1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
Amezcua, C.A.
Harper, S.M.
Rutter, J.
Gardner, K.H.
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
UK
Structure
STRUE6
2005
0969-2126
10
1349
1361
10.1016/S0969-2126(02)00857-2
12377121
Structure and interactions of PAS kinase N-terminal PAS domain: model for intramolecular kinase regulation.
2002
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
12659.517
PAS Kinase
2.7.1.37
PAS-A domain
1
man
polymer
no
no
GAMDPEFNKAIFTVDAKTTEILVANDKACGLLGYSSQDLIGQKLTQFFLRSDSDVVEALSEEHMEADGHAAVVFGTVVDI
ISRSGEKIPVSVWMKRMRQERRLCCVVVLEPVER
GAMDPEFNKAIFTVDAKTTEILVANDKACGLLGYSSQDLIGQKLTQFFLRSDSDVVEALSEEHMEADGHAAVVFGTVVDI
ISRSGEKIPVSVWMKRMRQERRLCCVVVLEPVER
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
human
Homo
Escherichia
Escherichia coli
sample
9606
Homo sapiens
469008
Escherichia coli BL21(DE3)
BL-21(DE3)
atom_site
database_2
pdbx_database_status
pdbx_nmr_representative
pdbx_nmr_software
pdbx_struct_assembly
pdbx_struct_oper_list
pdbx_validate_close_contact
pdbx_validate_torsion
struct_ref_seq_dif
repository
Initial release
Version format compliance
Version format compliance
Advisory
Atomic model
Data collection
Database references
Derived calculations
Other
1
0
2002-10-09
1
1
2008-04-28
1
2
2011-07-13
2
0
2020-02-05
_atom_site.Cartn_x
_atom_site.Cartn_y
_atom_site.Cartn_z
_pdbx_database_status.status_code_cs
_pdbx_nmr_representative.conformer_id
_pdbx_nmr_software.name
_pdbx_validate_close_contact.PDB_model_num
_pdbx_validate_torsion.PDB_model_num
_pdbx_validate_torsion.auth_comp_id
_pdbx_validate_torsion.auth_seq_id
_pdbx_validate_torsion.phi
_pdbx_validate_torsion.psi
_struct_ref_seq_dif.details
RCSB
Y
RCSB
2002-04-26
REL
REL
structures with the lowest energy
100
20
2D NOESY
3D_13C,15N-edited NOESY
3D_15N-separated_NOESY
1H-15N-IPAP
50mM sodium chloride
6.5
ambient
298
K
2520 NOE-derived distance constraints, 48 Hydrogen bonds,
116 Dihedral angle restraints, 61 dipolar couplings
molecular dynamics/simulated annealing
1
closest to the average
1mM PAS Kinase PAS-A domain U-15N,13C;
20mM sodium phosphate buffer;
50mM sodium chloride; 5mM DTT
90% H2O/10% D2O
VARIAN INC.
collection
VNMR
6.2
Delaglio, F.
processing
NMRPipe
NA
Johnson, B.
data analysis
NMRView
5.04
Brunger, A.T.
structure solution
CNS
1.0
Nilges, M.
