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 | program | type |
|
|
564002 |
2m10   |
18834 | cing | 2-parsed | STAR | dipolar coupling |
data_2m10_MR_file_constraints
save_Conversion_project
_Study_list.Sf_category study_list
_Study_list.Entry_ID parsed_2m10
_Study_list.ID 1
loop_
_Study.ID
_Study.Name
_Study.Type
_Study.Details
_Study.Entry_ID
_Study.Study_list_ID
1 "Conversion project" NMR . parsed_2m10 1
stop_
save_
save_entry_information
_Entry.Sf_category entry_information
_Entry.ID parsed_2m10
_Entry.Title "Original constraint list(s)"
_Entry.Version_type original
_Entry.Submission_date .
_Entry.Accession_date .
_Entry.Last_release_date .
_Entry.Original_release_date .
_Entry.Origination .
_Entry.NMR_STAR_version 3.1
_Entry.Original_NMR_STAR_version .
_Entry.Experimental_method NMR
_Entry.Experimental_method_subtype .
loop_
_Related_entries.Database_name
_Related_entries.Database_accession_code
_Related_entries.Relationship
_Related_entries.Entry_ID
PDB 2m10 "Master copy" parsed_2m10
stop_
save_
save_global_Org_file_characteristics
_Constraint_stat_list.Sf_category constraint_statistics
_Constraint_stat_list.Entry_ID parsed_2m10
_Constraint_stat_list.ID 1
loop_
_Constraint_file.ID
_Constraint_file.Constraint_filename
_Constraint_file.Software_ID
_Constraint_file.Software_label
_Constraint_file.Software_name
_Constraint_file.Block_ID
_Constraint_file.Constraint_type
_Constraint_file.Constraint_subtype
_Constraint_file.Constraint_subsubtype
_Constraint_file.Constraint_number
_Constraint_file.Entry_ID
_Constraint_file.Constraint_stat_list_ID
1 2m10.mr . . "MR format" 1 comment "Not applicable" "Not applicable" 0 parsed_2m10 1
1 2m10.mr . . DYANA/DIANA 2 "dihedral angle" "Not applicable" "Not applicable" 144 parsed_2m10 1
1 2m10.mr . . DYANA/DIANA 3 distance "general distance" simple 49 parsed_2m10 1
1 2m10.mr . . DYANA/DIANA 4 distance NOE simple 989 parsed_2m10 1
1 2m10.mr . . "MR format" 5 comment "Not applicable" "Not applicable" 0 parsed_2m10 1
1 2m10.mr . . XPLOR/CNS 6 "dipolar coupling" "Not applicable" "Not applicable" 0 parsed_2m10 1
1 2m10.mr . . "MR format" 7 "nomenclature mapping" "Not applicable" "Not applicable" 0 parsed_2m10 1
stop_
save_
save_CNS/XPLOR_dipolar_coupling_6
_RDC_constraint_list.Sf_category RDC_constraints
_RDC_constraint_list.Entry_ID parsed_2m10
_RDC_constraint_list.ID 1
_RDC_constraint_list.Constraint_file_ID 1
_RDC_constraint_list.Block_ID 6
_RDC_constraint_list.Details "Generated by Wattos"
loop_
_RDC_constraint_comment_org.ID
_RDC_constraint_comment_org.Comment_text
_RDC_constraint_comment_org.Comment_begin_line
