1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
Banci, L.
Bertini, I.
Del Conte, R.
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
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
US
Biochemistry
BICHAW
0033
0006-2960
42
13422
13428
10.1021/bi0353326
14621987
Solution Structure of Apo CopZ from Bacillus subtilis: Further Analysis of the Changes Associated with the Presence of Copper
2003
10.2210/pdb1p8g/pdb
pdb_00001p8g
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
7802.690
similar to mercuric transport protein
1
man
polymer
BsCopZ
no
no
MEQKTLQVEGMSCQHCVKAVETSVGELDGVSAVHVNLEAGKVDVSFDADKVSVKDIADAIEDQGYDVAKIEGR
MEQKTLQVEGMSCQHCVKAVETSVGELDGVSAVHVNLEAGKVDVSFDADKVSVKDIADAIEDQGYDVAKIEGR
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
Bacillus
Escherichia
Escherichia coli
sample
bscopz
1423
Bacillus subtilis
511693
Escherichia coli BL21
BL21
plasmid
pet21a
database_2
pdbx_nmr_software
pdbx_nmr_spectrometer
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
2003-11-25
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
_pdbx_nmr_spectrometer.model
_struct_ref_seq_dif.details
Copper Trafficking: The Solution Structure of copper loaded Bacillus Subtilis Copz
RCSB
Y
RCSB
2003-05-07
REL
The 500 MHz spectrometer is equipped with a cryo probe
structure with the lowest energy target function
30
30
2D NOESY
3D_15N-separated_NOESY
3D_15N-separated_NOESY
3D_15N HSQC TOSCY
15N-HSQC
15N-HSQC
HNHA
HNHB
7.0
1
atm
300
K
7.0
1
atm
298
K
A total of 1639 upper distance limits (of which 1431 meaningful), 31 dihedral phi angle constraints and 48 psi angle constraints were measured and used in the structural calculations. 5 stereospecific assignments were also obtained from the analysis of HNHB spectra and 11 through the program GLOMSA.
Simulate annealing, torsion angle dynamics
2mM apo-BsCopZ
100 mM phosphate buffer pH 7.0, with 1 eq of DTT reductant and 10% D2O. All manipulations were performed under inert atmosphere.
2mM apo-BsCopZ labelled with 15N
100 mM phosphate buffer pH 7.0, with 1 eq of DTT reductant and 10% D2O. All manipulations were performed under inert atmosphere.
structure solution
DYANA
1.5
collection
XwinNMR
3.1
data analysis
XEASY
1.3.13
data analysis
