INFO  : Successfully started log file 'model.loop_uber.log'
________________________________________________________________________________

                                     Assembler

                 Protein structure prediction by fragment assembly
                                   (Ver. 0.6.6)
________________________________________________________________________________

INFO  : Printing configuration for program 'assembler'
INFO  : Configuration file '//bmm/www/servers/phyre2/bin/loop_uber_local.config'
________________________________________________________________________________

[Query Input]
FASTA_FILE                               = /bmm/www/servers/phyre2/public_html/phyre2_output/08704bce25c266ce/input.fasta
PSSM_FILE                                = /bmm/www/servers/phyre2/public_html/phyre2_output/08704bce25c266ce/assembler.pssm
MODEL_START_LIST                         = model_start.list
BUILD_INITIAL_REFERENCE                  = 0
BUILD_UP_MAX_MODELS                      = 1
________________________________________________________________________________

[Energy Functions]
PP_STUB                                  = /bmm/www/servers/phyre2/bin/assembler_data/default.pp
SP_STUB                                  = /bmm/www/servers/phyre2/bin/assembler_data/default.sp
BBDEP_LIBRARY_THRESHOLD                  = 0.9
RADIUS_OF_GYRATION_THRESHOLD             = 2
RADIUS_OF_GYRATION_ABSOLUTE              = 0
CBCB_CONTACT_DIST                        = 7.5
CONTACT_GAP                              = 5
MAXSUB_DIST                              = 6
MAXSUB_ITER                              = 1
RMSD_DIST                                = 6
HBOND_SEPARATION                         = 5
RESIDUE_PROB_CUT_OFF                     = 0.2
PP_RESIDUE_PROB_CUT_OFF                  = 0.4
MAX_CALIBRATE_ENERGY                     = 500
CUTOFF_PHI_PSI                           = 0.001
TORSION_BILINEAR                         = 1
LJ_SWITCH_RATIO                          = 0.7
ENERGY_SET_MODE                          = 0
NUMBER_OF_ENERGY_SETS                    = 1
________________________________________________________________________________

[Energy Set 1]
T_LIMIT                                  = 0
WEIGHT_PAIR_POTENTIAL                    = 0.215
WEIGHT_SOLVATION_POTENTIAL               = 1
WEIGHT_STERIC_ENERGY                     = 5.03
WEIGHT_RADIUS_OF_GYRATION                = 2.83
WEIGHT_TORSION_ENERGY                    = 1.14
WEIGHT_HBONDS_ORIENT                     = 5.27
STERIC_CLASH                             = 1
PAIR_SEPARATION_MIN                      = 3
SS_METHOD                                = 0
ENERGY_SCALE_FACTOR                      = 0
PROB_REFINE_HELIX                        = 0.3
PROB_REFINE_SHEET                        = 0.5
PROB_REFINE_COIL                         = 1
PROB_SHEAR_STRAND                        = 0.05
PROB_PHI_PSI_TWIST                       = 0.1
PROB_PHI_PSI_TILT                        = 0.15
PROB_TEMPLATE_SPLICE                     = 0
PROB_FRAG_3                              = 1
PROB_GUNN_COST_9                         = 0
PROB_GUNN_COST_3                         = 0
PROB_STABILISE_TWIST                     = 0
PROB_STABILISE_TILT                      = 0
PROB_STABILISE_TEMPLATE                  = 0
PROB_STABILISE_FRAG_9                    = 0
PROB_STABILISE_FRAG_3                    = 0
PROB_STABILISE_GUNN_9                    = 0
PROB_STABILISE_GUNN_3                    = 0
FULL_ATOM_MODEL                          = 0
________________________________________________________________________________

[Model Building]
MAX_MODELS                               = 1000
MAX_BUILD_ITERATIONS                     = 100
MAX_JOIN_ITERATIONS                      = 5
MAX_JOIN_REFINE_ITERATIONS               = 5
MAX_REFINE_ITERATIONS                    = 5
MAX_SPLICE_ITERATIONS                    = 5
SHEAR_STRAND_DISTANCE                    = 3.8
PHI_PSI_TWIST_LENGTH                     = 3
PHI_PSI_TWIST_RANGE                      = 5
PHI_PSI_TILT_LENGTH                      = 5
PHI_PSI_TILT_RANGE                       = 15
STABILISE_SIZE                           = 5
STABILISE_RESTRICT                       = 1
STABILISE_ITERATIONS                     = 3
STABILISE_BREAK_THRESHOLD                = 1
STABILISE_HELIX                          = 0
STABILISE_STRAND                         = 1
STABILISE_MAX_ANGLE_UPDATE               = 15
SHEAR_LOOP_SIZE                          = 8
SHEAR_LOOP_COIL_SIZE                     = 5
SHEAR_MAX_CCD_ITERATIONS                 = 300
SHEAR_CCD_THRESHOLD                      = 0.3
SHEAR_CCD_NC_THRESHOLD                   = 0.1
SHEAR_CCD_RESTRICT                       = 0
SHEAR_MAX_ANGLE_UPDATE                   = 15
REPACK_FREQUENCY                         = 25
REPACK_RANDOM                            = 2
REPACK_THRESHOLD                         = 0.7
GUNN_COST_UPPER                          = 0.03
GUNN_COST_LOWER                          = 11.4701
MAX_MSD_DEVIATION                        = 16
RESEED_RESTRICTION_INTERVAL              = 0
RANDOM_LIST_L                            = 0
RANDOM_LIST_9                            = 0
RANDOM_LIST_3                            = 0
RANDOM_LIST_TEMPLATE                     = 0
RANDOM_BUILD                             = 0
________________________________________________________________________________

[Simulated Annealing]
T_START_TEMP                             = 10
T_END_TEMP                               = 0
CALIBRATION_SEED                         = 0
T_CALIBRATION_FACTOR                     = 10
ENERGY_CALIBRATION_FACTOR                = 4
MAX_CALIBRATE_START                      = 500
T_CALIBRATION_FACTOR                     = 10
T_REDUCE_FACTOR_EXP                      = 0.5
T_REDUCE_FACTOR_STEPS                    = 50
RATIO_EXP_TO_LINEAR_SWITCH               = 1
MIN_TEMP_THRESHOLD                       = 0
MAX_TEMP_ITER                            = 1000
MAX_TEMP_REFINE                          = 100
MAX_STOP_ITER                            = 30000
MAX_STOP_REFINE                          = 2000
DELTA_ROLL_SIZE                          = 0
DELTA_STOP_THRESHOLD                     = 0
MAX_QUENCH                               = 5000
NO_TEMPLATE_RATIO                        = 0.2
________________________________________________________________________________

[Loop Modelling]
MODEL_LOOPS                              = 1
LOOP_DATABASE                            = /data/data/blast/loopdb
MIN_LOOP_SIZE                            = 2
MAX_LOOP_SIZE                            = 15
POSITIONAL_GAPS                          = 1
TRIM_BACK                                = 1
TRIM_BACK_STERIC_CHECKS                  = 1
MAX_TRIM_RES                             = 5
MAX_TRIM_EDGE                            = 3
TRIM_BACK_GOODNESS                       = 1
SIZE_TRIM_BACK_AV                        = 0
MAX_SELECT_LOOPS                         = 500
TOLERANCE                                = 0.75
RMSD_WEIGHT                              = 80.5
RMSD_BENCHMARK                           = 0
FIT_ON_TRIANGLE                          = 0
CHECK_STERIC_CLASH                       = 1
CHECK_STERIC_ENERGY                      = 0
STERIC_ENERGY_THRESHOLD                  = 0.5
ABINITIO_LOOPS                           = 0
ABINITIO_ENDS                            = 0
ABINITIO_TRIM_COUNT                      = 0
MAX_LOOP_MODELS                          = 1000
CCD_LOOP_CLOSURE_TOLERANCE               = 6
CCD_FAILURE_TOLERANCE                    = 0
LOOP_SELECTION_TOLERANCE                 = 9
MAX_CCD_LOOPS                            = 20
CCD_DIRECTION                            = 1
CCD_CLOSURE_RMSD                         = 0.08
CCD_CLOSURE_NC_DEVIATION                 = 0.1
CCD_MAX_ITER                             = 5000
CCD_RESTRICT                             = 1
CCD_MAX_ANGLE_UPDATE                     = 15
MAX_COMBINE_LOOPS                        = 10
START_T                                  = 2
STEPS_PER_LOOP                           = 100
REPLACE_TRIMMED                          = 1
________________________________________________________________________________

