1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
Yang, Y.
Ramelot, T.A.
Wang, D.
Foote, E.L.
Jiang, M.
Nair, R.
Rost, B.
Swapna, G.
Acton, T.B.
Xiao, R.
Everett, J.K.
Montelione, G.T.
Kennedy, M.A.
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
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
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 NMR structure of FHA domain of Mb1858 from Mycobacterium bovis. Northeast Structural Genomics Consortium Target MbR243C (24-155).
10.2210/pdb2kkl/pdb
pdb_00002kkl
15262.847
Uncharacterized protein Mb1858
residues 24-155 including FHA domain
1
man
polymer
no
no
VFRADFLSELDAPAQAGTESAVSGVEGLPPGLALLVVKRGPNAGSRFLLDQAITSAGRHPDSDIFLDDVTVSRRHAEFRL
ENNEFNVVDVGSLNGTYVNREPVDSAVLANGDEVQIGKFRLVFLTGHKQGEDLEHHHHHH
VFRADFLSELDAPAQAGTESAVSGVEGLPPGLALLVVKRGPNAGSRFLLDQAITSAGRHPDSDIFLDDVTVSRRHAEFRL
ENNEFNVVDVGSLNGTYVNREPVDSAVLANGDEVQIGKFRLVFLTGHKQGEDLEHHHHHH
A
MbR243C
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
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
sample
Mb1858
1765
Mycobacterium bovis
562
Escherichia coli
BL21(DE3) pMGK
pET 21-23C
Forkhead-associated (FHA) domain
Northeast Structural Genomics Consortium
NESG
PSI, Protein Structure Initiative
pdbx_database_status
pdbx_nmr_software
pdbx_nmr_spectrometer
pdbx_struct_assembly
pdbx_struct_oper_list
struct_ref_seq_dif
database_2
pdbx_database_status
repository
Initial release
Version format compliance
Data collection
Database references
Derived calculations
Other
Database references
Other
1
0
2009-07-07
1
1
2011-07-13
1
2
2020-02-26
1
3
2023-06-14
_pdbx_database_status.status_code_cs
_pdbx_nmr_software.name
_pdbx_nmr_spectrometer.model
_struct_ref_seq_dif.details
_database_2.pdbx_DOI
_database_2.pdbx_database_accession
_pdbx_database_status.status_code_nmr_data
Y
BMRB
Y
RCSB
2009-06-25
REL
REL
REL
REL
structures with the least restraint violations
150
20
2D 1H-15N HSQC
2D 1H-13C HSQC
2D 1H-13C HSQC
3D 1H-15N NOESY
3D 1H-13C NOESY
3D HNCO
3D HNCA
3D HNCACB
3D CBCA(CO)NH
3D HN(CO)CA
3D HBHA(CO)NH
3D H(CCO)NH
3D C(CO)NH
3D HCCH-TOCSY
3D HCCH-COSY
3D HCCH-TOCSY
4D CC NOESY
1.1
mM
[U-100% 13C; U-100% 15N]
20
mM
200
mM
5
mM
10
mM
0.02
%
1.1
mM
20
mM
200
mM
5
mM
10
mM
0.02
%
1.1
mM
[U-100% 13C; U-100% 15N]
20
mM
200
mM
5
mM
10
mM
0.02
%
0.2
6.5
ambient
293
K
Xplor-nih-2.20 with HBDB
simulated annealing
1
lowest energy
1.1 mM [U-100% 13C; U-100% 15N] Mb1858, 20 mM MES, 200 mM sodium chloride, 5 mM calcium chloride, 10 mM DTT, 0.02 % sodium azide, 90% H2O/10% D2O
90% H2O/10% D2O