CORMA
refinement
Amber
5.0
data analysis
MOLMOL
2.4
data analysis
GLOMSA
800
Bruker
AVANCE
700
Bruker
AVANCE
500
Bruker
AVANCE
MET
1
n
1
MET
1
A
GLU
2
n
2
GLU
2
A
GLN
3
n
3
GLN
3
A
LYS
4
n
4
LYS
4
A
THR
5
n
5
THR
5
A
LEU
6
n
6
LEU
6
A
GLN
7
n
7
GLN
7
A
VAL
8
n
8
VAL
8
A
GLU
9
n
9
GLU
9
A
GLY
10
n
10
GLY
10
A
MET
11
n
11
MET
11
A
SER
12
n
12
SER
12
A
CYS
13
n
13
CYS
13
A
GLN
14
n
14
GLN
14
A
HIS
15
n
15
HIS
15
A
CYS
16
n
16
CYS
16
A
VAL
17
n
17
VAL
17
A
LYS
18
n
18
LYS
18
A
ALA
19
n
19
ALA
19
A
VAL
20
n
20
VAL
20
A
GLU
21
n
21
GLU
21
A
THR
22
n
22
THR
22
A
SER
23
n
23
SER
23
A
VAL
24
n
24
VAL
24
A
GLY
25
n
25
GLY
25
A
GLU
26
n
26
GLU
26
A
LEU
27
n
27
LEU
27
A
ASP
28
n
28
ASP
28
A
GLY
29
n
29
GLY
29
A
VAL
30
n
30
VAL
30
A
SER
31
n
31
SER
31
A
ALA
32
n
32
ALA
32
A
VAL
33
n
33
VAL
33
A
HIS
34
n
34
HIS
34
A
VAL
35
n
35
VAL
35
A
ASN
36
n
36
ASN
36
A
LEU
37
n
37
LEU
37
A
GLU
38
n
38
GLU
38
A
ALA
39
n
39
ALA
39
A
GLY
40
n
40
GLY
40
A
LYS
41
n
41
LYS
41
A
VAL
42
n
42
VAL
42
A
ASP
43
n
43
ASP
43
A
VAL
44
n
44
VAL
44
A
SER
45
n
45
SER
45
A
PHE
46
n
46
PHE
46
A
ASP
47
n
47
ASP
47
A
ALA
48
n
48
ALA
48
A
ASP
49
n
49
ASP
49
A
LYS
50
n
50
LYS
50
A
VAL
51
n
51
VAL
51
A
SER
52
n
52
SER
52
A
VAL
53
n
53
VAL
53
A
LYS
54
n
54
LYS
54
A
ASP
55
n
55
ASP
55
A
ILE
56
n
56
ILE
56
A
ALA
57
n
57
ALA
57
A
ASP
58
n
58
ASP
58
A
ALA
59
n
59
ALA
59
A
ILE
60
n
60
ILE
60
A
GLU
61
n
61
GLU
61
A
ASP
62
n
62
ASP
62
A
GLN
63
n
63
GLN
63
A
GLY
64
n
64
GLY
64
A
TYR
65
n
65
TYR
65
A
ASP
66
n
66
ASP
66
A
VAL
67
n
67
VAL
67
A
ALA
68
n
68
ALA
68
A
LYS
69
n
69
LYS
69
A
ILE
70
n
70
ILE
70
A
GLU
71
n
71
GLU
71
A
GLY
72
n
72
GLY
72
A
ARG
73
n
73
ARG
73
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
34
A
N
HIS
34
A
O
ASP
43
A
O
ASP
43
A
O
VAL
44
A
O
VAL
44
A
N
LYS
4
A
N
LYS
4
A
O
GLN
7
A
O
GLN
7
A
N
LYS
69
A
N
LYS
69
2
A
ARG
73
0.089
SIDE CHAIN
3
A
TYR
65
0.093
SIDE CHAIN
6
A
PHE
46
0.076
SIDE CHAIN
6
A
TYR
65
0.081
SIDE CHAIN
6
A
ARG
73
0.139
SIDE CHAIN
7
A
TYR
65
0.177
SIDE CHAIN
7
A
ARG
73
0.080
SIDE CHAIN
9
A
TYR
65
0.093
SIDE CHAIN
11
A
TYR
65
0.096
SIDE CHAIN
13
A
TYR
65
0.144
SIDE CHAIN
15
A
PHE
46
0.103
SIDE CHAIN
18
A
TYR
65
0.080
SIDE CHAIN
20
A
PHE
46
0.085
SIDE CHAIN
23
A
TYR
65
0.106
SIDE CHAIN
24
A
PHE
46