_RDC_constraint_comment_org.Comment_begin_column
_RDC_constraint_comment_org.Comment_end_line
_RDC_constraint_comment_org.Comment_end_column
_RDC_constraint_comment_org.Entry_ID
_RDC_constraint_comment_org.RDC_constraint_list_ID
1 "N.D.! 0.501 1.00E+00 1" 3 31 3 64 parsed_2m10 1
2 "N.D.! 0.501 1.00E+00 1" 4 26 4 59 parsed_2m10 1
3 "N.D.! 0.501 1.00E+00 1" 6 26 6 55 parsed_2m10 1
4 "N.D.! 0.501 1.00E+00 1" 17 26 17 55 parsed_2m10 1
5 "N.D.! 0.501 1.00E+00 1" 18 26 18 55 parsed_2m10 1
6 "N.D.! 0.501 1.00E+00 1" 21 26 21 55 parsed_2m10 1
7 "N.D.! 0.501 1.00E+00 1" 23 26 23 55 parsed_2m10 1
8 "N.D.! 0.501 1.00E+00 1" 28 26 28 55 parsed_2m10 1
9 "N.D.! 0.501 1.00E+00 1" 32 26 32 55 parsed_2m10 1
10 "N.D.! 0.501 1.00E+00 1" 35 26 35 55 parsed_2m10 1
11 "N.D.! 0.501 1.00E+00 1" 45 26 45 55 parsed_2m10 1
12 "N.D.! 0.501 1.00E+00 1" 79 26 79 55 parsed_2m10 1
13 "N.D.! 0.501 1.00E+00 1" 82 26 82 55 parsed_2m10 1
14 "N.D.! 0.501 1.00E+00 1" 98 26 98 55 parsed_2m10 1
15 "N.D.! 0.500 1.00E+00 2" 102 31 102 60 parsed_2m10 1
16 "N.D.! 0.500 1.00E+00 2" 103 26 103 55 parsed_2m10 1
17 "N.D.! 0.500 1.00E+00 2" 105 26 105 55 parsed_2m10 1
18 "N.D.! 0.500 1.00E+00 2" 116 26 116 55 parsed_2m10 1
19 "N.D.! 0.500 1.00E+00 2" 117 26 117 55 parsed_2m10 1
20 "N.D.! 0.500 1.00E+00 2" 120 26 120 55 parsed_2m10 1
21 "N.D.! 0.500 1.00E+00 2" 122 26 122 55 parsed_2m10 1
22 "N.D.! 0.500 1.00E+00 2" 127 26 127 55 parsed_2m10 1
23 "N.D.! 0.500 1.00E+00 2" 131 26 131 55 parsed_2m10 1
24 "N.D.! 0.500 1.00E+00 2" 134 26 134 55 parsed_2m10 1
25 "N.D.! 0.500 1.00E+00 2" 144 26 144 55 parsed_2m10 1
26 "N.D.! 0.500 1.00E+00 2" 162 26 162 55 parsed_2m10 1
27 "N.D.! 0.500 1.00E+00 2" 178 26 178 55 parsed_2m10 1
28 "N.D.! 0.500 1.00E+00 2" 181 26 181 55 parsed_2m10 1
29 "N.D.! 0.500 1.00E+00 2" 197 26 197 55 parsed_2m10 1
stop_
loop_
_RDC_constraint_parse_err.ID
_RDC_constraint_parse_err.Content
_RDC_constraint_parse_err.Begin_line
_RDC_constraint_parse_err.Begin_column
_RDC_constraint_parse_err.End_line
_RDC_constraint_parse_err.End_column
_RDC_constraint_parse_err.Entry_ID
_RDC_constraint_parse_err.RDC_constraint_list_ID
1
;
#HN RDCs measured with an IPAP-HSQC (all deconvoluted data) in Pf1
#First atom Second atom RDC Error Weight Tensor
# 1 GLY H 1 GLY N !N.D.! 0.501 1.00E+00 1
# 2 PRO H 2 PRO N !N.D.! 0.501 1.00E+00 1
3 LYS H 3 LYS N -4.95 0.501 1.00E+00 1
# 4 PRO H 4 PRO N !N.D.! 0.501 1.00E+00 1
5 GLY H 5 GLY N -1.58 0.501 1.00E+00 1
6 ASP H 6 ASP N -12.45 0.501 1.00E+00 1
7 ILE H 7 ILE N 7.19 0.501 1.00E+00 1
8 PHE H 8 PHE N 20.10 0.501 1.00E+00 1
9 GLU H 9 GLU N 16.81 0.501 1.00E+00 1
