1.000000
0.000000
0.000000
0.000000
1.000000
0.000000
0.000000
0.000000
1.000000
0.00000
0.00000
0.00000
Dai, K.
Liao, S.
Zhang, J.
Zhang, X.
Tu, X.
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 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
US
Plos One
1932-6203
6
e21965
e21965
10.1371/journal.pone.0021965
21765928
Solution structure of Tensin2 SH2 domain and its phosphotyrosine-independent interaction with DLC-1
2011
10.2210/pdb2l6k/pdb
pdb_00002l6k
13687.777
Tensin-like C1 domain-containing phosphatase
Nonphosphorylated Peptide Recognizing Domain, SH2 domain, UNP residues 2-115
1
man
polymer
C1 domain-containing phosphatase and tensin homolog, C1-TEN, Tensin-2
no
no
MDTSKFWYKPHLSRDQAIALLKDKDPGAFLIRDSHSFQGAYGLALKVATPPPSAQPWKGDPVEQLVRHFLIETGPKGVKI
KGCPSEPYFGSLSALVSQHSISPISLPCCLRIPSKLEHHHHHH
MDTSKFWYKPHLSRDQAIALLKDKDPGAFLIRDSHSFQGAYGLALKVATPPPSAQPWKGDPVEQLVRHFLIETGPKGVKI
KGCPSEPYFGSLSALVSQHSISPISLPCCLRIPSKLEHHHHHH
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
human
sample
9606
Homo sapiens
562
Escherichia coli
pET22
vector
database_2
pdbx_database_status
struct_ref_seq_dif
database_2
pdbx_database_status
repository
Initial release
Database references
Other
Database references
Other
1
0
2011-10-12
1
1
2020-02-26
1
2
2023-06-14
_pdbx_database_status.status_code_cs
_struct_ref_seq_dif.details
_database_2.pdbx_DOI
_database_2.pdbx_database_accession
_pdbx_database_status.status_code_nmr_data
BMRB
Y
PDBJ
2010-11-22
REL
REL
REL
REL
structures with the lowest energy
200
20
1
2D 1H-15N HSQC
3D CBCA(CO)NH
3D HNCACB
3D C(CO)NH
3D HBHA(CO)NH
3D H(CCO)NH
3D HN(CO)CA
3D 1H-15N NOESY
3D 1H-13C NOESY
3D HCCH-COSY
0.6
mM
[U-99% 13C; U-99% 15N]
150
mM
20
mM
2
mM
50
mM
50
mM
150
6.8
ambient
293
K
DGSA-distance geometry simulated annealing
1
lowest energy
0.6mM [U-99% 13C; U-99% 15N] Protein Domain; 150mM sodium chloride; 20mM sodium phosphate; 2mM EDTA; 50mM Arginine; 50mM glutamine; 90% H2O/10% D2O
90% H2O/10% D2O
Delaglio, Grzesiek, Vuister, Zhu, Pfeifer and Bax
data analysis
NMRPipe