[Logging]
LOG_LEVEL                                = 1
LOG_TIME                                 = 0
LOG_FILE                                 = 0
LOG_FILE_NAME                            = model.loop_uber.log
FOLDING_PATH                             = 0
OUTPUT_DIR                               = loop
USE_COMPRESSION                          = 0
FIT_ON_PREVIOUS                          = 0
USAGE_FILE                               = assembler.model_usage
MODEL_START_NO                           = 1
MODEL_END_NO                             = 0
OUTPUT_FREQUENCY                         = 100
UNWEIGHTED_OUTPUT                        = 0
SPLICE_INFO                              = 1
SPLICE_FILE                              = assembler.splice_info
FRAGVAR_INFO                             = 0
BAD_FRAG_DIR                             = assembler_bad
REFINE_RRG_LIMIT                         = 0
STOP_FILE                                = assembler.stop
OUTPUT_LOOPS                             = 0
________________________________________________________________________________

[Benchmark]
BACKBONE_RMSD                            = 0
OUTPUT_RMSD                              = 0
OUTPUT_MAXSUB                            = 0
MAXSUB_DIST                              = 6
MAXSUB_ITER                              = 0
________________________________________________________________________________

INFO  : Reading FASTA sequence file
INFO  : Reading query PSSM file
INFO  : Reading Pair-potential file
INFO  : Reading Solvation-potential file
INFO  : Reading PDB list file 'model_start.list'
INFO  : Successfully read 0 PDBs
INFO  : Successfully read 1 / 1 PDBs from list file 'model_start.list'
________________________________________________________________________________

INFO  : Entering build loops routine
________________________________________________________________________________

INFO  : Processing starting model 1 - hh.d1musa_.model.1.pdb
________________________________________________________________________________

INFO  : Performing trim back
INFO  : Chain break between residues 187 - 189
INFO  : Trim Back  187 -  189 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  187 -  189 : Extraction identifed 0 loops
INFO  : Trim Back  187 -  190 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  187 -  190 : Extraction identifed 0 loops
INFO  : Trim Back  187 -  191 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  187 -  191 : Extraction identifed 0 loops
INFO  : Trim Back  187 -  192 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  187 -  192 : Extraction identifed 0 loops
INFO  : Trim Back  186 -  189 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  186 -  189 : Extraction identifed 0 loops
INFO  : Trim Back  186 -  190 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  186 -  190 : Extraction identifed 0 loops
INFO  : Trim Back  186 -  191 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  186 -  191 : Extraction identifed 0 loops
INFO  : Trim Back  186 -  192 : Calculating loop extraction success
INFO  : Trim Back  186 -  192 : Extraction identifed 2 loops
INFO  : Trim Back  185 -  189 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  185 -  189 : Extraction identifed 0 loops
INFO  : Trim Back  185 -  190 : Calculating loop extraction success
INFO  : Trim Back  185 -  190 : Extraction identifed 8 loops
INFO  : Trim Back  185 -  191 : Calculating loop extraction success
INFO  : Trim Back  185 -  191 : Extraction identifed 3 loops
INFO  : Trim Back  185 -  192 : Calculating loop extraction success
INFO  : Trim Back  185 -  192 : Extraction identifed 14 loops
INFO  : Trim Back  184 -  189 : Calculating loop extraction success
INFO  : Trim Back  184 -  189 : Extraction identifed 0 loops
INFO  : Trim Back  184 -  190 : Calculating loop extraction success
INFO  : Trim Back  184 -  190 : Extraction identifed 12 loops
INFO  : Trim Back  184 -  191 : Calculating loop extraction success
INFO  : Trim Back  184 -  191 : Extraction identifed 18 loops
INFO  : Trim back to residues 184 - 191
INFO  : Chain break between residues 192 - 193
INFO  : Trim Back  192 -  193 : Calculating loop extraction success
INFO  : Trim Back  192 -  193 : Extraction identifed 0 loops
INFO  : Trim Back  192 -  194 : Calculating loop extraction success
INFO  : Trim Back  192 -  194 : Extraction identifed 0 loops
INFO  : Trim Back  192 -  195 : Calculating loop extraction success
INFO  : Trim Back  192 -  195 : Extraction identifed 0 loops
INFO  : Trim Back  192 -  196 : Calculating loop extraction success
INFO  : Trim Back  192 -  196 : Extraction identifed 0 loops
INFO  : Trim Back  191 -  193 : Calculating loop extraction success
INFO  : Trim Back  191 -  193 : Extraction identifed 0 loops
INFO  : Trim Back  191 -  194 : Calculating loop extraction success
INFO  : Trim Back  191 -  194 : Extraction identifed 0 loops
INFO  : Trim Back  191 -  195 : Calculating loop extraction success
INFO  : Trim Back  191 -  195 : Extraction identifed 0 loops
INFO  : Trim Back  191 -  196 : Calculating loop extraction success
INFO  : Trim Back  191 -  196 : Extraction identifed 0 loops
INFO  : Trim Back  184 -  193 : Calculating loop extraction success
INFO  : Trim Back  184 -  193 : Extraction identifed 0 loops
INFO  : Trim Back  184 -  194 : Calculating loop extraction success
INFO  : Trim Back  184 -  194 : Extraction identifed 0 loops
INFO  : Trim Back  184 -  195 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  184 -  195 : Extraction identifed 0 loops
INFO  : Trim Back  184 -  196 : Calculating loop extraction success
INFO  : Trim Back  184 -  196 : Extraction identifed 0 loops
INFO  : Trim Back  183 -  193 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  183 -  193 : Extraction identifed 0 loops
INFO  : Trim Back  183 -  194 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  183 -  194 : Extraction identifed 0 loops
INFO  : Trim Back  183 -  195 : Calculating loop extraction success
ERROR : Trim Back failed to transform database loops to fit model
INFO  : Trim Back  183 -  195 : Extraction identifed 0 loops
INFO  : Trim back to residues 183 - 193
INFO  : Chain break between residues 220 - 221
INFO  : Trim Back  220 -  221 : Calculating loop extraction success
INFO  : Trim Back  220 -  221 : Extraction identifed 0 loops
INFO  : Trim Back  220 -  222 : Calculating loop extraction success
INFO  : Trim Back  220 -  222 : Extraction identifed 0 loops
INFO  : Trim Back  220 -  223 : Calculating loop extraction success
INFO  : Trim Back  220 -  223 : Extraction identifed 0 loops
INFO  : Trim Back  220 -  224 : Calculating loop extraction success
INFO  : Trim Back  220 -  224 : Extraction identifed 0 loops
INFO  : Trim Back  219 -  221 : Calculating loop extraction success
INFO  : Trim Back  219 -  221 : Extraction identifed 0 loops
INFO  : Trim Back  219 -  222 : Calculating loop extraction success
INFO  : Trim Back  219 -  222 : Extraction identifed 0 loops
INFO  : Trim Back  219 -  223 : Calculating loop extraction success
INFO  : Trim Back  219 -  223 : Extraction identifed 0 loops
INFO  : Trim Back  219 -  224 : Calculating loop extraction success
INFO  : Trim Back  219 -  224 : Extraction identifed 0 loops
INFO  : Trim Back  218 -  221 : Calculating loop extraction success
INFO  : Trim Back  218 -  221 : Extraction identifed 0 loops
INFO  : Trim Back  218 -  222 : Calculating loop extraction success
INFO  : Trim Back  218 -  222 : Extraction identifed 0 loops
INFO  : Trim Back  218 -  223 : Calculating loop extraction success
INFO  : Trim Back  218 -  223 : Extraction identifed 0 loops
INFO  : Trim Back  218 -  224 : Calculating loop extraction success
INFO  : Trim Back  218 -  224 : Extraction identifed 0 loops
INFO  : Trim Back  217 -  221 : Calculating loop extraction success
INFO  : Trim Back  217 -  221 : Extraction identifed 0 loops
INFO  : Trim Back  217 -  222 : Calculating loop extraction success
INFO  : Trim Back  217 -  222 : Extraction identifed 0 loops
INFO  : Trim Back  217 -  223 : Calculating loop extraction success
INFO  : Trim Back  217 -  223 : Extraction identifed 0 loops
INFO  : Trim back to residues 217 - 221
________________________________________________________________________________