10 VAL H 10 VAL N 2.49 0.501 1.00E+00 1
11 GLU H 11 GLU N 2.34 0.501 1.00E+00 1
12 LEU H 12 LEU N -9.33 0.501 1.00E+00 1
13 ALA H 13 ALA N -9.27 0.501 1.00E+00 1
14 LYS H 14 LYS N -9.57 0.501 1.00E+00 1
# 15 ASN H 15 ASN N !N.D.! 0.501 1.00E+00 1
# 16 ASP H 16 ASP N !N.D.! 0.501 1.00E+00 1
## 17 ASN H 17 ASN N 21.91 0.501 1.00E+00 1
18 SER H 18 SER N -4.04 0.501 1.00E+00 1
# 19 LEU H 19 LEU N !N.D.! 0.501 1.00E+00 1
20 GLY H 20 GLY N -1.00 0.501 1.00E+00 1
# 21 ILE H 21 ILE N !N.D.! 0.501 1.00E+00 1
22 CYAZ H 22 CYAZ N -14.72 0.501 1.00E+00 1
# 23 VAL H 23 VAL N -16.89 0.501 1.00E+00 1
24 THR H 24 THR N 18.23 0.501 1.00E+00 1
25 GLY H 25 GLY N 20.93 0.501 1.00E+00 1
# 26 GLY H 26 GLY N !N.D.! 0.501 1.00E+00 1
27 VAL H 27 VAL N 6.27 0.501 1.00E+00 1
28 ASN H 28 ASN N 4.57 0.501 1.00E+00 1
29 THR H 29 THR N -13.52 0.501 1.00E+00 1
# 30 SER H 30 SER N !N.D.! 0.501 1.00E+00 1
31 VAL H 31 VAL N -6.46 0.501 1.00E+00 1
32 ARG H 32 ARG N -10.64 0.501 1.00E+00 1
# 33 HIS H 33 HIS N !N.D.! 0.501 1.00E+00 1
34 GLY H 34 GLY N -2.35 0.501 1.00E+00 1
35 GLY H 35 GLY N -7.22 0.501 1.00E+00 1
36 ILE H 36 ILE N 13.14 0.501 1.00E+00 1
37 TYR H 37 TYR N 23.41 0.501 1.00E+00 1
38 VAL H 38 VAL N 9.44 0.501 1.00E+00 1
39 LYS H 39 LYS N -18.31 0.501 1.00E+00 1
40 ALA H 40 ALA N -7.85 0.501 1.00E+00 1
41 VAL H 41 VAL N -16.01 0.501 1.00E+00 1
42 ILE H 42 ILE N -13.55 0.501 1.00E+00 1
# 43 PRO H 43 PRO N !N.D.! 0.501 1.00E+00 1
44 GLN H 44 GLN N -1.78 0.501 1.00E+00 1
45 GLY H 45 GLY N -0.57 0.501 1.00E+00 1
46 ALA H 46 ALA N 0.67 0.501 1.00E+00 1
47 ALA H 47 ALA N 0.90 0.501 1.00E+00 1
48 GLU H 48 GLU N 8.33 0.501 1.00E+00 1
49 SER H 49 SER N 0.37 0.501 1.00E+00 1
50 ASP H 50 ASP N 9.05 0.501 1.00E+00 1
51 GLY H 51 GLY N 14.25 0.501 1.00E+00 1
52 ARG H 52 ARG N -5.59 0.501 1.00E+00 1
53 ILE H 53 ILE N -13.39 0.501 1.00E+00 1
54 HIS H 54 HIS N -12.90 0.501 1.00E+00 1
55 LYS H 55 LYS N -21.39 0.501 1.00E+00 1
56 GLY H 56 GLY N -1.28 0.501 1.00E+00 1
57 ASP H 57 ASP N -10.36 0.501 1.00E+00 1
58 ARG H 58 ARG N 15.06 0.501 1.00E+00 1
59 VAL H 59 VAL N 26.51 0.501 1.00E+00 1
60 LEU H 60 LEU N 9.08 0.501 1.00E+00 1
61 ALA H 61 ALA N 1.67 0.501 1.00E+00 1
62 VAL H 62 VAL N -6.91 0.501 1.00E+00 1
63 ASN H 63 ASN N -13.11 0.501 1.00E+00 1
64 GLY H 64 GLY N -14.70 0.501 1.00E+00 1
65 VAL H 65 VAL N -2.93 0.501 1.00E+00 1
66 SER H 66 SER N -5.16 0.501 1.00E+00 1
67 LEU H 67 LEU N -1.57 0.501 1.00E+00 1
68 GLU H 68 GLU N 22.97 0.501 1.00E+00 1
69 GLY H 69 GLY N -12.50 0.501 1.00E+00 1
70 ALA H 70 ALA N 11.99 0.501 1.00E+00 1
71 THR H 71 THR N -13.59 0.501 1.00E+00 1
72 HIS H 72 HIS N 13.54 0.501 1.00E+00 1
