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.
Ciofi-Baffoni, S.
D'Onofrio, M.
Gonnelli, L.
Marhuenda-Egea, F.C.
Ruiz-Duenas, F.J.
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
Cu 1
63.546
COPPER (I) ION
non-polymer
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 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
C9 H11 N O3
181.189
y
TYROSINE
L-peptide linking
C5 H11 N O2
117.146
y
VALINE
L-peptide linking
UK
J.Mol.Biol.
JMOBAK
0070
0022-2836
317
415
429
10.1006/jmbi.2002.5430
11922674
Solution structure of the N-terminal domain of a potential copper-translocating P-type ATPase from Bacillus subtilis in the apo and Cu(I) loaded states.
2002
10.2210/pdb1kqk/pdb
pdb_00001kqk
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
8832.031
POTENTIAL COPPER-TRANSPORTING ATPASE
3.6.3.4
N-terminal domain
1
man
polymer
63.546
COPPER (I) ION
1
syn
non-polymer
P-type ATPase, CopA
no
no
MTEKAEFDIEGMTCAACANRIEKRLNKIEGVANAPVNFALETVTVEYNPKEASVSDLKEAVDKLGYKLKLKGEQDSIEGR
MTEKAEFDIEGMTCAACANRIEKRLNKIEGVANAPVNFALETVTVEYNPKEASVSDLKEAVDKLGYKLKLKGEQDSIEGR
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
Bacillus
Escherichia
sample
yvgX
1423
Bacillus subtilis
562
Escherichia coli
BL21 (DE3)pLysS
plasmid
pET21a
database_2
pdbx_nmr_software
pdbx_nmr_spectrometer
pdbx_struct_assembly
pdbx_struct_oper_list
struct_conn
struct_ref_seq_dif
struct_site
repository
Initial release
Version format compliance
Version format compliance
Data collection
Database references
Derived calculations
1
0
2002-04-17
1
1
2008-04-27
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_conn.ptnr1_auth_comp_id
_struct_conn.ptnr1_auth_seq_id
_struct_conn.ptnr1_label_asym_id
_struct_conn.ptnr1_label_atom_id
_struct_conn.ptnr1_label_comp_id
_struct_conn.ptnr1_label_seq_id
_struct_conn.ptnr2_auth_comp_id
_struct_conn.ptnr2_auth_seq_id
_struct_conn.ptnr2_label_asym_id
_struct_conn.ptnr2_label_atom_id
_struct_conn.ptnr2_label_comp_id
_struct_conn.ptnr2_label_seq_id
_struct_ref_seq_dif.details
_struct_site.pdbx_auth_asym_id
_struct_site.pdbx_auth_comp_id
_struct_site.pdbx_auth_seq_id
1JWW contains the same protein in the apo form.
RCSB
Y
RCSB
2002-01-07
REL
CU1
COPPER (I) ION
This structure was determined using standard 2D homonuclear and 3D heteronuclear techniques
target function
300
30
HNHA
3D 15N NOESY-HSQC
2D NOESY
2D TOCSY
100mM phosphate buffer Na
7
ambient
298
K
the structures are based on a total of 1502 restraints, 1415 are NOE-derived
distance constraints, 87 dihedral angle restraints
torsion angle dynamics
2mM Cu(I)CopA 15N; 100mM phosphate buffer Na; 90%H2O, 10%D2O
90% H2O/10% D2O
Borgias, B.; Thomas, P.D.; James, T.L.
iterative matrix relaxation
CORMA
Guentert, P.; Mumenthaler, C.; Wuthrich, K.
structure solution
DYANA
1.5
Bartels, C.; Xia, T.H.; Billeter, M.; Guentert, P.; Wuthrich, K.
data analysis
XEASY
3.2
Pearlman, D.A.; Case, D.A.; Caldwell, J.W.; Ross, W.S.; Cheatham, T.E.; Ferguson, D.M.; Seibel, G.L.; Singh, U.C.; Weiner, P.K.; Kollman, P.A.