INFO  : Modelling loops
________________________________________________________________________________

INFO  : Gap size 10 between position 183 and 193 : Seq = 'NQWHFGMKAHI'
INFO  : Stem parameters: x = 14.55; y = 27.32; beta = 2.11; gamma = -3.10
INFO  : Searching loop database file '/data/data/blast/loopdb/14/27/size.10.b'
INFO  : Searching loop database file '/data/data/blast/loopdb/14/28/size.10.b'
INFO  : Searching loop database file '/data/data/blast/loopdb/15/27/size.10.b'
INFO  : Searching loop database file '/data/data/blast/loopdb/15/28/size.10.b'
INFO  : Identified 156 potential loops
INFO  : Ranking by goodness
INFO  : Extracting 1 / 156 from database
INFO  : Extracting 21 / 156 from database
INFO  : Extracting 41 / 156 from database
INFO  : Extracting 61 / 156 from database
INFO  : Extracting 81 / 156 from database
INFO  : Extracting 101 / 156 from database
INFO  : Extracting 121 / 156 from database
INFO  : Extracting 141 / 156 from database
INFO  : Ranking by loop score
INFO  : Rank   Score    = Seq     - 80.50 *    rms^2 (goodness) : Target seq = NQWHFGMKAHI
INFO  :    1     -2.812 =   5.000 - 80.50 *  0.312^2 (71.688) : VGVGYGKFQTT : Loop ID =  102 : 1QJ8A.pdb.bin (  82 -   92)
INFO  :    2     -6.668 =   3.000 - 80.50 *  0.347^2 ( 1.101) : EAIYFCALWYS : Loop ID =  129 : 1NJ9A.pdb.bin (  84 -   94)
INFO  :    3     -7.051 =   4.000 - 80.50 *  0.371^2 (55.764) : ENGWQAFGDFS : Loop ID =  108 : 1A3QA.pdb.bin ( 224 -  234)
INFO  :    4     -7.957 =   1.000 - 80.50 *  0.334^2 ( 1.602) : RTRYTFAVRAR : Loop ID =  117 : 1ERNA.pdb.bin ( 174 -  184)
INFO  :    5     -7.992 =  -6.000 - 80.50 *  0.157^2 (71.680) : LHLAFSSWLFN : Loop ID =   35 : 1HZTA.pdb.bin (   0 -   10)
INFO  :    6     -8.105 =  -2.000 - 80.50 *  0.275^2 (76.645) : EHPVRLVFGVT : Loop ID =  128 : 1KRHA.pdb.bin ( 236 -  246)
INFO  :    7     -8.169 =   0.000 - 80.50 *  0.319^2 (68.332) : DATFSWVVIDN : Loop ID =   23 : 1U14A.pdb.bin (  81 -   91)
INFO  :    8     -8.364 =   2.000 - 80.50 *  0.359^2 ( 1.149) : FAVYYCQKYGT : Loop ID =    9 : 1IQDA.pdb.bin (  82 -   92)
INFO  :    9     -9.587 =  -2.000 - 80.50 *  0.307^2 (69.425) : QAKGQVTITVP : Loop ID =   91 : 1WCQA.pdb.bin ( 415 -  425)
INFO  :   10     -9.685 =  -4.000 - 80.50 *  0.266^2 ( 0.729) : VRGMDIVIVTT : Loop ID =   45 : 1IQ4A.pdb.bin ( 148 -  158)
INFO  :   11     -9.744 =  -1.000 - 80.50 *  0.330^2 (62.723) : ERICLVTTNFQ : Loop ID =   70 : 1LVBA.pdb.bin (  97 -  107)
INFO  :   12     -9.776 =  -2.000 - 80.50 *  0.311^2 ( 1.370) : NKYAASSYLSL : Loop ID =   29 : 1NL0L.pdb.bin ( 173 -  183)
INFO  :   13     -9.953 =  -2.000 - 80.50 *  0.314^2 (64.707) : GKVGTAHISYN : Loop ID =   20 : 1MVQA.pdb.bin (  44 -   54)
INFO  :   14    -10.220 =  -1.000 - 80.50 *  0.338^2 (68.784) : YISLHQYYGNR : Loop ID =   32 : 1QW9A.pdb.bin ( 235 -  245)
INFO  :   15    -10.483 =   1.000 - 80.50 *  0.378^2 (62.298) : GGFGQKDTEIV : Loop ID =  107 : 1CI3M.pdb.bin ( 233 -  243)
INFO  :   16    -10.488 =   2.000 - 80.50 *  0.394^2 (60.577) : VRGIRGAITVE : Loop ID =   46 : 1UFYA.pdb.bin (   1 -   11)
INFO  :   17    -10.488 =   1.000 - 80.50 *  0.378^2 (59.354) : HNYNVSLKVRG : Loop ID =   12 : 1Y13A.pdb.bin (  32 -   42)
INFO  :   18    -10.554 =  -2.000 - 80.50 *  0.326^2 ( 1.719) : VNHYAAFLFDQ : Loop ID =   69 : 1G8TA.pdb.bin ( 177 -  187)
INFO  :   19    -10.914 =  -2.000 - 80.50 *  0.333^2 ( 1.874) : VNHYAAFLFDQ : Loop ID =   49 : 1QL0A.pdb.bin ( 177 -  187)
INFO  :   20    -10.930 =  -2.000 - 80.50 *  0.333^2 (67.441) : QAKGQVTITVP : Loop ID =   66 : 2BERA.pdb.bin ( 415 -  425)
INFO  :   21    -10.998 =  -2.000 - 80.50 *  0.334^2 (57.712) : HNYNVSLRLRG : Loop ID =   74 : 2A0SA.pdb.bin (  32 -   42)
INFO  :   22    -11.394 =  -8.000 - 80.50 *  0.205^2 (73.566) : QVTKSVLFVCL : Loop ID =   94 : 1DG9A.pdb.bin (   2 -   12)
INFO  :   23    -11.993 =  -1.000 - 80.50 *  0.370^2 (60.440) : NVIHLRTLRRV : Loop ID =  143 : 2FA1A.pdb.bin (  45 -   55)
INFO  :   24    -12.058 =  -2.000 - 80.50 *  0.353^2 (70.675) : NHVVEHRIART : Loop ID =  147 : 2A46A.pdb.bin ( 186 -  196)
INFO  :   25    -12.116 =  -1.000 - 80.50 *  0.372^2 ( 1.376) : DTQYEFQVRVK : Loop ID =   96 : 2B5IB.pdb.bin ( 163 -  173)
INFO  :   26    -12.176 =  -1.000 - 80.50 *  0.373^2 ( 1.559) : KLEKGIQVEIY : Loop ID =  110 : 1VCAA.pdb.bin (  78 -   88)
INFO  :   27    -12.280 =  -4.000 - 80.50 *  0.321^2 ( 1.928) : EISGTHTEINL : Loop ID =  139 : 1DJLA.pdb.bin (   2 -   12)
INFO  :   28    -12.503 =  -1.000 - 80.50 *  0.378^2 ( 1.624) : GTSVKLSCKAS : Loop ID =   97 : 2C1PB.pdb.bin (  13 -   23)
INFO  :   29    -13.624 =  -1.000 - 80.50 *  0.396^2 (73.336) : QEEAAVELKVE : Loop ID =   36 : 1PKOA.pdb.bin ( 102 -  112)
INFO  :   30    -13.820 =   1.000 - 80.50 *  0.429^2 (55.082) : TYCFSVVASFI : Loop ID =   95 : 1H6XA.pdb.bin (  67 -   77)
INFO  :   31    -13.822 =   2.000 - 80.50 *  0.443^2 ( 3.912) : EMPMQMEYYIR : Loop ID =   68 : 1GE8A.pdb.bin ( 214 -  224)
INFO  :   32    -13.972 =  -8.000 - 80.50 *  0.272^2 ( 0.815) : GRGKLILIEGL : Loop ID =   54 : 3TMKA.pdb.bin (   2 -   12)
INFO  :   33    -14.126 =  -6.000 - 80.50 *  0.318^2 (69.733) : FFTRNIVIIKD : Loop ID =   67 : 1JDFA.pdb.bin (  30 -   40)
INFO  :   34    -14.208 =  -5.000 - 80.50 *  0.338^2 ( 1.633) : GASASISCRSS : Loop ID =  105 : 1RURL.pdb.bin (  15 -   25)
INFO  :   35    -14.385 =  -2.000 - 80.50 *  0.392^2 ( 1.409) : GYIGICWTNSI : Loop ID =   56 : 1NXUA.pdb.bin ( 125 -  135)
INFO  :   36    -14.502 =  -2.000 - 80.50 *  0.394^2 ( 1.774) : IVEDSGFFVEA : Loop ID =   47 : 1B78A.pdb.bin (  60 -   70)
INFO  :   37    -14.658 =   6.000 - 80.50 *  0.507^2 ( 6.584) : NGDFGIKFNIS : Loop ID =  115 : 3PMGA.pdb.bin ( 122 -  132)