refinement
ARIA
1.1
500
Varian
INOVA
600
Varian
INOVA
GLY
1
n
1
GLY
1
A
ALA
2
n
2
ALA
2
A
MET
3
n
3
MET
3
A
ASP
4
n
4
ASP
4
A
PRO
5
n
5
PRO
5
A
GLU
6
n
6
GLU
6
A
PHE
7
n
7
PHE
7
A
ASN
8
n
8
ASN
8
A
LYS
9
n
9
LYS
9
A
ALA
10
n
10
ALA
10
A
ILE
11
n
11
ILE
11
A
PHE
12
n
12
PHE
12
A
THR
13
n
13
THR
13
A
VAL
14
n
14
VAL
14
A
ASP
15
n
15
ASP
15
A
ALA
16
n
16
ALA
16
A
LYS
17
n
17
LYS
17
A
THR
18
n
18
THR
18
A
THR
19
n
19
THR
19
A
GLU
20
n
20
GLU
20
A
ILE
21
n
21
ILE
21
A
LEU
22
n
22
LEU
22
A
VAL
23
n
23
VAL
23
A
ALA
24
n
24
ALA
24
A
ASN
25
n
25
ASN
25
A
ASP
26
n
26
ASP
26
A
LYS
27
n
27
LYS
27
A
ALA
28
n
28
ALA
28
A
CYS
29
n
29
CYS
29
A
GLY
30
n
30
GLY
30
A
LEU
31
n
31
LEU
31
A
LEU
32
n
32
LEU
32
A
GLY
33
n
33
GLY
33
A
TYR
34
n
34
TYR
34
A
SER
35
n
35
SER
35
A
SER
36
n
36
SER
36
A
GLN
37
n
37
GLN
37
A
ASP
38
n
38
ASP
38
A
LEU
39
n
39
LEU
39
A
ILE
40
n
40
ILE
40
A
GLY
41
n
41
GLY
41
A
GLN
42
n
42
GLN
42
A
LYS
43
n
43
LYS
43
A
LEU
44
n
44
LEU
44
A
THR
45
n
45
THR
45
A
GLN
46
n
46
GLN
46
A
PHE
47
n
47
PHE
47
A
PHE
48
n
48
PHE
48
A
LEU
49
n
49
LEU
49
A
ARG
50
n
50
ARG
50
A
SER
51
n
51
SER
51
A
ASP
52
n
52
ASP
52
A
SER
53
n
53
SER
53
A
ASP
54
n
54
ASP
54
A
VAL
55
n
55
VAL
55
A
VAL
56
n
56
VAL
56
A
GLU
57
n
57
GLU
57
A
ALA
58
n
58
ALA
58
A
LEU
59
n
59
LEU
59
A
SER
60
n
60
SER
60
A
GLU
61
n
61
GLU
61
A
GLU
62
n
62
GLU
62
A
HIS
63
n
63
HIS
63
A
MET
64
n
64
MET
64
A
GLU
65
n
65
GLU
65
A
ALA
66
n
66
ALA
66
A
ASP
67
n
67
ASP
67
A
GLY
68
n
68
GLY
68
A
HIS
69
n
69
HIS
69
A
ALA
70
n
70
ALA
70
A
ALA
71
n
71
ALA
71
A
VAL
72
n
72
VAL
72
A
VAL
73
n
73
VAL
73
A
PHE
74
n
74
PHE
74
A
GLY
75
n
75
GLY
75
A
THR
76
n
76
THR
76
A
VAL
77
n
77
VAL
77
A
VAL
78
n
78
VAL
78
A
ASP
79
n
79
ASP
79
A
ILE
80
n
80
ILE
80
A
ILE
81
n
81
ILE
81
A
SER
82
n
82
SER
82
A
ARG
83
n
83
ARG
83
A
SER
84
n
84
SER
84
A
GLY
85
n
85
GLY
85
A
GLU
86
n
86
GLU
86
A
LYS
87
n
87
LYS
87
A
ILE
88
n
88
ILE
88
A
PRO
89
n
89
PRO
89
A
VAL
90
n
90
VAL
90
A
SER
91
n
91
SER
91
A
VAL
92
n
92
VAL
92
A
TRP
93
n
93
TRP
93
A
MET
94
n
94
MET
94
A
LYS
95
n
95
LYS
95
A
ARG
96
n
96
ARG
96
A
MET
97
n
97
MET
97
A
ARG
98
n
98
ARG
98
A
GLN
99
n
99
GLN
99
A
GLU
100
n
100
GLU
100
A
ARG
101
n
101
ARG
101
A
ARG
102
n
102
ARG
102
A
LEU
103
n
103
LEU
103
A
CYS
104
n
104
CYS
104
A
CYS
105
n
105
CYS
105
A
VAL
106
n
106
VAL
106
A
VAL
107
n
107
VAL
107
A
VAL
108
n
108
VAL
108
A
LEU
109
n
109
LEU
109
A
GLU
110
n
110
GLU
110
A
PRO
