1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
Swapna, G.V.T.
Huang, J.Y.
Acton, T.B.
Shastry, R.
Chiang, Y.-W.
Montelione, G.T.
Northeast Structural Genomics Consortium (NESG)
http://mmcif.pdb.org/dictionaries/ascii/mmcif_pdbx.dic
C3 H7 N O2
89.093
y
ALANINE
L-peptide linking
C6 H15 N4 O2 1
175.209
y
ARGININE
L-peptide linking
C4 H8 N2 O3
132.118
y
ASPARAGINE
L-peptide linking
C4 H7 N O4
133.103
y
ASPARTIC ACID
L-peptide linking
C5 H10 N2 O3
146.144
y
GLUTAMINE
L-peptide linking
C5 H9 N O4
147.129
y
GLUTAMIC ACID
L-peptide linking
C2 H5 N O2
75.067
y
GLYCINE
peptide linking
C6 H10 N3 O2 1
156.162
y
HISTIDINE
L-peptide linking
C6 H13 N O2
131.173
y
ISOLEUCINE
L-peptide linking
C6 H13 N O2
131.173
y
LEUCINE
L-peptide linking
C6 H15 N2 O2 1
147.195
y
LYSINE
L-peptide linking
C5 H11 N O2 S
149.211
y
METHIONINE
L-peptide linking
C9 H11 N O2
165.189
y
PHENYLALANINE
L-peptide linking
C5 H9 N O2
115.130
y
PROLINE
L-peptide linking
C3 H7 N O3
105.093
y
SERINE
L-peptide linking
C4 H9 N O3
119.119
y
THREONINE
L-peptide linking
C11 H12 N2 O2
204.225
y
TRYPTOPHAN
L-peptide linking
C9 H11 N O3
181.189
y
TYROSINE
L-peptide linking
C5 H11 N O2
117.146
y
VALINE
L-peptide linking
To be Published
0353
Solution structure of Protein yrbA from Escherichia Coli: Northeast Structural Genomics Consortium target ER115
10.2210/pdb1ny8/pdb
pdb_00001ny8
1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
1
SINGLE WAVELENGTH
M
1
1.0
11119.541
Protein yrbA
1
man
polymer
no
no
MIEDPMENNEIQSVLMNALSLQEVHVSGDGSHFQVIAVGELFDGMSRVKKQQTVYGPLMEYIADNRIHAVSIKAYTPAEW
ARDRKLNGFLEHHHHHH
MIEDPMENNEIQSVLMNALSLQEVHVSGDGSHFQVIAVGELFDGMSRVKKQQTVYGPLMEYIADNRIHAVSIKAYTPAEW
ARDRKLNGFLEHHHHHH
A
ER115
polypeptide(L)
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
n
Escherichia
Escherichia
sample
YRBA
562
Escherichia coli
562
Escherichia coli
BL21MGK
plasmid
pET21
Northeast Structural Genomics Consortium
NESG
PSI, Protein Structure Initiative
database_2
pdbx_nmr_software
pdbx_struct_assembly
pdbx_struct_oper_list
struct_ref_seq_dif
repository
Initial release
Version format compliance
Version format compliance
Data collection
Database references
Derived calculations
1
0
2004-06-15
1
1
2008-04-29
1
2
2011-07-13
1
3
2022-02-23
_database_2.pdbx_DOI
_database_2.pdbx_database_accession
_pdbx_nmr_software.name
_struct_ref_seq_dif.details
Y
RCSB
Y
RCSB
2003-02-11
REL
REL
The Structure was determined using Triple resonance NMR. Automated resonance assignments of backbone resonances using AUTOASSIGN. Manual sidechain assignments. Automated 3D 13C-NOESY and 15N-NOESY analysis for structure determination using AUTOSTRUCTURE
target function
100
16
3D_13C-separated_NOESY
3D_15N-separated_NOESY
100 mM NaCl
5.5
1
atm
298
K
The structures are based on a total of 1005 conformationally-restricting NOE-derived distance constraints. 74 dihedral angle restriants from Talos and 64 hydrogen-bond restraints.