0.076
SIDE CHAIN
27
A
TYR
65
0.083
SIDE CHAIN
28
A
TYR
65
0.094
SIDE CHAIN
15
-3.72
0.50
120.30
116.58
A
A
A
NE
CZ
NH2
ARG
ARG
ARG
73
73
73
N
20
-3.10
0.50
120.30
117.20
A
A
A
NE
CZ
NH2
ARG
ARG
ARG
73
73
73
N
1
A
GLN
7
-34.38
110.50
1
A
SER
12
-175.71
-132.39
1
A
CYS
13
-143.27
-51.50
1
A
GLN
14
-158.80
-46.86
1
A
CYS
16
-147.44
-47.04
1
A
SER
31
-131.00
-42.56
1
A
VAL
33
-142.30
59.12
1
A
ASN
36
-150.01
58.69
1
A
ALA
48
-36.95
-39.13
1
A
GLN
63
-120.13
-63.71
1
A
TYR
65
-162.79
52.98
1
A
ALA
68
-49.74
-70.44
1
A
LYS
69
163.07
-174.46
2
A
SER
12
65.64
-170.22
2
A
GLU
21
-66.13
-70.39
2
A
SER
31
-133.24
-44.57
2
A
VAL
33
-141.11
58.31
2
A
ASN
36
-154.55
55.86
2
A
TYR
65
-161.98
55.16
2
A
LYS
69
168.74
172.70
3
A
MET
11
-144.47
-152.36
3
A
CYS
13
-135.74
-48.25
3
A
GLN
14
62.14
-155.67
3
A
VAL
17
51.89
18.48
3
A
SER
31
-141.00
-45.43
3
A
VAL
33
-144.48
58.45
3
A
GLN
63
-105.45
-62.11
3
A
TYR
65
-163.15
51.43
3
A
LYS
69
117.87
169.79
4
A
SER
12
-68.10
74.38
4
A
HIS
15
-82.64
46.41
4
A
LYS
18
-179.85
-43.60
4
A
SER
31
-133.82
-47.34
4
A
VAL
33
-141.54
59.10
4
A
ASN
36
-145.80
58.03
4
A
TYR
65
-67.89
54.28
4
A
ALA
68
-62.45
-73.32
4
A
LYS
69
175.80
174.91
4
A
GLU
71
-84.04
-84.52
5
A
GLN
7
-37.43
122.12
5
A
MET
11
-96.45
-69.32
5
A
VAL
17
-69.09
62.17
5
A
LYS
18
178.09
-40.29
5
A
GLU
21
-91.01
-69.82
5
A
VAL
33
-143.40
58.24
5
A
ASN
36
-149.29
56.61
5
A
VAL
53
-25.53
-55.21
5
A
TYR
65
-164.80
51.22
5
A
LYS
69
165.86
179.95
6
A
SER
12
61.78
-137.80
6
A
CYS
16
74.63
-50.05
6
A
SER
31
-133.41
-47.66
6
A
VAL
33
-142.96
59.27
6
A
ASN
36
-154.90
58.20
6
A
ALA
48
-38.65
-38.59
6
A
ASP
66
-153.22
74.37
6
A
VAL
67
-156.79
77.42
6
A
LYS
69
157.00
176.47
7
A
GLN
7
-36.98
116.46
7
A
GLU
9
-101.88
56.79
7
A
SER
12
-64.48
69.54
7
A
CYS
13
-149.34
-57.19
7
A
GLN
14
-162.37
-148.63
7
A
CYS
16
-21.22
-70.74
7
A
LYS
18
-170.74
-57.26
7
A
GLU
21
-79.31
-72.31
7
A
SER
31
-135.33
-45.22
7
A
VAL
33
-142.50
57.47
7
A
ASN
36
-146.81
58.45
7
A
GLN
63
-106.85
-65.94
7
A
TYR
65
-151.76
56.78
7
A
ASP
66
-142.87
53.03
7
A
LYS
69
169.54
179.79
8
A
MET
11
61.01
-69.45
8
A
CYS
13
71.04
-58.90
8
A
HIS
15
53.95
-147.75
8
A
CYS
16
68.49
-50.98
8
A
SER
31
-133.08
-46.56
8
A
VAL
33
-143.77
57.81
8
A
ASN
36
-148.44
58.18