111
n
111
PRO
111
A
VAL
112
n
112
VAL
112
A
GLU
113
n
113
GLU
113
A
ARG
114
n
114
ARG
114
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
VAL
23
A
O
VAL
23
A
N
THR
13
A
N
THR
13
A
N
PHE
12
A
N
PHE
12
A
O
VAL
107
A
O
VAL
107
A
O
GLU
110
A
O
GLU
110
A
N
SER
91
A
N
SER
91
A
O
VAL
90
A
O
VAL
90
A
N
VAL
78
A
N
VAL
78
A
O
VAL
23
A
O
VAL
23
A
N
THR
13
A
N
THR
13
A
N
PHE
12
A
N
PHE
12
A
O
VAL
107
A
O
VAL
107
A
O
VAL
106
A
O
VAL
106
A
N
LYS
95
A
N
LYS
95
2
A
A
H
HA
LEU
ILE
49
80
1.30
3
A
A
HD13
H
LEU
THR
44
45
1.32
5
A
A
HD11
H
LEU
THR
44
45
1.30
7
A
A
HD1
HB
PHE
ILE
48
80
1.33
10
A
A
HD11
H
LEU
THR
44
45
1.34
13
A
A
HG
H
LEU
GLY
32
33
1.33
16
A
A
H
HA
LEU
ILE
49
80
1.27
16
A
A
HD13
H
LEU
THR
44
45
1.28
17
A
A
HD13
H
LEU
THR
44
45
1.32
18
A
A
HD12
H
LEU
THR
44
45
1.35
1
A
ALA
2
-142.79
25.67
1
A
MET
3
-140.68
-104.84
1
A
ASP
4
-151.67
-51.38
1
A
ASN
8
-171.78
45.66
1
A
THR
19
81.89
-109.87
1
A
GLU
20
54.81
95.61
1
A
LYS
27
-94.51
-63.91
1
A
LEU
32
-91.48
-73.39
1
A
TYR
34
-107.83
-142.26
1
A
SER
35
170.14
167.78
1
A
GLN
42
-102.98
-164.13
1
A
LEU
49
14.01
94.56
1
A
ARG
50
64.49
112.94
1
A
ASP
52
-90.11
-72.32
1
A
SER
53
-94.08
-61.97
1
A
ASP
54
-35.50
-39.70
1
A
SER
60
-91.72
-134.63
1
A
GLU
61
-46.99
-16.55
1
A
GLU
62
76.62
-159.57
1
A
HIS
63
41.13
-152.39
1
A
GLU
65
74.09
-42.49
1
A
ASP
67
59.89
98.60
1
A
LYS
87
32.98
55.30
1
A
ARG
98
59.28
179.70
1
A
GLN
99
-167.56
-18.76
1
A
GLU
100
-149.82
-78.60
1
A
ARG
101
-146.38
11.75
1
A
LEU
103
-54.88
105.30
2
A
ALA
2
-167.20
77.00
2
A
MET
3
-154.93
-75.24
2
A
ASP
4
-150.93
-49.93
2
A
ASN
8
-163.71
45.50
2
A
LYS
27
-92.38
-66.51
2
A
LEU
32
-92.39
-71.44
2
A
TYR
34
-106.29
-146.09
2
A
SER
35
175.38
167.19
2
A
GLN
42
-112.77
-168.58
2
A
LEU
49
29.15
-94.45
2
A
ASP
52
-86.01
-70.60
2
A
GLU
61
-154.55
21.49
2
A
GLU
62
58.42
-169.36
2
A
HIS
63
29.35
-108.38
2
A
GLU
65
70.44
-19.68
2
A
ALA
66
-166.75
21.94
2
A
ALA
71
-161.22
-20.80
2
A
PHE
74
-156.19
-32.80
2
A
VAL
77
-63.98
99.67
2
A
LYS
87
53.17
85.69
2
A
ARG
96
-84.85
39.33
2
A
GLU
100
-143.60
-82.31
3
A
ALA
2
-168.74
-106.78
3
A
MET
3
-62.51
-81.32
3
A
ASP
4
49.28
76.82
3
A
PHE
7
57.30
13.35
3
A
ASN
8
-170.71
0.84
3
A
LYS
9
-42.59
92.51
3
A
ASP
26
-61.62
-71.09
3
A
LEU
32
-90.97
-75.88
3
A
TYR
34
-109.67
-142.50
3
A
SER
35
171.19
165.59
3
A
GLN
42
-104.73
-165.20
3
A
LEU
49
11.07
96.70
3
A
ARG
50
63.45
106.73
3
A
ASP
52
-88.39
-71.72
3
A
GLU
61