1.1 mM Mb1858, 20 mM MES, 200 mM sodium chloride, 5 mM calcium chloride, 10 mM DTT, 0.02 % sodium azide, 90% H2O/10% D2O
90% H2O/10% D2O
1.1 mM [U-100% 13C; U-100% 15N] Mb1858, 20 mM MES, 200 mM sodium chloride, 5 mM calcium chloride, 10 mM DTT, 0.02 % sodium azide, 100% D2O
100% D2O
Delaglio, Grzesiek, Vuister, Zhu, Pfeifer and Bax
processing
NMRPipe
2008
Varian
collection
VNMR
6.1C
Bruker Biospin
collection
TopSpin
2.1.3
Huang, Tejero, Powers and Montelione
data analysis
AutoStructure
2.2.1
Schwieters, Kuszewski, Tjandra and Clore
structure solution
X-PLOR NIH
2.20
Brunger, Adams, Clore, Gros, Nilges and Read
refinement
CNS
1.2
Goddard
data analysis
Sparky
3.113
Bhattacharya and Montelione
structure solution
PSVS
1.3
Zimmerman, Moseley, Kulikowski and Montelione
chemical shift assignment
AutoAssign
2.30
(PdbStat)-Roberto Tejero and Gaetano T. Montelione
structure solution
PdbStat
5.1
600
Varian
INOVA
Varian INOVA
850
Bruker
AVANCE III
Bruker AvanceIII
VAL
24
n
1
VAL
24
A
PHE
25
n
2
PHE
25
A
ARG
26
n
3
ARG
26
A
ALA
27
n
4
ALA
27
A
ASP
28
n
5
ASP
28
A
PHE
29
n
6
PHE
29
A
LEU
30
n
7
LEU
30
A
SER
31
n
8
SER
31
A
GLU
32
n
9
GLU
32
A
LEU
33
n
10
LEU
33
A
ASP
34
n
11
ASP
34
A
ALA
35
n
12
ALA
35
A
PRO
36
n
13
PRO
36
A
ALA
37
n
14
ALA
37
A
GLN
38
n
15
GLN
38
A
ALA
39
n
16
ALA
39
A
GLY
40
n
17
GLY
40
A
THR
41
n
18
THR
41
A
GLU
42
n
19
GLU
42
A
SER
43
n
20
SER
43
A
ALA
44
n
21
ALA
44
A
VAL
45
n
22
VAL
45
A
SER
46
n
23
SER
46
A
GLY
47
n
24
GLY
47
A
VAL
48
n
25
VAL
48
A
GLU
49
n
26
GLU
49
A
GLY
50
n
27
GLY
50
A
LEU
51
n
28
LEU
51
A
PRO
52
n
29
PRO
52
A
PRO
53
n
30
PRO
53
A
GLY
54
n
31
GLY
54
A
LEU
55
n
32
LEU
55
A
ALA
56
n
33
ALA
56
A
LEU
57
n
34
LEU
57
A
LEU
58
n
35
LEU
58
A
VAL
59
n
36
VAL
59
A
VAL
60
n
37
VAL
60
A
LYS
61
n
38
LYS
61
A
ARG
62
n
39
ARG
62
A
GLY
63
n
40
GLY
63
A
PRO
64
n
41
PRO
64
A
ASN
65
n
42
ASN
65
A
ALA
66
n
43
ALA
66
A
GLY
67
n
44
GLY
67
A
SER
68
n
45
SER
68
A
ARG
69
n
46
ARG
69
A
PHE
70
n
47
PHE
70
A
LEU
71
n
48
LEU
71
A
LEU
72
n
49
LEU
72
A
ASP
73
n
50
ASP
73
A
GLN
74
n
51
GLN
74
A
ALA
75
n
52
ALA
75
A
ILE
76
n
53
ILE
76
A
THR
77
n
54
THR
77
A
SER
78
n
55
SER
78
A
ALA
79
n
56
ALA
79
A
GLY
80
n
57
GLY
80
A
ARG
81
n
58
ARG
81
A
HIS
82
n
59
HIS
82
A
PRO
83
n
60
PRO
83
A
ASP
84
n
61
ASP
84
A
SER
85
n
62
SER
85
A
ASP
86
n
63
ASP
86
A
ILE
87
n
64
ILE
87
A
PHE
88
n
65
PHE
88
A
LEU
89
n
66
LEU
89
A
ASP
90
n
67
ASP
90
A
ASP
91
n
68
ASP
91
A
VAL
92
n
69
VAL
92
A
THR
93
n
70
THR
93
A
VAL
94
n
71
VAL
94
A
SER
95
n
72
SER
95
A
ARG
96
n
73
ARG
96
A
ARG
97
n
74
ARG
97
A
HIS
98
n
75
HIS
98
A
ALA