refinement
Amber
5.0
collection
XwinNMR
2.6
processing
XwinNMR
2.6
700
Bruker
AVANCE
CU
81
2
CU1
CU1
81
A
MET
1
n
1
MET
1
A
THR
2
n
2
THR
2
A
GLU
3
n
3
GLU
3
A
LYS
4
n
4
LYS
4
A
ALA
5
n
5
ALA
5
A
GLU
6
n
6
GLU
6
A
PHE
7
n
7
PHE
7
A
ASP
8
n
8
ASP
8
A
ILE
9
n
9
ILE
9
A
GLU
10
n
10
GLU
10
A
GLY
11
n
11
GLY
11
A
MET
12
n
12
MET
12
A
THR
13
n
13
THR
13
A
CYS
14
n
14
CYS
14
A
ALA
15
n
15
ALA
15
A
ALA
16
n
16
ALA
16
A
CYS
17
n
17
CYS
17
A
ALA
18
n
18
ALA
18
A
ASN
19
n
19
ASN
19
A
ARG
20
n
20
ARG
20
A
ILE
21
n
21
ILE
21
A
GLU
22
n
22
GLU
22
A
LYS
23
n
23
LYS
23
A
ARG
24
n
24
ARG
24
A
LEU
25
n
25
LEU
25
A
ASN
26
n
26
ASN
26
A
LYS
27
n
27
LYS
27
A
ILE
28
n
28
ILE
28
A
GLU
29
n
29
GLU
29
A
GLY
30
n
30
GLY
30
A
VAL
31
n
31
VAL
31
A
ALA
32
n
32
ALA
32
A
ASN
33
n
33
ASN
33
A
ALA
34
n
34
ALA
34
A
PRO
35
n
35
PRO
35
A
VAL
36
n
36
VAL
36
A
ASN
37
n
37
ASN
37
A
PHE
38
n
38
PHE
38
A
ALA
39
n
39
ALA
39
A
LEU
40
n
40
LEU
40
A
GLU
41
n
41
GLU
41
A
THR
42
n
42
THR
42
A
VAL
43
n
43
VAL
43
A
THR
44
n
44
THR
44
A
VAL
45
n
45
VAL
45
A
GLU
46
n
46
GLU
46
A
TYR
47
n
47
TYR
47
A
ASN
48
n
48
ASN
48
A
PRO
49
n
49
PRO
49
A
LYS
50
n
50
LYS
50
A
GLU
51
n
51
GLU
51
A
ALA
52
n
52
ALA
52
A
SER
53
n
53
SER
53
A
VAL
54
n
54
VAL
54
A
SER
55
n
55
SER
55
A
ASP
56
n
56
ASP
56
A
LEU
57
n
57
LEU
57
A
LYS
58
n
58
LYS
58
A
GLU
59
n
59
GLU
59
A
ALA
60
n
60
ALA
60
A
VAL
61
n
61
VAL
61
A
ASP
62
n
62
ASP
62
A
LYS
63
n
63
LYS
63
A
LEU
64
n
64
LEU
64
A
GLY
65
n
65
GLY
65
A
TYR
66
n
66
TYR
66
A
LYS
67
n
67
LYS
67
A
LEU
68
n
68
LEU
68
A
LYS
69
n
69
LYS
69
A
LEU
70
n
70
LEU
70
A
LYS
71
n
71
LYS
71
A
GLY
72
n
72
GLY
72
A
GLU
73
n
73
GLU
73
A
GLN
74
n
74
GLN
74
A
ASP
75
n
75
ASP
75
A
SER
76
n
76
SER
76
A
ILE
77
n
77
ILE
77
A
GLU
78
n
78
GLU
78
A
GLY
79
n
79
GLY
79
A
ARG
80
n
80
ARG
80
A
author_defined_assembly
1
monomeric
A
CYS
14
A
SG
CYS
14
1_555
A
CU1
81
B
CU
CU1
1_555
A
CYS
17
A
SG
CYS
17
1_555
117.9
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
O
VAL
45
A
O
VAL
45
A
N
ALA
5
A
N
ALA
5
5
A
A
SG
SG
CYS
CYS
14
17
1.82
10
A
A
SG
SG
CYS
CYS
14
17
2.14
17
A
A
SG
SG
CYS
CYS
14
17
2.00
19
A
A
SG
SG
CYS
CYS
14
17
1.66
1
A
ARG
20
