1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
Lee, D.
Damberger, F.
Horst, R.
Guntert, P.
Leal, W.S.
Wuthrich, K.
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
C3 H7 N O2 S
121.158
y
CYSTEINE
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
NE
FEBS Lett.
FEBLAL
0165
0014-5793
531
314
318
10.1016/S0014-5793(02)03548-2
12417333
NMR structure of the unliganded Bombyx mori pheromone-binding protein at physiological pH
2002
10.2210/pdb1ls8/pdb
pdb_00001ls8
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
15903.138
pheromone binding protein
1
man
polymer
PBP
no
no
SQEVMKNLSLNFGKALDECKKEMTLTDAINEDFYNFWKEGYEIKNRETGCAIMCLSTKLNMLDPEGNLHHGNAMEFAKKH
GADETMAQQLIDIVHGCEKSTPANDDKCIWTLGVATCFKAEIHKLNWAPSMDVAVGEILAEV
SQEVMKNLSLNFGKALDECKKEMTLTDAINEDFYNFWKEGYEIKNRETGCAIMCLSTKLNMLDPEGNLHHGNAMEFAKKH
GADETMAQQLIDIVHGCEKSTPANDDKCIWTLGVATCFKAEIHKLNWAPSMDVAVGEILAEV
A
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
n
n
domestic silkworm
Bombyx
Escherichia
sample
7091
Bombyx mori
562
Escherichia coli
database_2
pdbx_nmr_software
pdbx_struct_assembly
pdbx_struct_oper_list
repository
Initial release
Version format compliance
Version format compliance
Data collection
Database references
Derived calculations
1
0
2002-11-20
1
1
2008-04-28
1
2
2011-07-13
1
3
2022-02-23
_database_2.pdbx_DOI
_database_2.pdbx_database_accession
_pdbx_nmr_software.name
HELIX
DETERMINATION METHOD: AUTHOR DETERMINED
RCSB
Y
PDBJ
2002-05-17
REL
target function
100
20
3D_15N-separated_NOESY
3D_13C-separated_NOESY
3D_13C-separated_NOESY
6.5
1
atm
293
K
torsion angle dynamics
energy minimization
1
closest to the average
0.7mM BmPBP 15N,13C; 50mM phosphate buffer; 95% H2O, 5% D2O
95% H2O/5% D2O
structure solution
DYANA
structure solution
CANDID
refinement
OPALp
500
Bruker
DRX
600
Bruker
DRX
750
Bruker
DRX
SER
1
n
1
SER
1
A
GLN
2
n
2
GLN
2
A
GLU
3
n
3
GLU
3
A
VAL
4
n
4
VAL
4
A
MET
5
n
5
MET
5
A
LYS
6
n
6
LYS
6
A
ASN
7
n
7
ASN
7
A
LEU
8
n
8
LEU
8
A
SER
9
n
9
SER
9
A
LEU
10
n
10
LEU
10
A
ASN
11
n
11
ASN
11
A
PHE
12
n
12
PHE
12
A
GLY
13
n
13
GLY
13
A
LYS
14
n
14
LYS
14
A
ALA
15