99
n
76
ALA
99
A
GLU
100
n
77
GLU
100
A
PHE
101
n
78
PHE
101
A
ARG
102
n
79
ARG
102
A
LEU
103
n
80
LEU
103
A
GLU
104
n
81
GLU
104
A
ASN
105
n
82
ASN
105
A
ASN
106
n
83
ASN
106
A
GLU
107
n
84
GLU
107
A
PHE
108
n
85
PHE
108
A
ASN
109
n
86
ASN
109
A
VAL
110
n
87
VAL
110
A
VAL
111
n
88
VAL
111
A
ASP
112
n
89
ASP
112
A
VAL
113
n
90
VAL
113
A
GLY
114
n
91
GLY
114
A
SER
115
n
92
SER
115
A
LEU
116
n
93
LEU
116
A
ASN
117
n
94
ASN
117
A
GLY
118
n
95
GLY
118
A
THR
119
n
96
THR
119
A
TYR
120
n
97
TYR
120
A
VAL
121
n
98
VAL
121
A
ASN
122
n
99
ASN
122
A
ARG
123
n
100
ARG
123
A
GLU
124
n
101
GLU
124
A
PRO
125
n
102
PRO
125
A
VAL
126
n
103
VAL
126
A
ASP
127
n
104
ASP
127
A
SER
128
n
105
SER
128
A
ALA
129
n
106
ALA
129
A
VAL
130
n
107
VAL
130
A
LEU
131
n
108
LEU
131
A
ALA
132
n
109
ALA
132
A
ASN
133
n
110
ASN
133
A
GLY
134
n
111
GLY
134
A
ASP
135
n
112
ASP
135
A
GLU
136
n
113
GLU
136
A
VAL
137
n
114
VAL
137
A
GLN
138
n
115
GLN
138
A
ILE
139
n
116
ILE
139
A
GLY
140
n
117
GLY
140
A
LYS
141
n
118
LYS
141
A
PHE
142
n
119
PHE
142
A
ARG
143
n
120
ARG
143
A
LEU
144
n
121
LEU
144
A
VAL
145
n
122
VAL
145
A
PHE
146
n
123
PHE
146
A
LEU
147
n
124
LEU
147
A
THR
148
n
125
THR
148
A
GLY
149
n
126
GLY
149
A
HIS
150
n
127
HIS
150
A
LYS
151
n
128
LYS
151
A
GLN
152
n
129
GLN
152
A
GLY
153
n
130
GLY
153
A
GLU
154
n
131
GLU
154
A
ASP
155
n
132
ASP
155
A
LEU
156
n
133
LEU
156
A
GLU
157
n
134
GLU
157
A
HIS
158
n
135
HIS
158
A
HIS
159
n
136
HIS
159
A
HIS
160
n
137
HIS
160
A
HIS
161
n
138
HIS
161
A
HIS
162
n
139
HIS
162
A
HIS
163
n
140
HIS
163
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
identity operation
0.0000000000
0.0000000000
0.0000000000
A
O
LEU
72
A
O
LEU
49
A
N
ALA
56
A
N
ALA
33
A
N
LEU
57
A
N
LEU
34
A
O
LEU
147
A
O
LEU
124
A
O
LEU
144
A
O
LEU
121
A
N
VAL
137
A
N
VAL
114
A
O
GLN
138
A
O
GLN
115
A
N
TYR
120
A
N
TYR
97
A
N
THR
77
A
N
THR
54
A
O
PHE
101
A
O
PHE
78
A
N
GLU
100
A
N
GLU
77
A
O
VAL
111
A
O
VAL
88
A
N
VAL
110
A
N
VAL
87
A
O
ALA
129
A
O
ALA
106
2
A
A
HD1
HG
HIS
SER
82
85
1.28
11
A
A
HD1
H
HIS
LYS
150
151
1.30
14
A
A
HG
H
SER
ARG
95
96
1.34
15
A
A
O
H
GLY
GLU
47
49
1.54
15
A
A
O
H
GLY
PHE
140
142
1.58
1
A
ASP
28
-69.42
61.45
1
A
LEU
30
45.86
13.05
1
A
LEU
33
40.48
-111.35
1
A
ASP
34
-125.39
-59.18
1
A
ALA
35
-179.31
53.02
1
A
ALA
37
-85.41
-75.68
1
A
ALA
39
-173.95
-33.88
1
A
GLU
42
-133.59
-86.44
1
A
ALA
44
-175.91
-73.51
1
A
GLU
49
-51.34
-80.75
1
A
LEU
51
23.79
66.58
1
A
ASN
65
-102.81
66.15
1
A
GLN
74
51.26
-169.09
1
A
ALA
75
68.57
-142.84
1
A
PRO
83
-53.32
-133.56
1
A
VAL
94
61.64
93.38
1
A
SER
95