0.114
SIDE CHAIN
4
A
TYR
47
0.069
SIDE CHAIN
4
A
TYR
66
0.104
SIDE CHAIN
5
A
TYR
47
0.063
SIDE CHAIN
7
A
TYR
66
0.107
SIDE CHAIN
9
A
TYR
47
0.091
SIDE CHAIN
10
A
TYR
47
0.104
SIDE CHAIN
12
A
TYR
47
0.066
SIDE CHAIN
13
A
TYR
47
0.084
SIDE CHAIN
14
A
TYR
66
0.093
SIDE CHAIN
15
A
TYR
66
0.086
SIDE CHAIN
15
A
ARG
80
0.100
SIDE CHAIN
16
A
TYR
47
0.088
SIDE CHAIN
18
A
ARG
20
0.088
SIDE CHAIN
18
A
TYR
47
0.110
SIDE CHAIN
18
A
TYR
66
0.076
SIDE CHAIN
19
A
TYR
47
0.072
SIDE CHAIN
19
A
TYR
66
0.094
SIDE CHAIN
20
A
TYR
47
0.062
SIDE CHAIN
22
A
TYR
66
0.082
SIDE CHAIN
25
A
TYR
47
0.091
SIDE CHAIN
25
A
TYR
66
0.094
SIDE CHAIN
26
A
TYR
47
0.068
SIDE CHAIN
26
A
ARG
80
0.118
SIDE CHAIN
28
A
TYR
47
0.069
SIDE CHAIN
29
A
TYR
47
0.070
SIDE CHAIN
30
A
TYR
47
0.070
SIDE CHAIN
26
-3.07
0.50
120.30
117.23
A
A
A
NE
CZ
NH2
ARG
ARG
ARG
80
80
80
N
1
A
THR
2
54.41
-177.11
1
A
ALA
34
-179.23
61.13
1
A
ALA
39
-159.64
-57.38
1
A
LYS
50
-144.94
-60.08
1
A
GLU
73
-166.16
31.94
1
A
GLN
74
-159.11
54.38
1
A
ILE
77
71.05
-68.24
1
A
GLU
78
65.37
155.70
2
A
MET
12
32.80
73.23
2
A
ALA
34
-172.28
59.94
2
A
ALA
39
-138.95
-55.93
2
A
LYS
50
-136.30
-56.65
2
A
LYS
71
-125.47
-146.92
2
A
GLN
74
52.06
72.97
2
A
ILE
77
-161.40
90.90
3
A
MET
12
-82.63
45.08
3
A
CYS
14
-156.10
-30.29
3
A
ALA
15
74.88
-55.73
3
A
ALA
34
-178.79
67.55
3
A
ALA
39
-160.57
-60.96
3
A
LYS
50
-154.67
-19.15
3
A
LYS
71
-127.10
-51.73
3
A
SER
76
-88.61
-73.40
3
A
ILE
77
54.48
80.29
4
A
MET
12
21.56
59.37
4
A
ALA
34
-169.29
55.09
4
A
ALA
39
-154.18
-49.95
4
A
GLU
41
81.58
49.91
4
A
LYS
50
-135.65
-55.63
4
A
LYS
71
-124.49
-51.55
4
A
GLU
73
-165.53
40.14
4
A
GLN
74
-162.06
54.11
5
A
ALA
34
-175.62
57.18
5
A
ALA
39
-167.62
-55.74
5
A
GLU
51
-141.25
-67.22
5
A
LYS
71
-131.08
-51.07
5
A
GLN
74
177.16
-47.29
5
A
ASP
75
77.91
-59.88
5
A
ILE
77
-131.45
-84.75
5
A
GLU
78
-168.93
-97.78
6
A
MET
12
33.56
64.53
6
A
ALA
34
-169.65
56.91
6
A
ALA
39
-159.16
-55.30
6
A
GLU
51
-137.09
-61.38
6
A
LYS
63
-69.46
10.11
6
A
LYS
71
-121.24
-53.90
6
A
GLN
74
68.19
123.25
6
A
ILE
77
-45.73
105.87
7
A
THR
2
66.77
172.14
7
A
MET
12
30.71
57.56
7
A
ALA
34
-167.55
54.23
7
A
ALA
