NMR Restraints Grid
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NMR Restraints Grid |
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Result table
| image | mrblock_id | pdb_id | bmrb_id | cing | stage | position | program | type |
|
|
492520 |
2kh7   |
16226 | cing | 1-original | 1 | AMBER | dihedral angle |
# 1 GUA GAMMA: (1 DG5 O5')-(1 DG5 C5')-(1 DG5 C4')-(1 DG5 C3') -20.0 140.0
&rst iat = 2, 3, 6, 26,
r1 = -21.0, r2 = -20.0, r3 = 140.0, r4 = 141.0,
rk2 = 1.0, rk3 = 1.0,
&end
# 2 THY GAMMA: (2 DT O5')-(2 DT C5')-(2 DT C4')-(2 DT C3')
&rst iat = 35, 36, 39, 58,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 3 GUA GAMMA: (3 DG O5')-(3 DG C5')-(3 DG C4')-(3 DG C3')
&rst iat = 67, 68, 71, 91,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 4 CYT GAMMA: (4 DC O5')-(4 DC C5')-(4 DC C4')-(4 DC C3')
&rst iat = 100, 101, 104, 121,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 5 GUA GAMMA: (5 DG O5')-(5 DG C5')-(5 DG C4')-(5 DG C3')
&rst iat = 130, 131, 134, 154,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 6 THY GAMMA: (6 TG O5')-(6 TG C5')-(6 TG C4')-(6 TG C3')
&rst iat = 163, 164, 167, 193,
r1 = -41.0, r2 = -40.0, r3 = 150.0, r4 = 151.0,
&end
# 7 GUA GAMMA: (7 DG O5')-(7 DG C5')-(7 DG C4')-(7 DG C3')
&rst iat = 199, 200, 203, 223,
r1 = -41.0, r2 = -40.0, r3 = 150.0, r4 = 151.0,
&end
# 8 THY GAMMA: (8 DT O5')-(8 DT C5')-(8 DT C4')-(8 DT C3')
&rst iat = 232, 233, 236, 255,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 9 THY GAMMA: (9 DT O5')-(9 DT C5')-(9 DT C4')-(9 DT C3')
&rst iat = 264, 265, 268, 287,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 10 THY GAMMA: (10 DT O5')-(10 DT C5')-(10 DT C4')-(10 DT C3')
&rst iat = 296, 297, 300, 319,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 11 GUA GAMMA: (11 DG O5')-(11 DG C5')-(11 DG C4')-(11 DG C3')
&rst iat = 328, 329, 332, 352,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 12 THY GAMMA: (12 DT3 O5')-(12 DT3 C5')-(12 DT3 C4')-(12 DT3 C3')
&rst iat = 361, 362, 365, 384,
r1 = -21.0, r2 = -20.0, r3 = 140.0, r4 = 141.0,
&end
# 13 ADE GAMMA: (13 DA5 O5')-(13 DA5 C5')-(13 DA5 C4')-(13 DA5 C3')
&rst iat = 392, 393, 396, 415,
r1 = -21.0, r2 = -20.0, r3 = 140.0, r4 = 141.0,
&end
# 14 CYT GAMMA: (14 DC O5')-(14 DC C5')-(14 DC C4')-(14 DC C3')
&rst iat = 424, 425, 428, 445,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 15 ADE GAMMA: (15 DA O5')-(15 DA C5')-(15 DA C4')-(15 DA C3')
&rst iat = 454, 455, 458, 477,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 16 ADE GAMMA: (16 DA O5')-(16 DA C5')-(16 DA C4')-(16 DA C3')
&rst iat = 486, 487, 490, 509,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 17 ADE GAMMA: (17 DA O5')-(17 DA C5')-(17 DA C4')-(17 DA C3')
&rst iat = 518, 519, 522, 541,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 18 CYT GAMMA: (18 DC O5')-(18 DC C5')-(18 DC C4')-(18 DC C3')
&rst iat = 550, 551, 554, 571,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 19 GUA GAMMA: (19 DG O5')-(19 DG C5')-(19 DG C4')-(19 DG C3')
&rst iat = 580, 581, 584, 604,
r1 = -41.0, r2 = -40.0, r3 = 150.0, r4 = 151.0,
&end
# 20 CYT GAMMA: (20 DC O5')-(20 DC C5')-(20 DC C4')-(20 DC C3')
&rst iat = 613, 614, 617, 634,
r1 = -41.0, r2 = -40.0, r3 = 150.0, r4 = 151.0,
&end
# 21 GUA GAMMA: (21 DG O5')-(21 DG C5')-(21 DG C4')-(21 DG C3')
&rst iat = 643, 644, 647, 667,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 22 CYT GAMMA: (22 DC O5')-(22 DC C5')-(22 DC C4')-(22 DC C3')
&rst iat = 676, 677, 680, 697,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 23 ADE GAMMA: (23 DA O5')-(23 DA C5')-(23 DA C4')-(23 DA C3')
&rst iat = 706, 707, 710, 729,
r1 = -1.0, r2 = 0.0, r3 = 120.0, r4 = 121.0,
&end
# 24 CYT GAMMA: (24 DC3 O5')-(24 DC3 C5')-(24 DC3 C4')-(24 DC3 C3')
&rst iat = 738, 739, 742, 759,
r1 = -21.0, r2 = -20.0, r3 = 140.0, r4 = 141.0,
&end
# 2 THY EPSILN: (2 DT C4')-(2 DT C3')-(2 DT O3')-(3 DG P)
&rst iat = 39, 58, 63, 64,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 3 GUA EPSILN: (3 DG C4')-(3 DG C3')-(3 DG O3')-(4 DC P)
&rst iat = 71, 91, 96, 97,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 4 CYT EPSILN: (4 DC C4')-(4 DC C3')-(4 DC O3')-(5 DG P)
&rst iat = 104, 121, 126, 127,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 5 GUA EPSILN: (5 DG C4')-(5 DG C3')-(5 DG O3')-(6 TG P)
&rst iat = 134, 154, 159, 160,
r1 = 109.0, r2 = 110.0, r3 = 350.0, r4 = 351.0,
&end
# 6 THY EPSILN: (6 TG C4')-(6 TG C3')-(6 TG O3')-(7 DG P)
&rst iat = 167, 193, 195, 196,
r1 = 109.0, r2 = 110.0, r3 = 350.0, r4 = 351.0,
&end
