555
    9    H    LYS 100           HN       LYS 100  13.251  -7.544  14.499
   10    HB3  LYS 100           HB1      LYS 100  14.301  -5.892  16.026
   11    HG3  LYS 100           HG1      LYS 100  17.005  -5.195  14.830
   12    HD3  LYS 100           HD1      LYS 100  15.517  -3.227  15.013
   13    HE3  LYS 100           HE1      LYS 100  15.363  -3.858  17.986

  No H/Q in entry =          13
  In of MODEL   17
    1    HA   TRP 101           HA       TRP 101  16.070  -8.232  19.101
    2    HB2  TRP 101           HB2      TRP 101  13.724  -7.692  19.660
    3    HD1  TRP 101           HD1      TRP 101  14.925  -7.588  22.073
    4    HE1  TRP 101           HE1      TRP 101  14.872  -9.210  24.064
    5    HE3  TRP 101           HE3      TRP 101  13.115 -11.749  19.706
    6    HZ2  TRP 101           HZ2      TRP 101  14.190 -11.893  24.566
    7    HZ3  TRP 101           HZ3      TRP 101  12.791 -13.811  21.011
    8    HH2  TRP 101           HH2      TRP 101  13.320 -13.881  23.402
    9    H    TRP 101           HN       TRP 101  14.095  -7.794  17.197
   10    HB3  TRP 101           HB1      TRP 101  13.189  -9.258  19.081

  No H/Q in entry =          10
  In of MODEL   17
    1    HA   MET 102           HA       MET 102  15.421 -12.946  18.432
    2    HB2  MET 102           HB2      MET 102  14.062 -12.693  15.722
    3    HG2  MET 102           HG2      MET 102  12.986 -13.613  18.398
    4    HE1  MET 102           HE1      MET 102  11.188 -12.342  15.101
    5    HE3  MET 102           HE2      MET 102  10.684 -13.872  14.385
    6    HE2  MET 102           HE3      MET 102  12.395 -13.456  14.454
    7    H    MET 102           HN       MET 102  14.380 -10.638  17.080
    8    HB3  MET 102           HB1      MET 102  14.477 -14.229  16.476
    9    HG3  MET 102           HG1      MET 102  12.490 -12.180  17.500

  No H/Q in entry =           9
  In of MODEL   17
    1    HA   ALA 103           HA       ALA 103  18.619 -12.763  14.900
    2    HB2  ALA 103           HB1      ALA 103  19.392 -10.853  13.537
    3    HB1  ALA 103           HB2      ALA 103  18.273  -9.781  14.389
    4    HB3  ALA 103           HB3      ALA 103  17.650 -11.083  13.374
    5    H    ALA 103           HN       ALA 103  16.572 -10.918  15.821

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   GLU 104           HA       GLU 104  21.154  -9.901  17.803
    2    HB2  GLU 104           HB2      GLU 104  18.807  -8.644  19.300
    3    HG2  GLU 104           HG2      GLU 104  20.354  -7.516  16.957
    4    H    GLU 104           HN       GLU 104  18.303 -10.152  17.226
    5    HB3  GLU 104           HB1      GLU 104  20.504  -8.159  19.379
    6    HG3  GLU 104           HG1      GLU 104  18.646  -7.887  17.004

  No H/Q in entry =           6
  In of MODEL   17
    1    HA   HIS 105           HA       HIS 105  20.077 -12.783  21.194
    2    HB2  HIS 105           HB2      HIS 105  17.036 -12.388  21.177
    3    HD1  HIS 105           HD1      HIS 105  19.123 -11.781  24.183
    4    HD2  HIS 105           HD2      HIS 105  17.426  -9.548  21.116
    5    HE1  HIS 105           HE1      HIS 105  19.336  -9.381  24.882
    6    HE2  HIS 105           HE2      HIS 105  18.395  -8.048  22.976
    7    H    HIS 105           HN       HIS 105  18.479 -11.719  18.943
    8    HB3  HIS 105           HB1      HIS 105  17.946 -13.216  22.443

  No H/Q in entry =           8
  In of MODEL   17
    1    HA   PRO 106           HA       PRO 106  19.266 -16.086  18.026
    2    HB2  PRO 106           HB2      PRO 106  21.944 -16.994  19.030
    3    HG2  PRO 106           HG2      PRO 106  23.110 -15.065  18.401
    4    HD2  PRO 106           HD2      PRO 106  21.944 -14.318  20.300
    5    HB3  PRO 106           HB1      PRO 106  21.351 -16.824  17.372
    6    HG3  PRO 106           HG1      PRO 106  21.823 -14.535  17.296
    7    HD3  PRO 106           HD1      PRO 106  21.384 -13.135  19.108

  No H/Q in entry =           7
  In of MODEL   17
    1    HA   LEU 107           HA       LEU 107  18.003 -18.519  21.501
    2    HB2  LEU 107           HB2      LEU 107  15.898 -17.771  20.361
    3    HG   LEU 107           HG       LEU 107  15.919 -20.671  21.281
    4   HD12  LEU 107          HD11      LEU 107  14.900 -18.159  22.640
    5   HD11  LEU 107          HD12      LEU 107  16.376 -19.040  23.043
    6   HD13  LEU 107          HD13      LEU 107  14.806 -19.799  23.285
    7   HD21  LEU 107          HD21      LEU 107  14.095 -20.457  19.690
    8   HD23  LEU 107          HD22      LEU 107  13.489 -19.033  20.538
    9   HD22  LEU 107          HD23      LEU 107  13.468 -20.608  21.332
   10    H    LEU 107           HN       LEU 107  18.048 -17.693  18.681
   11    HB3  LEU 107           HB1      LEU 107  16.061 -19.104  19.231

  No H/Q in entry =          11
  In of MODEL   17
    1    HA   ALA 108           HA       ALA 108  19.492 -22.659  20.555
    2    HB1  ALA 108           HB1      ALA 108  18.935 -24.254  22.357
    3    HB2  ALA 108           HB2      ALA 108  17.819 -23.082  23.066
    4    HB3  ALA 108           HB3      ALA 108  19.551 -22.742  23.027
    5    H    ALA 108           HN       ALA 108  18.153 -20.721  22.157

  No H/Q in entry =           5
  In of MODEL   17
    1    HA   SER 109           HA       SER 109  15.815 -24.168  18.502
    2    HB2  SER 109           HB2      SER 109  15.299 -21.775  18.256
    3    HG   SER 109           HG       SER 109  14.768 -21.844  15.848
    4    H    SER 109           HN       SER 109  18.431 -22.832  18.626
    5    HB3  SER 109           HB1      SER 109  16.551 -21.589  17.031

  No H/Q in entry =           5
  In of MODEL   18
    1    H1   MET   1           HT1      MET   1  -4.442  -5.624  -3.127
    2    H2   MET   1           HT3      MET   1  -4.510  -5.321  -4.787
    3    H3   MET   1           HT2      MET   1  -3.295  -4.617  -3.851
    4    HB3  MET   1           HB1      MET   1  -6.829  -4.357  -4.848
    5    HG3  MET   1           HG1      MET   1  -7.045  -5.046  -1.916
    6    HA   MET   1           HA       MET   1  -4.897  -2.982  -4.352
    7    HB2  MET   1           HB2      MET   1  -7.281  -3.263  -3.549
    8    HG2  MET   1           HG2      MET   1  -6.478  -6.151  -3.168
    9    HE1  MET   1           HE1      MET   1  -8.842  -6.831  -1.145
   10    HE3  MET   1           HE2      MET   1  -8.291  -7.947  -2.398
   11    HE2  MET   1           HE3      MET   1 -10.007  -7.577  -2.239

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   GLU   2           HA       GLU   2  -4.092  -1.785  -0.136
    2    HB2  GLU   2           HB2      GLU   2  -1.264  -2.577  -0.964
    3    HG2  GLU   2           HG2      GLU   2  -3.200  -4.086   0.810
    4    H    GLU   2           HN       GLU   2  -3.212  -2.226  -2.933
    5    HB3  GLU   2           HB1      GLU   2  -1.741  -2.089   0.660
    6    HG3  GLU   2           HG1      GLU   2  -2.687  -4.567  -0.807

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   VAL   3           HA       VAL   3  -1.820   2.006  -0.858
    2    HB   VAL   3           HB       VAL   3  -3.085   3.982  -0.228
    3    H    VAL   3           HN       VAL   3  -3.725   0.257   0.590

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   SER   4           HA       SER   4   0.374   2.132   2.886
    2    HB2  SER   4           HB2      SER   4   1.983   4.099   2.930
    3    HG   SER   4           HG       SER   4   1.325   4.920   0.430
    4    H    SER   4           HN       SER   4  -0.642   3.478   0.549
    5    HB3  SER   4           HB1      SER   4   1.961   3.195   1.415

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ALA   5           HA       ALA   5  -1.925   5.872   4.878
    2    HB1  ALA   5           HB1      ALA   5  -4.101   6.782   4.217
    3    HB2  ALA   5           HB2      ALA   5  -4.208   5.627   2.885
    4    HB3  ALA   5           HB3      ALA   5  -2.960   6.875   2.874
    5    H    ALA   5           HN       ALA   5  -1.992   4.541   2.351

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ASN   6           HA       ASN   6  -3.697   2.497   7.123
    2    HB2  ASN   6           HB2      ASN   6  -3.115   4.713   9.134
    3   HD21  ASN   6          HD21      ASN   6  -1.043   4.753   9.974
    4   HD22  ASN   6          HD22      ASN   6   0.255   3.804   9.342
    5    H    ASN   6           HN       ASN   6  -2.656   5.163   6.771
    6    HB3  ASN   6           HB1      ASN   6  -3.495   3.044   9.557

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLU   7           HA       GLU   7  -7.532   5.316   8.021
    2    HB2  GLU   7           HB2      GLU   7  -8.666   6.516   6.030
    3    HG2  GLU   7           HG2      GLU   7  -7.075   7.431   4.323
    4    H    GLU   7           HN       GLU   7  -5.343   5.152   6.215
    5    HB3  GLU   7           HB1      GLU   7  -7.209   7.226   6.702
    6    HG3  GLU   7           HG1      GLU   7  -5.895   6.223   4.819

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LEU   8           HA       LEU   8  -9.439   2.039   5.064
    2    HB2  LEU   8           HB2      LEU   8  -8.035  -0.091   4.311
    3    HG   LEU   8           HG       LEU   8  -5.896   2.049   3.982
    4   HD11  LEU   8          HD11      LEU   8  -5.765   1.165   6.242
    5   HD13  LEU   8          HD12      LEU   8  -4.392   0.624   5.279
    6   HD12  LEU   8          HD13      LEU   8  -5.724  -0.485   5.620
    7   HD23  LEU   8          HD21      LEU   8  -5.953  -0.822   3.008
    8   HD22  LEU   8          HD22      LEU   8  -4.613   0.315   2.813
    9   HD21  LEU   8          HD23      LEU   8  -6.151   0.621   2.011
   10    H    LEU   8           HN       LEU   8  -6.857   3.148   5.370
   11    HB3  LEU   8           HB1      LEU   8  -8.151   1.338   3.316

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   GLU   9           HA       GLU   9  -6.922   0.609   9.484
    2    HB2  GLU   9           HB2      GLU   9  -8.887   0.202  10.904
    3    HG2  GLU   9           HG2      GLU   9 -10.689   1.082   8.641
    4    H    GLU   9           HN       GLU   9  -7.263   1.835   7.636
    5    HB3  GLU   9           HB1      GLU   9  -8.965   1.785  10.151
    6    HG3  GLU   9           HG1      GLU   9 -10.474  -0.614   9.073

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ALA  10           HA       ALA  10  -7.748  -3.487   7.242
    2    HB2  ALA  10           HB1      ALA  10  -5.122  -2.581   6.030
    3    HB1  ALA  10           HB2      ALA  10  -6.700  -2.553   5.239
    4    HB3  ALA  10           HB3      ALA  10  -5.962  -4.097   5.673
    5    H    ALA  10           HN       ALA  10  -6.645  -0.893   7.146

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ALA  11           HA       ALA  11  -3.870  -4.183  10.197
    2    HB3  ALA  11           HB1      ALA  11  -3.446  -2.729  12.139
    3    HB1  ALA  11           HB2      ALA  11  -4.696  -1.609  11.579
    4    HB2  ALA  11           HB3      ALA  11  -3.235  -1.849  10.620
    5    H    ALA  11           HN       ALA  11  -5.205  -1.997   9.090

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   SER  12           HA       SER  12  -7.515  -4.300  13.450
    2    HB2  SER  12           HB2      SER  12  -8.584  -2.091  13.161
    3    HG   SER  12           HG       SER  12 -10.427  -4.262  13.010
    4    H    SER  12           HN       SER  12  -6.848  -2.560  11.345
    5    HB3  SER  12           HB1      SER  12  -9.368  -2.642  11.678

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   SER  13           HA       SER  13 -10.302  -6.453  10.023
    2    HB2  SER  13           HB2      SER  13 -10.073  -4.923   8.120
    3    HG   SER  13           HG       SER  13 -10.713  -7.185   7.773
    4    H    SER  13           HN       SER  13  -8.585  -4.280  10.056
    5    HB3  SER  13           HB1      SER  13  -8.433  -5.495   7.813

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ARG  14           HA       ARG  14  -6.316  -9.108   9.043
    2    HB2  ARG  14           HB2      ARG  14  -4.574  -7.027  10.417
    3    HG2  ARG  14           HG2      ARG  14  -4.802  -6.793   7.964
    4    HD2  ARG  14           HD2      ARG  14  -3.585  -9.571   7.873
    5    HE   ARG  14           HE       ARG  14  -3.252  -7.586   5.992
    6   HH11  ARG  14          HH11      ARG  14  -4.743 -10.757   5.977
    7   HH12  ARG  14          HH12      ARG  14  -4.329 -11.084   4.328
    8   HH21  ARG  14          HH21      ARG  14  -2.703  -8.020   3.839
    9   HH22  ARG  14          HH22      ARG  14  -3.156  -9.536   3.122
   10    H    ARG  14           HN       ARG  14  -6.767  -6.410   9.605
   11    HB3  ARG  14           HB1      ARG  14  -4.012  -8.681  10.204
   12    HG3  ARG  14           HG1      ARG  14  -3.154  -7.200   8.447
   13    HD3  ARG  14           HD1      ARG  14  -5.221  -9.142   7.351

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   MET  15           HA       MET  15  -5.478  -9.664  13.764
    2    HB2  MET  15           HB2      MET  15  -7.210  -7.392  14.824
    3    HG2  MET  15           HG2      MET  15  -5.483  -6.209  13.673
    4    HE3  MET  15           HE1      MET  15  -2.877  -7.134  16.388
    5    HE2  MET  15           HE2      MET  15  -1.968  -8.450  15.640
    6    HE1  MET  15           HE3      MET  15  -3.622  -8.722  16.178
    7    H    MET  15           HN       MET  15  -6.204  -7.451  12.212
    8    HB3  MET  15           HB1      MET  15  -6.041  -8.366  15.712
    9    HG3  MET  15           HG1      MET  15  -5.089  -6.199  15.388

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   GLU  16           HA       GLU  16 -10.330 -10.098  14.528
    2    HB2  GLU  16           HB2      GLU  16 -10.946  -8.694  11.889
    3    HG2  GLU  16           HG2      GLU  16 -11.599  -7.780  14.704
    4    H    GLU  16           HN       GLU  16  -8.703  -8.371  13.015
    5    HB3  GLU  16           HB1      GLU  16 -12.155  -9.393  12.966
    6    HG3  GLU  16           HG1      GLU  16 -10.285  -7.128  13.727

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   MET  17           HA       MET  17 -10.648 -12.765  10.561
    2    HB2  MET  17           HB2      MET  17  -8.372 -11.415   9.052
    3    HG2  MET  17           HG2      MET  17 -10.359 -10.040   8.975
    4    HE3  MET  17           HE1      MET  17 -14.078 -10.600   7.829
    5    HE2  MET  17           HE2      MET  17 -12.711 -10.184   6.795
    6    HE1  MET  17           HE3      MET  17 -12.890  -9.414   8.374
    7    H    MET  17           HN       MET  17  -9.253 -10.330  11.128
    8    HB3  MET  17           HB1      MET  17  -9.268 -12.814   8.460
    9    HG3  MET  17           HG1      MET  17 -10.144 -10.831   7.412

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   LEU  18           HA       LEU  18  -6.305 -14.641  11.492
    2    HB2  LEU  18           HB2      LEU  18  -5.617 -12.368  13.398
    3    HG   LEU  18           HG       LEU  18  -5.175 -11.751  11.028
    4   HD13  LEU  18          HD11      LEU  18  -2.844 -11.087  11.251
    5   HD12  LEU  18          HD12      LEU  18  -2.616 -12.235  12.572
    6   HD11  LEU  18          HD13      LEU  18  -3.705 -10.860  12.774
    7   HD22  LEU  18          HD21      LEU  18  -3.511 -12.946   9.687
    8   HD21  LEU  18          HD22      LEU  18  -4.888 -13.978  10.073
    9   HD23  LEU  18          HD23      LEU  18  -3.365 -14.177  10.945
   10    H    LEU  18           HN       LEU  18  -7.470 -12.045  11.855
   11    HB3  LEU  18           HB1      LEU  18  -4.637 -13.811  13.204

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   GLN  19           HA       GLN  19  -8.004 -15.004  16.070
    2    HB2  GLN  19           HB2      GLN  19 -10.180 -12.967  15.437
    3    HG2  GLN  19           HG2      GLN  19  -8.077 -12.906  17.623
    4   HE21  GLN  19          HE21      GLN  19  -7.991  -9.975  16.989
    5   HE22  GLN  19          HE22      GLN  19  -9.341  -9.318  17.842
    6    H    GLN  19           HN       GLN  19  -8.232 -13.076  13.999
    7    HB3  GLN  19           HB1      GLN  19 -10.166 -13.935  16.908
    8    HG3  GLN  19           HG1      GLN  19  -7.961 -12.018  16.107

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   ARG  20           HA       ARG  20 -11.962 -16.850  14.354
    2    HB2  ARG  20           HB2      ARG  20 -13.550 -16.203  12.620
    3    HG2  ARG  20           HG2      ARG  20 -11.452 -14.208  11.703
    4    HD2  ARG  20           HD2      ARG  20 -13.561 -13.017  11.801
    5    HE   ARG  20           HE       ARG  20 -14.805 -15.268  10.302
    6   HH11  ARG  20          HH11      ARG  20 -15.092 -12.665  12.639
    7   HH12  ARG  20          HH12      ARG  20 -16.793 -12.907  12.876
    8   HH21  ARG  20          HH21      ARG  20 -17.041 -15.581  10.637
    9   HH22  ARG  20          HH22      ARG  20 -17.890 -14.561  11.754
   10    H    ARG  20           HN       ARG  20 -10.374 -14.585  13.444
   11    HB3  ARG  20           HB1      ARG  20 -13.058 -14.803  13.568
   12    HG3  ARG  20           HG1      ARG  20 -12.175 -15.508  10.749
   13    HD3  ARG  20           HD1      ARG  20 -13.190 -13.396  10.119

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   GLU  21           HA       GLU  21 -10.218 -18.656  10.313
    2    HB2  GLU  21           HB2      GLU  21  -9.144 -16.622   9.283
    3    HG2  GLU  21           HG2      GLU  21  -7.480 -17.716   7.867
    4    H    GLU  21           HN       GLU  21  -9.536 -16.291  11.859
    5    HB3  GLU  21           HB1      GLU  21  -7.677 -16.964  10.190
    6    HG3  GLU  21           HG1      GLU  21  -7.394 -19.077   8.984

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   TYR  22           HA       TYR  22  -6.472 -20.413  12.511
    2    HB2  TYR  22           HB2      TYR  22  -5.350 -17.843  13.724
    3    HD1  TYR  22           HD1      TYR  22  -5.352 -16.436  11.744
    4    HD2  TYR  22           HD2      TYR  22  -3.775 -20.397  11.511
    5    HE1  TYR  22           HE1      TYR  22  -4.441 -15.948   9.519
    6    HE2  TYR  22           HE2      TYR  22  -2.858 -19.902   9.290
    7    HH   TYR  22           HH       TYR  22  -3.334 -18.329   7.413
    8    H    TYR  22           HN       TYR  22  -7.495 -17.675  12.418
    9    HB3  TYR  22           HB1      TYR  22  -4.537 -19.408  13.705

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   SER  23           HA       SER  23  -8.675 -19.304  16.745
    2    HB2  SER  23           HB2      SER  23  -6.851 -21.090  16.785
    3    HG   SER  23           HG       SER  23  -7.201 -19.941  19.334
    4    H    SER  23           HN       SER  23  -6.820 -17.977  15.131
    5    HB3  SER  23           HB1      SER  23  -5.811 -19.930  17.606

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   THR  24           HA       THR  24  -7.204 -15.982  19.470
    2    HB   THR  24           HB       THR  24  -8.952 -15.509  21.239
    3    HG1  THR  24           HG1      THR  24 -11.014 -16.649  20.902
    4   HG22  THR  24          HG21      THR  24 -10.081 -15.653  18.423
    5   HG21  THR  24          HG22      THR  24  -9.104 -14.336  19.077
    6   HG23  THR  24          HG23      THR  24 -10.708 -14.656  19.742
    7    H    THR  24           HN       THR  24  -8.938 -18.284  18.780

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   LEU  25           HA       LEU  25  -5.942 -18.620  22.839
    2    HB2  LEU  25           HB2      LEU  25  -4.233 -16.636  22.716
    3    HG   LEU  25           HG       LEU  25  -4.517 -18.204  25.318
    4   HD12  LEU  25          HD11      LEU  25  -2.917 -18.836  22.819
    5   HD11  LEU  25          HD12      LEU  25  -4.417 -19.630  23.310
    6   HD13  LEU  25          HD13      LEU  25  -2.974 -19.788  24.302
    7   HD21  LEU  25          HD21      LEU  25  -3.014 -16.280  25.608
    8   HD23  LEU  25          HD22      LEU  25  -2.086 -16.777  24.189
    9   HD22  LEU  25          HD23      LEU  25  -2.116 -17.800  25.628
   10    H    LEU  25           HN       LEU  25  -6.532 -15.918  21.827
   11    HB3  LEU  25           HB1      LEU  25  -5.044 -16.040  24.161

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ARG  26           HA       ARG  26  -9.423 -17.960  25.505
    2    HB2  ARG  26           HB2      ARG  26 -10.366 -20.141  26.198
    3    HG2  ARG  26           HG2      ARG  26  -8.125 -21.485  24.658
    4    HD2  ARG  26           HD2      ARG  26 -10.423 -22.640  24.861
    5    HE   ARG  26           HE       ARG  26 -10.421 -22.094  27.431
    6   HH11  ARG  26          HH11      ARG  26  -9.776 -25.219  25.952
    7   HH12  ARG  26          HH12      ARG  26 -10.320 -26.109  27.333
    8   HH21  ARG  26          HH21      ARG  26 -11.126 -23.277  29.221
    9   HH22  ARG  26          HH22      ARG  26 -11.104 -25.011  29.173
   10    H    ARG  26           HN       ARG  26  -7.347 -19.531  24.200
   11    HB3  ARG  26           HB1      ARG  26 -10.060 -20.078  24.464
   12    HG3  ARG  26           HG1      ARG  26  -8.142 -21.388  26.415
   13    HD3  ARG  26           HD1      ARG  26  -8.989 -23.555  25.343

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   SER  27           HA       SER  27  -6.560 -18.826  29.157
    2    HB2  SER  27           HB2      SER  27  -6.909 -21.813  28.581
    3    HG   SER  27           HG       SER  27  -8.661 -19.811  29.437
    4    H    SER  27           HN       SER  27  -6.543 -19.813  26.429
    5    HB3  SER  27           HB1      SER  27  -6.613 -21.118  30.177

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   VAL  28           HA       VAL  28  -2.441 -20.769  28.751
    2    HB   VAL  28           HB       VAL  28  -2.028 -18.308  30.546
    3    H    VAL  28           HN       VAL  28  -4.617 -19.590  30.354

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   GLN  29           HA       GLN  29  -1.211 -22.094  32.885
    2    HB2  GLN  29           HB2      GLN  29  -1.258 -24.609  32.865
    3    HG2  GLN  29           HG2      GLN  29  -1.966 -24.303  29.934
    4   HE21  GLN  29          HE21      GLN  29  -1.130 -26.999  29.402
    5   HE22  GLN  29          HE22      GLN  29  -2.352 -28.049  30.020
    6    H    GLN  29           HN       GLN  29  -1.064 -22.039  29.967
    7    HB3  GLN  29           HB1      GLN  29  -2.739 -23.877  32.249
    8    HG3  GLN  29           HG1      GLN  29  -0.517 -25.076  30.562

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   TYR  30           HA       TYR  30   3.128 -22.164  31.791
    2    HB2  TYR  30           HB2      TYR  30   3.128 -20.036  33.024
    3    HD1  TYR  30           HD1      TYR  30   4.822 -21.298  35.892
    4    HD2  TYR  30           HD2      TYR  30   5.298 -20.828  31.677
    5    HE1  TYR  30           HE1      TYR  30   7.262 -21.523  36.133
    6    HE2  TYR  30           HE2      TYR  30   7.727 -21.043  31.921
    7    HH   TYR  30           HH       TYR  30   9.444 -20.704  33.691
    8    H    TYR  30           HN       TYR  30   0.794 -21.482  33.345
    9    HB3  TYR  30           HB1      TYR  30   2.879 -20.872  34.552

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   ARG  31           HA       ARG  31   3.633 -25.973  34.140
    2    HB2  ARG  31           HB2      ARG  31   5.012 -26.458  31.459
    3    HG2  ARG  31           HG2      ARG  31   2.321 -27.474  32.441
    4    HD2  ARG  31           HD2      ARG  31   3.895 -28.165  29.939
    5    HE   ARG  31           HE       ARG  31   1.304 -28.104  29.782
    6   HH11  ARG  31          HH11      ARG  31   3.117 -30.948  30.751
    7   HH12  ARG  31          HH12      ARG  31   2.046 -32.042  29.936
    8   HH21  ARG  31          HH21      ARG  31  -0.082 -29.551  28.708
    9   HH22  ARG  31          HH22      ARG  31   0.238 -31.257  28.786
   10    H    ARG  31           HN       ARG  31   3.784 -24.266  31.787
   11    HB3  ARG  31           HB1      ARG  31   4.804 -27.651  32.738
   12    HG3  ARG  31           HG1      ARG  31   2.595 -26.379  31.079
   13    HD3  ARG  31           HD1      ARG  31   3.562 -29.256  31.288