torsion angle dynamics
1
lowest target function
13C,15N-ER115 0.8mM in 20mM NH4OAc, 100mM NaCl, 5mM CaCl2, 10mM DTT, 0.02% azide
95% H2O/5% D2O
Varian
collection
VNMR
6.1B
Delaglio
processing
NMRPipe
2.1
Goddard
data analysis
Sparky
3.106
Zimmerman, Moseley, Montelione
data analysis
AutoAssign
1.9
Huang, Montelione
data analysis
AutoStructure
1.1.2
Tejero, Montelione
structure solution
HYPER
3.2
Guntert
refinement
DYANA
1.5
600
Varian
INOVA
MET
1
n
1
MET
1
A
ILE
2
n
2
ILE
2
A
GLU
3
n
3
GLU
3
A
ASP
4
n
4
ASP
4
A
PRO
5
n
5
PRO
5
A
MET
6
n
6
MET
6
A
GLU
7
n
7
GLU
7
A
ASN
8
n
8
ASN
8
A
ASN
9
n
9
ASN
9
A
GLU
10
n
10
GLU
10
A
ILE
11
n
11
ILE
11
A
GLN
12
n
12
GLN
12
A
SER
13
n
13
SER
13
A
VAL
14
n
14
VAL
14
A
LEU
15
n
15
LEU
15
A
MET
16
n
16
MET
16
A
ASN
17
n
17
ASN
17
A
ALA
18
n
18
ALA
18
A
LEU
19
n
19
LEU
19
A
SER
20
n
20
SER
20
A
LEU
21
n
21
LEU
21
A
GLN
22
n
22
GLN
22
A
GLU
23
n
23
GLU
23
A
VAL
24
n
24
VAL
24
A
HIS
25
n
25
HIS
25
A
VAL
26
n
26
VAL
26
A
SER
27
n
27
SER
27
A
GLY
28
n
28
GLY
28
A
ASP
29
n
29
ASP
29
A
GLY
30
n
30
GLY
30
A
SER
31
n
31
SER
31
A
HIS
32
n
32
HIS
32
A
PHE
33
n
33
PHE
33
A
GLN
34
n
34
GLN
34
A
VAL
35
n
35
VAL
35
A
ILE
36
n
36
ILE
36
A
ALA
37
n
37
ALA
37
A
VAL
38
n
38
VAL
38
A
GLY
39
n
39
GLY
39
A
GLU
40
n
40
GLU
40
A
LEU
41
n
41
LEU
41
A
PHE
42
n
42
PHE
42
A
ASP
43
n
43
ASP
43
A
GLY
44
n
44
GLY
44
A
MET
45
n
45
MET
45
A
SER
46
n
46
SER
46
A
ARG
47
n
47
ARG
47
A
VAL
48
n
48
VAL
48
A
LYS
49
n
49
LYS
49
A
LYS
50
n
50
LYS
50
A
GLN
51
n
51
GLN
51
A
GLN
52
n
52
GLN
52
A
THR
53
n
53
THR
53
A
VAL
54
n
54
VAL
54
A
TYR
55
n
55
TYR
55
A
GLY
56
n
56
GLY
56
A
PRO
57
n
57
PRO
57
A
LEU
58
n
58
LEU
58
A
MET
59
n
59
MET
59
A
GLU
60
n
60
GLU
60
A
TYR
61
n
61
TYR
61
A
ILE
62
n
62
ILE
62
A
ALA
63
n
63
ALA
63
A
ASP
64
n
64
ASP
64
A
ASN
65
n
65
ASN
65
A
ARG
66
n
66
ARG
66
A
ILE
67
n
67
ILE
67
A
HIS
68
n
68
HIS
68
A
ALA
69
n
69
ALA
69
A
VAL
70
n
70
VAL
70
A
SER
71
n
71
SER
71
A
ILE
72
n
72
ILE
72
A
LYS
73
n
73
LYS
73
A
ALA
74
n
74
ALA
74
A
TYR
75
n
75
TYR
75
A
THR
76
n
76
THR
76
A
PRO
77
n
77
PRO
77
A
ALA
78
n
78
ALA
78
A
GLU
79
n
79
GLU
79
A
TRP
80
n
80
TRP
80
A
ALA
81
n
81