8
A
TYR
65
-150.36
55.71
8
A
LYS
69
140.96
-176.20
9
A
SER
12
-149.30
-74.33
9
A
CYS
13
-167.97
-167.51
9
A
HIS
15
76.44
-3.67
9
A
SER
31
-137.70
-44.75
9
A
VAL
33
-143.09
57.92
9
A
ASN
36
-144.52
57.86
9
A
TYR
65
-165.71
56.90
9
A
VAL
67
-157.59
68.59
9
A
ALA
68
-29.75
-71.99
9
A
LYS
69
167.95
171.13
10
A
MET
11
-120.18
-152.92
10
A
SER
12
56.26
15.94
10
A
GLN
14
-164.31
-157.44
10
A
CYS
16
-29.12
-55.50
10
A
LYS
18
-178.11
-167.09
10
A
ALA
19
71.87
-69.19
10
A
SER
31
-138.70
-46.78
10
A
VAL
33
-141.31
58.50
10
A
GLN
63
-100.47
-66.89
10
A
TYR
65
-165.67
55.63
10
A
ALA
68
-56.03
-73.11
10
A
LYS
69
173.69
172.16
11
A
GLN
3
-63.84
97.93
11
A
MET
11
-122.58
-157.70
11
A
CYS
13
42.25
-138.10
11
A
HIS
15
80.11
8.15
11
A
GLU
21
-76.83
-74.90
11
A
SER
31
-131.14
-42.60
11
A
VAL
33
-145.75
57.16
11
A
ASN
36
-150.32
56.22
11
A
TYR
65
-67.23
89.40
11
A
LYS
69
170.25
171.49
12
A
SER
12
120.73
-159.71
12
A
GLN
14
60.86
-177.88
12
A
VAL
17
-60.45
73.38
12
A
LYS
18
177.55
-47.42
12
A
SER
31
-132.34
-42.28
12
A
ASN
36
-142.13
54.57
12
A
GLN
63
-108.64
-68.05
12
A
TYR
65
-162.50
58.90
12
A
ALA
68
-45.55
-72.77
12
A
LYS
69
173.39
174.37
12
A
GLU
71
-3.78
-89.36
13
A
GLN
3
-61.30
97.84
13
A
GLN
7
-35.30
123.23
13
A
SER
12
174.51
-65.57
13
A
GLN
14
-79.62
-155.20
13
A
VAL
17
52.42
19.32
13
A
LYS
18
-148.98
-47.66
13
A
SER
31
-140.93
-49.26
13
A
VAL
33
-143.57
56.86
13
A
ASN
36
-154.26
67.74
13
A
ASP
66
-166.56
78.71
13
A
VAL
67
-155.50
83.62
13
A
LYS
69
128.16
-173.89
14
A
SER
12
21.32
64.84
14
A
VAL
17
72.68
-66.82
14
A
GLU
21
-82.50
-73.03
14
A
VAL
33
-141.53
58.18
14
A
ASN
36
-144.93
56.81
14
A
GLN
63
-102.73
-70.25
14
A
TYR
65
-163.03
53.01
14
A
LYS
69
171.06
177.13
15
A
GLU
21
-80.08
-71.79
15
A
VAL
33
-145.10
58.52
15
A
ASN
36
-147.63
59.74
15
A
TYR
65
-68.00
55.22
15
A
ASP
66
-110.50
56.19
15
A
LYS
69
160.38
-179.42
16
A
MET
11
-65.37
-80.47
16
A
CYS
13
68.36
159.05
16
A
HIS
15
-145.32
29.55
16
A
SER
31
-132.27
-48.72
16
A
ASN
36
-144.27
56.14
16
A
GLN
63
-102.51
-62.95
16
A
TYR
65
-167.28
57.03
16
A
ALA
68
-49.17
-71.42
16
A
LYS
69
171.03
176.62
17
A
GLU
9
-119.81
56.66
17
A
SER
12
75.36
-39.60
17
A
CYS
13
-49.50
163.15
17
A
HIS
15
72.76
39.01
17
A
CYS
16
-83.81
-78.91
17
A
LYS
18
-174.62