Delaglio, Grzesiek, Vuister, Zhu, Pfeifer and Bax
structure solution
NMRPipe
Delaglio, Grzesiek, Vuister, Zhu, Pfeifer and Bax
processing
NMRPipe
Guntert, Mumenthaler and Wuthrich
data analysis
CYANA
Guntert, Mumenthaler and Wuthrich
structure solution
CYANA
Guntert, Mumenthaler and Wuthrich
processing
CYANA
Guntert, Mumenthaler and Wuthrich
refinement
CYANA
500
Bruker
DMX
Bruker DMX
MET
1
n
1
MET
1
A
ASP
2
n
2
ASP
2
A
THR
3
n
3
THR
3
A
SER
4
n
4
SER
4
A
LYS
5
n
5
LYS
5
A
PHE
6
n
6
PHE
6
A
TRP
7
n
7
TRP
7
A
TYR
8
n
8
TYR
8
A
LYS
9
n
9
LYS
9
A
PRO
10
n
10
PRO
10
A
HIS
11
n
11
HIS
11
A
LEU
12
n
12
LEU
12
A
SER
13
n
13
SER
13
A
ARG
14
n
14
ARG
14
A
ASP
15
n
15
ASP
15
A
GLN
16
n
16
GLN
16
A
ALA
17
n
17
ALA
17
A
ILE
18
n
18
ILE
18
A
ALA
19
n
19
ALA
19
A
LEU
20
n
20
LEU
20
A
LEU
21
n
21
LEU
21
A
LYS
22
n
22
LYS
22
A
ASP
23
n
23
ASP
23
A
LYS
24
n
24
LYS
24
A
ASP
25
n
25
ASP
25
A
PRO
26
n
26
PRO
26
A
GLY
27
n
27
GLY
27
A
ALA
28
n
28
ALA
28
A
PHE
29
n
29
PHE
29
A
LEU
30
n
30
LEU
30
A
ILE
31
n
31
ILE
31
A
ARG
32
n
32
ARG
32
A
ASP
33
n
33
ASP
33
A
SER
34
n
34
SER
34
A
HIS
35
n
35
HIS
35
A
SER
36
n
36
SER
36
A
PHE
37
n
37
PHE
37
A
GLN
38
n
38
GLN
38
A
GLY
39
n
39
GLY
39
A
ALA
40
n
40
ALA
40
A
TYR
41
n
41
TYR
41
A
GLY
42
n
42
GLY
42
A
LEU
43
n
43
LEU
43
A
ALA
44
n
44
ALA
44
A
LEU
45
n
45
LEU
45
A
LYS
46
n
46
LYS
46
A
VAL
47
n
47
VAL
47
A
ALA
48
n
48
ALA
48
A
THR
49
n
49
THR
49
A
PRO
50
n
50
PRO
50
A
PRO
51
n
51
PRO
51
A
PRO
52
n
52
PRO
52
A
SER
53
n
53
SER
53
A
ALA
54
n
54
ALA
54
A
GLN
55
n
55
GLN
55
A
PRO
56
n
56
PRO
56
A
TRP
57
n
57
TRP
57
A
LYS
58
n
58
LYS
58
A
GLY
59
n
59
GLY
59
A
ASP
60
n
60
ASP
60
A
PRO
61
n
61
PRO
61
A
VAL
62
n
62
VAL
62
A
GLU
63
n
63
GLU
63
A
GLN
64
n
64
GLN
64
A
LEU
65
n
65
LEU
65
A
VAL
66
n
66
VAL
66
A
ARG
67
n
67
ARG
67
A
HIS
68
n
68
HIS
68
A
PHE
69
n
69
PHE
69
A
LEU
70
n
70
LEU
70
A
ILE
71
n
71
ILE
71
A
GLU
72
n
72
GLU
72
A
THR
73
n
73
THR
73
A
GLY
74
n
74
GLY
74
A
PRO
75
n
75
PRO
75
A
LYS
76
n
76
LYS
76
A
GLY
77
n
77
GLY
77
A
VAL
78
n
78
VAL
78
A
LYS
79
n
79
LYS
79
A
ILE
80
n
80
ILE
80
A
LYS
81
n
81