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   SER  32           HA       SER  32   7.650 -24.277  35.352
    2    HB2  SER  32           HB2      SER  32   7.659 -24.563  37.956
    3    HG   SER  32           HG       SER  32   5.837 -25.989  38.028
    4    H    SER  32           HN       SER  32   4.927 -25.083  35.719
    5    HB3  SER  32           HB1      SER  32   6.583 -23.354  37.257

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   GLU  33           HA       GLU  33   8.134 -28.967  36.612
    2    HB2  GLU  33           HB2      GLU  33   5.800 -29.621  34.749
    3    HG2  GLU  33           HG2      GLU  33   4.692 -30.592  36.747
    4    H    GLU  33           HN       GLU  33   6.096 -27.285  35.552
    5    HB3  GLU  33           HB1      GLU  33   6.785 -30.813  35.583
    6    HG3  GLU  33           HG1      GLU  33   5.972 -29.941  37.768

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLU  34           HA       GLU  34   9.553 -29.253  32.132
    2    HB2  GLU  34           HB2      GLU  34   7.276 -27.666  30.875
    3    HG2  GLU  34           HG2      GLU  34   6.330 -29.634  31.950
    4    H    GLU  34           HN       GLU  34   7.336 -27.775  33.413
    5    HB3  GLU  34           HB1      GLU  34   8.447 -28.656  30.009
    6    HG3  GLU  34           HG1      GLU  34   6.277 -29.775  30.191

  No H/Q in entry =           6
  In of MODEL   18
    1    HA3  GLY  35           HA2      GLY  35   9.567 -24.067  33.202
    2    H    GLY  35           HN       GLY  35   8.621 -26.152  33.277
    3    HA2  GLY  35           HA1      GLY  35  10.971 -24.777  32.419

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   VAL  36           HA       VAL  36   8.208 -23.058  29.044
    2    HB   VAL  36           HB       VAL  36   6.856 -24.484  27.542
    3    H    VAL  36           HN       VAL  36   7.597 -24.804  31.350

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   ILE  37           HA       ILE  37   4.089 -21.619  30.015
    2    HB   ILE  37           HB       ILE  37   4.806 -19.797  27.669
    3   HD13  ILE  37          HD11      ILE  37   6.858 -17.456  29.796
    4   HD12  ILE  37          HD12      ILE  37   5.138 -17.254  29.474
    5   HD11  ILE  37          HD13      ILE  37   6.237 -17.695  28.163
    6    H    ILE  37           HN       ILE  37   6.506 -21.780  28.355

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   VAL  38           HA       VAL  38   2.125 -23.625  26.535
    2    HB   VAL  38           HB       VAL  38   0.824 -24.767  29.042
    3    H    VAL  38           HN       VAL  38   2.360 -22.783  29.354

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   PHE  39           HA       PHE  39  -1.201 -20.669  26.417
    2    HB2  PHE  39           HB2      PHE  39   0.005 -20.878  23.616
    3    HD1  PHE  39           HD1      PHE  39  -0.276 -17.936  25.867
    4    HD2  PHE  39           HD2      PHE  39   2.375 -20.818  24.142
    5    HE1  PHE  39           HE1      PHE  39   1.652 -16.611  26.608
    6    HE2  PHE  39           HE2      PHE  39   4.296 -19.482  24.881
    7    HZ   PHE  39           HZ       PHE  39   3.935 -17.376  26.112
    8    H    PHE  39           HN       PHE  39   0.960 -22.317  25.396
    9    HB3  PHE  39           HB1      PHE  39  -1.076 -19.615  24.191

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   ILE  40           HA       ILE  40  -3.929 -23.918  24.876
    2    HB   ILE  40           HB       ILE  40  -5.628 -22.543  27.005
    3   HD12  ILE  40          HD11      ILE  40  -5.751 -25.122  28.842
    4   HD11  ILE  40          HD12      ILE  40  -5.458 -23.479  29.420
    5   HD13  ILE  40          HD13      ILE  40  -4.292 -24.756  29.760
    6    H    ILE  40           HN       ILE  40  -3.133 -21.740  26.628

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LEU  41           HA       LEU  41  -5.696 -21.002  21.977
    2    HB2  LEU  41           HB2      LEU  41  -5.581 -23.809  20.805
    3    HG   LEU  41           HG       LEU  41  -3.356 -22.649  21.111
    4   HD11  LEU  41          HD11      LEU  41  -4.200 -23.111  18.233
    5   HD13  LEU  41          HD12      LEU  41  -3.535 -24.303  19.350
    6   HD12  LEU  41          HD13      LEU  41  -2.531 -22.971  18.798
    7   HD23  LEU  41          HD21      LEU  41  -4.494 -20.630  19.166
    8   HD22  LEU  41          HD22      LEU  41  -2.816 -20.716  19.712
    9   HD21  LEU  41          HD23      LEU  41  -4.096 -20.349  20.863
   10    H    LEU  41           HN       LEU  41  -4.633 -23.450  22.936
   11    HB3  LEU  41           HB1      LEU  41  -6.137 -22.416  19.885

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ALA  42           HA       ALA  42 -10.042 -21.386  22.483
    2    HB1  ALA  42           HB1      ALA  42  -9.945 -20.313  19.641
    3    HB2  ALA  42           HB2      ALA  42  -9.914 -19.344  21.114
    4    HB3  ALA  42           HB3      ALA  42 -11.352 -20.285  20.712
    5    H    ALA  42           HN       ALA  42  -7.781 -20.735  20.897

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ASN  43           HA       ASN  43 -10.693 -24.855  19.314
    2    HB2  ASN  43           HB2      ASN  43  -9.306 -25.728  17.485
    3   HD21  ASN  43          HD21      ASN  43  -7.631 -22.682  17.695
    4   HD22  ASN  43          HD22      ASN  43  -6.034 -23.337  17.683
    5    H    ASN  43           HN       ASN  43  -8.609 -22.845  19.633
    6    HB3  ASN  43           HB1      ASN  43  -9.461 -23.985  17.339

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ASP  44           HA       ASP  44  -8.312 -25.680  23.573
    2    HB2  ASP  44           HB2      ASP  44 -10.396 -26.916  22.853
    3    H    ASP  44           HN       ASP  44  -8.674 -24.447  21.733
    4    HB3  ASP  44           HB1      ASP  44  -9.366 -28.104  22.067

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   ARG  45           HA       ARG  45  -4.780 -28.070  21.461
    2    HB2  ARG  45           HB2      ARG  45  -5.260 -27.305  19.144
    3    HG2  ARG  45           HG2      ARG  45  -2.361 -27.163  20.012
    4    HD2  ARG  45           HD2      ARG  45  -3.457 -26.979  17.193
    5    HE   ARG  45           HE       ARG  45  -1.572 -28.094  16.624
    6   HH11  ARG  45          HH11      ARG  45  -0.695 -26.133  19.422
    7   HH12  ARG  45          HH12      ARG  45   1.002 -26.417  19.230
    8   HH21  ARG  45          HH21      ARG  45   0.665 -28.406  16.371
    9   HH22  ARG  45          HH22      ARG  45   1.769 -27.683  17.500
   10    H    ARG  45           HN       ARG  45  -6.508 -25.785  20.933
   11    HB3  ARG  45           HB1      ARG  45  -4.497 -25.757  19.497
   12    HG3  ARG  45           HG1      ARG  45  -3.200 -28.485  19.192
   13    HD3  ARG  45           HD1      ARG  45  -2.472 -25.772  18.025

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   GLU  46           HA       GLU  46  -2.053 -25.597  23.936
    2    HB2  GLU  46           HB2      GLU  46  -0.986 -28.447  23.976
    3    HG2  GLU  46           HG2      GLU  46  -2.672 -26.942  26.014
    4    H    GLU  46           HN       GLU  46  -2.704 -27.977  22.349
    5    HB3  GLU  46           HB1      GLU  46  -0.415 -27.163  25.040
    6    HG3  GLU  46           HG1      GLU  46  -3.270 -28.209  24.940

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   LEU  47           HA       LEU  47   1.536 -24.881  21.338
    2    HB2  LEU  47           HB2      LEU  47   0.204 -22.267  22.057
    3    HG   LEU  47           HG       LEU  47  -0.522 -23.405  19.935
    4   HD11  LEU  47          HD11      LEU  47  -0.672 -20.959  20.102
    5   HD13  LEU  47          HD12      LEU  47  -0.290 -21.457  18.457
    6   HD12  LEU  47          HD13      LEU  47   0.979 -20.799  19.495
    7   HD22  LEU  47          HD21      LEU  47   1.038 -23.584  18.045
    8   HD21  LEU  47          HD22      LEU  47   1.608 -24.543  19.415
    9   HD23  LEU  47          HD23      LEU  47   2.362 -22.986  19.053
   10    H    LEU  47           HN       LEU  47  -0.695 -24.131  23.110
   11    HB3  LEU  47           HB1      LEU  47   1.855 -22.239  21.456

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   LYS  48           HA       LYS  48   3.945 -24.494  25.043
    2    HB2  LYS  48           HB2      LYS  48   3.535 -26.885  24.784
    3    HG2  LYS  48           HG2      LYS  48   6.534 -26.513  25.131
    4    HD2  LYS  48           HD2      LYS  48   6.365 -28.407  26.710
    5    HE2  LYS  48           HE2      LYS  48   5.235 -29.163  23.995
    6    HZ1  LYS  48           HZ1      LYS  48   5.176 -30.926  25.668
    7    HZ3  LYS  48           HZ2      LYS  48   6.842 -30.754  25.913
    8    HZ2  LYS  48           HZ3      LYS  48   6.252 -31.266  24.415
    9    H    LYS  48           HN       LYS  48   3.466 -25.252  22.212
   10    HB3  LYS  48           HB1      LYS  48   4.754 -26.996  23.515
   11    HG3  LYS  48           HG1      LYS  48   5.344 -26.210  26.395
   12    HD3  LYS  48           HD1      LYS  48   4.652 -28.587  26.322
   13    HE3  LYS  48           HE1      LYS  48   6.950 -28.944  24.358

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   PHE  49           HA       PHE  49   7.938 -23.092  23.676
    2    HB2  PHE  49           HB2      PHE  49   6.198 -20.584  23.853
    3    HD1  PHE  49           HD1      PHE  49   8.439 -21.303  21.050
    4    HD2  PHE  49           HD2      PHE  49   4.409 -21.655  22.457
    5    HE1  PHE  49           HE1      PHE  49   7.667 -21.751  18.752
    6    HE2  PHE  49           HE2      PHE  49   3.653 -22.104  20.160
    7    HZ   PHE  49           HZ       PHE  49   5.275 -22.152  18.307
    8    H    PHE  49           HN       PHE  49   5.350 -22.883  25.097
    9    HB3  PHE  49           HB1      PHE  49   7.869 -20.591  23.300

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   ARG  50           HA       ARG  50   9.402 -22.189  27.764
    2    HB2  ARG  50           HB2      ARG  50  11.819 -21.659  25.979
    3    HG2  ARG  50           HG2      ARG  50  11.223 -24.128  27.655
    4    HD2  ARG  50           HD2      ARG  50  13.640 -23.677  27.429
    5    HE   ARG  50           HE       ARG  50  13.033 -22.972  24.734
    6   HH11  ARG  50          HH11      ARG  50  15.605 -24.431  26.635
    7   HH12  ARG  50          HH12      ARG  50  16.828 -24.068  25.460
    8   HH21  ARG  50          HH21      ARG  50  14.629 -22.491  23.233
    9   HH22  ARG  50          HH22      ARG  50  16.275 -22.970  23.529
   10    H    ARG  50           HN       ARG  50   9.696 -22.411  24.920
   11    HB3  ARG  50           HB1      ARG  50  11.877 -21.764  27.739
   12    HG3  ARG  50           HG1      ARG  50  11.032 -24.034  25.900
   13    HD3  ARG  50           HD1      ARG  50  13.167 -25.107  26.504

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   PRO  51           HA       PRO  51   8.980 -17.730  28.454
    2    HB2  PRO  51           HB2      PRO  51  11.348 -18.027  30.316
    3    HG2  PRO  51           HG2      PRO  51  10.252 -19.635  31.633
    4    HD2  PRO  51           HD2      PRO  51  10.919 -20.889  29.768
    5    HB3  PRO  51           HB1      PRO  51   9.791 -17.230  30.596
    6    HG3  PRO  51           HG1      PRO  51   8.662 -19.264  30.931
    7    HD3  PRO  51           HD1      PRO  51   9.163 -21.161  29.675

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   ASP  52           HA       ASP  52  13.422 -16.336  27.322
    2    HB2  ASP  52           HB2      ASP  52  14.668 -19.113  27.169
    3    H    ASP  52           HN       ASP  52  12.403 -18.826  28.265
    4    HB3  ASP  52           HB1      ASP  52  15.525 -17.600  26.867

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   ASP  53           HA       ASP  53  12.824 -18.410  23.037
    2    HB2  ASP  53           HB2      ASP  53  10.370 -19.936  23.988
    3    H    ASP  53           HN       ASP  53  11.847 -18.968  25.679
    4    HB3  ASP  53           HB1      ASP  53  10.736 -19.716  22.279

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   LEU  54           HA       LEU  54   9.237 -15.480  22.739
    2    HB2  LEU  54           HB2      LEU  54   8.426 -15.706  25.667
    3    HG   LEU  54           HG       LEU  54   8.513 -17.954  24.579
    4   HD13  LEU  54          HD11      LEU  54   6.231 -18.649  25.131
    5   HD12  LEU  54          HD12      LEU  54   5.704 -16.963  25.124
    6   HD11  LEU  54          HD13      LEU  54   6.867 -17.522  26.330
    7   HD22  LEU  54          HD21      LEU  54   8.182 -17.304  22.244
    8   HD21  LEU  54          HD22      LEU  54   6.533 -16.779  22.595
    9   HD23  LEU  54          HD23      LEU  54   6.962 -18.487  22.720
   10    H    LEU  54           HN       LEU  54  10.948 -16.421  24.991
   11    HB3  LEU  54           HB1      LEU  54   7.405 -15.128  24.351

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   GLN  55           HA       GLN  55  10.659 -11.381  23.369
    2    HB2  GLN  55           HB2      GLN  55   9.205 -11.008  21.462
    3    HG2  GLN  55           HG2      GLN  55   8.099  -8.829  21.890
    4   HE21  GLN  55          HE21      GLN  55  10.520  -8.760  24.392
    5   HE22  GLN  55          HE22      GLN  55  11.766  -8.022  23.450
    6    H    GLN  55           HN       GLN  55   8.860 -13.325  22.568
    7    HB3  GLN  55           HB1      GLN  55   7.761 -11.144  22.457
    8    HG3  GLN  55           HG1      GLN  55   8.404  -9.022  23.613

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   ALA  56           HA       ALA  56   7.249 -10.023  26.597
    2    HB3  ALA  56           HB1      ALA  56   5.489 -11.366  27.704
    3    HB1  ALA  56           HB2      ALA  56   5.999 -12.798  26.800
    4    HB2  ALA  56           HB3      ALA  56   5.302 -11.424  25.949
    5    H    ALA  56           HN       ALA  56   7.401 -12.011  24.670

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   THR  57           HA       THR  57   9.098 -12.805  29.755
    2    HB   THR  57           HB       THR  57   8.907 -15.371  29.855
    3    HG1  THR  57           HG1      THR  57   9.013 -15.470  27.430
    4   HG23  THR  57          HG21      THR  57   6.454 -15.282  29.905
    5   HG22  THR  57          HG22      THR  57   6.481 -13.755  29.024
    6   HG21  THR  57          HG23      THR  57   7.150 -13.850  30.655
    7    H    THR  57           HN       THR  57   8.517 -13.297  26.905

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   TYR  58           HA       TYR  58  13.082 -14.171  27.690
    2    HB2  TYR  58           HB2      TYR  58  12.538 -12.731  25.617
    3    HD1  TYR  58           HD1      TYR  58  14.332 -14.917  26.106
    4    HD2  TYR  58           HD2      TYR  58  15.287 -10.799  25.522
    5    HE1  TYR  58           HE1      TYR  58  16.528 -15.566  25.224
    6    HE2  TYR  58           HE2      TYR  58  17.484 -11.446  24.640
    7    HH   TYR  58           HH       TYR  58  18.267 -14.630  23.743
    8    H    TYR  58           HN       TYR  58  10.898 -12.337  27.348
    9    HB3  TYR  58           HB1      TYR  58  13.197 -11.363  26.502

  No H/Q in entry =           9
  In of MODEL   18
    1    HA3  GLY  59           HA2      GLY  59  14.890 -13.492  31.653
    2    H    GLY  59           HN       GLY  59  13.284 -14.184  29.974
    3    HA2  GLY  59           HA1      GLY  59  14.620 -11.820  31.196

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   ALA  60           HA       ALA  60  10.804 -12.046  33.636
    2    HB3  ALA  60           HB1      ALA  60   8.572 -12.970  33.168
    3    HB1  ALA  60           HB2      ALA  60   9.263 -14.069  31.968
    4    HB2  ALA  60           HB3      ALA  60   9.308 -12.328  31.698
    5    H    ALA  60           HN       ALA  60  11.671 -13.574  31.319

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   THR  61           HA       THR  61  11.019 -15.424  36.493
    2    HB   THR  61           HB       THR  61  10.044 -14.590  38.731
    3    HG1  THR  61           HG1      THR  61   9.607 -12.230  38.625
    4   HG21  THR  61          HG21      THR  61  12.429 -14.240  38.186
    5   HG23  THR  61          HG22      THR  61  11.779 -12.867  39.081
    6   HG22  THR  61          HG23      THR  61  12.025 -12.745  37.337
    7    H    THR  61           HN       THR  61   9.843 -12.918  35.526

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   PRO  62           HA       PRO  62   7.370 -17.920  35.969
    2    HB2  PRO  62           HB2      PRO  62   7.394 -19.501  38.264
    3    HG2  PRO  62           HG2      PRO  62   9.052 -18.317  39.432
    4    HD2  PRO  62           HD2      PRO  62  10.540 -16.863  38.364
    5    HB3  PRO  62           HB1      PRO  62   8.435 -19.761  36.858
    6    HG3  PRO  62           HG1      PRO  62  10.051 -19.489  38.547
    7    HD3  PRO  62           HD1      PRO  62  10.694 -17.906  36.931

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   GLU  63           HA       GLU  63   4.981 -16.404  39.989
    2    HB2  GLU  63           HB2      GLU  63   5.437 -14.333  41.275
    3    HG2  GLU  63           HG2      GLU  63   7.908 -14.070  39.530
    4    H    GLU  63           HN       GLU  63   7.601 -16.101  38.979
    5    HB3  GLU  63           HB1      GLU  63   6.813 -15.431  41.315
    6    HG3  GLU  63           HG1      GLU  63   6.558 -12.939  39.605

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLN  64           HA       GLN  64   4.021 -12.546  37.238
    2    HB2  GLN  64           HB2      GLN  64   6.382 -13.057  35.393
    3    HG2  GLN  64           HG2      GLN  64   6.036 -10.835  37.423
    4   HE21  GLN  64          HE21      GLN  64   7.950 -12.241  34.811
    5   HE22  GLN  64          HE22      GLN  64   8.947 -10.856  34.570
    6    H    GLN  64           HN       GLN  64   6.309 -14.267  37.544
    7    HB3  GLN  64           HB1      GLN  64   5.253 -11.710  35.271
    8    HG3  GLN  64           HG1      GLN  64   7.141 -12.196  37.594

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   LEU  65           HA       LEU  65   3.080 -15.695  33.803
    2    HB2  LEU  65           HB2      LEU  65   4.962 -17.905  34.751
    3    HG   LEU  65           HG       LEU  65   6.459 -16.006  34.409
    4   HD11  LEU  65          HD11      LEU  65   7.231 -18.158  33.549
    5   HD13  LEU  65          HD12      LEU  65   7.861 -16.820  32.590
    6   HD12  LEU  65          HD13      LEU  65   6.527 -17.798  31.970
    7   HD21  LEU  65          HD21      LEU  65   4.973 -14.531  33.164
    8   HD23  LEU  65          HD22      LEU  65   5.105 -15.561  31.737
    9   HD22  LEU  65          HD23      LEU  65   6.524 -14.705  32.348
   10    H    LEU  65           HN       LEU  65   4.923 -15.643  36.116
   11    HB3  LEU  65           HB1      LEU  65   4.250 -17.692  33.154

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ARG  66           HA       ARG  66   0.728 -18.126  36.940
    2    HB2  ARG  66           HB2      ARG  66   1.733 -16.370  39.221
    3    HG2  ARG  66           HG2      ARG  66   2.365 -19.260  38.534
    4    HD2  ARG  66           HD2      ARG  66   3.839 -19.241  40.494
    5    HE   ARG  66           HE       ARG  66   1.296 -18.467  41.683
    6   HH11  ARG  66          HH11      ARG  66   3.109 -21.065  40.203
    7   HH12  ARG  66          HH12      ARG  66   2.065 -22.301  40.828
    8   HH21  ARG  66          HH21      ARG  66  -0.064 -20.079  42.474
    9   HH22  ARG  66          HH22      ARG  66   0.265 -21.743  42.106
   10    H    ARG  66           HN       ARG  66   2.617 -15.857  36.934
   11    HB3  ARG  66           HB1      ARG  66   0.601 -17.716  39.396
   12    HG3  ARG  66           HG1      ARG  66   3.485 -17.899  38.470
   13    HD3  ARG  66           HD1      ARG  66   3.292 -17.613  40.905

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   GLU  67           HA       GLU  67  -1.913 -14.340  36.961
    2    HB2  GLU  67           HB2      GLU  67  -1.461 -11.879  37.456
    3    HG2  GLU  67           HG2      GLU  67   1.288 -12.915  38.230
    4    H    GLU  67           HN       GLU  67   1.013 -14.602  37.310
    5    HB3  GLU  67           HB1      GLU  67  -1.169 -12.986  38.792
    6    HG3  GLU  67           HG1      GLU  67   0.928 -11.670  37.033

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ILE  68           HA       ILE  68  -0.911 -12.898  32.832
    2    HB   ILE  68           HB       ILE  68  -1.875 -15.798  32.889
    3   HD13  ILE  68          HD11      ILE  68   1.703 -16.928  32.462
    4   HD12  ILE  68          HD12      ILE  68   0.482 -16.918  31.193
    5   HD11  ILE  68          HD13      ILE  68   0.076 -17.514  32.808
    6    H    ILE  68           HN       ILE  68  -2.618 -14.054  34.926

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLU  69           HA       GLU  69  -5.035 -12.049  31.222
    2    HB2  GLU  69           HB2      GLU  69  -4.333  -9.842  32.030
    3    HG2  GLU  69           HG2      GLU  69  -5.009  -8.222  30.309
    4    H    GLU  69           HN       GLU  69  -2.086 -11.748  31.412
    5    HB3  GLU  69           HB1      GLU  69  -3.147  -9.690  30.745
    6    HG3  GLU  69           HG1      GLU  69  -4.966  -9.493  29.094

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ILE  70           HA       ILE  70  -4.267 -13.087  26.878
    2    HB   ILE  70           HB       ILE  70  -7.167 -12.100  26.860
    3   HD12  ILE  70          HD11      ILE  70  -4.854 -15.030  27.585
    4   HD11  ILE  70          HD12      ILE  70  -5.694 -15.564  26.126
    5   HD13  ILE  70          HD13      ILE  70  -6.175 -16.193  27.701
    6    H    ILE  70           HN       ILE  70  -5.922 -11.952  28.986

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   SER  71           HA       SER  71  -2.795  -9.544  24.732
    2    HB2  SER  71           HB2      SER  71  -4.160 -11.016  22.463
    3    HG   SER  71           HG       SER  71  -1.477 -10.502  23.195
    4    H    SER  71           HN       SER  71  -4.046 -11.982  24.683
    5    HB3  SER  71           HB1      SER  71  -3.381  -9.463  22.171

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   PRO  72           HA       PRO  72  -6.045  -6.315  24.512
    2    HB2  PRO  72           HB2      PRO  72  -4.603  -4.320  23.303
    3    HG2  PRO  72           HG2      PRO  72  -2.727  -5.610  22.651
    4    HD2  PRO  72           HD2      PRO  72  -2.208  -7.632  23.704
    5    HB3  PRO  72           HB1      PRO  72  -4.403  -4.737  25.011
    6    HG3  PRO  72           HG1      PRO  72  -2.190  -4.982  24.226
    7    HD3  PRO  72           HD1      PRO  72  -2.601  -7.010  25.323

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   SER  73           HA       SER  73  -6.134  -6.864  19.792
    2    HB2  SER  73           HB2      SER  73  -3.754  -8.773  19.666
    3    HG   SER  73           HG       SER  73  -2.725  -6.950  19.950
    4    H    SER  73           HN       SER  73  -4.256  -7.670  21.872
    5    HB3  SER  73           HB1      SER  73  -4.625  -8.089  18.290

  No H/Q in entry =           5
  In of MODEL   18
    1    HA3  GLY  74           HA2      GLY  74  -7.412 -10.966  22.724
    2    H    GLY  74           HN       GLY  74  -6.140  -9.148  22.220
    3    HA2  GLY  74           HA1      GLY  74  -8.378 -10.606  21.318