ALA
81
A
ARG
82
n
82
ARG
82
A
ASP
83
n
83
ASP
83
A
ARG
84
n
84
ARG
84
A
LYS
85
n
85
LYS
85
A
LEU
86
n
86
LEU
86
A
ASN
87
n
87
ASN
87
A
GLY
88
n
88
GLY
88
A
PHE
89
n
89
PHE
89
A
LEU
90
n
90
LEU
90
A
GLU
91
n
91
GLU
91
A
HIS
92
n
92
HIS
92
A
HIS
93
n
93
HIS
93
A
HIS
94
n
94
HIS
94
A
HIS
95
n
95
HIS
95
A
HIS
96
n
96
HIS
96
A
HIS
97
n
97
HIS
97
A
author_defined_assembly
1
monomeric
1.0000000000
0.0000000000
0.0000000000
0.0000000000
1.0000000000
0.0000000000
0.0000000000
0.0000000000
1.0000000000
1_555
x,y,z
identity operation
0.0000000000
0.0000000000
0.0000000000
A
N
HIS
25
A
N
HIS
25
A
O
ILE
36
A
O
ILE
36
A
N
VAL
35
A
N
VAL
35
A
O
SER
71
A
O
SER
71
1
A
A
O
H
ASN
HIS
65
68
1.48
1
A
A
O
H
SER
LYS
46
50
1.55
1
A
A
O
H
TRP
ARG
80
84
1.60
2
A
A
O
H
SER
LYS
46
50
1.50
2
A
A
O
H
ASN
HIS
65
68
1.52
3
A
A
O
H
ASN
HIS
65
68
1.51
4
A
A
O
H
SER
LYS
46
50
1.50
4
A
A
O
H
ASN
HIS
65
68
1.56
4
A
A
O
H
TRP
ARG
80
84
1.59
5
A
A
O
H
ASN
HIS
65
68
1.51
5
A
A
O
H
GLU
ASP
40
43
1.56
6
A
A
O
H
ASN
HIS
65
68
1.49
6
A
A
O
H
SER
LYS
46
50
1.50
7
A
A
O
H
ASN
HIS
65
68
1.54
8
A
A
O
H
ASN
HIS
65
68
1.51
8
A
A
O
H
SER
LYS
46
50
1.54
8
A
A
HE21
O
GLN
SER
34
71
1.59
9
A
A
O
H
SER
LYS
46
50
1.44
9
A
A
O
H
ASN
HIS
65
68
1.53
10
A
A
O
H
SER
LYS
46
50
1.49
10
A
A
O
H
ASN
HIS
65
68
1.49
10
A
A
O
H
ALA
LYS
81
85
1.58
10
A
A
O
H
TRP
ARG
80
84
1.60
11
A
A
O
H
ASN
HIS
65
68
1.54
11
A
A
O
H
SER
LYS
46
50
1.55
11
A
A
HE21
O
GLN
ILE
51
72
1.57
12
A
A
O
H
SER
LYS
46
50
1.56
12
A
A
HE22
O
GLN
ILE
51
72
1.58
12
A
A
O
H
ASN
HIS
65
68
1.59
13
A
A
O
H
ASN
HIS
65
68
1.49
13
A
A
O
H
SER
LYS
46
50
1.49
14
A
A
O
H
SER
LYS
46
50
1.50
14
A
A
O
H
ASN
HIS
65
68
1.51
15
A
A
O
H
ASN
HIS
65
68
1.48
15
A
A
HE22
O
GLN
ILE
51
72
1.54
16
A
A
O
H
SER
LYS
46
50
1.51
16
A
A
O
H
GLU
ASN
7
9
1.52
16
A
A
O
H
ASN
HIS
65
68
1.56
16
A
A
O
H
ALA
LYS
81
85
1.57
1
A
ILE
2
-171.65
122.48
1
A
ASP
4
-179.79
108.69
1
A
MET
6
173.43
95.89
1
A
GLU
7
-60.33
-146.86
1
A
ASN
8
81.23
-0.74
1
A
LEU
19
-176.72
112.15
1
A
SER
20
-75.43
-152.16
1
A
LEU
21
172.74
-49.83
1
A
GLN
22
173.67
-62.81
1
A
ASP
29
-121.73
-59.50
1
A
GLU
40
178.24
-32.40
1
A
PHE
42
-84.85
38.37