-51.47
17
A
GLU
21
-78.68
-76.18
17
A
VAL
33
-145.12
56.69
17
A
ASN
36
-144.41
56.97
17
A
VAL
53
-29.31
-52.82
17
A
TYR
65
-164.83
53.38
17
A
ALA
68
-67.26
-73.33
17
A
LYS
69
177.75
176.85
18
A
MET
11
-146.90
57.00
18
A
SER
12
-138.39
-104.42
18
A
CYS
13
-160.27
-163.94
18
A
CYS
16
-135.92
-63.41
18
A
VAL
33
-145.64
57.53
18
A
ASN
36
-152.97
58.17
18
A
GLN
63
-114.11
66.44
18
A
ASP
66
-106.04
79.31
18
A
LYS
69
160.03
173.41
19
A
SER
12
77.96
-175.51
19
A
GLN
14
-142.22
-77.40
19
A
HIS
15
70.65
-52.21
19
A
VAL
17
32.57
39.15
19
A
SER
31
-140.96
-45.22
19
A
VAL
33
-144.40
58.04
19
A
GLN
63
-100.00
-69.67
19
A
TYR
65
-164.90
51.99
19
A
VAL
67
-155.54
78.80
19
A
LYS
69
162.04
171.04
20
A
MET
11
-117.93
-84.25
20
A
SER
12
-162.73
67.50
20
A
CYS
13
70.88
135.88
20
A
GLN
14
69.10
162.89
20
A
CYS
16
-96.44
-93.25
20
A
LYS
18
72.38
-53.19
20
A
SER
31
-138.26
-50.21
20
A
VAL
33
-145.55
56.60
20
A
ASN
36
-145.75
59.78
20
A
TYR
65
-151.76
57.16
20
A
VAL
67
-158.02
64.26
20
A
ALA
68
-25.75
-67.89
20
A
LYS
69
171.65
170.33
21
A
GLN
7
-35.74
124.14
21
A
MET
11
179.36
-84.75
21
A
SER
12
-163.71
-53.60
21
A
CYS
13
-53.74
87.78
21
A
HIS
15
-68.03
69.65
21
A
LYS
18
-179.01
-40.75
21
A
GLU
21
-80.89
-71.54
21
A
SER
31
-134.67
-44.96
21
A
VAL
33
-146.16
55.85
21
A
GLN
63
-108.45
-65.81
21
A
TYR
65
-148.72
54.52
21
A
ALA
68
-54.69
-75.91
21
A
LYS
69
171.70
-174.41
22
A
GLU
9
-113.75
74.04
22
A
MET
11
-80.88
49.50
22
A
CYS
16
-78.02
-155.58
22
A
VAL
17
73.62
-68.01
22
A
GLU
21
-75.39
-72.85
22
A
SER
31
-130.35
-47.04
22
A
VAL
33
-143.33
58.81
22
A
ASN
36
-143.71
57.55
22
A
TYR
65
-146.88
56.08
22
A
ALA
68
-54.14
-73.01
22
A
LYS
69
174.08
173.90
23
A
GLN
7
-35.20
119.36
23
A
SER
12
67.61
-58.78
23
A
CYS
13
78.60
124.53
23
A
GLN
14
69.88
-52.63
23
A
CYS
16
-161.78
-167.34
23
A
VAL
17
72.69
-70.28
23
A
HIS
34
-114.54
71.74
23
A
ASN
36
-143.65
57.10
23
A
LYS
69
157.25
-173.02
24
A
MET
11
-114.53
67.74
24
A
CYS
13
-93.04
-132.17
24
A
CYS
16
-159.45
-39.65
24
A
GLU
21
-70.92
-73.77
24
A
SER
31
-133.93
-46.30
24
A
VAL
33
-142.90
58.85
24
A
ASN
36
-155.61
55.51
24
A
VAL
53
-28.65
-52.77
24
A
GLN
63
-106.27
-62.23
24
A
TYR
65
-163.48
54.46
24
A
ALA
68
-64.87
-77.24
24
A
LYS
69
178.61
175.04
25
A
MET
11
23.24