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   LEU  75           HA       LEU  75  -5.799 -13.654  19.141
    2    HB2  LEU  75           HB2      LEU  75  -3.617 -11.596  18.815
    3    HG   LEU  75           HG       LEU  75  -5.644 -11.603  17.270
    4   HD13  LEU  75          HD11      LEU  75  -4.358 -11.296  15.204
    5   HD12  LEU  75          HD12      LEU  75  -2.956 -12.073  15.947
    6   HD11  LEU  75          HD13      LEU  75  -3.555 -10.539  16.579
    7   HD21  LEU  75          HD21      LEU  75  -5.979 -14.036  17.139
    8   HD23  LEU  75          HD22      LEU  75  -4.441 -14.220  16.293
    9   HD22  LEU  75          HD23      LEU  75  -5.771 -13.343  15.532
   10    H    LEU  75           HN       LEU  75  -5.254 -11.048  20.241
   11    HB3  LEU  75           HB1      LEU  75  -3.289 -13.242  18.296

  No H/Q in entry =          11
  In of MODEL   18
    1    HA3  GLY  76           HA2      GLY  76  -2.369 -15.264  21.753
    2    H    GLY  76           HN       GLY  76  -2.801 -12.535  20.751
    3    HA2  GLY  76           HA1      GLY  76  -1.179 -13.968  21.654

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   VAL  77           HA       VAL  77  -2.483 -13.221  25.784
    2    HB   VAL  77           HB       VAL  77  -0.672 -15.219  25.595
    3    H    VAL  77           HN       VAL  77  -0.586 -13.242  23.535

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   TYR  78           HA       TYR  78   0.392  -9.863  26.954
    2    HB2  TYR  78           HB2      TYR  78  -1.705  -8.827  26.153
    3    HD1  TYR  78           HD1      TYR  78  -2.517  -7.352  29.274
    4    HD2  TYR  78           HD2      TYR  78   0.529  -7.358  26.271
    5    HE1  TYR  78           HE1      TYR  78  -1.764  -5.139  30.031
    6    HE2  TYR  78           HE2      TYR  78   1.280  -5.147  27.032
    7    HH   TYR  78           HH       TYR  78   0.148  -3.704  29.943
    8    H    TYR  78           HN       TYR  78  -1.629 -11.862  27.573
    9    HB3  TYR  78           HB1      TYR  78  -2.478  -9.133  27.705

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   PHE  79           HA       PHE  79   0.679 -11.006  31.246
    2    HB2  PHE  79           HB2      PHE  79   3.557 -10.817  30.303
    3    HD1  PHE  79           HD1      PHE  79   0.603 -12.960  30.281
    4    HD2  PHE  79           HD2      PHE  79   4.720 -12.889  29.938
    5    HE1  PHE  79           HE1      PHE  79   0.584 -15.182  29.291
    6    HE2  PHE  79           HE2      PHE  79   4.669 -15.122  28.945
    7    HZ   PHE  79           HZ       PHE  79   2.608 -16.287  28.635
    8    H    PHE  79           HN       PHE  79   1.709 -10.455  28.584
    9    HB3  PHE  79           HB1      PHE  79   2.997 -11.471  31.841

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   GLU  80           HA       GLU  80   0.503  -6.627  31.692
    2    HB2  GLU  80           HB2      GLU  80  -1.646  -7.565  32.564
    3    HG2  GLU  80           HG2      GLU  80  -0.489  -5.433  34.383
    4    H    GLU  80           HN       GLU  80   0.019  -9.352  32.279
    5    HB3  GLU  80           HB1      GLU  80  -0.871  -7.899  34.107
    6    HG3  GLU  80           HG1      GLU  80  -1.399  -5.161  32.897

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   THR  81           HA       THR  81   2.824  -7.025  35.988
    2    HB   THR  81           HB       THR  81   3.834  -9.832  35.390
    3    HG1  THR  81           HG1      THR  81   1.701  -9.304  37.156
    4   HG23  THR  81          HG21      THR  81   5.106  -8.698  37.166
    5   HG22  THR  81          HG22      THR  81   4.115  -9.996  37.844
    6   HG21  THR  81          HG23      THR  81   3.602  -8.313  38.015
    7    H    THR  81           HN       THR  81   1.806  -8.834  34.063

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   LEU  82           HA       LEU  82   6.617  -6.712  33.300
    2    HB2  LEU  82           HB2      LEU  82   7.267  -8.258  31.210
    3    HG   LEU  82           HG       LEU  82   4.931  -9.458  31.239
    4   HD11  LEU  82          HD11      LEU  82   6.825 -10.266  29.904
    5   HD13  LEU  82          HD12      LEU  82   5.878 -11.601  30.570
    6   HD12  LEU  82          HD13      LEU  82   7.433 -11.165  31.299
    7   HD22  LEU  82          HD21      LEU  82   4.794  -9.892  33.643
    8   HD21  LEU  82          HD22      LEU  82   6.243 -10.892  33.571
    9   HD23  LEU  82          HD23      LEU  82   4.771 -11.404  32.740
   10    H    LEU  82           HN       LEU  82   4.036  -8.109  32.927
   11    HB3  LEU  82           HB1      LEU  82   7.431  -8.831  32.856

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   GLU  83           HA       GLU  83   2.638  -5.074  30.465
    2    HB2  GLU  83           HB2      GLU  83   5.285  -3.568  30.431
    3    HG2  GLU  83           HG2      GLU  83   2.826  -3.103  32.139
    4    H    GLU  83           HN       GLU  83   3.666  -6.402  31.972
    5    HB3  GLU  83           HB1      GLU  83   3.751  -2.949  29.825
    6    HG3  GLU  83           HG1      GLU  83   4.410  -3.621  32.710

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   GLU  84           HA       GLU  84   4.634  -6.600  26.655
    2    HB2  GLU  84           HB2      GLU  84   6.131  -8.530  28.468
    3    HG2  GLU  84           HG2      GLU  84   6.937  -6.132  28.311
    4    H    GLU  84           HN       GLU  84   4.076  -7.408  29.458
    5    HB3  GLU  84           HB1      GLU  84   6.262  -8.612  26.716
    6    HG3  GLU  84           HG1      GLU  84   8.113  -7.378  27.899

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   ASP  85           HA       ASP  85   2.071 -10.136  25.898
    2    HB2  ASP  85           HB2      ASP  85   0.646  -9.452  24.171
    3    H    ASP  85           HN       ASP  85   4.147  -8.183  25.073
    4    HB3  ASP  85           HB1      ASP  85   1.351  -7.920  24.651

  No H/Q in entry =           4
  In of MODEL   18
    1    HA   VAL  86           HA       VAL  86   4.189 -12.689  22.863
    2    HB   VAL  86           HB       VAL  86   2.429 -14.719  24.372
    3    H    VAL  86           HN       VAL  86   1.913 -12.058  24.663

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   SER  87           HA       SER  87   0.897 -12.287  19.867
    2    HB2  SER  87           HB2      SER  87   2.727 -11.112  18.726
    3    HG   SER  87           HG       SER  87   1.964 -11.449  16.765
    4    H    SER  87           HN       SER  87   3.537 -12.355  20.831
    5    HB3  SER  87           HB1      SER  87   3.508 -12.644  18.337

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   LEU  88           HA       LEU  88   0.154 -16.642  19.595
    2    HB2  LEU  88           HB2      LEU  88  -2.152 -15.435  19.812
    3    HG   LEU  88           HG       LEU  88  -2.056 -18.113  18.389
    4   HD11  LEU  88          HD11      LEU  88  -2.134 -17.448  21.353
    5   HD13  LEU  88          HD12      LEU  88  -0.766 -18.131  20.470
    6   HD12  LEU  88          HD13      LEU  88  -2.241 -19.066  20.660
    7   HD23  LEU  88          HD21      LEU  88  -4.319 -16.850  19.973
    8   HD22  LEU  88          HD22      LEU  88  -4.312 -18.471  19.283
    9   HD21  LEU  88          HD23      LEU  88  -4.284 -17.069  18.221
   10    H    LEU  88           HN       LEU  88  -0.477 -13.888  19.358
   11    HB3  LEU  88           HB1      LEU  88  -2.271 -15.635  18.081

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ILE  89           HA       ILE  89  -0.251 -16.452  14.756
    2    HB   ILE  89           HB       ILE  89   0.239 -13.438  14.682
    3   HD12  ILE  89          HD11      ILE  89  -2.439 -16.151  14.746
    4   HD11  ILE  89          HD12      ILE  89  -2.550 -15.525  13.098
    5   HD13  ILE  89          HD13      ILE  89  -3.723 -15.022  14.314
    6    H    ILE  89           HN       ILE  89  -0.553 -14.583  16.835

  No H/Q in entry =           6
  In of MODEL   18
    1    HA3  GLY  90           HA2      GLY  90   4.372 -14.793  15.017
    2    H    GLY  90           HN       GLY  90   2.011 -14.322  16.436
    3    HA2  GLY  90           HA1      GLY  90   4.270 -14.389  16.724

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   LEU  91           HA       LEU  91   4.950 -18.622  17.950
    2    HB2  LEU  91           HB2      LEU  91   1.977 -18.859  18.549
    3    HG   LEU  91           HG       LEU  91   2.944 -17.081  19.939
    4   HD11  LEU  91          HD11      LEU  91   1.253 -18.502  20.966
    5   HD13  LEU  91          HD12      LEU  91   2.435 -17.982  22.165
    6   HD12  LEU  91          HD13      LEU  91   2.496 -19.627  21.524
    7   HD22  LEU  91          HD21      LEU  91   5.300 -17.645  19.828
    8   HD21  LEU  91          HD22      LEU  91   5.033 -19.126  20.750
    9   HD23  LEU  91          HD23      LEU  91   4.798 -17.552  21.514
   10    H    LEU  91           HN       LEU  91   2.881 -16.678  17.671
   11    HB3  LEU  91           HB1      LEU  91   3.207 -19.993  19.095

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   LEU  92           HA       LEU  92   2.140 -21.061  14.863
    2    HB2  LEU  92           HB2      LEU  92   0.695 -18.546  13.938
    3    HG   LEU  92           HG       LEU  92  -0.036 -19.366  16.227
    4   HD11  LEU  92          HD11      LEU  92  -1.586 -18.107  14.827
    5   HD13  LEU  92          HD12      LEU  92  -2.445 -19.340  15.746
    6   HD12  LEU  92          HD13      LEU  92  -2.117 -19.592  14.028
    7   HD21  LEU  92          HD21      LEU  92   0.388 -21.766  15.938
    8   HD23  LEU  92          HD22      LEU  92  -0.891 -21.868  14.724
    9   HD22  LEU  92          HD23      LEU  92  -1.291 -21.481  16.400
   10    H    LEU  92           HN       LEU  92   2.063 -18.415  15.951
   11    HB3  LEU  92           HB1      LEU  92   0.387 -20.162  13.315

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   GLU  93           HA       GLU  93   4.586 -19.066  11.373
    2    HB2  GLU  93           HB2      GLU  93   4.931 -16.284  12.593
    3    HG2  GLU  93           HG2      GLU  93   2.556 -16.626  12.131
    4    H    GLU  93           HN       GLU  93   3.645 -18.029  13.977
    5    HB3  GLU  93           HB1      GLU  93   5.344 -16.755  10.948
    6    HG3  GLU  93           HG1      GLU  93   3.266 -15.456  11.025

  No H/Q in entry =           6
  In of MODEL   18
    1    HA3  GLY  94           HA2      GLY  94   7.589 -19.674  15.561
    2    H    GLY  94           HN       GLY  94   5.584 -18.985  14.599
    3    HA2  GLY  94           HA1      GLY  94   8.338 -19.681  13.975

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   ARG  95           HA       ARG  95   9.392 -15.342  14.843
    2    HB2  ARG  95           HB2      ARG  95   8.070 -14.805  12.747
    3    HG2  ARG  95           HG2      ARG  95   8.155 -12.383  14.561
    4    HD2  ARG  95           HD2      ARG  95   7.216 -11.966  12.328
    5    HE   ARG  95           HE       ARG  95   9.039 -13.792  11.345
    6   HH11  ARG  95          HH11      ARG  95   8.155 -10.507  10.471
    7   HH12  ARG  95          HH12      ARG  95   8.518 -10.752   8.797
    8   HH21  ARG  95          HH21      ARG  95   9.510 -14.067   9.156
    9   HH22  ARG  95          HH22      ARG  95   9.277 -12.749   8.054
   10    H    ARG  95           HN       ARG  95   6.937 -16.734  14.114
   11    HB3  ARG  95           HB1      ARG  95   6.782 -14.189  13.771
   12    HG3  ARG  95           HG1      ARG  95   9.606 -13.085  13.840
   13    HD3  ARG  95           HD1      ARG  95   8.797 -11.193  12.498

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   ARG  96           HA       ARG  96   7.091 -15.355  18.793
    2    HB2  ARG  96           HB2      ARG  96   8.759 -16.118  20.517
    3    HG2  ARG  96           HG2      ARG  96  10.731 -15.365  18.525
    4    HD2  ARG  96           HD2      ARG  96  10.641 -17.635  17.628
    5    HE   ARG  96           HE       ARG  96  10.437 -18.450  20.371
    6   HH11  ARG  96          HH11      ARG  96  11.598 -19.515  17.251
    7   HH12  ARG  96          HH12      ARG  96  11.461 -21.198  17.631
    8   HH21  ARG  96          HH21      ARG  96  10.264 -20.662  20.868
    9   HH22  ARG  96          HH22      ARG  96  10.708 -21.853  19.688
   10    H    ARG  96           HN       ARG  96   9.345 -15.759  17.029
   11    HB3  ARG  96           HB1      ARG  96   8.582 -17.207  19.147
   12    HG3  ARG  96           HG1      ARG  96  11.000 -15.982  20.153
   13    HD3  ARG  96           HD1      ARG  96  12.141 -17.377  18.524

  No H/Q in entry =          13
  In of MODEL   18
    1    HA3  GLY  97           HA2      GLY  97   7.966 -10.898  19.290
    2    H    GLY  97           HN       GLY  97   8.061 -12.916  17.509
    3    HA2  GLY  97           HA1      GLY  97   9.682 -11.337  19.291

  No H/Q in entry =           3
  In of MODEL   18
    1    HA   SER  98           HA       SER  98   9.314  -8.795  15.551
    2    HB2  SER  98           HB2      SER  98  11.484  -7.412  17.195
    3    HG   SER  98           HG       SER  98   8.974  -7.352  17.642
    4    H    SER  98           HN       SER  98  10.123  -9.237  18.298
    5    HB3  SER  98           HB1      SER  98  10.837  -6.856  15.649

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   ALA  99           HA       ALA  99  12.480 -11.128  13.529
    2    HB3  ALA  99           HB1      ALA  99  12.160  -8.749  11.661
    3    HB1  ALA  99           HB2      ALA  99  11.260 -10.265  11.576
    4    HB2  ALA  99           HB3      ALA  99  12.997 -10.257  11.267
    5    H    ALA  99           HN       ALA  99  10.669  -8.972  13.714

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   LYS 100           HA       LYS 100  15.794  -7.559  13.848
    2    HB2  LYS 100           HB2      LYS 100  15.591  -5.348  14.935
    3    HG2  LYS 100           HG2      LYS 100  12.608  -5.878  15.099
    4    HD2  LYS 100           HD2      LYS 100  13.105  -3.547  14.421
    5    HE2  LYS 100           HE2      LYS 100  15.346  -3.261  15.413
    6    HZ3  LYS 100           HZ1      LYS 100  15.548  -2.832  17.781
    7    HZ2  LYS 100           HZ2      LYS 100  15.007  -4.407  17.510
    8    HZ1  LYS 100           HZ3      LYS 100  13.922  -3.219  18.016
    9    H    LYS 100           HN       LYS 100  12.990  -7.614  13.794
   10    HB3  LYS 100           HB1      LYS 100  14.504  -5.506  13.562
   11    HG3  LYS 100           HG1      LYS 100  13.689  -5.716  16.485
   12    HD3  LYS 100           HD1      LYS 100  12.394  -3.637  16.033
   13    HE3  LYS 100           HE1      LYS 100  14.232  -2.003  15.950

  No H/Q in entry =          13
  In of MODEL   18
    1    HA   TRP 101           HA       TRP 101  15.149  -7.933  18.708
    2    HB2  TRP 101           HB2      TRP 101  12.752  -7.832  19.069
    3    HD1  TRP 101           HD1      TRP 101  13.986  -7.902  21.556
    4    HE1  TRP 101           HE1      TRP 101  13.884  -9.698  23.382
    5    HE3  TRP 101           HE3      TRP 101  12.280 -11.823  18.767
    6    HZ2  TRP 101           HZ2      TRP 101  13.208 -12.420  23.625
    7    HZ3  TRP 101           HZ3      TRP 101  11.937 -13.995  19.869
    8    HH2  TRP 101           HH2      TRP 101  12.388 -14.292  22.252
    9    H    TRP 101           HN       TRP 101  13.421  -7.952  16.508
   10    HB3  TRP 101           HB1      TRP 101  12.501  -9.392  18.296

  No H/Q in entry =          10
  In of MODEL   18
    1    HA   MET 102           HA       MET 102  15.633 -12.654  18.070
    2    HB2  MET 102           HB2      MET 102  14.554 -12.695  15.220
    3    HG2  MET 102           HG2      MET 102  13.486 -13.909  17.784
    4    HE3  MET 102           HE1      MET 102  11.613 -14.566  13.604
    5    HE2  MET 102           HE2      MET 102  13.141 -13.712  13.812
    6    HE1  MET 102           HE3      MET 102  11.642 -13.004  14.420
    7    H    MET 102           HN       MET 102  14.217 -10.649  16.581
    8    HB3  MET 102           HB1      MET 102  15.259 -14.094  16.024
    9    HG3  MET 102           HG1      MET 102  12.741 -12.619  16.841

  No H/Q in entry =           9
  In of MODEL   18
    1    HA   ALA 103           HA       ALA 103  19.132 -11.681  14.991
    2    HB3  ALA 103           HB1      ALA 103  17.970 -10.280  13.323
    3    HB2  ALA 103           HB2      ALA 103  19.597  -9.672  13.634
    4    HB1  ALA 103           HB3      ALA 103  18.194  -8.858  14.342
    5    H    ALA 103           HN       ALA 103  16.638 -10.308  15.664

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   GLU 104           HA       GLU 104  20.700  -8.197  17.915
    2    HB2  GLU 104           HB2      GLU 104  18.029  -7.518  19.224
    3    HG2  GLU 104           HG2      GLU 104  19.338  -5.976  16.982
    4    H    GLU 104           HN       GLU 104  18.028  -9.147  17.170
    5    HB3  GLU 104           HB1      GLU 104  19.529  -6.592  19.315
    6    HG3  GLU 104           HG1      GLU 104  17.967  -7.031  16.775

  No H/Q in entry =           6
  In of MODEL   18
    1    HA   HIS 105           HA       HIS 105  19.739 -11.027  21.484
    2    HB2  HIS 105           HB2      HIS 105  16.701 -10.948  21.128
    3    HD1  HIS 105           HD1      HIS 105  18.552  -9.910  24.199
    4    HD2  HIS 105           HD2      HIS 105  16.683  -8.126  20.942
    5    HE1  HIS 105           HE1      HIS 105  18.408  -7.466  24.755
    6    HE2  HIS 105           HE2      HIS 105  17.300  -6.400  22.771
    7    H    HIS 105           HN       HIS 105  18.197 -10.284  19.073
    8    HB3  HIS 105           HB1      HIS 105  17.536 -11.594  22.538

  No H/Q in entry =           8
  In of MODEL   18
    1    HA   PRO 106           HA       PRO 106  19.748 -14.739  18.708
    2    HB2  PRO 106           HB2      PRO 106  21.898 -15.895  20.085
    3    HG2  PRO 106           HG2      PRO 106  22.210 -14.154  21.633
    4    HD2  PRO 106           HD2      PRO 106  21.399 -11.970  21.236
    5    HB3  PRO 106           HB1      PRO 106  22.062 -14.818  18.692
    6    HG3  PRO 106           HG1      PRO 106  23.282 -13.625  20.316
    7    HD3  PRO 106           HD1      PRO 106  21.701 -12.079  19.485

  No H/Q in entry =           7
  In of MODEL   18
    1    HA   LEU 107           HA       LEU 107  18.177 -17.487  21.888
    2    HB2  LEU 107           HB2      LEU 107  16.395 -16.547  20.355
    3    HG   LEU 107           HG       LEU 107  15.919 -19.461  21.107
    4   HD12  LEU 107          HD11      LEU 107  14.853 -18.551  23.132
    5   HD11  LEU 107          HD12      LEU 107  15.340 -16.921  22.657
    6   HD13  LEU 107          HD13      LEU 107  16.564 -18.132  23.043
    7   HD23  LEU 107          HD21      LEU 107  13.891 -17.293  20.454
    8   HD22  LEU 107          HD22      LEU 107  13.520 -18.914  21.048
    9   HD21  LEU 107          HD23      LEU 107  14.260 -18.708  19.462
   10    H    LEU 107           HN       LEU 107  19.257 -16.934  19.193
   11    HB3  LEU 107           HB1      LEU 107  16.650 -17.913  19.281

  No H/Q in entry =          11
  In of MODEL   18
    1    HA   ALA 108           HA       ALA 108  19.907 -21.470  21.033
    2    HB1  ALA 108           HB1      ALA 108  19.425 -23.043  22.871
    3    HB2  ALA 108           HB2      ALA 108  18.183 -21.952  23.495
    4    HB3  ALA 108           HB3      ALA 108  19.877 -21.455  23.492
    5    H    ALA 108           HN       ALA 108  18.243 -19.641  22.485

  No H/Q in entry =           5
  In of MODEL   18
    1    HA   SER 109           HA       SER 109  16.742 -23.517  18.716
    2    HB2  SER 109           HB2      SER 109  16.225 -20.655  17.749
    3    HG   SER 109           HG       SER 109  15.683 -21.028  19.962
    4    H    SER 109           HN       SER 109  18.739 -21.424  19.048
    5    HB3  SER 109           HB1      SER 109  15.232 -22.059  17.349

  No H/Q in entry =           5
  In of MODEL   19
    1    H1   MET   1           HT3      MET   1 -12.526  -1.869  -5.862
    2    H2   MET   1           HT2      MET   1 -12.109  -1.030  -7.263
    3    H3   MET   1           HT1      MET   1 -10.916  -1.804  -6.351
    4    HB3  MET   1           HB1      MET   1 -12.738   1.675  -4.813
    5    HG3  MET   1           HG1      MET   1 -13.581   0.537  -7.487
    6    HA   MET   1           HA       MET   1 -10.810   0.531  -5.953
    7    HB2  MET   1           HB2      MET   1 -13.716   0.238  -5.080
    8    HG2  MET   1           HG2      MET   1 -12.480   1.903  -7.281
    9    HE1  MET   1           HE1      MET   1 -16.170   0.623  -6.637
   10    HE3  MET   1           HE2      MET   1 -16.894   2.058  -5.907
   11    HE2  MET   1           HE3      MET   1 -15.651   1.158  -5.039

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   GLU   2           HA       GLU   2 -10.156  -0.714  -1.716
    2    HB2  GLU   2           HB2      GLU   2  -7.429  -0.991  -3.080
    3    HG2  GLU   2           HG2      GLU   2  -9.437  -3.128  -2.329
    4    H    GLU   2           HN       GLU   2  -9.357   0.291  -4.391
    5    HB3  GLU   2           HB1      GLU   2  -7.805  -1.507  -1.433
    6    HG3  GLU   2           HG1      GLU   2  -9.040  -2.622  -3.970

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   VAL   3           HA       VAL   3  -8.830   3.454  -0.884
    2    HB   VAL   3           HB       VAL   3  -9.971   4.297   1.213
    3    H    VAL   3           HN       VAL   3 -10.220   0.977  -0.336

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   SER   4           HA       SER   4  -5.529   1.237   1.455
    2    HB2  SER   4           HB2      SER   4  -4.681   0.809  -0.813
    3    HG   SER   4           HG       SER   4  -2.544   0.986  -0.373
    4    H    SER   4           HN       SER   4  -6.753   2.304  -0.838
    5    HB3  SER   4           HB1      SER   4  -4.284   2.514  -1.024

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ALA   5           HA       ALA   5  -4.060   4.876   3.522
    2    HB1  ALA   5           HB1      ALA   5  -7.087   4.992   3.864
    3    HB3  ALA   5           HB2      ALA   5  -6.159   5.768   2.578
    4    HB2  ALA   5           HB3      ALA   5  -5.954   6.291   4.249
    5    H    ALA   5           HN       ALA   5  -5.544   2.422   3.276

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ASN   6           HA       ASN   6  -3.924   3.751   7.791
    2    HB2  ASN   6           HB2      ASN   6  -4.425   6.745   8.108
    3   HD21  ASN   6          HD21      ASN   6  -2.613   8.072   8.163
    4   HD22  ASN   6          HD22      ASN   6  -1.066   7.572   7.573
    5    H    ASN   6           HN       ASN   6  -4.326   5.769   5.818
    6    HB3  ASN   6           HB1      ASN   6  -3.829   5.687   9.384

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLU   7           HA       GLU   7  -8.416   5.184   8.999
    2    HB2  GLU   7           HB2      GLU   7 -10.143   6.197   7.581
    3    HG2  GLU   7           HG2      GLU   7  -8.138   5.966   5.311
    4    H    GLU   7           HN       GLU   7  -6.669   5.671   6.785
    5    HB3  GLU   7           HB1      GLU   7  -8.647   7.120   7.455
    6    HG3  GLU   7           HG1      GLU   7  -9.671   5.110   5.423

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LEU   8           HA       LEU   8  -9.811   1.601   6.084
    2    HB2  LEU   8           HB2      LEU   8  -7.477   1.838   4.632
    3    HG   LEU   8           HG       LEU   8  -9.029   0.951   3.209
    4   HD13  LEU   8          HD11      LEU   8  -8.434  -1.311   2.481
    5   HD12  LEU   8          HD12      LEU   8  -7.541  -1.554   3.988
    6   HD11  LEU   8          HD13      LEU   8  -7.016  -0.321   2.840
    7   HD23  LEU   8          HD21      LEU   8 -10.579  -0.916   3.643
    8   HD22  LEU   8          HD22      LEU   8 -10.741   0.374   4.829
    9   HD21  LEU   8          HD23      LEU   8  -9.891  -1.110   5.260
   10    H    LEU   8           HN       LEU   8  -7.450   3.201   6.356
   11    HB3  LEU   8           HB1      LEU   8  -7.173   0.331   5.458