70.78
-11.41
3
A
GLU
62
76.78
176.64
3
A
HIS
63
36.57
-140.11
3
A
ALA
66
-165.92
-78.96
3
A
ASP
67
-162.99
119.78
3
A
ALA
70
60.33
64.19
3
A
VAL
77
-64.81
99.78
3
A
ARG
96
-82.55
41.39
3
A
MET
97
-71.13
-169.80
3
A
GLU
100
-152.33
-87.05
3
A
LEU
103
-60.44
97.71
4
A
ALA
2
-165.62
-40.36
4
A
GLU
6
-152.60
9.76
4
A
ASN
8
58.10
19.99
4
A
THR
19
82.24
-122.12
4
A
GLU
20
62.96
109.96
4
A
LYS
27
-93.15
-67.80
4
A
LEU
32
-92.61
-71.01
4
A
TYR
34
-103.40
-145.22
4
A
SER
35
174.45
166.56
4
A
LEU
49
10.77
92.44
4
A
ARG
50
59.69
110.69
4
A
ASP
52
-84.42
-72.93
4
A
MET
64
57.42
14.28
4
A
ALA
66
-171.35
-109.56
4
A
ASP
67
-166.34
88.15
4
A
HIS
69
-152.01
-159.33
4
A
ALA
70
-157.95
70.77
4
A
ALA
71
-144.40
-70.11
4
A
VAL
77
-65.46
99.07
4
A
GLN
99
-167.27
33.06
4
A
GLU
100
-157.35
-73.93
4
A
ARG
101
-177.87
-10.57
4
A
LEU
103
-50.24
106.65
5
A
ALA
2
-163.42
-65.65
5
A
MET
3
-165.64
-56.75
5
A
ASP
4
-164.96
-51.10
5
A
ASN
8
-148.39
56.82
5
A
THR
19
79.80
-111.78
5
A
GLU
20
54.66
102.92
5
A
ILE
21
-57.47
104.46
5
A
LYS
27
-93.24
-68.19
5
A
LEU
32
-83.50
-75.48
5
A
TYR
34
-104.25
-146.44
5
A
SER
35
172.91
167.06
5
A
LEU
49
-20.39
96.66
5
A
ARG
50
61.43
107.10
5
A
ASP
52
-83.68
-71.35
5
A
GLU
61
-155.53
11.01
5
A
HIS
63
-176.21
-143.64
5
A
MET
64
-79.37
30.57
5
A
ALA
66
-165.00
-95.52
5
A
ASP
67
-172.64
46.01
5
A
ALA
70
-142.40
38.31
5
A
VAL
77
-65.09
99.79
5
A
GLU
86
-143.90
-12.35
5
A
GLU
100
-150.48
-83.77
5
A
LEU
103
-56.94
97.15
6
A
ALA
2
-102.66
-165.60
6
A
ASP
4
56.79
77.34
6
A
GLU
6
-152.02
-3.45
6
A
PHE
7
-67.34
-78.30
6
A
LYS
9
-91.77
-111.78
6
A
THR
19
84.31
-113.43
6
A
GLU
20
58.28
97.88
6
A
ILE
21
-55.11
104.04
6
A
LEU
32
-93.06
-73.56
6
A
TYR
34
-102.39
-143.34
6
A
SER
35
174.68
169.98
6
A
LEU
49
16.44
88.70
6
A
ARG
50
56.85
111.92
6
A
ASP
52
-77.62
-72.19
6
A
SER
60
-80.36
-157.48
6
A
GLU
62
69.54
113.71
6
A
HIS
63
173.00
-126.15
6
A
GLU
65
73.15
-40.49
6
A
ALA
66
-172.55
26.25
6
A
ASP
67
66.48
131.91
6
A
HIS
69
-130.81
-60.42
6
A
VAL
77
-64.42
99.32
6
A
GLU
100
-132.31
-91.44
6
A
LEU
103
-57.22
95.39
7
A
ALA
2
-158.58
-73.52
7
A
GLU
6
-151.99
8.98
7
A
ASN
8
-150.90
48.51
7
A
THR
19
82.45
-119.44
7
A
GLU
20
60.98
109.49
7
A
LYS
27
-94.03
-68.26
7
A
LEU
32
-86.01
-82.71
7
A
TYR
34
-102.10
-150.32
7
A
GLN
42
-108.08
-168.91
7
A
LEU
49
43.24
-87.48
7
A
ASP
52
-91.61
-71.07
7
A
SER
53
-93.13
-60.83
7
A
SER
60
-67.24
-147.06
7
A
GLU
62
64.84
