
#######################################################
#                                                     #
#                        LGA                          #
#                  ---------------                    #
#                                                     #
#               Local-Global Alignment                #
#        A Method for Finding 3-D Similarities        #
#               in Protein Structures                 #
#                                                     #
#                  ------------ 10/2009               #
#                                                     #
#      Adam Zemla (adamz@llnl.gov)                    #
#      Lawrence Livermore National Laboratory, CA     #
#                                                     #
#######################################################

!!!   License for LGA program has expired  !!!
#   For updated version of the LGA program   #
# please contact Adam Zemla:  adamz@llnl.gov #

# Molecule1: number of CA atoms  489 ( 3731),  selected  476 , name one
# Molecule2: number of CA atoms  476 ( 3630),  selected  476 , name two
# PARAMETERS: input.pdb  -ie  -3  -d:4  -sda  -swap  -ch1:A  -ch2:A  
# FIXED Atom-Atom correspondence
# GDT and LCS analysis 

LCS - RMSD CUTOFF   5.00      length       segment         l_RMS    g_RMS
  LONGEST_CONTINUOUS_SEGMENT:   476       7_A - 482_A       0.77     0.77
  LCS_AVERAGE:    100.00

LCS - RMSD CUTOFF   2.00      length       segment         l_RMS    g_RMS
  LONGEST_CONTINUOUS_SEGMENT:   476       7_A - 482_A       0.77     0.77
  LCS_AVERAGE:    100.00

LCS - RMSD CUTOFF   1.00      length       segment         l_RMS    g_RMS
  LONGEST_CONTINUOUS_SEGMENT:   476       7_A - 482_A       0.77     0.77
  LCS_AVERAGE:    100.00