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   GLU   9           HA       GLU   9  -6.645   0.668  10.239
    2    HB2  GLU   9           HB2      GLU   9  -8.340  -0.188  11.765
    3    HG2  GLU   9           HG2      GLU   9 -10.531   0.242   9.748
    4    H    GLU   9           HN       GLU   9  -7.425   1.862   8.494
    5    HB3  GLU   9           HB1      GLU   9  -8.889   1.315  11.044
    6    HG3  GLU   9           HG1      GLU   9  -9.756  -1.335   9.910

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ALA  10           HA       ALA  10  -6.811  -3.031   7.273
    2    HB2  ALA  10           HB1      ALA  10  -3.929  -2.094   7.250
    3    HB1  ALA  10           HB2      ALA  10  -5.159  -1.706   6.045
    4    HB3  ALA  10           HB3      ALA  10  -4.611  -3.372   6.240
    5    H    ALA  10           HN       ALA  10  -5.851  -0.583   8.074

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ALA  11           HA       ALA  11  -3.651  -5.254  10.199
    2    HB2  ALA  11           HB1      ALA  11  -2.007  -3.486  10.662
    3    HB3  ALA  11           HB2      ALA  11  -2.356  -4.447  12.104
    4    HB1  ALA  11           HB3      ALA  11  -3.055  -2.834  11.922
    5    H    ALA  11           HN       ALA  11  -4.069  -2.549   9.550

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   SER  12           HA       SER  12  -6.463  -4.237  14.103
    2    HB2  SER  12           HB2      SER  12  -6.823  -1.801  13.845
    3    HG   SER  12           HG       SER  12  -9.457  -2.516  13.992
    4    H    SER  12           HN       SER  12  -5.634  -2.790  11.854
    5    HB3  SER  12           HB1      SER  12  -7.991  -2.092  12.554

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   SER  13           HA       SER  13 -10.189  -5.710  11.447
    2    HB2  SER  13           HB2      SER  13  -9.045  -4.755   8.794
    3    HG   SER  13           HG       SER  13  -9.917  -3.238  10.522
    4    H    SER  13           HN       SER  13  -7.916  -4.046  10.869
    5    HB3  SER  13           HB1      SER  13 -10.633  -5.505   9.014

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ARG  14           HA       ARG  14  -7.306  -8.890   9.216
    2    HB2  ARG  14           HB2      ARG  14  -4.775  -7.491  10.186
    3    HG2  ARG  14           HG2      ARG  14  -5.442  -6.642   8.002
    4    HD2  ARG  14           HD2      ARG  14  -5.341  -8.286   6.012
    5    HE   ARG  14           HE       ARG  14  -7.514  -7.337   7.270
    6   HH11  ARG  14          HH11      ARG  14  -6.944 -10.534   5.914
    7   HH12  ARG  14          HH12      ARG  14  -8.598 -10.739   5.437
    8   HH21  ARG  14          HH21      ARG  14  -9.665  -7.643   6.660
    9   HH22  ARG  14          HH22      ARG  14 -10.134  -9.102   5.845
   10    H    ARG  14           HN       ARG  14  -6.941  -6.227  10.132
   11    HB3  ARG  14           HB1      ARG  14  -4.779  -9.145   9.588
   12    HG3  ARG  14           HG1      ARG  14  -4.006  -7.647   7.847
   13    HD3  ARG  14           HD1      ARG  14  -5.657  -9.555   7.197

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   MET  15           HA       MET  15  -5.775  -9.932  13.715
    2    HB2  MET  15           HB2      MET  15  -6.882  -7.365  14.942
    3    HG2  MET  15           HG2      MET  15  -4.808  -6.837  13.757
    4    HE1  MET  15           HE1      MET  15  -2.533  -7.707  16.611
    5    HE3  MET  15           HE2      MET  15  -1.932  -9.331  16.278
    6    HE2  MET  15           HE3      MET  15  -3.584  -9.106  16.853
    7    H    MET  15           HN       MET  15  -6.349  -7.537  12.364
    8    HB3  MET  15           HB1      MET  15  -6.070  -8.660  15.815
    9    HG3  MET  15           HG1      MET  15  -4.594  -6.746  15.498

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   GLU  16           HA       GLU  16 -10.594  -9.629  14.859
    2    HB2  GLU  16           HB2      GLU  16 -11.039  -8.112  12.252
    3    HG2  GLU  16           HG2      GLU  16 -10.414  -6.655  14.154
    4    H    GLU  16           HN       GLU  16  -8.809  -8.078  13.386
    5    HB3  GLU  16           HB1      GLU  16 -12.350  -8.797  13.210
    6    HG3  GLU  16           HG1      GLU  16 -12.057  -6.372  13.578

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   MET  17           HA       MET  17 -11.429 -12.118  10.778
    2    HB2  MET  17           HB2      MET  17  -8.852 -11.149   9.466
    3    HG2  MET  17           HG2      MET  17 -10.696  -9.542   9.278
    4    HE2  MET  17           HE1      MET  17 -14.234  -9.741   7.508
    5    HE1  MET  17           HE2      MET  17 -12.687  -9.410   6.728
    6    HE3  MET  17           HE3      MET  17 -13.071  -8.667   8.284
    7    H    MET  17           HN       MET  17  -9.828  -9.910  11.393
    8    HB3  MET  17           HB1      MET  17  -9.879 -12.413   8.792
    9    HG3  MET  17           HG1      MET  17 -10.320 -10.275   7.718

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   LEU  18           HA       LEU  18  -7.355 -14.706  11.508
    2    HB2  LEU  18           HB2      LEU  18  -6.243 -12.586  13.376
    3    HG   LEU  18           HG       LEU  18  -5.961 -12.112  10.891
    4   HD13  LEU  18          HD11      LEU  18  -3.607 -11.491  11.021
    5   HD12  LEU  18          HD12      LEU  18  -3.386 -12.537  12.423
    6   HD11  LEU  18          HD13      LEU  18  -4.435 -11.125  12.534
    7   HD23  LEU  18          HD21      LEU  18  -4.211 -14.581  10.969
    8   HD22  LEU  18          HD22      LEU  18  -4.339 -13.441   9.626
    9   HD21  LEU  18          HD23      LEU  18  -5.736 -14.404  10.097
   10    H    LEU  18           HN       LEU  18  -8.042 -12.000  11.837
   11    HB3  LEU  18           HB1      LEU  18  -5.472 -14.144  13.106

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   GLN  19           HA       GLN  19  -8.756 -14.868  16.284
    2    HB2  GLN  19           HB2      GLN  19 -10.960 -12.868  15.616
    3    HG2  GLN  19           HG2      GLN  19  -8.912 -12.553  17.811
    4   HE21  GLN  19          HE21      GLN  19  -8.722  -9.751  16.732
    5   HE22  GLN  19          HE22      GLN  19 -10.132  -8.953  17.322
    6    H    GLN  19           HN       GLN  19  -8.817 -12.961  14.230
    7    HB3  GLN  19           HB1      GLN  19 -10.854 -13.744  17.138
    8    HG3  GLN  19           HG1      GLN  19  -8.649 -11.913  16.189

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   ARG  20           HA       ARG  20 -12.760 -16.649  14.646
    2    HB2  ARG  20           HB2      ARG  20 -14.545 -15.695  13.164
    3    HG2  ARG  20           HG2      ARG  20 -12.394 -13.754  12.440
    4    HD2  ARG  20           HD2      ARG  20 -13.993 -11.916  12.070
    5    HE   ARG  20           HE       ARG  20 -13.148 -12.710  14.680
    6   HH11  ARG  20          HH11      ARG  20 -15.197 -10.321  13.130
    7   HH12  ARG  20          HH12      ARG  20 -14.948  -9.146  14.379
    8   HH21  ARG  20          HH21      ARG  20 -12.825 -11.132  16.290
    9   HH22  ARG  20          HH22      ARG  20 -13.587  -9.582  16.133
   10    H    ARG  20           HN       ARG  20 -11.222 -14.287  13.812
   11    HB3  ARG  20           HB1      ARG  20 -14.023 -14.628  14.462
   12    HG3  ARG  20           HG1      ARG  20 -13.795 -14.293  11.508
   13    HD3  ARG  20           HD1      ARG  20 -15.253 -12.835  12.902

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   GLU  21           HA       GLU  21 -11.358 -17.878  10.328
    2    HB2  GLU  21           HB2      GLU  21 -10.057 -15.815   9.688
    3    HG2  GLU  21           HG2      GLU  21  -8.474 -16.821   8.091
    4    H    GLU  21           HN       GLU  21 -10.366 -16.026  12.367
    5    HB3  GLU  21           HB1      GLU  21  -8.644 -16.492  10.483
    6    HG3  GLU  21           HG1      GLU  21  -8.655 -18.384   8.888

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   TYR  22           HA       TYR  22  -7.899 -20.485  12.067
    2    HB2  TYR  22           HB2      TYR  22  -6.112 -18.270  13.172
    3    HD1  TYR  22           HD1      TYR  22  -5.969 -16.703  11.354
    4    HD2  TYR  22           HD2      TYR  22  -5.578 -20.876  10.549
    5    HE1  TYR  22           HE1      TYR  22  -5.281 -16.193   9.049
    6    HE2  TYR  22           HE2      TYR  22  -4.884 -20.368   8.247
    7    HH   TYR  22           HH       TYR  22  -4.050 -17.211   7.218
    8    H    TYR  22           HN       TYR  22  -8.397 -17.599  12.326
    9    HB3  TYR  22           HB1      TYR  22  -5.638 -19.950  12.933

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   SER  23           HA       SER  23  -8.894 -19.673  16.662
    2    HB2  SER  23           HB2      SER  23  -5.867 -20.067  16.798
    3    HG   SER  23           HG       SER  23  -8.016 -21.709  16.111
    4    H    SER  23           HN       SER  23  -7.243 -18.247  14.793
    5    HB3  SER  23           HB1      SER  23  -6.991 -20.513  18.084

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   THR  24           HA       THR  24  -7.525 -16.217  19.195
    2    HB   THR  24           HB       THR  24  -9.253 -15.983  21.077
    3    HG1  THR  24           HG1      THR  24 -10.419 -17.735  21.322
    4   HG21  THR  24          HG21      THR  24  -9.469 -14.619  19.034
    5   HG23  THR  24          HG22      THR  24 -11.053 -15.082  19.665
    6   HG22  THR  24          HG23      THR  24 -10.383 -15.913  18.259
    7    H    THR  24           HN       THR  24  -9.219 -18.507  18.476

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   LEU  25           HA       LEU  25  -5.884 -18.819  22.463
    2    HB2  LEU  25           HB2      LEU  25  -4.304 -16.759  22.187
    3    HG   LEU  25           HG       LEU  25  -4.344 -18.095  24.920
    4   HD12  LEU  25          HD11      LEU  25  -2.852 -18.846  22.386
    5   HD11  LEU  25          HD12      LEU  25  -4.225 -19.717  23.083
    6   HD13  LEU  25          HD13      LEU  25  -2.704 -19.631  23.960
    7   HD23  LEU  25          HD21      LEU  25  -1.953 -17.471  25.014
    8   HD22  LEU  25          HD22      LEU  25  -2.995 -16.052  24.951
    9   HD21  LEU  25          HD23      LEU  25  -2.126 -16.571  23.503
   10    H    LEU  25           HN       LEU  25  -6.586 -16.193  21.368
   11    HB3  LEU  25           HB1      LEU  25  -5.105 -16.112  23.605

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ARG  26           HA       ARG  26  -9.132 -18.162  25.436
    2    HB2  ARG  26           HB2      ARG  26 -10.092 -20.256  26.175
    3    HG2  ARG  26           HG2      ARG  26  -7.728 -21.755  25.000
    4    HD2  ARG  26           HD2      ARG  26  -9.907 -22.942  24.799
    5    HE   ARG  26           HE       ARG  26 -10.295 -22.095  27.480
    6   HH11  ARG  26          HH11      ARG  26 -10.890 -24.899  25.451
    7   HH12  ARG  26          HH12      ARG  26 -12.273 -25.402  26.368
    8   HH21  ARG  26          HH21      ARG  26 -12.077 -22.771  28.662
    9   HH22  ARG  26          HH22      ARG  26 -12.955 -24.183  28.181
   10    H    ARG  26           HN       ARG  26  -6.957 -19.727  24.204
   11    HB3  ARG  26           HB1      ARG  26  -9.692 -20.388  24.469
   12    HG3  ARG  26           HG1      ARG  26  -8.017 -21.547  26.727
   13    HD3  ARG  26           HD1      ARG  26  -8.768 -23.762  25.875

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   SER  27           HA       SER  27  -6.100 -18.810  28.976
    2    HB2  SER  27           HB2      SER  27  -6.419 -21.835  28.605
    3    HG   SER  27           HG       SER  27  -8.065 -19.908  29.901
    4    H    SER  27           HN       SER  27  -6.215 -19.975  26.316
    5    HB3  SER  27           HB1      SER  27  -6.023 -21.035  30.128

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   VAL  28           HA       VAL  28  -1.951 -20.565  28.537
    2    HB   VAL  28           HB       VAL  28  -1.658 -17.782  29.780
    3    H    VAL  28           HN       VAL  28  -4.090 -19.153  29.998

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   GLN  29           HA       GLN  29  -0.598 -21.227  32.796
    2    HB2  GLN  29           HB2      GLN  29  -0.852 -23.681  33.147
    3    HG2  GLN  29           HG2      GLN  29  -1.288 -23.812  30.152
    4   HE21  GLN  29          HE21      GLN  29  -0.584 -26.631  30.269
    5   HE22  GLN  29          HE22      GLN  29  -1.993 -27.453  30.832
    6    H    GLN  29           HN       GLN  29  -0.427 -21.532  29.893
    7    HB3  GLN  29           HB1      GLN  29  -2.240 -22.995  32.301
    8    HG3  GLN  29           HG1      GLN  29   0.013 -24.589  31.051

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   TYR  30           HA       TYR  30   3.710 -21.863  31.917
    2    HB2  TYR  30           HB2      TYR  30   3.888 -19.796  33.236
    3    HD1  TYR  30           HD1      TYR  30   5.530 -21.202  36.016
    4    HD2  TYR  30           HD2      TYR  30   5.950 -20.815  31.782
    5    HE1  TYR  30           HE1      TYR  30   7.945 -21.631  36.212
    6    HE2  TYR  30           HE2      TYR  30   8.361 -21.236  31.979
    7    HH   TYR  30           HH       TYR  30  10.147 -21.067  33.676
    8    H    TYR  30           HN       TYR  30   1.435 -21.138  33.570
    9    HB3  TYR  30           HB1      TYR  30   3.602 -20.687  34.729

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   ARG  31           HA       ARG  31   3.915 -25.782  34.094
    2    HB2  ARG  31           HB2      ARG  31   4.754 -26.274  31.209
    3    HG2  ARG  31           HG2      ARG  31   2.311 -27.214  32.740
    4    HD2  ARG  31           HD2      ARG  31   3.048 -27.697  29.837
    5    HE   ARG  31           HE       ARG  31   0.677 -28.420  31.420
    6   HH11  ARG  31          HH11      ARG  31   2.235 -28.386  28.253
    7   HH12  ARG  31          HH12      ARG  31   0.824 -28.982  27.445
    8   HH21  ARG  31          HH21      ARG  31  -1.107 -29.226  30.348
    9   HH22  ARG  31          HH22      ARG  31  -1.074 -29.444  28.630
   10    H    ARG  31           HN       ARG  31   4.040 -24.022  31.778
   11    HB3  ARG  31           HB1      ARG  31   4.765 -27.523  32.453
   12    HG3  ARG  31           HG1      ARG  31   2.331 -26.013  31.446
   13    HD3  ARG  31           HD1      ARG  31   3.188 -28.912  31.112

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   SER  32           HA       SER  32   8.179 -24.508  35.014
    2    HB2  SER  32           HB2      SER  32   6.971 -23.853  37.101
    3    HG   SER  32           HG       SER  32   8.590 -24.579  38.601
    4    H    SER  32           HN       SER  32   5.445 -24.975  35.497
    5    HB3  SER  32           HB1      SER  32   6.841 -25.549  37.557

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   GLU  33           HA       GLU  33   8.194 -29.458  35.699
    2    HB2  GLU  33           HB2      GLU  33   5.985 -29.500  33.597
    3    HG2  GLU  33           HG2      GLU  33   5.715 -30.252  36.521
    4    H    GLU  33           HN       GLU  33   6.347 -27.445  35.206
    5    HB3  GLU  33           HB1      GLU  33   6.695 -30.910  34.384
    6    HG3  GLU  33           HG1      GLU  33   5.107 -28.753  35.815

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLU  34           HA       GLU  34   9.723 -29.154  31.258
    2    HB2  GLU  34           HB2      GLU  34   7.270 -27.745  30.131
    3    HG2  GLU  34           HG2      GLU  34   6.796 -30.051  30.907
    4    H    GLU  34           HN       GLU  34   7.355 -27.989  32.569
    5    HB3  GLU  34           HB1      GLU  34   8.602 -28.354  29.149
    6    HG3  GLU  34           HG1      GLU  34   6.616 -29.844  29.163

  No H/Q in entry =           6
  In of MODEL   19
    1    HA3  GLY  35           HA2      GLY  35   9.777 -24.225  33.007
    2    H    GLY  35           HN       GLY  35   8.909 -26.339  32.867
    3    HA2  GLY  35           HA1      GLY  35  11.149 -24.809  32.073

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   VAL  36           HA       VAL  36   8.373 -22.790  28.914
    2    HB   VAL  36           HB       VAL  36   7.013 -24.091  27.318
    3    H    VAL  36           HN       VAL  36   7.747 -24.708  31.080

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   ILE  37           HA       ILE  37   4.280 -21.266  29.869
    2    HB   ILE  37           HB       ILE  37   5.216 -19.495  27.555
    3   HD13  ILE  37          HD11      ILE  37   6.908 -17.087  29.937
    4   HD12  ILE  37          HD12      ILE  37   5.228 -16.916  29.431
    5   HD11  ILE  37          HD13      ILE  37   6.475 -17.309  28.243
    6    H    ILE  37           HN       ILE  37   6.734 -21.452  28.284

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   VAL  38           HA       VAL  38   2.345 -23.396  26.446
    2    HB   VAL  38           HB       VAL  38   1.000 -24.317  29.024
    3    H    VAL  38           HN       VAL  38   2.513 -22.334  29.193

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   PHE  39           HA       PHE  39  -0.985 -20.448  26.007
    2    HB2  PHE  39           HB2      PHE  39   0.301 -20.785  23.256
    3    HD1  PHE  39           HD1      PHE  39  -0.078 -17.661  25.139
    4    HD2  PHE  39           HD2      PHE  39   2.639 -20.756  24.004
    5    HE1  PHE  39           HE1      PHE  39   1.816 -16.262  25.847
    6    HE2  PHE  39           HE2      PHE  39   4.529 -19.373  24.716
    7    HZ   PHE  39           HZ       PHE  39   4.115 -17.109  25.636
    8    H    PHE  39           HN       PHE  39   1.266 -22.089  25.196
    9    HB3  PHE  39           HB1      PHE  39  -0.813 -19.510  23.739

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   ILE  40           HA       ILE  40  -3.441 -23.925  24.485
    2    HB   ILE  40           HB       ILE  40  -4.956 -22.862  26.908
    3   HD11  ILE  40          HD11      ILE  40  -4.896 -25.806  28.211
    4   HD13  ILE  40          HD12      ILE  40  -4.539 -24.329  29.112
    5   HD12  ILE  40          HD13      ILE  40  -3.341 -25.617  29.019
    6    H    ILE  40           HN       ILE  40  -2.734 -21.818  26.367

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LEU  41           HA       LEU  41  -5.682 -21.021  21.940
    2    HB2  LEU  41           HB2      LEU  41  -5.471 -23.720  20.549
    3    HG   LEU  41           HG       LEU  41  -3.359 -22.469  20.449
    4   HD12  LEU  41          HD11      LEU  41  -3.061 -22.240  18.017
    5   HD11  LEU  41          HD12      LEU  41  -4.811 -22.307  17.784
    6   HD13  LEU  41          HD13      LEU  41  -3.949 -23.708  18.418
    7   HD22  LEU  41          HD21      LEU  41  -4.196 -20.240  20.920
    8   HD21  LEU  41          HD22      LEU  41  -5.005 -20.176  19.353
    9   HD23  LEU  41          HD23      LEU  41  -3.244 -20.231  19.439
   10    H    LEU  41           HN       LEU  41  -4.327 -23.417  22.616
   11    HB3  LEU  41           HB1      LEU  41  -6.341 -22.374  19.837

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ALA  42           HA       ALA  42  -9.911 -21.831  22.776
    2    HB3  ALA  42           HB1      ALA  42 -11.531 -20.967  21.142
    3    HB1  ALA  42           HB2      ALA  42 -10.273 -20.926  19.899
    4    HB2  ALA  42           HB3      ALA  42 -10.157 -19.873  21.310
    5    H    ALA  42           HN       ALA  42  -7.929 -21.078  20.870

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ASN  43           HA       ASN  43 -10.489 -25.633  20.042
    2    HB2  ASN  43           HB2      ASN  43  -9.230 -26.580  18.160
    3   HD21  ASN  43          HD21      ASN  43  -7.981 -23.350  17.784
    4   HD22  ASN  43          HD22      ASN  43  -6.323 -23.799  17.634
    5    H    ASN  43           HN       ASN  43  -8.616 -23.392  19.906
    6    HB3  ASN  43           HB1      ASN  43  -9.638 -24.904  17.829

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ASP  44           HA       ASP  44  -7.030 -25.536  23.709
    2    HB2  ASP  44           HB2      ASP  44  -8.591 -28.054  23.050
    3    H    ASP  44           HN       ASP  44  -8.127 -24.699  21.981
    4    HB3  ASP  44           HB1      ASP  44  -7.469 -27.988  24.407

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   ARG  45           HA       ARG  45  -3.876 -27.749  21.019
    2    HB2  ARG  45           HB2      ARG  45  -4.497 -26.788  18.842
    3    HG2  ARG  45           HG2      ARG  45  -1.664 -25.995  19.600
    4    HD2  ARG  45           HD2      ARG  45  -2.835 -26.349  16.825
    5    HE   ARG  45           HE       ARG  45  -0.235 -26.736  17.557
    6   HH11  ARG  45          HH11      ARG  45  -1.789 -24.282  15.582
    7   HH12  ARG  45          HH12      ARG  45  -0.394 -24.068  14.577
    8   HH21  ARG  45          HH21      ARG  45   1.562 -26.429  16.218
    9   HH22  ARG  45          HH22      ARG  45   1.483 -25.258  14.944
   10    H    ARG  45           HN       ARG  45  -5.938 -25.738  20.899
   11    HB3  ARG  45           HB1      ARG  45  -4.041 -25.180  19.388
   12    HG3  ARG  45           HG1      ARG  45  -2.175 -27.528  18.889
   13    HD3  ARG  45           HD1      ARG  45  -2.367 -24.803  17.554

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   GLU  46           HA       GLU  46  -1.594 -25.372  23.977
    2    HB2  GLU  46           HB2      GLU  46  -0.549 -28.226  24.123
    3    HG2  GLU  46           HG2      GLU  46  -2.654 -26.784  25.753
    4    H    GLU  46           HN       GLU  46  -2.230 -27.732  22.401
    5    HB3  GLU  46           HB1      GLU  46  -0.206 -26.953  25.294
    6    HG3  GLU  46           HG1      GLU  46  -2.920 -28.163  24.686

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   LEU  47           HA       LEU  47   1.921 -24.697  21.276
    2    HB2  LEU  47           HB2      LEU  47   0.628 -22.071  22.036
    3    HG   LEU  47           HG       LEU  47  -0.334 -23.227  20.043
    4   HD13  LEU  47          HD11      LEU  47  -0.170 -21.339  18.475
    5   HD12  LEU  47          HD12      LEU  47   1.217 -20.708  19.368
    6   HD11  LEU  47          HD13      LEU  47  -0.369 -20.782  20.138
    7   HD23  LEU  47          HD21      LEU  47   2.463 -22.971  18.867
    8   HD22  LEU  47          HD22      LEU  47   1.026 -23.549  18.014
    9   HD21  LEU  47          HD23      LEU  47   1.687 -24.480  19.361
   10    H    LEU  47           HN       LEU  47  -0.406 -23.958  22.815
   11    HB3  LEU  47           HB1      LEU  47   2.214 -22.103  21.282

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   LYS  48           HA       LYS  48   4.321 -24.526  24.990
    2    HB2  LYS  48           HB2      LYS  48   4.155 -26.917  24.463
    3    HG2  LYS  48           HG2      LYS  48   7.087 -26.191  24.773
    4    HD2  LYS  48           HD2      LYS  48   5.656 -28.773  25.508
    5    HE2  LYS  48           HE2      LYS  48   8.572 -27.962  25.769
    6    HZ3  LYS  48           HZ1      LYS  48   8.873 -30.158  26.726
    7    HZ2  LYS  48           HZ2      LYS  48   8.397 -30.260  25.103
    8    HZ1  LYS  48           HZ3      LYS  48   7.282 -30.566  26.336
    9    H    LYS  48           HN       LYS  48   3.761 -25.163  22.164
   10    HB3  LYS  48           HB1      LYS  48   5.298 -26.745  23.132
   11    HG3  LYS  48           HG1      LYS  48   5.922 -26.391  26.085
   12    HD3  LYS  48           HD1      LYS  48   6.768 -28.582  24.148
   13    HE3  LYS  48           HE1      LYS  48   7.453 -28.270  27.096

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   PHE  49           HA       PHE  49   8.055 -22.540  23.624
    2    HB2  PHE  49           HB2      PHE  49   6.013 -20.275  23.845
    3    HD1  PHE  49           HD1      PHE  49   8.206 -21.629  21.136
    4    HD2  PHE  49           HD2      PHE  49   4.212 -20.769  22.369
    5    HE1  PHE  49           HE1      PHE  49   7.389 -22.224  18.905
    6    HE2  PHE  49           HE2      PHE  49   3.407 -21.370  20.121
    7    HZ   PHE  49           HZ       PHE  49   4.990 -22.100  18.390
    8    H    PHE  49           HN       PHE  49   5.513 -22.721  25.106
    9    HB3  PHE  49           HB1      PHE  49   7.635 -20.112  23.180