# 7 GUA EPSILN: (7 DG C4')-(7 DG C3')-(7 DG O3')-(8 DT P)
&rst iat = 203, 223, 228, 229,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 8 THY EPSILN: (8 DT C4')-(8 DT C3')-(8 DT O3')-(9 DT P)
&rst iat = 236, 255, 260, 261,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 10 THY EPSILN: (10 DT C4')-(10 DT C3')-(10 DT O3')-(11 DG P)
&rst iat = 300, 319, 324, 325,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 11 GUA EPSILN: (11 DG C4')-(11 DG C3')-(11 DG O3')-(12 DT3 P)
&rst iat = 332, 352, 357, 358,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 13 ADE EPSILN: (13 DA5 C4')-(13 DA5 C3')-(13 DA5 O3')-(14 DC P)
&rst iat = 396, 415, 420, 421,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 14 CYT EPSILN: (14 DC C4')-(14 DC C3')-(14 DC O3')-(15 DA P)
&rst iat = 428, 445, 450, 451,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 15 ADE EPSILN: (15 DA C4')-(15 DA C3')-(15 DA O3')-(16 DA P)
&rst iat = 458, 477, 482, 483,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 16 ADE EPSILN: (16 DA C4')-(16 DA C3')-(16 DA O3')-(17 DA P)
&rst iat = 490, 509, 514, 515,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 17 ADE EPSILN: (17 DA C4')-(17 DA C3')-(17 DA O3')-(18 DC P)
&rst iat = 522, 541, 546, 547,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 18 CYT EPSILN: (18 DC C4')-(18 DC C3')-(18 DC O3')-(19 DG P)
&rst iat = 554, 571, 576, 577,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 19 GUA EPSILN: (19 DG C4')-(19 DG C3')-(19 DG O3')-(20 DC P)
&rst iat = 584, 604, 609, 610,
r1 = 109.0, r2 = 110.0, r3 = 350.0, r4 = 351.0,
&end
# 20 CYT EPSILN: (20 DC C4')-(20 DC C3')-(20 DC O3')-(21 DG P)
&rst iat = 617, 634, 639, 640,
r1 = 109.0, r2 = 110.0, r3 = 350.0, r4 = 351.0,
&end
# 21 GUA EPSILN: (21 DG C4')-(21 DG C3')-(21 DG O3')-(22 DC P)
&rst iat = 647, 667, 672, 673,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 22 CYT EPSILN: (22 DC C4')-(22 DC C3')-(22 DC O3')-(23 DA P)
&rst iat = 680, 697, 702, 703,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 23 ADE EPSILN: (23 DA C4')-(23 DA C3')-(23 DA O3')-(24 DC3 P)
&rst iat = 710, 729, 734, 735,
r1 = 139.0, r2 = 140.0, r3 = 300.0, r4 = 301.0,
&end
# 2 THY ALPHA: (1 DG5 O3')-(2 DT P)-(2 DT O5')-(2 DT C5')
&rst iat = 31, 32, 35, 36,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 3 GUA ALPHA: (2 DT O3')-(3 DG P)-(3 DG O5')-(3 DG C5')
&rst iat = 63, 64, 67, 68,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 4 CYT ALPHA: (3 DG O3')-(4 DC P)-(4 DC O5')-(4 DC C5')
&rst iat = 96, 97, 100, 101,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 5 GUA ALPHA: (4 DC O3')-(5 DG P)-(5 DG O5')-(5 DG C5')
&rst iat = 126, 127, 130, 131,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 6 THY ALPHA: (5 DG O3')-(6 TG P)-(6 TG O5')-(6 TG C5')
&rst iat = 159, 160, 163, 164,
r1 = -151.0, r2 = -150.0, r3 = 0.0, r4 = 1.0,
&end
# 7 GUA ALPHA: (6 TG O3')-(7 DG P)-(7 DG O5')-(7 DG C5')
&rst iat = 195, 196, 199, 200,
r1 = -151.0, r2 = -150.0, r3 = 0.0, r4 = 1.0,
&end
# 8 THY ALPHA: (7 DG O3')-(8 DT P)-(8 DT O5')-(8 DT C5')
&rst iat = 228, 229, 232, 233,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 10 THY ALPHA: (9 DT O3')-(10 DT P)-(10 DT O5')-(10 DT C5')
&rst iat = 292, 293, 296, 297,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 11 GUA ALPHA: (10 DT O3')-(11 DG P)-(11 DG O5')-(11 DG C5')
&rst iat = 324, 325, 328, 329,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 12 THY ALPHA: (11 DG O3')-(12 DT3 P)-(12 DT3 O5')-(12 DT3 C5')
&rst iat = 357, 358, 361, 362,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 13 ADE ALPHA: (12 DT3 O3')-(14 DC P)-(13 DA5 O5')-(13 DA5 C5')
&rst iat = 389, 421, 392, 393,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 14 CYT ALPHA: (13 DA5 O3')-(14 DC P)-(14 DC O5')-(14 DC C5')
&rst iat = 420, 421, 424, 425,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 15 ADE ALPHA: (14 DC O3')-(15 DA P)-(15 DA O5')-(15 DA C5')
&rst iat = 450, 451, 454, 455,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 16 ADE ALPHA: (15 DA O3')-(16 DA P)-(16 DA O5')-(16 DA C5')
&rst iat = 482, 483, 486, 487,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 17 ADE ALPHA: (16 DA O3')-(17 DA P)-(17 DA O5')-(17 DA C5')
&rst iat = 514, 515, 518, 519,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 18 CYT ALPHA: (17 DA O3')-(18 DC P)-(18 DC O5')-(18 DC C5')
&rst iat = 546, 547, 550, 551,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 19 GUA ALPHA: (18 DC O3')-(19 DG P)-(19 DG O5')-(19 DG C5')
&rst iat = 576, 577, 580, 581,
r1 = -151.0, r2 = -150.0, r3 = 0.0, r4 = 1.0,
&end