LCS_GDT    MOLECULE-1    MOLECULE-2     LCS_DETAILS     GDT_DETAILS                                                    TOTAL NUMBER OF RESIDUE PAIRS:  476
LCS_GDT     RESIDUE       RESIDUE       SEGMENT_SIZE    GLOBAL DISTANCE TEST COLUMNS: number of residues under the threshold assigned to each residue pair
LCS_GDT   NAME NUMBER   NAME NUMBER    1.0  2.0  5.0    0.5  1.0  1.5  2.0  2.5  3.0  3.5  4.0  4.5  5.0  5.5  6.0  6.5  7.0  7.5  8.0  8.5  9.0  9.5 10.0
LCS_GDT     Q     7_A     Q     7_A    476  476  476     40  226  456  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P     8_A     P     8_A    476  476  476     72  375  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V     9_A     V     9_A    476  476  476    314  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    10_A     D    10_A    476  476  476    143  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T    11_A     T    11_A    476  476  476    104  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    12_A     I    12_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    13_A     I    13_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y    14_A     Y    14_A    476  476  476    352  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q    15_A     Q    15_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    16_A     A    16_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K    17_A     K    17_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    18_A     V    18_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F    19_A     F    19_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    20_A     D    20_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    21_A     G    21_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    22_A     L    22_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    23_A     G    23_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N    24_A     N    24_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    25_A     A    25_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P    26_A     P    26_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    27_A     V    27_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H    28_A     H    28_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M    29_A     M    29_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    30_A     D    30_A    476  476  476    351  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    31_A     V    31_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    32_A     A    32_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    33_A     I    33_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K    34_A     K    34_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    35_A     G    35_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q    36_A     Q    36_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q    37_A     Q    37_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    38_A     I    38_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    39_A     V    39_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    40_A     A    40_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    41_A     L    41_A    476  476  476    350  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    42_A     G    42_A    476  476  476    218  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E    43_A     E    43_A    476  476  476    162  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    44_A     L    44_A    476  476  476    308  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S    45_A     S    45_A    476  476  476    293  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    46_A     A    46_A    476  476  476    238  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y    47_A     Y    47_A    476  476  476    172  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q    48_A     Q    48_A    476  476  476    115  431  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    49_A     A    49_A    476  476  476    133  437  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T    50_A     T    50_A    476  476  476     33  293  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E    51_A     E    51_A    476  476  476     33  293  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E    52_A     E    52_A    476  476  476    152  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    53_A     V    53_A    476  476  476    330  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N    54_A     N    54_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    55_A     A    55_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    56_A     D    56_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    57_A     G    57_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    58_A     L    58_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     C    59_A     C    59_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    60_A     L    60_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    61_A     A    61_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P    62_A     P    62_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    63_A     G    63_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F    64_A     F    64_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    65_A     I    65_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    66_A     D    66_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    67_A     V    67_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H    68_A     H    68_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T    69_A     T    69_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H    70_A     H    70_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    71_A     D    71_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D    72_A     D    72_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    73_A     L    73_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E    74_A     E    74_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    75_A     V    75_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L    76_A     L    76_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R    77_A     R    77_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N    78_A     N    78_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P    79_A     P    79_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E    80_A     E    80_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M    81_A     M    81_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    82_A     A    82_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A    83_A     A    83_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K    84_A     K    84_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    85_A     I    85_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S    86_A     S    86_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q    87_A     Q    87_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    88_A     G    88_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    89_A     V    89_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T    90_A     T    90_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T    91_A     T    91_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V    92_A     V    92_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    93_A     I    93_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T    94_A     T    94_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    95_A     G    95_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N    96_A     N    96_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     C    97_A     C    97_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G    98_A     G    98_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I    99_A     I    99_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   100_A     S   100_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   101_A     A   101_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   102_A     A   102_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   103_A     P   103_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   104_A     A   104_A    476  476  476    123  448  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   105_A     E   105_A    476  476  476     61  371  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   106_A     L   106_A    476  476  476    277  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   107_A     A   107_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   108_A     N   108_A    476  476  476      2  201  464  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   109_A     D   109_A    476  476  476    123  403  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   110_A     A   110_A    476  476  476    126  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   111_A     P   111_A    476  476  476    126  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   112_A     D   112_A    476  476  476    119  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   113_A     P   113_A    476  476  476    347  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   114_A     M   114_A    476  476  476    331  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   115_A     N   115_A    476  476  476    238  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   116_A     L   116_A    476  476  476    100  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   117_A     L   117_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   118_A     G   118_A    476  476  476    330  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   119_A     E   119_A    476  476  476    238  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   120_A     K   120_A    476  476  476    120  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   121_A     A   121_A    476  476  476    248  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   122_A     E   122_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   123_A     F   123_A    476  476  476    347  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   124_A     K   124_A    476  476  476    285  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   125_A     F   125_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   126_A     A   126_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   127_A     Q   127_A    476  476  476    336  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   128_A     L   128_A    476  476  476    350  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   129_A     R   129_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   130_A     D   130_A    476  476  476    336  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   131_A     Y   131_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   132_A     I   132_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   133_A     D   133_A    476  476  476    184  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   134_A     A   134_A    476  476  476    184  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   135_A     Y   135_A    476  476  476    292  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   136_A     K   136_A    476  476  476    184  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   137_A     V   137_A    476  476  476    184  448  465  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   138_A     Q   138_A    476  476  476      3  299  465  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   139_A     K   139_A    476  476  476    332  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   140_A     A   140_A    476  476  476    285  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   141_A     N   141_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   142_A     V   142_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   143_A     N   143_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   144_A     V   144_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   145_A     A   145_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   146_A     A   146_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   147_A     L   147_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   148_A     V   148_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   149_A     G   149_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   150_A     H   150_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   151_A     T   151_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   152_A     T   152_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   153_A     L   153_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   154_A     R   154_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   155_A     N   155_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   156_A     N   156_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   157_A     V   157_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   158_A     M   158_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   159_A     A   159_A    476  476  476    277  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   160_A     D   160_A    476  476  476    333  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   161_A     L   161_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   162_A     L   162_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   163_A     R   163_A    476  476  476    347  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   164_A     P   164_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   165_A     A   165_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   166_A     T   166_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   167_A     A   167_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   168_A     A   168_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   169_A     E   169_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   170_A     I   170_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   171_A     T   171_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   172_A     L   172_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   173_A     M   173_A    476  476  476    347  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   174_A     Q   174_A    476  476  476    303  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   175_A     Q   175_A    476  476  476    277  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   176_A     Q   176_A    476  476  476    350  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   177_A     L   177_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   178_A     D   178_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   179_A     L   179_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   180_A     A   180_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   181_A     L   181_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   182_A     S   182_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   183_A     Q   183_A    476  476  476    344  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   184_A     G   184_A    476  476  476    286  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   185_A     A   185_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   186_A     L   186_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   187_A     G   187_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   188_A     L   188_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   189_A     S   189_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   190_A     T   190_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   191_A     G   191_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   192_A     L   192_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   193_A     A   193_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   194_A     Y   194_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   195_A     K   195_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   196_A     N   196_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   197_A     A   197_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   198_A     N   198_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   199_A     Q   199_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   200_A     A   200_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   201_A     P   201_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   202_A     S   202_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   203_A     S   203_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   204_A     E   204_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   205_A     V   205_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   206_A     H   206_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   207_A     A   207_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   208_A     F   208_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   209_A     G   209_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   210_A     E   210_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   211_A     V   211_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   212_A     L   212_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   213_A     K   213_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   214_A     K   214_A    476  476  476    350  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   215_A     H   215_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   216_A     D   216_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   217_A     A   217_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   218_A     L   218_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   219_A     Y   219_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   220_A     T   220_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   221_A     T   221_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   222_A     H   222_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   223_A     L   223_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   224_A     R   224_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   225_A     T   225_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   226_A     E   226_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   227_A     F   227_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   228_A     D   228_A    476  476  476    352  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   229_A     A   229_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   230_A     V   230_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   231_A     L   231_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   232_A     D   232_A    476  476  476    352  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   233_A     A   233_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   234_A     M   234_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   235_A     D   235_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   236_A     E   236_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   237_A     A   237_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   238_A     F   238_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   239_A     A   239_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   240_A     M   240_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   241_A     E   241_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   242_A     Q   242_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   243_A     A   243_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   244_A     F   244_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   245_A     D   245_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   246_A     I   246_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   247_A     K   247_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   248_A     V   248_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   249_A     I   249_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   250_A     I   250_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   251_A     S   251_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   252_A     H   252_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   253_A     L   253_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   254_A     K   254_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     C   255_A     C   255_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   256_A     A   256_A    476  476  476    304  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   257_A     G   257_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   258_A     K   258_A    476  476  476    159  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   259_A     N   259_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   260_A     N   260_A    476  476  476    341  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     W   261_A     W   261_A    476  476  476    341  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   262_A     G   262_A    476  476  476    303  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   263_A     R   263_A    476  476  476    332  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   264_A     A   264_A    476  476  476    285  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   265_A     P   265_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   266_A     E   266_A    476  476  476    350  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   267_A     L   267_A    476  476  476    344  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   268_A     L   268_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   269_A     A   269_A    476  476  476    352  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   270_A     K   270_A    476  476  476    270  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   271_A     F   271_A    476  476  476     62  413  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   272_A     S   272_A    476  476  476     16   79  158  470  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   273_A     E   273_A    476  476  476      4   78  249  469  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   274_A     Q   274_A    476  476  476      4  158  451  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   275_A     G   275_A    476  476  476      3    4    9   14  197  370  470  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   276_A     E   276_A    476  476  476      3    4    6    7   10   13   15  171  219  464  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   277_A     H   277_A    476  476  476      3    4  113  198  297  468  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   278_A     S   278_A    476  476  476    194  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   279_A     K   279_A    476  476  476    143  448  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     C   280_A     C   280_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   281_A     S   281_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     C   282_A     C   282_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   283_A     D   283_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   284_A     A   284_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   285_A     Y   285_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   286_A     P   286_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   287_A     Y   287_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   288_A     A   288_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   289_A     A   289_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   290_A     S   290_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   291_A     S   291_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   292_A     S   292_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   293_A     T   293_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   294_A     L   294_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   295_A     D   295_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   296_A     L   296_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   297_A     N   297_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   298_A     Q   298_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   299_A     V   299_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   300_A     T   300_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   301_A     D   301_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   302_A     D   302_A    476  476  476    349  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   303_A     F   303_A    476  476  476    332  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   304_A     D   304_A    476  476  476    342  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   305_A     I   305_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   306_A     F   306_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   307_A     I   307_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   308_A     T   308_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     W   309_A     W   309_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   310_A     S   310_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   311_A     D   311_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   312_A     S   312_A    476  476  476    184  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   313_A     H   313_A    476  476  476    261  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   314_A     P   314_A    476  476  476    310  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   315_A     E   315_A    476  476  476    261  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   316_A     M   316_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   317_A     A   317_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   318_A     E   318_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   319_A     Q   319_A    476  476  476    352  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   320_A     L   320_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   321_A     L   321_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   322_A     A   322_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   323_A     D   323_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   324_A     I   324_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   325_A     A   325_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   326_A     K   326_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   327_A     Q   327_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     W   328_A     W   328_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   329_A     G   329_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   330_A     I   330_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   331_A     S   331_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   332_A     L   332_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   333_A     L   333_A    476  476  476    346  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   334_A     D   334_A    476  476  476    328  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   335_A     A   335_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   336_A     A   336_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   337_A     K   337_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   338_A     Q   338_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   339_A     L   339_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   340_A     Q   340_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   341_A     P   341_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   342_A     A   342_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   343_A     G   343_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   344_A     A   344_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   345_A     V   345_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   346_A     Y   346_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   347_A     H   347_A    476  476  476    352  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   348_A     G   348_A    476  476  476    342  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   349_A     L   349_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   350_A     N   350_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   351_A     E   351_A    476  476  476    343  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   352_A     D   352_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   353_A     D   353_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   354_A     V   354_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   355_A     K   355_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   356_A     T   356_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   357_A     I   357_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   358_A     L   358_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   359_A     A   359_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   360_A     F   360_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   361_A     D   361_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   362_A     K   362_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   363_A     T   363_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   364_A     M   364_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   365_A     I   365_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   366_A     G   366_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   367_A     S   367_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   368_A     D   368_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   369_A     G   369_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   370_A     L   370_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   371_A     P   371_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     C   372_A     C   372_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   373_A     D   373_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   374_A     P   374_A    476  476  476    274  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   375_A     H   375_A    476  476  476    333  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   376_A     P   376_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   377_A     H   377_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   378_A     P   378_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   379_A     R   379_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   380_A     L   380_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     W   381_A     W   381_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   382_A     G   382_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   383_A     S   383_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   384_A     F   384_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   385_A     P   385_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   386_A     R   386_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   387_A     V   387_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   388_A     L   388_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   389_A     G   389_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   390_A     H   390_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   391_A     Y   391_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   392_A     S   392_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   393_A     R   393_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   394_A     E   394_A    476  476  476    324  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   395_A     Q   395_A    476  476  476    285  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   396_A     G   396_A    476  476  476    324  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   397_A     I   397_A    476  476  476    310  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   398_A     F   398_A    476  476  476    303  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   399_A     S   399_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   400_A     L   400_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   401_A     A   401_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   402_A     T   402_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   403_A     A   403_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   404_A     I   404_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   405_A     H   405_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   406_A     K   406_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     M   407_A     M   407_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   408_A     T   408_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   409_A     G   409_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   410_A     L   410_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   411_A     S   411_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   412_A     A   412_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   413_A     A   413_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   414_A     N   414_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   415_A     Y   415_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   416_A     R   416_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   417_A     L   417_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   418_A     A   418_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   419_A     N   419_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   420_A     R   420_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   421_A     G   421_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   422_A     V   422_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   423_A     I   423_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   424_A     K   424_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   425_A     V   425_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   426_A     G   426_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   427_A     H   427_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   428_A     F   428_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   429_A     A   429_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   430_A     D   430_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   431_A     L   431_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   432_A     V   432_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   433_A     L   433_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   434_A     F   434_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   435_A     D   435_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   436_A     A   436_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   437_A     D   437_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   438_A     E   438_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   439_A     I   439_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   440_A     I   440_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   441_A     D   441_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   442_A     N   442_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   443_A     A   443_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   444_A     T   444_A    476  476  476    311  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   445_A     F   445_A    476  476  476    238  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   446_A     V   446_A    476  476  476    280  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     E   447_A     E   447_A    476  476  476    323  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   448_A     S   448_A    476  476  476    280  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   449_A     A   449_A    476  476  476    280  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   450_A     L   450_A    476  476  476    226  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   451_A     P   451_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   452_A     A   452_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   453_A     S   453_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   454_A     G   454_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     I   455_A     I   455_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     H   456_A     H   456_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   457_A     Q   457_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   458_A     V   458_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     W   459_A     W   459_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   460_A     T   460_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     N   461_A     N   461_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   462_A     G   462_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   463_A     Q   463_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   464_A     T   464_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   465_A     T   465_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   466_A     F   466_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   467_A     K   467_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     D   468_A     D   468_A    476  476  476    166  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     K   469_A     K   469_A    476  476  476    350  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     R   470_A     R   470_A    476  476  476    245  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     V   471_A     V   471_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   472_A     L   472_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     P   473_A     P   473_A    476  476  476    147  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     A   474_A     A   474_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Y   475_A     Y   475_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   476_A     S   476_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     G   477_A     G   477_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     Q   478_A     Q   478_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     F   479_A     F   479_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     L   480_A     L   480_A    476  476  476    355  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     T   481_A     T   481_A    476  476  476     62  450  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_GDT     S   482_A     S   482_A    476  476  476    133  451  466  471  473  473  474  475  475  475  476  476  476  476  476  476  476  476  476  476 
LCS_AVERAGE  LCS_A: 100.00  ( 100.00  100.00  100.00 )

