G Protein-Activated Inward Rectifier Potassium Channel 2
(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
ASP-81
ILE-82
5.4
6.2
-39.7
10.6
100.4
98.4
-27.4
ILE-82
PHE-83
2.0
2.8
-4.6
-4.9
37.4
47.4
84.2
PHE-83
THR-84
2.5
2.3
4.3
3.6
121.2
139.7
-76.7
THR-84
THR-85
1.7
2.3
-20.2
16.6
117.1
105.5
33.0
THR-85
LEU-86
2.7
3.4
6.1
1.2
102.0
91.7
20.9
LEU-86
VAL-87
3.6
2.7
-2.5
-12.3
22.4
25.8
134.1
VAL-87
ASP-88
3.7
3.1
-1.7
8.7
81.5
67.6
-41.4
ASP-88
LEU-89
6.1
5.2
0.6
23.5
60.6
66.0
114.4
LEU-89
LYS-90
8.2
7.7
14.7
-20.8
117.9
126.0
-41.8
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
ILE-182
VAL-183
15.3
14.9
-7.1
5.3
96.0
105.7
-51.6
VAL-183
ASN-184
12.9
12.7
-6.7
9.0
142.7
153.3
30.4
ASN-184
ALA-185
14.9
14.8
11.9
-16.2
34.6
42.4
-21.9
ALA-185
PHE-186
14.5
13.8
9.7
-5.0
80.9
81.9
45.6
PHE-186
MET-187
10.8
10.1
14.6
-13.6
67.9
59.1
30.8
MET-187
VAL-188
10.7
10.8
-12.3
17.7
162.1
165.4
62.0
VAL-188
GLY-189
12.6
12.7
-18.9
-2.5
127.5
123.8
-156.3
GLY-189
CYS-190
10.5
10.4
17.7
-4.5
76.2
88.3
-9.6
CYS-190
MET-191
7.4
7.6
12.9
-24.3
53.2
43.1
-70.8
MET-191
PHE-192
9.9
9.6
-6.8
26.1
167.4
159.2
217.2
PHE-192
VAL-193
10.0
9.7
-10.2
0.9
111.3
112.5
-13.7
VAL-193
LYS-194
6.4
5.9
-7.0
8.0
80.1
79.1
59.2
VAL-193
LYS-194
6.4
5.9
-7.0
8.0
80.1
79.1
59.2
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
VAL-193
LYS-194
6.4
5.9
-7.0
8.0
80.1
79.1
59.2
VAL-193
LYS-194
6.4
5.9
-7.0
8.0
80.1
79.1
59.2
LYS-194
ILE-195
6.1
6.1
2.1
0.2
149.3
147.7
-34.5
ILE-195
SER-196
8.7
8.6
-2.7
-13.0
37.1
39.9
179.4
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
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
GLN-197
PRO-198
3.7
3.1
4.7
-10.5
20.8
30.2
13.1
PRO-198
LYS-199
2.6
2.2
-3.3
6.0
96.8
98.1
93.3
LYS-199
LYS-200
3.9
4.2
-8.6
1.8
126.2
121.0
7.2
LYS-200
ALA-201
6.8
6.7
4.4
3.4
12.4
14.2
74.5
ALA-201
ALA-202
5.1
4.9
-21.2
-8.0
107.0
122.6
-166.3
ALA-202
GLU-203
5.2
4.8
16.8
-2.0
76.5
85.5
10.2
GLU-203
THR-204
8.9
8.5
26.3
-19.4
14.5
22.7
45.4
THR-204
LEU-205
9.0
8.7
8.1
-3.6
57.1
52.5
59.3
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