n
15
ALA
15
A
LEU
16
n
16
LEU
16
A
ASP
17
n
17
ASP
17
A
GLU
18
n
18
GLU
18
A
CYS
19
n
19
CYS
19
A
LYS
20
n
20
LYS
20
A
LYS
21
n
21
LYS
21
A
GLU
22
n
22
GLU
22
A
MET
23
n
23
MET
23
A
THR
24
n
24
THR
24
A
LEU
25
n
25
LEU
25
A
THR
26
n
26
THR
26
A
ASP
27
n
27
ASP
27
A
ALA
28
n
28
ALA
28
A
ILE
29
n
29
ILE
29
A
ASN
30
n
30
ASN
30
A
GLU
31
n
31
GLU
31
A
ASP
32
n
32
ASP
32
A
PHE
33
n
33
PHE
33
A
TYR
34
n
34
TYR
34
A
ASN
35
n
35
ASN
35
A
PHE
36
n
36
PHE
36
A
TRP
37
n
37
TRP
37
A
LYS
38
n
38
LYS
38
A
GLU
39
n
39
GLU
39
A
GLY
40
n
40
GLY
40
A
TYR
41
n
41
TYR
41
A
GLU
42
n
42
GLU
42
A
ILE
43
n
43
ILE
43
A
LYS
44
n
44
LYS
44
A
ASN
45
n
45
ASN
45
A
ARG
46
n
46
ARG
46
A
GLU
47
n
47
GLU
47
A
THR
48
n
48
THR
48
A
GLY
49
n
49
GLY
49
A
CYS
50
n
50
CYS
50
A
ALA
51
n
51
ALA
51
A
ILE
52
n
52
ILE
52
A
MET
53
n
53
MET
53
A
CYS
54
n
54
CYS
54
A
LEU
55
n
55
LEU
55
A
SER
56
n
56
SER
56
A
THR
57
n
57
THR
57
A
LYS
58
n
58
LYS
58
A
LEU
59
n
59
LEU
59
A
ASN
60
n
60
ASN
60
A
MET
61
n
61
MET
61
A
LEU
62
n
62
LEU
62
A
ASP
63
n
63
ASP
63
A
PRO
64
n
64
PRO
64
A
GLU
65
n
65
GLU
65
A
GLY
66
n
66
GLY
66
A
ASN
67
n
67
ASN
67
A
LEU
68
n
68
LEU
68
A
HIS
69
n
69
HIS
69
A
HIS
70
n
70
HIS
70
A
GLY
71
n
71
GLY
71
A
ASN
72
n
72
ASN
72
A
ALA
73
n
73
ALA
73
A
MET
74
n
74
MET
74
A
GLU
75
n
75
GLU
75
A
PHE
76
n
76
PHE
76
A
ALA
77
n
77
ALA
77
A
LYS
78
n
78
LYS
78
A
LYS
79
n
79
LYS
79
A
HIS
80
n
80
HIS
80
A
GLY
81
n
81
GLY
81
A
ALA
82
n
82
ALA
82
A
ASP
83
n
83
ASP
83
A
GLU
84
n
84
GLU
84
A
THR
85
n
85
THR
85
A
MET
86
n
86
MET
86
A
ALA
87
n
87
ALA
87
A
GLN
88
n
88
GLN
88
A
GLN
89
n
89
GLN
89
A
LEU
90
n
90
LEU
90
A
ILE
91
n
91
ILE
91
A
ASP
92
n
92
ASP
92
A
ILE
93
n
93
ILE
93
A
VAL
94
n
94
VAL
94
A
HIS
95
n
95
HIS
95
A
GLY
96
n
96
GLY
96
A
CYS
97
n
97
CYS
97
A
GLU
98
n
98
GLU
98
A
LYS
99
n
99
LYS
99
A
SER
100
n
100
SER
100
A
THR
101
n
101
THR
101
A
PRO
102
n
102
PRO
102
A
ALA
103
n
103
ALA
103
A
ASN
104
n
104
ASN
104
A
ASP
105
n
105
ASP
105
A
ASP
106
n
106
ASP
106
A
LYS
107
n
107
LYS
107
A
CYS
108
n
108
CYS
108
A
ILE
109
n
109
ILE
109
A
TRP
110
n
110
TRP
110
A
THR
111
n
111
THR
111
A
LEU
112
n
112