# 20 CYT ALPHA: (19 DG O3')-(20 DC P)-(20 DC O5')-(20 DC C5')
&rst iat = 609, 610, 613, 614,
r1 = -151.0, r2 = -150.0, r3 = 0.0, r4 = 1.0,
&end
# 21 GUA ALPHA: (20 DC O3')-(21 DG P)-(21 DG O5')-(21 DG C5')
&rst iat = 639, 640, 643, 644,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 22 CYT ALPHA: (21 DG O3')-(22 DC P)-(22 DC O5')-(22 DC C5')
&rst iat = 672, 673, 676, 677,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 23 ADE ALPHA: (22 DC O3')-(23 DA P)-(23 DA O5')-(23 DA C5')
&rst iat = 702, 703, 706, 707,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 24 CYT ALPHA: (23 DA O3')-(24 DC3 P)-(24 DC3 O5')-(24 DC3 C5')
&rst iat = 734, 735, 738, 739,
r1 = -91.0, r2 = -90.0, r3 = -30.0, r4 = -29.0,
&end
# 1 GUA BETA: (2 DT P)-(1 DG5 O5')-(1 DG5 C5')-(1 DG5 C4')
&rst iat = 32, 2, 3, 6,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 2 THY BETA: (2 DT P)-(2 DT O5')-(2 DT C5')-(2 DT C4')
&rst iat = 32, 35, 36, 39,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 3 GUA BETA: (3 DG P)-(3 DG O5')-(3 DG C5')-(3 DG C4')
&rst iat = 64, 67, 68, 71,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 4 CYT BETA: (4 DC P)-(4 DC O5')-(4 DC C5')-(4 DC C4')
&rst iat = 97, 100, 101, 104,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 5 GUA BETA: (5 DG P)-(5 DG O5')-(5 DG C5')-(5 DG C4')
&rst iat = 127, 130, 131, 134,
r1 = 104.0, r2 = 105.0, r3 = 245.0, r4 = 246.0,
&end
# 6 THY BETA: (6 TG P)-(6 TG O5')-(6 TG C5')-(6 TG C4')
&rst iat = 160, 163, 164, 167,
r1 = 104.0, r2 = 105.0, r3 = 245.0, r4 = 246.0,
&end
# 7 GUA BETA: (7 DG P)-(7 DG O5')-(7 DG C5')-(7 DG C4')
&rst iat = 196, 199, 200, 203,
r1 = 104.0, r2 = 105.0, r3 = 245.0, r4 = 246.0,
&end
# 8 THY BETA: (8 DT P)-(8 DT O5')-(8 DT C5')-(8 DT C4')
&rst iat = 229, 232, 233, 236,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 10 THY BETA: (10 DT P)-(10 DT O5')-(10 DT C5')-(10 DT C4')
&rst iat = 293, 296, 297, 300,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 11 GUA BETA: (11 DG P)-(11 DG O5')-(11 DG C5')-(11 DG C4')
&rst iat = 325, 328, 329, 332,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 12 THY BETA: (12 DT3 P)-(12 DT3 O5')-(12 DT3 C5')-(12 DT3 C4')
&rst iat = 358, 361, 362, 365,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 13 ADE BETA: (14 DC P)-(13 DA5 O5')-(13 DA5 C5')-(13 DA5 C4')
&rst iat = 421, 392, 393, 396,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 14 CYT BETA: (14 DC P)-(14 DC O5')-(14 DC C5')-(14 DC C4')
&rst iat = 421, 424, 425, 428,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 15 ADE BETA: (15 DA P)-(15 DA O5')-(15 DA C5')-(15 DA C4')
&rst iat = 451, 454, 455, 458,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 16 ADE BETA: (16 DA P)-(16 DA O5')-(16 DA C5')-(16 DA C4')
&rst iat = 483, 486, 487, 490,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 17 ADE BETA: (17 DA P)-(17 DA O5')-(17 DA C5')-(17 DA C4')
&rst iat = 515, 518, 519, 522,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 18 CYT BETA: (18 DC P)-(18 DC O5')-(18 DC C5')-(18 DC C4')
&rst iat = 547, 550, 551, 554,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 19 GUA BETA: (19 DG P)-(19 DG O5')-(19 DG C5')-(19 DG C4')
&rst iat = 577, 580, 581, 584,
r1 = 104.0, r2 = 105.0, r3 = 245.0, r4 = 246.0,
&end
# 20 CYT BETA: (20 DC P)-(20 DC O5')-(20 DC C5')-(20 DC C4')
&rst iat = 610, 613, 614, 617,
r1 = 104.0, r2 = 105.0, r3 = 245.0, r4 = 246.0,
&end
# 21 GUA BETA: (21 DG P)-(21 DG O5')-(21 DG C5')-(21 DG C4')
&rst iat = 640, 643, 644, 647,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 22 CYT BETA: (22 DC P)-(22 DC O5')-(22 DC C5')-(22 DC C4')
&rst iat = 673, 676, 677, 680,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 23 ADE BETA: (23 DA P)-(23 DA O5')-(23 DA C5')-(23 DA C4')
&rst iat = 703, 706, 707, 710,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 24 CYT BETA: (24 DC3 P)-(24 DC3 O5')-(24 DC3 C5')-(24 DC3 C4')
&rst iat = 735, 738, 739, 742,
r1 = 134.0, r2 = 135.0, r3 = 215.0, r4 = 216.0,
&end
# 1 GUA CHI: (1 DG5 O4')-(1 DG5 C1')-(1 DG5 N9)-(1 DG5 C4)
&rst iat = 8, 9, 11, 25,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 2 THY CHI: (2 DT O4')-(2 DT C1')-(2 DT N1)-(2 DT C2)
&rst iat = 41, 42, 44, 56,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 3 GUA CHI: (3 DG O4')-(3 DG C1')-(3 DG N9)-(3 DG C4)
&rst iat = 73, 74, 76, 90,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 4 CYT CHI: (4 DC O4')-(4 DC C1')-(4 DC N1)-(4 DC C2)
&rst iat = 106, 107, 109, 119,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 5 GUA CHI: (5 DG O4')-(5 DG C1')-(5 DG N9)-(5 DG C4)