81.68
7
A
HIS
63
177.05
-145.40
7
A
MET
64
-83.99
37.48
7
A
GLU
65
73.07
-31.03
7
A
ALA
66
-174.03
-76.02
7
A
ASP
67
-172.22
117.30
7
A
ALA
70
177.45
56.97
7
A
ALA
71
-152.63
-5.38
7
A
LYS
87
62.43
101.58
7
A
GLU
100
-136.76
-82.81
7
A
LEU
103
-56.59
100.72
8
A
ALA
2
-147.77
-73.23
8
A
MET
3
-146.76
18.56
8
A
ASN
8
-156.30
26.27
8
A
LYS
9
-62.63
97.19
8
A
LYS
27
-93.43
-66.90
8
A
LEU
32
-92.45
-74.30
8
A
TYR
34
-104.24
-145.63
8
A
SER
35
176.40
166.48
8
A
LEU
49
28.91
-89.72
8
A
ASP
52
-87.76
-70.63
8
A
GLU
62
70.32
171.17
8
A
HIS
63
5.28
104.62
8
A
GLU
65
67.49
-16.41
8
A
ALA
66
179.13
172.36
8
A
HIS
69
-144.74
-58.71
8
A
ALA
70
73.83
69.16
8
A
ALA
71
-129.74
-60.44
8
A
PHE
74
-159.93
16.66
8
A
VAL
77
-63.28
99.71
8
A
GLN
99
-156.84
-23.92
8
A
GLU
100
-135.67
-77.01
8
A
ARG
101
-158.42
4.59
9
A
MET
3
-144.35
-76.50
9
A
ASP
4
-165.93
61.44
9
A
THR
19
82.01
-118.79
9
A
GLU
20
63.04
108.18
9
A
LEU
32
-90.71
-75.79
9
A
TYR
34
-106.89
-146.46
9
A
SER
35
172.51
161.66
9
A
GLN
42
-101.39
-163.98
9
A
ARG
50
50.66
87.21
9
A
ASP
52
-89.75
-72.45
9
A
GLU
61
71.09
-11.78
9
A
GLU
62
68.51
174.48
9
A
HIS
63
35.80
-139.62
9
A
MET
64
-96.88
33.96
9
A
GLU
65
65.07
-4.39
9
A
ALA
66
-166.38
-94.13
9
A
ASP
67
-171.99
109.34
9
A
ALA
71
-93.26
-64.38
9
A
ARG
98
57.09
168.56
9
A
GLN
99
-147.77
-16.37
9
A
GLU
100
-150.45
-74.27
9
A
ARG
101
-149.81
16.04
9
A
LEU
103
-58.67
102.56
10
A
ALA
2
-146.38
-159.92
10
A
ASP
4
46.20
72.58
10
A
GLU
6
-159.34
1.03
10
A
PHE
7
58.58
9.55
10
A
ASN
8
-166.65
2.08
10
A
LYS
9
-42.60
97.87
10
A
THR
19
76.76
-117.09
10
A
GLU
20
57.22
106.69
10
A
ILE
21
-54.57
104.03
10
A
ASP
26
-62.04
-70.51
10
A
LEU
32
-85.49
-83.53
10
A
TYR
34
-107.16
-142.45
10
A
SER
35
175.50
166.33
10
A
LEU
49
14.07
98.03
10
A
ARG
50
62.66
107.72
10
A
ASP
52
-91.64
-70.76
10
A
GLU
61
70.93
-17.19
10
A
GLU
62
70.66
-178.81
10
A
HIS
63
30.25
-124.30
10
A
ALA
66
-173.09
34.01
10
A
ALA
70
-142.05
-4.36
10
A
PHE
74
-157.12
-39.14
10
A
GLN
99
63.05
-83.66
10
A
GLU
100
-82.74
-154.17
10
A
LEU
103
-55.62
94.83
11
A
ALA
2
64.20
161.87
11
A
MET
3
-162.93
-38.63
11
A
ASP
4
-170.88
-50.78
11
A
ASN
8
-104.65
50.00
11
A
THR
19
83.77
-83.49
11
A
GLU
20
26.91
97.07
11
A
ILE
21
-53.56
109.50
11
A
ASP
26
-62.02
-72.01
11
A
LEU
32
-93.67
-73.91
11
A
TYR
34
-107.65
-143.94
11
A
SER
35
173.40
165.96
11
A
LEU
49
24.92
-102.84
11
A
ASP
52
-92.41
-71.71
11
A
GLU
61
69.99
-13.34
11