LYS
81
A
GLY
82
n
82
GLY
82
A
CYS
83
n
83
CYS
83
A
PRO
84
n
84
PRO
84
A
SER
85
n
85
SER
85
A
GLU
86
n
86
GLU
86
A
PRO
87
n
87
PRO
87
A
TYR
88
n
88
TYR
88
A
PHE
89
n
89
PHE
89
A
GLY
90
n
90
GLY
90
A
SER
91
n
91
SER
91
A
LEU
92
n
92
LEU
92
A
SER
93
n
93
SER
93
A
ALA
94
n
94
ALA
94
A
LEU
95
n
95
LEU
95
A
VAL
96
n
96
VAL
96
A
SER
97
n
97
SER
97
A
GLN
98
n
98
GLN
98
A
HIS
99
n
99
HIS
99
A
SER
100
n
100
SER
100
A
ILE
101
n
101
ILE
101
A
SER
102
n
102
SER
102
A
PRO
103
n
103
PRO
103
A
ILE
104
n
104
ILE
104
A
SER
105
n
105
SER
105
A
LEU
106
n
106
LEU
106
A
PRO
107
n
107
PRO
107
A
CYS
108
n
108
CYS
108
A
CYS
109
n
109
CYS
109
A
LEU
110
n
110
LEU
110
A
ARG
111
n
111
ARG
111
A
ILE
112
n
112
ILE
112
A
PRO
113
n
113
PRO
113
A
SER
114
n
114
SER
114
A
LYS
115
n
115
LYS
115
A
n
116
116
A
n
117
117
A
n
118
118
A
n
119
119
A
n
120
120
A
n
121
121
A
n
122
122
A
n
123
123
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
LYS
9
A
N
LYS
9
A
O
ILE
31
A
O
ILE
31
A
N
ARG
32
A
N
ARG
32
A
O
GLY
42
A
O
GLY
42
A
N
LEU
43
A
N
LEU
43
A
O
PHE
69
A
O
PHE
69
A
N
GLU
72
A
N
GLU
72
A
O
LYS
79
A
O
LYS
79
1
A
LEU
116
A
LEU
116
1
Y
1
A
GLU
117
A
GLU
117
1
Y
1
A
HIS
118
A
HIS
118
1
Y
1
A
HIS
119
A
HIS
119
1
Y
1
A
HIS
120
A
HIS
120
1
Y
1
A
HIS
121
A
HIS
121
1
Y
1
A
HIS
122
A
HIS
122
1
Y
1
A
HIS
123
A
HIS
123
1
Y
2
A
LEU
116
A
LEU
116
1
Y
2
A
GLU
117
A
GLU
117
1
Y
2
A
HIS
118
A
HIS
118
1
Y
2
A
HIS
119
A
HIS
119
1
Y
2
A
HIS
120
A
HIS
120
1
Y
2
A
HIS
121
A
HIS
121
1
Y
2
A
HIS
122
A
HIS
122
1
Y
2
A
HIS
123
A
HIS
123
1
Y
3
A
LEU
116
A
LEU
116
1
Y
3
A
GLU
117
A
GLU
117
1
Y
3
A
HIS
118
A
HIS
118
1
Y
3
A
HIS
119
A
HIS
119
1
Y
3
A
HIS
120
A
HIS
120
1
Y
3
A
HIS
121
A
HIS
121
1
Y
3
A
HIS
122
A
HIS
122
1
Y
3
A
HIS
123
A
HIS
123
1
Y
4
A
LEU
116
A
LEU
116
1
Y
4
A
GLU
117
A
GLU
117
1
Y
4
A
HIS
118
A
HIS
118
1
Y
4
A
HIS
119
A
HIS
119
1
Y
4
A
HIS
120
A
HIS
120
1
Y
4
A
HIS
121
A
HIS
121
1
Y
4
A
HIS
122
A
HIS
122
1
Y
4
A
HIS
123
A
HIS
123
1
Y
5
A
LEU
116
A
LEU
116
1
Y
5
A
GLU
117
A
GLU
117
1
Y
5
A
HIS
118
A
HIS
118
1
Y
5
A
HIS
119
A
HIS
119
1
Y
5
A
HIS
120