&rst iat = 136, 137, 139, 153,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 7 GUA CHI: (7 DG O4')-(7 DG C1')-(7 DG N9)-(7 DG C4)
&rst iat = 205, 206, 208, 222,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 6 THY CHI: (6 TG O4')-(6 TG C1')-(6 TG N1)-(6 TG C2)
&rst iat = 169, 170, 175, 176,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 8 THY CHI: (8 DT O4')-(8 DT C1')-(8 DT N1)-(8 DT C2)
&rst iat = 238, 239, 241, 253,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 9 THY CHI: (9 DT O4')-(9 DT C1')-(9 DT N1)-(9 DT C2)
&rst iat = 270, 271, 273, 285,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 10 THY CHI: (10 DT O4')-(10 DT C1')-(10 DT N1)-(10 DT C2)
&rst iat = 302, 303, 305, 317,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 11 GUA CHI: (11 DG O4')-(11 DG C1')-(11 DG N9)-(11 DG C4)
&rst iat = 334, 335, 337, 351,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 12 THY CHI: (12 DT3 O4')-(12 DT3 C1')-(12 DT3 N1)-(12 DT3 C2)
&rst iat = 367, 368, 370, 382,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 13 ADE CHI: (13 DA5 O4')-(13 DA5 C1')-(13 DA5 N9)-(13 DA5 C4)
&rst iat = 398, 399, 401, 414,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 14 CYT CHI: (14 DC O4')-(14 DC C1')-(14 DC N1)-(14 DC C2)
&rst iat = 430, 431, 433, 443,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 15 ADE CHI: (15 DA O4')-(15 DA C1')-(15 DA N9)-(15 DA C4)
&rst iat = 460, 461, 463, 476,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 16 ADE CHI: (16 DA O4')-(16 DA C1')-(16 DA N9)-(16 DA C4)
&rst iat = 492, 493, 495, 508,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 17 ADE CHI: (17 DA O4')-(17 DA C1')-(17 DA N9)-(17 DA C4)
&rst iat = 524, 525, 527, 540,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 18 CYT CHI: (18 DC O4')-(18 DC C1')-(18 DC N1)-(18 DC C2)
&rst iat = 556, 557, 559, 569,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 19 GUA CHI: (19 DG O4')-(19 DG C1')-(19 DG N9)-(19 DG C4)
&rst iat = 586, 587, 589, 603,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 20 CYT CHI: (20 DC O4')-(20 DC C1')-(20 DC N1)-(20 DC C2)
&rst iat = 619, 620, 622, 632,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 21 GUA CHI: (21 DG O4')-(21 DG C1')-(21 DG N9)-(21 DG C4)
&rst iat = 649, 650, 652, 666,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 22 CYT CHI: (22 DC O4')-(22 DC C1')-(22 DC N1)-(22 DC C2)
&rst iat = 682, 683, 685, 695,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 23 ADE CHI: (23 DA O4')-(23 DA C1')-(23 DA N9)-(23 DA C4)
&rst iat = 712, 713, 715, 728,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 24 CYT CHI: (24 DC3 O4')-(24 DC3 C1')-(24 DC3 N1)-(24 DC3 C2)
&rst iat = 744, 745, 747, 757,
r1 = 179.0, r2 = 180.0, r3 = 340.0, r4 = 341.0,
&end
# 1 GUA ZETA: (1 DG5 C3')-(1 DG5 O3')-(2 DT P)-(2 DT O5')
&rst iat = 26, 31, 32, 35,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 2 THY ZETA: (2 DT C3')-(2 DT O3')-(3 DG P)-(3 DG O5')
&rst iat = 58, 63, 64, 67,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 3 GUA ZETA: (3 DG C3')-(3 DG O3')-(4 DC P)-(4 DC O5')
&rst iat = 91, 96, 97, 100,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 4 CYT ZETA: (4 DC C3')-(4 DC O3')-(5 DG P)-(5 DG O5')
&rst iat = 121, 126, 127, 130,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 5 GUA ZETA: (5 DG C3')-(5 DG O3')-(6 TG P)-(6 TG O5')
&rst iat = 154, 159, 160, 163,
r1 = 219.0, r2 = 220.0, r3 = 350.0, r4 = 351.0,
&end
# 6 THY ZETA: (6 TG C3')-(6 TG O3')-(7 DG P)-(7 DG O5')
&rst iat = 193, 195, 196, 199,
r1 = 219.0, r2 = 220.0, r3 = 350.0, r4 = 351.0,
&end
# 7 GUA ZETA: (7 DG C3')-(7 DG O3')-(8 DT P)-(8 DT O5')
&rst iat = 223, 228, 229, 232,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 8 THY ZETA: (8 DT C3')-(8 DT O3')-(9 DT P)-(9 DT O5')
&rst iat = 255, 260, 261, 264,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 10 THY ZETA: (10 DT C3')-(10 DT O3')-(11 DG P)-(11 DG O5')
&rst iat = 319, 324, 325, 328,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 11 GUA ZETA: (11 DG C3')-(11 DG O3')-(12 DT3 P)-(12 DT3 O5')
&rst iat = 352, 357, 358, 361,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 13 ADE ZETA: (13 DA5 C3')-(13 DA5 O3')-(14 DC P)-(14 DC O5')
&rst iat = 415, 420, 421, 424,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 14 CYT ZETA: (14 DC C3')-(14 DC O3')-(15 DA P)-(15 DA O5')
&rst iat = 445, 450, 451, 454,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 15 ADE ZETA: (15 DA C3')-(15 DA O3')-(16 DA P)-(16 DA O5')
&rst iat = 477, 482, 483, 486,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 16 ADE ZETA: (16 DA C3')-(16 DA O3')-(17 DA P)-(17 DA O5')