1
A
LYS
50
-70.08
-76.27
1
A
GLN
52
-66.01
-75.04
1
A
LEU
58
-86.80
39.15
1
A
ARG
66
-32.17
-37.93
1
A
ILE
67
-37.67
-32.83
1
A
HIS
68
-122.23
-147.38
1
A
TRP
80
-66.16
-75.99
1
A
LEU
86
-73.27
-165.02
1
A
GLU
91
-179.84
42.71
1
A
HIS
93
69.32
77.97
1
A
HIS
95
62.60
120.84
2
A
ILE
2
76.32
87.53
2
A
GLU
3
-164.49
115.10
2
A
ASP
4
171.94
83.74
2
A
MET
6
-164.31
-70.12
2
A
GLU
7
166.54
45.58
2
A
GLU
10
-39.40
-74.61
2
A
LEU
19
-165.03
-125.68
2
A
SER
20
176.61
-161.26
2
A
LEU
21
176.10
-44.75
2
A
GLN
22
154.93
-70.32
2
A
ASP
29
-122.67
-65.32
2
A
GLU
40
-159.11
19.08
2
A
PHE
42
-87.74
38.93
2
A
ARG
47
-37.18
-31.75
2
A
LYS
50
-70.70
-76.09
2
A
GLN
52
-64.87
-73.78
2
A
LEU
58
-86.76
38.93
2
A
ARG
66
-34.04
-35.41
2
A
ILE
67
-39.45
-37.80
2
A
HIS
68
-107.86
-146.33
2
A
ALA
69
-150.66
78.23
2
A
TRP
80
-60.33
-75.04
2
A
LEU
86
-75.08
-164.92
2
A
GLU
91
-178.52
-172.75
2
A
HIS
92
-166.93
100.42
2
A
HIS
94
63.62
-179.76
2
A
HIS
95
68.09
80.40
3
A
ILE
2
-162.44
-62.23
3
A
GLU
3
65.92
130.31
3
A
ASP
4
64.74
117.00
3
A
MET
6
-162.09
-72.39
3
A
GLU
7
-150.93
-74.62
3
A
ASN
8
62.88
-73.71
3
A
GLU
10
-61.36
-75.30
3
A
LEU
19
-175.10
115.43
3
A
SER
20
-87.91
-148.03
3
A
LEU
21
178.78
-44.13
3
A
GLN
22
170.98
-62.00
3
A
GLU
40
-154.35
16.11
3
A
ARG
47
-36.41
-34.77
3
A
VAL
48
-76.73
-71.27
3
A
LEU
58
-85.66
40.53
3
A
ARG
66
-32.87
-35.52
3
A
ILE
67
-38.60
-31.14
3
A
HIS
68
-118.04
-146.78
3
A
TRP
80
-66.41
-74.42
3
A
LEU
86
-70.41
-160.56
3
A
GLU
91
64.48
-76.28
3
A
HIS
92
62.42
179.73
4
A
GLU
3
165.21
158.18
4
A
MET
6
168.62
93.62
4
A
GLU
7
-51.47
-97.86
4
A
GLU
10
-61.29
-73.48
4
A
LEU
19
-172.24
108.39
4
A
SER
20
-73.57
-149.24
4
A
LEU
21
172.59
-46.41
4
A
GLN
22
173.26
-62.60
4
A
ASP
29
-148.07
-62.60
4
A
SER
31
89.01
-29.18
4
A
GLU
40
-172.14
-37.23
4
A
PHE
42
-85.58
42.23
4
A
ARG
47
-38.53
-32.49
4
A
LYS
50
-66.87
-75.31
4
A
GLN
52
-63.00
-75.15
4
A
LEU
58
-84.60
39.83
4
A
ARG
66
-32.34
-35.87
4
A
HIS
68
-116.22
-145.01
4
A
TRP
80
-64.05
-74.79
4
A
LEU
86
-71.10
-163.82
4
A
GLU
91
33.64
89.91
4
A
HIS
93
-172.08
-43.04
4
A
HIS
94
67.77
100.64
4
A
HIS
95
-168.60
82.59
5
A
ILE
2
-167.98