-62.87
-167.43
1
A
LEU
116
38.20
-98.85
1
A
GLN
152
50.49
18.37
1
A
GLU
157
-148.26
-88.91
1
A
HIS
161
-107.50
45.85
2
A
PHE
25
57.57
-77.57
2
A
ALA
27
46.02
-147.68
2
A
ASP
28
-135.12
-30.19
2
A
ASP
34
64.41
79.20
2
A
GLN
38
-74.35
-79.03
2
A
ALA
39
-63.90
1.17
2
A
ALA
44
-150.89
14.53
2
A
LEU
51
77.04
46.59
2
A
HIS
82
-174.15
94.63
2
A
ASP
84
77.24
-19.12
2
A
VAL
94
62.50
115.97
2
A
ARG
97
-140.51
59.80
2
A
SER
115
-82.62
-88.05
2
A
ASN
122
47.47
-108.11
2
A
ASN
133
-45.41
104.33
3
A
PHE
29
-171.47
-26.85
3
A
SER
31
-101.66
72.17
3
A
ASP
34
56.63
-83.61
3
A
ALA
37
42.50
-141.31
3
A
ALA
39
43.73
97.36
3
A
THR
41
-83.51
-76.10
3
A
GLU
42
60.47
-1.05
3
A
ALA
44
-175.02
27.85
3
A
VAL
48
-60.63
-108.72
3
A
LEU
51
-172.10
71.14
3
A
PRO
52
-57.43
179.26
3
A
ALA
66
-39.69
107.62
3
A
ASP
84
-142.13
-124.80
3
A
SER
85
59.02
138.43
3
A
GLU
107
-143.75
-119.71
3
A
SER
115
-55.84
179.26
3
A
ASN
122
47.76
-171.28
3
A
GLN
152
-115.96
-71.44
3
A
LEU
156
38.98
27.61
3
A
HIS
158
-174.23
44.07
4
A
PHE
25
-82.64
-76.38
4
A
LEU
30
-58.78
81.80
4
A
SER
31
-103.45
-134.98
4
A
ALA
35
-171.72
56.32
4
A
GLN
38
-158.60
-68.44
4
A
THR
41
38.33
55.36
4
A
SER
43
49.32
-111.15
4
A
ALA
44
-175.31
-27.77
4
A
SER
46
56.07
87.53
4
A
GLU
49
43.99
79.21
4
A
LYS
61
-84.65
-74.08
4
A
ASN
65
-84.47
-80.77
4
A
ALA
66
58.80
131.14
4
A
LEU
72
-100.07
74.04
4
A
HIS
82
-170.08
136.14
4
A
SER
85
-171.13
121.09
4
A
SER
115
39.87
24.53
4
A
LEU
116
55.81
9.56
4
A
ARG
123
-57.41
-83.41
4
A
HIS
150
58.02
146.11
4
A
GLU
154
-150.83
-35.07
4
A
HIS
159
-152.78
-158.81
4
A
HIS
160
55.40
79.30
5
A
ARG
26
55.62
116.26
5
A
ALA
27
-66.14
-136.87
5
A
PHE
29
-148.64
-125.40
5
A
LEU
30
60.42
130.70
5
A
SER
31
47.86
-86.94
5
A
GLU
32
56.46
72.18
5
A
LEU
33
58.08
-178.30
5
A
GLN
38
51.80
-83.24
5
A
SER
43
45.63
70.25
5
A
ALA
44
-102.76
-64.46
5
A
GLU
49
39.70
-93.65
5
A
LEU
51
42.72
78.50
5
A
ALA
66
35.42
93.24
5
A
ASP
73
-154.39
56.63
5
A
HIS
82
173.13
153.79
5
A
SER
95
50.23
174.56
5
A
HIS
98
-154.30
-35.42
5
A
GLU
104
-155.99
-70.69
5
A
ASN
105
-72.05
32.71
5
A
GLU
107
-144.47
10.24
5
A
PHE
108
58.17
144.62
5
A
VAL
113
-59.04
-177.35
5
A
LYS
141
-141.88
-4.33
5
A
THR
148
-145.34
-151.58
5
A
HIS
150
54.03
77.12
5
A
GLU
154
54.91
-165.77
5
A
HIS
162
58.11
86.63
6
A
PHE
25
54.13
108.98
6
A
ARG
26
56.89
149.00
6
A
ALA
35
-166.09
-62.95
6
A
ALA
37
39.27
-153.70
6
A
THR
41
48.09
-162.81
6
A
GLU
42
-68.38
-168.74
6
A
GLU
49
-50.69
88.10
6
A
LEU
51
-154.75
85.61
6
A
PRO
53
-73.60
23.70
6
A
ALA
66
-54.09
95.78
6
A
HIS
82
175.11
120.12
6
A
ASP
90
-99.95