73 LYS H 73 LYS N 12.99 0.501 1.00E+00 1
74 GLN H 74 GLN N 4.94 0.501 1.00E+00 1
75 ALA H 75 ALA N 10.26 0.501 1.00E+00 1
76 VAL H 76 VAL N 20.28 0.501 1.00E+00 1
# 77 CYAZ H 77 CYAZ N !N.D.! 0.501 1.00E+00 1
# 78 THR H 78 THR N 10.08 0.501 1.00E+00 1
# 79 LEU H 79 LEU N -1.33 0.501 1.00E+00 1
# 80 ARG H 80 ARG N !N.D.! 0.501 1.00E+00 1
81 ASN H 81 ASN N 10.20 0.501 1.00E+00 1
82 THR H 82 THR N -2.67 0.501 1.00E+00 1
83 GLY H 83 GLY N 0.30 0.501 1.00E+00 1
84 GLN H 84 GLN N -0.57 0.501 1.00E+00 1
85 VAL H 85 VAL N 2.79 0.501 1.00E+00 1
86 VAL H 86 VAL N -15.44 0.501 1.00E+00 1
87 HIS H 87 HIS N -11.68 0.501 1.00E+00 1
88 LEU H 88 LEU N 0.44 0.501 1.00E+00 1
89 LEU H 89 LEU N -13.86 0.501 1.00E+00 1
90 LEU H 90 LEU N 20.92 0.501 1.00E+00 1
91 GLU H 91 GLU N 18.02 0.501 1.00E+00 1
92 LYS H 92 LYS N 15.08 0.501 1.00E+00 1
93 GLY H 93 GLY N -8.27 0.501 1.00E+00 1
94 GLN H 94 GLN N 12.29 0.501 1.00E+00 1
95 SER H 95 SER N 3.38 0.501 1.00E+00 1
# 96 PRO H 96 PRO N !N.D.! 0.501 1.00E+00 1
97 THR H 97 THR N 2.14 0.501 1.00E+00 1
#HN RDCs measured with an IPAP-HSQC (all deconvoluted data) in Otting phase
#First atom Second atom RDC Error Weight Tensor
# 1 GLY H 1 GLY N !N.D.! 0.500 1.00E+00 2
# 2 PRO H 2 PRO N !N.D.! 0.500 1.00E+00 2
3 LYS H 3 LYS N 6.71 0.500 1.00E+00 2
# 4 PRO H 4 PRO N !N.D.! 0.500 1.00E+00 2
5 GLY H 5 GLY N -0.32 0.500 1.00E+00 2
6 ASP H 6 ASP N 3.16 0.500 1.00E+00 2
7 ILE H 7 ILE N 3.04 0.500 1.00E+00 2
8 PHE H 8 PHE N 2.97 0.500 1.00E+00 2
9 GLU H 9 GLU N 2.29 0.500 1.00E+00 2
10 VAL H 10 VAL N -1.86 0.500 1.00E+00 2
11 GLU H 11 GLU N 0.02 0.500 1.00E+00 2
12 LEU H 12 LEU N -2.51 0.500 1.00E+00 2
13 ALA H 13 ALA N 1.23 0.500 1.00E+00 2
14 LYS H 14 LYS N 7.85 0.500 1.00E+00 2
# 15 ASN H 15 ASN N !N.D.! 0.500 1.00E+00 2
# 16 ASP H 16 ASP N !N.D.! 0.500 1.00E+00 2
## 17 ASN H 17 ASN N -0.03 0.500 1.00E+00 2
18 SER H 18 SER N -6.15 0.500 1.00E+00 2
# 19 LEU H 19 LEU N !N.D.! 0.500 1.00E+00 2
20 GLY H 20 GLY N -0.01 0.500 1.00E+00 2
# 21 ILE H 21 ILE N !N.D.! 0.500 1.00E+00 2
22 CYAZ H 22 CYAZ N -2.39 0.500 1.00E+00 2
23 VAL H 23 VAL N 2.49 0.500 1.00E+00 2
24 THR H 24 THR N 6.00 0.500 1.00E+00 2
25 GLY H 25 GLY N 7.09 0.500 1.00E+00 2
# 26 GLY H 26 GLY N !N.D.! 0.500 1.00E+00 2
27 VAL H 27 VAL N 2.83 0.500 1.00E+00 2
28 ASN H 28 ASN N -1.11 0.500 1.00E+00 2
29 THR H 29 THR N 0.83 0.500 1.00E+00 2
# 30 SER H 30 SER N !N.D.! 0.500 1.00E+00 2
31 VAL H 31 VAL N 2.01 0.500 1.00E+00 2
32 ARG H 32 ARG N 1.42 0.500 1.00E+00 2
# 33 HIS H 33 HIS N !N.D.! 0.500 1.00E+00 2
34 GLY H 34 GLY N 3.20 0.500 1.00E+00 2
# 35 GLY H 35 GLY N -2.33 0.500 1.00E+00 2
36 ILE H 36 ILE N 4.44 0.500 1.00E+00 2
