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

541945 2lod 18209 cing 1-original 3 AMBER dihedral angle
#DIHEDRAL ANGLES RESTRAINTS
# 1 GUA CHI:  (1 DG5 O4')-(1 DG5 C1')-(1 DG5 N9)-(1 DG5 C4)   0.0 110.0
 &rst     iat =     8,     9,    11,    25,
   r1 =  -1.0, r2 =   0.0, r3 = 110.0, r4 = 111.0,
   rk2 =   200.0, rk3 =   200.0,    &end

# 2 GUA CHI:  (2 DG O4')-(2 DG C1')-(2 DG N9)-(2 DG C4) 170.0 310.0
 &rst     iat =    41,    42,    44,    58,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 3 GUA CHI:  (3 DG O4')-(3 DG C1')-(3 DG N9)-(3 DG C4) 170.0 310.0
 &rst     iat =    74,    75,    77,    91,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 4 ADE CHI:  (4 DA O4')-(4 DA C1')-(4 DA N9)-(4 DA C4) 170.0 310.0
 &rst     iat =   107,   108,   110,   123,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 5 THY CHI:  (5 DT O4')-(5 DT C1')-(5 DT N1)-(5 DT C2) 170.0 310.0
 &rst     iat =   139,   140,   142,   154,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 6 GUA CHI:  (6 DG O4')-(6 DG C1')-(6 DG N9)-(6 DG C4)   0.0 100.0
 &rst     iat =   171,   172,   174,   188,
   r1 =  -1.0, r2 =   0.0, r3 = 100.0, r4 = 101.0,
 &end

# 7 GUA CHI:  (7 DG O4')-(7 DG C1')-(7 DG N9)-(7 DG C4) 170.0 310.0
 &rst     iat =   204,   205,   207,   221,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 8 GUA CHI:  (8 DG O4')-(8 DG C1')-(8 DG N9)-(8 DG C4) 170.0 310.0
 &rst     iat =   237,   238,   240,   254,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 9 ADE CHI:  (9 DA O4')-(9 DA C1')-(9 DA N9)-(9 DA C4) 170.0 310.0
 &rst     iat =   270,   271,   273,   286,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 10 CYT CHI:  (10 DC O4')-(10 DC C1')-(10 DC N1)-(10 DC C2) 170.0 310.0
 &rst     iat =   302,   303,   305,   315,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 11 ADE CHI:  (11 DA O4')-(11 DA C1')-(11 DA N9)-(11 DA C4) 170.0 310.0
 &rst     iat =   332,   333,   335,   348,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 12 CYT CHI:  (12 DC O4')-(12 DC C1')-(12 DC N1)-(12 DC C2) 170.0 310.0
 &rst     iat =   364,   365,   367,   377,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 13 ADE CHI:  (13 DA O4')-(13 DA C1')-(13 DA N9)-(13 DA C4) 170.0 310.0
 &rst     iat =   394,   395,   397,   410,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 14 GUA CHI:  (14 DG O4')-(14 DG C1')-(14 DG N9)-(14 DG C4)   0.0 110.0
 &rst     iat =   426,   427,   429,   443,
   r1 =  -1.0, r2 =   0.0, r3 = 110.0, r4 = 111.0,
 &end

# 15 GUA CHI:  (15 DG O4')-(15 DG C1')-(15 DG N9)-(15 DG C4)   0.0 110.0
 &rst     iat =   459,   460,   462,   476,
   r1 =  -1.0, r2 =   0.0, r3 = 110.0, r4 = 111.0,
 &end

# 16 GUA CHI:  (16 DG O4')-(16 DG C1')-(16 DG N9)-(16 DG C4) 170.0 310.0
 &rst     iat =   492,   493,   495,   509,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 17 GUA CHI:  (17 DG O4')-(17 DG C1')-(17 DG N9)-(17 DG C4) 170.0 310.0
 &rst     iat =   525,   526,   528,   542,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 18 ADE CHI:  (18 DA O4')-(18 DA C1')-(18 DA N9)-(18 DA C4) 170.0 310.0
 &rst     iat =   558,   559,   561,   574,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 19 CYT CHI:  (19 DC O4')-(19 DC C1')-(19 DC N1)-(19 DC C2) 170.0 310.0
 &rst     iat =   590,   591,   593,   603,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 20 GUA CHI:  (20 DG O4')-(20 DG C1')-(20 DG N9)-(20 DG C4)   0.0 110.0
 &rst     iat =   620,   621,   623,   637,
   r1 =  -1.0, r2 =   0.0, r3 = 110.0, r4 = 111.0,
 &end

# 21 GUA CHI:  (21 DG O4')-(21 DG C1')-(21 DG N9)-(21 DG C4) 170.0 310.0
 &rst     iat =   653,   654,   656,   670,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 22 GUA CHI:  (22 DG3 O4')-(22 DG3 C1')-(22 DG3 N9)-(22 DG3 C4) 170.0 310.0
 &rst     iat =   686,   687,   689,   703,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end