A
HIS
120
1
Y
5
A
HIS
121
A
HIS
121
1
Y
5
A
HIS
122
A
HIS
122
1
Y
5
A
HIS
123
A
HIS
123
1
Y
6
A
LEU
116
A
LEU
116
1
Y
6
A
GLU
117
A
GLU
117
1
Y
6
A
HIS
118
A
HIS
118
1
Y
6
A
HIS
119
A
HIS
119
1
Y
6
A
HIS
120
A
HIS
120
1
Y
6
A
HIS
121
A
HIS
121
1
Y
6
A
HIS
122
A
HIS
122
1
Y
6
A
HIS
123
A
HIS
123
1
Y
7
A
LEU
116
A
LEU
116
1
Y
7
A
GLU
117
A
GLU
117
1
Y
7
A
HIS
118
A
HIS
118
1
Y
7
A
HIS
119
A
HIS
119
1
Y
7
A
HIS
120
A
HIS
120
1
Y
7
A
HIS
121
A
HIS
121
1
Y
7
A
HIS
122
A
HIS
122
1
Y
7
A
HIS
123
A
HIS
123
1
Y
8
A
LEU
116
A
LEU
116
1
Y
8
A
GLU
117
A
GLU
117
1
Y
8
A
HIS
118
A
HIS
118
1
Y
8
A
HIS
119
A
HIS
119
1
Y
8
A
HIS
120
A
HIS
120
1
Y
8
A
HIS
121
A
HIS
121
1
Y
8
A
HIS
122
A
HIS
122
1
Y
8
A
HIS
123
A
HIS
123
1
Y
9
A
LEU
116
A
LEU
116
1
Y
9
A
GLU
117
A
GLU
117
1
Y
9
A
HIS
118
A
HIS
118
1
Y
9
A
HIS
119
A
HIS
119
1
Y
9
A
HIS
120
A
HIS
120
1
Y
9
A
HIS
121
A
HIS
121
1
Y
9
A
HIS
122
A
HIS
122
1
Y
9
A
HIS
123
A
HIS
123
1
Y
10
A
LEU
116
A
LEU
116
1
Y
10
A
GLU
117
A
GLU
117
1
Y
10
A
HIS
118
A
HIS
118
1
Y
10
A
HIS
119
A
HIS
119
1
Y
10
A
HIS
120
A
HIS
120
1
Y
10
A
HIS
121
A
HIS
121
1
Y
10
A
HIS
122
A
HIS
122
1
Y
10
A
HIS
123
A
HIS
123
1
Y
11
A
LEU
116
A
LEU
116
1
Y
11
A
GLU
117
A
GLU
117
1
Y
11
A
HIS
118
A
HIS
118
1
Y
11
A
HIS
119
A
HIS
119
1
Y
11
A
HIS
120
A
HIS
120
1
Y
11
A
HIS
121
A
HIS
121
1
Y
11
A
HIS
122
A
HIS
122
1
Y
11
A
HIS
123
A
HIS
123
1
Y
12
A
LEU
116
A
LEU
116
1
Y
12
A
GLU
117
A
GLU
117
1
Y
12
A
HIS
118
A
HIS
118
1
Y
12
A
HIS
119
A
HIS
119
1
Y
12
A
HIS
120
A
HIS
120
1
Y
12
A
HIS
121
A
HIS
121
1
Y
12
A
HIS
122
A
HIS
122
1
Y
12
A
HIS
123
A
HIS
123
1
Y
13
A
LEU
116
A
LEU
116
1
Y
13
A
GLU
117
A
GLU
117
1
Y
13
A
HIS
118
A
HIS
118
1
Y
13
A
HIS
119
A
HIS
119
1
Y
13
A
HIS
120
A
HIS
120
1
Y
13
A
HIS
121
A
HIS
121
1
Y
13
A
HIS
122
A
HIS
122
1
Y
13
A
HIS
123
A
HIS
123
1
Y
14
A
LEU
116
A
LEU
116
1
Y
14
A
GLU
117
A
GLU
117
1
Y
14
A
HIS
118
A
HIS
118
1
Y
14
A
HIS
119
A
HIS
119
1
Y
14
A
HIS
120
A
HIS
120
1
Y
14
A
HIS
121
A
HIS
121
1
Y
14
A
HIS
122
A
HIS
122
1
Y
14
A
HIS
123
A
HIS
123
1
Y
15
A
LEU
116
A
LEU
116
1
Y
15
A
GLU
