NMR Restraints Grid

Result table
 (Save to zip file containing files for each block)

image	mrblock_id	pdb_id	bmrb_id	cing	stage	position	program	type
	492435	2ka6	16015	cing	1-original	3	AMBER	dihedral angle

#
#  trans-omega constraint for residue 2
 &rst iat= 22, 12, 10, 3, 
   r1= 150., r2= 170., r3= 190., r4= 210., rk2= 500.0, rk3= 500.0, &end
#
#  trans-omega constraint for residue 3
 &rst iat= 28, 26, 24, 22, &end
#
#  trans-omega constraint for residue 4
 &rst iat= 45, 43, 41, 28, &end
#
#  trans-omega constraint for residue 5
 &rst iat= 60, 58, 56, 45, &end
#
#  trans-omega constraint for residue 6
 &rst iat= 71, 69, 67, 60, &end
#
#  trans-omega constraint for residue 7
 &rst iat= 95, 93, 91, 71, &end
#
#  trans-omega constraint for residue 8
 &rst iat= 119, 117, 115, 95, &end
#
#  trans-omega constraint for residue 9
 &rst iat= 138, 136, 134, 119, &end
#
#  trans-omega constraint for residue 10
 &rst iat= 149, 147, 145, 138, &end
#
#  trans-omega constraint for residue 11
 &rst iat= 168, 166, 164, 149, &end
#
#  trans-omega constraint for residue 12
 &rst iat= 185, 183, 181, 168, &end
#
#  trans-omega constraint for residue 13
 &rst iat= 209, 207, 205, 185, &end
#
#  trans-omega constraint for residue 14
 &rst iat= 220, 218, 216, 209, &end
#
#  trans-omega constraint for residue 15
 &rst iat= 239, 237, 235, 220, &end
#
#  trans-omega constraint for residue 16
 &rst iat= 256, 254, 252, 239, &end
#
#  trans-omega constraint for residue 17
 &rst iat= 267, 265, 263, 256, &end
#
#  trans-omega constraint for residue 18
 &rst iat= 286, 284, 282, 267, &end
#
#  trans-omega constraint for residue 19
 &rst iat= 302, 300, 298, 286, &end
#
#  trans-omega constraint for residue 20
 &rst iat= 319, 317, 315, 302, &end
#
#  trans-omega constraint for residue 21
 &rst iat= 329, 327, 325, 319, &end
#
#  trans-omega constraint for residue 22
 &rst iat= 340, 338, 336, 329, &end
#
#  trans-omega constraint for residue 23
 &rst iat= 357, 355, 353, 340, &end
#
#  trans-omega constraint for residue 24
 &rst iat= 367, 365, 363, 357, &end
#
#  trans-omega constraint for residue 25
 &rst iat= 391, 389, 387, 367, &end
#
#  trans-omega constraint for residue 26
 &rst iat= 405, 403, 401, 391, &end
#
#  trans-omega constraint for residue 27
 &rst iat= 415, 413, 411, 405, &end
#
#  trans-omega constraint for residue 28
 &rst iat= 429, 427, 425, 415, &end
#
#  trans-omega constraint for residue 29
 &rst iat= 439, 437, 435, 429, &end
#
#  trans-omega constraint for residue 30
 &rst iat= 450, 448, 446, 439, &end
#
#  trans-omega constraint for residue 31
 &rst iat= 477, 467, 465, 450, &end
#
#  trans-omega constraint for residue 32
 &rst iat= 483, 481, 479, 477, &end
#
#  trans-omega constraint for residue 33
 &rst iat= 494, 492, 490, 483, &end
#
#  trans-omega constraint for residue 34
 &rst iat= 504, 502, 500, 494, &end
#
#  trans-omega constraint for residue 35
 &rst iat= 521, 519, 517, 504, &end
#
#  trans-omega constraint for residue 36
 &rst iat= 543, 541, 539, 521, &end
#
#  trans-omega constraint for residue 37
 &rst iat= 560, 558, 556, 543, &end
#
#  trans-omega constraint for residue 38
 &rst iat= 582, 580, 578, 560, &end
#
#  trans-omega constraint for residue 39
 &rst iat= 606, 604, 602, 582, &end
#
#  trans-omega constraint for residue 40
 &rst iat= 622, 620, 618, 606, &end
#
#  trans-omega constraint for residue 41
 &rst iat= 638, 636, 634, 622, &end
#
#  trans-omega constraint for residue 42
 &rst iat= 655, 653, 651, 638, &end
#
#  trans-omega constraint for residue 43
 &rst iat= 672, 670, 668, 655, &end
#
#  trans-omega constraint for residue 44
 &rst iat= 686, 684, 682, 672, &end
#
#  trans-omega constraint for residue 45
 &rst iat= 708, 706, 704, 686, &end
#
#  trans-omega constraint for residue 46
 &rst iat= 715, 713, 711, 708, &end
#
#  trans-omega constraint for residue 47
 &rst iat= 725, 723, 721, 715, &end
#
#  trans-omega constraint for residue 48
 &rst iat= 747, 745, 743, 725, &end
#
#  trans-omega constraint for residue 49
 &rst iat= 771, 769, 767, 747, &end
#
#  trans-omega constraint for residue 50
 &rst iat= 793, 791, 789, 771, &end
#
#  trans-omega constraint for residue 51
 &rst iat= 807, 805, 803, 793, &end
#
#  trans-omega constraint for residue 52
 &rst iat= 821, 819, 817, 807, &end
#
#  trans-omega constraint for residue 53
 &rst iat= 828, 826, 824, 821, &end
#
#  trans-omega constraint for residue 54
 &rst iat= 835, 833, 831, 828, &end
#
#  trans-omega constraint for residue 55
 &rst iat= 853, 843, 841, 835, &end
#
#  trans-omega constraint for residue 56
 &rst iat= 859, 857, 855, 853, &end
#
#  trans-omega constraint for residue 57
 &rst iat= 875, 873, 871, 859, &end
#
#  trans-omega constraint for residue 58
 &rst iat= 885, 883, 881, 875, &end
#
#  trans-omega constraint for residue 59
 &rst iat= 907, 905, 903, 885, &end
#
#  trans-omega constraint for residue 60
 &rst iat= 924, 922, 920, 907, &end
#
#  trans-omega constraint for residue 61
 &rst iat= 943, 941, 939, 924, &end
#
#  trans-omega constraint for residue 62
 &rst iat= 962, 960, 958, 943, &end
#
#  trans-omega constraint for residue 63
 &rst iat= 972, 970, 968, 962, &end
#
#  trans-omega constraint for residue 64
 &rst iat= 991, 989, 987, 972, &end
#
#  trans-omega constraint for residue 65
 &rst iat= 1002, 1000, 998, 991, &end
#
#  trans-omega constraint for residue 66
 &rst iat= 1013, 1011, 1009, 1002, &end
#
#  trans-omega constraint for residue 67
 &rst iat= 1034, 1032, 1030, 1013, &end
#
#  trans-omega constraint for residue 68
 &rst iat= 1051, 1049, 1047, 1034, &end
#
#  trans-omega constraint for residue 69
 &rst iat= 1061, 1059, 1057, 1051, &end
#
#  trans-omega constraint for residue 70
 &rst iat= 1083, 1081, 1079, 1061, &end