39
-179.36
-61.33
7
A
GLU
41
60.55
68.76
7
A
GLU
51
-130.62
-61.95
7
A
LYS
71
-120.37
-72.34
7
A
GLU
73
-173.89
50.02
7
A
ASP
75
170.21
-64.12
7
A
SER
76
-137.65
-44.75
8
A
THR
2
57.54
-166.38
8
A
CYS
14
-144.99
-89.03
8
A
ALA
15
145.97
-56.21
8
A
ALA
34
-176.65
61.68
8
A
ALA
39
-159.91
-57.88
8
A
PRO
49
-77.14
42.73
8
A
LYS
50
-142.86
-3.62
8
A
GLU
51
-130.47
-57.80
8
A
ASP
75
6.28
78.45
8
A
SER
76
-155.68
-61.99
9
A
THR
2
-111.31
-108.68
9
A
ALA
34
-168.05
57.45
9
A
ALA
39
-164.54
-56.25
9
A
GLU
41
71.15
55.60
9
A
LYS
50
-150.35
-0.69
9
A
GLU
51
-129.21
-74.12
9
A
SER
76
-171.89
66.50
10
A
ALA
34
-169.19
58.90
10
A
ALA
39
-161.56
-54.58
10
A
LYS
50
-150.12
18.65
10
A
GLU
51
-146.14
-68.26
10
A
LYS
71
-133.49
-34.54
10
A
GLU
73
-156.60
45.75
10
A
SER
76
-171.30
76.91
11
A
GLU
3
-107.59
-165.64
11
A
MET
12
33.63
67.97
11
A
ALA
34
-167.76
54.37
11
A
ALA
39
176.07
-41.79
11
A
LYS
50
-157.34
-59.34
11
A
LYS
71
-120.58
-53.86
11
A
GLU
73
-161.74
37.54
11
A
GLN
74
-150.96
47.93
11
A
ILE
77
63.55
175.64
11
A
GLU
78
65.42
-173.68
12
A
ALA
34
-170.83
57.29
12
A
ALA
39
-160.51
-54.11
12
A
GLU
41
71.00
45.47
12
A
LYS
50
-153.58
17.36
12
A
GLU
51
-145.24
-59.62
12
A
LYS
71
-122.00
-51.66
12
A
GLN
74
-175.70
66.70
12
A
ASP
75
30.55
64.73
12
A
GLU
78
-64.74
93.59
13
A
THR
2
-98.34
-122.86
13
A
ALA
34
-140.58
56.06
13
A
ALA
39
-165.19
-50.59
13
A
LYS
50
-156.26
23.71
13
A
GLU
51
-141.24
-63.93
13
A
LYS
71
-125.80
-54.00
13
A
GLU
73
66.12
-27.02
13
A
GLN
74
-61.64
81.16
13
A
ASP
75
-168.11
118.09
14
A
THR
2
58.01
-179.86
14
A
ALA
34
-169.81
58.25
14
A
PHE
38
-101.90
65.57
14
A
ALA
39
-161.33
-53.85
14
A
GLU
51
-140.90
-56.38
14
A
LYS
71
-129.34
-133.26
14
A
GLU
73
71.99
-123.72
14
A
ASP
75
39.08
54.17
14
A
SER
76
-131.44
-56.35
14
A
ILE
77
68.38
85.63
15
A
THR
2
63.59
153.35
15
A
MET
12
25.14
64.22
15
A
ALA
34
-164.54
57.13
15
A
ALA
39
-154.53
-51.53
15
A
GLU
41
70.54
52.65
15
A
LYS
50
-142.25
-58.92
15
A
LYS
71
-132.23
-52.84
15
A
GLU
73
-97.38
-66.35
15
A
ASP
75
-179.90
-81.66
15
A
SER
76
-167.62
-48.84
15
A
ILE
77
25.83
67.57
16
A
MET
12
30.00
70.23
16
A
ALA
34
-175.11
59.53
16
A
ALA