INFO  :   38    -15.005 =  -6.000 - 80.50 *  0.334^2 ( 2.294) : GDQASISCRSS : Loop ID =  103 : 1IGJA.pdb.bin (  15 -   25)
INFO  :   39    -15.122 =   2.000 - 80.50 *  0.461^2 ( 5.388) : TDDLYGFLTTD : Loop ID =  144 : 2AEGA.pdb.bin ( 167 -  177)
INFO  :   40    -15.373 =   1.000 - 80.50 *  0.451^2 (49.124) : QVGCTYSIRFR : Loop ID =  114 : 1RPUA.pdb.bin (  92 -  102)
INFO  :   41    -15.771 =  -1.000 - 80.50 *  0.428^2 (63.774) : WNFSSRSRVLF : Loop ID =  100 : 2POR_.pdb.bin (  18 -   28)
INFO  :   42    -16.197 =   0.000 - 80.50 *  0.449^2 (51.278) : YRSFSNIISTL : Loop ID =   85 : 2AFUA.pdb.bin (  84 -   94)
INFO  :   43    -16.273 =  -4.000 - 80.50 *  0.390^2 (58.448) : EYEIAGFGYNG : Loop ID =  126 : 2BIIA.pdb.bin ( 258 -  268)
INFO  :   44    -16.316 =   0.000 - 80.50 *  0.450^2 (50.697) : YRSFSNIISTL : Loop ID =  149 : 2AFSA.pdb.bin (  84 -   94)
INFO  :   45    -16.468 =   0.000 - 80.50 *  0.452^2 (49.926) : YRSFSNIISTL : Loop ID =  140 : 2AFWA.pdb.bin (  84 -   94)
INFO  :   46    -16.581 =  -5.000 - 80.50 *  0.379^2 (75.787) : PKEDKLVVHFA : Loop ID =   58 : 1ROWA.pdb.bin (  66 -   76)
INFO  :   47    -16.585 =   1.000 - 80.50 *  0.467^2 (47.056) : VDHYTYAFMGD : Loop ID =  116 : 1QGDA.pdb.bin ( 143 -  153)
INFO  :   48    -16.644 =   1.000 - 80.50 *  0.468^2 (60.537) : GVPFTMTRVNI : Loop ID =   43 : 1FUIA.pdb.bin ( 454 -  464)
INFO  :   49    -16.732 =   1.000 - 80.50 *  0.469^2 (51.775) : GDHFQITITFD : Loop ID =  142 : 1WLCA.pdb.bin (  81 -   91)
INFO  :   50    -17.154 =  -7.000 - 80.50 *  0.355^2 (64.810) : SGEVSLVGARG : Loop ID =   98 : 1B6RA.pdb.bin ( 152 -  162)
INFO  :   51    -17.221 =   1.000 - 80.50 *  0.476^2 (52.941) : GDHFQITITFD : Loop ID =   77 : 1WLDA.pdb.bin (  81 -   91)
INFO  :   52    -17.240 =  -3.000 - 80.50 *  0.421^2 ( 1.704) : DYGRLLSAITL : Loop ID =    6 : 1XFJA.pdb.bin ( 242 -  252)
INFO  :   53    -17.580 =  -2.000 - 80.50 *  0.440^2 (49.404) : EETHLAGLLFG : Loop ID =   24 : 1B7YB.pdb.bin ( 580 -  590)
INFO  :   54    -18.233 =   1.000 - 80.50 *  0.489^2 (47.116) : GDHFQTTITFD : Loop ID =   80 : 1WLWA.pdb.bin (  81 -   91)
INFO  :   55    -18.265 = -11.000 - 80.50 *  0.300^2 ( 1.164) : GDQASISCRCS : Loop ID =  146 : 2AI0L.pdb.bin (  15 -   25)
INFO  :   56    -18.831 =  -2.000 - 80.50 *  0.457^2 ( 3.603) : NGAQIYELVAQ : Loop ID =   51 : 1TXDA.pdb.bin ( 318 -  328)
INFO  :   57    -18.950 =  -6.000 - 80.50 *  0.401^2 ( 1.741) : ATGRMASLIWL : Loop ID =   48 : 1RV9A.pdb.bin ( 229 -  239)
INFO  :   58    -19.358 = -11.000 - 80.50 *  0.322^2 (63.644) : GYNQIKASFTK : Loop ID =  148 : 1ZHXA.pdb.bin ( 164 -  174)
INFO  :   59    -20.009 =   1.000 - 80.50 *  0.511^2 (54.163) : TYCFSVVASFI : Loop ID =  156 : 1H6YA.pdb.bin (  66 -   76)
INFO  :   60    -20.143 =  -4.000 - 80.50 *  0.448^2 ( 4.161) : TIPEIIIKVRG : Loop ID =   63 : 1EVUA.pdb.bin ( 607 -  617)
INFO  :   61    -20.368 =  -6.000 - 80.50 *  0.422^2 ( 3.311) : GISYRARVRAW : Loop ID =  111 : 1IARB.pdb.bin ( 159 -  169)
INFO  :   62    -20.390 =   2.000 - 80.50 *  0.527^2 (73.245) : PKTHVTHHPVF : Loop ID =   41 : 1YDPA.pdb.bin ( 183 -  193)
INFO  :   63    -20.690 =  -1.000 - 80.50 *  0.495^2 (54.092) : GETFQLMGLYG : Loop ID =   89 : 1ZNDA.pdb.bin ( 110 -  120)
INFO  :   64    -21.005 =  -7.000 - 80.50 *  0.417^2 (54.448) : EVPLRGIAFDG : Loop ID =   83 : 2BLFA.pdb.bin ( 279 -  289)
INFO  :   65    -21.009 =  -4.000 - 80.50 *  0.460^2 (51.525) : PKHIEYQVLGD : Loop ID =    2 : 1ULZA.pdb.bin ( 204 -  214)
INFO  :   66    -21.236 =   8.000 - 80.50 *  0.603^2 ( 7.645) : DTWHSAATAIY : Loop ID =   21 : 1B9VA.pdb.bin ( 359 -  369)
INFO  :   67    -21.385 =  -7.000 - 80.50 *  0.423^2 (51.017) : GLPKAKIVAVE : Loop ID =  131 : 1LSHB.pdb.bin (  32 -   42)
INFO  :   68    -22.367 =  -1.000 - 80.50 *  0.515^2 (54.509) : LLRIHAGAGIV : Loop ID =   55 : 1QDLA.pdb.bin ( 378 -  388)
INFO  :   69    -23.478 =  -2.000 - 80.50 *  0.517^2 (42.917) : VFNYETEATSV : Loop ID =    8 : 1FM4A.pdb.bin (   1 -   11)
INFO  :   70    -23.495 =  -5.000 - 80.50 *  0.479^2 (51.300) : GGTHTLQWMYG : Loop ID =  118 : 1LD9A.pdb.bin (  89 -   99)
INFO  :   71    -23.502 = -12.000 - 80.50 *  0.378^2 ( 1.435) : DCEIALIIFNS : Loop ID =   22 : 1N6JA.pdb.bin (  38 -   48)
INFO  :   72    -23.673 =  -1.000 - 80.50 *  0.531^2 (64.664) : DAGSLYELTVR : Loop ID =  155 : 1UMIA.pdb.bin ( 102 -  112)
INFO  :   73    -24.614 =   2.000 - 80.50 *  0.575^2 (39.634) : NLVFYYTEQEE : Loop ID =   92 : 2C1IA.pdb.bin (  63 -   73)
INFO  :   74    -25.174 =  -9.000 - 80.50 *  0.448^2 (56.739) : GTGSIEYTVWA : Loop ID =    1 : 1B35B.pdb.bin ( 206 -  216)
INFO  :   75    -25.400 =   0.000 - 80.50 *  0.562^2 (43.136) : MTYPFGAYFCI : Loop ID =   88 : 1ZXIB.pdb.bin ( 649 -  659)
INFO  :   76    -25.901 =   6.000 - 80.50 *  0.630^2 ( 7.390) : PLAHQYVKTTP : Loop ID =   14 : 1PJ5A.pdb.bin ( 218 -  228)
INFO  :   77    -25.950 =  -4.000 - 80.50 *  0.522^2 ( 1.102) : DLYTLSSSVNV : Loop ID =  151 : 1QKZH.pdb.bin ( 178 -  188)
INFO  :   78    -26.115 =   0.000 - 80.50 *  0.570^2 (47.724) : AFAFIVSFEYQ : Loop ID =   72 : 8CHO_.pdb.bin (  78 -   88)
INFO  :   79    -26.228 =  -3.000 - 80.50 *  0.537^2 (41.538) : VFTFEDESTST : Loop ID =  122 : 1XDFA.pdb.bin (   1 -   11)
INFO  :   80    -26.326 =   4.000 - 80.50 *  0.614^2 (11.711) : GGWKGKVSAEY : Loop ID =  141 : 1XKWA.pdb.bin ( 259 -  269)
INFO  :   81    -26.706 =   0.000 - 80.50 *  0.576^2 (40.190) : YLIVLGSQRRR : Loop ID =   90 : 2AJPA.pdb.bin ( 193 -  203)
INFO  :   82    -27.172 =  -3.000 - 80.50 *  0.548^2 (39.814) : VTLYKTTATAD : Loop ID =  130 : 1LKFA.pdb.bin (  15 -   25)
INFO  :   83    -27.331 =   1.000 - 80.50 *  0.593^2 ( 5.308) : DGKLRYANNSN : Loop ID =    3 : 1P27A.pdb.bin (  27 -   37)