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   ARG  50           HA       ARG  50   9.300 -21.696  27.795
    2    HB2  ARG  50           HB2      ARG  50  11.868 -21.064  26.278
    3    HG2  ARG  50           HG2      ARG  50  11.160 -23.761  27.448
    4    HD2  ARG  50           HD2      ARG  50  13.531 -22.720  25.863
    5    HE   ARG  50           HE       ARG  50  13.230 -25.560  26.550
    6   HH11  ARG  50          HH11      ARG  50  13.508 -23.135  24.007
    7   HH12  ARG  50          HH12      ARG  50  13.968 -24.298  22.804
    8   HH21  ARG  50          HH21      ARG  50  13.832 -27.056  24.983
    9   HH22  ARG  50          HH22      ARG  50  14.143 -26.526  23.360
   10    H    ARG  50           HN       ARG  50   9.727 -21.941  24.965
   11    HB3  ARG  50           HB1      ARG  50  11.732 -21.468  27.984
   12    HG3  ARG  50           HG1      ARG  50  11.070 -23.382  25.725
   13    HD3  ARG  50           HD1      ARG  50  13.544 -23.421  27.484

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   PRO  51           HA       PRO  51   8.882 -17.262  28.451
    2    HB2  PRO  51           HB2      PRO  51  11.170 -17.477  30.407
    3    HG2  PRO  51           HG2      PRO  51  10.127 -19.144  31.681
    4    HD2  PRO  51           HD2      PRO  51  10.893 -20.356  29.836
    5    HB3  PRO  51           HB1      PRO  51   9.565 -16.760  30.629
    6    HG3  PRO  51           HG1      PRO  51   8.537 -18.849  30.947
    7    HD3  PRO  51           HD1      PRO  51   9.157 -20.721  29.709

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   ASP  52           HA       ASP  52  13.278 -15.790  27.461
    2    HB2  ASP  52           HB2      ASP  52  15.506 -16.887  27.598
    3    H    ASP  52           HN       ASP  52  12.285 -18.347  28.396
    4    HB3  ASP  52           HB1      ASP  52  14.585 -17.033  29.086

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   ASP  53           HA       ASP  53  13.274 -18.054  23.339
    2    HB2  ASP  53           HB2      ASP  53  10.671 -19.458  24.090
    3    H    ASP  53           HN       ASP  53  11.899 -18.383  25.880
    4    HB3  ASP  53           HB1      ASP  53  11.352 -19.451  22.468

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   LEU  54           HA       LEU  54   9.445 -15.323  22.753
    2    HB2  LEU  54           HB2      LEU  54   8.584 -15.435  25.671
    3    HG   LEU  54           HG       LEU  54   8.566 -17.706  24.538
    4   HD11  LEU  54          HD11      LEU  54   7.103 -17.217  26.425
    5   HD13  LEU  54          HD12      LEU  54   6.321 -18.302  25.279
    6   HD12  LEU  54          HD13      LEU  54   5.863 -16.596  25.329
    7   HD21  LEU  54          HD21      LEU  54   8.058 -16.989  22.247
    8   HD23  LEU  54          HD22      LEU  54   6.455 -16.451  22.749
    9   HD22  LEU  54          HD23      LEU  54   6.873 -18.163  22.816
   10    H    LEU  54           HN       LEU  54  10.774 -16.511  25.109
   11    HB3  LEU  54           HB1      LEU  54   7.610 -14.822  24.334

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   GLN  55           HA       GLN  55  11.184 -11.375  23.633
    2    HB2  GLN  55           HB2      GLN  55  10.240 -10.996  21.422
    3    HG2  GLN  55           HG2      GLN  55   9.244  -8.751  23.191
    4   HE21  GLN  55          HE21      GLN  55  11.375  -8.463  20.476
    5   HE22  GLN  55          HE22      GLN  55  10.282  -7.620  19.443
    6    H    GLN  55           HN       GLN  55   9.289 -13.129  22.526
    7    HB3  GLN  55           HB1      GLN  55   8.617 -10.838  22.087
    8    HG3  GLN  55           HG1      GLN  55  10.906  -8.923  22.627

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   ALA  56           HA       ALA  56   7.285  -9.889  26.208
    2    HB2  ALA  56           HB1      ALA  56   5.517 -11.520  25.590
    3    HB3  ALA  56           HB2      ALA  56   5.551 -11.242  27.333
    4    HB1  ALA  56           HB3      ALA  56   6.242 -12.720  26.653
    5    H    ALA  56           HN       ALA  56   7.835 -12.100  24.570

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   THR  57           HA       THR  57   9.195 -12.227  29.743
    2    HB   THR  57           HB       THR  57   8.859 -14.786  29.997
    3    HG1  THR  57           HG1      THR  57   9.024 -14.871  27.480
    4   HG23  THR  57          HG21      THR  57   7.136 -13.183  30.629
    5   HG22  THR  57          HG22      THR  57   6.391 -14.576  29.836
    6   HG21  THR  57          HG23      THR  57   6.598 -13.063  28.955
    7    H    THR  57           HN       THR  57   9.052 -12.840  26.854

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   TYR  58           HA       TYR  58  13.256 -13.906  28.051
    2    HB2  TYR  58           HB2      TYR  58  13.043 -12.459  25.934
    3    HD1  TYR  58           HD1      TYR  58  14.593 -14.642  26.177
    4    HD2  TYR  58           HD2      TYR  58  15.962 -10.646  26.768
    5    HE1  TYR  58           HE1      TYR  58  16.878 -15.372  25.708
    6    HE2  TYR  58           HE2      TYR  58  18.268 -11.373  26.294
    7    HH   TYR  58           HH       TYR  58  19.614 -13.443  26.364
    8    H    TYR  58           HN       TYR  58  11.199 -11.983  27.506
    9    HB3  TYR  58           HB1      TYR  58  13.616 -11.100  26.903

  No H/Q in entry =           9
  In of MODEL   19
    1    HA3  GLY  59           HA2      GLY  59  14.729 -13.427  32.167
    2    H    GLY  59           HN       GLY  59  13.393 -13.995  30.292
    3    HA2  GLY  59           HA1      GLY  59  14.756 -11.750  31.653

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   ALA  60           HA       ALA  60  10.716 -11.907  33.908
    2    HB2  ALA  60           HB1      ALA  60   9.340 -12.105  31.877
    3    HB3  ALA  60           HB2      ALA  60   8.503 -12.767  33.278
    4    HB1  ALA  60           HB3      ALA  60   9.238 -13.854  32.095
    5    H    ALA  60           HN       ALA  60  11.736 -13.556  31.700

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   THR  61           HA       THR  61  10.996 -15.268  36.774
    2    HB   THR  61           HB       THR  61   9.865 -14.472  38.978
    3    HG1  THR  61           HG1      THR  61   9.646 -12.028  38.803
    4   HG21  THR  61          HG21      THR  61  12.042 -12.722  37.769
    5   HG23  THR  61          HG22      THR  61  12.298 -14.240  38.633
    6   HG22  THR  61          HG23      THR  61  11.649 -12.838  39.487
    7    H    THR  61           HN       THR  61  10.084 -12.683  35.869

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   PRO  62           HA       PRO  62   7.341 -17.709  36.089
    2    HB2  PRO  62           HB2      PRO  62   7.218 -19.342  38.311
    3    HG2  PRO  62           HG2      PRO  62   8.711 -18.138  39.672
    4    HD2  PRO  62           HD2      PRO  62  10.280 -16.649  38.784
    5    HB3  PRO  62           HB1      PRO  62   8.406 -19.541  37.016
    6    HG3  PRO  62           HG1      PRO  62   9.812 -19.294  38.893
    7    HD3  PRO  62           HD1      PRO  62  10.632 -17.691  37.386

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   GLU  63           HA       GLU  63   4.719 -16.069  39.869
    2    HB2  GLU  63           HB2      GLU  63   5.136 -14.009  41.170
    3    HG2  GLU  63           HG2      GLU  63   7.822 -13.836  39.768
    4    H    GLU  63           HN       GLU  63   7.424 -15.812  39.022
    5    HB3  GLU  63           HB1      GLU  63   6.477 -15.140  41.342
    6    HG3  GLU  63           HG1      GLU  63   6.467 -12.747  39.472

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLN  64           HA       GLN  64   4.179 -12.236  36.924
    2    HB2  GLN  64           HB2      GLN  64   6.694 -12.937  35.339
    3    HG2  GLN  64           HG2      GLN  64   6.170 -10.666  37.269
    4   HE21  GLN  64          HE21      GLN  64   7.713  -9.040  37.391
    5   HE22  GLN  64          HE22      GLN  64   8.878  -8.754  36.148
    6    H    GLN  64           HN       GLN  64   6.331 -14.052  37.497
    7    HB3  GLN  64           HB1      GLN  64   5.632 -11.575  35.009
    8    HG3  GLN  64           HG1      GLN  64   7.333 -11.971  37.473

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   LEU  65           HA       LEU  65   3.368 -15.502  33.518
    2    HB2  LEU  65           HB2      LEU  65   5.113 -17.638  34.861
    3    HG   LEU  65           HG       LEU  65   6.552 -15.715  34.260
    4   HD13  LEU  65          HD11      LEU  65   8.123 -16.833  32.766
    5   HD12  LEU  65          HD12      LEU  65   6.891 -18.021  32.328
    6   HD11  LEU  65          HD13      LEU  65   7.496 -17.942  33.986
    7   HD23  LEU  65          HD21      LEU  65   5.380 -15.972  31.482
    8   HD22  LEU  65          HD22      LEU  65   6.732 -14.939  31.954
    9   HD21  LEU  65          HD23      LEU  65   5.134 -14.642  32.619
   10    H    LEU  65           HN       LEU  65   5.008 -15.401  35.989
   11    HB3  LEU  65           HB1      LEU  65   4.462 -17.678  33.221

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ARG  66           HA       ARG  66   0.381 -17.385  36.335
    2    HB2  ARG  66           HB2      ARG  66   1.136 -15.526  38.640
    3    HG2  ARG  66           HG2      ARG  66   1.701 -18.495  38.365
    4    HD2  ARG  66           HD2      ARG  66   2.763 -18.314  40.568
    5    HE   ARG  66           HE       ARG  66   0.495 -18.932  40.854
    6   HH11  ARG  66          HH11      ARG  66   0.963 -15.472  41.297
    7   HH12  ARG  66          HH12      ARG  66  -0.543 -15.252  42.128
    8   HH21  ARG  66          HH21      ARG  66  -1.513 -18.606  41.911
    9   HH22  ARG  66          HH22      ARG  66  -1.946 -17.020  42.455
   10    H    ARG  66           HN       ARG  66   2.500 -15.328  36.491
   11    HB3  ARG  66           HB1      ARG  66  -0.091 -16.795  38.685
   12    HG3  ARG  66           HG1      ARG  66   2.904 -17.205  38.366
   13    HD3  ARG  66           HD1      ARG  66   2.310 -16.611  40.674

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   GLU  67           HA       GLU  67  -1.698 -13.117  36.447
    2    HB2  GLU  67           HB2      GLU  67   0.783 -11.358  36.622
    3    HG2  GLU  67           HG2      GLU  67  -1.190 -12.125  38.786
    4    H    GLU  67           HN       GLU  67   1.052 -13.905  36.832
    5    HB3  GLU  67           HB1      GLU  67  -0.888 -10.798  36.686
    6    HG3  GLU  67           HG1      GLU  67   0.525 -12.532  38.739

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ILE  68           HA       ILE  68  -0.990 -12.694  32.095
    2    HB   ILE  68           HB       ILE  68  -1.780 -15.609  32.598
    3   HD11  ILE  68          HD11      ILE  68   0.562 -16.852  31.089
    4   HD13  ILE  68          HD12      ILE  68   0.249 -17.230  32.790
    5   HD12  ILE  68          HD13      ILE  68   1.833 -16.640  32.291
    6    H    ILE  68           HN       ILE  68  -2.208 -13.877  34.509

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLU  69           HA       GLU  69  -5.290 -12.803  30.745
    2    HB2  GLU  69           HB2      GLU  69  -4.926 -10.517  31.747
    3    HG2  GLU  69           HG2      GLU  69  -6.419 -10.252  29.129
    4    H    GLU  69           HN       GLU  69  -2.451 -11.957  30.647
    5    HB3  GLU  69           HB1      GLU  69  -4.253  -9.969  30.221
    6    HG3  GLU  69           HG1      GLU  69  -7.097 -10.974  30.589

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ILE  70           HA       ILE  70  -4.535 -13.215  26.385
    2    HB   ILE  70           HB       ILE  70  -7.538 -12.675  26.311
    3   HD13  ILE  70          HD11      ILE  70  -5.975 -16.571  27.179
    4   HD12  ILE  70          HD12      ILE  70  -4.866 -15.202  27.201
    5   HD11  ILE  70          HD13      ILE  70  -5.466 -15.830  25.662
    6    H    ILE  70           HN       ILE  70  -6.337 -12.516  28.547

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   SER  71           HA       SER  71  -3.328  -9.434  24.808
    2    HB2  SER  71           HB2      SER  71  -3.155  -9.278  22.314
    3    HG   SER  71           HG       SER  71  -4.601 -11.722  22.277
    4    H    SER  71           HN       SER  71  -4.357 -11.973  24.368
    5    HB3  SER  71           HB1      SER  71  -2.637 -10.847  22.930

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   PRO  72           HA       PRO  72  -6.700  -6.426  24.334
    2    HB2  PRO  72           HB2      PRO  72  -5.443  -4.417  22.902
    3    HG2  PRO  72           HG2      PRO  72  -3.519  -5.665  22.295
    4    HD2  PRO  72           HD2      PRO  72  -2.793  -7.507  23.576
    5    HB3  PRO  72           HB1      PRO  72  -5.181  -4.705  24.630
    6    HG3  PRO  72           HG1      PRO  72  -2.985  -4.853  23.785
    7    HD3  PRO  72           HD1      PRO  72  -3.324  -6.779  25.110

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   SER  73           HA       SER  73  -7.192  -7.112  19.673
    2    HB2  SER  73           HB2      SER  73  -4.842  -9.030  19.365
    3    HG   SER  73           HG       SER  73  -5.147  -6.274  18.943
    4    H    SER  73           HN       SER  73  -5.073  -7.799  21.559
    5    HB3  SER  73           HB1      SER  73  -5.908  -8.483  18.067

  No H/Q in entry =           5
  In of MODEL   19
    1    HA3  GLY  74           HA2      GLY  74  -7.849 -11.409  22.611
    2    H    GLY  74           HN       GLY  74  -6.393  -9.730  21.854
    3    HA2  GLY  74           HA1      GLY  74  -8.890 -11.150  21.223

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   LEU  75           HA       LEU  75  -6.093 -14.014  19.044
    2    HB2  LEU  75           HB2      LEU  75  -4.285 -11.678  18.410
    3    HG   LEU  75           HG       LEU  75  -6.411 -12.004  17.084
    4   HD12  LEU  75          HD11      LEU  75  -5.367 -11.717  14.876
    5   HD11  LEU  75          HD12      LEU  75  -3.825 -12.279  15.527
    6   HD13  LEU  75          HD13      LEU  75  -4.540 -10.778  16.120
    7   HD21  LEU  75          HD21      LEU  75  -6.490 -14.460  17.149
    8   HD23  LEU  75          HD22      LEU  75  -5.033 -14.552  16.155
    9   HD22  LEU  75          HD23      LEU  75  -6.519 -13.878  15.486
   10    H    LEU  75           HN       LEU  75  -5.895 -11.278  19.959
   11    HB3  LEU  75           HB1      LEU  75  -3.790 -13.295  17.928

  No H/Q in entry =          11
  In of MODEL   19
    1    HA3  GLY  76           HA2      GLY  76  -2.115 -14.742  21.308
    2    H    GLY  76           HN       GLY  76  -3.268 -12.230  20.365
    3    HA2  GLY  76           HA1      GLY  76  -1.335 -13.167  21.249

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   VAL  77           HA       VAL  77  -2.569 -13.022  25.474
    2    HB   VAL  77           HB       VAL  77  -0.632 -14.885  25.222
    3    H    VAL  77           HN       VAL  77  -0.658 -12.823  23.235

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   TYR  78           HA       TYR  78   0.083  -9.569  26.889
    2    HB2  TYR  78           HB2      TYR  78  -2.140  -8.615  26.139
    3    HD1  TYR  78           HD1      TYR  78  -2.451  -7.575  29.629
    4    HD2  TYR  78           HD2      TYR  78  -0.382  -6.810  25.968
    5    HE1  TYR  78           HE1      TYR  78  -1.746  -5.384  30.489
    6    HE2  TYR  78           HE2      TYR  78   0.321  -4.619  26.826
    7    HH   TYR  78           HH       TYR  78  -0.054  -3.707  30.119
    8    H    TYR  78           HN       TYR  78  -1.822 -11.715  27.336
    9    HB3  TYR  78           HB1      TYR  78  -2.825  -9.020  27.709

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   PHE  79           HA       PHE  79   0.380 -11.297  31.018
    2    HB2  PHE  79           HB2      PHE  79   3.223 -10.626  30.150
    3    HD1  PHE  79           HD1      PHE  79   0.557 -13.084  29.986
    4    HD2  PHE  79           HD2      PHE  79   4.643 -12.533  29.578
    5    HE1  PHE  79           HE1      PHE  79   0.761 -15.246  28.890
    6    HE2  PHE  79           HE2      PHE  79   4.798 -14.699  28.469
    7    HZ   PHE  79           HZ       PHE  79   2.880 -16.075  28.131
    8    H    PHE  79           HN       PHE  79   1.399 -10.240  28.516
    9    HB3  PHE  79           HB1      PHE  79   2.789 -11.472  31.631

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   GLU  80           HA       GLU  80  -0.262  -7.313  32.549
    2    HB2  GLU  80           HB2      GLU  80  -1.953  -8.697  33.721
    3    HG2  GLU  80           HG2      GLU  80  -0.691  -6.658  35.586
    4    H    GLU  80           HN       GLU  80   0.056 -10.148  32.866
    5    HB3  GLU  80           HB1      GLU  80  -0.783  -9.073  34.982
    6    HG3  GLU  80           HG1      GLU  80  -1.906  -6.318  34.355

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   THR  81           HA       THR  81   2.672  -7.331  36.424
    2    HB   THR  81           HB       THR  81   4.389  -9.752  35.809
    3    HG1  THR  81           HG1      THR  81   2.087  -9.940  37.433
    4   HG23  THR  81          HG21      THR  81   4.679  -9.827  38.239
    5   HG22  THR  81          HG22      THR  81   3.545  -8.493  38.446
    6   HG21  THR  81          HG23      THR  81   5.095  -8.218  37.643
    7    H    THR  81           HN       THR  81   1.792  -9.349  34.658

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   LEU  82           HA       LEU  82   6.093  -6.424  33.372
    2    HB2  LEU  82           HB2      LEU  82   6.720  -7.811  31.204
    3    HG   LEU  82           HG       LEU  82   4.537  -9.233  31.222
    4   HD12  LEU  82          HD11      LEU  82   7.169 -10.738  31.177
    5   HD11  LEU  82          HD12      LEU  82   6.482  -9.821  29.829
    6   HD13  LEU  82          HD13      LEU  82   5.646 -11.253  30.437
    7   HD23  LEU  82          HD21      LEU  82   5.993 -10.701  33.440
    8   HD22  LEU  82          HD22      LEU  82   4.533 -11.250  32.604
    9   HD21  LEU  82          HD23      LEU  82   4.479  -9.806  33.610
   10    H    LEU  82           HN       LEU  82   3.683  -8.128  33.249
   11    HB3  LEU  82           HB1      LEU  82   7.039  -8.475  32.795

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   GLU  83           HA       GLU  83   1.666  -5.680  30.618
    2    HB2  GLU  83           HB2      GLU  83   3.791  -3.527  30.949
    3    HG2  GLU  83           HG2      GLU  83   0.904  -3.647  31.857
    4    H    GLU  83           HN       GLU  83   2.949  -6.672  32.192
    5    HB3  GLU  83           HB1      GLU  83   2.386  -3.302  29.907
    6    HG3  GLU  83           HG1      GLU  83   2.322  -3.814  32.895

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   GLU  84           HA       GLU  84   4.318  -6.467  26.975
    2    HB2  GLU  84           HB2      GLU  84   6.236  -6.962  28.707
    3    HG2  GLU  84           HG2      GLU  84   7.789  -7.867  27.021
    4    H    GLU  84           HN       GLU  84   3.628  -7.564  29.652
    5    HB3  GLU  84           HB1      GLU  84   5.931  -8.655  28.335
    6    HG3  GLU  84           HG1      GLU  84   6.431  -8.218  25.962

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   ASP  85           HA       ASP  85   1.847  -9.872  25.763
    2    HB2  ASP  85           HB2      ASP  85   0.759  -9.226  23.712
    3    H    ASP  85           HN       ASP  85   3.808  -7.728  25.222
    4    HB3  ASP  85           HB1      ASP  85   1.133  -7.732  24.555

  No H/Q in entry =           4
  In of MODEL   19
    1    HA   VAL  86           HA       VAL  86   4.098 -12.234  22.602
    2    HB   VAL  86           HB       VAL  86   2.409 -14.402  23.998
    3    H    VAL  86           HN       VAL  86   1.739 -11.689  24.330

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   SER  87           HA       SER  87   0.715 -11.897  19.727
    2    HB2  SER  87           HB2      SER  87   3.272 -11.929  18.069
    3    HG   SER  87           HG       SER  87   2.507 -10.122  19.736
    4    H    SER  87           HN       SER  87   3.443 -11.957  20.564
    5    HB3  SER  87           HB1      SER  87   1.668 -11.490  17.473

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   LEU  88           HA       LEU  88   0.207 -16.262  19.354
    2    HB2  LEU  88           HB2      LEU  88  -2.131 -15.329  19.656
    3    HG   LEU  88           HG       LEU  88  -1.915 -17.723  17.803
    4   HD12  LEU  88          HD11      LEU  88  -2.204 -17.574  20.820
    5   HD11  LEU  88          HD12      LEU  88  -0.721 -17.966  19.942
    6   HD13  LEU  88          HD13      LEU  88  -2.107 -19.042  19.847
    7   HD23  LEU  88          HD21      LEU  88  -4.317 -16.830  19.441
    8   HD22  LEU  88          HD22      LEU  88  -4.198 -18.305  18.480
    9   HD21  LEU  88          HD23      LEU  88  -4.180 -16.737  17.684
   10    H    LEU  88           HN       LEU  88  -0.561 -13.571  19.197
   11    HB3  LEU  88           HB1      LEU  88  -2.259 -15.217  17.917

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ILE  89           HA       ILE  89  -0.365 -16.284  14.562
    2    HB   ILE  89           HB       ILE  89   0.136 -13.291  14.189
    3   HD12  ILE  89          HD11      ILE  89  -2.553 -15.963  14.639
    4   HD11  ILE  89          HD12      ILE  89  -2.801 -15.428  12.973
    5   HD13  ILE  89          HD13      ILE  89  -3.866 -14.850  14.253
    6    H    ILE  89           HN       ILE  89  -0.549 -14.278  16.523

  No H/Q in entry =           6
  In of MODEL   19
    1    HA3  GLY  90           HA2      GLY  90   4.287 -14.699  14.425
    2    H    GLY  90           HN       GLY  90   2.029 -14.088  15.961
    3    HA2  GLY  90           HA1      GLY  90   4.310 -14.203  16.118

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   LEU  91           HA       LEU  91   4.976 -18.311  17.620
    2    HB2  LEU  91           HB2      LEU  91   2.028 -18.450  18.369
    3    HG   LEU  91           HG       LEU  91   3.087 -16.591  19.574
    4   HD13  LEU  91          HD11      LEU  91   2.620 -17.330  21.875
    5   HD12  LEU  91          HD12      LEU  91   2.624 -19.015  21.341
    6   HD11  LEU  91          HD13      LEU  91   1.396 -17.897  20.739
    7   HD23  LEU  91          HD21      LEU  91   4.995 -17.008  21.124
    8   HD22  LEU  91          HD22      LEU  91   5.426 -17.208  19.428
    9   HD21  LEU  91          HD23      LEU  91   5.168 -18.628  20.449
   10    H    LEU  91           HN       LEU  91   2.925 -16.372  17.278
   11    HB3  LEU  91           HB1      LEU  91   3.259 -19.565  18.946

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   LEU  92           HA       LEU  92   2.075 -20.917  14.769
    2    HB2  LEU  92           HB2      LEU  92   0.609 -18.471  13.703
    3    HG   LEU  92           HG       LEU  92  -0.077 -19.060  16.052
    4   HD11  LEU  92          HD11      LEU  92  -1.662 -17.975  14.562
    5   HD13  LEU  92          HD12      LEU  92  -2.489 -19.099  15.637
    6   HD12  LEU  92          HD13      LEU  92  -2.208 -19.540  13.949
    7   HD22  LEU  92          HD21      LEU  92  -1.286 -21.154  16.489
    8   HD21  LEU  92          HD22      LEU  92   0.377 -21.471  16.002
    9   HD23  LEU  92          HD23      LEU  92  -0.942 -21.716  14.852
   10    H    LEU  92           HN       LEU  92   2.006 -18.232  15.735
   11    HB3  LEU  92           HB1      LEU  92   0.282 -20.132  13.219

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   GLU  93           HA       GLU  93   4.424 -18.838  11.117
    2    HB2  GLU  93           HB2      GLU  93   5.242 -16.388  12.766
    3    HG2  GLU  93           HG2      GLU  93   2.879 -16.248  11.999
    4    H    GLU  93           HN       GLU  93   3.444 -17.870  13.663
    5    HB3  GLU  93           HB1      GLU  93   5.741 -16.701  11.105
    6    HG3  GLU  93           HG1      GLU  93   3.930 -15.014  11.311