37 TYR H 37 TYR N 4.18 0.500 1.00E+00 2
38 VAL H 38 VAL N 1.30 0.500 1.00E+00 2
39 LYS H 39 LYS N -0.48 0.500 1.00E+00 2
40 ALA H 40 ALA N 9.31 0.500 1.00E+00 2
41 VAL H 41 VAL N 5.17 0.500 1.00E+00 2
42 ILE H 42 ILE N 7.16 0.500 1.00E+00 2
# 43 PRO H 43 PRO N !N.D.! 0.500 1.00E+00 2
44 GLN H 44 GLN N 0.79 0.500 1.00E+00 2
# 45 GLY H 45 GLY N -3.54 0.500 1.00E+00 2
46 ALA H 46 ALA N 0.78 0.500 1.00E+00 2
47 ALA H 47 ALA N 3.23 0.500 1.00E+00 2
48 GLU H 48 GLU N 0.90 0.500 1.00E+00 2
49 SER H 49 SER N 1.25 0.500 1.00E+00 2
50 ASP H 50 ASP N -1.99 0.500 1.00E+00 2
51 GLY H 51 GLY N 3.66 0.500 1.00E+00 2
52 ARG H 52 ARG N -0.39 0.500 1.00E+00 2
53 ILE H 53 ILE N -2.47 0.500 1.00E+00 2
54 HIS H 54 HIS N -2.34 0.500 1.00E+00 2
55 LYS H 55 LYS N -2.16 0.500 1.00E+00 2
56 GLY H 56 GLY N 1.31 0.500 1.00E+00 2
57 ASP H 57 ASP N -8.79 0.500 1.00E+00 2
58 ARG H 58 ARG N 2.23 0.500 1.00E+00 2
59 VAL H 59 VAL N 3.08 0.500 1.00E+00 2
60 LEU H 60 LEU N -5.15 0.500 1.00E+00 2
# 61 ALA H 61 ALA N !N.D.! 0.500 1.00E+00 2
# 62 VAL H 62 VAL N -9.90 0.500 1.00E+00 2
63 ASN H 63 ASN N 1.28 0.500 1.00E+00 2
64 GLY H 64 GLY N 5.08 0.500 1.00E+00 2
# 65 VAL H 65 VAL N -3.16 0.500 1.00E+00 2
66 SER H 66 SER N 7.19 0.500 1.00E+00 2
67 LEU H 67 LEU N -0.89 0.500 1.00E+00 2
68 GLU H 68 GLU N 5.24 0.500 1.00E+00 2
69 GLY H 69 GLY N 3.91 0.500 1.00E+00 2
70 ALA H 70 ALA N -0.85 0.500 1.00E+00 2
71 THR H 71 THR N 3.29 0.500 1.00E+00 2
72 HIS H 72 HIS N -4.52 0.500 1.00E+00 2
73 LYS H 73 LYS N -6.33 0.500 1.00E+00 2
74 GLN H 74 GLN N -7.36 0.500 1.00E+00 2
75 ALA H 75 ALA N -4.56 0.500 1.00E+00 2
76 VAL H 76 VAL N -4.94 0.500 1.00E+00 2
# 77 CYAZ H 77 CYAZ N !N.D.! 0.500 1.00E+00 2
78 THR H 78 THR N -4.10 0.500 1.00E+00 2
79 LEU H 79 LEU N -1.47 0.500 1.00E+00 2
# 80 ARG H 80 ARG N !N.D.! 0.500 1.00E+00 2
# 81 ASN H 81 ASN N -12.23 0.500 1.00E+00 2
82 THR H 82 THR N 4.80 0.500 1.00E+00 2
83 GLY H 83 GLY N 0.37 0.500 1.00E+00 2
84 GLN H 84 GLN N 7.87 0.500 1.00E+00 2
85 VAL H 85 VAL N 7.22 0.500 1.00E+00 2
86 VAL H 86 VAL N 3.28 0.500 1.00E+00 2
87 HIS H 87 HIS N 1.32 0.500 1.00E+00 2
88 LEU H 88 LEU N -4.55 0.500 1.00E+00 2
89 LEU H 89 LEU N -4.84 0.500 1.00E+00 2
90 LEU H 90 LEU N 0.34 0.500 1.00E+00 2
91 GLU H 91 GLU N 5.92 0.500 1.00E+00 2
92 LYS H 92 LYS N 6.86 0.500 1.00E+00 2
93 GLY H 93 GLY N -7.96 0.500 1.00E+00 2
94 GLN H 94 GLN N 0.57 0.500 1.00E+00 2
95 SER H 95 SER N 2.72 0.500 1.00E+00 2
# 96 PRO H 96 PRO N !N.D.! 0.500 1.00E+00 2
97 THR H 97 THR N 1.01 0.500 1.00E+00 2
;
1 1 198 51 parsed_2m10 1
stop_
save_
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