117
A
GLU
117
1
Y
15
A
HIS
118
A
HIS
118
1
Y
15
A
HIS
119
A
HIS
119
1
Y
15
A
HIS
120
A
HIS
120
1
Y
15
A
HIS
121
A
HIS
121
1
Y
15
A
HIS
122
A
HIS
122
1
Y
15
A
HIS
123
A
HIS
123
1
Y
16
A
LEU
116
A
LEU
116
1
Y
16
A
GLU
117
A
GLU
117
1
Y
16
A
HIS
118
A
HIS
118
1
Y
16
A
HIS
119
A
HIS
119
1
Y
16
A
HIS
120
A
HIS
120
1
Y
16
A
HIS
121
A
HIS
121
1
Y
16
A
HIS
122
A
HIS
122
1
Y
16
A
HIS
123
A
HIS
123
1
Y
17
A
LEU
116
A
LEU
116
1
Y
17
A
GLU
117
A
GLU
117
1
Y
17
A
HIS
118
A
HIS
118
1
Y
17
A
HIS
119
A
HIS
119
1
Y
17
A
HIS
120
A
HIS
120
1
Y
17
A
HIS
121
A
HIS
121
1
Y
17
A
HIS
122
A
HIS
122
1
Y
17
A
HIS
123
A
HIS
123
1
Y
18
A
LEU
116
A
LEU
116
1
Y
18
A
GLU
117
A
GLU
117
1
Y
18
A
HIS
118
A
HIS
118
1
Y
18
A
HIS
119
A
HIS
119
1
Y
18
A
HIS
120
A
HIS
120
1
Y
18
A
HIS
121
A
HIS
121
1
Y
18
A
HIS
122
A
HIS
122
1
Y
18
A
HIS
123
A
HIS
123
1
Y
19
A
LEU
116
A
LEU
116
1
Y
19
A
GLU
117
A
GLU
117
1
Y
19
A
HIS
118
A
HIS
118
1
Y
19
A
HIS
119
A
HIS
119
1
Y
19
A
HIS
120
A
HIS
120
1
Y
19
A
HIS
121
A
HIS
121
1
Y
19
A
HIS
122
A
HIS
122
1
Y
19
A
HIS
123
A
HIS
123
1
Y
20
A
LEU
116
A
LEU
116
1
Y
20
A
GLU
117
A
GLU
117
1
Y
20
A
HIS
118
A
HIS
118
1
Y
20
A
HIS
119
A
HIS
119
1
Y
20
A
HIS
120
A
HIS
120
1
Y
20
A
HIS
121
A
HIS
121
1
Y
20
A
HIS
122
A
HIS
122
1
Y
20
A
HIS
123
A
HIS
123
1
Y
1
A
SER
36
-52.05
-74.17
1
A
GLN
55
-114.68
73.43
1
A
SER
85
-52.30
-74.67
1
A
TYR
88
58.29
87.18
1
A
ILE
104
-114.22
-72.69
1
A
ILE
112
-116.05
72.31
1
A
SER
114
53.19
71.95
2
A
GLN
55
179.68
155.86
2
A
ASP
60
-119.75
68.30
2
A
PRO
61
-69.76
78.09
2
A
SER
85
-51.98
-74.67
2
A
GLU
86
61.03
68.30
2
A
TYR
88
54.15
91.09
2
A
ILE
104
-108.49
-72.40
2
A
ILE
112
-114.84
73.64
2
A
PRO
113
-69.73
83.08
3
A
SER
36
-51.91
-74.39
3
A
SER
53
-171.04
-74.40
3
A
GLN
55
58.78
72.72
3
A
ASP
60
-152.96
77.69
3
A
PRO
61
-69.67
-174.48
3
A
LYS
81
-64.28
92.48
3
A
TYR
88
51.78
85.74
3
A
ILE
101
-131.36
-39.08
3
A
ILE
104
-92.45
-73.03
3
A
SER
105
-94.92
36.60
3
A
ILE
112
-115.67
73.75
4
A
SER
36
-51.89
-74.14
4
A
THR
49
-179.67
147.47
4
A
SER
53
-171.62
66.77
4
A
ALA
54
-114.86
72.30
4