&rst iat = 509, 514, 515, 518,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 17 ADE ZETA: (17 DA C3')-(17 DA O3')-(18 DC P)-(18 DC O5')
&rst iat = 541, 546, 547, 550,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 18 CYT ZETA: (18 DC C3')-(18 DC O3')-(19 DG P)-(19 DG O5')
&rst iat = 571, 576, 577, 580,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 19 GUA ZETA: (19 DG C3')-(19 DG O3')-(20 DC P)-(20 DC O5')
&rst iat = 604, 609, 610, 613,
r1 = 219.0, r2 = 220.0, r3 = 350.0, r4 = 351.0,
&end
# 20 CYT ZETA: (20 DC C3')-(20 DC O3')-(21 DG P)-(21 DG O5')
&rst iat = 634, 639, 640, 643,
r1 = 219.0, r2 = 220.0, r3 = 350.0, r4 = 351.0,
&end
# 21 GUA ZETA: (21 DG C3')-(21 DG O3')-(22 DC P)-(22 DC O5')
&rst iat = 667, 672, 673, 676,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 22 CYT ZETA: (22 DC C3')-(22 DC O3')-(23 DA P)-(23 DA O5')
&rst iat = 697, 702, 703, 706,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 23 ADE ZETA: (23 DA C3')-(23 DA O3')-(24 DC3 P)-(24 DC3 O5')
&rst iat = 729, 734, 735, 738,
r1 = 249.0, r2 = 250.0, r3 = 330.0, r4 = 331.0,
&end
# 1 GUA NU0: (1 DG5 C4')-(1 DG5 O4')-(1 DG5 C1')-(1 DG5 C2')
&rst iat = 6, 8, 9, 28,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
rk2 = 1.0, rk3 = 1.0,
&end
# 1 GUA NU1: (1 DG5 O4')-(1 DG5 C1')-(1 DG5 C2')-(1 DG5 C3')
&rst iat = 8, 9, 28, 26,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 1 GUA NU2: (1 DG5 C1')-(1 DG5 C2')-(1 DG5 C3')-(1 DG5 C4')
&rst iat = 9, 28, 26, 6,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 1 GUA NU3: (1 DG5 C2')-(1 DG5 C3')-(1 DG5 C4')-(1 DG5 O4')
&rst iat = 28, 26, 6, 8,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 1 GUA NU4: (1 DG5 C3')-(1 DG5 C4')-(1 DG5 O4')-(1 DG5 C1')
&rst iat = 26, 6, 8, 9,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
# 2 THY NU0: (2 DT C4')-(2 DT O4')-(2 DT C1')-(2 DT C2')
&rst iat = 39, 41, 42, 60,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 2 THY NU1: (2 DT O4')-(2 DT C1')-(2 DT C2')-(2 DT C3')
&rst iat = 41, 42, 60, 58,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 2 THY NU2: (2 DT C1')-(2 DT C2')-(2 DT C3')-(2 DT C4')
&rst iat = 42, 60, 58, 39,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 2 THY NU3: (2 DT C2')-(2 DT C3')-(2 DT C4')-(2 DT O4')
&rst iat = 60, 58, 39, 41,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 2 THY NU4: (2 DT C3')-(2 DT C4')-(2 DT O4')-(2 DT C1')
&rst iat = 58, 39, 41, 42,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 3 GUA NU0: (3 DG C4')-(3 DG O4')-(3 DG C1')-(3 DG C2')
&rst iat = 71, 73, 74, 93,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 3 GUA NU1: (3 DG O4')-(3 DG C1')-(3 DG C2')-(3 DG C3')
&rst iat = 73, 74, 93, 91,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 3 GUA NU2: (3 DG C1')-(3 DG C2')-(3 DG C3')-(3 DG C4')
&rst iat = 74, 93, 91, 71,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 3 GUA NU3: (3 DG C2')-(3 DG C3')-(3 DG C4')-(3 DG O4')
&rst iat = 93, 91, 71, 73,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 3 GUA NU4: (3 DG C3')-(3 DG C4')-(3 DG O4')-(3 DG C1')
&rst iat = 91, 71, 73, 74,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 4 CYT NU0: (4 DC C4')-(4 DC O4')-(4 DC C1')-(4 DC C2')
&rst iat = 104, 106, 107, 123,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 4 CYT NU1: (4 DC O4')-(4 DC C1')-(4 DC C2')-(4 DC C3')
&rst iat = 106, 107, 123, 121,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 4 CYT NU2: (4 DC C1')-(4 DC C2')-(4 DC C3')-(4 DC C4')
&rst iat = 107, 123, 121, 104,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 4 CYT NU3: (4 DC C2')-(4 DC C3')-(4 DC C4')-(4 DC O4')
&rst iat = 123, 121, 104, 106,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 4 CYT NU4: (4 DC C3')-(4 DC C4')-(4 DC O4')-(4 DC C1')
&rst iat = 121, 104, 106, 107,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 5 GUA NU0: (5 DG C4')-(5 DG O4')-(5 DG C1')-(5 DG C2')
&rst iat = 134, 136, 137, 156,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 5 GUA NU1: (5 DG O4')-(5 DG C1')-(5 DG C2')-(5 DG C3')
&rst iat = 136, 137, 156, 154,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 5 GUA NU2: (5 DG C1')-(5 DG C2')-(5 DG C3')-(5 DG C4')
&rst iat = 137, 156, 154, 134,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 5 GUA NU3: (5 DG C2')-(5 DG C3')-(5 DG C4')-(5 DG O4')
&rst iat = 156, 154, 134, 136,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 5 GUA NU4: (5 DG C3')-(5 DG C4')-(5 DG O4')-(5 DG C1')
&rst iat = 154, 134, 136, 137,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 6 THY NU0: (6 TG C4')-(6 TG O4')-(6 TG C1')-(6 TG C2')