LEU
112
A
GLY
113
n
113
GLY
113
A
VAL
114
n
114
VAL
114
A
ALA
115
n
115
ALA
115
A
THR
116
n
116
THR
116
A
CYS
117
n
117
CYS
117
A
PHE
118
n
118
PHE
118
A
LYS
119
n
119
LYS
119
A
ALA
120
n
120
ALA
120
A
GLU
121
n
121
GLU
121
A
ILE
122
n
122
ILE
122
A
HIS
123
n
123
HIS
123
A
LYS
124
n
124
LYS
124
A
LEU
125
n
125
LEU
125
A
ASN
126
n
126
ASN
126
A
TRP
127
n
127
TRP
127
A
ALA
128
n
128
ALA
128
A
PRO
129
n
129
PRO
129
A
SER
130
n
130
SER
130
A
MET
131
n
131
MET
131
A
ASP
132
n
132
ASP
132
A
VAL
133
n
133
VAL
133
A
ALA
134
n
134
ALA
134
A
VAL
135
n
135
VAL
135
A
GLY
136
n
136
GLY
136
A
GLU
137
n
137
GLU
137
A
ILE
138
n
138
ILE
138
A
LEU
139
n
139
LEU
139
A
ALA
140
n
140
ALA
140
A
GLU
141
n
141
GLU
141
A
VAL
142
n
142
VAL
142
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
1
A
A
OD2
HG1
ASP
THR
32
48
1.59
2
A
A
OD2
HG1
ASP
THR
32
48
1.59
5
A
A
HG
OD1
SER
ASP
1
83
1.58
6
A
A
OD2
HG1
ASP
THR
32
48
1.59
7
A
A
OD1
HH
ASP
TYR
32
41
1.58
9
A
A
OD1
HH
ASP
TYR
32
41
1.58
9
A
A
HG
OD1
SER
ASP
1
83
1.60
14
A
A
O
HG1
LEU
THR
112
116
1.59
16
A
A
OD2
HG1
ASP
THR
32
48
1.58
19
A
A
O
HG1
LEU
THR
112
116
1.58
4
A
A
LYS
GLU
38
39
149.25
6
A
A
ASP
ASP
105
106
-148.68
10
A
A
SER
MET
130
131
-130.22
16
A
A
GLY
GLU
136
137
144.33
19
A
A
GLY
GLU
136
137
143.94
20
A
A
MET
ASP
131
132
-140.04
1
A
ARG
46
0.149
SIDE CHAIN
2
A
ARG
46
0.080
SIDE CHAIN
3
A
ARG
46
0.096
SIDE CHAIN
4
A
ARG
46
0.088
SIDE CHAIN
8
A
TYR
34
0.081
SIDE CHAIN
9
A
ARG
46
0.088
SIDE CHAIN
13
A
TYR
41
0.090
SIDE CHAIN
5
8.81
1.40
123.60
132.41
A
A
A
CD
NE
CZ
ARG
ARG
ARG
46
46
46
N
5
3.39
0.50
120.30
123.69
A
A
A
NE
CZ
NH1
ARG
ARG
ARG
46
46
46
N
7
6.63
1.10
114.20
120.83
A
A
A
CA
CB
SG
CYS
CYS
CYS
108
108
108
N
12
6.83
1.10
114.20
121.03
A
A
A
CA
CB
SG
CYS
CYS
CYS
108
108
108
N
13
7.34
1.10
114.20
121.54
A
A
A
CA
CB
SG
CYS
CYS
CYS
108
108
108
N
16
3.12
0.50
120.30
123.42
A
A
A
NE
CZ
NH1
ARG
ARG
ARG
46
46
46
N
1
A
GLN
2
66.43
-63.31
1
A
LEU
8
-56.19
-8.41
1
A
TYR
34
-69.72
97.22
1
A
ASN
35
35.52
99.02
1
A
TRP
37
60.88
-140.48
1
A
LYS
38
57.34
-170.05
1
A
PRO
102
-68.58
-74.99
1
A
ALA
128
-167.33
64.13
1
A