GLOBAL_DISTANCE_TEST (summary information about detected largest sets of residues (represented by selected AToms) that can fit under specified thresholds)
GDT DIST_CUTOFF  0.50   1.00   1.50   2.00   2.50   3.00   3.50   4.00   4.50   5.00   5.50   6.00   6.50   7.00   7.50   8.00   8.50   9.00   9.50  10.00
GDT NUMBER_AT    355    451    466    471    473    473    474    475    475    475    476    476    476    476    476    476    476    476    476    476 
GDT PERCENT_AT  74.58  94.75  97.90  98.95  99.37  99.37  99.58  99.79  99.79  99.79 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00
GDT RMS_LOCAL    0.30   0.42   0.48   0.52   0.55   0.55   0.60   0.65   0.65   0.65   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77
GDT RMS_ALL_AT   0.78   0.78   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77   0.77

# Checking swapping
#   possible swapping detected:  F    19_A      F    19_A
#   possible swapping detected:  Y    47_A      Y    47_A
#   possible swapping detected:  E    51_A      E    51_A
#   possible swapping detected:  E    52_A      E    52_A
#   possible swapping detected:  D    72_A      D    72_A
#   possible swapping detected:  E    74_A      E    74_A
#   possible swapping detected:  E    80_A      E    80_A
#   possible swapping detected:  E   105_A      E   105_A
#   possible swapping detected:  E   119_A      E   119_A
#   possible swapping detected:  F   123_A      F   123_A
#   possible swapping detected:  Y   131_A      Y   131_A
#   possible swapping detected:  Y   135_A      Y   135_A
#   possible swapping detected:  E   169_A      E   169_A
#   possible swapping detected:  E   204_A      E   204_A
#   possible swapping detected:  E   210_A      E   210_A
#   possible swapping detected:  Y   219_A      Y   219_A
#   possible swapping detected:  E   226_A      E   226_A
#   possible swapping detected:  F   227_A      F   227_A
#   possible swapping detected:  E   236_A      E   236_A
#   possible swapping detected:  E   241_A      E   241_A
#   possible swapping detected:  E   266_A      E   266_A
#   possible swapping detected:  F   271_A      F   271_A
#   possible swapping detected:  E   273_A      E   273_A
#   possible swapping detected:  E   276_A      E   276_A
#   possible swapping detected:  Y   285_A      Y   285_A
#   possible swapping detected:  Y   287_A      Y   287_A
#   possible swapping detected:  F   303_A      F   303_A
#   possible swapping detected:  F   306_A      F   306_A
#   possible swapping detected:  E   315_A      E   315_A
#   possible swapping detected:  E   318_A      E   318_A
#   possible swapping detected:  Y   346_A      Y   346_A
#   possible swapping detected:  E   351_A      E   351_A
#   possible swapping detected:  F   360_A      F   360_A
#   possible swapping detected:  F   384_A      F   384_A
#   possible swapping detected:  E   394_A      E   394_A
#   possible swapping detected:  F   398_A      F   398_A
#   possible swapping detected:  Y   415_A      Y   415_A
#   possible swapping detected:  E   438_A      E   438_A
#   possible swapping detected:  F   466_A      F   466_A