&rst iat = 167, 169, 170, 172,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
&end
# 6 THY NU1: (6 TG O4')-(6 TG C1')-(6 TG C2')-(6 TG C3')
&rst iat = 169, 170, 172, 193,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 6 THY NU2: (6 TG C1')-(6 TG C2')-(6 TG C3')-(6 TG C4')
&rst iat = 170, 172, 193, 167,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 6 THY NU3: (6 TG C2')-(6 TG C3')-(6 TG C4')-(6 TG O4')
&rst iat = 172, 193, 167, 169,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 6 THY NU4: (6 TG C3')-(6 TG C4')-(6 TG O4')-(6 TG C1')
&rst iat = 193, 167, 169, 170,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
# 7 GUA NU0: (7 DG C4')-(7 DG O4')-(7 DG C1')-(7 DG C2')
&rst iat = 203, 205, 206, 225,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
&end
# 7 GUA NU1: (7 DG O4')-(7 DG C1')-(7 DG C2')-(7 DG C3')
&rst iat = 205, 206, 225, 223,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 7 GUA NU2: (7 DG C1')-(7 DG C2')-(7 DG C3')-(7 DG C4')
&rst iat = 206, 225, 223, 203,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 7 GUA NU3: (7 DG C2')-(7 DG C3')-(7 DG C4')-(7 DG O4')
&rst iat = 225, 223, 203, 205,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 7 GUA NU4: (7 DG C3')-(7 DG C4')-(7 DG O4')-(7 DG C1')
&rst iat = 223, 203, 205, 206,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
# 8 THY NU0: (8 DT C4')-(8 DT O4')-(8 DT C1')-(8 DT C2')
&rst iat = 236, 238, 239, 257,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 8 THY NU1: (8 DT O4')-(8 DT C1')-(8 DT C2')-(8 DT C3')
&rst iat = 238, 239, 257, 255,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 8 THY NU2: (8 DT C1')-(8 DT C2')-(8 DT C3')-(8 DT C4')
&rst iat = 239, 257, 255, 236,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 8 THY NU3: (8 DT C2')-(8 DT C3')-(8 DT C4')-(8 DT O4')
&rst iat = 257, 255, 236, 238,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 8 THY NU4: (8 DT C3')-(8 DT C4')-(8 DT O4')-(8 DT C1')
&rst iat = 255, 236, 238, 239,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 9 THY NU0: (9 DT C4')-(9 DT O4')-(9 DT C1')-(9 DT C2')
&rst iat = 268, 270, 271, 289,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 9 THY NU1: (9 DT O4')-(9 DT C1')-(9 DT C2')-(9 DT C3')
&rst iat = 270, 271, 289, 287,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 9 THY NU2: (9 DT C1')-(9 DT C2')-(9 DT C3')-(9 DT C4')
&rst iat = 271, 289, 287, 268,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 9 THY NU3: (9 DT C2')-(9 DT C3')-(9 DT C4')-(9 DT O4')
&rst iat = 289, 287, 268, 270,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 9 THY NU4: (9 DT C3')-(9 DT C4')-(9 DT O4')-(9 DT C1')
&rst iat = 287, 268, 270, 271,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 10 THY NU0: (10 DT C4')-(10 DT O4')-(10 DT C1')-(10 DT C2')
&rst iat = 300, 302, 303, 321,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 10 THY NU1: (10 DT O4')-(10 DT C1')-(10 DT C2')-(10 DT C3')
&rst iat = 302, 303, 321, 319,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 10 THY NU2: (10 DT C1')-(10 DT C2')-(10 DT C3')-(10 DT C4')
&rst iat = 303, 321, 319, 300,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 10 THY NU3: (10 DT C2')-(10 DT C3')-(10 DT C4')-(10 DT O4')
&rst iat = 321, 319, 300, 302,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 10 THY NU4: (10 DT C3')-(10 DT C4')-(10 DT O4')-(10 DT C1')
&rst iat = 319, 300, 302, 303,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 11 GUA NU0: (11 DG C4')-(11 DG O4')-(11 DG C1')-(11 DG C2')
&rst iat = 332, 334, 335, 354,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 11 GUA NU1: (11 DG O4')-(11 DG C1')-(11 DG C2')-(11 DG C3')
&rst iat = 334, 335, 354, 352,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 11 GUA NU2: (11 DG C1')-(11 DG C2')-(11 DG C3')-(11 DG C4')
&rst iat = 335, 354, 352, 332,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 11 GUA NU3: (11 DG C2')-(11 DG C3')-(11 DG C4')-(11 DG O4')
&rst iat = 354, 352, 332, 334,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 11 GUA NU4: (11 DG C3')-(11 DG C4')-(11 DG O4')-(11 DG C1')
&rst iat = 352, 332, 334, 335,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 12 THY NU0: (12 DT3 C4')-(12 DT3 O4')-(12 DT3 C1')-(12 DT3 C2')
&rst iat = 365, 367, 368, 386,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
&end
# 12 THY NU1: (12 DT3 O4')-(12 DT3 C1')-(12 DT3 C2')-(12 DT3 C3')
&rst iat = 367, 368, 386, 384,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 12 THY NU2: (12 DT3 C1')-(12 DT3 C2')-(12 DT3 C3')-(12 DT3 C4')