#
#  trans-omega constraint for residue 71
 &rst iat= 1100, 1098, 1096, 1083, &end
#
#  trans-omega constraint for residue 72
 &rst iat= 1110, 1108, 1106, 1100, &end
#
#  trans-omega constraint for residue 73
 &rst iat= 1127, 1125, 1123, 1110, &end
#
#  trans-omega constraint for residue 74
 &rst iat= 1142, 1140, 1138, 1127, &end
#
#  trans-omega constraint for residue 75
 &rst iat= 1156, 1154, 1152, 1142, &end
#
#  trans-omega constraint for residue 76
 &rst iat= 1178, 1176, 1174, 1156, &end
#
#  trans-omega constraint for residue 77
 &rst iat= 1196, 1186, 1184, 1178, &end
#
#  trans-omega constraint for residue 78
 &rst iat= 1202, 1200, 1198, 1196, &end
#
#  trans-omega constraint for residue 79
 &rst iat= 1226, 1216, 1214, 1202, &end
#
#  trans-omega constraint for residue 80
 &rst iat= 1232, 1230, 1228, 1226, &end
#
#  trans-omega constraint for residue 81
 &rst iat= 1252, 1250, 1248, 1232, &end
#
#  trans-omega constraint for residue 82
 &rst iat= 1262, 1260, 1258, 1252, &end
#
#  trans-omega constraint for residue 83
 &rst iat= 1281, 1279, 1277, 1262, &end
#
#  trans-omega constraint for residue 84
 &rst iat= 1295, 1293, 1291, 1281, &end
#
#  trans-omega constraint for residue 85
 &rst iat= 1314, 1312, 1310, 1295, &end
#
#  trans-omega constraint for residue 86
 &rst iat= 1336, 1334, 1332, 1314, &end
#
#  trans-omega constraint for residue 87
 &rst iat= 1353, 1351, 1349, 1336, &end
#
#  trans-omega constraint for residue 88
 &rst iat= 1375, 1373, 1371, 1353, &end
#
#  trans-omega constraint for residue 89
 &rst iat= 1394, 1392, 1390, 1375, &end
#
#  trans-omega constraint for residue 90
 &rst iat= 1418, 1416, 1414, 1394, &end
#
#  trans-omega constraint for residue 91
 &rst iat= 1435, 1433, 1431, 1418, &end
#
#  trans-omega constraint for residue 92
 &rst iat= 1452, 1450, 1448, 1435, &end
#
#  trans-omega constraint for residue 97
 &rst iat= 1479, 1477, 1475, 1472, &end
#
#  trans-omega constraint for residue 98
 &rst iat= 1490, 1488, 1486, 1479, &end
#
#  trans-omega constraint for residue 99
 &rst iat= 1507, 1505, 1503, 1490, &end
#
#  trans-omega constraint for residue 100
 &rst iat= 1524, 1522, 1520, 1507, &end
#
#  trans-omega constraint for residue 101
 &rst iat= 1535, 1533, 1531, 1524, &end
#
#  trans-omega constraint for residue 102
 &rst iat= 1550, 1548, 1546, 1535, &end
#
#  trans-omega constraint for residue 103
 &rst iat= 1566, 1564, 1562, 1550, &end
#
#  trans-omega constraint for residue 104
 &rst iat= 1591, 1581, 1579, 1566, &end
#
#  trans-omega constraint for residue 105
 &rst iat= 1597, 1595, 1593, 1591, &end
#
#  trans-omega constraint for residue 106
 &rst iat= 1608, 1606, 1604, 1597, &end
#
#  trans-omega constraint for residue 107
 &rst iat= 1632, 1630, 1628, 1608, &end
#
#  trans-omega constraint for residue 108
 &rst iat= 1651, 1649, 1647, 1632, &end
#
#  trans-omega constraint for residue 109
 &rst iat= 1668, 1666, 1664, 1651, &end
#
#  trans-omega constraint for residue 110
 &rst iat= 1682, 1680, 1678, 1668, &end
#
#  trans-omega constraint for residue 111
 &rst iat= 1696, 1694, 1692, 1682, &end
#
#  trans-omega constraint for residue 112
 &rst iat= 1708, 1706, 1704, 1696, &end
#
#  trans-omega constraint for residue 113
 &rst iat= 1722, 1720, 1718, 1708, &end
#
#  trans-omega constraint for residue 114
 &rst iat= 1741, 1739, 1737, 1722, &end
#
#  trans-omega constraint for residue 115
 &rst iat= 1768, 1758, 1756, 1741, &end
#
#  trans-omega constraint for residue 116
 &rst iat= 1774, 1772, 1770, 1768, &end
#
#  trans-omega constraint for residue 117
 &rst iat= 1791, 1789, 1787, 1774, &end
#
#  trans-omega constraint for residue 118
 &rst iat= 1810, 1800, 1798, 1791, &end
#
#  trans-omega constraint for residue 119
 &rst iat= 1816, 1814, 1812, 1810, &end
#
#  trans-omega constraint for residue 120
 &rst iat= 1831, 1829, 1827, 1816, &end
#
#  trans-omega constraint for residue 121
 &rst iat= 1846, 1844, 1842, 1831, &end
#
#  trans-omega constraint for residue 122
 &rst iat= 1866, 1864, 1862, 1846, &end
#
#  trans-omega constraint for residue 123
 &rst iat= 1878, 1876, 1874, 1866, &end
#
#  trans-omega constraint for residue 124
 &rst iat= 1893, 1891, 1889, 1878, &end
#
#  trans-omega constraint for residue 125
 &rst iat= 1909, 1907, 1905, 1893, &end
#
#  trans-omega constraint for residue 126
 &rst iat= 1920, 1918, 1916, 1909, &end
#
#  trans-omega constraint for residue 127
 &rst iat= 1944, 1942, 1940, 1920, &end
#
#  trans-omega constraint for residue 128
 &rst iat= 1963, 1961, 1959, 1944, &end
#
#  trans-omega constraint for residue 129
 &rst iat= 1979, 1977, 1975, 1963, &end
#
#  trans-omega constraint for residue 130
 &rst iat= 1986, 1984, 1982, 1979, &end
#
#  trans-omega constraint for residue 131
 &rst iat= 1997, 1995, 1993, 1986, &end
#
#  trans-omega constraint for residue 132
 &rst iat= 2013, 2011, 2009, 1997, &end
#
#  trans-omega constraint for residue 133
 &rst iat= 2028, 2026, 2024, 2013, &end
#
#  trans-omega constraint for residue 134
 &rst iat= 2048, 2046, 2044, 2028, &end
#
#  trans-omega constraint for residue 135
 &rst iat= 2060, 2058, 2056, 2048, &end
#
#  trans-omega constraint for residue 136
 &rst iat= 2071, 2069, 2067, 2060, &end
#
#  trans-omega constraint for residue 137
 &rst iat= 2088, 2086, 2084, 2071, &end
#
#  trans-omega constraint for residue 138
 &rst iat= 2105, 2103, 2101, 2088, &end
#
#  trans-omega constraint for residue 139
 &rst iat= 2119, 2117, 2115, 2105, &end
#
#  trans-omega constraint for residue 140
 &rst iat= 2133, 2131, 2129, 2119, &end
# 2146 atoms read from pdb file st1t2m_001.pdb.
# 119 GLU PHI:  (118 PRO C)-(119 GLU N)-(119 GLU CA)-(119 GLU C) -90.0 -30.0
 &rst     iat= 1812, 1814, 1816, 1827, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
   rk2= 1000.0, rk3= 1000.0,     &end