#      Molecule1      Molecule2  DISTANCE    Mis    MC     All    Dist_max   GDC_mc  GDC_all
LGA    Q     7_A      Q     7_A     2.360     0    0.619   0.659     8.491   68.810   42.646
LGA    P     8_A      P     8_A     1.803     0    0.087   0.099     2.256   70.833   68.231
LGA    V     9_A      V     9_A     0.670     0    0.024   0.196     0.939   90.476   91.837
LGA    D    10_A      D    10_A     0.781     0    0.071   0.142     0.984   90.476   90.476
LGA    T    11_A      T    11_A     0.919     0    0.022   0.035     1.107   88.214   87.891
LGA    I    12_A      I    12_A     0.605     0    0.022   0.030     0.952   90.476   90.476
LGA    I    13_A      I    13_A     0.289     0    0.029   0.069     0.356  100.000  100.000
LGA    Y    14_A      Y    14_A     0.253     0    0.020   0.070     0.937  100.000   95.238
LGA    Q    15_A      Q    15_A     0.232     0    0.037   0.182     1.124  100.000   93.757
LGA    A    16_A      A    16_A     0.396     0    0.071   0.092     0.618  100.000   98.095
LGA    K    17_A      K    17_A     0.129     0    0.039   0.549     1.648  100.000   94.868
LGA    V    18_A      V    18_A     0.238     0    0.015   0.042     0.485  100.000  100.000
LGA    F    19_A      F    19_A     0.121     0    0.015   0.024     0.204  100.000  100.000
LGA    D    20_A      D    20_A     0.103     0    0.013   0.048     0.182  100.000  100.000
LGA    G    21_A      G    21_A     0.174     0    0.022   0.022     0.326  100.000  100.000
LGA    L    22_A      L    22_A     0.281     0    0.015   0.058     0.540  100.000   98.810
LGA    G    23_A      G    23_A     0.174     0    0.037   0.037     0.308  100.000  100.000
LGA    N    24_A      N    24_A     0.195     0    0.016   0.043     0.292  100.000  100.000
LGA    A    25_A      A    25_A     0.247     0    0.022   0.024     0.452  100.000  100.000
LGA    P    26_A      P    26_A     0.240     0    0.028   0.036     0.261  100.000  100.000
LGA    V    27_A      V    27_A     0.209     0    0.014   0.138     0.666  100.000   98.639
LGA    H    28_A      H    28_A     0.064     0    0.020   0.089     0.492  100.000  100.000
LGA    M    29_A      M    29_A     0.201     0    0.066   0.776     2.536  100.000   94.643
LGA    D    30_A      D    30_A     0.289     0    0.029   0.059     0.508  100.000   98.810
LGA    V    31_A      V    31_A     0.116     0    0.021   0.026     0.172  100.000  100.000
LGA    A    32_A      A    32_A     0.170     0    0.029   0.027     0.310  100.000  100.000
LGA    I    33_A      I    33_A     0.217     0    0.018   0.046     0.453  100.000  100.000
LGA    K    34_A      K    34_A     0.365     0    0.025   0.742     2.042  100.000   88.942
LGA    G    35_A      G    35_A     0.271     0    0.047   0.047     0.342  100.000  100.000
LGA    Q    36_A      Q    36_A     0.272     0    0.029   0.663     1.819  100.000   94.921
LGA    Q    37_A      Q    37_A     0.251     0    0.021   0.652     1.906  100.000   93.862
LGA    I    38_A      I    38_A     0.238     0    0.011   0.077     0.416  100.000  100.000
LGA    V    39_A      V    39_A     0.273     0    0.038   0.072     0.376  100.000  100.000
LGA    A    40_A      A    40_A     0.267     0    0.036   0.054     0.338  100.000  100.000
LGA    L    41_A      L    41_A     0.360     0    0.052   0.098     0.445  100.000  100.000
LGA    G    42_A      G    42_A     0.793     0    0.075   0.075     0.838   90.476   90.476
LGA    E    43_A      E    43_A     0.839     0    0.049   1.425     6.682   90.476   63.228
LGA    L    44_A      L    44_A     0.692     0    0.112   0.233     0.922   90.476   91.667
LGA    S    45_A      S    45_A     0.767     0    0.056   0.061     0.881   90.476   90.476
LGA    A    46_A      A    46_A     1.049     0    0.093   0.105     1.680   81.548   81.524
LGA    Y    47_A      Y    47_A     1.098     0    0.011   0.096     1.137   83.690   82.183
LGA    Q    48_A      Q    48_A     1.452     0    0.102   1.338     3.991   81.429   71.905
LGA    A    49_A      A    49_A     1.250     0    0.062   0.087     1.459   81.429   81.429
LGA    T    50_A      T    50_A     1.627     0    0.010   0.030     2.036   72.976   75.374
LGA    E    51_A      E    51_A     1.541     0    0.044   0.126     1.728   77.143   75.714
LGA    E    52_A      E    52_A     0.896     0    0.018   0.171     1.351   85.952   85.450
LGA    V    53_A      V    53_A     0.561     0    0.038   0.037     0.626   95.238   93.197
LGA    N    54_A      N    54_A     0.312     0    0.044   0.057     0.543  100.000   98.810
LGA    A    55_A      A    55_A     0.287     0    0.013   0.038     0.445  100.000  100.000
LGA    D    56_A      D    56_A     0.386     0    0.020   0.430     1.659   97.619   93.036
LGA    G    57_A      G    57_A     0.563     0    0.055   0.055     0.853   92.857   92.857
LGA    L    58_A      L    58_A     0.310     0    0.069   0.086     0.501   97.619   98.810
LGA    C    59_A      C    59_A     0.459     0    0.085   0.110     0.607   97.619   96.825
LGA    L    60_A      L    60_A     0.135     0    0.045   0.129     0.407  100.000  100.000
LGA    A    61_A      A    61_A     0.202     0    0.026   0.035     0.230  100.000  100.000
LGA    P    62_A      P    62_A     0.182     0    0.040   0.065     0.340  100.000  100.000
LGA    G    63_A      G    63_A     0.212     0    0.014   0.014     0.212  100.000  100.000
LGA    F    64_A      F    64_A     0.181     0    0.016   0.066     0.313  100.000  100.000
LGA    I    65_A      I    65_A     0.208     0    0.008   0.039     0.305  100.000  100.000
LGA    D    66_A      D    66_A     0.245     0    0.028   0.057     0.334  100.000  100.000
LGA    V    67_A      V    67_A     0.240     0    0.009   0.034     0.339  100.000  100.000
LGA    H    68_A      H    68_A     0.182     0    0.016   0.113     0.489  100.000  100.000
LGA    T    69_A      T    69_A     0.190     0    0.034   0.065     0.236  100.000  100.000
LGA    H    70_A      H    70_A     0.087     0    0.024   0.078     0.460  100.000  100.000
LGA    D    71_A      D    71_A     0.148     0    0.020   0.118     0.421  100.000  100.000
LGA    D    72_A      D    72_A     0.158     0    0.017   0.172     0.330  100.000  100.000
LGA    L    73_A      L    73_A     0.139     0    0.022   0.044     0.259  100.000  100.000
LGA    E    74_A      E    74_A     0.320     0    0.039   0.120     0.566  100.000   97.884
LGA    V    75_A      V    75_A     0.366     0    0.022   1.281     2.602  100.000   88.844
LGA    L    76_A      L    76_A     0.349     0    0.032   0.057     0.806  100.000   96.429
LGA    R    77_A      R    77_A     0.168     0    0.091   1.139     2.770  100.000   85.368
LGA    N    78_A      N    78_A     0.347     0    0.016   0.992     3.665  100.000   80.476
LGA    P    79_A      P    79_A     0.255     0    0.031   0.062     0.379  100.000  100.000
LGA    E    80_A      E    80_A     0.174     0    0.019   0.139     1.242  100.000   94.762
LGA    M    81_A      M    81_A     0.313     0    0.003   0.123     0.340  100.000  100.000
LGA    A    82_A      A    82_A     0.210     0    0.066   0.077     0.427  100.000  100.000
LGA    A    83_A      A    83_A     0.203     0    0.030   0.029     0.310  100.000  100.000
LGA    K    84_A      K    84_A     0.290     0    0.044   0.332     0.940  100.000   96.825
LGA    I    85_A      I    85_A     0.190     0    0.014   0.066     0.261  100.000  100.000
LGA    S    86_A      S    86_A     0.125     0    0.018   0.037     0.173  100.000  100.000
LGA    Q    87_A      Q    87_A     0.165     0    0.012   0.125     0.291  100.000  100.000
LGA    G    88_A      G    88_A     0.228     0    0.013   0.013     0.235  100.000  100.000
LGA    V    89_A      V    89_A     0.181     0    0.012   0.104     0.336  100.000  100.000
LGA    T    90_A      T    90_A     0.234     0    0.015   0.089     0.488  100.000  100.000
LGA    T    91_A      T    91_A     0.223     0    0.019   0.071     0.310  100.000  100.000
LGA    V    92_A      V    92_A     0.218     0    0.017   0.054     0.257  100.000  100.000
LGA    I    93_A      I    93_A     0.186     0    0.036   0.065     0.325  100.000  100.000
LGA    T    94_A      T    94_A     0.138     0    0.012   0.099     0.359  100.000  100.000
LGA    G    95_A      G    95_A     0.133     0    0.024   0.024     0.133  100.000  100.000
LGA    N    96_A      N    96_A     0.164     0    0.020   0.067     0.279  100.000  100.000
LGA    C    97_A      C    97_A     0.111     0    0.021   0.049     0.319  100.000  100.000
LGA    G    98_A      G    98_A     0.022     0    0.041   0.041     0.223  100.000  100.000
LGA    I    99_A      I    99_A     0.391     0    0.018   0.135     0.706  100.000   95.238
LGA    S   100_A      S   100_A     0.216     0    0.052   0.080     0.415  100.000  100.000
LGA    A   101_A      A   101_A     0.334     0    0.034   0.034     0.629   97.619   98.095
LGA    A   102_A      A   102_A     0.489     0    0.096   0.113     0.636   97.619   96.190
LGA    P   103_A      P   103_A     0.325     0    0.036   0.036     0.675   95.238   97.279
LGA    A   104_A      A   104_A     1.076     0    0.066   0.075     1.508   81.548   81.524
LGA    E   105_A      E   105_A     1.599     0    0.086   0.123     2.797   79.286   68.677
LGA    L   106_A      L   106_A     0.699     0    0.081   0.156     1.391   85.952   87.083
LGA    A   107_A      A   107_A     0.644     0    0.339   0.349     0.919   92.857   92.381
LGA    N   108_A      N   108_A     1.579     0    0.438   0.386     2.929   71.071   75.238
LGA    D   109_A      D   109_A     1.483     0    0.087   0.258     2.613   79.286   71.071
LGA    A   110_A      A   110_A     0.970     0    0.044   0.073     1.105   88.214   88.667
LGA    P   111_A      P   111_A     0.977     0    0.026   0.049     1.027   88.214   86.599
LGA    D   112_A      D   112_A     1.022     0    0.042   0.984     3.579   81.429   70.655
LGA    P   113_A      P   113_A     0.537     0    0.085   0.078     0.929   95.238   93.197
LGA    M   114_A      M   114_A     0.581     0    0.057   0.315     1.413   90.476   88.214
LGA    N   115_A      N   115_A     0.879     0    0.035   0.275     1.886   88.214   86.071
LGA    L   116_A      L   116_A     0.752     0    0.022   0.041     1.198   90.476   88.214
LGA    L   117_A      L   117_A     0.269     0    0.068   0.104     0.599   97.619   98.810
LGA    G   118_A      G   118_A     0.545     0    0.049   0.049     0.655   92.857   92.857
LGA    E   119_A      E   119_A     0.856     0    0.025   0.970     4.567   90.476   72.487
LGA    K   120_A      K   120_A     1.020     0    0.018   0.742     2.297   88.214   82.593
LGA    A   121_A      A   121_A     0.808     0    0.015   0.021     0.876   90.476   90.476
LGA    E   122_A      E   122_A     0.510     0    0.072   0.272     0.652   90.476   93.651
LGA    F   123_A      F   123_A     0.495     0    0.050   0.128     0.720   95.238   98.268
LGA    K   124_A      K   124_A     0.801     0    0.027   0.747     3.502   90.476   77.566