# 22 GUA CHI:  (22 DG3 O4')-(22 DG3 C1')-(22 DG3 N9)-(22 DG3 C4) 170.0 310.0
 &rst     iat =   686,   687,   689,   703,
   r1 = 169.0, r2 = 170.0, r3 = 310.0, r4 = 311.0,
 &end
 
 
 
#
# 1 GUA EPSILN:  (1 DG5 C4')-(1 DG5 C3')-(1 DG5 O3')-(2 DG P) 150.0 300.0
 &rst     iat =     6,    26,    31,    32,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0, 
   rk2 =   200.0, rk3 =   200.0,    &end

# 2 GUA EPSILN:  (2 DG C4')-(2 DG C3')-(2 DG O3')-(3 DG P) 150.0 300.0
 &rst     iat =    39,    59,    64,    65,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 3 GUA EPSILN:  (3 DG C4')-(3 DG C3')-(3 DG O3')-(4 DA P) 150.0 300.0
 &rst     iat =    72,    92,    97,    98,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 4 ADE EPSILN:  (4 DA C4')-(4 DA C3')-(4 DA O3')-(5 DT P) 150.0 300.0
 &rst     iat =   105,   124,   129,   130,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 5 THY EPSILN:  (5 DT C4')-(5 DT C3')-(5 DT O3')-(6 DG P) 150.0 300.0
 &rst     iat =   137,   156,   161,   162,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 6 GUA EPSILN:  (6 DG C4')-(6 DG C3')-(6 DG O3')-(7 DG P) 150.0 300.0
 &rst     iat =   169,   189,   194,   195,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 7 GUA EPSILN:  (7 DG C4')-(7 DG C3')-(7 DG O3')-(8 DG P) 150.0 300.0
 &rst     iat =   202,   222,   227,   228,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 8 GUA EPSILN:  (8 DG C4')-(8 DG C3')-(8 DG O3')-(9 DA P) 150.0 300.0
 &rst     iat =   235,   255,   260,   261,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 9 ADE EPSILN:  (9 DA C4')-(9 DA C3')-(9 DA O3')-(10 DC P) 150.0 300.0
 &rst     iat =   268,   287,   292,   293,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 10 CYT EPSILN:  (10 DC C4')-(10 DC C3')-(10 DC O3')-(11 DA P) 150.0 300.0
 &rst     iat =   300,   317,   322,   323,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 11 ADE EPSILN:  (11 DA C4')-(11 DA C3')-(11 DA O3')-(12 DC P) 150.0 300.0
 &rst     iat =   330,   349,   354,   355,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 12 CYT EPSILN:  (12 DC C4')-(12 DC C3')-(12 DC O3')-(13 DA P) 150.0 300.0
 &rst     iat =   362,   379,   384,   385,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 13 ADE EPSILN:  (13 DA C4')-(13 DA C3')-(13 DA O3')-(14 DG P) 150.0 300.0
 &rst     iat =   392,   411,   416,   417,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 14 GUA EPSILN:  (14 DG C4')-(14 DG C3')-(14 DG O3')-(15 DG P) 150.0 300.0
 &rst     iat =   424,   444,   449,   450,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 15 GUA EPSILN:  (15 DG C4')-(15 DG C3')-(15 DG O3')-(16 DG P) 150.0 300.0
 &rst     iat =   457,   477,   482,   483,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 16 GUA EPSILN:  (16 DG C4')-(16 DG C3')-(16 DG O3')-(17 DG P) 150.0 300.0
 &rst     iat =   490,   510,   515,   516,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 17 GUA EPSILN:  (17 DG C4')-(17 DG C3')-(17 DG O3')-(18 DA P) 150.0 300.0
 &rst     iat =   523,   543,   548,   549,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 18 ADE EPSILN:  (18 DA C4')-(18 DA C3')-(18 DA O3')-(19 DC P) 150.0 300.0
 &rst     iat =   556,   575,   580,   581,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 19 CYT EPSILN:  (19 DC C4')-(19 DC C3')-(19 DC O3')-(20 DG P) 150.0 300.0
 &rst     iat =   588,   605,   610,   611,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 20 GUA EPSILN:  (20 DG C4')-(20 DG C3')-(20 DG O3')-(21 DG P) 150.0 300.0
 &rst     iat =   618,   638,   643,   644,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 21 GUA EPSILN:  (21 DG C4')-(21 DG C3')-(21 DG O3')-(22 DG3 P) 150.0 300.0
 &rst     iat =   651,   671,   676,   677,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end

# 21 GUA EPSILN:  (21 DG C4')-(21 DG C3')-(21 DG O3')-(22 DG3 P) 150.0 300.0
 &rst     iat =   651,   671,   676,   677,
   r1 = 149.0, r2 = 150.0, r3 = 300.0, r4 = 301.0,
 &end