# 119 GLU PSI:  (119 GLU N)-(119 GLU CA)-(119 GLU C)-(120 GLU N) -70.0 -10.0
 &rst     iat= 1814, 1816, 1827, 1829, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 120 GLU PHI:  (119 GLU C)-(120 GLU N)-(120 GLU CA)-(120 GLU C) -90.0 -30.0
 &rst     iat= 1827, 1829, 1831, 1842, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 120 GLU PSI:  (120 GLU N)-(120 GLU CA)-(120 GLU C)-(121 PHE N) -70.0 -10.0
 &rst     iat= 1829, 1831, 1842, 1844, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 121 PHE PHI:  (120 GLU C)-(121 PHE N)-(121 PHE CA)-(121 PHE C) -90.0 -30.0
 &rst     iat= 1842, 1844, 1846, 1862, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 121 PHE PSI:  (121 PHE N)-(121 PHE CA)-(121 PHE C)-(122 ASP N) -70.0 -10.0
 &rst     iat= 1844, 1846, 1862, 1864, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 122 ASP PHI:  (121 PHE C)-(122 ASP N)-(122 ASP CA)-(122 ASP C) -90.0 -30.0
 &rst     iat= 1862, 1864, 1866, 1874, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 122 ASP PSI:  (122 ASP N)-(122 ASP CA)-(122 ASP C)-(123 GLU N) -70.0 -10.0
 &rst     iat= 1864, 1866, 1874, 1876, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 123 GLU PHI:  (122 ASP C)-(123 GLU N)-(123 GLU CA)-(123 GLU C) -90.0 -30.0
 &rst     iat= 1874, 1876, 1878, 1889, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 123 GLU PSI:  (123 GLU N)-(123 GLU CA)-(123 GLU C)-(124 VAL N) -70.0 -10.0
 &rst     iat= 1876, 1878, 1889, 1891, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 124 VAL PHI:  (123 GLU C)-(124 VAL N)-(124 VAL CA)-(124 VAL C) -90.0 -30.0
 &rst     iat= 1889, 1891, 1893, 1905, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 124 VAL PSI:  (124 VAL N)-(124 VAL CA)-(124 VAL C)-(125 SER N) -70.0 -10.0
 &rst     iat= 1891, 1893, 1905, 1907, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 125 SER PHI:  (124 VAL C)-(125 SER N)-(125 SER CA)-(125 SER C) -90.0 -30.0
 &rst     iat= 1905, 1907, 1909, 1916, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 125 SER PSI:  (125 SER N)-(125 SER CA)-(125 SER C)-(126 ARG N) -70.0 -10.0
 &rst     iat= 1907, 1909, 1916, 1918, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 126 ARG PHI:  (125 SER C)-(126 ARG N)-(126 ARG CA)-(126 ARG C) -90.0 -30.0
 &rst     iat= 1916, 1918, 1920, 1940, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 126 ARG PSI:  (126 ARG N)-(126 ARG CA)-(126 ARG C)-(127 ILE N) -70.0 -10.0
 &rst     iat= 1918, 1920, 1940, 1942, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 127 ILE PHI:  (126 ARG C)-(127 ILE N)-(127 ILE CA)-(127 ILE C) -90.0 -30.0
 &rst     iat= 1940, 1942, 1944, 1959, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 127 ILE PSI:  (127 ILE N)-(127 ILE CA)-(127 ILE C)-(128 VAL N) -70.0 -10.0
 &rst     iat= 1942, 1944, 1959, 1961, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 128 VAL PHI:  (127 ILE C)-(128 VAL N)-(128 VAL CA)-(128 VAL C) -90.0 -30.0
 &rst     iat= 1959, 1961, 1963, 1975, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 128 VAL PSI:  (128 VAL N)-(128 VAL CA)-(128 VAL C)-(129 GLY N) -70.0 -10.0
 &rst     iat= 1961, 1963, 1975, 1977, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 3 GLN PHI:  (2 PRO C)-(3 GLN N)-(3 GLN CA)-(3 GLN C) -90.0 -30.0
 &rst     iat= 24, 26, 28, 41, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 3 GLN PSI:  (3 GLN N)-(3 GLN CA)-(3 GLN C)-(4 GLU N) -70.0 -10.0
 &rst     iat= 26, 28, 41, 43, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 4 GLU PHI:  (3 GLN C)-(4 GLU N)-(4 GLU CA)-(4 GLU C) -90.0 -30.0
 &rst     iat= 41, 43, 45, 56, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 4 GLU PSI:  (4 GLU N)-(4 GLU CA)-(4 GLU C)-(5 SER N) -70.0 -10.0
 &rst     iat= 43, 45, 56, 58, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 5 SER PHI:  (4 GLU C)-(5 SER N)-(5 SER CA)-(5 SER C) -90.0 -30.0
 &rst     iat= 56, 58, 60, 67, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 5 SER PSI:  (5 SER N)-(5 SER CA)-(5 SER C)-(6 ARG N) -70.0 -10.0
 &rst     iat= 58, 60, 67, 69, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 6 ARG PHI:  (5 SER C)-(6 ARG N)-(6 ARG CA)-(6 ARG C) -90.0 -30.0
 &rst     iat= 67, 69, 71, 91, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 6 ARG PSI:  (6 ARG N)-(6 ARG CA)-(6 ARG C)-(7 ARG N) -70.0 -10.0
 &rst     iat= 69, 71, 91, 93, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 7 ARG PHI:  (6 ARG C)-(7 ARG N)-(7 ARG CA)-(7 ARG C) -90.0 -30.0
 &rst     iat= 91, 93, 95, 115, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 7 ARG PSI:  (7 ARG N)-(7 ARG CA)-(7 ARG C)-(8 LEU N) -70.0 -10.0