SER
130
-153.40
11.97
1
A
ASP
132
51.37
-172.20
1
A
VAL
133
37.43
76.41
1
A
ALA
140
50.81
89.09
2
A
LEU
8
-58.72
-7.94
2
A
LEU
10
-107.50
-99.67
2
A
PHE
12
-58.92
-77.31
2
A
LYS
14
-68.01
1.68
2
A
LEU
25
-83.25
-157.20
2
A
ASN
35
-164.71
113.99
2
A
TRP
37
65.30
-81.89
2
A
ASN
45
-51.39
109.55
2
A
PRO
64
-64.71
43.93
2
A
GLU
65
-146.15
-64.53
2
A
PRO
102
-66.51
-175.20
2
A
TRP
127
-90.17
38.13
2
A
SER
130
70.88
-47.96
2
A
VAL
133
-149.64
26.51
2
A
ALA
134
81.08
-83.87
2
A
LEU
139
-100.25
57.83
2
A
ALA
140
-169.17
110.52
3
A
ASN
35
51.77
83.41
3
A
LYS
38
65.98
119.43
3
A
GLU
39
-56.59
-9.34
3
A
ILE
43
-39.94
100.12
3
A
MET
61
-97.93
-64.85
3
A
PRO
64
-90.32
42.28
3
A
GLU
65
-139.19
-43.65
3
A
PRO
102
-70.84
-73.91
3
A
ALA
128
-163.77
89.26
3
A
SER
130
-155.67
-60.78
3
A
ALA
134
166.54
-64.85
3
A
GLU
137
54.51
-175.60
3
A
LEU
139
-77.95
48.70
3
A
ALA
140
58.33
71.06
4
A
SER
9
-80.54
44.15
4
A
THR
24
56.10
79.85
4
A
PHE
36
-108.86
-100.59
4
A
TRP
37
48.10
-167.22
4
A
LYS
38
51.07
104.46
4
A
GLU
39
-47.68
-15.54
4
A
TYR
41
-54.29
95.39
4
A
ILE
43
-50.45
108.95
4
A
TRP
127
-84.82
38.11
4
A
ASP
132
-151.98
-72.71
4
A
ALA
134
-140.77
-42.43
4
A
ILE
138
-101.09
-65.57
4
A
LEU
139
55.61
99.80
5
A
LEU
8
-63.50
-100.21
5
A
SER
9
54.72
-3.94
5
A
LEU
10
-68.30
-101.78
5
A
PHE
33
-59.07
-6.92
5
A
PRO
64
-81.68
44.06
5
A
PRO
102
-68.02
-82.85
5
A
VAL
133
80.85
83.83
5
A
ALA
134
-100.06
-82.91
5
A
GLU
137
-57.90
-169.14
5
A
ILE
138
47.16
72.53
5
A
ALA
140
52.48
-175.76
5
A
GLU
141
65.22
-150.13
6
A
LEU
8
-68.98
-101.54
6
A
SER
9
36.01
41.89
6
A
LEU
10
-83.86
-99.48
6
A
LEU
25
-78.85
-162.51
6
A
ASN
35
45.22
105.10
6
A
TRP
37
51.24
-90.91
6
A
PRO
64
-70.91
41.69
6
A
GLU
65
-150.97
-56.18
6
A
LEU
68
74.21
117.23
6
A
PRO
102
-71.02
-74.78
6
A
TRP
127
-95.32
38.07
6
A
SER
130
66.14
163.37
6
A
ALA
134
-151.28
-30.68
6
A
ILE
138
55.37
90.28
7
A
TRP
37
55.22
-164.12
7
A
LYS
38
55.96
112.82
7
A
TYR
41
22.69
87.53
7
A
PRO
64
-85.75
44.06
7
A
GLU
65
-140.13
-47.37
7
A
ASN
67
-111.57
54.31
7
A
LEU
68
54.38
-162.87
7
A
HIS
69
-165.47
119.54
7
A
PRO
102
-68.89
-175.46
7
A
TRP