INFO  :   84    -27.419 =  -5.000 - 80.50 *  0.528^2 ( 4.414) : EQVTKSVLFVC : Loop ID =   59 : 1DG9A.pdb.bin (   1 -   11)
INFO  :   85    -28.287 =  -7.000 - 80.50 *  0.514^2 ( 7.927) : LGVSMNRVDFA : Loop ID =   76 : 2ETEA.pdb.bin (  69 -   79)
INFO  :   86    -28.500 =  -4.000 - 80.50 *  0.552^2 (41.888) : LAEGAAMFVLE : Loop ID =    5 : 1TQYA.pdb.bin ( 234 -  244)
INFO  :   87    -28.524 =  -3.000 - 80.50 *  0.563^2 ( 2.799) : KHLFTSESVSE : Loop ID =  152 : 1RG9A.pdb.bin (   1 -   11)
INFO  :   88    -28.847 =  -6.000 - 80.50 *  0.533^2 (40.766) : AKPVVLWRDFE : Loop ID =   25 : 1J6RA.pdb.bin (  50 -   60)
INFO  :   89    -29.056 =  -7.000 - 80.50 *  0.523^2 ( 7.894) : LGVSMNRVDFA : Loop ID =  145 : 2ET1A.pdb.bin (  69 -   79)
INFO  :   90    -29.717 =  -2.000 - 80.50 *  0.587^2 (64.770) : VQLADHYQQNT : Loop ID =  154 : 1YHIA.pdb.bin ( 174 -  184)
INFO  :   91    -30.452 =  -7.000 - 80.50 *  0.540^2 ( 9.307) : LGVSMNRVDFA : Loop ID =  132 : 1FI2A.pdb.bin (  69 -   79)
INFO  :   92    -31.431 = -14.000 - 80.50 *  0.465^2 (49.409) : LTTLKILIIGE : Loop ID =   75 : 1X3SA.pdb.bin (   4 -   14)
INFO  :   93    -31.538 =  -4.000 - 80.50 *  0.585^2 (38.011) : WEYEIKATFLE : Loop ID =   27 : 2NCDA.pdb.bin ( 170 -  180)
INFO  :   94    -31.807 =   3.000 - 80.50 *  0.658^2 (13.534) : ARGVEIEAKAA : Loop ID =   26 : 1QFGA.pdb.bin ( 559 -  569)
INFO  :   95    -32.786 =  -9.000 - 80.50 *  0.544^2 (42.697) : RYICSLKIVDP : Loop ID =   39 : 1JB7A.pdb.bin (  35 -   45)
INFO  :   96    -33.396 =  -9.000 - 80.50 *  0.551^2 (41.132) : RYICSLKIVDP : Loop ID =   61 : 1PH5A.pdb.bin (  35 -   45)
INFO  :   97    -33.454 =  -8.000 - 80.50 *  0.562^2 ( 8.319) : PNVSVVDLVAE : Loop ID =   30 : 1GD1O.pdb.bin ( 235 -  245)
INFO  :   98    -33.848 =   0.000 - 80.50 *  0.648^2 (35.162) : EVTTAYTGKLA : Loop ID =   53 : 1H54A.pdb.bin ( 237 -  247)
INFO  :   99    -34.505 =  -3.000 - 80.50 *  0.626^2 (10.745) : PGEVGVWAYSA : Loop ID =   42 : 1CYG_.pdb.bin ( 479 -  489)
INFO  :  100    -34.741 =  -9.000 - 80.50 *  0.565^2 ( 6.080) : LGLDVESQMDG : Loop ID =   38 : 1VL4A.pdb.bin ( 151 -  161)
INFO  :  101    -35.218 =   2.000 - 80.50 *  0.680^2 (30.685) : WDYKVNCEFIE : Loop ID =  137 : 1F9TA.pdb.bin ( 126 -  136)
INFO  :  102    -35.267 =  -6.000 - 80.50 *  0.603^2 (33.897) : RVAASASGQIN : Loop ID =   15 : 1WUBA.pdb.bin ( 127 -  137)
INFO  :  103    -36.805 =  -3.000 - 80.50 *  0.648^2 (11.345) : PCGYSMNSIEG : Loop ID =  120 : 1MHMA.pdb.bin ( 147 -  157)
INFO  :  104    -37.226 =  -2.000 - 80.50 *  0.662^2 (34.986) : GGFVGMAAAPS : Loop ID =   50 : 1E9IA.pdb.bin (  27 -   37)
INFO  :  105    -37.827 =   2.000 - 80.50 *  0.703^2 (29.730) : WDYKVNCEFIE : Loop ID =  138 : 1F9UA.pdb.bin ( 126 -  136)
INFO  :  106    -38.397 = -10.000 - 80.50 *  0.594^2 (40.087) : FDLSTETTQVG : Loop ID =   17 : 1FX3A.pdb.bin (  34 -   44)
INFO  :  107    -38.559 =  -3.000 - 80.50 *  0.665^2 (34.356) : SAYRISASARG : Loop ID =   57 : 1TDHA.pdb.bin (  41 -   51)
INFO  :  108    -38.891 =   2.000 - 80.50 *  0.713^2 (29.847) : WDYKVNCEFIE : Loop ID =  119 : 1F9VA.pdb.bin ( 126 -  136)
INFO  :  109    -38.906 =  -7.000 - 80.50 *  0.630^2 (33.797) : PEVKLDLDTAS : Loop ID =  121 : 1QYNA.pdb.bin (  29 -   39)
INFO  :  110    -39.024 =  -6.000 - 80.50 *  0.640^2 (32.464) : KTSFYNIGEGK : Loop ID =  123 : 1PM1X.pdb.bin (  63 -   73)
INFO  :  111    -39.780 =  -6.000 - 80.50 *  0.648^2 (11.986) : NCVVLVTNQVS : Loop ID =   78 : 2FPMA.pdb.bin ( 244 -  254)
INFO  :  112    -39.799 =  -7.000 - 80.50 *  0.638^2 ( 8.676) : NGQMSATAKGR : Loop ID =   44 : 1HBQ_.pdb.bin (  49 -   59)
INFO  :  113    -39.839 =  -3.000 - 80.50 *  0.676^2 (10.691) : IGGDIKTNSYM : Loop ID =   33 : 1E54A.pdb.bin ( 230 -  240)
INFO  :  114    -39.915 =  -3.000 - 80.50 *  0.677^2 (13.150) : RGVTAEICKAS : Loop ID =  112 : 1YGYA.pdb.bin ( 391 -  401)
INFO  :  115    -40.273 =  -6.000 - 80.50 *  0.652^2 (32.879) : FSFSLKAYMVE : Loop ID =  104 : 1SDMA.pdb.bin ( 119 -  129)
INFO  :  116    -40.775 =  -4.000 - 80.50 *  0.676^2 (17.834) : NGYAKVTLTST : Loop ID =  124 : 1F00I.pdb.bin (  57 -   67)
INFO  :  117    -40.849 =  -6.000 - 80.50 *  0.658^2 (13.714) : PGGTAVWQYTT : Loop ID =   28 : 1PAMA.pdb.bin ( 483 -  493)
INFO  :  118    -41.017 =   1.000 - 80.50 *  0.722^2 (15.967) : IGSHLNAYTSR : Loop ID =  125 : 1HR6B.pdb.bin (  71 -   81)
INFO  :  119    -41.043 =   0.000 - 80.50 *  0.714^2 (17.309) : DGTYAVDMQVL : Loop ID =   34 : 1I7NA.pdb.bin (  46 -   56)
INFO  :  120    -41.575 =  -3.000 - 80.50 *  0.692^2 (36.708) : SGAFGRGMVPS : Loop ID =   82 : 1W6TA.pdb.bin (  29 -   39)
INFO  :  121    -42.160 =  -4.000 - 80.50 *  0.689^2 (40.725) : RRYTIAALLSP : Loop ID =   40 : 2PABA.pdb.bin (  93 -  103)
INFO  :  122    -42.491 =  -7.000 - 80.50 *  0.664^2 (10.398) : DTDGSCTVRWE : Loop ID =   31 : 1YGTA.pdb.bin (  78 -   88)
INFO  :  123    -42.872 =  -4.000 - 80.50 *  0.695^2 (30.819) : LQVMAAYQQIV : Loop ID =   52 : 1ROAA.pdb.bin (  37 -   47)
INFO  :  124    -44.049 =   2.000 - 80.50 *  0.756^2 (25.638) : TKWWTVGIRPM : Loop ID =   37 : 1AF6A.pdb.bin ( 302 -  312)
INFO  :  125    -44.313 =  -3.000 - 80.50 *  0.716^2 (29.775) : NKDINGVVRWD : Loop ID =  109 : 1FEPA.pdb.bin ( 216 -  226)
INFO  :  126    -45.172 =   2.000 - 80.50 *  0.765^2 (22.008) : ENMHIDIYLYT : Loop ID =   71 : 1I4GA.pdb.bin ( 212 -  222)
INFO  :  127    -45.320 =  -8.000 - 80.50 *  0.681^2 (13.404) : GGTNATLVMRK : Loop ID =   84 : 2BZ4A.pdb.bin ( 392 -  402)
INFO  :  128    -45.750 =  -3.000 - 80.50 *  0.729^2 (28.229) : HSGRAKYIVAG : Loop ID =   93 : 1UUNA.pdb.bin (  41 -   51)
INFO  :  129    -46.574 =   0.000 - 80.50 *  0.761^2 (27.598) : TQDVLLVAQYQ : Loop ID =   99 : 1HXTA.pdb.bin ( 253 -  263)