A
GLN
55
57.06
72.37
4
A
LYS
58
-102.12
47.85
4
A
PRO
61
-69.76
84.68
4
A
GLU
86
61.33
73.94
4
A
TYR
88
58.55
84.23
4
A
ILE
104
-95.57
-73.38
4
A
SER
105
-95.50
35.98
4
A
ILE
112
50.40
76.95
5
A
ASP
2
-158.95
80.31
5
A
ALA
48
-97.55
35.37
5
A
ALA
54
53.08
72.84
5
A
GLN
55
-115.17
72.71
5
A
TRP
57
-147.04
48.04
5
A
ASP
60
62.97
75.35
5
A
PRO
61
-69.67
-171.13
5
A
GLU
86
61.40
74.16
5
A
TYR
88
58.73
85.50
5
A
ILE
101
-131.14
-38.27
5
A
ILE
104
-99.99
-72.48
5
A
ILE
112
50.20
77.03
5
A
PRO
113
-69.78
-170.89
6
A
ALA
54
56.15
76.66
6
A
GLN
55
-50.31
108.53
6
A
TRP
57
63.35
-177.19
6
A
LYS
81
-63.74
93.72
6
A
TYR
88
51.68
83.73
6
A
ILE
101
-131.67
-38.85
6
A
ILE
104
-92.52
-73.09
6
A
SER
105
-94.93
36.59
6
A
ILE
112
-113.60
74.01
6
A
PRO
113
-69.75
85.85
7
A
SER
36
-52.05
-74.37
7
A
PRO
52
-69.83
78.89
7
A
SER
53
-164.77
-39.94
7
A
ALA
54
63.69
68.66
7
A
GLN
55
-114.09
72.53
7
A
GLU
86
61.02
74.58
7
A
TYR
88
58.66
84.77
7
A
ILE
101
-133.25
-37.68
7
A
ILE
104
-92.56
-73.89
7
A
ILE
112
-113.43
74.12
8
A
ASP
2
58.66
76.68
8
A
SER
36
-52.05
-74.46
8
A
PRO
52
-69.80
89.71
8
A
GLN
55
-150.27
73.41
8
A
ASP
60
-166.64
68.36
8
A
PRO
61
-69.85
78.42
8
A
SER
85
-50.69
-74.52
8
A
GLU
86
54.74
72.95
8
A
PRO
87
-69.76
1.94
8
A
TYR
88
37.92
62.55
8
A
PHE
89
-64.79
-175.71
8
A
ILE
104
-115.68
-72.72
8
A
PRO
113
-69.79
-171.15
9
A
SER
53
-162.95
89.07
9
A
GLN
55
56.57
70.02
9
A
LYS
58
-103.04
49.19
9
A
SER
85
-52.06
-71.63
9
A
TYR
88
52.54
85.99
9
A
ILE
101
-130.07
-38.50
9
A
ILE
104
-101.60
-62.28
9
A
SER
105
-95.51
33.45
9
A
SER
114
-151.63
74.27
10
A
ASP
2
-174.81
123.17
10
A
PRO
52
-69.81
92.09
10
A
SER
53
179.77
-31.84
10
A
ALA
54
68.15
65.98
10
A
GLN
55
-111.83
79.61
10
A
TRP
57
66.67
-80.85
10
A
SER
85
-52.46
-75.28
10
A
PRO
87
-69.75
4.97
10
A
TYR
88
38.36
80.32
10
A
ILE
101
-132.45
-37.32
10
A
ILE
112
52.57
77.99
11
A
ASP
2
-178.31
73.51
11
A
TRP
57
-179.13
-171.09
11
A
LYS
58
62.86
62.27
11
A
ASP
60
64.01
156.39
11
A
SER
85
-179.61
-60.78
11
A
GLU
86
49.61
77.56
11
A
TYR
88
50.93
88.15
11
A
ILE
101
-131.46
-39.02