 &rst     iat= 93, 95, 115, 117, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 8 LEU PHI:  (7 ARG C)-(8 LEU N)-(8 LEU CA)-(8 LEU C) -90.0 -30.0
 &rst     iat= 115, 117, 119, 134, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 8 LEU PSI:  (8 LEU N)-(8 LEU CA)-(8 LEU C)-(9 SER N) -70.0 -10.0
 &rst     iat= 117, 119, 134, 136, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 9 SER PHI:  (8 LEU C)-(9 SER N)-(9 SER CA)-(9 SER C) -90.0 -30.0
 &rst     iat= 134, 136, 138, 145, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 9 SER PSI:  (9 SER N)-(9 SER CA)-(9 SER C)-(10 ILE N) -70.0 -10.0
 &rst     iat= 136, 138, 145, 147, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 10 ILE PHI:  (9 SER C)-(10 ILE N)-(10 ILE CA)-(10 ILE C) -90.0 -30.0
 &rst     iat= 145, 147, 149, 164, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 10 ILE PSI:  (10 ILE N)-(10 ILE CA)-(10 ILE C)-(11 GLN N) -70.0 -10.0
 &rst     iat= 147, 149, 164, 166, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 11 GLN PHI:  (10 ILE C)-(11 GLN N)-(11 GLN CA)-(11 GLN C) -90.0 -30.0
 &rst     iat= 164, 166, 168, 181, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 11 GLN PSI:  (11 GLN N)-(11 GLN CA)-(11 GLN C)-(12 ARG N) -70.0 -10.0
 &rst     iat= 166, 168, 181, 183, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 12 ARG PHI:  (11 GLN C)-(12 ARG N)-(12 ARG CA)-(12 ARG C) -90.0 -30.0
 &rst     iat= 181, 183, 185, 205, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 12 ARG PSI:  (12 ARG N)-(12 ARG CA)-(12 ARG C)-(13 CYS N) -70.0 -10.0
 &rst     iat= 183, 185, 205, 207, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 13 CYS PHI:  (12 ARG C)-(13 CYS N)-(13 CYS CA)-(13 CYS C) -90.0 -30.0
 &rst     iat= 205, 207, 209, 216, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 13 CYS PSI:  (13 CYS N)-(13 CYS CA)-(13 CYS C)-(14 ILE N) -70.0 -10.0
 &rst     iat= 207, 209, 216, 218, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 14 ILE PHI:  (13 CYS C)-(14 ILE N)-(14 ILE CA)-(14 ILE C) -90.0 -30.0
 &rst     iat= 216, 218, 220, 235, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 14 ILE PSI:  (14 ILE N)-(14 ILE CA)-(14 ILE C)-(15 GLN N) -70.0 -10.0
 &rst     iat= 218, 220, 235, 237, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 15 GLN PHI:  (14 ILE C)-(15 GLN N)-(15 GLN CA)-(15 GLN C) -90.0 -30.0
 &rst     iat= 235, 237, 239, 252, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 15 GLN PSI:  (15 GLN N)-(15 GLN CA)-(15 GLN C)-(16 SER N) -70.0 -10.0
 &rst     iat= 237, 239, 252, 254, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 16 SER PHI:  (15 GLN C)-(16 SER N)-(16 SER CA)-(16 SER C) -90.0 -30.0
 &rst     iat= 252, 254, 256, 263, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 16 SER PSI:  (16 SER N)-(16 SER CA)-(16 SER C)-(17 LEU N) -70.0 -10.0
 &rst     iat= 254, 256, 263, 265, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 17 LEU PHI:  (16 SER C)-(17 LEU N)-(17 LEU CA)-(17 LEU C) -90.0 -30.0
 &rst     iat= 263, 265, 267, 282, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 17 LEU PSI:  (17 LEU N)-(17 LEU CA)-(17 LEU C)-(18 VAL N) -70.0 -10.0
 &rst     iat= 265, 267, 282, 284, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 18 VAL PHI:  (17 LEU C)-(18 VAL N)-(18 VAL CA)-(18 VAL C) -90.0 -30.0
 &rst     iat= 282, 284, 286, 298, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 18 VAL PSI:  (18 VAL N)-(18 VAL CA)-(18 VAL C)-(19 HID N) -70.0 -10.0
 &rst     iat= 284, 286, 298, 300, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 19 HIS PHI:  (18 VAL C)-(19 HID N)-(19 HID CA)-(19 HID C) -90.0 -30.0
 &rst     iat= 298, 300, 302, 315, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 19 HIS PSI:  (19 HID N)-(19 HID CA)-(19 HID C)-(20 ALA N) -70.0 -10.0
 &rst     iat= 300, 302, 315, 317, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 20 ALA PHI:  (19 HID C)-(20 ALA N)-(20 ALA CA)-(20 ALA C) -90.0 -30.0
 &rst     iat= 315, 317, 319, 325, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 20 ALA PSI:  (20 ALA N)-(20 ALA CA)-(20 ALA C)-(21 CYS N) -70.0 -10.0
 &rst     iat= 317, 319, 325, 327, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 21 CYS PHI:  (20 ALA C)-(21 CYS N)-(21 CYS CA)-(21 CYS C) -90.0 -30.0
 &rst     iat= 325, 327, 329, 336, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 21 CYS PSI:  (21 CYS N)-(21 CYS CA)-(21 CYS C)-(22 GLN N) -70.0 -10.0
 &rst     iat= 327, 329, 336, 338, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 22 GLN PHI:  (21 CYS C)-(22 GLN N)-(22 GLN CA)-(22 GLN C) -120.0 -30.0
 &rst     iat= 336, 338, 340, 353, 
   r1= -121.0, r2= -120.0, r3= -30.0, r4= -29.0, 
 &end