127
-84.95
37.15
7
A
PRO
129
-75.37
-95.93
7
A
SER
130
-145.81
-13.27
7
A
ASP
132
28.62
51.81
7
A
LEU
139
63.67
131.17
7
A
ALA
140
-70.95
-169.55
8
A
GLN
2
62.67
-70.34
8
A
LEU
8
-69.39
2.22
8
A
SER
9
-61.15
30.52
8
A
LEU
10
-72.61
-102.72
8
A
THR
24
56.05
76.93
8
A
ASP
27
-89.55
40.16
8
A
ASN
35
34.21
68.89
8
A
PHE
36
-47.88
-79.05
8
A
TRP
37
-173.47
-81.56
8
A
THR
48
-55.18
-71.03
8
A
ALA
82
-55.82
179.99
8
A
TRP
127
-84.68
37.81
8
A
ASP
132
-58.11
105.20
8
A
VAL
135
-113.53
-151.20
8
A
GLU
137
-113.98
-167.87
8
A
ILE
138
26.73
83.80
8
A
GLU
141
-150.15
-90.56
9
A
GLN
2
66.37
-52.51
9
A
SER
9
-69.68
0.23
9
A
LEU
25
-84.86
-138.57
9
A
ASP
27
-90.77
35.10
9
A
TYR
34
-143.94
-1.61
9
A
PHE
36
-51.95
-6.49
9
A
GLU
39
-121.41
-54.31
9
A
ILE
43
-67.95
86.35
9
A
ALA
82
-61.65
-176.70
9
A
SER
130
144.69
-70.06
9
A
VAL
133
26.07
91.89
10
A
GLN
2
61.59
-62.70
10
A
LEU
10
-117.69
-88.29
10
A
THR
24
51.89
77.56
10
A
ASN
35
60.85
87.86
10
A
PHE
36
-54.88
-93.04
10
A
TRP
37
153.88
-173.25
10
A
LYS
38
77.11
153.00
10
A
ASN
45
-51.18
100.48
10
A
PRO
64
-80.01
44.91
10
A
ASN
126
84.34
17.02
10
A
TRP
127
-95.79
37.10
10
A
ALA
128
-141.73
54.99
10
A
ASP
132
23.39
59.71
10
A
ALA
134
43.55
-102.60
10
A
ILE
138
-124.08
-69.60
10
A
LEU
139
58.32
81.96
10
A
GLU
141
-103.95
42.62
11
A
LEU
8
-60.68
-92.96
11
A
SER
9
54.97
-14.58
11
A
LEU
10
-41.58
-80.71
11
A
THR
24
47.75
71.46
11
A
PHE
36
-80.75
-70.04
11
A
TRP
37
55.96
-148.76
11
A
GLU
39
42.90
14.84
11
A
TYR
41
50.72
115.81
11
A
PRO
102
-72.41
-79.62
11
A
ASN
126
74.01
31.08
11
A
ALA
128
-163.03
62.31
11
A
PRO
129
-65.37
-71.41
11
A
SER
130
-161.15
-46.46
11
A
ALA
134
-94.61
-76.78
11
A
GLU
137
43.31
-165.76
11
A
ILE
138
-128.21
-63.16
11
A
LEU
139
50.43
90.72
11
A
GLU
141
-147.60
37.37
12
A
SER
9
-69.51
2.35
12
A
LEU
10
-24.67
-61.77
12
A
PHE
12
-35.96
-70.97
12
A
ASP
32
-69.18
1.28
12
A
PRO
64
-83.31
42.30
12
A
ALA
82
-60.53
-174.03
12
A
HIS
123
-94.40
-60.39
12
A
ASN
126
73.90
30.02
12
A
SER
130
143.28
-11.28
12
A
VAL
133
-138.97
-72.90
12
A
ALA
134
-158.45
-84.14
12
A
ILE
138
29.69
85.29
12
A
ALA
140
-65.82
77.58