LGA    F   125_A      F   125_A     0.299     0    0.038   0.184     1.069  100.000   93.160
LGA    A   126_A      A   126_A     0.690     0    0.020   0.032     1.046   92.857   90.571
LGA    Q   127_A      Q   127_A     0.591     0    0.035   0.852     2.886   90.476   84.762
LGA    L   128_A      L   128_A     0.539     0    0.007   0.117     0.718   90.476   90.476
LGA    R   129_A      R   129_A     0.571     0    0.070   0.595     1.733   90.476   86.407
LGA    D   130_A      D   130_A     0.650     0    0.020   0.103     0.991   90.476   90.476
LGA    Y   131_A      Y   131_A     0.527     0    0.027   0.181     0.701   92.857   96.032
LGA    I   132_A      I   132_A     0.683     0    0.006   0.058     0.966   90.476   90.476
LGA    D   133_A      D   133_A     1.004     0    0.012   0.190     1.939   85.952   80.476
LGA    A   134_A      A   134_A     0.915     0    0.040   0.048     1.063   88.214   88.667
LGA    Y   135_A      Y   135_A     0.756     0    0.016   0.136     1.080   88.214   94.484
LGA    K   136_A      K   136_A     1.101     0    0.125   0.163     1.123   81.429   83.439
LGA    V   137_A      V   137_A     1.212     0    0.033   0.040     2.597   85.952   78.095
LGA    Q   138_A      Q   138_A     1.676     0    0.506   0.664     4.135   64.048   62.116
LGA    K   139_A      K   139_A     0.583     0    0.243   0.941     4.260   90.595   79.788
LGA    A   140_A      A   140_A     0.643     0    0.045   0.044     0.912   95.238   94.286
LGA    N   141_A      N   141_A     0.026     0    0.025   0.057     0.309  100.000  100.000
LGA    V   142_A      V   142_A     0.235     0    0.018   0.041     0.321  100.000  100.000
LGA    N   143_A      N   143_A     0.237     0    0.031   0.047     0.258  100.000  100.000
LGA    V   144_A      V   144_A     0.180     0    0.014   0.058     0.357  100.000  100.000
LGA    A   145_A      A   145_A     0.104     0    0.020   0.031     0.139  100.000  100.000
LGA    A   146_A      A   146_A     0.212     0    0.019   0.046     0.369  100.000  100.000
LGA    L   147_A      L   147_A     0.252     0    0.013   0.046     0.326  100.000  100.000
LGA    V   148_A      V   148_A     0.161     0    0.023   0.030     0.203  100.000  100.000
LGA    G   149_A      G   149_A     0.101     0    0.028   0.028     0.127  100.000  100.000
LGA    H   150_A      H   150_A     0.175     0    0.025   0.157     0.645  100.000   98.095
LGA    T   151_A      T   151_A     0.326     0    0.024   0.120     0.847  100.000   98.639
LGA    T   152_A      T   152_A     0.245     0    0.022   0.052     0.412  100.000  100.000
LGA    L   153_A      L   153_A     0.053     0    0.031   0.140     0.563  100.000   97.619
LGA    R   154_A      R   154_A     0.339     0    0.021   0.723     2.059  100.000   92.511
LGA    N   155_A      N   155_A     0.502     0    0.052   0.159     1.194   97.619   92.917
LGA    N   156_A      N   156_A     0.501     0    0.047   0.093     0.786   97.619   94.048
LGA    V   157_A      V   157_A     0.481     0    0.135   1.237     2.485   97.619   87.211
LGA    M   158_A      M   158_A     0.286     0    0.034   0.102     0.352  100.000  100.000
LGA    A   159_A      A   159_A     0.810     0    0.136   0.133     1.227   88.214   86.857
LGA    D   160_A      D   160_A     0.545     0    0.025   0.075     0.790   92.857   92.857
LGA    L   161_A      L   161_A     0.509     0    0.021   0.202     0.658   92.857   95.238
LGA    L   162_A      L   162_A     0.402     0    0.202   0.225     0.727   97.619   94.048
LGA    R   163_A      R   163_A     0.691     0    0.027   0.182     0.813   90.476   91.342
LGA    P   164_A      P   164_A     0.569     0    0.033   0.066     0.720   95.238   93.197
LGA    A   165_A      A   165_A     0.228     0    0.044   0.042     0.335  100.000  100.000
LGA    T   166_A      T   166_A     0.171     0    0.024   0.041     0.572  100.000   98.639
LGA    A   167_A      A   167_A     0.369     0    0.028   0.030     0.430  100.000  100.000
LGA    A   168_A      A   168_A     0.472     0    0.039   0.046     0.555  100.000   98.095
LGA    E   169_A      E   169_A     0.301     0    0.053   0.119     0.567  100.000   98.942
LGA    I   170_A      I   170_A     0.282     0    0.028   0.087     0.389  100.000  100.000
LGA    T   171_A      T   171_A     0.396     0    0.008   0.034     0.429  100.000  100.000
LGA    L   172_A      L   172_A     0.473     0    0.016   0.267     1.222   95.238   92.917
LGA    M   173_A      M   173_A     0.608     0    0.037   0.063     0.669   90.476   90.476
LGA    Q   174_A      Q   174_A     0.609     0    0.031   0.083     0.861   92.857   91.534
LGA    Q   175_A      Q   175_A     0.687     0    0.050   0.097     1.198   92.857   88.519
LGA    Q   176_A      Q   176_A     0.525     0    0.025   0.087     1.222   95.238   91.587
LGA    L   177_A      L   177_A     0.260     0    0.028   0.037     0.509  100.000   98.810
LGA    D   178_A      D   178_A     0.285     0    0.012   0.148     0.883  100.000   96.429
LGA    L   179_A      L   179_A     0.215     0    0.048   0.089     0.302  100.000  100.000
LGA    A   180_A      A   180_A     0.233     0    0.025   0.039     0.348  100.000  100.000
LGA    L   181_A      L   181_A     0.385     0    0.035   0.059     0.522   97.619   97.619
LGA    S   182_A      S   182_A     0.521     0    0.055   0.690     1.995   92.857   89.127
LGA    Q   183_A      Q   183_A     0.574     0    0.020   0.064     0.801   90.476   91.534
LGA    G   184_A      G   184_A     0.864     0    0.072   0.072     0.864   92.857   92.857
LGA    A   185_A      A   185_A     0.481     0    0.005   0.010     0.563   95.238   96.190
LGA    L   186_A      L   186_A     0.486     0    0.022   0.142     0.537  100.000   97.619
LGA    G   187_A      G   187_A     0.421     0    0.063   0.063     0.421  100.000  100.000
LGA    L   188_A      L   188_A     0.193     0    0.014   0.061     0.228  100.000  100.000
LGA    S   189_A      S   189_A     0.043     0    0.032   0.030     0.086  100.000  100.000
LGA    T   190_A      T   190_A     0.080     0    0.031   0.079     0.228  100.000  100.000
LGA    G   191_A      G   191_A     0.207     0    0.084   0.084     0.371  100.000  100.000
LGA    L   192_A      L   192_A     0.174     0    0.024   0.060     0.197  100.000  100.000
LGA    A   193_A      A   193_A     0.241     0    0.058   0.073     0.310  100.000  100.000
LGA    Y   194_A      Y   194_A     0.252     0    0.016   0.276     1.106  100.000   93.730
LGA    K   195_A      K   195_A     0.398     0    0.034   0.671     2.614   97.619   87.090
LGA    N   196_A      N   196_A     0.359     0    0.054   1.204     5.114  100.000   77.083
LGA    A   197_A      A   197_A     0.274     0    0.067   0.089     0.383  100.000  100.000
LGA    N   198_A      N   198_A     0.377     0    0.018   0.828     4.174   97.619   80.298
LGA    Q   199_A      Q   199_A     0.596     0    0.031   0.821     2.677   90.476   83.810
LGA    A   200_A      A   200_A     0.412     0    0.012   0.012     0.466  100.000  100.000
LGA    P   201_A      P   201_A     0.537     0    0.048   0.070     0.590   90.476   90.476
LGA    S   202_A      S   202_A     0.515     0    0.012   0.571     2.394   95.238   89.365
LGA    S   203_A      S   203_A     0.613     0    0.023   0.058     0.874   90.476   90.476
LGA    E   204_A      E   204_A     0.449     0    0.040   0.060     0.471  100.000  100.000
LGA    V   205_A      V   205_A     0.438     0    0.045   0.046     0.560  100.000   97.279
LGA    H   206_A      H   206_A     0.598     0    0.020   1.125     3.050   90.476   82.952
LGA    A   207_A      A   207_A     0.570     0    0.092   0.104     0.752   90.476   90.476
LGA    F   208_A      F   208_A     0.491     0    0.041   0.085     0.519   95.238   97.403
LGA    G   209_A      G   209_A     0.534     0    0.034   0.034     0.553   90.476   90.476
LGA    E   210_A      E   210_A     0.549     0    0.022   0.194     1.014   90.476   89.471
LGA    V   211_A      V   211_A     0.607     0    0.026   0.076     0.810   90.476   90.476
LGA    L   212_A      L   212_A     0.548     0    0.027   0.045     0.665   90.476   90.476
LGA    K   213_A      K   213_A     0.528     0    0.028   0.105     0.593   92.857   93.651
LGA    K   214_A      K   214_A     0.679     0    0.020   0.266     1.139   90.476   89.471
LGA    H   215_A      H   215_A     0.467     0    0.013   0.107     0.643  100.000   96.190
LGA    D   216_A      D   216_A     0.595     0    0.024   0.865     3.163   90.476   80.000
LGA    A   217_A      A   217_A     0.463     0    0.050   0.066     0.579   97.619   98.095
LGA    L   218_A      L   218_A     0.267     0    0.029   0.063     0.319  100.000  100.000
LGA    Y   219_A      Y   219_A     0.350     0    0.023   0.106     0.518  100.000   99.206
LGA    T   220_A      T   220_A     0.074     0    0.030   0.043     0.115  100.000  100.000
LGA    T   221_A      T   221_A     0.100     0    0.044   0.058     0.394  100.000  100.000
LGA    H   222_A      H   222_A     0.195     0    0.020   0.183     0.465  100.000  100.000
LGA    L   223_A      L   223_A     0.120     0    0.009   0.071     0.170  100.000  100.000
LGA    R   224_A      R   224_A     0.056     0    0.016   0.191     0.464  100.000  100.000
LGA    T   225_A      T   225_A     0.197     0    0.022   0.056     0.231  100.000  100.000
LGA    E   226_A      E   226_A     0.242     0    0.060   0.104     0.508   97.619   98.942
LGA    F   227_A      F   227_A     0.307     0    0.060   0.131     0.719   97.619   95.671
LGA    D   228_A      D   228_A     0.414     0    0.021   0.067     0.460  100.000  100.000
LGA    A   229_A      A   229_A     0.353     0    0.031   0.050     0.353  100.000  100.000
LGA    V   230_A      V   230_A     0.312     0    0.029   0.037     0.323  100.000  100.000
LGA    L   231_A      L   231_A     0.333     0    0.033   0.080     0.465  100.000  100.000
LGA    D   232_A      D   232_A     0.415     0    0.009   0.045     0.436  100.000  100.000
LGA    A   233_A      A   233_A     0.327     0    0.014   0.025     0.381  100.000  100.000
LGA    M   234_A      M   234_A     0.289     0    0.081   0.074     0.300  100.000  100.000
LGA    D   235_A      D   235_A     0.321     0    0.032   0.068     1.371  100.000   91.845
LGA    E   236_A      E   236_A     0.518     0    0.012   0.422     0.787   92.857   93.651
LGA    A   237_A      A   237_A     0.519     0    0.016   0.023     0.605   95.238   94.286
LGA    F   238_A      F   238_A     0.313     0    0.016   0.088     1.104  100.000   92.294
LGA    A   239_A      A   239_A     0.176     0    0.017   0.026     0.286  100.000  100.000
LGA    M   240_A      M   240_A     0.206     0    0.018   0.093     0.424  100.000  100.000
LGA    E   241_A      E   241_A     0.336     0    0.056   0.141     1.112  100.000   94.762
LGA    Q   242_A      Q   242_A     0.325     0    0.031   0.258     0.980   97.619   97.884
LGA    A   243_A      A   243_A     0.367     0    0.041   0.060     0.396  100.000  100.000
LGA    F   244_A      F   244_A     0.379     0    0.032   0.044     0.578   97.619   96.537