39
-151.14
-40.52
16
A
PRO
49
-77.89
46.62
16
A
LYS
50
-156.02
6.20
16
A
GLU
51
-132.75
-73.99
16
A
LYS
71
-132.11
-52.21
16
A
GLU
73
-142.30
-73.03
16
A
GLN
74
61.25
60.74
16
A
ILE
77
38.65
69.90
17
A
ALA
34
-161.92
55.82
17
A
ALA
39
-159.80
-54.45
17
A
GLU
41
77.41
51.19
17
A
GLU
51
-125.16
-69.55
17
A
GLU
73
-160.74
42.98
17
A
GLN
74
-164.86
73.92
17
A
ASP
75
-69.23
74.82
17
A
SER
76
-161.63
-75.31
18
A
MET
12
22.78
70.28
18
A
ALA
34
-167.77
60.69
18
A
ALA
39
-157.62
-53.59
18
A
LYS
50
-151.74
-55.68
18
A
ASP
75
21.34
79.29
18
A
SER
76
-157.28
63.39
19
A
GLU
3
-116.17
-164.50
19
A
ALA
15
70.43
-60.37
19
A
ALA
34
-174.43
58.63
19
A
PHE
38
-63.88
83.70
19
A
ALA
39
174.11
-49.49
19
A
LYS
50
-148.96
-51.65
19
A
LYS
71
-128.70
-56.16
19
A
GLU
73
63.81
-78.21
19
A
GLN
74
-156.19
-51.76
19
A
ASP
75
37.07
78.29
19
A
GLU
78
69.49
132.38
20
A
ALA
34
-165.80
58.31
20
A
ALA
39
-157.89
-54.44
20
A
LYS
50
-150.19
11.71
20
A
GLU
51
-148.46
-65.91
20
A
LYS
63
-58.28
-9.09
20
A
LYS
71
-141.41
32.42
20
A
GLN
74
117.84
103.81
20
A
ASP
75
-65.61
71.17
20
A
SER
76
-164.26
53.80
20
A
ILE
77
77.48
117.48
20
A
GLU
78
-132.72
-68.36
21
A
MET
12
-69.68
84.77
21
A
ALA
34
-166.35
55.12
21
A
ALA
39
-158.59
-51.46
21
A
LYS
50
-150.40
17.32
21
A
GLU
51
-145.31
-67.82
21
A
GLN
74
82.67
71.88
21
A
GLU
78
-174.87
-54.89
22
A
THR
2
68.48
150.22
22
A
MET
12
-24.39
91.31
22
A
ALA
34
-169.06
55.84
22
A
ALA
39
-163.92
-38.00
22
A
LYS
50
-149.85
-52.81
22
A
GLN
74
59.48
90.59
22
A
SER
76
-155.87
74.09
23
A
ALA
34
-165.21
54.14
23
A
ALA
39
-161.82
-57.46
23
A
LYS
50
-134.19
-57.86
23
A
ASP
75
72.63
78.55
23
A
SER
76
64.24
70.31
23
A
ILE
77
38.41
-144.83
24
A
MET
12
-27.52
91.18
24
A
ALA
34
-170.62
65.14
24
A
ALA
39
-144.77
-41.14
24
A
LYS
50
-136.98
-51.77
24
A
LYS
71
-138.21
-149.18
24
A
GLN
74
62.44
106.31
24
A
SER
76
-129.90
-52.42
24
A
ILE
77
-147.28
51.69
25
A
THR
2
52.55
-169.62
25
A
ALA
34
-172.02
54.28
25
A
ALA
39
-160.66
-55.50
25
A
LYS
50
-155.47
11.26
25
A
GLU
51
-133.71
-62.42
25
A
ASP
75
17.59
59.51
25
A
ILE
77
-1.99
-82.22
25
A
GLU
78
-165.61
-64.33
26
A
MET
12
29.57
78.13
26
A
ALA
34
-171.89
62.66