INFO  :  130    -46.598 =   0.000 - 80.50 *  0.761^2 (27.108) : TQDVLLVAQYQ : Loop ID =  106 : 1HXXA.pdb.bin ( 253 -  263)
INFO  :  131    -47.867 =   1.000 - 80.50 *  0.779^2 (25.135) : LTGVDFMRMRN : Loop ID =  133 : 2FCPA.pdb.bin ( 356 -  366)
INFO  :  132    -48.267 =   1.000 - 80.50 *  0.782^2 (25.851) : SKQWEGAFEGL : Loop ID =   11 : 1NQEA.pdb.bin ( 369 -  379)
INFO  :  133    -48.591 =  -1.000 - 80.50 *  0.769^2 (23.049) : GAGAVAMVIAH : Loop ID =  135 : 1XPKC.pdb.bin ( 152 -  162)
INFO  :  134    -48.769 =  -1.000 - 80.50 *  0.770^2 (23.168) : GAGAVAMVIAH : Loop ID =  127 : 1XPMA.pdb.bin ( 152 -  162)
INFO  :  135    -48.810 =  -4.000 - 80.50 *  0.746^2 (27.341) : LEFHIKVSYFE : Loop ID =   18 : 2KINA.pdb.bin ( 125 -  135)
INFO  :  136    -48.918 =  -2.000 - 80.50 *  0.763^2 (26.283) : KGIQRGLERET : Loop ID =   16 : 1VA6A.pdb.bin (  19 -   29)
INFO  :  137    -50.326 =  -5.000 - 80.50 *  0.750^2 (24.738) : TVQWANNVIVG : Loop ID =   10 : 1NQEA.pdb.bin ( 251 -  261)
INFO  :  138    -50.471 =  -1.000 - 80.50 *  0.784^2 (22.966) : GAGAVAMVIAH : Loop ID =  136 : 1XPKA.pdb.bin ( 152 -  162)
INFO  :  139    -50.655 =   4.000 - 80.50 *  0.824^2 (31.286) : TEAHAWYLDDK : Loop ID =   19 : 1KMOA.pdb.bin ( 363 -  373)
INFO  :  140    -51.956 = -16.000 - 80.50 *  0.668^2 (34.238) : DDTIVLVGFGG : Loop ID =   79 : 1ZOWA.pdb.bin ( 289 -  299)
INFO  :  141    -53.242 =  -3.000 - 80.50 *  0.790^2 (26.006) : VTVTQDSSLQD : Loop ID =  150 : 1ZGOA.pdb.bin (  96 -  106)
INFO  :  142    -53.526 =  -7.000 - 80.50 *  0.760^2 (11.275) : SHPLQALVSEL : Loop ID =   86 : 1X31B.pdb.bin ( 243 -  253)
INFO  :  143    -54.369 =  -5.000 - 80.50 *  0.783^2 (18.630) : TKLGKAGYVTN : Loop ID =   60 : 1S1TA.pdb.bin ( 439 -  449)
INFO  :  144    -54.925 = -12.000 - 80.50 *  0.730^2 (28.338) : ILKLANRLYGE : Loop ID =  101 : 1HLEA.pdb.bin (  84 -   94)
INFO  :  145    -55.597 =  -8.000 - 80.50 *  0.769^2 (20.762) : GGTNGSLIFKK : Loop ID =    7 : 1KAS_.pdb.bin ( 399 -  409)
INFO  :  146    -56.006 =  -3.000 - 80.50 *  0.811^2 (14.557) : NKIYSYGRFDN : Loop ID =  134 : 1IZKA.pdb.bin ( 564 -  574)
INFO  :  147    -56.485 =  -5.000 - 80.50 *  0.800^2 ( 7.430) : PTLEVEVYTES : Loop ID =   81 : 1W6TA.pdb.bin (  19 -   29)
INFO  :  148    -57.257 =   0.000 - 80.50 *  0.843^2 (22.728) : KAGVSISVVHG : Loop ID =   87 : 2AEXA.pdb.bin (  83 -   93)
INFO  :  149    -57.452 =  -3.000 - 80.50 *  0.822^2 (27.507) : RNLGQLHIVIN : Loop ID =    4 : 1XRHA.pdb.bin ( 248 -  258)
INFO  :  150    -57.511 =   2.000 - 80.50 *  0.860^2 (30.456) : PNNSCYSAGIA : Loop ID =   62 : 1OQEA.pdb.bin (  99 -  109)
INFO  :  151    -58.084 =  -3.000 - 80.50 *  0.827^2 (14.306) : NKIYSYGRFDN : Loop ID =   65 : 1IZJA.pdb.bin ( 564 -  574)
INFO  :  152    -60.107 =   0.000 - 80.50 *  0.864^2 ( 9.386) : HKKGQAHWESD : Loop ID =   13 : 1QWIA.pdb.bin (   2 -   12)
INFO  :  153    -61.670 =  -3.000 - 80.50 *  0.854^2 (14.880) : NKIYSYGRFDN : Loop ID =   64 : 1UH4A.pdb.bin ( 564 -  574)
INFO  :  154    -63.074 =  -6.000 - 80.50 *  0.842^2 (25.314) : FEGETKSTWYS : Loop ID =  153 : 1VPBA.pdb.bin ( 166 -  176)
INFO  :  155    -64.346 =  -4.000 - 80.50 *  0.866^2 (22.502) : YNQTQAWTSFL : Loop ID =   73 : 1WMRA.pdb.bin (  77 -   87)
INFO  :  156    -68.512 =  -8.000 - 80.50 *  0.867^2 (10.303) : EGVSAWDVVAP : Loop ID =  113 : 1CP9B.pdb.bin ( 490 -  500)
WARN  : Steric clash between  T  157 -> M  189 = 2.338 in loop  102 - 1QJ8A.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 1.479 in loop  129 - 1NJ9A.pdb.bin
WARN  : Steric clash between  V  154 -> H  192 = 2.947 in loop  108 - 1A3QA.pdb.bin
WARN  : Steric clash between  E  160 -> F  187 = 1.146 in loop  117 - 1ERNA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.231 in loop   35 - 1HZTA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.528 in loop  128 - 1KRHA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.371 in loop   23 - 1U14A.pdb.bin
WARN  : Steric clash between  E  160 -> F  187 = 2.760 in loop    9 - 1IQDA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 3.194 in loop   91 - 1WCQA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.134 in loop   45 - 1IQ4A.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 1.426 in loop   70 - 1LVBA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.474 in loop   29 - 1NL0L.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.018 in loop   20 - 1MVQA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.125 in loop   32 - 1QW9A.pdb.bin
WARN  : Steric clash between  T  157 -> K  190 = 3.060 in loop  107 - 1CI3M.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.253 in loop   46 - 1UFYA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.113 in loop   12 - 1Y13A.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.638 in loop   69 - 1G8TA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.646 in loop   49 - 1QL0A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 3.033 in loop   66 - 2BERA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 1.757 in loop   74 - 2A0SA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.686 in loop   94 - 1DG9A.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.105 in loop  143 - 2FA1A.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.684 in loop  147 - 2A46A.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.322 in loop   96 - 2B5IB.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.571 in loop  110 - 1VCAA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.916 in loop  139 - 1DJLA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.675 in loop   97 - 2C1PB.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.999 in loop   36 - 1PKOA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.164 in loop   95 - 1H6XA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 1.917 in loop   68 - 1GE8A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.100 in loop   54 - 3TMKA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 0.877 in loop   67 - 1JDFA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.751 in loop  105 - 1RURL.pdb.bin