LGA    D   245_A      D   245_A     0.341     0    0.040   0.098     0.363  100.000  100.000
LGA    I   246_A      I   246_A     0.386     0    0.036   0.043     0.559  100.000   97.619
LGA    K   247_A      K   247_A     0.381     0    0.018   0.126     0.603  100.000   97.884
LGA    V   248_A      V   248_A     0.485     0    0.022   0.052     0.533   97.619   97.279
LGA    I   249_A      I   249_A     0.230     0    0.044   0.253     0.460  100.000  100.000
LGA    I   250_A      I   250_A     0.184     0    0.024   0.092     0.663  100.000   98.810
LGA    S   251_A      S   251_A     0.233     0    0.018   0.082     0.311  100.000  100.000
LGA    H   252_A      H   252_A     0.276     0    0.057   0.132     0.460  100.000  100.000
LGA    L   253_A      L   253_A     0.278     0    0.023   0.116     0.389  100.000  100.000
LGA    K   254_A      K   254_A     0.242     0    0.038   0.145     0.872  100.000   96.825
LGA    C   255_A      C   255_A     0.413     0    0.023   0.656     1.173   97.619   92.222
LGA    A   256_A      A   256_A     0.747     0    0.074   0.078     1.046   95.238   92.476
LGA    G   257_A      G   257_A     0.481     0    0.015   0.015     0.694   92.857   92.857
LGA    K   258_A      K   258_A     0.691     0    0.025   0.377     2.372   90.476   84.656
LGA    N   259_A      N   259_A     0.351     0    0.053   0.143     1.431   97.619   92.976
LGA    N   260_A      N   260_A     0.569     0    0.018   0.129     0.737   92.857   92.857
LGA    W   261_A      W   261_A     0.553     0    0.023   0.201     1.494   90.476   89.932
LGA    G   262_A      G   262_A     0.649     0    0.022   0.022     0.717   90.476   90.476
LGA    R   263_A      R   263_A     0.625     0    0.072   0.106     0.625   90.476   95.671
LGA    A   264_A      A   264_A     0.659     0    0.029   0.032     0.692   90.476   90.476
LGA    P   265_A      P   265_A     0.380     0    0.010   0.043     0.558   97.619   97.279
LGA    E   266_A      E   266_A     0.480     0    0.050   0.161     0.582   95.238   96.825
LGA    L   267_A      L   267_A     0.574     0    0.029   0.241     0.934   90.476   91.667
LGA    L   268_A      L   268_A     0.404     0    0.041   1.250     3.018  100.000   89.167
LGA    A   269_A      A   269_A     0.397     0    0.118   0.129     0.989   95.238   96.190
LGA    K   270_A      K   270_A     0.900     0    0.061   0.646     1.663   88.214   85.503
LGA    F   271_A      F   271_A     1.172     0    0.085   0.169     1.719   79.405   82.338
LGA    S   272_A      S   272_A     2.781     0    0.163   0.180     3.458   57.262   54.841
LGA    E   273_A      E   273_A     2.947     0    0.217   0.360     4.006   52.143   54.921
LGA    Q   274_A      Q   274_A     2.185     0    0.104   0.963     5.290   52.500   54.656
LGA    G   275_A      G   275_A     5.719     0    0.228   0.228     6.214   25.476   25.476
LGA    E   276_A      E   276_A     8.828     0    0.147   0.752    16.527    7.500    3.333
LGA    H   277_A      H   277_A     4.827     0    0.669   1.219    11.593   32.500   16.571
LGA    S   278_A      S   278_A     0.875     0    0.421   0.762     4.844   83.810   71.905
LGA    K   279_A      K   279_A     1.204     0    0.040   1.121     6.563   85.952   60.847
LGA    C   280_A      C   280_A     0.200     0    0.027   0.715     2.666  100.000   92.857
LGA    S   281_A      S   281_A     0.270     0    0.031   0.057     0.470  100.000  100.000
LGA    C   282_A      C   282_A     0.027     0    0.036   0.081     0.213  100.000  100.000
LGA    D   283_A      D   283_A     0.232     0    0.017   0.090     0.385  100.000  100.000
LGA    A   284_A      A   284_A     0.116     0    0.025   0.029     0.162  100.000  100.000
LGA    Y   285_A      Y   285_A     0.183     0    0.031   0.068     0.263  100.000  100.000
LGA    P   286_A      P   286_A     0.176     0    0.007   0.038     0.228  100.000  100.000
LGA    Y   287_A      Y   287_A     0.241     0    0.092   0.109     0.555   97.619   99.206
LGA    A   288_A      A   288_A     0.043     0    0.045   0.052     0.385  100.000  100.000
LGA    A   289_A      A   289_A     0.153     0    0.040   0.066     0.419  100.000  100.000
LGA    S   290_A      S   290_A     0.174     0    0.038   0.054     0.392  100.000  100.000
LGA    S   291_A      S   291_A     0.196     0    0.032   0.053     0.283  100.000  100.000
LGA    S   292_A      S   292_A     0.158     0    0.026   0.625     2.305  100.000   94.127
LGA    T   293_A      T   293_A     0.222     0    0.031   0.994     2.741  100.000   88.639
LGA    L   294_A      L   294_A     0.346     0    0.149   0.198     0.860   97.619   95.238
LGA    D   295_A      D   295_A     0.171     0    0.030   0.070     0.547  100.000   98.810
LGA    L   296_A      L   296_A     0.332     0    0.039   0.075     0.689   97.619   96.429
LGA    N   297_A      N   297_A     0.350     0    0.026   0.380     1.427   97.619   96.488
LGA    Q   298_A      Q   298_A     0.380     0    0.013   0.076     0.505   97.619   98.942
LGA    V   299_A      V   299_A     0.518     0    0.090   0.092     0.862   92.857   93.197
LGA    T   300_A      T   300_A     0.323     0    0.023   0.087     0.542  100.000   98.639
LGA    D   301_A      D   301_A     0.332     0    0.018   0.127     0.767   97.619   95.238
LGA    D   302_A      D   302_A     0.493     0    0.013   0.304     1.050   95.238   91.726
LGA    F   303_A      F   303_A     0.589     0    0.030   0.045     0.810   90.476   90.476
LGA    D   304_A      D   304_A     0.525     0    0.018   0.205     1.199   95.238   91.726
LGA    I   305_A      I   305_A     0.348     0    0.037   0.056     0.646  100.000   97.619
LGA    F   306_A      F   306_A     0.228     0    0.027   0.171     0.943  100.000   95.671
LGA    I   307_A      I   307_A     0.200     0    0.035   0.048     0.381  100.000  100.000
LGA    T   308_A      T   308_A     0.287     0    0.066   0.089     0.490  100.000  100.000
LGA    W   309_A      W   309_A     0.416     0    0.027   0.071     0.507  100.000   99.320
LGA    S   310_A      S   310_A     0.424     0    0.023   0.025     0.610   95.238   96.825
LGA    D   311_A      D   311_A     0.680     0    0.011   0.062     0.905   90.476   94.048
LGA    S   312_A      S   312_A     0.981     0    0.017   0.631     2.609   88.214   81.905
LGA    H   313_A      H   313_A     0.824     0    0.044   0.069     0.841   90.476   90.476
LGA    P   314_A      P   314_A     0.785     0    0.020   0.050     1.005   90.476   89.184
LGA    E   315_A      E   315_A     0.894     0    0.024   0.038     1.078   90.476   88.466
LGA    M   316_A      M   316_A     0.524     0    0.016   0.175     0.957   95.238   92.857
LGA    A   317_A      A   317_A     0.409     0    0.021   0.036     0.453  100.000  100.000
LGA    E   318_A      E   318_A     0.402     0    0.062   0.292     0.775   95.238   96.825
LGA    Q   319_A      Q   319_A     0.507     0    0.031   0.130     0.826   97.619   94.709
LGA    L   320_A      L   320_A     0.260     0    0.010   1.375     3.475  100.000   84.762
LGA    L   321_A      L   321_A     0.268     0    0.030   0.062     0.504  100.000   98.810
LGA    A   322_A      A   322_A     0.129     0    0.032   0.041     0.287  100.000  100.000
LGA    D   323_A      D   323_A     0.145     0    0.048   0.217     0.697  100.000   98.810
LGA    I   324_A      I   324_A     0.297     0    0.026   0.045     0.458  100.000  100.000
LGA    A   325_A      A   325_A     0.172     0    0.011   0.021     0.273  100.000  100.000
LGA    K   326_A      K   326_A     0.218     0    0.017   0.706     3.716  100.000   85.714
LGA    Q   327_A      Q   327_A     0.474     0    0.048   1.203     4.153   95.238   83.810
LGA    W   328_A      W   328_A     0.556     0    0.011   0.103     0.737   92.857   91.156
LGA    G   329_A      G   329_A     0.576     0    0.035   0.035     0.620   90.476   90.476
LGA    I   330_A      I   330_A     0.598     0    0.027   0.076     0.868   95.238   92.857
LGA    S   331_A      S   331_A     0.558     0    0.037   0.042     0.793   95.238   93.651
LGA    L   332_A      L   332_A     0.313     0    0.032   0.945     2.251  100.000   91.012
LGA    L   333_A      L   333_A     0.622     0    0.024   0.067     0.924   90.476   90.476
LGA    D   334_A      D   334_A     0.803     0    0.017   0.133     0.906   90.476   90.476
LGA    A   335_A      A   335_A     0.539     0    0.050   0.060     0.644   95.238   96.190
LGA    A   336_A      A   336_A     0.348     0    0.016   0.022     0.448  100.000  100.000
LGA    K   337_A      K   337_A     0.662     0    0.055   0.352     1.865   90.476   87.513
LGA    Q   338_A      Q   338_A     0.792     0    0.058   0.110     1.319   90.476   86.455
LGA    L   339_A      L   339_A     0.583     0    0.020   0.037     0.694   92.857   92.857
LGA    Q   340_A      Q   340_A     0.534     0    0.047   0.086     0.572   90.476   92.593
LGA    P   341_A      P   341_A     0.506     0    0.023   0.034     0.634   97.619   94.558
LGA    A   342_A      A   342_A     0.238     0    0.031   0.042     0.372  100.000  100.000
LGA    G   343_A      G   343_A     0.111     0    0.035   0.035     0.190  100.000  100.000
LGA    A   344_A      A   344_A     0.154     0    0.041   0.042     0.261  100.000  100.000
LGA    V   345_A      V   345_A     0.272     0    0.017   0.046     0.459  100.000  100.000
LGA    Y   346_A      Y   346_A     0.317     0    0.034   0.109     0.728  100.000   97.619
LGA    H   347_A      H   347_A     0.456     0    0.078   0.069     0.570   97.619   93.333
LGA    G   348_A      G   348_A     0.570     0    0.019   0.019     0.578   95.238   95.238
LGA    L   349_A      L   349_A     0.354     0    0.037   0.064     0.494  100.000  100.000
LGA    N   350_A      N   350_A     0.446     0    0.033   0.190     0.540   97.619   97.619
LGA    E   351_A      E   351_A     0.537     0    0.014   0.058     0.588   92.857   94.709
LGA    D   352_A      D   352_A     0.432     0    0.009   0.128     0.731   97.619   96.429
LGA    D   353_A      D   353_A     0.434     0    0.010   0.090     0.715  100.000   97.619
LGA    V   354_A      V   354_A     0.452     0    0.033   0.070     0.673  100.000   98.639
LGA    K   355_A      K   355_A     0.326     0    0.020   0.117     0.735  100.000   97.884
LGA    T   356_A      T   356_A     0.216     0    0.016   0.046     0.377  100.000  100.000
LGA    I   357_A      I   357_A     0.317     0    0.047   0.053     0.396  100.000  100.000
LGA    L   358_A      L   358_A     0.332     0    0.009   0.042     0.410  100.000  100.000
LGA    A   359_A      A   359_A     0.279     0    0.030   0.033     0.323  100.000  100.000
LGA    F   360_A      F   360_A     0.304     0    0.014   0.179     0.796  100.000   97.403
LGA    D   361_A      D   361_A     0.526     0    0.097   1.127     3.343   97.619   83.571
LGA    K   362_A      K   362_A     0.419     0    0.034   0.618     2.216  100.000   88.889
LGA    T   363_A      T   363_A     0.142     0    0.022   0.038     0.265  100.000  100.000