11
A
SER
102
-116.68
74.22
11
A
PRO
103
-69.69
81.91
11
A
ILE
104
-77.50
-73.14
11
A
ILE
112
-112.50
75.40
11
A
PRO
113
-69.77
92.63
12
A
SER
36
-61.13
-74.28
12
A
THR
49
-179.78
147.43
12
A
PRO
52
-69.77
-166.04
12
A
SER
53
-158.29
56.48
12
A
GLN
55
-158.45
73.33
12
A
ASP
60
62.98
160.50
12
A
SER
85
-139.30
-79.53
12
A
GLU
86
172.52
84.73
12
A
TYR
88
48.73
87.39
12
A
ILE
104
-101.38
-60.46
12
A
SER
105
-97.94
32.75
13
A
ASP
25
65.84
161.64
13
A
SER
36
-52.40
-73.63
13
A
SER
53
-162.63
98.28
13
A
GLN
55
52.67
70.14
13
A
SER
85
-51.87
-75.87
13
A
PRO
87
-69.84
4.53
13
A
TYR
88
38.41
80.56
13
A
ILE
104
-95.05
-74.57
13
A
SER
105
-95.50
36.25
13
A
SER
114
-177.05
95.70
14
A
ASP
2
-168.48
94.17
14
A
PRO
52
-69.74
-165.91
14
A
SER
53
-170.72
30.37
14
A
GLN
55
-166.74
74.41
14
A
ASP
60
-169.77
73.63
14
A
PRO
61
-69.67
85.92
14
A
GLU
86
62.24
76.89
14
A
PRO
87
-69.76
-162.45
14
A
TYR
88
171.04
57.68
14
A
PHE
89
-66.85
-167.73
14
A
ILE
101
-131.58
-36.73
14
A
SER
102
-152.03
83.62
14
A
ILE
104
-57.70
-74.47
14
A
PRO
113
-69.75
-170.92
15
A
ASP
2
-158.76
82.52
15
A
SER
36
-60.00
-71.89
15
A
ALA
48
-95.71
31.56
15
A
PRO
52
-69.79
85.71
15
A
SER
53
-177.73
-40.32
15
A
ASP
60
-152.73
77.73
15
A
PRO
61
-69.70
-174.51
15
A
GLU
86
66.13
85.02
15
A
TYR
88
60.37
84.13
15
A
ILE
101
-133.02
-37.17
15
A
ILE
104
-93.42
-71.04
15
A
SER
105
-95.48
36.06
15
A
ILE
112
-116.18
72.53
15
A
SER
114
-148.95
34.50
16
A
THR
49
-177.76
147.56
16
A
PRO
61
-69.86
81.96
16
A
GLU
86
37.44
67.75
16
A
PRO
87
-69.75
5.08
16
A
TYR
88
38.39
80.13
16
A
ILE
101
-131.74
-38.14
16
A
ILE
104
-103.14
-72.03
16
A
SER
105
-93.37
40.45
16
A
SER
114
-156.51
59.30
17
A
SER
53
-137.66
-72.74
17
A
ALA
54
74.05
-61.51
17
A
GLN
55
179.70
-60.97
17
A
SER
85
-52.08
-71.84
17
A
TYR
88
62.64
84.30
17
A
ILE
101
-131.45
-38.88
17
A
ILE
104
-109.24
-72.66
17
A
ILE
112
-113.68
74.04
17
A
SER
114
-56.40
-75.06
18
A
ASP
2
-152.89
83.21
18
A
SER
36
-52.45
-71.97
18
A
SER
53
-97.08
-75.02
18
A
ALA
54
-178.76
-64.88
18
A
GLN
55
57.76
73.29
18
A
TRP
57
-61.57
95.70
18
A
GLU