WARN  : Steric clash between  T  157 -> K  190 = 2.927 in loop   56 - 1NXUA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.392 in loop   47 - 1B78A.pdb.bin
WARN  : Steric clash between  T  179 -> H  186 = 1.373 in loop  115 - 3PMGA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.107 in loop  103 - 1IGJA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.169 in loop  144 - 2AEGA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 1.506 in loop  114 - 1RPUA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.574 in loop  100 - 2POR_.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.083 in loop   85 - 2AFUA.pdb.bin
WARN  : Steric clash between  T  157 -> K  190 = 2.912 in loop  126 - 2BIIA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.115 in loop  149 - 2AFSA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.048 in loop  140 - 2AFWA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.003 in loop   58 - 1ROWA.pdb.bin
WARN  : Steric clash between  V  154 -> H  192 = 3.005 in loop  116 - 1QGDA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.197 in loop   43 - 1FUIA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.658 in loop  142 - 1WLCA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.089 in loop   98 - 1B6RA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.402 in loop   77 - 1WLDA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.758 in loop    6 - 1XFJA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.998 in loop   24 - 1B7YB.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.728 in loop   80 - 1WLWA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.876 in loop  146 - 2AI0L.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.559 in loop   51 - 1TXDA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.832 in loop   48 - 1RV9A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.832 in loop  148 - 1ZHXA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.192 in loop  156 - 1H6YA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.888 in loop   63 - 1EVUA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 3.185 in loop  111 - 1IARB.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.288 in loop   41 - 1YDPA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.186 in loop   89 - 1ZNDA.pdb.bin
WARN  : Steric clash between  T  157 -> K  190 = 2.783 in loop   83 - 2BLFA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.017 in loop    2 - 1ULZA.pdb.bin
WARN  : Steric clash between  Q  178 -> H  186 = 1.769 in loop   21 - 1B9VA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.696 in loop  131 - 1LSHB.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.841 in loop   55 - 1QDLA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.886 in loop    8 - 1FM4A.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.434 in loop  118 - 1LD9A.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.741 in loop   22 - 1N6JA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 3.146 in loop  155 - 1UMIA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.228 in loop   92 - 2C1IA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 1.341 in loop    1 - 1B35B.pdb.bin
WARN  : Steric clash between  T  157 -> K  190 = 2.952 in loop   88 - 1ZXIB.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 3.032 in loop   14 - 1PJ5A.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.756 in loop  151 - 1QKZH.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.386 in loop   72 - 8CHO_.pdb.bin
WARN  : Steric clash between  T  157 -> K  190 = 3.005 in loop  122 - 1XDFA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.117 in loop  141 - 1XKWA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.827 in loop   90 - 2AJPA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.896 in loop  130 - 1LKFA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.048 in loop    3 - 1P27A.pdb.bin
WARN  : Steric clash between  E  160 -> F  187 = 1.878 in loop   59 - 1DG9A.pdb.bin
WARN  : Steric clash between  D  155 -> A  191 = 2.784 in loop   76 - 2ETEA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.557 in loop    5 - 1TQYA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.206 in loop  152 - 1RG9A.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.853 in loop   25 - 1J6RA.pdb.bin
WARN  : Steric clash between  D  155 -> A  191 = 2.910 in loop  145 - 2ET1A.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.298 in loop  154 - 1YHIA.pdb.bin
WARN  : Steric clash between  D  155 -> A  191 = 2.855 in loop  132 - 1FI2A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.016 in loop   75 - 1X3SA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.445 in loop   27 - 2NCDA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.023 in loop   26 - 1QFGA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 3.121 in loop   39 - 1JB7A.pdb.bin
WARN  : Steric clash between  I  159 -> G  188 = 2.572 in loop   61 - 1PH5A.pdb.bin
WARN  : Steric clash between  D  155 -> A  191 = 2.542 in loop   30 - 1GD1O.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.675 in loop   53 - 1H54A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.234 in loop   42 - 1CYG_.pdb.bin
WARN  : Steric clash between  I  158 -> M  189 = 3.110 in loop   38 - 1VL4A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.366 in loop  137 - 1F9TA.pdb.bin
