Cell Division Protein Ftsz
(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
ALA-224
LEU-225
7.0
7.1
9.4
-4.0
22.1
36.0
51.4
LEU-225
MET-226
6.7
7.3
15.2
2.5
64.6
42.0
58.0
MET-226
GLY-227
7.8
7.8
10.0
10.5
16.8
30.7
56.0
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
LYS-243
ALA-244
4.5
4.5
4.9
-7.0
31.0
27.0
0.5
ALA-244
ILE-245
3.9
3.5
-10.6
23.5
142.4
139.8
33.2
ILE-245
SER-246
4.3
4.1
-19.0
-37.6
80.2
83.1
43.4
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
SER-247
PRO-248
10.3
8.2
101.4
-15.5
86.0
115.2
-70.0
PRO-248
LEU-249
13.8
11.9
22.5
11.4
125.9
143.0
-88.9
LEU-249
LEU-250
15.3
11.6
-17.8
16.2
15.7
27.4
14.7
LEU-250
GLU-251
13.2
9.8
-4.8
-1.0
51.2
72.5
-22.6
GLU-251
THR-252
14.1
12.4
11.5
-44.9
103.7
93.5
22.7
THR-252
SER-253
10.5
11.0
67.4
16.8
35.4
66.4
191.0
SER-253
ILE-254
8.9
9.0
-24.0
-21.1
73.8
57.7
92.2
ILE-254
VAL-255
5.7
5.4
13.7
4.5
124.4
125.9
-57.9
VAL-255
GLY-256
8.3
7.3
-144.8
178.3
10.2
8.9
-112.8
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
ASP-289
VAL-290
10.1
10.0
-65.6
3.7
96.8
90.1
27.5
VAL-290
ASN-291
7.0
6.8
11.0
1.8
79.2
93.5
-8.1
ASN-291
MET-292
7.7
7.6
-4.1
-12.7
52.1
36.1
70.3
MET-292
ILE-293
7.9
7.3
-9.6
-24.2
97.5
72.1
31.6
ILE-293
PHE-294
9.7
9.5
30.5
-33.1
168.4
143.8
43.7
PHE-294
GLY-295
10.7
9.7
29.7
-23.3
112.5
111.9
-23.8
GLY-295
THR-296
12.5
12.4
9.3
27.7
175.2
155.4
-148.6
THR-296
VAL-297
13.6
13.2
-7.2
15.9
72.2
83.9
4.6
VAL-297
ILE-298
15.4
14.7
12.3
-14.8
170.3
170.7
-15.1
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-310
ILE-311
4.5
4.2
-0.8
9.5
139.3
140.8
50.6
ILE-311
ALA-312
5.4
5.2
-1.1
11.1
125.4
129.1
33.3
ALA-312
THR-313
2.5
2.6
-28.9
24.7
152.6
157.1
-7.4
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