-43.45
5
A
ASP
4
53.72
71.09
5
A
MET
6
167.37
-31.45
5
A
GLU
7
60.78
76.67
5
A
LEU
19
171.82
121.47
5
A
SER
20
-79.46
-152.60
5
A
LEU
21
175.48
-36.23
5
A
GLN
22
156.80
-63.30
5
A
ASP
29
173.14
83.09
5
A
SER
31
165.60
-28.89
5
A
GLU
40
164.86
-22.57
5
A
LEU
58
-86.34
39.93
5
A
ARG
66
-31.69
-37.33
5
A
ILE
67
-36.62
-34.71
5
A
HIS
68
-119.78
-145.98
5
A
LYS
73
-164.90
118.40
5
A
TRP
80
-60.27
-76.07
5
A
LEU
86
-76.39
-167.55
5
A
GLU
91
178.08
45.84
5
A
HIS
92
-58.94
-174.24
5
A
HIS
93
-141.32
-65.98
5
A
HIS
94
41.21
73.62
6
A
ILE
2
-174.36
-48.29
6
A
GLU
3
69.56
134.21
6
A
ASP
4
165.41
153.71
6
A
GLU
7
70.17
82.49
6
A
LEU
19
-147.49
-119.86
6
A
SER
20
158.42
-171.74
6
A
LEU
21
-169.68
-42.55
6
A
GLN
22
157.24
-72.02
6
A
ASP
29
-124.63
-88.45
6
A
SER
31
167.55
-62.91
6
A
GLU
40
163.14
-23.44
6
A
PHE
42
-88.62
42.25
6
A
ARG
47
-36.45
-33.26
6
A
VAL
48
-75.69
-72.24
6
A
LEU
58
-86.79
38.06
6
A
ARG
66
-31.34
-37.33
6
A
ILE
67
-37.57
-32.13
6
A
HIS
68
-124.42
-166.30
6
A
LEU
86
-72.64
-162.96
6
A
GLU
91
-173.39
-173.75
6
A
HIS
92
177.77
71.51
6
A
HIS
94
66.05
119.42
6
A
HIS
96
-150.58
74.17
7
A
ILE
2
-173.77
-148.22
7
A
PRO
5
-75.00
-164.49
7
A
MET
6
-136.19
-44.08
7
A
GLU
7
-156.40
-143.58
7
A
ASN
8
83.01
-3.71
7
A
LEU
19
177.83
110.07
7
A
SER
20
-75.15
-151.81
7
A
LEU
21
175.63
-41.02
7
A
GLN
22
158.60
-66.74
7
A
ASP
29
178.80
152.66
7
A
SER
31
157.24
-24.86
7
A
GLU
40
178.12
-31.46
7
A
PHE
42
-85.19
35.08
7
A
ARG
47
-37.28
-33.47
7
A
VAL
48
-75.26
-70.34
7
A
LYS
50
-69.43
-75.94
7
A
GLN
51
-38.54
-34.52
7
A
GLN
52
-65.39
-72.95
7
A
LEU
58
-84.23
40.19
7
A
ARG
66
-35.99
-32.61
7
A
HIS
68
-113.51
-147.37
7
A
LEU
86
-86.76
-146.16
7
A
GLU
91
83.35
-177.90
7
A
HIS
92
73.12
-177.00
7
A
HIS
95
-150.46
58.99
7
A
HIS
96
41.94
86.17
8
A
ASP
4
179.77
144.50
8
A
MET
6
161.33
92.42
8
A
GLU
7
-60.10
-146.15
8
A
LEU
19
-154.38
-110.09
8
A
SER
20
145.71
154.06
8
A
LEU
21
-133.75
-44.30
8
A
GLN
22
163.53
-72.37
8
A
ASP
29
-118.80
-155.30
8
A
SER
31
159.00
-75.10
8
A
GLU
40
164.06
-23.44
8
A
PHE
42
-90.56
39.27
8
A
ARG
47
-38.37
-30.76
8
A
LEU
58
-84.31
40.23
8
A
ARG
66
-33.61
-35.05
8
A
ILE
67