LGA    M   364_A      M   364_A     0.169     0    0.035   0.127     0.241  100.000  100.000
LGA    I   365_A      I   365_A     0.273     0    0.038   0.052     0.273  100.000  100.000
LGA    G   366_A      G   366_A     0.298     0    0.021   0.021     0.374  100.000  100.000
LGA    S   367_A      S   367_A     0.147     0    0.014   0.065     0.278  100.000  100.000
LGA    D   368_A      D   368_A     0.144     0    0.030   0.083     0.283  100.000  100.000
LGA    G   369_A      G   369_A     0.264     0    0.036   0.036     0.330  100.000  100.000
LGA    L   370_A      L   370_A     0.360     0    0.036   0.126     1.045  100.000   95.298
LGA    P   371_A      P   371_A     0.531     0    0.022   0.031     0.900   95.238   93.197
LGA    C   372_A      C   372_A     0.521     0    0.059   0.089     0.898   92.857   92.063
LGA    D   373_A      D   373_A     0.488     0    0.031   0.849     3.724   95.238   82.738
LGA    P   374_A      P   374_A     0.671     0    0.109   0.368     1.279   90.476   89.184
LGA    H   375_A      H   375_A     0.553     0    0.039   0.061     0.743   90.476   91.429
LGA    P   376_A      P   376_A     0.611     0    0.018   0.041     0.611   90.476   91.837
LGA    H   377_A      H   377_A     0.449     0    0.020   0.053     0.575   97.619   99.048
LGA    P   378_A      P   378_A     0.147     0    0.037   0.054     0.408  100.000  100.000
LGA    R   379_A      R   379_A     0.289     0    0.028   0.232     1.068  100.000   96.580
LGA    L   380_A      L   380_A     0.266     0    0.021   0.035     0.348  100.000  100.000
LGA    W   381_A      W   381_A     0.197     0    0.021   0.056     0.253  100.000  100.000
LGA    G   382_A      G   382_A     0.209     0    0.029   0.029     0.321  100.000  100.000
LGA    S   383_A      S   383_A     0.286     0    0.019   0.034     0.344  100.000  100.000
LGA    F   384_A      F   384_A     0.179     0    0.040   0.091     0.411  100.000  100.000
LGA    P   385_A      P   385_A     0.177     0    0.056   0.063     0.301  100.000  100.000
LGA    R   386_A      R   386_A     0.238     0    0.022   0.112     0.522  100.000   99.134
LGA    V   387_A      V   387_A     0.266     0    0.025   0.044     0.396  100.000  100.000
LGA    L   388_A      L   388_A     0.218     0    0.070   0.097     0.505   97.619   98.810
LGA    G   389_A      G   389_A     0.345     0    0.093   0.093     0.786   97.619   97.619
LGA    H   390_A      H   390_A     0.442     0    0.008   0.171     0.664   97.619   96.190
LGA    Y   391_A      Y   391_A     0.434     0    0.042   0.053     0.589  100.000   96.825
LGA    S   392_A      S   392_A     0.554     0    0.074   0.105     0.904   90.476   90.476
LGA    R   393_A      R   393_A     0.557     0    0.022   0.197     0.682   90.476   92.208
LGA    E   394_A      E   394_A     0.710     0    0.032   0.159     0.928   90.476   90.476
LGA    Q   395_A      Q   395_A     0.772     0    0.008   0.143     0.892   90.476   91.534
LGA    G   396_A      G   396_A     0.715     0    0.028   0.028     0.748   90.476   90.476
LGA    I   397_A      I   397_A     0.766     0    0.057   1.497     4.122   88.214   76.250
LGA    F   398_A      F   398_A     0.786     0    0.034   0.166     0.908   90.476   90.476
LGA    S   399_A      S   399_A     0.632     0    0.054   0.101     0.696   90.476   92.063
LGA    L   400_A      L   400_A     0.431     0    0.020   0.084     0.518   97.619   98.810
LGA    A   401_A      A   401_A     0.229     0    0.010   0.013     0.338  100.000  100.000
LGA    T   402_A      T   402_A     0.448     0    0.014   0.204     0.952  100.000   98.639
LGA    A   403_A      A   403_A     0.350     0    0.050   0.058     0.422  100.000  100.000
LGA    I   404_A      I   404_A     0.281     0    0.030   0.070     0.302  100.000  100.000
LGA    H   405_A      H   405_A     0.306     0    0.029   0.056     0.328  100.000  100.000
LGA    K   406_A      K   406_A     0.291     0    0.101   0.526     1.510   97.619   92.804
LGA    M   407_A      M   407_A     0.182     0    0.014   0.050     0.391  100.000  100.000
LGA    T   408_A      T   408_A     0.260     0    0.030   0.048     0.290  100.000  100.000
LGA    G   409_A      G   409_A     0.327     0    0.011   0.011     0.327  100.000  100.000
LGA    L   410_A      L   410_A     0.203     0    0.032   0.042     0.237  100.000  100.000
LGA    S   411_A      S   411_A     0.175     0    0.063   0.062     0.454  100.000  100.000
LGA    A   412_A      A   412_A     0.139     0    0.028   0.032     0.257  100.000  100.000
LGA    A   413_A      A   413_A     0.292     0    0.023   0.033     0.293  100.000  100.000
LGA    N   414_A      N   414_A     0.311     0    0.037   0.181     0.735  100.000   98.810
LGA    Y   415_A      Y   415_A     0.211     0    0.013   0.096     0.746  100.000   98.413
LGA    R   416_A      R   416_A     0.151     0    0.053   1.193     5.719  100.000   79.394
LGA    L   417_A      L   417_A     0.178     0    0.072   0.072     0.248  100.000  100.000
LGA    A   418_A      A   418_A     0.469     0    0.024   0.025     0.615  100.000   98.095
LGA    N   419_A      N   419_A     0.415     0    0.034   0.204     0.862  100.000   95.238
LGA    R   420_A      R   420_A     0.234     0    0.020   0.116     0.317  100.000  100.000
LGA    G   421_A      G   421_A     0.224     0    0.028   0.028     0.351  100.000  100.000
LGA    V   422_A      V   422_A     0.258     0    0.021   0.037     0.474  100.000  100.000
LGA    I   423_A      I   423_A     0.083     0    0.015   0.031     0.171  100.000  100.000
LGA    K   424_A      K   424_A     0.196     0    0.039   0.188     0.648  100.000   98.942
LGA    V   425_A      V   425_A     0.215     0    0.056   0.062     0.333  100.000  100.000
LGA    G   426_A      G   426_A     0.115     0    0.021   0.021     0.162  100.000  100.000
LGA    H   427_A      H   427_A     0.149     0    0.039   0.049     0.509  100.000   99.048
LGA    F   428_A      F   428_A     0.153     0    0.038   0.112     0.532  100.000   99.134
LGA    A   429_A      A   429_A     0.190     0    0.002   0.034     0.259  100.000  100.000
LGA    D   430_A      D   430_A     0.299     0    0.017   0.072     0.463  100.000  100.000
LGA    L   431_A      L   431_A     0.249     0    0.009   0.071     0.388  100.000  100.000
LGA    V   432_A      V   432_A     0.261     0    0.007   0.053     0.306  100.000  100.000
LGA    L   433_A      L   433_A     0.289     0    0.007   0.041     0.490  100.000  100.000
LGA    F   434_A      F   434_A     0.377     0    0.030   0.041     0.490  100.000  100.000
LGA    D   435_A      D   435_A     0.337     0    0.027   0.050     0.517  100.000   98.810
LGA    A   436_A      A   436_A     0.373     0    0.015   0.020     0.382  100.000  100.000
LGA    D   437_A      D   437_A     0.267     0    0.060   0.127     0.588  100.000   98.810
LGA    E   438_A      E   438_A     0.306     0    0.029   0.758     3.919  100.000   82.328
LGA    I   439_A      I   439_A     0.350     0    0.042   0.122     0.606  100.000   98.810
LGA    I   440_A      I   440_A     0.453     0    0.027   0.081     0.683  100.000   96.429
LGA    D   441_A      D   441_A     0.422     0    0.059   0.075     0.621   97.619   95.238
LGA    N   442_A      N   442_A     0.280     0    0.017   0.098     0.477  100.000  100.000
LGA    A   443_A      A   443_A     0.395     0    0.038   0.042     0.503   97.619   98.095
LGA    T   444_A      T   444_A     0.631     0    0.019   0.049     0.670   90.476   90.476
LGA    F   445_A      F   445_A     0.781     0    0.038   0.080     0.783   90.476   92.208
LGA    V   446_A      V   446_A     0.674     0    0.008   0.234     0.782   90.476   90.476
LGA    E   447_A      E   447_A     0.563     0    0.011   0.114     0.955   90.476   90.476
LGA    S   448_A      S   448_A     0.664     0    0.094   0.130     0.786   92.857   92.063
LGA    A   449_A      A   449_A     0.697     0    0.110   0.110     0.877   90.476   90.476
LGA    L   450_A      L   450_A     0.725     0    0.044   0.122     0.818   90.476   90.476
LGA    P   451_A      P   451_A     0.504     0    0.027   0.077     0.768   95.238   94.558
LGA    A   452_A      A   452_A     0.254     0    0.023   0.039     0.320  100.000  100.000
LGA    S   453_A      S   453_A     0.350     0    0.022   0.113     0.570  100.000   98.413
LGA    G   454_A      G   454_A     0.320     0    0.023   0.023     0.393  100.000  100.000
LGA    I   455_A      I   455_A     0.263     0    0.016   0.128     0.363  100.000  100.000
LGA    H   456_A      H   456_A     0.307     0    0.048   0.149     0.557  100.000   99.048
LGA    Q   457_A      Q   457_A     0.249     0    0.025   0.118     0.551  100.000   98.942
LGA    V   458_A      V   458_A     0.247     0    0.022   0.028     0.327  100.000  100.000
LGA    W   459_A      W   459_A     0.265     0    0.019   0.069     0.688  100.000   97.279
LGA    T   460_A      T   460_A     0.280     0    0.032   0.062     0.582  100.000   98.639
LGA    N   461_A      N   461_A     0.258     0    0.017   0.081     0.582  100.000   98.810
LGA    G   462_A      G   462_A     0.351     0    0.029   0.029     0.501   97.619   97.619
LGA    Q   463_A      Q   463_A     0.274     0    0.041   0.965     2.275  100.000   91.111
LGA    T   464_A      T   464_A     0.241     0    0.047   0.060     0.364  100.000  100.000
LGA    T   465_A      T   465_A     0.166     0    0.060   0.060     0.374  100.000  100.000
LGA    F   466_A      F   466_A     0.203     0    0.014   0.090     0.328  100.000  100.000
LGA    K   467_A      K   467_A     0.060     0    0.094   0.222     0.900  100.000   97.884
LGA    D   468_A      D   468_A     0.829     0    0.096   0.227     2.432   95.238   83.095
LGA    K   469_A      K   469_A     0.682     0    0.126   0.832     3.430   92.857   80.212
LGA    R   470_A      R   470_A     0.797     0    0.043   0.902     5.643   95.238   66.277
LGA    V   471_A      V   471_A     0.255     0    0.027   0.050     0.502  100.000   98.639
LGA    L   472_A      L   472_A     0.274     0    0.045   0.139     0.572  100.000   98.810
LGA    P   473_A      P   473_A     0.598     0    0.032   0.053     0.834   95.238   93.197
LGA    A   474_A      A   474_A     0.270     0    0.033   0.032     0.425  100.000  100.000
LGA    Y   475_A      Y   475_A     0.248     0    0.021   0.331     1.391  100.000   92.976
LGA    S   476_A      S   476_A     0.349     0    0.064   0.065     0.618  100.000   96.825
LGA    G   477_A      G   477_A     0.322     0    0.029   0.029     0.322  100.000  100.000
LGA    Q   478_A      Q   478_A     0.337     0    0.058   0.969     2.442  100.000   92.011
LGA    F   479_A      F   479_A     0.298     0    0.028   0.103     0.597  100.000   97.403
LGA    L   480_A      L   480_A     0.280     0    0.133   0.139     0.471  100.000  100.000
LGA    T   481_A      T   481_A     1.074     0    0.014   0.246     1.555   83.690   82.789
LGA    S   482_A      S   482_A     1.082     0    0.040   0.035     1.154   81.429   84.444