A
GLU
62
69.79
-176.36
11
A
HIS
63
38.75
-148.33
11
A
GLU
65
73.00
-33.77
11
A
ASP
67
57.17
88.13
11
A
ALA
71
-98.75
-73.36
11
A
VAL
77
-64.39
99.78
11
A
LYS
87
54.84
85.04
11
A
ARG
98
64.84
-78.64
11
A
GLU
100
-169.70
-161.96
11
A
LEU
103
-53.56
107.67
12
A
MET
3
-118.02
-100.55
12
A
ASP
4
-163.47
64.68
12
A
PRO
5
-82.30
46.10
12
A
ASN
8
-157.83
34.46
12
A
ASP
26
-60.95
-71.23
12
A
LEU
32
-91.99
-75.79
12
A
TYR
34
-114.65
-146.05
12
A
SER
35
177.20
163.90
12
A
GLN
42
-108.29
-167.50
12
A
LEU
49
7.68
86.30
12
A
ARG
50
58.24
110.60
12
A
ASP
52
-81.11
-71.59
12
A
SER
53
-93.82
-64.57
12
A
GLU
61
69.63
-5.28
12
A
GLU
62
69.94
-174.25
12
A
HIS
63
35.82
-141.43
12
A
GLU
65
70.79
-22.37
12
A
ALA
66
-160.81
-155.55
12
A
HIS
69
-106.46
-68.93
12
A
LYS
87
-63.22
95.02
12
A
ARG
98
-86.16
-75.15
12
A
GLU
100
-177.78
-155.24
12
A
GLU
113
54.82
-154.92
13
A
ALA
2
-168.34
-77.45
13
A
PHE
7
58.93
9.24
13
A
ASN
8
-161.12
-1.79
13
A
LYS
9
-44.00
99.02
13
A
ILE
21
-58.12
108.39
13
A
ASP
26
-60.01
-70.90
13
A
LEU
32
-90.92
-73.25
13
A
TYR
34
-128.39
-143.09
13
A
SER
35
174.55
161.13
13
A
GLN
42
-102.23
-166.76
13
A
PHE
48
-145.22
-157.47
13
A
ARG
50
45.51
97.45
13
A
ASP
52
-90.79
-72.07
13
A
ASP
54
-39.29
-29.87
13
A
SER
60
-63.74
-138.01
13
A
GLU
61
-74.00
22.78
13
A
GLU
62
83.06
-170.36
13
A
HIS
63
35.49
-106.91
13
A
ALA
66
-163.79
9.92
13
A
ASP
67
55.31
83.81
13
A
ALA
70
-166.62
25.85
13
A
ARG
96
-84.31
37.04
13
A
GLU
100
-161.88
-88.07
14
A
ALA
2
-162.50
95.20
14
A
MET
3
-149.31
-35.98
14
A
ASP
4
-169.17
-49.43
14
A
GLU
6
-143.44
-4.66
14
A
ASN
8
-168.52
40.18
14
A
LYS
9
-58.31
171.52
14
A
ILE
21
-54.87
98.66
14
A
LYS
27
-94.65
-68.53
14
A
LEU
32
-79.06
-75.01
14
A
TYR
34
-110.68
-150.81
14
A
SER
35
178.84
152.98
14
A
SER
36
-39.78
-33.85
14
A
GLN
42
-106.96
-168.66
14
A
LEU
49
5.66
96.34
14
A
ARG
50
66.02
107.48
14
A
ASP
52
-87.69
-72.37
14
A
GLU
61
73.87
-22.25
14
A
MET
64
54.54
13.02
14
A
GLU
65
59.94
3.88
14
A
ALA
66
-179.99
-95.27
14
A
ASP
67
-173.68
93.83
14
A
HIS
69
-113.70
-168.08
14
A
ALA
70
-157.82
70.75
14
A
PHE
74
176.92
165.82
14
A
LYS
87
-69.12
87.53
14
A
GLU
100
-134.85
-107.48
14
A
LEU
103
-58.43
106.12
15
A
ALA
2
59.99
-91.31
15
A
ASN
8
-144.49
41.73
15
A
LYS
9
-59.93
97.66
15
A
THR
19
82.64
-99.15
15
A
GLU
20
50.18
97.66
15
A
ILE
21
-55.29
102.14
15
A
LYS
27
-95.23
-68.17
15
A
LEU
32
-80.85
-74.43
15
A
TYR
34
-117.66
-148.23
15
A
