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 : 3lq4.1
E. coli pyruvate dehydrogenase complex E1 E235A mutant with high TDP concentration
Coordinates
PDB Format
Compare
Method
X-RAY DIFFRACTION 1.98 Å
Oligo State
homo-dimer
Ligands
2 x
TPP
:
THIAMINE DIPHOSPHATE
(Non-covalent)
TPP.1:
23 residues within 4Å:
Chain A:
S.109
,
Q.140
,
H.142
,
V.192
,
M.194
,
G.229
,
D.230
,
G.231
,
E.232
,
N.258
,
N.260
,
Q.262
,
R.263
,
L.264
,
K.392
Chain B:
D.521
,
E.522
,
I.569
,
E.571
,
F.602
,
R.606
,
H.640
Ligands:
MG.2
18
PLIP interactions
:
14 interactions with chain A
,
4 interactions with chain B
Hydrophobic interactions:
A:L.264
,
B:I.569
,
B:I.569
,
B:F.602
Hydrogen bonds:
A:Q.140
,
A:Q.140
,
A:V.192
,
A:M.194
,
A:G.231
,
A:E.232
,
A:N.258
,
A:R.263
Water bridges:
A:G.229
,
A:D.230
,
A:D.230
,
A:E.232
Salt bridges:
A:K.392
pi-Stacking:
B:F.602
TPP.5:
22 residues within 4Å:
Chain A:
D.521
,
I.569
,
E.571
,
F.602
,
H.640
Chain B:
S.109
,
Q.140
,
H.142
,
V.192
,
S.193
,
M.194
,
G.229
,
D.230
,
G.231
,
E.232
,
N.258
,
N.260
,
Q.262
,
R.263
,
L.264
,
K.392
Ligands:
MG.6
21
PLIP interactions
:
17 interactions with chain B
,
4 interactions with chain A
Hydrophobic interactions:
B:M.194
,
B:L.264
,
A:I.569
,
A:I.569
,
A:F.602
Hydrogen bonds:
B:Q.140
,
B:Q.140
,
B:V.192
,
B:M.194
,
B:D.230
,
B:G.231
,
B:E.232
,
B:N.258
,
B:N.260
,
B:R.263
Water bridges:
B:G.229
,
B:G.229
Salt bridges:
B:H.142
,
B:K.392
,
B:K.392
pi-Stacking:
A:F.602
2 x
MG
:
MAGNESIUM ION
(Non-covalent)
MG.2:
5 residues within 4Å:
Chain A:
D.230
,
N.258
,
N.260
,
Q.262
Ligands:
TPP.1
3
PLIP interactions
:
2 interactions with chain A
,
1 Ligand-Water interactions
Metal complexes:
A:D.230
,
A:Q.262
,
H
2
O.1
MG.6:
5 residues within 4Å:
Chain B:
D.230
,
N.258
,
N.260
,
Q.262
Ligands:
TPP.5
3
PLIP interactions
:
2 interactions with chain B
,
1 Ligand-Water interactions
Metal complexes:
B:D.230
,
B:Q.262
,
H
2
O.20
2 x
PO4
:
PHOSPHATE ION
(Non-functional Binders)
PO4.3:
5 residues within 4Å:
Chain A:
R.79
,
R.82
,
R.86
,
Y.394
,
F.424
7
PLIP interactions
:
7 interactions with chain A
Hydrogen bonds:
A:Y.394
,
A:R.423
Water bridges:
A:R.86
,
A:H.364
Salt bridges:
A:R.79
,
A:R.82
,
A:R.86
PO4.7:
6 residues within 4Å:
Chain B:
R.79
,
R.82
,
R.86
,
T.115
,
Y.394
,
F.424
3
PLIP interactions
:
3 interactions with chain B
Salt bridges:
B:R.79
,
B:R.82
,
B:R.86
1 x
EPE
:
4-(2-HYDROXYETHYL)-1-PIPERAZINE ETHANESULFONIC ACID
(Non-functional Binders)
EPE.4:
7 residues within 4Å:
Chain A:
V.65
,
E.66
,
E.67
,
Q.68
,
P.69
,
E.70
,
K.367
6
PLIP interactions
:
6 interactions with chain A
Hydrogen bonds:
A:E.67
,
A:Q.68
Water bridges:
A:E.70
,
A:Y.71
Salt bridges:
A:E.70
,
A:K.367
Links
RCSB
PDBe
PDBe-KB
PDBj
PDBsum
CATH
PLIP
Citation
Nemeria, N.S. et al., Communication between thiamin cofactors in the Escherichia coli pyruvate dehydrogenase complex E1 component active centers: evidence for a "direct pathway" between the 4'-aminopyrimidine N1' atoms. J.Biol.Chem. (2010)
Release Date
2010-03-02
Peptides
Pyruvate dehydrogenase E1 component:
A
B
SMTL:PDB
SMTL Chain Id:
PDB Chain Id:
A
A
B
B
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
Pyruvate dehydrogenase E1 component
Toggle Identical (AB)
Related Entries With Identical Sequence
3lq2.1
Cartoon
Cartoon
Tube
Trace
Lines
Ball+Stick
Licorice
Hyperball
Rope
Surface
Spacefill
Outline
Fog
Background
Transparent
Resolution
Low
Medium
High
Extreme