# 22 GLN PSI:  (22 GLN N)-(22 GLN CA)-(22 GLN C)-(23 CYM N) -70.0  20.0
 &rst     iat= 338, 340, 353, 355, 
   r1= -71.0, r2= -70.0, r3= 20.0, r4= 21.0, 
 &end

# 23 CYS PHI:  (22 GLN C)-(23 CYM N)-(23 CYM CA)-(23 CYM C) -100.0 -30.0
 &rst     iat= 353, 355, 357, 363, 
   r1= -101.0, r2= -100.0, r3= -30.0, r4= -29.0, 
 &end

# 23 CYS PSI:  (23 CYM N)-(23 CYM CA)-(23 CYM C)-(24 ARG N) 100.0 170.0
 &rst     iat= 355, 357, 363, 365, 
   r1= 99.0, r2= 100.0, r3= 170.0, r4= 171.0, 
 &end

# 25 ASN PSI:  (25 ASN N)-(25 ASN CA)-(25 ASN C)-(26 ALA N)   0.0 180.0
 &rst     iat= 389, 391, 401, 403, 
   r1= -1.0, r2= 0.0, r3= 180.0, r4= 181.0, 
 &end

# 26 ALA PHI:  (25 ASN C)-(26 ALA N)-(26 ALA CA)-(26 ALA C) -180.0   0.0
 &rst     iat= 401, 403, 405, 411, 
   r1= -181.0, r2= -180.0, r3= 0.0, r4= 1.0, 
 &end

# 28 CYS PHI:  (27 ASN C)-(28 CYM N)-(28 CYM CA)-(28 CYM C) -90.0 -30.0
 &rst     iat= 425, 427, 429, 435, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 28 CYS PSI:  (28 CYM N)-(28 CYM CA)-(28 CYM C)-(29 SER N)   0.0 180.0
 &rst     iat= 427, 429, 435, 437, 
   r1= -1.0, r2= 0.0, r3= 180.0, r4= 181.0, 
 &end

# 32 SER PHI:  (31 PRO C)-(32 SER N)-(32 SER CA)-(32 SER C) -90.0 -30.0
 &rst     iat= 479, 481, 483, 490, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 32 SER PSI:  (32 SER N)-(32 SER CA)-(32 SER C)-(33 CYM N) -70.0 -10.0
 &rst     iat= 481, 483, 490, 492, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 33 CYS PHI:  (32 SER C)-(33 CYM N)-(33 CYM CA)-(33 CYM C) -90.0 -30.0
 &rst     iat= 490, 492, 494, 500, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 33 CYS PSI:  (33 CYM N)-(33 CYM CA)-(33 CYM C)-(34 GLN N) -70.0 -10.0
 &rst     iat= 492, 494, 500, 502, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 34 GLN PHI:  (33 CYM C)-(34 GLN N)-(34 GLN CA)-(34 GLN C) -90.0 -30.0
 &rst     iat= 500, 502, 504, 517, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 34 GLN PSI:  (34 GLN N)-(34 GLN CA)-(34 GLN C)-(35 LYS N) -70.0 -10.0
 &rst     iat= 502, 504, 517, 519, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 35 LYS PHI:  (34 GLN C)-(35 LYS N)-(35 LYS CA)-(35 LYS C) -90.0 -30.0
 &rst     iat= 517, 519, 521, 539, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 35 LYS PSI:  (35 LYS N)-(35 LYS CA)-(35 LYS C)-(36 MET N) -70.0 -10.0
 &rst     iat= 519, 521, 539, 541, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 36 MET PHI:  (35 LYS C)-(36 MET N)-(36 MET CA)-(36 MET C) -90.0 -30.0
 &rst     iat= 539, 541, 543, 556, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 36 MET PSI:  (36 MET N)-(36 MET CA)-(36 MET C)-(37 LYS N) -70.0 -10.0
 &rst     iat= 541, 543, 556, 558, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 37 LYS PHI:  (36 MET C)-(37 LYS N)-(37 LYS CA)-(37 LYS C) -90.0 -30.0
 &rst     iat= 556, 558, 560, 578, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 37 LYS PSI:  (37 LYS N)-(37 LYS CA)-(37 LYS C)-(38 ARG N) -70.0 -10.0
 &rst     iat= 558, 560, 578, 580, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 38 ARG PHI:  (37 LYS C)-(38 ARG N)-(38 ARG CA)-(38 ARG C) -90.0 -30.0
 &rst     iat= 578, 580, 582, 602, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 38 ARG PSI:  (38 ARG N)-(38 ARG CA)-(38 ARG C)-(39 VAL N) -70.0 -10.0
 &rst     iat= 580, 582, 602, 604, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 39 VAL PHI:  (38 ARG C)-(39 VAL N)-(39 VAL CA)-(39 VAL C) -90.0 -30.0
 &rst     iat= 602, 604, 606, 618, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 39 VAL PSI:  (39 VAL N)-(39 VAL CA)-(39 VAL C)-(40 VAL N) -70.0 -10.0
 &rst     iat= 604, 606, 618, 620, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 40 VAL PHI:  (39 VAL C)-(40 VAL N)-(40 VAL CA)-(40 VAL C) -90.0 -30.0
 &rst     iat= 618, 620, 622, 634, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 40 VAL PSI:  (40 VAL N)-(40 VAL CA)-(40 VAL C)-(41 GLN N) -70.0 -10.0
 &rst     iat= 620, 622, 634, 636, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 41 GLN PHI:  (40 VAL C)-(41 GLN N)-(41 GLN CA)-(41 GLN C) -90.0 -30.0
 &rst     iat= 634, 636, 638, 651, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 41 GLN PSI:  (41 GLN N)-(41 GLN CA)-(41 GLN C)-(42 HID N) -70.0 -10.0
 &rst     iat= 636, 638, 651, 653, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 42 HIS PHI:  (41 GLN C)-(42 HID N)-(42 HID CA)-(42 HID C) -90.0 -30.0
 &rst     iat= 651, 653, 655, 668, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 42 HIS PSI:  (42 HID N)-(42 HID CA)-(42 HID C)-(43 THR N) -70.0 -10.0
 &rst     iat= 653, 655, 668, 670, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 43 THR PHI:  (42 HID C)-(43 THR N)-(43 THR CA)-(43 THR C) -90.0 -30.0
 &rst     iat= 668, 670, 672, 682, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 43 THR PSI:  (43 THR N)-(43 THR CA)-(43 THR C)-(44 LYS N) -70.0 -10.0
 &rst     iat= 670, 672, 682, 684, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 44 LYS PHI:  (43 THR C)-(44 LYS N)-(44 LYS CA)-(44 LYS C) -90.0 -30.0
 &rst     iat= 682, 684, 686, 704, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 44 LYS PSI:  (44 LYS N)-(44 LYS CA)-(44 LYS C)-(45 GLY N) -70.0  10.0
 &rst     iat= 684, 686, 704, 706, 
   r1= -71.0, r2= -70.0, r3= 10.0, r4= 11.0, 
 &end

# 46 CYS PHI:  (45 GLY C)-(46 CYM N)-(46 CYM CA)-(46 CYM C) -100.0 -30.0
 &rst     iat= 711, 713, 715, 721, 
   r1= -101.0, r2= -100.0, r3= -30.0, r4= -29.0, 
 &end

# 46 CYS PSI:  (46 CYM N)-(46 CYM CA)-(46 CYM C)-(47 LYS N) 100.0 170.0
 &rst     iat= 713, 715, 721, 723, 
   r1= 99.0, r2= 100.0, r3= 170.0, r4= 171.0, 
 &end