-39.13
-30.64
8
A
HIS
68
-119.43
-146.46
8
A
LEU
86
-71.85
-162.45
8
A
GLU
91
170.91
-179.35
8
A
HIS
94
-41.33
-70.41
8
A
HIS
95
-145.96
-57.45
8
A
HIS
96
41.95
78.44
9
A
MET
6
166.57
104.34
9
A
GLU
7
-61.20
-141.24
9
A
ASN
8
84.05
-6.81
9
A
LEU
19
-156.97
-108.63
9
A
SER
20
162.32
-165.42
9
A
LEU
21
178.60
-45.04
9
A
GLN
22
155.65
-71.03
9
A
ASP
29
-125.77
-65.12
9
A
GLU
40
178.89
-32.42
9
A
PHE
42
-83.52
45.45
9
A
ASP
43
-100.99
72.41
9
A
ARG
47
-38.27
-29.66
9
A
LEU
58
-84.30
40.57
9
A
ARG
66
-34.52
-33.39
9
A
HIS
68
-112.19
-144.85
9
A
TRP
80
-60.68
-75.98
9
A
LEU
86
-71.32
-164.20
9
A
GLU
91
87.65
-170.49
9
A
HIS
92
-150.00
44.63
9
A
HIS
93
76.53
-174.72
9
A
HIS
94
59.25
168.95
9
A
HIS
96
72.34
-64.62
10
A
ILE
2
-176.38
-164.22
10
A
GLU
3
-142.38
-149.97
10
A
PRO
5
-75.01
-163.55
10
A
MET
6
-138.03
-60.51
10
A
GLU
7
179.51
37.15
10
A
LEU
19
177.39
109.55
10
A
SER
20
-84.75
-151.44
10
A
LEU
21
174.52
-36.91
10
A
GLN
22
156.80
-67.07
10
A
ASP
29
-109.55
-61.90
10
A
GLU
40
-173.57
-34.37
10
A
PHE
42
-86.71
38.70
10
A
ASP
43
-104.24
72.84
10
A
ARG
47
-39.24
-29.57
10
A
LEU
58
-87.75
39.03
10
A
ARG
66
-31.57
-37.52
10
A
ILE
67
-37.28
-33.07
10
A
HIS
68
-125.86
-164.70
10
A
TRP
80
-55.16
-72.08
10
A
LEU
86
-75.27
-159.22
10
A
GLU
91
-165.12
-158.68
10
A
HIS
92
85.90
178.45
10
A
HIS
94
166.80
-72.95
11
A
ILE
2
-173.85
-162.95
11
A
PRO
5
-75.02
-163.67
11
A
MET
6
-142.91
-52.67
11
A
GLU
7
-172.42
-169.33
11
A
ASN
8
84.66
-1.25
11
A
GLU
10
-62.83
-74.18
11
A
LEU
19
-175.45
105.58
11
A
SER
20
-68.75
-146.88
11
A
LEU
21
173.98
-43.44
11
A
GLN
22
172.32
-69.86
11
A
ASP
29
-120.17
-91.47
11
A
SER
31
158.11
-60.56
11
A
GLU
40
-154.29
16.85
11
A
PHE
42
-91.69
35.45
11
A
ARG
47
-38.06
-35.02
11
A
LYS
50
-72.77
-75.95
11
A
LEU
58
-79.84
38.50
11
A
ARG
66
-31.15
-38.37
11
A
HIS
68
-113.51
-167.08
11
A
TRP
80
-61.66
-74.85
11
A
LEU
86
-76.22
-164.44
11
A
GLU
91
-177.43
-175.73
11
A
HIS
92
-153.44
87.79
11
A
HIS
94
60.61
158.11
11
A
HIS
95
-173.90
132.38
12
A
PRO
5
-74.95
-162.64
12
A
MET
6
170.05
-70.66
12
A
GLU
7
-151.61
57.57
12
A
LEU
19
-145.57
-121.67
12
A
SER
20
160.09
-168.34
12
A
