Structural statistics:
 
    str   target     upper limits    van der Waals   torsion angles
        function   #    rms   max   #    sum   max   #    rms   max
      1     9.69   6 0.0304  0.62  15   21.8  0.31  10 2.5532 16.39
      2    12.57  18 0.0402  0.79  19   23.7  0.38   8 2.2324 11.73
      3    13.93  13 0.0410  1.11  16   25.0  0.43  12 2.7093 14.68
      4    14.70  15 0.0427  0.84  22   24.4  0.50  16 2.9067 17.79
      5    14.84  12 0.0388  0.83  27   25.1  0.52  14 2.5754 14.76
      6    14.93  17 0.0422  1.13  19   27.1  0.56  12 2.5961 15.21
      7    15.04  14 0.0420  1.13  18   29.0  0.49  10 2.1429 11.75
      8    15.06  12 0.0423  1.15  21   26.1  0.50  17 3.1404 22.61
      9    15.26  16 0.0456  1.10  20   25.2  0.43  11 2.6680 16.21
     10    15.48  13 0.0422  1.02  22   28.0  0.42  14 2.8083 14.59
     11    15.86  17 0.0469  0.99  19   27.0  0.47  11 2.4559 13.02
     12    16.13  19 0.0465  1.12  15   28.1  0.44  13 2.8856 16.26
     13    16.13  18 0.0430  0.78  29   30.2  0.43   8 2.2829 17.93
     14    16.33  18 0.0444  0.73  22   28.4  0.42  15 2.8818 14.90
     15    16.39  19 0.0427  1.11  22   26.6  0.43  21 3.2287 15.67
     16    16.54  15 0.0456  1.21  20   26.4  0.47  21 3.1852 15.65
     17    16.58  15 0.0446  0.78  27   29.3  0.42  12 2.5527 12.81
     18    16.69  12 0.0406  1.13  28   28.8  0.44  15 3.0071 14.52
     19    16.75  13 0.0470  1.11  21   28.4  0.39  14 2.9211 14.91
     20    16.99  17 0.0471  0.87  20   29.8  0.49  16 2.6707 15.07
 
    Ave    15.29  15 0.0428  0.98  21   26.9  0.45  14 2.7202 15.32
    +/-     1.67   3 0.0037  0.17   4    2.1  0.05   4 0.3000  2.33
    Min     9.69   6 0.0304  0.62  15   21.8  0.31   8 2.1429 11.73
    Max    16.99  19 0.0471  1.21  29   30.2  0.56  21 3.2287 22.61
    Cut                      0.30             0.20             5.00
 
