(All numbering and residues are taken from first PDB file)
Bending Residue Dihedral Analysis
Residue
iResidue
i+1Distance of hinge axis to residue i in
(A) Distance of hinge axis to residue i in
(A) Change in
(deg) Change in
(deg) Angle of psi(i) axis to hinge axis
(deg) Angle of psi(i) axis to hinge axis
(deg) Percentage Progress
PRO-21
ASP-22
27.7
24.7
-13.6
15.8
131.7
70.4
6.8
ASP-22
LYS-23
28.2
21.7
-32.3
71.0
66.6
109.3
3.8
LYS-23
PRO-24
29.6
20.8
-101.1
-23.1
35.1
165.8
72.2
PRO-24
GLY-25
31.3
21.1
3.1
-8.8
143.9
80.4
8.4
GLY-25
ASP-26
33.3
19.2
0.1
5.8
134.3
101.9
3.7
ASP-26
LYS-27
30.3
16.3
-164.3
-1.5
53.5
140.1
-12.1
LYS-27
PRO-28
29.8
16.1
172.4
-13.5
98.0
43.4
-91.5
PRO-28
ARG-29
26.4
16.2
-175.4
80.2
49.4
80.6
58.7
ARG-29
MET-30
24.2
13.6
150.9
39.3
94.2
74.2
26.8
MET-30
GLN-31
20.7
11.2
177.6
61.2
70.3
3.4
-79.7
GLN-31
THR-32
18.7
12.4
-178.4
25.9
70.4
116.0
-1.6
THR-32
TYR-33
16.0
11.9
-178.8
73.2
133.5
80.9
62.6
TYR-33
GLU-34
13.3
8.5
174.1
37.7
121.7
51.6
9.2
Graph shows rotational transition at bending residues and can be used
to identify hinge bending residues.
Probably only informative for interdomain rotations greater than 20 degrees
Residue
iResidue
i+1Distance of hinge axis to residue i in
(A) Distance of hinge axis to residue i in
(A) Change in
(deg) Change in
(deg) Angle of psi(i) axis to hinge axis
(deg) Angle of psi(i) axis to hinge axis
(deg) Percentage Progress
ASP-56
SER-57
14.6
14.5
-150.1
7.4
55.9
91.2
-83.5
SER-57
THR-58
13.7
12.2
-30.4
20.0
88.4
103.6
-0.6
THR-58
LEU-59
17.0
15.5
-27.8
-1.8
134.1
32.0
2.2
LEU-59
THR-60
15.7
17.1
-173.7
67.9
63.9
54.0
83.0
THR-60
PHE-61
16.4
14.3
-179.1
95.0
125.8
105.6
-29.1
PHE-61
ARG-62
15.9
15.3
152.2
34.3
127.6
103.8
-78.4
ARG-62
ARG-63
16.4
19.0
173.8
107.9
72.3
166.4
44.2
ARG-63
SER-64
14.0
18.5
179.6
80.8
146.1
106.7
78.5
SER-64
CYS-65
14.0
17.7
52.7
127.8
80.2
83.7
-62.7
CYS-65
ARG-66
14.1
21.4
72.7
-128.8
55.2
69.4
-45.4
ARG-66
GLU-67
11.5
20.9
156.6
67.2
53.8
64.5
111.1
GLU-67
GLY-68
14.2
24.1
106.6
-126.3
55.3
21.6
-18.4
GLY-68
ILE-69
16.2
25.3
-59.6
51.3
72.5
134.9
2.1
ILE-69
CYS-70
19.2
26.1
-21.0
19.0
57.8
103.0
7.8
CYS-70
GLY-71
19.4
22.6
-13.3
-157.8
118.3
121.6
-164.7
GLY-71
SER-72
20.0
21.2
-29.6
-5.0
78.6
162.3
-3.4
SER-72
CYS-73
18.3
23.5
5.2
24.5
51.6
59.5
22.1
CYS-73
ALA-74
15.9
22.4
-65.7
-5.9
157.9
106.3
-53.8
ALA-74
MET-75
18.2
18.7
-170.9
99.7
105.3
140.0
240.4
MET-75
ASN-76
17.9
19.4
143.3
41.1
8.0
31.2
-144.4
ASN-76
ILE-77
17.7
20.9
-163.2
59.6
104.1
106.8
-29.3
ILE-77
ALA-78
14.2
18.1
-155.3
-130.6
171.8
110.6
53.8
ALA-78
GLY-79
13.6
15.5
-85.2
-166.9
118.1
158.2
75.0
GLY-79
GLY-80
17.2
17.3
-7.4
66.9
74.8
134.2
-161.6
GLY-80
ASN-81
17.6
18.3
154.3
18.7
169.5
47.7
49.5
ASN-81
THR-82
19.0
15.1
-169.5
93.4
76.7
126.7
40.6
THR-82
LEU-83
17.0
14.3
150.1
18.5
161.0
47.8
-100.3
LEU-83
ALA-84
15.4
17.8
-169.1
1.8
93.6
138.1
51.6
ALA-84
CYS-85
12.0
17.5
-23.7
13.9
72.2
132.8
1.3
CYS-85
THR-86
11.0
14.0
-23.8
56.2
127.0
126.8
19.3
THR-86
LYS-87
11.9
15.3
-57.9
27.7
155.0
139.2
-24.8
LYS-87
LYS-88
10.4
18.2
-152.6
-10.3
97.5
132.5
-39.5
LYS-88
ILE-89
7.1
16.6
-169.1
6.6
105.7
121.9
149.8
ILE-89
ASP-90
4.8
13.5
174.5
19.7
19.6
38.5
-131.1
ASP-90
PRO-91
4.2
16.0
-148.4
10.0
89.9
135.5
-30.0
PRO-91
ASP-92
1.1
17.1
-48.6
14.5
138.1
123.3
175.2
ASP-92
LEU-93
3.4
13.5
-147.6
3.3
64.4
129.0
-5.8
LEU-93
SER-94
6.6
13.0
-23.0
18.4
121.6
143.7
-8.2
SER-94
LYS-95
8.7
15.9
-21.3
35.8
82.8
128.9
-1.7
LYS-95
THR-96
8.8
14.4
-176.0
32.8
16.9
118.7
-128.1
THR-96
THR-97
11.0
11.1
-146.6
0.3
80.1
137.5
51.6
THR-97
LYS-98
10.8
13.3
-121.4
175.5
58.8
135.5
19.1
LYS-98
ILE-99
14.4
14.1
-108.5
8.9
54.3
89.8
27.4
Graph shows rotational transition at bending residues and can be used
to identify hinge bending residues.
Probably only informative for interdomain rotations greater than 20 degrees