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
10314 1pjf 5877 cing 1-original 2 unknown unknown



				15N chemical	1H-15N dipolar		dihedral angle restraint ranges (degrees)														average  Phi	average  Psi	maximum  Phi	maximum  Psi
Residue #	Residue name	shift (ppm)	coupling (Hz)	max	min	max	min	max	min	max	min	tolerance (Hz)
---------	------------	------------	--------------	-----  	-----	-----	-----	---	----	-----	-----	--------------
1		G														76
2		V		164.1		1790		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
3		I		91.4		2637		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
4		D		90.30		3093		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
5		T		101.5		4265		-45.1  	-84.9	-29.9	-50.1	-45	-85	-20	-60	76
6		S		153.61		6694.70		-52.4  	-77.6	  0.0	-80.0	-25	-105	  0	-80	76
7		A		171.0		7289		-44.8  	-85.2	-10.0	-70.0	-25	-105	-10	-70	76
8		V		203.1		4631		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
9		E		221.4		8182		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
10		S		196.25		9384.62		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
11		A		162.8		6984		-45.0  	-85.0	-30.0	-50.0	-45	-85	-20	-60	76
12		I		188.3		4225		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
13		T		217.8		7442.5		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
14		D		223.71		9492.27		-34.4  	-95.6	-29.6	-50.4	-25	-105	-10	-70	76
15		G		200		7000		-25.0 	-105.0	  0.0 	-80.0	-25	-105	  0	-80	4000
16		Q		200		7000		-25.0 	-105.0	  0.0	-80.0	-25	-105	  0	-80	4000
17		G		204.39		8671.78		-53.8  	-76.2	-29.2	-50.8	-35	-95	-10	-70	76
18		D		183.20		9382.61		-46.2  	-83.8	-28.4	-51.6	-35	-95	-10	-70	76
19		M		175.49		5008.63		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
20		K		211.1		5515		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
21		A		210.2		9221		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
22		I		164.33		7564.94		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
23		G		180.38		4924.76		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
24		G		213.1		7050		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
25		Y		190.92		8994.42		-55.0  	-75.0	-20.0	-60.0	-45	-85	-20	-60	76
26		I		166.87		5994.27		-54.6  	-75.4	-29.8	-50.2	-45	-85	-20	-60	76
27		V		191.0		5626		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
28		G		204.39		8671.78		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
29		A		181.83		7644.76		-53.2  	-76.8	-20.0	-60.0	-45	-85	-20	-60	76
30		L		176.91		6107.84		-45.0  	-85.0	-30.0	-50.0	-45	-85	-20	-60	76
31		V		205.2		4625		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50 	76
32		I		219.4		9184		-45.2  	-84.8	-29.5	-50.5	-45	-85	-20	-60	76
33		L		174.3		8121.48		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
34		A		192.1		5398		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
35		V		215.0		6605		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
36		A		208.7		9726		-54.7  	-75.3	-30.0	-50.0	-45	-85	-20	-60	76
37		G		158.86		7810.77		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
38		L		212.6		5189		-44.9  	-85.1	-18.4	-61.6	-35	-95	-10	-70	76
39		I		219.9		8995		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
40		Y		188.8		9247		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
41		S		182.85		6208.57		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
42		M		220.96		6061.41		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50 	76
43		L		203.57		9704.73		-55.0  	-75.0	-30.0	-50.0	-55	-75	-30	-50	76
44		R		143.00		6287.01		-45.0  	-85.0	-29.4	-50.6	-45	-85	-20	-60	76
45		K		142.56		1559.50		-52.4  	-77.6	-29.6	-50.4	-45	-85	-20	-60	76
46		A		201.1		4433		-55.0  	-75.0	-30.0	-50.0	-45	-85	-30	-50 	76=


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