#
# 1 GUA NU2:  (1 DG5 C1')-(1 DG5 C2')-(1 DG5 C3')-(1 DG5 C4') -40.0 -30.0
 &rst     iat =     9,    28,    26,     6,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0, 
   rk2 =   200.0, rk3 =   200.0,    &end

# 2 GUA NU2:  (2 DG C1')-(2 DG C2')-(2 DG C3')-(2 DG C4') -40.0 -30.0
 &rst     iat =    42,    61,    59,    39,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 3 GUA NU2:  (3 DG C1')-(3 DG C2')-(3 DG C3')-(3 DG C4') -40.0 -30.0
 &rst     iat =    75,    94,    92,    72,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 4 ADE NU2:  (4 DA C1')-(4 DA C2')-(4 DA C3')-(4 DA C4') -40.0 -30.0
 &rst     iat =   108,   126,   124,   105,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 5 THY NU2:  (5 DT C1')-(5 DT C2')-(5 DT C3')-(5 DT C4') -40.0 -30.0
 &rst     iat =   140,   158,   156,   137,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 6 GUA NU2:  (6 DG C1')-(6 DG C2')-(6 DG C3')-(6 DG C4') -40.0 -30.0
 &rst     iat =   172,   191,   189,   169,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 7 GUA NU2:  (7 DG C1')-(7 DG C2')-(7 DG C3')-(7 DG C4') -40.0 -30.0
 &rst     iat =   205,   224,   222,   202,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 8 GUA NU2:  (8 DG C1')-(8 DG C2')-(8 DG C3')-(8 DG C4') -40.0 -30.0
 &rst     iat =   238,   257,   255,   235,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 9 ADE NU2:  (9 DA C1')-(9 DA C2')-(9 DA C3')-(9 DA C4') -40.0 -30.0
 &rst     iat =   271,   289,   287,   268,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 10 CYT NU2:  (10 DC C1')-(10 DC C2')-(10 DC C3')-(10 DC C4') -40.0 -30.0
 &rst     iat =   303,   319,   317,   300,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 11 ADE NU2:  (11 DA C1')-(11 DA C2')-(11 DA C3')-(11 DA C4') -40.0 -30.0
 &rst     iat =   333,   351,   349,   330,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 12 CYT NU2:  (12 DC C1')-(12 DC C2')-(12 DC C3')-(12 DC C4') -40.0 -30.0
 &rst     iat =   365,   381,   379,   362,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 13 ADE NU2:  (13 DA C1')-(13 DA C2')-(13 DA C3')-(13 DA C4') -40.0 -30.0
 &rst     iat =   395,   413,   411,   392,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 14 GUA NU2:  (14 DG C1')-(14 DG C2')-(14 DG C3')-(14 DG C4') -40.0 -30.0
 &rst     iat =   427,   446,   444,   424,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 15 GUA NU2:  (15 DG C1')-(15 DG C2')-(15 DG C3')-(15 DG C4') -40.0 -30.0
 &rst     iat =   460,   479,   477,   457,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 16 GUA NU2:  (16 DG C1')-(16 DG C2')-(16 DG C3')-(16 DG C4') -40.0 -30.0
 &rst     iat =   493,   512,   510,   490,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 17 GUA NU2:  (17 DG C1')-(17 DG C2')-(17 DG C3')-(17 DG C4') -40.0 -30.0
 &rst     iat =   526,   545,   543,   523,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 18 ADE NU2:  (18 DA C1')-(18 DA C2')-(18 DA C3')-(18 DA C4') -40.0 -30.0
 &rst     iat =   559,   577,   575,   556,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 19 CYT NU2:  (19 DC C1')-(19 DC C2')-(19 DC C3')-(19 DC C4') -40.0 -30.0
 &rst     iat =   591,   607,   605,   588,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 20 GUA NU2:  (20 DG C1')-(20 DG C2')-(20 DG C3')-(20 DG C4') -40.0 -30.0
 &rst     iat =   621,   640,   638,   618,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 21 GUA NU2:  (21 DG C1')-(21 DG C2')-(21 DG C3')-(21 DG C4') -40.0 -30.0
 &rst     iat =   654,   673,   671,   651,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 22 GUA NU2:  (22 DG3 C1')-(22 DG3 C2')-(22 DG3 C3')-(22 DG3 C4') -40.0 -30.0
 &rst     iat =   687,   706,   704,   684,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end

# 22 GUA NU2:  (22 DG3 C1')-(22 DG3 C2')-(22 DG3 C3')-(22 DG3 C4') -40.0 -30.0
 &rst     iat =   687,   706,   704,   684,
   r1 = -41.0, r2 = -40.0, r3 = -30.0, r4 = -29.0,
 &end


#
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image	mrblock_id	pdb_id	bmrb_id	cing	stage	position	program	type
	541945	2lod	18209	cing	1-original	3	AMBER	dihedral angle