&rst iat = 368, 386, 384, 365,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 12 THY NU3: (12 DT3 C2')-(12 DT3 C3')-(12 DT3 C4')-(12 DT3 O4')
&rst iat = 386, 384, 365, 367,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 12 THY NU4: (12 DT3 C3')-(12 DT3 C4')-(12 DT3 O4')-(12 DT3 C1')
&rst iat = 384, 365, 367, 368,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
# 13 ADE NU0: (13 DA5 C4')-(13 DA5 O4')-(13 DA5 C1')-(13 DA5 C2')
&rst iat = 396, 398, 399, 417,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
&end
# 13 ADE NU1: (13 DA5 O4')-(13 DA5 C1')-(13 DA5 C2')-(13 DA5 C3')
&rst iat = 398, 399, 417, 415,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 13 ADE NU2: (13 DA5 C1')-(13 DA5 C2')-(13 DA5 C3')-(13 DA5 C4')
&rst iat = 399, 417, 415, 396,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 13 ADE NU3: (13 DA5 C2')-(13 DA5 C3')-(13 DA5 C4')-(13 DA5 O4')
&rst iat = 417, 415, 396, 398,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 13 ADE NU4: (13 DA5 C3')-(13 DA5 C4')-(13 DA5 O4')-(13 DA5 C1')
&rst iat = 415, 396, 398, 399,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
# 14 CYT NU0: (14 DC C4')-(14 DC O4')-(14 DC C1')-(14 DC C2')
&rst iat = 428, 430, 431, 447,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 14 CYT NU1: (14 DC O4')-(14 DC C1')-(14 DC C2')-(14 DC C3')
&rst iat = 430, 431, 447, 445,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 14 CYT NU2: (14 DC C1')-(14 DC C2')-(14 DC C3')-(14 DC C4')
&rst iat = 431, 447, 445, 428,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 14 CYT NU3: (14 DC C2')-(14 DC C3')-(14 DC C4')-(14 DC O4')
&rst iat = 447, 445, 428, 430,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 14 CYT NU4: (14 DC C3')-(14 DC C4')-(14 DC O4')-(14 DC C1')
&rst iat = 445, 428, 430, 431,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 15 ADE NU0: (15 DA C4')-(15 DA O4')-(15 DA C1')-(15 DA C2')
&rst iat = 458, 460, 461, 479,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 15 ADE NU1: (15 DA O4')-(15 DA C1')-(15 DA C2')-(15 DA C3')
&rst iat = 460, 461, 479, 477,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 15 ADE NU2: (15 DA C1')-(15 DA C2')-(15 DA C3')-(15 DA C4')
&rst iat = 461, 479, 477, 458,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 15 ADE NU3: (15 DA C2')-(15 DA C3')-(15 DA C4')-(15 DA O4')
&rst iat = 479, 477, 458, 460,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 15 ADE NU4: (15 DA C3')-(15 DA C4')-(15 DA O4')-(15 DA C1')
&rst iat = 477, 458, 460, 461,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 16 ADE NU0: (16 DA C4')-(16 DA O4')-(16 DA C1')-(16 DA C2')
&rst iat = 490, 492, 493, 511,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 16 ADE NU1: (16 DA O4')-(16 DA C1')-(16 DA C2')-(16 DA C3')
&rst iat = 492, 493, 511, 509,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 16 ADE NU2: (16 DA C1')-(16 DA C2')-(16 DA C3')-(16 DA C4')
&rst iat = 493, 511, 509, 490,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 16 ADE NU3: (16 DA C2')-(16 DA C3')-(16 DA C4')-(16 DA O4')
&rst iat = 511, 509, 490, 492,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 16 ADE NU4: (16 DA C3')-(16 DA C4')-(16 DA O4')-(16 DA C1')
&rst iat = 509, 490, 492, 493,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 17 ADE NU0: (17 DA C4')-(17 DA O4')-(17 DA C1')-(17 DA C2')
&rst iat = 522, 524, 525, 543,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 17 ADE NU1: (17 DA O4')-(17 DA C1')-(17 DA C2')-(17 DA C3')
&rst iat = 524, 525, 543, 541,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 17 ADE NU2: (17 DA C1')-(17 DA C2')-(17 DA C3')-(17 DA C4')
&rst iat = 525, 543, 541, 522,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 17 ADE NU3: (17 DA C2')-(17 DA C3')-(17 DA C4')-(17 DA O4')
&rst iat = 543, 541, 522, 524,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 17 ADE NU4: (17 DA C3')-(17 DA C4')-(17 DA O4')-(17 DA C1')
&rst iat = 541, 522, 524, 525,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 18 CYT NU0: (18 DC C4')-(18 DC O4')-(18 DC C1')-(18 DC C2')
&rst iat = 554, 556, 557, 573,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 18 CYT NU1: (18 DC O4')-(18 DC C1')-(18 DC C2')-(18 DC C3')
&rst iat = 556, 557, 573, 571,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 18 CYT NU2: (18 DC C1')-(18 DC C2')-(18 DC C3')-(18 DC C4')
&rst iat = 557, 573, 571, 554,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 18 CYT NU3: (18 DC C2')-(18 DC C3')-(18 DC C4')-(18 DC O4')