LEU
21
175.96
-40.72
12
A
GLN
22
157.59
-72.79
12
A
HIS
25
-154.71
84.99
12
A
ASP
29
160.88
149.85
12
A
SER
31
153.13
-20.81
12
A
GLU
40
156.94
-18.95
12
A
PHE
42
-87.12
36.88
12
A
ARG
47
-38.34
-30.09
12
A
LEU
58
-85.44
39.94
12
A
ARG
66
-34.32
-33.63
12
A
ILE
67
-38.24
-39.79
12
A
HIS
68
-102.07
-143.52
12
A
TRP
80
-61.64
-72.67
12
A
LEU
90
-140.18
13.60
12
A
GLU
91
13.67
93.30
12
A
HIS
96
-43.47
107.45
13
A
ILE
2
-174.79
-179.34
13
A
GLU
3
174.77
134.70
13
A
ASP
4
173.13
108.52
13
A
MET
6
171.46
84.31
13
A
GLU
7
-83.83
-141.35
13
A
LEU
19
-177.49
111.53
13
A
SER
20
-72.82
-150.18
13
A
LEU
21
175.00
-45.85
13
A
GLN
22
170.43
-62.35
13
A
VAL
26
-104.64
74.11
13
A
ASP
29
-127.45
-62.62
13
A
GLU
40
-178.74
-34.39
13
A
PHE
42
-90.26
36.08
13
A
ARG
47
-36.82
-32.76
13
A
LYS
50
-62.83
-72.73
13
A
LEU
58
-87.65
38.07
13
A
ARG
66
-31.06
-37.87
13
A
ILE
67
-36.96
-33.26
13
A
HIS
68
-121.50
-146.33
13
A
TRP
80
-63.67
-76.19
13
A
LEU
86
-106.93
-167.53
13
A
GLU
91
33.17
57.56
13
A
HIS
92
-91.13
45.72
13
A
HIS
95
66.13
155.68
14
A
GLU
3
72.57
130.23
14
A
MET
6
179.52
67.23
14
A
GLU
7
-88.62
-151.34
14
A
ASN
8
168.01
-34.30
14
A
LEU
19
174.42
118.65
14
A
SER
20
-84.96
-149.90
14
A
LEU
21
176.88
-45.63
14
A
GLN
22
170.73
-60.54
14
A
ASP
29
-129.82
-59.70
14
A
GLU
40
-178.02
-33.12
14
A
PHE
42
-90.10
33.13
14
A
MET
45
-48.96
150.29
14
A
ARG
47
-37.94
-37.84
14
A
LYS
50
-63.47
-73.56
14
A
LEU
58
-87.62
39.32
14
A
ARG
66
-33.33
-35.60
14
A
ILE
67
-38.85
-30.96
14
A
HIS
68
-118.64
-145.61
14
A
LEU
86
-76.92
-160.90
14
A
LEU
90
-140.80
14.24
14
A
GLU
91
47.19
-175.90
14
A
HIS
92
-175.54
-75.95
14
A
HIS
93
177.41
95.09
14
A
HIS
94
57.14
-167.84
14
A
HIS
95
64.32
125.85
15
A
ILE
2
-172.56
-63.82
15
A
GLU
3
-156.81
-145.52
15
A
ASP
4
-162.38
94.12
15
A
MET
6
172.73
39.83
15
A
GLU
7
59.09
-83.68
15
A
ASN
8
42.72
27.45
15
A
ASN
9
-87.95
-74.86
15
A
ILE
11
-36.98
-33.21
15
A
LEU
19
-172.24
119.64
15
A
SER
20
-87.95
-151.56
15
A
LEU
21
175.26
-47.44
15
A
GLN
22
171.56
-67.39
15
A
ASP
29
-127.08
-90.65
15
A
SER
31
155.14
-57.92
15
A
GLU
40
-176.64
-33.38
15
A
PHE
42
-89.29
39.90
15
A
VAL
48
-48.10