# 56 VAL PHI:  (55 PRO C)-(56 VAL N)-(56 VAL CA)-(56 VAL C) -90.0 -30.0
 &rst     iat= 855, 857, 859, 871, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 56 VAL PSI:  (56 VAL N)-(56 VAL CA)-(56 VAL C)-(57 CYM N) -70.0 -10.0
 &rst     iat= 857, 859, 871, 873, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 57 CYS PHI:  (56 VAL C)-(57 CYM N)-(57 CYM CA)-(57 CYM C) -90.0 -30.0
 &rst     iat= 871, 873, 875, 881, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 57 CYS PSI:  (57 CYM N)-(57 CYM CA)-(57 CYM C)-(58 LYS N) -70.0 -10.0
 &rst     iat= 873, 875, 881, 883, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 58 LYS PHI:  (57 CYM C)-(58 LYS N)-(58 LYS CA)-(58 LYS C) -90.0 -30.0
 &rst     iat= 881, 883, 885, 903, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 58 LYS PSI:  (58 LYS N)-(58 LYS CA)-(58 LYS C)-(59 GLN N) -70.0 -10.0
 &rst     iat= 883, 885, 903, 905, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 59 GLN PHI:  (58 LYS C)-(59 GLN N)-(59 GLN CA)-(59 GLN C) -90.0 -30.0
 &rst     iat= 903, 905, 907, 920, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 59 GLN PSI:  (59 GLN N)-(59 GLN CA)-(59 GLN C)-(60 LEU N) -70.0 -10.0
 &rst     iat= 905, 907, 920, 922, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 60 LEU PHI:  (59 GLN C)-(60 LEU N)-(60 LEU CA)-(60 LEU C) -90.0 -30.0
 &rst     iat= 920, 922, 924, 939, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 60 LEU PSI:  (60 LEU N)-(60 LEU CA)-(60 LEU C)-(61 ILE N) -70.0 -10.0
 &rst     iat= 922, 924, 939, 941, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 61 ILE PHI:  (60 LEU C)-(61 ILE N)-(61 ILE CA)-(61 ILE C) -90.0 -30.0
 &rst     iat= 939, 941, 943, 958, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 61 ILE PSI:  (61 ILE N)-(61 ILE CA)-(61 ILE C)-(62 ALA N) -70.0 -10.0
 &rst     iat= 941, 943, 958, 960, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 62 ALA PHI:  (61 ILE C)-(62 ALA N)-(62 ALA CA)-(62 ALA C) -90.0 -30.0
 &rst     iat= 958, 960, 962, 968, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 62 ALA PSI:  (62 ALA N)-(62 ALA CA)-(62 ALA C)-(63 LEU N) -70.0 -10.0
 &rst     iat= 960, 962, 968, 970, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 63 LEU PHI:  (62 ALA C)-(63 LEU N)-(63 LEU CA)-(63 LEU C) -90.0 -30.0
 &rst     iat= 968, 970, 972, 987, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 63 LEU PSI:  (63 LEU N)-(63 LEU CA)-(63 LEU C)-(64 CYS N) -70.0 -10.0
 &rst     iat= 970, 972, 987, 989, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 64 CYS PHI:  (63 LEU C)-(64 CYS N)-(64 CYS CA)-(64 CYS C) -90.0 -30.0
 &rst     iat= 987, 989, 991, 998, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 64 CYS PSI:  (64 CYS N)-(64 CYS CA)-(64 CYS C)-(65 CYS N) -70.0 -10.0
 &rst     iat= 989, 991, 998, 1000, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 65 CYS PHI:  (64 CYS C)-(65 CYS N)-(65 CYS CA)-(65 CYS C) -90.0 -30.0
 &rst     iat= 998, 1000, 1002, 1009, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 65 CYS PSI:  (65 CYS N)-(65 CYS CA)-(65 CYS C)-(66 TYR N) -70.0 -10.0
 &rst     iat= 1000, 1002, 1009, 1011, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 66 TYR PHI:  (65 CYS C)-(66 TYR N)-(66 TYR CA)-(66 TYR C) -90.0 -30.0
 &rst     iat= 1009, 1011, 1013, 1030, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 66 TYR PSI:  (66 TYR N)-(66 TYR CA)-(66 TYR C)-(67 HID N) -70.0 -10.0
 &rst     iat= 1011, 1013, 1030, 1032, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 67 HIS PHI:  (66 TYR C)-(67 HID N)-(67 HID CA)-(67 HID C) -90.0 -30.0
 &rst     iat= 1030, 1032, 1034, 1047, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 67 HIS PSI:  (67 HID N)-(67 HID CA)-(67 HID C)-(68 ALA N) -70.0 -10.0
 &rst     iat= 1032, 1034, 1047, 1049, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 68 ALA PHI:  (67 HID C)-(68 ALA N)-(68 ALA CA)-(68 ALA C) -90.0 -30.0
 &rst     iat= 1047, 1049, 1051, 1057, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 68 ALA PSI:  (68 ALA N)-(68 ALA CA)-(68 ALA C)-(69 LYS N) -70.0 -10.0
 &rst     iat= 1049, 1051, 1057, 1059, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 69 LYS PHI:  (68 ALA C)-(69 LYS N)-(69 LYS CA)-(69 LYS C) -90.0 -30.0
 &rst     iat= 1057, 1059, 1061, 1079, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 69 LYS PSI:  (69 LYS N)-(69 LYS CA)-(69 LYS C)-(70 HID N) -70.0 -10.0
 &rst     iat= 1059, 1061, 1079, 1081, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 70 HIS PHI:  (69 LYS C)-(70 HID N)-(70 HID CA)-(70 HID C) -90.0 -30.0
 &rst     iat= 1079, 1081, 1083, 1096, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 70 HIS PSI:  (70 HID N)-(70 HID CA)-(70 HID C)-(71 CYM N) -70.0 -10.0
 &rst     iat= 1081, 1083, 1096, 1098, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 71 CYS PHI:  (70 HID C)-(71 CYM N)-(71 CYM CA)-(71 CYM C) -100.0 -30.0
 &rst     iat= 1096, 1098, 1100, 1106, 
   r1= -101.0, r2= -100.0, r3= -30.0, r4= -29.0, 
 &end

# 71 CYS PSI:  (71 CYM N)-(71 CYM CA)-(71 CYM C)-(72 GLN N) 105.0 165.0
 &rst     iat= 1098, 1100, 1106, 1108, 
   r1= 104.0, r2= 105.0, r3= 165.0, r4= 166.0, 
 &end