SER
35
178.87
156.15
15
A
ARG
50
52.90
88.21
15
A
ASP
52
-89.81
-71.80
15
A
GLU
61
67.72
-0.21
15
A
GLU
62
70.43
178.24
15
A
HIS
63
39.88
-121.57
15
A
GLU
65
70.26
-21.54
15
A
ASP
67
58.43
97.65
15
A
ALA
71
-79.41
-81.46
15
A
PHE
74
-153.68
-20.26
15
A
ARG
98
60.69
177.01
15
A
GLN
99
-166.20
-23.69
15
A
GLU
100
-137.07
-69.31
15
A
ARG
101
-157.59
8.96
15
A
LEU
103
-59.82
98.77
15
A
GLU
113
-163.72
59.54
16
A
ALA
2
-165.92
50.38
16
A
MET
3
60.45
-163.10
16
A
GLU
6
-172.05
7.08
16
A
LYS
9
33.43
-83.06
16
A
ALA
10
-65.94
92.20
16
A
THR
19
81.72
-112.22
16
A
GLU
20
56.52
98.77
16
A
ILE
21
-54.67
106.42
16
A
LYS
27
-94.06
-65.69
16
A
LEU
32
-84.70
-77.18
16
A
TYR
34
-109.54
-141.75
16
A
SER
35
172.14
167.08
16
A
LEU
49
35.65
-84.49
16
A
ASP
52
-92.70
-71.56
16
A
SER
60
-63.48
-159.55
16
A
GLU
62
77.63
-167.48
16
A
HIS
63
31.03
-112.75
16
A
GLU
65
-59.67
-7.80
16
A
ALA
66
-167.10
-79.82
16
A
ALA
70
61.01
73.95
16
A
PHE
74
173.99
176.68
16
A
VAL
77
-65.10
99.37
16
A
MET
97
-105.87
-117.44
16
A
ARG
98
-150.78
-72.07
16
A
GLU
100
-170.10
-98.12
16
A
LEU
103
-57.84
91.69
17
A
ALA
2
-156.87
-33.15
17
A
MET
3
-123.68
-154.09
17
A
ASP
4
-117.55
73.90
17
A
GLU
6
-159.84
12.46
17
A
ASN
8
-149.49
-5.09
17
A
LYS
9
34.17
-85.44
17
A
ALA
10
-69.08
87.64
17
A
LYS
27
-94.27
-61.13
17
A
LEU
32
-86.16
-76.88
17
A
TYR
34
-112.95
-142.51
17
A
SER
35
173.82
165.83
17
A
GLN
42
-101.17
-168.27
17
A
LEU
49
3.81
93.93
17
A
ARG
50
61.78
108.31
17
A
ASP
52
-86.02
-72.97
17
A
SER
60
-73.18
-139.19
17
A
GLU
61
-63.35
6.38
17
A
GLU
62
76.83
-162.12
17
A
HIS
63
35.68
-145.85
17
A
MET
64
-90.93
38.52
17
A
GLU
65
69.48
-18.47
17
A
ALA
66
-170.11
-94.80
17
A
ASP
67
-143.04
-8.08
17
A
HIS
69
56.97
-173.90
17
A
ALA
70
-173.32
67.31
17
A
ALA
71
-143.37
-44.64
17
A
LYS
87
35.06
88.73
17
A
ARG
98
39.73
84.78
18
A
ALA
2
-162.19
-27.31
18
A
GLU
6
-159.79
-2.17
18
A
ASN
8
-168.76
41.26
18
A
ASP
26
-56.67
-6.57
18
A
LYS
27
-94.97
-68.14
18
A
LEU
32
-88.31
-72.71
18
A
TYR
34
-99.69
-148.39
18
A
SER
35
177.71
158.74
18
A
LEU
49
-21.58
97.54
18
A
ARG
50
57.03
105.47
18
A
ASP
52
-82.36
-72.08
18
A
HIS
63
29.77
-124.77
18
A
ALA
66
-166.58
11.04
18
A
ALA
70
-147.70
28.05
18
A
PHE
74
-146.51
-37.18
18
A
LYS
87
-63.54
96.71
18
A
ARG
96
-83.23
41.08
18
A
GLU
100
-115.00
-87.40
18
A
LEU
103
-52.70
104.70
19
A
ALA
2
-140.51
-49.62
19
A
MET
3
-116.39
-72.68
19
A
ASP
4
-169.88
66.92
19
A
GLU
6
