Iron-Responsive Element Binding Protein 1
(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
TYR-184
LEU-185
11.9
11.4
13.9
-14.9
58.2
60.5
20.9
GLY-175
ILE-176
18.1
18.7
-71.8
-10.6
140.7
129.4
-180.4
ILE-176
ILE-177
19.3
19.4
-129.2
-66.6
108.1
147.2
368.4
ILE-177
HIS-178
21.5
16.8
148.7
28.9
62.8
60.4
-171.4
HIS-178
GLN-179
19.1
19.0
-19.2
18.7
64.0
112.5
-16.1
GLN-179
VAL-180
16.0
16.3
3.3
-8.1
135.6
129.8
4.3
VAL-180
ASN-181
18.2
15.5
-1.8
-0.9
113.1
71.0
-8.8
ASN-181
LEU-182
20.1
19.2
4.2
-0.1
77.9
49.0
10.7
LEU-182
GLU-183
17.1
20.3
1.0
18.3
143.3
88.9
7.3
GLY-175
ILE-176
12.4
8.9
-71.8
-10.6
49.9
64.8
104.6
ILE-176
ILE-177
14.3
9.4
-129.2
-66.6
58.0
42.3
213.7
ILE-177
HIS-178
15.2
6.7
148.7
28.9
135.2
138.1
-293.5
HIS-178
GLN-179
13.1
8.5
-19.2
18.7
102.4
55.4
12.8
GLN-179
VAL-180
10.0
5.6
3.3
-8.1
59.9
67.3
0.8
VAL-180
ASN-181
10.3
5.5
-1.8
-0.9
53.3
94.2
7.7
ASN-181
LEU-182
11.6
9.2
4.2
-0.1
118.5
150.3
-5.9
LEU-182
GLU-183
8.3
9.8
1.0
18.3
54.8
102.8
-16.0
GLU-183
TYR-184
6.2
8.5
-6.3
74.5
120.8
128.6
52.0
TYR-184
LEU-185
11.9
11.4
13.9
-14.9
58.2
60.5
20.9
GLY-175
ILE-176
18.1
18.7
-71.8
-10.6
140.7
129.4
-180.4
ILE-176
ILE-177
19.3
19.4
-129.2
-66.6
108.1
147.2
368.4
ILE-177
HIS-178
21.5
16.8
148.7
28.9
62.8
60.4
-171.4
HIS-178
GLN-179
19.1
19.0
-19.2
18.7
64.0
112.5
-16.1
GLN-179
VAL-180
16.0
16.3
3.3
-8.1
135.6
129.8
4.3
VAL-180
ASN-181
18.2
15.5
-1.8
-0.9
113.1
71.0
-8.8
ASN-181
LEU-182
20.1
19.2
4.2
-0.1
77.9
49.0
10.7
LEU-182
GLU-183
17.1
20.3
1.0
18.3
143.3
88.9
7.3
GLY-175
ILE-176
12.4
8.9
-71.8
-10.6
49.9
64.8
104.6
ILE-176
ILE-177
14.3
9.4
-129.2
-66.6
58.0
42.3
213.7
ILE-177
HIS-178
15.2
6.7
148.7
28.9
135.2
138.1
-293.5
HIS-178
GLN-179
13.1
8.5
-19.2
18.7
102.4
55.4
12.8
GLN-179
VAL-180
10.0
5.6
3.3
-8.1
59.9
67.3
0.8
VAL-180
ASN-181
10.3
5.5
-1.8
-0.9
53.3
94.2
7.7
ASN-181
LEU-182
11.6
9.2
4.2
-0.1
118.5
150.3
-5.9
LEU-182
GLU-183
8.3
9.8
1.0
18.3
54.8
102.8
-16.0
GLU-183
TYR-184
6.2
8.5
-6.3
74.5
120.8
128.6
52.0
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-605
PRO-606
25.7
22.9
164.9
-16.7
86.4
73.6
148.5
PRO-606
GLY-607
23.2
22.7
-5.5
0.6
147.1
165.3
-25.0
GLY-607
MET-608
23.6
22.9
-15.0
5.9
132.6
103.1
-14.7
MET-608
PHE-609
22.3
20.3
3.3
-10.2
100.0
107.1
-5.1
PHE-609
LYS-610
18.9
17.8
3.8
-1.0
78.9
62.6
-12.3