WARN  : Steric clash between  A  161 -> H  186 = 2.246 in loop   15 - 1WUBA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.793 in loop  120 - 1MHMA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.170 in loop   50 - 1E9IA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.314 in loop  138 - 1F9UA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.246 in loop   17 - 1FX3A.pdb.bin
WARN  : Steric clash between  V  154 -> H  192 = 2.981 in loop   57 - 1TDHA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.300 in loop  119 - 1F9VA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.543 in loop  121 - 1QYNA.pdb.bin
WARN  : Steric clash between  A  161 -> H  186 = 2.952 in loop  123 - 1PM1X.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.145 in loop   78 - 2FPMA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.011 in loop   44 - 1HBQ_.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.229 in loop   33 - 1E54A.pdb.bin
WARN  : Steric clash between  Q  178 -> H  186 = 2.788 in loop  112 - 1YGYA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.251 in loop  104 - 1SDMA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.936 in loop  124 - 1F00I.pdb.bin
WARN  : Steric clash between  D  155 -> A  191 = 3.072 in loop   28 - 1PAMA.pdb.bin
WARN  : Steric clash between  T  179 -> F  187 = 2.353 in loop  125 - 1HR6B.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.786 in loop   34 - 1I7NA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.829 in loop   82 - 1W6TA.pdb.bin
WARN  : Steric clash between  V  154 -> H  192 = 2.709 in loop   40 - 2PABA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.277 in loop   31 - 1YGTA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.434 in loop   52 - 1ROAA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.025 in loop   37 - 1AF6A.pdb.bin
WARN  : Steric clash between  V  154 -> H  192 = 2.967 in loop  109 - 1FEPA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.531 in loop   71 - 1I4GA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.637 in loop   84 - 2BZ4A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.528 in loop   93 - 1UUNA.pdb.bin
WARN  : Steric clash between  L  153 -> H  192 = 3.199 in loop   99 - 1HXTA.pdb.bin
WARN  : Steric clash between  V  154 -> H  192 = 3.169 in loop  106 - 1HXXA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 3.102 in loop  133 - 2FCPA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.550 in loop   11 - 1NQEA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.338 in loop  135 - 1XPKC.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.424 in loop  127 - 1XPMA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.574 in loop   18 - 2KINA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.763 in loop   16 - 1VA6A.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.188 in loop   10 - 1NQEA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.329 in loop  136 - 1XPKA.pdb.bin
WARN  : Steric clash between  L  153 -> H  192 = 3.142 in loop   19 - 1KMOA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 3.200 in loop   79 - 1ZOWA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.121 in loop  150 - 1ZGOA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.135 in loop   86 - 1X31B.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 2.658 in loop   60 - 1S1TA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.810 in loop  101 - 1HLEA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 0.787 in loop    7 - 1KAS_.pdb.bin
WARN  : Steric clash between  I  158 -> M  189 = 3.198 in loop  134 - 1IZKA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 1.834 in loop   81 - 1W6TA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.020 in loop   87 - 2AEXA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.920 in loop    4 - 1XRHA.pdb.bin
WARN  : Steric clash between  L  153 -> H  192 = 2.958 in loop   62 - 1OQEA.pdb.bin
WARN  : Steric clash between  Q  178 -> H  186 = 3.115 in loop   65 - 1IZJA.pdb.bin
WARN  : Steric clash between  I  158 -> G  188 = 2.884 in loop   13 - 1QWIA.pdb.bin
WARN  : Steric clash between  I  158 -> M  189 = 3.036 in loop   64 - 1UH4A.pdb.bin
WARN  : Steric clash between  D  155 -> A  191 = 2.969 in loop  153 - 1VPBA.pdb.bin
WARN  : Steric clash between  T  157 -> M  189 = 1.548 in loop   73 - 1WMRA.pdb.bin
WARN  : Steric clash between  A  156 -> K  190 = 2.458 in loop  113 - 1CP9B.pdb.bin
ERROR : Failed to transform database loops to fit model
________________________________________________________________________________

INFO  : Gap size 4 between position 217 and 221 : Seq = 'QLGNL'
INFO  : Stem parameters: x = -8.04; y = 33.33; beta = 2.49; gamma = 1.83
INFO  : Identified 0 potential loops
ERROR : Failed to identify any loops within database
WARN  : Model missing 122 N-terminal residues
WARN  : Model missing 17 C-terminal residues
________________________________________________________________________________

INFO  : Assembling final models for 0 gaps => 1 combinations
INFO  : Removing single loop lists
INFO  : Assembled 1 / 1 combinations
________________________________________________________________________________

INFO  : Ranking final models by energy
INFO  : Outputting models to dir 'loop/model.1'
INFO  : model.1.pdb : Energy = -121.334 (T = 0) : I = 0 : R = 0 : RoG = 52.995 : PP = 75.762 : SP = -3.798 : SE = 10.286 : HO = -281.529 : TE = 24.950176
________________________________________________________________________________

INFO  : Model building complete
________________________________________________________________________________