-93.38
6
A
ASP
91
39.75
-165.45
6
A
THR
93
54.56
-139.77
6
A
VAL
94
42.72
89.05
6
A
ASN
105
51.63
-85.65
6
A
ASN
106
-155.75
20.57
6
A
LEU
116
43.93
-170.85
6
A
GLN
152
55.83
164.45
6
A
GLU
154
48.51
-124.42
6
A
ASP
155
54.49
167.41
6
A
GLU
157
-145.09
-49.58
7
A
ARG
26
55.79
179.04
7
A
ASP
28
-58.04
-0.67
7
A
LEU
30
-61.46
88.38
7
A
GLU
32
58.54
84.48
7
A
ALA
37
50.32
103.09
7
A
GLU
42
-111.08
-109.57
7
A
SER
43
-164.82
-32.79
7
A
ALA
44
70.14
-39.34
7
A
VAL
45
51.68
106.80
7
A
VAL
48
-74.32
30.77
7
A
PRO
52
-47.64
-176.67
7
A
GLN
74
-171.07
-121.73
7
A
ILE
76
63.57
82.84
7
A
HIS
82
176.30
149.37
7
A
HIS
98
59.50
-72.56
7
A
GLU
104
-92.25
-127.31
7
A
ASN
106
-174.82
27.83
7
A
SER
115
-59.04
172.70
7
A
ASN
122
53.42
-83.55
7
A
ARG
123
-156.91
42.49
7
A
HIS
150
54.97
88.26
7
A
GLU
154
56.32
14.37
7
A
ASP
155
-81.30
-80.67
7
A
LEU
156
58.94
-71.66
7
A
HIS
159
57.97
153.46
8
A
PHE
25
-150.23
-21.52
8
A
ALA
27
46.43
-140.18
8
A
ASP
28
-156.66
76.42
8
A
LEU
33
40.47
87.28
8
A
ALA
35
-173.20
80.74
8
A
GLN
38
-103.90
-66.80
8
A
SER
43
-76.69
20.42
8
A
SER
46
61.10
143.55
8
A
LEU
51
70.26
83.24
8
A
LYS
61
-112.23
50.72
8
A
ASN
65
-148.62
17.08
8
A
HIS
82
-170.58
80.33
8
A
VAL
94
61.81
108.64
8
A
SER
95
-61.10
-150.47
8
A
ARG
97
179.99
-54.11
8
A
HIS
98
43.09
15.25
8
A
ASN
105
50.79
-86.47
8
A
ASN
106
-148.35
23.60
8
A
ASN
122
45.58
-172.57
8
A
ARG
123
-59.67
-2.00
8
A
LEU
156
59.74
-2.86
9
A
ALA
27
-52.76
-175.82
9
A
LEU
30
-62.89
91.69
9
A
LEU
33
50.43
-171.92
9
A
ASP
34
-98.67
-61.15
9
A
ALA
35
-178.15
80.20
9
A
THR
41
42.75
83.94
9
A
ALA
44
-156.74
-35.43
9
A
VAL
45
-94.88
37.69
9
A
GLU
49
-95.85
-76.54
9
A
PRO
52
-39.56
166.64
9
A
LYS
61
-86.29
-74.02
9
A
ASN
65
-88.93
-74.93
9
A
ALA
66
60.59
132.78
9
A
GLN
74
43.31
-165.74
9
A
ALA
75
59.95
-144.50
9
A
HIS
82
-173.94
135.09
9
A
ASP
84
65.24
-8.30
9
A
THR
93
65.74
-7.38
9
A
ARG
97
-152.81
81.69
9
A
GLU
104
-94.12
-128.46
9
A
ASN
106
-174.05
25.83
9
A
SER
115
61.40
116.67
9
A
ARG
123
-65.63
-90.14
9
A
HIS
150
49.24
178.50
9
A
GLN
152
-65.14
3.12
9
A
HIS
162
47.27
91.20
10
A
PHE
25
-106.90
-159.60
10
A
ALA
27
-146.60
-111.50
10
A
LEU
30
38.45
60.13
10
A
SER
31
38.84
-163.67
10
A
GLU
32
62.50
-4.36
10
A
LEU
33
48.40
-179.49
10
A
ASP
34
45.67
-88.89
10
A
ALA
35
64.43
68.76
10
A
THR
41
48.09
73.83
10
A
ALA
44
-167.95
79.89
10
A
SER
46
40.93
-162.67
10
A
GLU
49
-163.47
-42.97
10
A
LEU
51
-27.83
92.34
10
A
ASP
73
-95.18
34.67
10
A
PRO
83
-69.12
-78.62
10
A
ASN
105
51.97
-84.87
10
A
ASN
106
-153.51
25.74
10
A
ASN
117
-138.71
-73.73
10
A
HIS
150
47.02
