Toggle navigation
Modelling
myWorkspace
Alignment Mode
User Template Mode
DeepView Project Mode
Modelling API
Template Library
Repository
SWISS-MODEL Repository
Repository API
3D-Beacons API
Annotation Projects
TBvar3D
Tools
Structure Assessment
Structure Comparison
QMEAN
Documentation
SWISS-MODEL
Examples
Video Tutorial
New Features
SWISS-MODEL Repository
QMEAN
Structure Assessment
Structure Comparison
TBvar3D
Protein Structure Course
References
Log in
Create Account
SMTL ID : 6nef.2
(1 other biounit)
Outer Membrane Cytochrome S Filament from Geobacter Sulfurreducens
Coordinates
PDB Format
Compare
Method
ELECTRON MICROSCOPY 3.42 Å
Oligo State
monomer
Ligands
6 x
HEC
:
HEME C
(Covalent)
HEC.1:
15 residues within 4Å:
Chain A:
H.2
,
V.6
,
A.7
,
E.8
,
C.9
,
C.12
,
H.13
,
M.36
,
L.38
,
Q.43
,
P.146
,
H.147
,
P.196
,
K.197
,
S.198
13
PLIP interactions
:
13 interactions with chain A
,
Hydrophobic interactions:
A:V.6
,
A:A.7
,
A:L.38
,
A:P.146
,
A:P.146
,
A:K.197
Hydrogen bonds:
A:Q.43
,
A:S.141
,
A:K.197
,
A:S.198
,
A:S.198
Salt bridges:
A:H.147
Metal complexes:
A:H.147
HEC.2:
15 residues within 4Å:
Chain A:
F.1
,
H.2
,
S.3
,
C.12
,
S.46
,
C.47
,
C.50
,
H.51
,
Y.62
,
H.144
,
S.168
,
S.170
,
Y.186
,
R.187
Ligands:
HEC.3
12
PLIP interactions
:
12 interactions with chain A
,
Hydrophobic interactions:
A:F.1
,
A:Y.62
,
A:Y.62
,
A:H.144
,
A:R.187
Hydrogen bonds:
A:F.1
,
A:F.1
,
A:H.2
,
A:S.170
Salt bridges:
A:R.187
pi-Stacking:
A:Y.62
Metal complexes:
A:H.51
HEC.3:
20 residues within 4Å:
Chain A:
C.47
,
L.48
,
H.51
,
I.64
,
T.81
,
P.82
,
G.83
,
F.86
,
C.140
,
C.143
,
H.144
,
Y.186
,
R.187
,
Y.231
,
W.238
,
L.329
,
A.334
,
H.335
Ligands:
HEC.2
,
HEC.4
15
PLIP interactions
:
15 interactions with chain A
,
Hydrophobic interactions:
A:L.48
,
A:I.64
,
A:I.64
,
A:F.86
,
A:R.187
,
A:W.238
,
A:W.238
,
A:A.334
Hydrogen bonds:
A:T.81
,
A:G.83
,
A:Y.231
Salt bridges:
A:R.187
,
A:H.335
pi-Cation interactions:
A:H.144
Metal complexes:
A:H.144
HEC.4:
22 residues within 4Å:
Chain A:
E.106
,
R.107
,
G.109
,
H.110
,
N.111
,
D.122
,
L.125
,
T.127
,
A.128
,
Y.133
,
A.135
,
S.142
,
F.205
,
C.239
,
C.242
,
H.243
,
H.332
,
S.341
,
M.342
Ligands:
HEC.3
,
HEC.5
,
MG.7
9
PLIP interactions
:
9 interactions with chain A
,
Hydrophobic interactions:
A:A.128
,
A:Y.133
,
A:A.135
,
A:F.205
Hydrogen bonds:
A:G.109
,
A:N.111
Salt bridges:
A:R.107
Metal complexes:
A:H.110
,
A:H.243
HEC.5:
12 residues within 4Å:
Chain A:
R.107
,
P.129
,
S.236
,
H.243
,
I.246
,
H.247
,
N.327
,
C.328
,
C.331
,
H.332
,
S.341
Ligands:
HEC.4
5
PLIP interactions
:
5 interactions with chain A
,
Hydrophobic interactions:
A:H.243
,
A:I.246
Salt bridges:
A:R.107
pi-Stacking:
A:H.332
Metal complexes:
A:H.332
HEC.6:
9 residues within 4Å:
Chain A:
Y.251
,
H.257
,
P.258
,
K.264
,
F.265
,
I.269
,
C.400
,
C.403
,
H.404
8
PLIP interactions
:
8 interactions with chain A
,
Hydrophobic interactions:
A:Y.251
,
A:Y.251
,
A:F.265
,
A:I.269
pi-Stacking:
A:H.404
pi-Cation interactions:
A:H.404
Metal complexes:
A:H.257
,
A:H.404
1 x
MG
:
MAGNESIUM ION
(Non-covalent)
MG.7:
5 residues within 4Å:
Chain A:
E.106
,
G.109
,
N.111
,
D.122
Ligands:
HEC.4
3
PLIP interactions
:
3 interactions with chain A
Metal complexes:
A:E.106
,
A:G.109
,
A:D.122
Links
RCSB
PDBe
PDBe-KB
PDBj
PDBsum
CATH
PLIP
Citation
Filman, D.J. et al., Cryo-EM reveals the structural basis of long-range electron transport in a cytochrome-based bacterial nanowire. Commun Biol (2019)
Release Date
2019-07-03
Peptides
C-type cytochrome OmcS:
A
SMTL:PDB
SMTL Chain Id:
PDB Chain Id:
A
A
Export Alignment
FASTA format
Clustal Format
PNG Image
Secondary Structure
None
DSSP
PSIPRED
SSpro
Colour Scheme
Fade Mismatches
Enhance Mismatches
Chain
Unique Chain
Rainbow
2° Structure
Bfactor
Bfactor Range
SOA
Entropy
Clustal
Hydrophobic
Size
Charged
Polar
Proline
Ser/Thr
Cysteine
Aliphatic
Aromatic
No Colour
Background
3D Viewer
NGL
PV
2D
FASTA
Multi FASTA
ClustalW
PNG
C-type cytochrome OmcS
Related Entries With Identical Sequence
6ef8.1
|
6nef.1
Cartoon
Cartoon
Tube
Trace
Lines
Ball+Stick
Licorice
Hyperball
Rope
Surface
Spacefill
Outline
Fog
Background
Transparent
Resolution
Low
Medium
High
Extreme