-73.38
15
A
LYS
49
-38.10
-32.18
15
A
LYS
50
-71.39
-75.40
15
A
PRO
57
-74.99
-73.44
15
A
LEU
58
-69.57
38.73
15
A
ALA
63
-39.95
-37.22
15
A
ASN
65
-39.58
-32.47
15
A
HIS
68
-113.05
-144.45
15
A
ALA
69
-153.68
70.35
15
A
LEU
86
-76.65
-163.13
15
A
GLU
91
177.39
55.81
15
A
HIS
93
-164.22
115.48
15
A
HIS
94
-174.23
-62.96
16
A
ILE
2
67.75
150.65
16
A
GLU
3
176.02
132.21
16
A
MET
6
-179.60
47.47
16
A
GLU
7
65.71
-71.92
16
A
ASN
8
66.75
-58.93
16
A
ASN
9
-36.14
-35.48
16
A
LEU
19
177.18
121.55
16
A
GLN
22
157.40
-69.32
16
A
ASP
29
166.11
113.56
16
A
SER
31
176.41
-38.16
16
A
GLU
40
164.71
-24.39
16
A
PHE
42
-87.46
40.71
16
A
ARG
47
-34.43
-32.39
16
A
VAL
48
-75.46
-75.08
16
A
LEU
58
-84.51
39.26
16
A
ARG
66
-33.80
-33.16
16
A
ILE
67
-38.69
-32.88
16
A
HIS
68
-114.54
-147.19
16
A
TRP
80
-53.60
-72.98
16
A
LEU
86
-75.18
-158.90
16
A
LEU
90
-142.91
15.80
16
A
GLU
91
50.57
176.62
16
A
HIS
93
64.64
149.22
16
A
HIS
94
-63.96
99.68
16
A
HIS
96
-68.49
91.52
Solution structure of Protein yrbA from Escherichia Coli: Northeast Structural Genomics Consortium target ER115
1
N
N
A
ASN
8
A
ASN
8
HELX_P
A
SER
20
A
SER
20
1
1
13
A
SER
46
A
SER
46
HELX_P
A
GLY
56
A
GLY
56
1
2
11
A
LEU
58
A
LEU
58
HELX_P
A
ARG
66
A
ARG
66
1
3
9
A
THR
76
A
THR
76
HELX_P
A
LEU
86
A
LEU
86
1
4
11
Structural genomics, UNKNOWN FUNCTION
ER115, YRBA, AUTOASSIGN, AUTOSTRUCTURE, NESG, Structural Genomics, PSI, Protein Structure Initiative, Northeast Structural Genomics Consortium, UNKNOWN FUNCTION
YRBA_ECOLI
UNP
1
1
P0A9W6
MIEDPMENNEIQSVLMNALSLQEVHVSGDGSHFQVIAVGELFDGMSRVKKQQTVYGPLMEYIADNRIHAVSIKAYTPAEW
ARDRKLNGF
1
89
1NY8
1
89
P0A9W6
A
1
1
89
1
expression tag
LEU
90
1NY8
A
P0A9W6
UNP
90
1
expression tag
GLU
91
1NY8
A
P0A9W6
UNP
91
1
expression tag
HIS
92
1NY8
A
P0A9W6
UNP
92
1
expression tag
HIS
93
1NY8
A
P0A9W6
UNP
93
1
expression tag
HIS
94
1NY8
A
P0A9W6
UNP
94
1
expression tag
HIS
95
1NY8
A
P0A9W6
UNP
95
1
expression tag
HIS
96
1NY8
A
P0A9W6
UNP
96
1
expression tag
HIS
97
1NY8
A
P0A9W6
UNP
97
3
anti-parallel
parallel
A
GLU
23
A
GLU
23
A
GLY
28
A
GLY
28
A
HIS
32
A
HIS
32
A
VAL
38
A
VAL
38
A
ALA
69
A
ALA
69
A
ALA
74
A
ALA
74