13
A
GLU
3
-121.67
-54.73
13
A
SER
9
-80.69
41.87
13
A
LEU
10
-76.20
-70.46
13
A
PHE
36
-120.27
-101.32
13
A
TRP
37
54.24
-164.77
13
A
LYS
38
70.74
86.81
13
A
LEU
59
-124.80
-83.54
13
A
ASN
60
178.60
72.43
13
A
MET
61
-122.17
-69.68
13
A
PRO
64
-81.05
43.13
13
A
ASN
126
72.77
34.46
13
A
ALA
128
-113.66
68.55
13
A
SER
130
25.48
95.65
13
A
MET
131
-108.72
-99.10
13
A
ALA
134
-156.97
-45.35
13
A
GLU
141
-149.11
-14.64
14
A
GLN
2
66.70
-45.59
14
A
TRP
37
56.63
-158.90
14
A
ILE
43
25.00
91.39
14
A
HIS
70
-44.14
-78.30
14
A
TRP
127
-89.49
36.40
14
A
ALA
128
-157.04
61.93
14
A
MET
131
-117.89
-91.61
14
A
ALA
134
-62.90
98.39
14
A
VAL
135
36.79
84.80
14
A
GLU
137
-141.74
-154.61
14
A
ILE
138
-138.24
-50.58
14
A
ALA
140
40.17
72.49
15
A
LEU
10
-101.40
-88.29
15
A
PHE
12
-41.17
-72.25
15
A
ASP
27
-97.94
59.47
15
A
TYR
34
-68.46
57.23
15
A
ASN
35
64.30
126.43
15
A
TRP
37
54.14
-140.81
15
A
LYS
38
51.56
78.79
15
A
PRO
64
-88.15
41.94
15
A
GLU
65
-128.98
-51.09
15
A
ASP
105
-63.45
5.88
15
A
ALA
128
-164.76
85.64
15
A
SER
130
171.41
-61.27
15
A
ASP
132
-58.52
88.75
15
A
ALA
134
-147.98
-65.06
15
A
GLU
137
-172.68
-165.95
15
A
LEU
139
-155.52
38.06
15
A
ALA
140
-148.89
51.41
16
A
LEU
8
-68.68
-100.17
16
A
LEU
10
-87.50
-101.78
16
A
THR
26
-102.12
-161.11
16
A
PHE
36
-33.22
-79.99
16
A
TRP
37
55.63
-61.65
16
A
ASN
45
-60.56
93.35
16
A
PRO
64
-86.94
42.38
16
A
GLU
65
-154.85
-46.19
16
A
LEU
68
95.65
135.95
16
A
TRP
127
-93.80
37.94
16
A
ASP
132
-149.93
-105.70
16
A
ALA
134
-143.67
-51.63
16
A
ILE
138
56.77
-72.15
16
A
LEU
139
31.99
86.70
17
A
GLU
3
-108.37
-69.77
17
A
SER
9
-78.13
37.19
17
A
LEU
10
-60.63
-73.48
17
A
TRP
37
-78.68
-162.53
17
A
LYS
38
62.70
140.39
17
A
ASP
105
-67.07
2.21
17
A
ALA
134
-74.80
-79.51
17
A
GLU
137
-68.10
-179.93
17
A
ILE
138
56.77
71.75
17
A
LEU
139
-65.24
93.72
18
A
GLN
2
69.83
-9.22
18
A
GLU
3
-120.04
-51.93
18
A
LEU
8
-65.62
-91.21
18
A
SER
9
51.39
1.74
18
A
LEU
10
-45.47
-73.95
18
A
PHE
12
-25.14
-56.09
18
A
THR
24
53.04
81.41
18
A
TYR
34
-82.43
36.04
18
A
TRP
37
-67.18
-162.99
18
A
LYS
38
44.46
79.06
18
A
ILE
43
-48.47
104.53