60.99
25
A
SER
12
-148.48
-94.52
25
A
CYS
13
-161.14
-53.41
25
A
GLN
14
-160.60
-47.59
25
A
CYS
16
-141.78
-44.26
25
A
VAL
33
-143.27
58.48
25
A
LYS
69
107.15
165.75
26
A
MET
11
65.52
80.58
26
A
SER
12
-140.90
-69.85
26
A
CYS
13
-154.72
-77.65
26
A
HIS
15
-177.69
-49.20
26
A
CYS
16
69.97
-68.60
26
A
LYS
18
-170.44
-47.75
26
A
VAL
33
-143.22
59.01
26
A
ASN
36
-146.74
58.24
26
A
VAL
53
-27.34
-55.67
26
A
ALA
68
-48.68
-73.61
26
A
LYS
69
172.28
176.47
27
A
MET
11
-108.03
-83.12
27
A
CYS
13
54.65
-161.44
27
A
CYS
16
-103.51
-64.80
27
A
SER
31
-133.70
-45.27
27
A
VAL
33
-144.53
55.36
27
A
GLN
63
-101.14
-61.78
27
A
TYR
65
-159.19
66.54
27
A
ASP
66
-146.47
55.64
27
A
VAL
67
-153.60
58.68
27
A
ALA
68
-26.33
-70.35
27
A
LYS
69
177.92
173.00
27
A
GLU
71
-60.85
93.40
28
A
SER
12
-147.43
-63.91
28
A
CYS
13
113.63
102.11
28
A
GLN
14
73.82
56.30
28
A
VAL
17
53.97
15.46
28
A
SER
31
-138.29
-45.06
28
A
VAL
33
-142.90
57.55
28
A
ASN
36
-155.19
66.85
28
A
VAL
67
-154.49
75.10
28
A
LYS
69
166.25
176.50
29
A
MET
11
-140.07
26.96
29
A
SER
31
-136.82
-49.17
29
A
VAL
33
-143.91
59.88
29
A
ASN
36
-157.05
58.83
29
A
TYR
65
-151.27
59.32
29
A
VAL
67
-155.92
70.37
29
A
ALA
68
-27.65
-71.37
29
A
LYS
69
165.80
172.05
30
A
GLU
9
-98.24
57.26
30
A
SER
12
-67.04
78.55
30
A
LYS
18
-178.41
-43.10
30
A
GLU
21
-79.37
-71.42
30
A
SER
31
-136.61
-43.62
30
A
VAL
33
-146.98
57.92
30
A
ASN
36
-142.07
57.55
30
A
TYR
65
-152.35
56.13
30
A
LYS
69
154.53
172.26
The solution structure of apo CopZ from Bacillus subtilis
1
N
N
A
CYS
16
A
CYS
16
HELX_P
A
GLU
26
A
GLU
26
1
1
11
A
SER
52
A
SER
52
HELX_P
A
ASP
62
A
ASP
62
1
3
11
CHAPERONE
M-X-C-X-X-C motif, beta-alpha-beta-beta-alpha-beta secondary structure, copper chaperone, CHAPERONE
COPZ_BACSU
UNP
1
1
O32221
MEQKTLQVEGMSCQHCVKAVETSVGELDGVSAVHVNLEAGKVDVSFDADKVSVKDIADAIEDQGYDVAK
1
69
1P8G
1
69
O32221
A
1
1
69
1
cloning artifact
ILE
70
1P8G
A
O32221
UNP
70
1
cloning artifact
GLU
71
1P8G
A
O32221
UNP
71
1
cloning artifact
GLY
72
1P8G
A
O32221
UNP
72
1
cloning artifact
ARG
73
1P8G
A
O32221
UNP
73
4
anti-parallel
anti-parallel
anti-parallel
A
VAL
30
A
VAL
30
A
ASN
36
A
ASN
36
A
LYS
41
A
LYS
41
A
PHE
46
A
PHE
46
A
GLU
2
A
GLU
2
A
GLN
7
A
GLN
7
A
LYS
69
A
LYS
69
A
ILE
70
A
ILE
70