26
A
ALA
39
-146.33
-63.71
26
A
GLU
41
70.38
56.80
26
A
LYS
50
-150.74
-58.45
26
A
GLN
74
-161.39
85.46
26
A
ASP
75
-75.50
43.09
26
A
SER
76
-172.61
91.56
26
A
ILE
77
-161.67
-53.62
27
A
MET
12
40.59
-90.99
27
A
THR
13
78.23
-47.09
27
A
ALA
34
-168.16
58.71
27
A
ALA
39
-160.83
-60.61
27
A
GLU
41
66.16
61.32
27
A
LYS
50
-159.33
6.97
27
A
GLU
51
-135.72
-61.45
27
A
LYS
71
-124.01
-54.19
27
A
GLU
73
-155.57
54.58
27
A
SER
76
-177.87
87.50
27
A
ILE
77
-118.50
78.05
28
A
MET
12
66.71
-61.17
28
A
THR
13
78.20
-57.58
28
A
ALA
34
-167.39
54.43
28
A
ALA
39
-164.11
-33.98
28
A
LYS
50
-145.94
-1.85
28
A
GLU
51
-134.28
-67.11
28
A
GLU
73
-140.08
47.59
28
A
ILE
77
72.02
111.24
29
A
THR
2
169.15
179.48
29
A
ALA
34
-176.96
61.88
29
A
ALA
39
-158.23
-51.18
29
A
LYS
50
-147.27
-54.40
29
A
GLN
74
53.83
80.13
29
A
ILE
77
56.31
77.34
30
A
THR
2
169.15
179.48
30
A
ALA
34
-176.96
61.88
30
A
ALA
39
-158.23
-51.18
30
A
LYS
50
-147.27
-54.40
30
A
GLN
74
53.83
80.13
30
A
ILE
77
56.31
77.34
Solution Structure of the N-terminal Domain of a Potential Copper-translocating P-type ATPase from Bacillus subtilis in the Cu(I)loaded State
1
N
N
2
N
N
A
ALA
15
A
ALA
15
HELX_P
A
LYS
27
A
LYS
27
1
1
13
A
SER
53
A
SER
53
HELX_P
A
LYS
63
A
LYS
63
1
2
11
metalc
2.169
A
CYS
14
A
SG
CYS
14
1_555
A
CU1
81
B
CU
CU1
1_555
metalc
2.178
A
CYS
17
A
SG
CYS
17
1_555
A
CU1
81
B
CU
CU1
1_555
HYDROLASE
CopA, folding, P-type ATPase, copper transporting protein, HYDROLASE
COPA_BACSU
UNP
1
73
O32220
TEKAEFDIEGMTCAACANRIEKRLNKIEGVANAPVNFALETVTVEYNPKEASVSDLKEAVDKLGYKLKLKGEQDS
73
147
1KQK
2
76
O32220
A
1
2
76
1
initiating methionine
MET
1
1KQK
A
O32220
UNP
1
1
SEE REMARK 999
ILE
77
1KQK
A
O32220
UNP
77
1
SEE REMARK 999
GLU
78
1KQK
A
O32220
UNP
78
1
SEE REMARK 999
GLY
79
1KQK
A
O32220
UNP
79
1
SEE REMARK 999
ARG
80
1KQK
A
O32220
UNP
80
1
2
1
1
anti-parallel
A
GLU
3
A
GLU
3
A
GLU
10
A
GLU
10
A
GLY
30
A
GLY
30
A
ASN
33
A
ASN
33
A
VAL
36
A
VAL
36
A
ASN
37
A
ASN
37
A
GLU
41
A
GLU
41
A
ASN
48
A
ASN
48
A
LYS
67
A
LYS
67
A
GLU
73
A
GLU
73
BINDING SITE FOR RESIDUE CU1 A 81
A
CU1
81
Software
2
A
CYS
14
A
CYS
14
2
1_555
A
CYS
17
A
CYS
17
2
1_555