  No H/Q in entry =           6
  In of MODEL   19
    1    HA3  GLY  94           HA2      GLY  94   7.154 -20.357  15.289
    2    H    GLY  94           HN       GLY  94   5.423 -18.995  14.422
    3    HA2  GLY  94           HA1      GLY  94   8.007 -20.262  13.760

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   ARG  95           HA       ARG  95   9.632 -16.269  15.193
    2    HB2  ARG  95           HB2      ARG  95   8.330 -15.270  13.221
    3    HG2  ARG  95           HG2      ARG  95   9.013 -13.345  15.458
    4    HD2  ARG  95           HD2      ARG  95   7.662 -12.181  13.807
    5    HE   ARG  95           HE       ARG  95   8.983 -13.771  11.870
    6   HH11  ARG  95          HH11      ARG  95   7.768 -10.481  12.242
    7   HH12  ARG  95          HH12      ARG  95   7.395 -10.314  10.558
    8   HH21  ARG  95          HH21      ARG  95   8.481 -13.527   9.685
    9   HH22  ARG  95          HH22      ARG  95   7.812 -12.036   9.104
   10    H    ARG  95           HN       ARG  95   7.079 -17.214  14.206
   11    HB3  ARG  95           HB1      ARG  95   7.171 -14.648  14.394
   12    HG3  ARG  95           HG1      ARG  95  10.114 -13.929  14.207
   13    HD3  ARG  95           HD1      ARG  95   9.352 -11.680  13.665

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   ARG  96           HA       ARG  96   7.471 -16.590  19.194
    2    HB2  ARG  96           HB2      ARG  96  10.428 -17.166  19.579
    3    HG2  ARG  96           HG2      ARG  96   8.036 -19.016  19.857
    4    HD2  ARG  96           HD2      ARG  96  10.144 -19.550  21.181
    5    HE   ARG  96           HE       ARG  96  11.519 -19.078  18.861
    6   HH11  ARG  96          HH11      ARG  96  11.263 -21.763  21.092
    7   HH12  ARG  96          HH12      ARG  96  12.762 -22.465  20.603
    8   HH21  ARG  96          HH21      ARG  96  13.475 -20.031  18.200
    9   HH22  ARG  96          HH22      ARG  96  14.016 -21.491  18.956
   10    H    ARG  96           HN       ARG  96   9.609 -16.924  17.355
   11    HB3  ARG  96           HB1      ARG  96   9.257 -17.197  20.898
   12    HG3  ARG  96           HG1      ARG  96   9.057 -18.936  18.416
   13    HD3  ARG  96           HD1      ARG  96   9.574 -20.799  20.070

  No H/Q in entry =          13
  In of MODEL   19
    1    HA3  GLY  97           HA2      GLY  97   8.936 -12.299  19.660
    2    H    GLY  97           HN       GLY  97  10.242 -14.632  18.401
    3    HA2  GLY  97           HA1      GLY  97  10.664 -12.583  19.918

  No H/Q in entry =           3
  In of MODEL   19
    1    HA   SER  98           HA       SER  98   9.453 -10.224  15.898
    2    HB2  SER  98           HB2      SER  98   9.208  -8.181  17.230
    3    HG   SER  98           HG       SER  98   9.832  -6.983  15.627
    4    H    SER  98           HN       SER  98   9.692 -10.266  18.635
    5    HB3  SER  98           HB1      SER  98  10.913  -8.196  17.656

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   ALA  99           HA       ALA  99  12.920 -12.003  14.068
    2    HB3  ALA  99           HB1      ALA  99  12.370  -9.802  12.055
    3    HB1  ALA  99           HB2      ALA  99  11.591 -11.385  12.089
    4    HB2  ALA  99           HB3      ALA  99  13.323 -11.257  11.756
    5    H    ALA  99           HN       ALA  99  10.823 -10.182  14.106

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   LYS 100           HA       LYS 100  15.841  -8.099  14.199
    2    HB2  LYS 100           HB2      LYS 100  14.193  -6.252  14.050
    3    HG2  LYS 100           HG2      LYS 100  16.093  -5.882  16.388
    4    HD2  LYS 100           HD2      LYS 100  14.788  -3.784  14.623
    5    HE2  LYS 100           HE2      LYS 100  16.613  -3.460  17.028
    6    HZ2  LYS 100           HZ1      LYS 100  16.501  -1.129  16.486
    7    HZ1  LYS 100           HZ2      LYS 100  14.949  -1.717  16.802
    8    HZ3  LYS 100           HZ3      LYS 100  15.437  -1.436  15.207
    9    H    LYS 100           HN       LYS 100  13.052  -8.487  14.357
   10    HB3  LYS 100           HB1      LYS 100  13.769  -6.493  15.741
   11    HG3  LYS 100           HG1      LYS 100  16.462  -5.584  14.683
   12    HD3  LYS 100           HD1      LYS 100  14.351  -4.110  16.304
   13    HE3  LYS 100           HE1      LYS 100  17.083  -3.176  15.349

  No H/Q in entry =          13
  In of MODEL   19
    1    HA   TRP 101           HA       TRP 101  15.635  -8.409  19.114
    2    HB2  TRP 101           HB2      TRP 101  13.275  -8.168  19.665
    3    HD1  TRP 101           HD1      TRP 101  14.375  -8.169  22.147
    4    HE1  TRP 101           HE1      TRP 101  14.461  -9.965  23.987
    5    HE3  TRP 101           HE3      TRP 101  12.983 -12.255  19.385
    6    HZ2  TRP 101           HZ2      TRP 101  13.994 -12.730  24.233
    7    HZ3  TRP 101           HZ3      TRP 101  12.822 -14.440  20.510
    8    HH2  TRP 101           HH2      TRP 101  13.319 -14.669  22.892
    9    H    TRP 101           HN       TRP 101  13.714  -8.350  17.086
   10    HB3  TRP 101           HB1      TRP 101  12.883  -9.730  18.955

  No H/Q in entry =          10
  In of MODEL   19
    1    HA   MET 102           HA       MET 102  15.628 -13.185  18.481
    2    HB2  MET 102           HB2      MET 102  13.810 -12.837  16.218
    3    HG2  MET 102           HG2      MET 102  14.363 -15.471  17.556
    4    HE1  MET 102           HE1      MET 102  13.526 -15.971  14.784
    5    HE3  MET 102           HE2      MET 102  12.964 -14.323  14.489
    6    HE2  MET 102           HE3      MET 102  11.855 -15.677  14.298
    7    H    MET 102           HN       MET 102  14.448 -11.000  17.064
    8    HB3  MET 102           HB1      MET 102  15.028 -14.029  15.809
    9    HG3  MET 102           HG1      MET 102  13.473 -14.194  18.377

  No H/Q in entry =           9
  In of MODEL   19
    1    HA   ALA 103           HA       ALA 103  19.128 -12.528  15.353
    2    HB2  ALA 103           HB1      ALA 103  19.755 -10.521  14.052
    3    HB1  ALA 103           HB2      ALA 103  18.402  -9.633  14.763
    4    HB3  ALA 103           HB3      ALA 103  18.093 -11.012  13.708
    5    H    ALA 103           HN       ALA 103  16.764 -10.980  16.061

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   GLU 104           HA       GLU 104  20.925  -9.155  18.291
    2    HB2  GLU 104           HB2      GLU 104  18.267  -8.333  19.541
    3    HG2  GLU 104           HG2      GLU 104  19.807  -6.908  17.371
    4    H    GLU 104           HN       GLU 104  18.232  -9.860  17.477
    5    HB3  GLU 104           HB1      GLU 104  19.823  -7.527  19.754
    6    HG3  GLU 104           HG1      GLU 104  18.275  -7.719  17.161

  No H/Q in entry =           6
  In of MODEL   19
    1    HA   HIS 105           HA       HIS 105  20.040 -12.209  21.670
    2    HB2  HIS 105           HB2      HIS 105  17.026 -11.707  21.943
    3    HD1  HIS 105           HD1      HIS 105  19.873 -10.386  24.063
    4    HD2  HIS 105           HD2      HIS 105  16.813  -8.968  21.647
    5    HE1  HIS 105           HE1      HIS 105  19.977  -7.894  24.250
    6    HE2  HIS 105           HE2      HIS 105  17.966  -7.078  22.982
    7    H    HIS 105           HN       HIS 105  18.431 -11.284  19.394
    8    HB3  HIS 105           HB1      HIS 105  18.133 -12.236  23.210

  No H/Q in entry =           8
  In of MODEL   19
    1    HA   PRO 106           HA       PRO 106  18.298 -15.617  19.012
    2    HB2  PRO 106           HB2      PRO 106  20.603 -16.732  18.134
    3    HG2  PRO 106           HG2      PRO 106  22.183 -15.505  19.333
    4    HD2  PRO 106           HD2      PRO 106  21.547 -13.610  20.493
    5    HB3  PRO 106           HB1      PRO 106  19.915 -15.296  17.372
    6    HG3  PRO 106           HG1      PRO 106  22.045 -14.475  17.893
    7    HD3  PRO 106           HD1      PRO 106  20.895 -12.834  19.036

  No H/Q in entry =           7
  In of MODEL   19
    1    HA   LEU 107           HA       LEU 107  18.904 -18.570  22.158
    2    HB2  LEU 107           HB2      LEU 107  17.131 -19.698  19.985
    3    HG   LEU 107           HG       LEU 107  16.485 -19.047  22.882
    4   HD13  LEU 107          HD11      LEU 107  15.085 -17.205  22.027
    5   HD12  LEU 107          HD12      LEU 107  15.660 -17.530  20.388
    6   HD11  LEU 107          HD13      LEU 107  16.788 -16.963  21.620
    7   HD23  LEU 107          HD21      LEU 107  14.692 -19.966  20.623
    8   HD22  LEU 107          HD22      LEU 107  14.169 -19.529  22.250
    9   HD21  LEU 107          HD23      LEU 107  15.201 -20.935  22.008
   10    H    LEU 107           HN       LEU 107  18.369 -17.872  19.363
   11    HB3  LEU 107           HB1      LEU 107  17.535 -20.687  21.375

  No H/Q in entry =          11
  In of MODEL   19
    1    HA   ALA 108           HA       ALA 108  22.032 -21.575  21.315
    2    HB1  ALA 108           HB1      ALA 108  21.687 -21.925  23.737
    3    HB2  ALA 108           HB2      ALA 108  22.026 -23.450  22.915
    4    HB3  ALA 108           HB3      ALA 108  20.373 -23.051  23.394
    5    H    ALA 108           HN       ALA 108  19.673 -20.728  22.684

  No H/Q in entry =           5
  In of MODEL   19
    1    HA   SER 109           HA       SER 109  18.906 -24.726  19.427
    2    HB2  SER 109           HB2      SER 109  16.941 -24.424  20.925
    3    HG   SER 109           HG       SER 109  16.769 -25.025  18.337
    4    H    SER 109           HN       SER 109  18.653 -22.484  21.198
    5    HB3  SER 109           HB1      SER 109  16.500 -22.957  20.060

  No H/Q in entry =           5
  In of MODEL   20
    1    H1   MET   1           HT3      MET   1  -9.766  -9.779  -1.911
    2    H2   MET   1           HT2      MET   1 -10.876  -9.283  -0.742
    3    H3   MET   1           HT1      MET   1 -11.364  -9.444  -2.355
    4    HB3  MET   1           HB1      MET   1 -11.113  -5.786  -1.836
    5    HG3  MET   1           HG1      MET   1 -12.852  -8.077  -2.787
    6    HA   MET   1           HA       MET   1  -9.872  -7.670  -3.004
    7    HB2  MET   1           HB2      MET   1 -11.843  -6.992  -0.781
    8    HG2  MET   1           HG2      MET   1 -12.193  -6.772  -3.776
    9    HE1  MET   1           HE1      MET   1 -15.274  -7.550  -3.786
   10    HE3  MET   1           HE2      MET   1 -14.624  -6.220  -4.745
   11    HE2  MET   1           HE3      MET   1 -16.032  -5.961  -3.715

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   GLU   2           HA       GLU   2  -6.825  -7.440   0.308
    2    HB2  GLU   2           HB2      GLU   2  -5.403  -8.563  -2.134
    3    HG2  GLU   2           HG2      GLU   2  -6.840 -10.195  -0.949
    4    H    GLU   2           HN       GLU   2  -7.730  -8.085  -2.385
    5    HB3  GLU   2           HB1      GLU   2  -4.576  -8.189  -0.623
    6    HG3  GLU   2           HG1      GLU   2  -5.124 -10.586  -0.828

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   VAL   3           HA       VAL   3  -4.911  -3.613  -0.615
    2    HB   VAL   3           HB       VAL   3  -6.825  -3.232  -2.070
    3    H    VAL   3           HN       VAL   3  -6.803  -5.361   0.691

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   SER   4           HA       SER   4  -5.427  -3.495   3.940
    2    HB2  SER   4           HB2      SER   4  -3.173  -4.068   4.965
    3    HG   SER   4           HG       SER   4  -2.346  -3.740   2.455
    4    H    SER   4           HN       SER   4  -4.153  -4.289   1.529
    5    HB3  SER   4           HB1      SER   4  -3.882  -5.350   3.983

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ALA   5           HA       ALA   5  -3.661   0.588   4.344
    2    HB3  ALA   5           HB1      ALA   5  -5.142   2.243   3.262
    3    HB1  ALA   5           HB2      ALA   5  -6.399   1.014   3.072
    4    HB2  ALA   5           HB3      ALA   5  -4.868   0.857   2.205
    5    H    ALA   5           HN       ALA   5  -5.805  -1.425   4.399

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ASN   6           HA       ASN   6  -5.397   1.956   8.154
    2    HB2  ASN   6           HB2      ASN   6  -5.126   4.380   8.624
    3   HD21  ASN   6          HD21      ASN   6  -4.615   6.501   7.972
    4   HD22  ASN   6          HD22      ASN   6  -4.703   7.019   6.327
    5    H    ASN   6           HN       ASN   6  -4.267   2.545   5.625
    6    HB3  ASN   6           HB1      ASN   6  -3.692   3.698   7.872

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLU   7           HA       GLU   7  -9.297   4.224   6.386
    2    HB2  GLU   7           HB2      GLU   7  -9.941   4.497   3.969
    3    HG2  GLU   7           HG2      GLU   7  -7.119   3.526   3.413
    4    H    GLU   7           HN       GLU   7  -6.747   3.479   5.299
    5    HB3  GLU   7           HB1      GLU   7  -8.471   5.360   4.409
    6    HG3  GLU   7           HG1      GLU   7  -8.604   2.709   2.936

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LEU   8           HA       LEU   8 -10.495  -0.133   4.994
    2    HB2  LEU   8           HB2      LEU   8  -7.692  -0.686   4.076
    3    HG   LEU   8           HG       LEU   8  -8.740  -1.766   2.142
    4   HD12  LEU   8          HD11      LEU   8 -11.420  -1.152   3.406
    5   HD11  LEU   8          HD12      LEU   8 -10.663  -2.744   3.283
    6   HD13  LEU   8          HD13      LEU   8 -11.131  -1.879   1.821
    7   HD22  LEU   8          HD21      LEU   8  -9.798   0.181   1.092
    8   HD21  LEU   8          HD22      LEU   8  -8.360   0.642   1.997
    9   HD23  LEU   8          HD23      LEU   8  -9.961   0.965   2.668
   10    H    LEU   8           HN       LEU   8  -7.948   1.302   5.039
   11    HB3  LEU   8           HB1      LEU   8  -8.632  -2.082   4.548

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   GLU   9           HA       GLU   9  -8.152   0.401   9.531
    2    HB2  GLU   9           HB2      GLU   9  -9.850  -0.675  10.937
    3    HG2  GLU   9           HG2      GLU   9 -11.478  -1.329   8.486
    4    H    GLU   9           HN       GLU   9  -8.840   0.942   7.449
    5    HB3  GLU   9           HB1      GLU   9 -10.613   0.447   9.820
    6    HG3  GLU   9           HG1      GLU   9 -10.471  -2.525   9.293

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ALA  10           HA       ALA  10  -6.954  -3.667   7.424
    2    HB2  ALA  10           HB1      ALA  10  -4.335  -2.150   7.454
    3    HB1  ALA  10           HB2      ALA  10  -5.484  -2.238   6.117
    4    HB3  ALA  10           HB3      ALA  10  -4.641  -3.693   6.649
    5    H    ALA  10           HN       ALA  10  -6.585  -0.964   7.874

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ALA  11           HA       ALA  11  -3.868  -4.418  11.150
    2    HB1  ALA  11           HB1      ALA  11  -4.830  -1.939  12.623
    3    HB2  ALA  11           HB2      ALA  11  -3.288  -2.104  11.787
    4    HB3  ALA  11           HB3      ALA  11  -3.620  -3.087  13.214
    5    H    ALA  11           HN       ALA  11  -5.163  -2.147  10.093

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   SER  12           HA       SER  12  -7.827  -4.910  13.889
    2    HB2  SER  12           HB2      SER  12  -8.664  -2.579  13.943
    3    HG   SER  12           HG       SER  12 -11.081  -3.422  13.577
    4    H    SER  12           HN       SER  12  -6.972  -2.903  12.044
    5    HB3  SER  12           HB1      SER  12  -9.461  -2.815  12.387

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   SER  13           HA       SER  13 -10.332  -6.311   9.973
    2    HB2  SER  13           HB2      SER  13  -8.186  -5.261   8.085
    3    HG   SER  13           HG       SER  13  -9.440  -3.591   8.192
    4    H    SER  13           HN       SER  13  -8.209  -4.475  10.414
    5    HB3  SER  13           HB1      SER  13  -9.563  -6.240   7.566

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ARG  14           HA       ARG  14  -6.707  -9.320   8.904
    2    HB2  ARG  14           HB2      ARG  14  -4.610  -7.711  10.424
    3    HG2  ARG  14           HG2      ARG  14  -4.842  -6.798   8.199
    4    HD2  ARG  14           HD2      ARG  14  -4.615  -9.660   7.221
    5    HE   ARG  14           HE       ARG  14  -3.526  -7.566   5.886
    6   HH11  ARG  14          HH11      ARG  14  -6.405  -9.462   5.171
    7   HH12  ARG  14          HH12      ARG  14  -6.111  -9.463   3.457
    8   HH21  ARG  14          HH21      ARG  14  -3.161  -7.577   3.655
    9   HH22  ARG  14          HH22      ARG  14  -4.271  -8.398   2.603
   10    H    ARG  14           HN       ARG  14  -6.772  -6.628   9.730
   11    HB3  ARG  14           HB1      ARG  14  -4.331  -9.332   9.792
   12    HG3  ARG  14           HG1      ARG  14  -3.355  -7.746   8.274
   13    HD3  ARG  14           HD1      ARG  14  -5.990  -8.568   7.003

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   MET  15           HA       MET  15  -6.089 -10.118  13.721
    2    HB2  MET  15           HB2      MET  15  -7.096  -7.326  14.257
    3    HG2  MET  15           HG2      MET  15  -5.217  -7.147  15.711
    4    HE3  MET  15           HE1      MET  15  -1.717  -7.894  13.903
    5    HE2  MET  15           HE2      MET  15  -2.453  -8.975  15.085
    6    HE1  MET  15           HE3      MET  15  -2.462  -7.228  15.360
    7    H    MET  15           HN       MET  15  -6.295  -7.853  12.147
    8    HB3  MET  15           HB1      MET  15  -7.305  -8.539  15.512
    9    HG3  MET  15           HG1      MET  15  -4.969  -8.893  15.722

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   GLU  16           HA       GLU  16 -10.971 -10.050  14.071
    2    HB2  GLU  16           HB2      GLU  16 -11.579  -7.943  12.993
    3    HG2  GLU  16           HG2      GLU  16 -13.613  -8.442  11.757
    4    H    GLU  16           HN       GLU  16  -9.084  -8.496  12.698
    5    HB3  GLU  16           HB1      GLU  16 -11.188  -8.584  11.405
    6    HG3  GLU  16           HG1      GLU  16 -13.087 -10.106  11.494

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   MET  17           HA       MET  17 -11.190 -12.740  10.059
    2    HB2  MET  17           HB2      MET  17  -8.563 -11.696   8.909
    3    HG2  MET  17           HG2      MET  17 -10.404 -10.080   8.636
    4    HE2  MET  17           HE1      MET  17 -11.295 -13.542   6.841
    5    HE1  MET  17           HE2      MET  17 -11.391 -12.307   5.583
    6    HE3  MET  17           HE3      MET  17 -12.857 -13.107   6.148
    7    H    MET  17           HN       MET  17  -9.739 -10.415  10.746
    8    HB3  MET  17           HB1      MET  17  -9.560 -12.951   8.174
    9    HG3  MET  17           HG1      MET  17  -9.895 -10.770   7.096

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   LEU  18           HA       LEU  18  -6.979 -14.951  11.264
    2    HB2  LEU  18           HB2      LEU  18  -6.201 -12.641  13.076
    3    HG   LEU  18           HG       LEU  18  -5.696 -12.249  10.638
    4   HD13  LEU  18          HD11      LEU  18  -3.389 -11.529  10.951
    5   HD12  LEU  18          HD12      LEU  18  -3.242 -12.543  12.386
    6   HD11  LEU  18          HD13      LEU  18  -4.351 -11.174  12.386
    7   HD21  LEU  18          HD21      LEU  18  -5.323 -14.569   9.947
    8   HD23  LEU  18          HD22      LEU  18  -3.852 -14.640  10.923
    9   HD22  LEU  18          HD23      LEU  18  -3.941 -13.552   9.535
   10    H    LEU  18           HN       LEU  18  -7.907 -12.312  11.344
   11    HB3  LEU  18           HB1      LEU  18  -5.300 -14.148  12.986

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   GLN  19           HA       GLN  19  -8.732 -15.068  15.841
    2    HB2  GLN  19           HB2      GLN  19 -10.759 -12.937  15.080
    3    HG2  GLN  19           HG2      GLN  19  -8.931 -13.090  17.490
    4   HE21  GLN  19          HE21      GLN  19  -9.812 -10.275  15.643
    5   HE22  GLN  19          HE22      GLN  19 -10.767  -9.514  16.861
    6    H    GLN  19           HN       GLN  19  -8.841 -13.201  13.719
    7    HB3  GLN  19           HB1      GLN  19 -10.991 -13.947  16.504
    8    HG3  GLN  19           HG1      GLN  19  -8.593 -12.145  16.044

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   ARG  20           HA       ARG  20 -12.643 -16.973  14.056
    2    HB2  ARG  20           HB2      ARG  20 -14.285 -16.213  12.381
    3    HG2  ARG  20           HG2      ARG  20 -12.125 -14.275  11.553
    4    HD2  ARG  20           HD2      ARG  20 -13.985 -12.804  12.147
    5    HE   ARG  20           HE       ARG  20 -15.686 -14.598  10.516
    6   HH11  ARG  20          HH11      ARG  20 -15.452 -11.962  12.843
    7   HH12  ARG  20          HH12      ARG  20 -17.164 -11.907  13.114
    8   HH21  ARG  20          HH21      ARG  20 -17.923 -14.478  10.871
    9   HH22  ARG  20          HH22      ARG  20 -18.552 -13.331  12.007
   10    H    ARG  20           HN       ARG  20 -11.117 -14.614  13.244
   11    HB3  ARG  20           HB1      ARG  20 -13.827 -14.908  13.468
   12    HG3  ARG  20           HG1      ARG  20 -13.184 -15.265  10.542
   13    HD3  ARG  20           HD1      ARG  20 -13.801 -12.904  10.396

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   GLU  21           HA       GLU  21 -10.632 -18.646  10.150
    2    HB2  GLU  21           HB2      GLU  21  -9.722 -16.591   9.150
    3    HG2  GLU  21           HG2      GLU  21  -7.705 -17.361   7.983
    4    H    GLU  21           HN       GLU  21  -9.994 -16.456  12.031
    5    HB3  GLU  21           HB1      GLU  21  -8.325 -16.652  10.210
    6    HG3  GLU  21           HG1      GLU  21  -7.558 -18.716   9.105

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   TYR  22           HA       TYR  22  -6.693 -20.288  12.122
    2    HB2  TYR  22           HB2      TYR  22  -5.696 -17.613  13.157
    3    HD1  TYR  22           HD1      TYR  22  -5.670 -16.795  10.793
    4    HD2  TYR  22           HD2      TYR  22  -3.551 -20.330  11.928
    5    HE1  TYR  22           HE1      TYR  22  -4.397 -16.716   8.682
    6    HE2  TYR  22           HE2      TYR  22  -2.280 -20.246   9.826
    7    HH   TYR  22           HH       TYR  22  -2.242 -17.536   7.781
    8    H    TYR  22           HN       TYR  22  -7.746 -17.599  12.007
    9    HB3  TYR  22           HB1      TYR  22  -4.886 -19.118  13.576

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   SER  23           HA       SER  23  -8.504 -19.725  16.549
    2    HB2  SER  23           HB2      SER  23  -6.474 -20.348  18.006
    3    HG   SER  23           HG       SER  23  -5.209 -18.952  16.050
    4    H    SER  23           HN       SER  23  -7.186 -17.935  14.822
    5    HB3  SER  23           HB1      SER  23  -6.582 -21.170  16.454

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   THR  24           HA       THR  24  -7.511 -16.337  19.424
    2    HB   THR  24           HB       THR  24  -9.655 -16.001  20.769
    3    HG1  THR  24           HG1      THR  24 -10.075 -18.539  19.983
    4   HG22  THR  24          HG21      THR  24 -10.089 -16.338  17.781
    5   HG21  THR  24          HG22      THR  24  -9.434 -14.902  18.574
    6   HG23  THR  24          HG23      THR  24 -11.102 -15.394  18.876
    7    H    THR  24           HN       THR  24  -8.461 -19.068  18.800