LYS-610
GLU-611
18.6
18.7
6.5
6.3
13.8
30.9
41.8
GLU-611
VAL-612
19.0
17.5
-5.7
16.0
109.0
81.4
-14.2
VAL-612
TYR-613
16.6
14.3
-2.4
41.0
72.5
84.5
-31.9
TYR-613
GLN-614
13.8
13.7
-65.5
17.4
96.3
156.4
-96.1
GLN-614
LYS-615
14.8
14.4
-9.6
52.7
125.5
120.5
121.4
LYS-615
ILE-616
12.5
11.9
-27.0
-56.6
90.8
71.6
157.0
ILE-616
GLU-617
10.0
9.1
-20.5
50.5
108.9
99.1
31.1
GLU-617
THR-618
6.8
11.0
-24.2
36.3
153.3
155.6
25.9
THR-618
VAL-619
8.1
11.0
-42.7
13.4
144.6
111.3
-89.6
VAL-619
ASN-620
9.7
7.4
-9.3
2.7
135.2
66.3
10.4
ASN-620
GLU-621
6.8
6.5
-143.5
16.0
128.4
106.7
-214.8
GLU-621
SER-622
6.0
9.9
18.5
-30.4
69.3
31.2
-34.2
SER-630
ASP-631
14.7
14.6
-140.8
-17.3
47.7
68.7
338.1
ASP-631
LYS-632
16.4
16.2
-13.1
20.5
20.0
32.1
-63.3
ILE-605
PRO-606
8.9
8.0
164.9
-16.7
67.4
31.1
241.8
PRO-606
GLY-607
12.3
9.4
-5.5
0.6
150.4
133.1
-9.7
ILE-605
PRO-606
5.8
7.1
164.9
-16.7
67.5
49.9
121.5
PRO-606
GLY-607
5.8
9.5
-5.5
0.6
165.5
145.9
-8.6
GLY-607
MET-608
6.1
7.4
-15.0
5.9
109.9
83.1
-3.0
MET-608
PHE-609
2.6
4.3
3.3
-10.2
99.0
97.6
-5.7
PHE-609
LYS-610
2.5
7.1
3.8
-1.0
52.8
37.4
0.2
LYS-610
GLU-611
5.5
9.0
6.5
6.3
28.6
53.2
15.1
GLU-611
VAL-612
3.4
6.3
-5.7
16.0
89.9
70.6
-5.1
VAL-612
TYR-613
3.5
7.5
-2.4
41.0
84.0
103.9
5.4
TYR-613
GLN-614
6.7
11.1
-65.5
17.4
125.3
153.0
-72.4
GLN-614
LYS-615
8.0
10.8
-9.6
52.7
126.0
95.7
40.5
LYS-615
ILE-616
8.9
9.7
-27.0
-56.6
69.3
67.6
87.2
ILE-616
GLU-617
10.1
13.1
-20.5
50.5
109.3
123.8
24.0
GLU-617
THR-618
13.8
15.3
-24.2
36.3
168.3
152.5
12.1
THR-618
VAL-619
13.3
14.7
-42.7
13.4
123.3
88.7
-9.9
VAL-619
ASN-620
10.6
15.2
-9.3
2.7
110.7
70.7
9.7
ASN-620
GLU-621
13.5
18.3
-143.5
16.0
144.0
131.8
-158.4
GLU-621
SER-622
14.5
19.5
18.5
-30.4
82.1
45.2
-11.9
SER-630
ASP-631
32.7
32.5
-140.8
-17.3
45.3
59.8
147.2
ASP-631
LYS-632
35.5
35.3
-13.1
20.5
22.7
8.7
-23.7
ILE-605
PRO-606
25.7
22.9
164.9
-16.7
86.4
73.6
148.5
PRO-606
GLY-607
23.2
22.7
-5.5
0.6
147.1
165.3
-25.0
GLY-607
MET-608
23.6
22.9
-15.0
5.9
132.6
103.1
-14.7
VAL-604
ILE-605
5.9
4.3
-142.1
64.5
105.2
87.0
-29.9
ILE-605
PRO-606
8.9
8.0
164.9
-16.7
67.4
31.1
241.8
PRO-606
GLY-607
12.3
9.4
-5.5
0.6
150.4
133.1
-9.7
VAL-604
ILE-605
5.7
7.7
-142.1
64.5
88.1
73.1
26.8
ILE-605
PRO-606
5.8
7.1
164.9
-16.7
67.5
49.9
121.5
PRO-606
GLY-607
5.8
9.5
-5.5
0.6
165.5
145.9
-8.6