86
62.09
75.50
18
A
PRO
87
-69.77
-161.49
18
A
TYR
88
171.19
58.69
18
A
PHE
89
-68.96
-168.61
18
A
ILE
101
-132.04
-36.98
18
A
SER
102
-112.52
77.32
18
A
CYS
108
-173.28
56.62
18
A
CYS
109
63.71
154.01
18
A
ILE
112
-113.31
74.34
18
A
PRO
113
-69.71
84.53
19
A
PRO
52
-69.74
78.65
19
A
SER
53
-176.53
-51.00
19
A
GLN
55
63.08
160.04
19
A
ASP
60
179.79
-61.03
19
A
SER
85
-51.75
-76.27
19
A
PRO
87
-69.75
5.08
19
A
TYR
88
38.29
80.65
19
A
SER
102
-113.33
77.87
19
A
CYS
108
-155.49
58.83
19
A
CYS
109
64.75
153.53
19
A
PRO
113
-69.73
-170.87
20
A
THR
49
178.97
147.80
20
A
PRO
52
-69.74
81.42
20
A
SER
53
-179.06
-63.03
20
A
GLN
55
179.68
-61.03
20
A
LYS
58
-102.47
72.16
20
A
SER
85
-52.07
-75.05
20
A
PRO
87
-69.69
4.70
20
A
TYR
88
38.46
80.44
20
A
PRO
103
-69.82
85.79
20
A
ILE
104
-82.64
-70.65
20
A
ILE
112
60.18
78.73
20
A
SER
114
-101.63
-75.02
lowest energy, model 1
Solution Structure of a Nonphosphorylated Peptide Recognizing Domain
1
N
N
A
THR
3
A
THR
3
HELX_P
A
TRP
7
A
TRP
7
1
1
5
A
SER
13
A
SER
13
HELX_P
A
LYS
22
A
LYS
22
1
2
10
A
VAL
62
A
VAL
62
HELX_P
A
GLN
64
A
GLN
64
5
3
3
A
SER
91
A
SER
91
HELX_P
A
HIS
99
A
HIS
99
1
4
9
PROTEIN BINDING
ANTITUMOR PROTEIN, CELL ADHESION, PROTEIN BINDING
TENC1_HUMAN
UNP
1
1135
Q63HR2
DTSKFWYKPHLSRDQAIALLKDKDPGAFLIRDSHSFQGAYGLALKVATPPPSAQPWKGDPVEQLVRHFLIETGPKGVKIK
GCPSEPYFGSLSALVSQHSISPISLPCCLRIPSK
1135
1248
2L6K
2
115
Q63HR2
A
1
2
115
1
expression tag
MET
1
2L6K
A
Q63HR2
UNP
1
1
expression tag
LEU
116
2L6K
A
Q63HR2
UNP
116
1
expression tag
GLU
117
2L6K
A
Q63HR2
UNP
117
1
expression tag
HIS
118
2L6K
A
Q63HR2
UNP
118
1
expression tag
HIS
119
2L6K
A
Q63HR2
UNP
119
1
expression tag
HIS
120
2L6K
A
Q63HR2
UNP
120
1
expression tag
HIS
121
2L6K
A
Q63HR2
UNP
121
1
expression tag
HIS
122
2L6K
A
Q63HR2
UNP
122
1
expression tag
HIS
123
2L6K
A
Q63HR2
UNP
123
5
parallel
anti-parallel
anti-parallel
anti-parallel
A
TYR
8
A
TYR
8
A
LYS
9
A
LYS
9
A
PHE
29
A
PHE
29
A
ASP
33
A
ASP
33
A
ALA
40
A
ALA
40
A
LYS
46
A
LYS
46
A
VAL
66
A
VAL
66
A
GLY
74
A
GLY
74
A
GLY
77
A
GLY
77
A
ILE
80
A
ILE
80