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   LEU  25           HA       LEU  25  -6.131 -18.709  22.863
    2    HB2  LEU  25           HB2      LEU  25  -4.532 -16.655  22.432
    3    HG   LEU  25           HG       LEU  25  -4.468 -17.952  25.184
    4   HD11  LEU  25          HD11      LEU  25  -3.149 -18.820  22.591
    5   HD13  LEU  25          HD12      LEU  25  -4.481 -19.644  23.412
    6   HD12  LEU  25          HD13      LEU  25  -2.901 -19.551  24.178
    7   HD23  LEU  25          HD21      LEU  25  -2.061 -17.410  25.116
    8   HD22  LEU  25          HD22      LEU  25  -3.060 -15.960  25.078
    9   HD21  LEU  25          HD23      LEU  25  -2.299 -16.544  23.594
   10    H    LEU  25           HN       LEU  25  -6.634 -16.206  21.487
   11    HB3  LEU  25           HB1      LEU  25  -5.267 -15.993  23.880

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ARG  26           HA       ARG  26  -9.285 -17.806  25.849
    2    HB2  ARG  26           HB2      ARG  26 -10.225 -19.864  26.735
    3    HG2  ARG  26           HG2      ARG  26  -7.952 -21.429  25.478
    4    HD2  ARG  26           HD2      ARG  26 -10.154 -22.603  25.546
    5    HE   ARG  26           HE       ARG  26 -10.329 -21.577  28.167
    6   HH11  ARG  26          HH11      ARG  26 -11.028 -24.551  26.426
    7   HH12  ARG  26          HH12      ARG  26 -12.222 -25.069  27.570
    8   HH21  ARG  26          HH21      ARG  26 -11.895 -22.258  29.624
    9   HH22  ARG  26          HH22      ARG  26 -12.705 -23.773  29.389
   10    H    ARG  26           HN       ARG  26  -7.080 -19.432  24.745
   11    HB3  ARG  26           HB1      ARG  26  -9.899 -20.049  25.023
   12    HG3  ARG  26           HG1      ARG  26  -8.084 -21.121  27.208
   13    HD3  ARG  26           HD1      ARG  26  -8.915 -23.368  26.552

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   SER  27           HA       SER  27  -6.172 -18.186  29.359
    2    HB2  SER  27           HB2      SER  27  -6.593 -21.221  29.263
    3    HG   SER  27           HG       SER  27  -8.218 -19.076  30.014
    4    H    SER  27           HN       SER  27  -6.354 -19.526  26.802
    5    HB3  SER  27           HB1      SER  27  -6.107 -20.317  30.699

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   VAL  28           HA       VAL  28  -2.123 -20.229  28.906
    2    HB   VAL  28           HB       VAL  28  -1.538 -17.370  29.825
    3    H    VAL  28           HN       VAL  28  -4.082 -18.594  30.379

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   GLN  29           HA       GLN  29  -0.370 -20.468  33.059
    2    HB2  GLN  29           HB2      GLN  29  -0.462 -22.860  33.683
    3    HG2  GLN  29           HG2      GLN  29  -1.199 -23.429  30.795
    4   HE21  GLN  29          HE21      GLN  29  -0.959 -24.675  34.092
    5   HE22  GLN  29          HE22      GLN  29  -1.758 -26.168  33.776
    6    H    GLN  29           HN       GLN  29  -0.548 -21.125  30.205
    7    HB3  GLN  29           HB1      GLN  29  -1.956 -22.377  32.887
    8    HG3  GLN  29           HG1      GLN  29   0.312 -23.894  31.563

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   TYR  30           HA       TYR  30   3.821 -21.681  31.961
    2    HB2  TYR  30           HB2      TYR  30   4.350 -19.538  33.083
    3    HD1  TYR  30           HD1      TYR  30   6.013 -21.454  35.685
    4    HD2  TYR  30           HD2      TYR  30   6.240 -20.382  31.575
    5    HE1  TYR  30           HE1      TYR  30   8.378 -22.126  35.635
    6    HE2  TYR  30           HE2      TYR  30   8.603 -21.048  31.522
    7    HH   TYR  30           HH       TYR  30  10.500 -21.279  33.196
    8    H    TYR  30           HN       TYR  30   1.775 -20.623  33.791
    9    HB3  TYR  30           HB1      TYR  30   4.145 -20.294  34.658

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   ARG  31           HA       ARG  31   3.913 -25.242  34.631
    2    HB2  ARG  31           HB2      ARG  31   4.327 -26.333  31.814
    3    HG2  ARG  31           HG2      ARG  31   1.825 -26.183  33.518
    4    HD2  ARG  31           HD2      ARG  31   0.689 -27.373  31.669
    5    HE   ARG  31           HE       ARG  31   2.435 -28.681  33.489
    6   HH11  ARG  31          HH11      ARG  31   0.516 -29.365  30.621
    7   HH12  ARG  31          HH12      ARG  31   0.266 -31.022  31.051
    8   HH21  ARG  31          HH21      ARG  31   2.108 -30.840  34.037
    9   HH22  ARG  31          HH22      ARG  31   1.184 -31.868  32.986
   10    H    ARG  31           HN       ARG  31   4.197 -23.793  32.080
   11    HB3  ARG  31           HB1      ARG  31   4.074 -27.303  33.269
   12    HG3  ARG  31           HG1      ARG  31   2.094 -25.412  31.954
   13    HD3  ARG  31           HD1      ARG  31   2.256 -27.665  30.909

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   SER  32           HA       SER  32   8.395 -24.648  34.811
    2    HB2  SER  32           HB2      SER  32   8.921 -24.897  37.322
    3    HG   SER  32           HG       SER  32   7.360 -25.663  38.489
    4    H    SER  32           HN       SER  32   5.719 -24.701  35.750
    5    HB3  SER  32           HB1      SER  32   7.875 -23.545  36.894

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   GLU  33           HA       GLU  33   7.833 -29.463  36.051
    2    HB2  GLU  33           HB2      GLU  33   5.283 -29.276  34.374
    3    HG2  GLU  33           HG2      GLU  33   5.490 -29.597  37.383
    4    H    GLU  33           HN       GLU  33   6.268 -27.197  35.695
    5    HB3  GLU  33           HB1      GLU  33   5.884 -30.705  35.223
    6    HG3  GLU  33           HG1      GLU  33   4.936 -28.142  36.551

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLU  34           HA       GLU  34   8.620 -29.552  31.410
    2    HB2  GLU  34           HB2      GLU  34   6.373 -27.649  30.621
    3    HG2  GLU  34           HG2      GLU  34   5.442 -29.654  31.662
    4    H    GLU  34           HN       GLU  34   6.934 -27.787  33.087
    5    HB3  GLU  34           HB1      GLU  34   7.307 -28.632  29.491
    6    HG3  GLU  34           HG1      GLU  34   5.106 -29.611  29.933

  No H/Q in entry =           6
  In of MODEL   20
    1    HA3  GLY  35           HA2      GLY  35   9.872 -24.619  32.722
    2    H    GLY  35           HN       GLY  35   8.561 -26.487  32.860
    3    HA2  GLY  35           HA1      GLY  35  10.951 -25.522  31.671

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   VAL  36           HA       VAL  36   8.203 -23.040  28.801
    2    HB   VAL  36           HB       VAL  36   6.622 -24.207  27.310
    3    H    VAL  36           HN       VAL  36   7.543 -24.828  31.060

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   ILE  37           HA       ILE  37   4.197 -21.336  29.882
    2    HB   ILE  37           HB       ILE  37   5.100 -19.696  27.464
    3   HD12  ILE  37          HD11      ILE  37   7.029 -17.365  29.743
    4   HD11  ILE  37          HD12      ILE  37   5.360 -17.096  29.245
    5   HD13  ILE  37          HD13      ILE  37   6.567 -17.609  28.062
    6    H    ILE  37           HN       ILE  37   6.475 -21.769  28.088

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   VAL  38           HA       VAL  38   1.971 -23.581  26.708
    2    HB   VAL  38           HB       VAL  38   0.618 -24.219  29.369
    3    H    VAL  38           HN       VAL  38   2.563 -22.656  29.406

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   PHE  39           HA       PHE  39  -1.047 -20.264  26.431
    2    HB2  PHE  39           HB2      PHE  39  -0.014 -20.827  23.608
    3    HD1  PHE  39           HD1      PHE  39  -0.108 -17.564  25.294
    4    HD2  PHE  39           HD2      PHE  39   2.379 -20.858  24.183
    5    HE1  PHE  39           HE1      PHE  39   1.894 -16.209  25.747
    6    HE2  PHE  39           HE2      PHE  39   4.375 -19.503  24.635
    7    HZ   PHE  39           HZ       PHE  39   4.134 -17.170  25.416
    8    H    PHE  39           HN       PHE  39   1.026 -22.057  25.528
    9    HB3  PHE  39           HB1      PHE  39  -1.035 -19.474  24.082

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   ILE  40           HA       ILE  40  -3.838 -23.688  25.472
    2    HB   ILE  40           HB       ILE  40  -5.137 -22.155  27.772
    3   HD12  ILE  40          HD11      ILE  40  -5.107 -24.753  29.653
    4   HD11  ILE  40          HD12      ILE  40  -4.620 -23.137  30.175
    5   HD13  ILE  40          HD13      ILE  40  -3.487 -24.481  30.294
    6    H    ILE  40           HN       ILE  40  -2.841 -21.442  27.002

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LEU  41           HA       LEU  41  -6.188 -20.933  22.870
    2    HB2  LEU  41           HB2      LEU  41  -5.424 -23.489  21.466
    3    HG   LEU  41           HG       LEU  41  -3.829 -21.492  21.487
    4   HD12  LEU  41          HD11      LEU  41  -3.253 -21.609  19.098
    5   HD11  LEU  41          HD12      LEU  41  -4.803 -22.385  18.755
    6   HD13  LEU  41          HD13      LEU  41  -3.602 -23.208  19.753
    7   HD23  LEU  41          HD21      LEU  41  -4.378 -19.599  20.010
    8   HD22  LEU  41          HD22      LEU  41  -5.500 -19.720  21.358
    9   HD21  LEU  41          HD23      LEU  41  -5.990 -20.268  19.753
   10    H    LEU  41           HN       LEU  41  -4.930 -23.432  23.657
   11    HB3  LEU  41           HB1      LEU  41  -6.615 -22.447  20.713

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ALA  42           HA       ALA  42 -10.335 -22.059  23.694
    2    HB1  ALA  42           HB1      ALA  42 -10.618 -20.163  21.338
    3    HB2  ALA  42           HB2      ALA  42 -10.503 -19.697  23.036
    4    HB3  ALA  42           HB3      ALA  42 -11.901 -20.610  22.470
    5    H    ALA  42           HN       ALA  42  -8.318 -20.711  22.216

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ASN  43           HA       ASN  43 -10.936 -24.561  19.710
    2    HB2  ASN  43           HB2      ASN  43  -9.412 -24.813  17.717
    3   HD21  ASN  43          HD21      ASN  43  -7.234 -25.322  17.906
    4   HD22  ASN  43          HD22      ASN  43  -5.998 -24.147  18.157
    5    H    ASN  43           HN       ASN  43  -8.914 -22.647  20.606
    6    HB3  ASN  43           HB1      ASN  43  -9.919 -23.149  17.999

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ASP  44           HA       ASP  44  -8.276 -26.505  23.432
    2    HB2  ASP  44           HB2      ASP  44 -10.435 -27.591  22.559
    3    H    ASP  44           HN       ASP  44  -9.114 -24.852  22.172
    4    HB3  ASP  44           HB1      ASP  44  -9.433 -28.473  21.412

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   ARG  45           HA       ARG  45  -4.520 -27.557  21.367
    2    HB2  ARG  45           HB2      ARG  45  -5.141 -26.464  19.273
    3    HG2  ARG  45           HG2      ARG  45  -2.399 -25.462  20.126
    4    HD2  ARG  45           HD2      ARG  45  -3.527 -25.998  17.366
    5    HE   ARG  45           HE       ARG  45  -0.879 -26.090  18.100
    6   HH11  ARG  45          HH11      ARG  45  -2.770 -24.089  15.909
    7   HH12  ARG  45          HH12      ARG  45  -1.445 -23.822  14.823
    8   HH21  ARG  45          HH21      ARG  45   0.834 -25.725  16.683
    9   HH22  ARG  45          HH22      ARG  45   0.607 -24.743  15.275
   10    H    ARG  45           HN       ARG  45  -6.403 -25.374  22.068
   11    HB3  ARG  45           HB1      ARG  45  -4.799 -24.877  19.954
   12    HG3  ARG  45           HG1      ARG  45  -2.744 -27.057  19.451
   13    HD3  ARG  45           HD1      ARG  45  -3.176 -24.404  18.046

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   GLU  46           HA       GLU  46  -2.148 -25.245  24.347
    2    HB2  GLU  46           HB2      GLU  46  -1.178 -28.133  24.361
    3    HG2  GLU  46           HG2      GLU  46  -2.914 -26.696  26.391
    4    H    GLU  46           HN       GLU  46  -2.844 -27.568  22.712
    5    HB3  GLU  46           HB1      GLU  46  -0.652 -26.903  25.510
    6    HG3  GLU  46           HG1      GLU  46  -3.532 -27.818  25.180

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   LEU  47           HA       LEU  47   1.253 -24.655  21.462
    2    HB2  LEU  47           HB2      LEU  47   0.091 -21.972  22.202
    3    HG   LEU  47           HG       LEU  47  -0.886 -22.997  20.190
    4   HD11  LEU  47          HD11      LEU  47  -0.621 -20.558  20.214
    5   HD13  LEU  47          HD12      LEU  47  -0.469 -21.195  18.579
    6   HD12  LEU  47          HD13      LEU  47   0.976 -20.710  19.475
    7   HD22  LEU  47          HD21      LEU  47   0.490 -23.503  18.203
    8   HD21  LEU  47          HD22      LEU  47   0.963 -24.505  19.575
    9   HD23  LEU  47          HD23      LEU  47   1.959 -23.121  19.108
   10    H    LEU  47           HN       LEU  47  -0.973 -23.807  23.095
   11    HB3  LEU  47           HB1      LEU  47   1.697 -22.056  21.496

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   LYS  48           HA       LYS  48   3.809 -24.537  25.065
    2    HB2  LYS  48           HB2      LYS  48   3.416 -26.921  24.576
    3    HG2  LYS  48           HG2      LYS  48   6.408 -26.511  24.881
    4    HD2  LYS  48           HD2      LYS  48   4.583 -28.784  25.751
    5    HE2  LYS  48           HE2      LYS  48   7.560 -28.439  26.239
    6    HZ2  LYS  48           HZ1      LYS  48   7.100 -30.717  25.911
    7    HZ1  LYS  48           HZ2      LYS  48   5.702 -30.652  26.854
    8    HZ3  LYS  48           HZ3      LYS  48   7.214 -30.485  27.586
    9    H    LYS  48           HN       LYS  48   3.087 -25.229  22.288
   10    HB3  LYS  48           HB1      LYS  48   4.596 -26.874  23.268
   11    HG3  LYS  48           HG1      LYS  48   5.239 -26.407  26.198
   12    HD3  LYS  48           HD1      LYS  48   5.842 -28.869  24.514
   13    HE3  LYS  48           HE1      LYS  48   6.302 -28.329  27.474

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   PHE  49           HA       PHE  49   7.594 -22.844  23.394
    2    HB2  PHE  49           HB2      PHE  49   5.706 -20.484  23.854
    3    HD1  PHE  49           HD1      PHE  49   7.807 -20.885  20.890
    4    HD2  PHE  49           HD2      PHE  49   3.907 -21.571  22.498
    5    HE1  PHE  49           HE1      PHE  49   6.928 -21.258  18.623
    6    HE2  PHE  49           HE2      PHE  49   3.048 -21.951  20.226
    7    HZ   PHE  49           HZ       PHE  49   4.553 -21.798  18.290
    8    H    PHE  49           HN       PHE  49   5.173 -22.846  25.100
    9    HB3  PHE  49           HB1      PHE  49   7.326 -20.312  23.195

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   ARG  50           HA       ARG  50   9.352 -22.159  27.410
    2    HB2  ARG  50           HB2      ARG  50  11.658 -21.966  25.434
    3    HG2  ARG  50           HG2      ARG  50  10.865 -24.186  27.333
    4    HD2  ARG  50           HD2      ARG  50  13.137 -24.088  25.333
    5    HE   ARG  50           HE       ARG  50  11.888 -26.329  26.630
    6   HH11  ARG  50          HH11      ARG  50  14.980 -25.161  25.435
    7   HH12  ARG  50          HH12      ARG  50  15.641 -26.752  25.268
    8   HH21  ARG  50          HH21      ARG  50  12.759 -28.399  26.407
    9   HH22  ARG  50          HH22      ARG  50  14.379 -28.594  25.819
   10    H    ARG  50           HN       ARG  50   9.424 -22.407  24.562
   11    HB3  ARG  50           HB1      ARG  50  11.877 -21.935  27.183
   12    HG3  ARG  50           HG1      ARG  50  10.687 -24.220  25.577
   13    HD3  ARG  50           HD1      ARG  50  13.319 -24.041  27.091

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   PRO  51           HA       PRO  51   9.111 -17.757  28.025
    2    HB2  PRO  51           HB2      PRO  51  10.779 -17.402  30.226
    3    HG2  PRO  51           HG2      PRO  51  11.739 -19.542  30.214
    4    HD2  PRO  51           HD2      PRO  51  10.706 -21.367  29.147
    5    HB3  PRO  51           HB1      PRO  51   9.126 -18.033  30.318
    6    HG3  PRO  51           HG1      PRO  51  10.342 -19.805  31.282
    7    HD3  PRO  51           HD1      PRO  51   9.067 -20.822  29.579

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   ASP  52           HA       ASP  52  13.705 -16.494  27.458
    2    HB2  ASP  52           HB2      ASP  52  14.804 -19.335  27.388
    3    H    ASP  52           HN       ASP  52  12.468 -19.001  28.134
    4    HB3  ASP  52           HB1      ASP  52  15.778 -17.861  27.309

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   ASP  53           HA       ASP  53  13.415 -18.443  23.133
    2    HB2  ASP  53           HB2      ASP  53  12.657 -20.724  23.934
    3    H    ASP  53           HN       ASP  53  12.157 -18.958  25.701
    4    HB3  ASP  53           HB1      ASP  53  10.998 -20.163  23.827

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   LEU  54           HA       LEU  54   9.582 -15.749  22.739
    2    HB2  LEU  54           HB2      LEU  54   8.804 -15.976  25.674
    3    HG   LEU  54           HG       LEU  54   8.604 -18.171  24.436
    4   HD11  LEU  54          HD11      LEU  54   7.200 -17.698  26.359
    5   HD13  LEU  54          HD12      LEU  54   6.317 -18.641  25.163
    6   HD12  LEU  54          HD13      LEU  54   6.000 -16.910  25.329
    7   HD23  LEU  54          HD21      LEU  54   6.787 -18.375  22.744
    8   HD22  LEU  54          HD22      LEU  54   8.141 -17.398  22.204
    9   HD21  LEU  54          HD23      LEU  54   6.646 -16.617  22.719
   10    H    LEU  54           HN       LEU  54  11.079 -16.955  25.008
   11    HB3  LEU  54           HB1      LEU  54   7.824 -15.230  24.416

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   GLN  55           HA       GLN  55  11.347 -11.873  23.747
    2    HB2  GLN  55           HB2      GLN  55  10.241 -11.293  21.652
    3    HG2  GLN  55           HG2      GLN  55   9.605  -9.130  23.685
    4   HE21  GLN  55          HE21      GLN  55  11.387  -8.752  20.730
    5   HE22  GLN  55          HE22      GLN  55  10.221  -7.772  19.916
    6    H    GLN  55           HN       GLN  55   9.162 -13.473  22.827
    7    HB3  GLN  55           HB1      GLN  55   8.698 -11.076  22.475
    8    HG3  GLN  55           HG1      GLN  55  11.165  -9.352  22.897

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   ALA  56           HA       ALA  56   7.787  -9.877  26.490
    2    HB3  ALA  56           HB1      ALA  56   5.767 -10.954  27.442
    3    HB1  ALA  56           HB2      ALA  56   6.190 -12.481  26.658
    4    HB2  ALA  56           HB3      ALA  56   5.764 -11.078  25.680
    5    H    ALA  56           HN       ALA  56   7.884 -11.981  24.668

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   THR  57           HA       THR  57   9.215 -12.824  29.845
    2    HB   THR  57           HB       THR  57   8.889 -15.335  29.832
    3    HG1  THR  57           HG1      THR  57   9.460 -15.291  27.394
    4   HG22  THR  57          HG21      THR  57   6.485 -15.233  29.343
    5   HG21  THR  57          HG22      THR  57   6.717 -13.703  28.505
    6   HG23  THR  57          HG23      THR  57   7.013 -13.817  30.237
    7    H    THR  57           HN       THR  57   9.053 -13.095  26.900

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   TYR  58           HA       TYR  58  13.254 -14.340  27.865
    2    HB2  TYR  58           HB2      TYR  58  13.068 -12.749  25.920
    3    HD1  TYR  58           HD1      TYR  58  14.797 -14.971  26.522
    4    HD2  TYR  58           HD2      TYR  58  15.814 -10.826  26.320
    5    HE1  TYR  58           HE1      TYR  58  17.110 -15.582  26.002
    6    HE2  TYR  58           HE2      TYR  58  18.139 -11.430  25.791
    7    HH   TYR  58           HH       TYR  58  19.665 -13.341  26.147
    8    H    TYR  58           HN       TYR  58  11.271 -12.283  27.650
    9    HB3  TYR  58           HB1      TYR  58  13.604 -11.440  26.976

  No H/Q in entry =           9
  In of MODEL   20
    1    HA3  GLY  59           HA2      GLY  59  14.953 -14.537  31.905
    2    H    GLY  59           HN       GLY  59  13.522 -14.717  30.053
    3    HA2  GLY  59           HA1      GLY  59  15.209 -12.835  31.559

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   ALA  60           HA       ALA  60  11.310 -12.208  33.868
    2    HB1  ALA  60           HB1      ALA  60   9.409 -13.649  31.981
    3    HB2  ALA  60           HB2      ALA  60   9.884 -11.953  31.871
    4    HB3  ALA  60           HB3      ALA  60   8.946 -12.516  33.257
    5    H    ALA  60           HN       ALA  60  11.899 -13.742  31.461

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   THR  61           HA       THR  61  11.187 -15.636  36.536
    2    HB   THR  61           HB       THR  61  10.115 -14.976  38.787
    3    HG1  THR  61           HG1      THR  61   9.872 -12.510  38.764
    4   HG21  THR  61          HG21      THR  61  12.241 -13.104  37.670
    5   HG23  THR  61          HG22      THR  61  12.532 -14.675  38.422
    6   HG22  THR  61          HG23      THR  61  11.877 -13.347  39.381
    7    H    THR  61           HN       THR  61  10.349 -12.997  35.768

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   PRO  62           HA       PRO  62   7.578 -18.050  35.608
    2    HB2  PRO  62           HB2      PRO  62   7.503 -19.792  37.790
    3    HG2  PRO  62           HG2      PRO  62   9.104 -18.690  39.108
    4    HD2  PRO  62           HD2      PRO  62  10.665 -17.202  38.188
    5    HB3  PRO  62           HB1      PRO  62   8.603 -19.950  36.416
    6    HG3  PRO  62           HG1      PRO  62  10.133 -19.815  38.192
    7    HD3  PRO  62           HD1      PRO  62  10.832 -18.143  36.688

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   GLU  63           HA       GLU  63   5.032 -16.846  39.589
    2    HB2  GLU  63           HB2      GLU  63   5.550 -15.016  41.178
    3    HG2  GLU  63           HG2      GLU  63   7.999 -14.602  39.445
    4    H    GLU  63           HN       GLU  63   7.703 -16.465  38.708
    5    HB3  GLU  63           HB1      GLU  63   6.852 -16.201  41.098
    6    HG3  GLU  63           HG1      GLU  63   6.798 -13.407  39.930

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLN  64           HA       GLN  64   4.344 -12.658  37.268
    2    HB2  GLN  64           HB2      GLN  64   6.866 -13.015  35.616
    3    HG2  GLN  64           HG2      GLN  64   6.196 -10.879  37.660
    4   HE21  GLN  64          HE21      GLN  64   8.570 -12.197  35.384
    5   HE22  GLN  64          HE22      GLN  64   9.549 -10.776  35.312
    6    H    GLN  64           HN       GLN  64   6.569 -14.448  37.527
    7    HB3  GLN  64           HB1      GLN  64   5.721 -11.689  35.399
    8    HG3  GLN  64           HG1      GLN  64   7.284 -12.235  37.943

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   LEU  65           HA       LEU  65   3.614 -15.342  33.380
    2    HB2  LEU  65           HB2      LEU  65   5.377 -17.690  34.263
    3    HG   LEU  65           HG       LEU  65   6.914 -15.821  34.255
    4   HD11  LEU  65          HD11      LEU  65   7.756 -17.859  33.230
    5   HD13  LEU  65          HD12      LEU  65   8.457 -16.435  32.466
    6   HD12  LEU  65          HD13      LEU  65   7.176 -17.333  31.645
    7   HD21  LEU  65          HD21      LEU  65   5.694 -15.031  31.593
    8   HD23  LEU  65          HD22      LEU  65   7.165 -14.329  32.282
    9   HD22  LEU  65          HD23      LEU  65   5.630 -14.142  33.118
   10    H    LEU  65           HN       LEU  65   5.193 -15.653  35.889
   11    HB3  LEU  65           HB1      LEU  65   4.813 -17.308  32.639

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ARG  66           HA       ARG  66   0.776 -18.000  35.761
    2    HB2  ARG  66           HB2      ARG  66   1.332 -16.570  38.404
    3    HG2  ARG  66           HG2      ARG  66   2.225 -19.357  37.602
    4    HD2  ARG  66           HD2      ARG  66   1.666 -19.213  39.984
    5    HE   ARG  66           HE       ARG  66   2.505 -16.603  39.916
    6   HH11  ARG  66          HH11      ARG  66   3.350 -19.342  41.950
    7   HH12  ARG  66          HH12      ARG  66   3.704 -18.345  43.319
    8   HH21  ARG  66          HH21      ARG  66   2.972 -15.345  41.686
    9   HH22  ARG  66          HH22      ARG  66   3.500 -16.076  43.168
   10    H    ARG  66           HN       ARG  66   2.661 -15.776  36.315
   11    HB3  ARG  66           HB1      ARG  66   0.279 -17.971  38.171
   12    HG3  ARG  66           HG1      ARG  66   3.288 -17.952  37.742
   13    HD3  ARG  66           HD1      ARG  66   3.418 -19.318  39.766