-161.52
10
A
HIS
159
-158.48
-63.25
10
A
HIS
160
41.11
-96.32
10
A
HIS
161
42.73
85.25
11
A
PHE
25
-149.18
-14.35
11
A
ARG
26
53.58
-74.66
11
A
ALA
27
86.09
146.90
11
A
PHE
29
-142.31
-142.12
11
A
ALA
35
-156.18
78.60
11
A
ALA
39
-52.36
176.94
11
A
THR
41
60.70
139.24
11
A
ALA
44
-159.65
34.79
11
A
GLU
49
-112.25
-92.60
11
A
LEU
51
-155.64
74.40
11
A
PRO
53
-56.23
-4.17
11
A
ASN
65
-108.43
53.58
11
A
HIS
98
52.81
-80.68
11
A
GLU
104
-95.19
-117.36
11
A
ASN
106
-169.03
23.75
11
A
SER
115
45.39
-147.80
11
A
LEU
116
59.29
150.09
11
A
ASN
122
55.37
-167.09
11
A
HIS
150
-162.62
-123.40
11
A
LYS
151
51.05
-93.22
11
A
ASP
155
56.69
123.66
11
A
HIS
159
-43.38
91.53
12
A
GLU
32
-163.10
25.64
12
A
GLN
38
-108.44
-100.56
12
A
ALA
39
59.30
151.36
12
A
SER
43
46.37
98.43
12
A
SER
46
80.17
136.98
12
A
ASN
65
-100.66
49.71
12
A
ASP
84
-117.95
-129.95
12
A
SER
85
57.87
138.18
12
A
ASP
90
-95.25
-151.62
12
A
ASP
91
58.82
171.53
12
A
THR
93
172.29
-31.78
12
A
SER
128
84.82
116.87
12
A
LYS
141
70.20
-29.33
12
A
HIS
150
-154.38
14.30
12
A
LYS
151
40.95
-166.20
12
A
GLU
157
-174.51
-63.46
13
A
ALA
27
43.87
-129.12
13
A
PHE
29
-100.08
-164.02
13
A
GLU
32
55.58
71.55
13
A
ALA
35
-37.58
154.64
13
A
ALA
37
-167.63
-18.61
13
A
ALA
39
-69.77
2.73
13
A
VAL
48
42.98
86.88
13
A
LEU
51
-173.65
74.55
13
A
LYS
61
-86.78
-73.78
13
A
ASP
73
-155.24
41.03
13
A
ASN
105
52.09
-84.52
13
A
ASN
106
-144.03
20.36
13
A
SER
115
48.62
-88.27
13
A
ASN
122
41.90
-168.21
13
A
LYS
151
-69.76
-85.09
13
A
GLN
152
62.21
-13.10
13
A
GLU
154
-143.01
-26.41
13
A
LEU
156
-80.89
-78.37
13
A
GLU
157
47.21
23.00
13
A
HIS
158
51.27
168.35
13
A
HIS
160
56.11
4.93
14
A
ALA
27
-56.05
-179.60
14
A
LEU
30
-37.26
96.45
14
A
SER
31
-38.90
162.64
14
A
GLU
32
59.30
136.78
14
A
ALA
37
52.49
-139.24
14
A
GLN
38
-146.81
12.43
14
A
ALA
39
47.55
-97.73
14
A
GLU
42
-82.21
-80.74
14
A
SER
43
-151.24
-31.53
14
A
ALA
44
42.62
89.22
14
A
SER
46
45.00
-164.26
14
A
LEU
51
-177.47
79.48
14
A
PRO
52
-50.17
-175.07
14
A
ALA
66
-39.78
133.04
14
A
ASP
73
-173.51
33.20
14
A
ILE
76
55.11
100.46
14
A
HIS
82
-161.87
90.56
14
A
ASP
84
81.50
-22.32
14
A
GLU
104
-93.18
-132.04
14
A
ASN
106
-169.79
24.03
14
A
SER
115
-88.56
-148.06
14
A
LEU
116
57.03
-168.84
15
A
ALA
27
-167.14
-39.59
15
A
ASP
28
-144.62
-64.43
15
A
LEU
30
58.32
-70.06
15
A
GLU
32
-148.57
-69.18
15
A
LEU
33
-133.33
-35.16
15
A
GLN
38
-160.22
-33.11
15
A
ALA
39
57.90
6.40
15
A
ALA
44
-166.36
22.55
15
A
VAL
48
66.13
-41.97
15
A
PRO
52
-64.38
-175.90
15
A
LYS
61
-73.21
-76.47
15
A
ALA
66
-39.96
145.94
15
A
HIS
82