69.85
-4.91
19
A
ILE
21
-57.07
106.85
19
A
ASP
26
-51.90
-71.49
19
A
ALA
28
-42.47
-71.10
19
A
LEU
32
-79.85
-87.85
19
A
TYR
34
-104.14
-148.40
19
A
LEU
49
7.84
86.06
19
A
ARG
50
58.14
111.37
19
A
ASP
52
-78.73
-72.01
19
A
SER
60
-100.98
-141.27
19
A
GLU
62
75.14
-161.31
19
A
HIS
63
36.81
-145.73
19
A
GLU
65
74.57
-40.11
19
A
ASP
67
56.99
86.81
19
A
HIS
69
-100.82
-68.39
19
A
ALA
70
60.80
63.65
19
A
ALA
71
-146.24
12.43
19
A
GLN
99
-144.43
-37.65
19
A
GLU
100
-129.12
-81.37
19
A
LEU
103
-68.09
93.09
20
A
MET
3
-138.75
-80.05
20
A
ASP
4
-156.45
65.88
20
A
ASN
8
-146.84
36.95
20
A
THR
19
84.38
-102.79
20
A
GLU
20
52.68
102.29
20
A
LEU
32
-94.50
-75.73
20
A
TYR
34
-107.72
-144.08
20
A
SER
35
171.21
164.08
20
A
LEU
49
21.16
-83.90
20
A
ASP
52
-89.56
-71.56
20
A
SER
60
-55.45
171.33
20
A
ALA
66
-165.91
-92.62
20
A
ASP
67
-173.63
111.70
20
A
ALA
71
-135.95
-59.64
20
A
PHE
74
177.97
174.61
20
A
VAL
77
-64.83
99.79
20
A
ARG
96
-62.96
-175.04
20
A
MET
97
171.82
-4.32
20
A
ARG
98
34.79
91.45
20
A
GLU
100
-120.90
-97.73
20
A
LEU
103
-58.16
100.72
20
A
GLU
113
-104.56
43.24
PAS Kinase (E.C.2.7.1.37)
Structure and interactions of PAS kinase N-terminal PAS domain: Model for intramolecular kinase regulation
1
N
N
A
LYS
27
A
LYS
27
HELX_P
A
GLY
33
A
GLY
33
1
1
7
A
LYS
43
A
LYS
43
HELX_P
A
PHE
48
A
PHE
48
5
2
6
A
SER
53
A
SER
53
HELX_P
A
LEU
59
A
LEU
59
1
3
7
TRANSFERASE
PAS Domain, Ligand binding, Ligand screening, kinase regulation, Transferase
PASK_HUMAN
UNP
1
131
Q96RG2
NKAIFTVDAKTTEILVANDKACGLLGYSSQDLIGQKLTQFFLRSDSDVVEALSEEHMEADGHAAVVFGTVVDIISRSGEK
IPVSVWMKRMRQERRLCCVVVLEPVER
131
237
1LL8
8
114
Q96RG2
A
1
8
114
1
cloning artifact
GLY
1
1LL8
A
Q96RG2
UNP
1
1
cloning artifact
ALA
2
1LL8
A
Q96RG2
UNP
2
1
cloning artifact
MET
3
1LL8
A
Q96RG2
UNP
3
1
cloning artifact
ASP
4
1LL8
A
Q96RG2
UNP
4
1
cloning artifact
PRO
5
1LL8
A
Q96RG2
UNP
5
1
cloning artifact
GLU
6
1LL8
A
Q96RG2
UNP
6
1
cloning artifact
PHE
7
1LL8
A
Q96RG2
UNP
7
5
4
anti-parallel
anti-parallel
anti-parallel
anti-parallel
anti-parallel
anti-parallel
anti-parallel
A
ILE
21
A
ILE
21
A
ALA
24
A
ALA
24
A
ALA
10
A
ALA
10
A
ASP
15
A
ASP
15
A
CYS
104
A
CYS
104
A
PRO
111
A
PRO
111
A
ILE
88
A
ILE
88
A
SER
91
A
SER
91
A
VAL
78
A
VAL
78
A
ILE
80
A
ILE
80
A
ILE
21
A
ILE
21
A
ALA
24
A
ALA
24
A
ALA
10
A
ALA
10
A
ASP
15
A
ASP
15
A
CYS
104
A
CYS
104
A
PRO
111
A
PRO
111
A
MET
94
A
MET
94
A
LYS
95
A
LYS
95