18
A
ASN
60
72.19
35.24
18
A
ASP
63
-48.24
170.66
18
A
PRO
64
-81.22
43.05
18
A
GLU
65
-139.63
-67.85
18
A
LEU
68
-24.07
116.14
18
A
HIS
70
-43.64
-84.21
18
A
ASP
132
38.43
-146.17
18
A
GLU
137
-64.21
-165.54
18
A
ILE
138
62.79
102.03
18
A
GLU
141
37.09
43.28
19
A
LEU
8
-64.28
-101.63
19
A
SER
9
58.79
-21.66
19
A
LEU
10
-48.23
-76.86
19
A
ALA
15
-67.44
14.72
19
A
THR
24
46.89
77.43
19
A
THR
26
-83.49
-156.86
19
A
TRP
37
68.47
-57.10
19
A
TYR
41
22.86
85.34
19
A
ASN
60
47.92
29.99
19
A
HIS
69
-76.01
-160.15
19
A
HIS
70
-119.74
-72.97
19
A
LYS
79
-49.88
-70.01
19
A
PRO
102
-77.03
-95.33
19
A
TRP
127
-90.07
37.87
19
A
VAL
133
-67.19
2.28
19
A
ALA
134
84.17
100.50
19
A
ILE
138
53.79
-80.82
19
A
LEU
139
27.51
87.04
20
A
GLN
2
61.05
-68.19
20
A
LEU
8
-74.52
-98.03
20
A
SER
9
53.72
-6.65
20
A
LEU
10
-48.93
-78.63
20
A
TYR
34
-140.79
-12.28
20
A
PHE
36
-121.10
-63.54
20
A
TRP
37
54.05
-86.14
20
A
TYR
41
-31.58
104.78
20
A
LEU
68
65.69
147.40
20
A
PRO
102
-73.70
-74.69
20
A
TRP
127
-90.24
38.41
20
A
SER
130
58.56
154.24
20
A
GLU
137
-159.00
-154.79
20
A
ILE
138
50.00
80.58
20
A
GLU
141
76.04
-42.64
NMR structure of the unliganded Bombyx mori pheromone-binding protein at physiological pH
1
N
N
A
GLU
3
A
GLU
3
HELX_P
A
LEU
8
A
LEU
8
1
1
6
A
LEU
16
A
LEU
16
HELX_P
A
GLU
22
A
GLU
22
1
2
7
A
ILE
29
A
ILE
29
HELX_P
A
ASP
32
A
ASP
32
1
3
4
A
ARG
46
A
ARG
46
HELX_P
A
LEU
59
A
LEU
59
1
4
14
A
HIS
70
A
HIS
70
HELX_P
A
LYS
79
A
LYS
79
1
5
10
A
GLU
84
A
GLU
84
HELX_P
A
SER
100
A
SER
100
1
6
17
A
LYS
107
A
LYS
107
HELX_P
A
LYS
124
A
LYS
124
1
7
18
disulf
2.045
A
CYS
19
A
SG
CYS
19
1_555
A
CYS
54
A
SG
CYS
54
1_555
disulf
2.030
A
CYS
50
A
SG
CYS
50
1_555
A
CYS
108
A
SG
CYS
108
1_555
disulf
2.023
A
CYS
97
A
SG
CYS
97
1_555
A
CYS
117
A
SG
CYS
117
1_555
TRANSPORT PROTEIN
Pheromone binding protein, BmPBP, BmPBPB, Solution structure, TRANSPORT PROTEIN
PBP_BOMMO
UNP
1
1
P34174
MSIQGQIALALMVNMAVGSVDASQEVMKNLSLNFGKALDECKKEMTLTDAINEDFYNFWKEGYEIKNRETGCAIMCLSTK
LNMLDPEGNLHHGNAMEFAKKHGADETMAQQLIDIVHGCEKSTPANDDKCIWTLGVATCFKAEIHKLNWAPSMDVAVGEI
LAEV
23
164
1LS8
1
142
P34174
A
1
1
142