# 80 PHE PHI:  (79 PRO C)-(80 PHE N)-(80 PHE CA)-(80 PHE C) -90.0 -30.0
 &rst     iat= 1228, 1230, 1232, 1248, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 80 PHE PSI:  (80 PHE N)-(80 PHE CA)-(80 PHE C)-(81 CYM N) -70.0 -10.0
 &rst     iat= 1230, 1232, 1248, 1250, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 81 CYS PHI:  (80 PHE C)-(81 CYM N)-(81 CYM CA)-(81 CYM C) -90.0 -30.0
 &rst     iat= 1248, 1250, 1252, 1258, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 81 CYS PSI:  (81 CYM N)-(81 CYM CA)-(81 CYM C)-(82 LEU N) -70.0 -10.0
 &rst     iat= 1250, 1252, 1258, 1260, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 82 LEU PHI:  (81 CYM C)-(82 LEU N)-(82 LEU CA)-(82 LEU C) -90.0 -30.0
 &rst     iat= 1258, 1260, 1262, 1277, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 82 LEU PSI:  (82 LEU N)-(82 LEU CA)-(82 LEU C)-(83 ASN N) -70.0 -10.0
 &rst     iat= 1260, 1262, 1277, 1279, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 83 ASN PHI:  (82 LEU C)-(83 ASN N)-(83 ASN CA)-(83 ASN C) -90.0 -30.0
 &rst     iat= 1277, 1279, 1281, 1291, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 83 ASN PSI:  (83 ASN N)-(83 ASN CA)-(83 ASN C)-(84 ILE N) -70.0 -10.0
 &rst     iat= 1279, 1281, 1291, 1293, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 84 ILE PHI:  (83 ASN C)-(84 ILE N)-(84 ILE CA)-(84 ILE C) -90.0 -30.0
 &rst     iat= 1291, 1293, 1295, 1310, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 84 ILE PSI:  (84 ILE N)-(84 ILE CA)-(84 ILE C)-(85 LYS N) -70.0 -10.0
 &rst     iat= 1293, 1295, 1310, 1312, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 85 LYS PHI:  (84 ILE C)-(85 LYS N)-(85 LYS CA)-(85 LYS C) -90.0 -30.0
 &rst     iat= 1310, 1312, 1314, 1332, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 85 LYS PSI:  (85 LYS N)-(85 LYS CA)-(85 LYS C)-(86 HID N) -70.0 -10.0
 &rst     iat= 1312, 1314, 1332, 1334, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 86 HIS PHI:  (85 LYS C)-(86 HID N)-(86 HID CA)-(86 HID C) -90.0 -30.0
 &rst     iat= 1332, 1334, 1336, 1349, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 86 HIS PSI:  (86 HID N)-(86 HID CA)-(86 HID C)-(87 LYS N) -70.0 -10.0
 &rst     iat= 1334, 1336, 1349, 1351, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 87 LYS PHI:  (86 HID C)-(87 LYS N)-(87 LYS CA)-(87 LYS C) -90.0 -30.0
 &rst     iat= 1349, 1351, 1353, 1371, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 87 LYS PSI:  (87 LYS N)-(87 LYS CA)-(87 LYS C)-(88 LEU N) -70.0 -10.0
 &rst     iat= 1351, 1353, 1371, 1373, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 88 LEU PHI:  (87 LYS C)-(88 LEU N)-(88 LEU CA)-(88 LEU C) -90.0 -30.0
 &rst     iat= 1371, 1373, 1375, 1390, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 88 LEU PSI:  (88 LEU N)-(88 LEU CA)-(88 LEU C)-(89 ARG N) -70.0 -10.0
 &rst     iat= 1373, 1375, 1390, 1392, 
   r1= -71.0, r2= -70.0, r3= -10.0, r4= -9.0, 
 &end

# 114 LEU CHI1:  (114 LEU N)-(114 LEU CA)-(114 LEU CB)-(114 LEU CG) -90.0 -30.0
 &rst     iat= 1739, 1741, 1743, 1746, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 116 MET CHI1:  (116 MET N)-(116 MET CA)-(116 MET CB)-(116 MET CG) 150.0 210.0
 &rst     iat= 1772, 1774, 1776, 1779, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 119 GLU CHI1:  (119 GLU N)-(119 GLU CA)-(119 GLU CB)-(119 GLU CG) -90.0 -30.0
 &rst     iat= 1814, 1816, 1818, 1821, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 120 GLU CHI1:  (120 GLU N)-(120 GLU CA)-(120 GLU CB)-(120 GLU CG) -90.0 -30.0
 &rst     iat= 1829, 1831, 1833, 1836, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 121 PHE CHI1:  (121 PHE N)-(121 PHE CA)-(121 PHE CB)-(121 PHE CG) 150.0 210.0
 &rst     iat= 1844, 1846, 1848, 1851, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 124 VAL CHI1:  (124 VAL N)-(124 VAL CA)-(124 VAL CB)-(124 VAL CG1) 150.0 210.0
 &rst     iat= 1891, 1893, 1895, 1897, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 128 VAL CHI1:  (128 VAL N)-(128 VAL CA)-(128 VAL CB)-(128 VAL CG1) 150.0 210.0
 &rst     iat= 1961, 1963, 1965, 1967, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 136 MET CHI1:  (136 MET N)-(136 MET CA)-(136 MET CB)-(136 MET CG) -90.0 -30.0
 &rst     iat= 2069, 2071, 2073, 2076, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 3 GLN CHI1:  (3 GLN N)-(3 GLN CA)-(3 GLN CB)-(3 GLN CG) -90.0 -30.0
 &rst     iat= 26, 28, 30, 33, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 4 GLU CHI1:  (4 GLU N)-(4 GLU CA)-(4 GLU CB)-(4 GLU CG) -90.0 -30.0
 &rst     iat= 43, 45, 47, 50, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 6 ARG CHI1:  (6 ARG N)-(6 ARG CA)-(6 ARG CB)-(6 ARG CG) -90.0 -30.0
 &rst     iat= 69, 71, 73, 76, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 8 LEU CHI1:  (8 LEU N)-(8 LEU CA)-(8 LEU CB)-(8 LEU CG) -90.0 -30.0
 &rst     iat= 117, 119, 121, 124, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 13 CYS CHI1:  (13 CYS N)-(13 CYS CA)-(13 CYS CB)-(13 CYS SG) -90.0 -30.0
 &rst     iat= 207, 209, 211, 214, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 15 GLN CHI1:  (15 GLN N)-(15 GLN CA)-(15 GLN CB)-(15 GLN CG) -90.0 -30.0
 &rst     iat= 237, 239, 241, 244, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 16 SER CHI1:  (16 SER N)-(16 SER CA)-(16 SER CB)-(16 SER OG) -90.0 -30.0
 &rst     iat= 254, 256, 258, 261, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 18 VAL CHI1:  (18 VAL N)-(18 VAL CA)-(18 VAL CB)-(18 VAL CG1) 150.0 210.0
 &rst     iat= 284, 286, 288, 290, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 21 CYS CHI1:  (21 CYS N)-(21 CYS CA)-(21 CYS CB)-(21 CYS SG) -90.0 -30.0
 &rst     iat= 327, 329, 331, 334, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 22 GLN CHI1:  (22 GLN N)-(22 GLN CA)-(22 GLN CB)-(22 GLN CG) -90.0 -30.0
 &rst     iat= 338, 340, 342, 345, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 23 CYS CHI1:  (23 CYM N)-(23 CYM CA)-(23 CYM CB)-(23 CYM SG) 150.0 210.0
 &rst     iat= 355, 357, 359, 362, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 24 ARG CHI1:  (24 ARG N)-(24 ARG CA)-(24 ARG CB)-(24 ARG CG) -90.0 -30.0
 &rst     iat= 365, 367, 369, 372, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 27 ASN CHI1:  (27 ASN N)-(27 ASN CA)-(27 ASN CB)-(27 ASN CG) -90.0 -30.0
 &rst     iat= 413, 415, 417, 420, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 28 CYS CHI1:  (28 CYM N)-(28 CYM CA)-(28 CYM CB)-(28 CYM SG) 150.0 210.0
 &rst     iat= 427, 429, 431, 434, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 29 SER CHI1:  (29 SER N)-(29 SER CA)-(29 SER CB)-(29 SER OG)  30.0  90.0
 &rst     iat= 437, 439, 441, 444, 
   r1= 29.0, r2= 30.0, r3= 90.0, r4= 91.0, 
 &end