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   GLU  67           HA       GLU  67  -1.744 -14.052  36.659
    2    HB2  GLU  67           HB2      GLU  67  -0.988 -11.725  37.421
    3    HG2  GLU  67           HG2      GLU  67   1.574 -13.185  38.155
    4    H    GLU  67           HN       GLU  67   0.982 -14.751  37.219
    5    HB3  GLU  67           HB1      GLU  67  -0.857 -13.024  38.600
    6    HG3  GLU  67           HG1      GLU  67   1.442 -11.878  36.982

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ILE  68           HA       ILE  68  -0.764 -12.570  32.571
    2    HB   ILE  68           HB       ILE  68  -1.487 -15.533  32.575
    3   HD11  ILE  68          HD11      ILE  68   0.790 -16.497  30.817
    4   HD13  ILE  68          HD12      ILE  68   0.549 -17.090  32.468
    5   HD12  ILE  68          HD13      ILE  68   2.103 -16.413  31.988
    6    H    ILE  68           HN       ILE  68  -2.205 -14.132  34.625

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLU  69           HA       GLU  69  -5.035 -12.352  31.099
    2    HB2  GLU  69           HB2      GLU  69  -4.606 -10.046  31.953
    3    HG2  GLU  69           HG2      GLU  69  -5.798  -9.913  29.167
    4    H    GLU  69           HN       GLU  69  -2.153 -11.609  31.092
    5    HB3  GLU  69           HB1      GLU  69  -3.731  -9.652  30.476
    6    HG3  GLU  69           HG1      GLU  69  -6.674 -10.375  30.626

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ILE  70           HA       ILE  70  -4.397 -13.194  26.756
    2    HB   ILE  70           HB       ILE  70  -7.380 -12.528  26.828
    3   HD13  ILE  70          HD11      ILE  70  -5.904 -16.463  27.655
    4   HD12  ILE  70          HD12      ILE  70  -4.741 -15.152  27.491
    5   HD11  ILE  70          HD13      ILE  70  -5.554 -15.796  26.061
    6    H    ILE  70           HN       ILE  70  -6.067 -12.326  28.949

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   SER  71           HA       SER  71  -3.373  -9.476  24.742
    2    HB2  SER  71           HB2      SER  71  -3.430  -9.489  22.242
    3    HG   SER  71           HG       SER  71  -4.848 -11.939  22.538
    4    H    SER  71           HN       SER  71  -4.374 -12.081  24.589
    5    HB3  SER  71           HB1      SER  71  -2.796 -10.998  22.898

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   PRO  72           HA       PRO  72  -6.940  -6.710  24.416
    2    HB2  PRO  72           HB2      PRO  72  -5.955  -4.682  22.847
    3    HG2  PRO  72           HG2      PRO  72  -4.081  -5.875  21.993
    4    HD2  PRO  72           HD2      PRO  72  -3.087  -7.628  23.210
    5    HB3  PRO  72           HB1      PRO  72  -5.441  -4.927  24.528
    6    HG3  PRO  72           HG1      PRO  72  -3.382  -4.975  23.360
    7    HD3  PRO  72           HD1      PRO  72  -3.411  -6.859  24.780

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   SER  73           HA       SER  73  -7.742  -7.567  19.861
    2    HB2  SER  73           HB2      SER  73  -5.105  -8.980  19.273
    3    HG   SER  73           HG       SER  73  -5.904  -6.289  19.201
    4    H    SER  73           HN       SER  73  -5.492  -8.183  21.650
    5    HB3  SER  73           HB1      SER  73  -6.311  -8.475  18.080

  No H/Q in entry =           5
  In of MODEL   20
    1    HA3  GLY  74           HA2      GLY  74  -8.034 -11.875  22.685
    2    H    GLY  74           HN       GLY  74  -6.896  -9.960  22.091
    3    HA2  GLY  74           HA1      GLY  74  -9.052 -11.709  21.271

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   LEU  75           HA       LEU  75  -6.124 -14.270  18.879
    2    HB2  LEU  75           HB2      LEU  75  -4.382 -11.825  18.475
    3    HG   LEU  75           HG       LEU  75  -6.445 -12.018  17.041
    4   HD11  LEU  75          HD11      LEU  75  -3.806 -12.211  15.552
    5   HD13  LEU  75          HD12      LEU  75  -4.511 -10.746  16.241
    6   HD12  LEU  75          HD13      LEU  75  -5.317 -11.561  14.903
    7   HD23  LEU  75          HD21      LEU  75  -5.059 -14.493  15.947
    8   HD22  LEU  75          HD22      LEU  75  -6.518 -13.745  15.292
    9   HD21  LEU  75          HD23      LEU  75  -6.550 -14.472  16.895
   10    H    LEU  75           HN       LEU  75  -6.347 -11.588  19.691
   11    HB3  LEU  75           HB1      LEU  75  -3.855 -13.389  17.874

  No H/Q in entry =          11
  In of MODEL   20
    1    HA3  GLY  76           HA2      GLY  76  -2.252 -14.910  21.297
    2    H    GLY  76           HN       GLY  76  -3.460 -12.399  20.377
    3    HA2  GLY  76           HA1      GLY  76  -1.469 -13.339  21.182

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   VAL  77           HA       VAL  77  -2.640 -13.089  25.417
    2    HB   VAL  77           HB       VAL  77  -0.819 -15.017  25.352
    3    H    VAL  77           HN       VAL  77  -0.702 -13.180  23.181

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   TYR  78           HA       TYR  78   0.141  -9.653  26.502
    2    HB2  TYR  78           HB2      TYR  78  -1.894  -8.403  25.871
    3    HD1  TYR  78           HD1      TYR  78  -2.532  -7.215  29.153
    4    HD2  TYR  78           HD2      TYR  78   0.461  -7.124  26.103
    5    HE1  TYR  78           HE1      TYR  78  -1.528  -5.233  30.199
    6    HE2  TYR  78           HE2      TYR  78   1.462  -5.135  27.148
    7    HH   TYR  78           HH       TYR  78   0.581  -4.064  30.295
    8    H    TYR  78           HN       TYR  78  -2.060 -11.511  27.089
    9    HB3  TYR  78           HB1      TYR  78  -2.657  -8.810  27.408

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   PHE  79           HA       PHE  79   0.710 -10.887  30.737
    2    HB2  PHE  79           HB2      PHE  79   3.511 -10.416  29.627
    3    HD1  PHE  79           HD1      PHE  79   0.768 -12.768  29.943
    4    HD2  PHE  79           HD2      PHE  79   4.793 -12.432  29.190
    5    HE1  PHE  79           HE1      PHE  79   0.781 -15.010  28.966
    6    HE2  PHE  79           HE2      PHE  79   4.802 -14.682  28.222
    7    HZ   PHE  79           HZ       PHE  79   2.798 -15.980  28.108
    8    H    PHE  79           HN       PHE  79   1.543 -10.190  28.044
    9    HB3  PHE  79           HB1      PHE  79   3.131 -11.073  31.220

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   GLU  80           HA       GLU  80   0.240  -6.513  31.491
    2    HB2  GLU  80           HB2      GLU  80  -1.839  -7.466  32.464
    3    HG2  GLU  80           HG2      GLU  80  -0.369  -5.687  34.433
    4    H    GLU  80           HN       GLU  80  -0.178  -9.286  31.739
    5    HB3  GLU  80           HB1      GLU  80  -0.933  -8.075  33.846
    6    HG3  GLU  80           HG1      GLU  80  -1.441  -5.164  33.137

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   THR  81           HA       THR  81   2.834  -7.280  35.562
    2    HB   THR  81           HB       THR  81   3.744 -10.089  34.814
    3    HG1  THR  81           HG1      THR  81   1.936 -10.911  35.684
    4   HG22  THR  81          HG21      THR  81   4.020 -10.318  37.265
    5   HG21  THR  81          HG22      THR  81   3.465  -8.656  37.486
    6   HG23  THR  81          HG23      THR  81   4.981  -8.973  36.638
    7    H    THR  81           HN       THR  81   1.537  -8.909  33.689

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   LEU  82           HA       LEU  82   6.572  -7.421  32.711
    2    HB2  LEU  82           HB2      LEU  82   5.403  -8.902  30.328
    3    HG   LEU  82           HG       LEU  82   5.003 -10.425  32.180
    4   HD11  LEU  82          HD11      LEU  82   5.889 -11.365  30.101
    5   HD13  LEU  82          HD12      LEU  82   6.324 -12.312  31.515
    6   HD12  LEU  82          HD13      LEU  82   7.527 -11.268  30.752
    7   HD21  LEU  82          HD21      LEU  82   6.464  -9.460  33.874
    8   HD23  LEU  82          HD22      LEU  82   7.892 -10.031  33.006
    9   HD22  LEU  82          HD23      LEU  82   6.747 -11.188  33.695
   10    H    LEU  82           HN       LEU  82   3.767  -8.305  32.367
   11    HB3  LEU  82           HB1      LEU  82   7.099  -8.727  30.770

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   GLU  83           HA       GLU  83   2.734  -4.845  30.174
    2    HB2  GLU  83           HB2      GLU  83   5.484  -3.556  30.409
    3    HG2  GLU  83           HG2      GLU  83   3.026  -3.203  32.151
    4    H    GLU  83           HN       GLU  83   3.572  -6.448  31.508
    5    HB3  GLU  83           HB1      GLU  83   4.000  -2.747  29.898
    6    HG3  GLU  83           HG1      GLU  83   4.556  -3.918  32.648

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   GLU  84           HA       GLU  84   4.480  -6.227  26.245
    2    HB2  GLU  84           HB2      GLU  84   6.124  -8.362  27.686
    3    HG2  GLU  84           HG2      GLU  84   7.023  -5.713  26.526
    4    H    GLU  84           HN       GLU  84   4.010  -7.174  29.005
    5    HB3  GLU  84           HB1      GLU  84   6.232  -7.996  25.965
    6    HG3  GLU  84           HG1      GLU  84   6.951  -6.124  28.236

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   ASP  85           HA       ASP  85   1.936  -9.806  25.551
    2    HB2  ASP  85           HB2      ASP  85   0.614  -9.410  23.593
    3    H    ASP  85           HN       ASP  85   3.820  -7.708  24.628
    4    HB3  ASP  85           HB1      ASP  85   1.024  -7.814  24.199

  No H/Q in entry =           4
  In of MODEL   20
    1    HA   VAL  86           HA       VAL  86   4.074 -12.297  22.412
    2    HB   VAL  86           HB       VAL  86   2.563 -14.447  24.021
    3    H    VAL  86           HN       VAL  86   1.735 -11.695  24.130

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   SER  87           HA       SER  87   0.491 -12.125  19.748
    2    HB2  SER  87           HB2      SER  87   2.949 -12.138  17.950
    3    HG   SER  87           HG       SER  87   1.962 -10.245  19.546
    4    H    SER  87           HN       SER  87   3.206 -11.948  20.463
    5    HB3  SER  87           HB1      SER  87   1.299 -11.786  17.426

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   LEU  88           HA       LEU  88   0.006 -16.502  19.376
    2    HB2  LEU  88           HB2      LEU  88  -2.320 -15.539  19.642
    3    HG   LEU  88           HG       LEU  88  -2.119 -17.916  17.771
    4   HD12  LEU  88          HD11      LEU  88  -2.565 -17.760  20.768
    5   HD11  LEU  88          HD12      LEU  88  -1.081 -18.277  19.957
    6   HD13  LEU  88          HD13      LEU  88  -2.549 -19.235  19.796
    7   HD23  LEU  88          HD21      LEU  88  -4.568 -16.893  19.248
    8   HD22  LEU  88          HD22      LEU  88  -4.462 -18.400  18.337
    9   HD21  LEU  88          HD23      LEU  88  -4.319 -16.858  17.500
   10    H    LEU  88           HN       LEU  88  -0.751 -13.803  19.204
   11    HB3  LEU  88           HB1      LEU  88  -2.409 -15.388  17.903

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ILE  89           HA       ILE  89  -0.436 -16.419  14.552
    2    HB   ILE  89           HB       ILE  89   0.016 -13.406  14.319
    3   HD13  ILE  89          HD11      ILE  89  -3.963 -15.008  14.216
    4   HD12  ILE  89          HD12      ILE  89  -2.653 -16.131  14.577
    5   HD11  ILE  89          HD13      ILE  89  -2.862 -15.510  12.936
    6    H    ILE  89           HN       ILE  89  -0.698 -14.479  16.573

  No H/Q in entry =           6
  In of MODEL   20
    1    HA3  GLY  90           HA2      GLY  90   4.192 -14.704  14.583
    2    H    GLY  90           HN       GLY  90   1.856 -14.118  15.975
    3    HA2  GLY  90           HA1      GLY  90   4.117 -14.199  16.264

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   LEU  91           HA       LEU  91   4.880 -18.231  17.878
    2    HB2  LEU  91           HB2      LEU  91   1.900 -18.427  18.458
    3    HG   LEU  91           HG       LEU  91   2.995 -16.624  19.763
    4   HD11  LEU  91          HD11      LEU  91   2.247 -19.050  21.428
    5   HD13  LEU  91          HD12      LEU  91   1.147 -17.820  20.795
    6   HD12  LEU  91          HD13      LEU  91   2.340 -17.386  22.017
    7   HD23  LEU  91          HD21      LEU  91   4.754 -17.188  21.418
    8   HD22  LEU  91          HD22      LEU  91   5.292 -17.416  19.758
    9   HD21  LEU  91          HD23      LEU  91   4.856 -18.815  20.745
   10    H    LEU  91           HN       LEU  91   2.774 -16.397  17.395
   11    HB3  LEU  91           HB1      LEU  91   3.078 -19.586  19.057

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   LEU  92           HA       LEU  92   2.266 -21.067  14.918
    2    HB2  LEU  92           HB2      LEU  92   0.810 -18.711  13.652
    3    HG   LEU  92           HG       LEU  92  -0.038 -19.119  15.970
    4   HD11  LEU  92          HD11      LEU  92  -1.542 -18.221  14.287
    5   HD13  LEU  92          HD12      LEU  92  -2.414 -19.284  15.389
    6   HD12  LEU  92          HD13      LEU  92  -1.991 -19.852  13.770
    7   HD23  LEU  92          HD21      LEU  92  -0.716 -21.904  14.961
    8   HD22  LEU  92          HD22      LEU  92  -1.228 -21.209  16.502
    9   HD21  LEU  92          HD23      LEU  92   0.480 -21.497  16.195
   10    H    LEU  92           HN       LEU  92   1.989 -18.398  15.867
   11    HB3  LEU  92           HB1      LEU  92   0.542 -20.407  13.269

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   GLU  93           HA       GLU  93   4.588 -19.006  11.315
    2    HB2  GLU  93           HB2      GLU  93   4.653 -16.201  12.516
    3    HG2  GLU  93           HG2      GLU  93   2.385 -16.708  11.794
    4    H    GLU  93           HN       GLU  93   3.464 -17.945  13.801
    5    HB3  GLU  93           HB1      GLU  93   5.295 -16.635  10.933
    6    HG3  GLU  93           HG1      GLU  93   3.135 -15.533  10.716

  No H/Q in entry =           6
  In of MODEL   20
    1    HA3  GLY  94           HA2      GLY  94   7.605 -19.844  15.355
    2    H    GLY  94           HN       GLY  94   5.579 -19.157  14.458
    3    HA2  GLY  94           HA1      GLY  94   8.353 -19.641  13.782

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   ARG  95           HA       ARG  95   9.315 -15.395  15.076
    2    HB2  ARG  95           HB2      ARG  95   7.856 -14.697  13.102
    3    HG2  ARG  95           HG2      ARG  95   8.189 -12.579  15.244
    4    HD2  ARG  95           HD2      ARG  95   6.747 -11.753  13.452
    5    HE   ARG  95           HE       ARG  95   7.775 -13.313  11.676
    6   HH11  ARG  95          HH11      ARG  95   8.552  -9.892  11.860
    7   HH12  ARG  95          HH12      ARG  95   8.760  -9.736  10.147
    8   HH21  ARG  95          HH21      ARG  95   8.046 -13.088   9.461
    9   HH22  ARG  95          HH22      ARG  95   8.470 -11.547   8.789
   10    H    ARG  95           HN       ARG  95   6.896 -16.782  14.253
   11    HB3  ARG  95           HB1      ARG  95   6.618 -14.223  14.263
   12    HG3  ARG  95           HG1      ARG  95   9.419 -13.062  14.072
   13    HD3  ARG  95           HD1      ARG  95   8.337 -10.983  13.380

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   ARG  96           HA       ARG  96   7.205 -15.732  19.110
    2    HB2  ARG  96           HB2      ARG  96  10.119 -16.503  19.532
    3    HG2  ARG  96           HG2      ARG  96   7.727 -18.356  19.357
    4    HD2  ARG  96           HD2      ARG  96  10.718 -18.809  19.410
    5    HE   ARG  96           HE       ARG  96   8.597 -20.658  18.531
    6   HH11  ARG  96          HH11      ARG  96  11.998 -20.149  19.196
    7   HH12  ARG  96          HH12      ARG  96  12.505 -21.464  18.188
    8   HH21  ARG  96          HH21      ARG  96   9.289 -22.416  17.243
    9   HH22  ARG  96          HH22      ARG  96  10.980 -22.755  17.115
   10    H    ARG  96           HN       ARG  96   9.382 -16.064  17.238
   11    HB3  ARG  96           HB1      ARG  96   8.825 -16.705  20.712
   12    HG3  ARG  96           HG1      ARG  96   8.775 -18.010  17.979
   13    HD3  ARG  96           HD1      ARG  96   9.514 -19.389  20.569

  No H/Q in entry =          13
  In of MODEL   20
    1    HA3  GLY  97           HA2      GLY  97   8.671 -11.483  19.572
    2    H    GLY  97           HN       GLY  97   9.523 -13.673  17.904
    3    HA2  GLY  97           HA1      GLY  97  10.382 -11.895  19.761

  No H/Q in entry =           3
  In of MODEL   20
    1    HA   SER  98           HA       SER  98   9.923  -9.111  16.071
    2    HB2  SER  98           HB2      SER  98  11.787  -7.606  17.966
    3    HG   SER  98           HG       SER  98   9.451  -6.378  17.462
    4    H    SER  98           HN       SER  98  10.257  -9.520  18.848
    5    HB3  SER  98           HB1      SER  98  11.156  -7.014  16.427

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   ALA  99           HA       ALA  99  13.495 -11.040  14.359
    2    HB1  ALA  99           HB1      ALA  99  12.335 -10.325  12.302
    3    HB2  ALA  99           HB2      ALA  99  14.083 -10.172  12.119
    4    HB3  ALA  99           HB3      ALA  99  13.096  -8.734  12.404
    5    H    ALA  99           HN       ALA  99  11.510  -8.995  14.378

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   LYS 100           HA       LYS 100  16.382  -7.150  14.986
    2    HB2  LYS 100           HB2      LYS 100  15.882  -5.065  16.231
    3    HG2  LYS 100           HG2      LYS 100  12.932  -5.714  16.007
    4    HD2  LYS 100           HD2      LYS 100  13.569  -3.298  16.066
    5    HE2  LYS 100           HE2      LYS 100  14.659  -3.941  18.828
    6    HZ2  LYS 100           HZ1      LYS 100  15.223  -1.625  18.916
    7    HZ1  LYS 100           HZ2      LYS 100  13.551  -1.799  18.733
    8    HZ3  LYS 100           HZ3      LYS 100  14.507  -1.345  17.409
    9    H    LYS 100           HN       LYS 100  13.600  -7.507  14.776
   10    HB3  LYS 100           HB1      LYS 100  14.912  -5.214  14.771
   11    HG3  LYS 100           HG1      LYS 100  13.830  -5.973  17.503
   12    HD3  LYS 100           HD1      LYS 100  12.603  -3.791  17.460
   13    HE3  LYS 100           HE1      LYS 100  15.629  -3.471  17.431

  No H/Q in entry =          13
  In of MODEL   20
    1    HA   TRP 101           HA       TRP 101  15.575  -8.093  19.715
    2    HB2  TRP 101           HB2      TRP 101  13.158  -8.273  19.952
    3    HD1  TRP 101           HD1      TRP 101  14.495  -8.486  22.421
    4    HE1  TRP 101           HE1      TRP 101  14.518 -10.450  24.071
    5    HE3  TRP 101           HE3      TRP 101  12.892 -12.178  19.282
    6    HZ2  TRP 101           HZ2      TRP 101  13.926 -13.216  24.050
    7    HZ3  TRP 101           HZ3      TRP 101  12.636 -14.461  20.170
    8    HH2  TRP 101           HH2      TRP 101  13.143 -14.965  22.511
    9    H    TRP 101           HN       TRP 101  13.953  -8.076  17.419
   10    HB3  TRP 101           HB1      TRP 101  13.116  -9.764  19.018

  No H/Q in entry =          10
  In of MODEL   20
    1    HA   MET 102           HA       MET 102  16.584 -12.640  18.515
    2    HB2  MET 102           HB2      MET 102  15.643 -12.438  15.626
    3    HG2  MET 102           HG2      MET 102  14.380 -13.945  17.915
    4    HE3  MET 102           HE1      MET 102  11.191 -15.032  15.788
    5    HE2  MET 102           HE2      MET 102  11.414 -13.427  16.484
    6    HE1  MET 102           HE3      MET 102  11.843 -14.865  17.417
    7    H    MET 102           HN       MET 102  14.985 -10.607  17.262
    8    HB3  MET 102           HB1      MET 102  16.294 -13.886  16.389
    9    HG3  MET 102           HG1      MET 102  13.740 -12.471  17.181

  No H/Q in entry =           9
  In of MODEL   20
    1    HA   ALA 103           HA       ALA 103  19.866 -10.907  15.504
    2    HB3  ALA 103           HB1      ALA 103  18.467  -9.404  14.133
    3    HB2  ALA 103           HB2      ALA 103  20.048  -8.689  14.454
    4    HB1  ALA 103           HB3      ALA 103  18.628  -8.133  15.347
    5    H    ALA 103           HN       ALA 103  17.326  -9.914  16.514

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   GLU 104           HA       GLU 104  21.379  -8.064  18.975
    2    HB2  GLU 104           HB2      GLU 104  18.696  -7.264  20.185
    3    HG2  GLU 104           HG2      GLU 104  20.257  -5.845  18.019
    4    H    GLU 104           HN       GLU 104  18.670  -8.859  18.113
    5    HB3  GLU 104           HB1      GLU 104  20.260  -6.486  20.449
    6    HG3  GLU 104           HG1      GLU 104  18.648  -6.513  17.880

  No H/Q in entry =           6
  In of MODEL   20
    1    HA   HIS 105           HA       HIS 105  20.288 -11.306  22.095
    2    HB2  HIS 105           HB2      HIS 105  17.236 -11.095  21.898
    3    HD1  HIS 105           HD1      HIS 105  19.314 -10.009  24.831
    4    HD2  HIS 105           HD2      HIS 105  17.019  -8.309  21.809
    5    HE1  HIS 105           HE1      HIS 105  19.041  -7.592  25.465
    6    HE2  HIS 105           HE2      HIS 105  17.700  -6.569  23.592
    7    H    HIS 105           HN       HIS 105  18.924 -10.333  19.688
    8    HB3  HIS 105           HB1      HIS 105  18.150 -11.742  23.257

  No H/Q in entry =           8
  In of MODEL   20
    1    HA   PRO 106           HA       PRO 106  20.072 -14.482  18.646
    2    HB2  PRO 106           HB2      PRO 106  22.030 -15.589  20.668
    3    HG2  PRO 106           HG2      PRO 106  23.538 -13.855  20.359
    4    HD2  PRO 106           HD2      PRO 106  22.025 -12.477  21.420
    5    HB3  PRO 106           HB1      PRO 106  22.080 -15.612  18.900
    6    HG3  PRO 106           HG1      PRO 106  22.891 -13.454  18.756
    7    HD3  PRO 106           HD1      PRO 106  21.777 -11.756  19.821

  No H/Q in entry =           7
  In of MODEL   20
    1    HA   LEU 107           HA       LEU 107  17.255 -16.853  21.099
    2    HB2  LEU 107           HB2      LEU 107  15.998 -15.965  19.024
    3    HG   LEU 107           HG       LEU 107  15.166 -18.747  19.940
    4   HD11  LEU 107          HD11      LEU 107  14.400 -16.025  21.024
    5   HD13  LEU 107          HD12      LEU 107  15.384 -17.248  21.835
    6   HD12  LEU 107          HD13      LEU 107  13.685 -17.564  21.507
    7   HD22  LEU 107          HD21      LEU 107  12.900 -18.126  19.220
    8   HD21  LEU 107          HD22      LEU 107  14.024 -18.125  17.860
    9   HD23  LEU 107          HD23      LEU 107  13.511 -16.593  18.576
   10    H    LEU 107           HN       LEU 107  18.493 -15.868  18.658
   11    HB3  LEU 107           HB1      LEU 107  16.443 -17.464  18.229

  No H/Q in entry =          11
  In of MODEL   20
    1    HA   ALA 108           HA       ALA 108  18.921 -20.943  20.938
    2    HB3  ALA 108           HB1      ALA 108  16.071 -21.596  21.757
    3    HB2  ALA 108           HB2      ALA 108  17.384 -21.147  22.846
    4    HB1  ALA 108           HB3      ALA 108  17.471 -22.661  21.944
    5    H    ALA 108           HN       ALA 108  16.680 -19.198  21.288

  No H/Q in entry =           5
  In of MODEL   20
    1    HA   SER 109           HA       SER 109  16.613 -22.342  17.062
    2    HB2  SER 109           HB2      SER 109  15.393 -19.591  16.556
    3    HG   SER 109           HG       SER 109  14.690 -21.043  18.446
    4    H    SER 109           HN       SER 109  16.714 -19.911  18.700
    5    HB3  SER 109           HB1      SER 109  15.043 -21.078  15.667

  No H/Q in entry =           5