# RMSD_GDC results:       CA      MC common percent     ALL common percent   GDC_mc  GDC_all
NUMBER_OF_ATOMS_AA:      476    1904   1904  100.00    3630   3630  100.00               476
SUMMARY(RMSD_GDC):     0.765          0.760                  1.144           95.748   93.867

#CA            N1   N2   DIST      N    RMSD    GDT_TS    LGA_S3     LGA_Q 
SUMMARY(GDT)  489  476    4.0    475    0.65    98.372    99.220    63.227

LGA_LOCAL      RMSD:   0.651  Number of atoms:  475  under DIST:   4.00
LGA_ASGN_ATOMS RMSD:   0.766  Number of assigned atoms:  476 
Std_ASGN_ATOMS RMSD:   0.765  Standard rmsd on all 476 assigned CA atoms 

Unitary ROTATION matrix and the SHIFT vector superimpose molecules  (1=>2)
  X_new =  -0.642310 * X  +  -0.665134 * Y  +  -0.380835 * Z  +  33.603279
  Y_new =   0.749487 * X  +  -0.649018 * Y  +  -0.130555 * Z  +  15.632010
  Z_new =  -0.160332 * X  +  -0.369288 * Y  +   0.915380 * Z  + -10.421063 

Euler angles from the ROTATION matrix. Conventions XYZ and ZXZ:
           Phi     Theta       Psi   [DEG:       Phi     Theta       Psi ]
XYZ:  2.279340  0.161027 -0.383456   [DEG:  130.5965    9.2262  -21.9704 ]
ZXZ: -1.240539  0.414346 -2.731984   [DEG:  -71.0777   23.7403 -156.5312 ]
 
# END of job