# 30 LEU CHI1:  (30 LEU N)-(30 LEU CA)-(30 LEU CB)-(30 LEU CG) -90.0 -30.0
 &rst     iat= 448, 450, 452, 455, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 33 CYS CHI1:  (33 CYM N)-(33 CYM CA)-(33 CYM CB)-(33 CYM SG) 150.0 210.0
 &rst     iat= 492, 494, 496, 499, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 35 LYS CHI1:  (35 LYS N)-(35 LYS CA)-(35 LYS CB)-(35 LYS CG) 150.0 210.0
 &rst     iat= 519, 521, 523, 526, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 36 MET CHI1:  (36 MET N)-(36 MET CA)-(36 MET CB)-(36 MET CG) -90.0 -30.0
 &rst     iat= 541, 543, 545, 548, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 37 LYS CHI1:  (37 LYS N)-(37 LYS CA)-(37 LYS CB)-(37 LYS CG) -90.0 -30.0
 &rst     iat= 558, 560, 562, 565, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 38 ARG CHI1:  (38 ARG N)-(38 ARG CA)-(38 ARG CB)-(38 ARG CG) -90.0 -30.0
 &rst     iat= 580, 582, 584, 587, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 39 VAL CHI1:  (39 VAL N)-(39 VAL CA)-(39 VAL CB)-(39 VAL CG1) 150.0 210.0
 &rst     iat= 604, 606, 608, 610, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 42 HIS CHI1:  (42 HID N)-(42 HID CA)-(42 HID CB)-(42 HID CG) 150.0 210.0
 &rst     iat= 653, 655, 657, 660, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 46 CYS CHI1:  (46 CYM N)-(46 CYM CA)-(46 CYM CB)-(46 CYM SG) 150.0 210.0
 &rst     iat= 713, 715, 717, 720, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 47 LYS CHI1:  (47 LYS N)-(47 LYS CA)-(47 LYS CB)-(47 LYS CG) -90.0 -30.0
 &rst     iat= 723, 725, 727, 730, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 49 LYS CHI1:  (49 LYS N)-(49 LYS CA)-(49 LYS CB)-(49 LYS CG)  30.0  90.0
 &rst     iat= 769, 771, 773, 776, 
   r1= 29.0, r2= 30.0, r3= 90.0, r4= 91.0, 
 &end

# 54 CYS CHI1:  (54 CYM N)-(54 CYM CA)-(54 CYM CB)-(54 CYM SG) 150.0 210.0
 &rst     iat= 833, 835, 837, 840, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 56 VAL CHI1:  (56 VAL N)-(56 VAL CA)-(56 VAL CB)-(56 VAL CG1) 150.0 210.0
 &rst     iat= 857, 859, 861, 863, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 57 CYS CHI1:  (57 CYM N)-(57 CYM CA)-(57 CYM CB)-(57 CYM SG) -90.0 -30.0
 &rst     iat= 873, 875, 877, 880, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 64 CYS CHI1:  (64 CYS N)-(64 CYS CA)-(64 CYS CB)-(64 CYS SG) -90.0 -30.0
 &rst     iat= 989, 991, 993, 996, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 65 CYS CHI1:  (65 CYS N)-(65 CYS CA)-(65 CYS CB)-(65 CYS SG) -90.0 -30.0
 &rst     iat= 1000, 1002, 1004, 1007, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 67 HIS CHI1:  (67 HID N)-(67 HID CA)-(67 HID CB)-(67 HID CG) 150.0 210.0
 &rst     iat= 1032, 1034, 1036, 1039, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 71 CYS CHI1:  (71 CYM N)-(71 CYM CA)-(71 CYM CB)-(71 CYM SG) 150.0 210.0
 &rst     iat= 1098, 1100, 1102, 1105, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 72 GLN CHI1:  (72 GLN N)-(72 GLN CA)-(72 GLN CB)-(72 GLN CG) -90.0 -30.0
 &rst     iat= 1108, 1110, 1112, 1115, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 75 LYS CHI1:  (75 LYS N)-(75 LYS CA)-(75 LYS CB)-(75 LYS CG) -90.0 -30.0
 &rst     iat= 1154, 1156, 1158, 1161, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 76 CYS CHI1:  (76 CYM N)-(76 CYM CA)-(76 CYM CB)-(76 CYM SG) 150.0 210.0
 &rst     iat= 1176, 1178, 1180, 1183, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 78 VAL CHI1:  (78 VAL N)-(78 VAL CA)-(78 VAL CB)-(78 VAL CG1) 150.0 210.0
 &rst     iat= 1200, 1202, 1204, 1206, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 81 CYS CHI1:  (81 CYM N)-(81 CYM CA)-(81 CYM CB)-(81 CYM SG) 150.0 210.0
 &rst     iat= 1250, 1252, 1254, 1257, 
   r1= 149.0, r2= 150.0, r3= 210.0, r4= 211.0, 
 &end

# 82 LEU CHI1:  (82 LEU N)-(82 LEU CA)-(82 LEU CB)-(82 LEU CG) -90.0 -30.0
 &rst     iat= 1260, 1262, 1264, 1267, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

# 88 LEU CHI1:  (88 LEU N)-(88 LEU CA)-(88 LEU CB)-(88 LEU CG) -90.0 -30.0
 &rst     iat= 1373, 1375, 1377, 1380, 
   r1= -91.0, r2= -90.0, r3= -30.0, r4= -29.0, 
 &end

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