-175.05
88.71
15
A
ASP
84
82.14
-7.75
15
A
SER
95
-66.67
-162.89
15
A
ARG
97
-133.24
-41.70
15
A
HIS
98
60.60
-67.27
15
A
GLU
104
-160.16
-34.04
15
A
ASN
105
-88.58
41.85
15
A
ASN
106
57.48
1.64
15
A
LEU
116
-173.06
135.93
15
A
ASN
117
57.27
90.47
15
A
ASN
122
43.59
-91.43
15
A
ARG
123
-143.68
41.64
15
A
LYS
141
64.16
-63.43
15
A
PHE
142
-36.31
123.19
15
A
HIS
150
45.07
92.13
15
A
GLN
152
-168.40
100.76
16
A
ALA
27
57.33
154.34
16
A
LEU
30
-60.95
97.77
16
A
SER
31
-48.03
-95.60
16
A
GLU
32
-173.72
-48.87
16
A
LEU
33
57.10
116.80
16
A
ALA
35
163.08
154.20
16
A
GLN
38
-173.13
-25.98
16
A
ALA
39
39.82
-105.90
16
A
ALA
44
-172.74
24.55
16
A
VAL
48
-67.56
3.44
16
A
LYS
61
-81.90
-77.16
16
A
ASN
65
-75.53
-78.82
16
A
ALA
66
59.63
122.46
16
A
ASP
73
-93.94
37.93
16
A
GLN
74
55.93
-168.09
16
A
ALA
75
62.76
-141.37
16
A
HIS
98
57.69
-73.09
16
A
GLU
104
-99.44
-124.99
16
A
ASN
117
68.35
81.40
16
A
ASN
122
-40.61
173.96
16
A
ARG
123
60.46
-105.12
16
A
LYS
141
71.37
-19.18
16
A
HIS
150
48.29
97.92
16
A
LEU
156
-69.58
-79.07
16
A
GLU
157
46.90
97.97
16
A
HIS
161
44.82
88.42
17
A
ASP
28
66.93
-16.33
17
A
PHE
29
-171.80
-161.83
17
A
LEU
30
-69.99
85.35
17
A
GLU
32
-174.35
137.49
17
A
ALA
35
-169.54
57.80
17
A
ALA
37
-141.57
-107.33
17
A
SER
43
-59.08
-82.79
17
A
GLU
49
59.75
106.79
17
A
LEU
51
40.99
80.63
17
A
ASN
65
-82.17
-76.62
17
A
ALA
66
70.27
118.07
17
A
THR
93
66.24
-5.93
17
A
SER
95
44.50
-173.95
17
A
GLU
104
-107.18
-109.93
17
A
ARG
123
56.79
0.06
17
A
ASP
127
-148.58
59.85
17
A
SER
128
80.97
95.60
17
A
HIS
150
41.77
90.75
17
A
ASP
155
-57.30
-162.08
17
A
HIS
158
45.69
86.61
17
A
HIS
159
54.01
165.39
17
A
HIS
160
58.02
140.30
17
A
HIS
162
49.72
-93.89
18
A
ARG
26
-143.93
-6.16
18
A
ALA
27
52.55
-138.27
18
A
ASP
28
-152.29
65.76
18
A
PHE
29
-172.74
-29.10
18
A
ALA
35
-157.68
60.62
18
A
ALA
39
-165.55
18.20
18
A
GLU
42
-175.34
-87.24
18
A
SER
43
45.50
-131.93
18
A
ALA
44
-169.66
50.08
18
A
GLU
49
-39.60
155.02
18
A
ASN
65
-81.81
30.63
18
A
LEU
72
-116.59
78.96
18
A
HIS
82
166.96
85.92
18
A
THR
93
66.06
-4.76
18
A
SER
95
-107.59
-139.24
18
A
GLU
104
-97.39
-126.62
18
A
ASN
106
-168.82
21.47
18
A
GLU
107
-116.37
-126.92
18
A
VAL
113
-75.66
-157.85
18
A
ASN
117
58.17
-116.27
18
A
ASN
122
52.60
-171.11
18
A
LYS
151
-172.03
-26.25
18
A
HIS
160
58.42
133.48
18
A
HIS
161
48.55
86.05
18
A
HIS
162
46.93
-176.67
19
A
PHE
29
-174.05
-38.93
19
A
LEU
30
54.19
110.56
19
A
SER
31
57.23
82.57
19
A
ALA
35
-171.73
54.11
19
A
ALA
37
40.50
-91.65
19
A
ALA
44
-154.98
-39.22
19
A
VAL
45
-78.90
-78.25
19
A
LEU
51
-156.62