GLY-607
MET-608
6.1
7.4
-15.0
5.9
109.9
83.1
-3.0
ILE-605
PRO-606
25.7
22.9
164.9
-16.7
86.4
73.6
148.5
PRO-606
GLY-607
23.2
22.7
-5.5
0.6
147.1
165.3
-25.0
GLY-607
MET-608
23.6
22.9
-15.0
5.9
132.6
103.1
-14.7
MET-608
PHE-609
22.3
20.3
3.3
-10.2
100.0
107.1
-5.1
PHE-609
LYS-610
18.9
17.8
3.8
-1.0
78.9
62.6
-12.3
LYS-610
GLU-611
18.6
18.7
6.5
6.3
13.8
30.9
41.8
GLU-611
VAL-612
19.0
17.5
-5.7
16.0
109.0
81.4
-14.2
VAL-612
TYR-613
16.6
14.3
-2.4
41.0
72.5
84.5
-31.9
TYR-613
GLN-614
13.8
13.7
-65.5
17.4
96.3
156.4
-96.1
GLN-614
LYS-615
14.8
14.4
-9.6
52.7
125.5
120.5
121.4
LYS-615
ILE-616
12.5
11.9
-27.0
-56.6
90.8
71.6
157.0
ILE-616
GLU-617
10.0
9.1
-20.5
50.5
108.9
99.1
31.1
GLU-617
THR-618
6.8
11.0
-24.2
36.3
153.3
155.6
25.9
THR-618
VAL-619
8.1
11.0
-42.7
13.4
144.6
111.3
-89.6
VAL-619
ASN-620
9.7
7.4
-9.3
2.7
135.2
66.3
10.4
ASN-620
GLU-621
6.8
6.5
-143.5
16.0
128.4
106.7
-214.8
GLU-621
SER-622
6.0
9.9
18.5
-30.4
69.3
31.2
-34.2
SER-630
ASP-631
14.7
14.6
-140.8
-17.3
47.7
68.7
338.1
ASP-631
LYS-632
16.4
16.2
-13.1
20.5
20.0
32.1
-63.3
VAL-604
ILE-605
5.9
4.3
-142.1
64.5
105.2
87.0
-29.9
ILE-605
PRO-606
8.9
8.0
164.9
-16.7
67.4
31.1
241.8
PRO-606
GLY-607
12.3
9.4
-5.5
0.6
150.4
133.1
-9.7
VAL-604
ILE-605
5.7
7.7
-142.1
64.5
88.1
73.1
26.8
ILE-605
PRO-606
5.8
7.1
164.9
-16.7
67.5
49.9
121.5
PRO-606
GLY-607
5.8
9.5
-5.5
0.6
165.5
145.9
-8.6
GLY-607
MET-608
6.1
7.4
-15.0
5.9
109.9
83.1
-3.0
MET-608
PHE-609
2.6
4.3
3.3
-10.2
99.0
97.6
-5.7
PHE-609
LYS-610
2.5
7.1
3.8
-1.0
52.8
37.4
0.2
LYS-610
GLU-611
5.5
9.0
6.5
6.3
28.6
53.2
15.1
GLU-611
VAL-612
3.4
6.3
-5.7
16.0
89.9
70.6
-5.1
VAL-612
TYR-613
3.5
7.5
-2.4
41.0
84.0
103.9
5.4
TYR-613
GLN-614
6.7
11.1
-65.5
17.4
125.3
153.0
-72.4
GLN-614
LYS-615
8.0
10.8
-9.6
52.7
126.0
95.7
40.5
LYS-615
ILE-616
8.9
9.7
-27.0
-56.6
69.3
67.6
87.2
ILE-616
GLU-617
10.1
13.1
-20.5
50.5
109.3
123.8
24.0
GLU-617
THR-618
13.8
15.3
-24.2
36.3
168.3
152.5
12.1
THR-618
VAL-619
13.3
14.7
-42.7
13.4
123.3
88.7
-9.9
VAL-619
ASN-620
10.6
15.2
-9.3
2.7
110.7
70.7
9.7
ASN-620
GLU-621
13.5
18.3
-143.5
16.0
144.0
131.8
-158.4
GLU-621
SER-622
14.5
19.5
18.5
-30.4
82.1
45.2
-11.9
SER-630
ASP-631
32.7
32.5
-140.8
-17.3
45.3
59.8
147.2
ASP-631
LYS-632
35.5
35.3
-13.1
20.5
22.7
8.7
-23.7
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