&rst iat = 573, 571, 554, 556,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 18 CYT NU4: (18 DC C3')-(18 DC C4')-(18 DC O4')-(18 DC C1')
&rst iat = 571, 554, 556, 557,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 19 GUA NU0: (19 DG C4')-(19 DG O4')-(19 DG C1')-(19 DG C2')
&rst iat = 584, 586, 587, 606,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
&end
# 19 GUA NU1: (19 DG O4')-(19 DG C1')-(19 DG C2')-(19 DG C3')
&rst iat = 586, 587, 606, 604,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 19 GUA NU2: (19 DG C1')-(19 DG C2')-(19 DG C3')-(19 DG C4')
&rst iat = 587, 606, 604, 584,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 19 GUA NU3: (19 DG C2')-(19 DG C3')-(19 DG C4')-(19 DG O4')
&rst iat = 606, 604, 584, 586,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 19 GUA NU4: (19 DG C3')-(19 DG C4')-(19 DG O4')-(19 DG C1')
&rst iat = 604, 584, 586, 587,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
# 20 CYT NU0: (20 DC C4')-(20 DC O4')-(20 DC C1')-(20 DC C2')
&rst iat = 617, 619, 620, 636,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 20 CYT NU1: (20 DC O4')-(20 DC C1')-(20 DC C2')-(20 DC C3')
&rst iat = 619, 620, 636, 634,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 20 CYT NU2: (20 DC C1')-(20 DC C2')-(20 DC C3')-(20 DC C4')
&rst iat = 620, 636, 634, 617,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 20 CYT NU3: (20 DC C2')-(20 DC C3')-(20 DC C4')-(20 DC O4')
&rst iat = 636, 634, 617, 619,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 20 CYT NU4: (20 DC C3')-(20 DC C4')-(20 DC O4')-(20 DC C1')
&rst iat = 634, 617, 619, 620,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 21 GUA NU0: (21 DG C4')-(21 DG O4')-(21 DG C1')-(21 DG C2')
&rst iat = 647, 649, 650, 669,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 21 GUA NU1: (21 DG O4')-(21 DG C1')-(21 DG C2')-(21 DG C3')
&rst iat = 649, 650, 669, 667,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 21 GUA NU2: (21 DG C1')-(21 DG C2')-(21 DG C3')-(21 DG C4')
&rst iat = 650, 669, 667, 647,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 21 GUA NU3: (21 DG C2')-(21 DG C3')-(21 DG C4')-(21 DG O4')
&rst iat = 669, 667, 647, 649,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 21 GUA NU4: (21 DG C3')-(21 DG C4')-(21 DG O4')-(21 DG C1')
&rst iat = 667, 647, 649, 650,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 22 CYT NU0: (22 DC C4')-(22 DC O4')-(22 DC C1')-(22 DC C2')
&rst iat = 680, 682, 683, 699,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 22 CYT NU1: (22 DC O4')-(22 DC C1')-(22 DC C2')-(22 DC C3')
&rst iat = 682, 683, 699, 697,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 22 CYT NU2: (22 DC C1')-(22 DC C2')-(22 DC C3')-(22 DC C4')
&rst iat = 683, 699, 697, 680,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 22 CYT NU3: (22 DC C2')-(22 DC C3')-(22 DC C4')-(22 DC O4')
&rst iat = 699, 697, 680, 682,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 22 CYT NU4: (22 DC C3')-(22 DC C4')-(22 DC O4')-(22 DC C1')
&rst iat = 697, 680, 682, 683,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 23 ADE NU0: (23 DA C4')-(23 DA O4')-(23 DA C1')-(23 DA C2')
&rst iat = 710, 712, 713, 731,
r1 = -37.8, r2 = -36.8, r3 = 8.0, r4 = 9.0,
&end
# 23 ADE NU1: (23 DA O4')-(23 DA C1')-(23 DA C2')-(23 DA C3')
&rst iat = 712, 713, 731, 729,
r1 = 11.1, r2 = 12.1, r3 = 42.1, r4 = 43.1,
&end
# 23 ADE NU2: (23 DA C1')-(23 DA C2')-(23 DA C3')-(23 DA C4')
&rst iat = 713, 731, 729, 710,
r1 = -46.3, r2 = -45.3, r3 = -15.3, r4 = -14.3,
&end
# 23 ADE NU3: (23 DA C2')-(23 DA C3')-(23 DA C4')-(23 DA O4')
&rst iat = 731, 729, 710, 712,
r1 = -1.7, r2 = -0.7, r3 = 38.3, r4 = 39.3,
&end
# 23 ADE NU4: (23 DA C3')-(23 DA C4')-(23 DA O4')-(23 DA C1')
&rst iat = 729, 710, 712, 713,
r1 = -29.6, r2 = -28.6, r3 = 23.2, r4 = 24.2,
&end
# 24 CYT NU0: (24 DC3 C4')-(24 DC3 O4')-(24 DC3 C1')-(24 DC3 C2')
&rst iat = 742, 744, 745, 761,
r1 = -39.5, r2 = -38.5, r3 = 11.9, r4 = 12.9,
&end
# 24 CYT NU1: (24 DC3 O4')-(24 DC3 C1')-(24 DC3 C2')-(24 DC3 C3')
&rst iat = 744, 745, 761, 759,
r1 = -32.1, r2 = -31.1, r3 = 38.5, r4 = 39.5,
&end
# 24 CYT NU2: (24 DC3 C1')-(24 DC3 C2')-(24 DC3 C3')-(24 DC3 C4')
&rst iat = 745, 761, 759, 742,
r1 = -39.5, r2 = -38.5, r3 = 38.5, r4 = 39.5,
&end
# 24 CYT NU3: (24 DC3 C2')-(24 DC3 C3')-(24 DC3 C4')-(24 DC3 O4')
&rst iat = 761, 759, 742, 744,
r1 = -39.5, r2 = -38.5, r3 = 38.3, r4 = 39.3,
&end
# 24 CYT NU4: (24 DC3 C3')-(24 DC3 C4')-(24 DC3 O4')-(24 DC3 C1')
&rst iat = 759, 742, 744, 745,
r1 = -29.6, r2 = -28.6, r3 = 38.5, r4 = 39.5,
&end
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