68.40
19
A
ALA
66
31.52
94.36
19
A
ASP
73
-157.69
19.70
19
A
ILE
76
53.09
93.09
19
A
ASP
90
-55.88
-109.12
19
A
ASP
91
-162.23
-103.66
19
A
VAL
92
53.01
-77.81
19
A
SER
95
-89.33
-155.74
19
A
ARG
97
-166.41
56.36
19
A
GLU
104
-107.12
-116.51
19
A
SER
115
56.09
114.32
19
A
ARG
123
-74.50
-114.60
19
A
ASN
133
-39.95
122.87
19
A
HIS
150
-49.84
-11.54
20
A
PHE
25
48.08
-179.86
20
A
ALA
27
41.30
-166.75
20
A
GLU
32
68.38
128.63
20
A
GLN
38
-154.59
-26.42
20
A
ALA
39
45.01
-89.70
20
A
GLU
42
-51.36
89.76
20
A
ALA
44
60.39
79.20
20
A
SER
46
-53.00
-96.62
20
A
GLU
49
36.35
25.83
20
A
PRO
53
-60.84
-81.31
20
A
ILE
76
60.23
85.76
20
A
HIS
82
174.15
151.10
20
A
ASP
84
-103.30
-146.84
20
A
SER
85
59.60
128.70
20
A
GLU
104
-99.57
-131.20
20
A
ASN
106
177.51
46.17
20
A
PHE
108
56.71
151.53
20
A
VAL
113
37.12
26.51
20
A
SER
115
58.99
141.94
20
A
ASN
122
59.47
-167.44
20
A
HIS
150
47.72
-110.57
20
A
GLU
154
-157.81
-79.41
20
A
ASP
155
45.38
81.36
20
A
GLU
157
-173.34
-128.82
20
A
HIS
158
44.16
-110.46
20
A
HIS
159
44.80
-170.12
20
A
HIS
160
55.06
174.91
lowest energy, model 1
Solution NMR structure of FHA domain of Mb1858 from Mycobacterium bovis. Northeast Structural Genomics Consortium Target MbR243C (24-155).
1
N
N
Structural Genomics, Unknown function
beta, FHA domain, Phosphoprotein, Structural Genomics, PSI-2, Protein Structure Initiative, Northeast Structural Genomics Consortium, NESG, Unknown function
Y1858_MYCBO
UNP
1
24
P64898
VFRADFLSELDAPAQAGTESAVSGVEGLPPGSALLVVKRGPNAGSRFLLDQAITSAGRHPDSDIFLDDVTVSRRHAEFRL
ENNEFNVVDVGSLNGTYVNREPVDSAVLANGDEVQIGKFRLVFLTGPKQGED
24
155
2KKL
24
155
P64898
A
1
1
132
1
SER
conflict
LEU
55
2KKL
A
P64898
UNP
55
32
1
PRO
conflict
HIS
150
2KKL
A
P64898
UNP
150
127
1
expression tag
LEU
156
2KKL
A
P64898
UNP
133
1
expression tag
GLU
157
2KKL
A
P64898
UNP
134
1
expression tag
HIS
158
2KKL
A
P64898
UNP
135
1
expression tag
HIS
159
2KKL
A
P64898
UNP
136
1
expression tag
HIS
160
2KKL
A
P64898
UNP
137
1
expression tag
HIS
161
2KKL
A
P64898
UNP
138
1
expression tag
HIS
162
2KKL
A
P64898
UNP
139
1
expression tag
HIS
163
2KKL
A
P64898
UNP
140
5
4
anti-parallel
anti-parallel
anti-parallel
anti-parallel
anti-parallel
anti-parallel
anti-parallel
A
ARG
69
A
ARG
46
A
LEU
72
A
LEU
49
A
ALA
56
A
ALA
33
A
ARG
62
A
ARG
39
A
PHE
142
A
PHE
119
A
THR
148
A
THR
125
A
ASP
135
A
ASP
112
A
ILE
139
A
ILE
116
A
TYR
120
A
TYR
97
A
VAL
121
A
VAL
98
A
ILE
76
A
ILE
53
A
ALA
79
A
ALA
56
A
ALA
99
A
ALA
76
A
GLU
104
A
GLU
81
A
GLU
107
A
GLU
84
A
VAL
111
A
VAL
88
A
SER
128
A
SER
105
A
VAL
130
A
VAL
107