    Constraints violated in 6 or more structures:
                                                   #   mean   max.  1   5   10   15   20
    Upper HG12  ILE   32 - QD2   LEU   36   3.66   6   0.17   0.79  +*       +++   +      peak 176
    Upper H     MET   35 - HG    LEU   36   5.50   8   0.18   0.56        +++  + ++  + *  peak 1020
    Upper HB3   PHE   50 - HB    ILE   63   5.47  15   0.39   0.52  +++*+ ++  +++ +++ ++  peak 2240
    Upper HD1   TRP  118 - HG12  ILE  119   4.60   6   0.17   0.36     + +   + +   *   +  peak 305
    Upper HA    ARG  137 - QD1   LEU  138   4.93  11   0.57   1.13    +  *+ +++++ +  ++   peak 1001
    Upper HB2   LEU  138 - HD2   HIS  139   4.60  11   0.24   0.69    +  ++ ++*++ +  ++   peak 683
    Upper HB2   LEU  138 - HE1   HIS  139   4.55  10   0.23   0.71    +  ++ ++*++ +  +    peak 642
    Upper QD1   LEU  138 - HD2   HIS  139   4.30   9   0.30   0.83  ++ +*  +     + ++  +  peak 483
    Upper HD2   HIS  139 - HA    LYS  140   4.26   8   0.23   0.64  ++ ++        + *+  +  peak 481
    VdW   HA    ASP   28 - CD    PRO   29   2.60   7   0.16   0.31        * +++ ++ +
    VdW   HA    THR   39 - CD    PRO   40   2.60  20   0.29   0.30  ++++++++++++*+++++++
    VdW   O     GLN   51 - HA    ILE   63   2.30  12   0.23   0.43  ++   +++++   +++ *+
    VdW   CG1   VAL   64 - C     VAL   64   2.90   6   0.10   0.33   *+ +      ++   +
    VdW   CG2   ILE  102 - CD1   ILE  102   3.00  15   0.23   0.31  ++ + ++++++++  + +*+
    VdW   O     ASP  106 - CB    ASN  107   2.90   9   0.18   0.52  +  +*   ++ ++  +   +
    VdW   CG2   THR  115 - C     THR  115   2.90  12   0.23   0.32  +++   * +++++   + ++
    VdW   CG    TRP  118 - C     TRP  118   2.90  10   0.14   0.25  + ++    ++ +  + *++
    VdW   CD1   TRP  118 - C     TRP  118   3.10  13   0.22   0.41  + ++ +  ++ +  ++*+++
    VdW   CG    LYS  121 - C     LYS  121   2.90   6   0.07   0.23  +  +       +  * ++
    VdW   CB    PRO  124 - H     ASP  125   2.55   6   0.07   0.26  +     ++    +*+
    VdW   CG    ARG  137 - C     ARG  137   2.90   8   0.11   0.24    +  + +*  ++ +  +
    VdW   CD1   LEU  138 - C     LEU  138   3.10   8   0.17   0.44    +  *+ ++ +  +  +
    VdW   N     HIS  139 - CG    HIS  139   2.85  10   0.20   0.22  ++ +*  +     + ++ ++
    VdW   N     HIS  139 - CD2   HIS  139   3.05   8   0.15   0.29  ++ ++        + ++  *
    VdW   H     HIS  139 - CD2   HIS  139   2.55   9   0.21   0.30  ++ ++   ++     +*  +
    Angle PHI   VAL   34          -81.00  -61.00   8   5.04   9.98     +     +*+  ++ ++
    Angle PSI   LEU   47           94.00  144.00  16   7.55  12.01  +++++++*   +++++++ +
    Angle PSI   ARG   52          118.00  150.00   6   2.89  11.73   *+ +      ++   +
    Angle PSI   CYS   62          148.00  170.00  14   6.37  11.98    ++++  +++*  ++++++
    Angle PHI   ILE   63         -151.00 -129.00  18   9.02  17.93   ++++++ ++++*+++++++
    Angle PHI   ASP  106          -81.00  -55.00   6   3.32   5.93    +*  +  +        ++
    Angle PHI   ILE  119          -78.00  -50.00  14   9.17  15.21  ++++ *  ++ +  ++++++
    Angle PSI   ILE  119          -43.00  -21.00  15   9.77  17.79  + +*+++ ++ +  ++++++
    Angle PHI   ASN  120         -107.00  -79.00  16   7.89  15.65  + +*+++ ++ + +++++++
    Angle PSI   ASN  120           -9.00   11.00   8   4.03  10.92    +    +*     +++++
    Angle PSI   TRP  135          -52.00  -32.00   7   3.06   8.64  +  +   +     ++*   +
    Angle PSI   ARG  137          -51.00  -31.00  17   8.66  14.14  +++++++++*+++ + +++
    Angle PHI   LEU  138          -91.00  -71.00  18   6.74  10.54  + +++++++*++ +++++++
    Angle PHI   HIS  139         -115.00  -77.00   9   4.01   8.25  ++ ++     + +* +   +
    9 violated distance constraints.
    14 violated angle constraints.
 
    RMSDs for residues 18..164:
    Average backbone RMSD to mean   :    7.99 +/- 1.37 A (5.69..11.01 A)
    Average heavy atom RMSD to mean :    8.18 +/- 1.33 A (6.06..10.93 A)