Tryptic Core Fragment Of The Lactose Repressor Of 3 Escherichia Coli 4
(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
LEU-71
ALA-72
16.0
15.7
-19.4
11.8
98.4
101.6
-18.7
ALA-72
LEU-73
17.5
17.3
19.6
-11.6
65.2
79.0
0.8
LEU-73
HIS-74
14.5
14.0
-3.6
22.7
157.1
158.8
193.9
HIS-74
ALA-75
13.7
12.8
-30.7
1.0
101.5
103.5
-123.7
ALA-75
PRO-76
10.0
9.1
6.3
-0.3
101.1
100.9
-44.2
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
GLN-78
ILE-79
11.7
11.1
-3.9
-3.6
91.0
90.7
67.3
ILE-79
VAL-80
9.7
9.6
1.2
-1.7
95.1
89.9
9.9
VAL-80
ALA-81
13.2
13.1
3.3
-0.4
159.0
158.1
-37.7
ALA-81
ALA-82
14.3
14.1
-5.6
-3.3
54.4
53.3
51.0
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
ASN-125
TYR-126
8.9
8.5
32.8
-31.4
137.8
139.9
16.4
TYR-126
PRO-127
8.1
7.7
-14.6
12.8
66.7
62.4
67.9
PRO-127
LEU-128
4.8
4.4
-8.7
12.7
34.2
36.0
-51.0
LEU-128
ASP-129
4.3
4.5
-5.5
2.8
79.4
74.5
16.3
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
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-160
PHE-161
3.8
3.7
8.0
-1.8
47.2
45.6
48.7
PHE-161
SER-162
2.9
3.0
-18.3
17.0
62.6
66.1
8.6
SER-162
HIS-163
6.3
6.7
-16.8
11.7
69.5
70.2
4.3
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
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-291
ASP-292
3.8
4.0
-17.6
9.8
53.8
60.9
101.5
ASP-292
PHE-293
2.8
3.0
-10.5
17.3
117.5
121.7
64.0
PHE-293
ARG-294
5.5
5.3
-25.9
25.0
54.7
60.8
-53.5
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
LEU-318
LEU-319
7.5
7.7
12.0
-4.4
22.1
21.9
73.6
LEU-319
PRO-320
5.0
5.1
-10.7
-4.3
96.9
105.8
-56.9
PRO-320
VAL-321
5.4
5.7
-1.5
6.6
78.6
87.3
-17.4
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