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 : 2nxi.3
(2 other biounits)
Structural and mechanistic changes along an engineered path from metallo to non-metallo KDO8P synthase.
Coordinates
PDB Format
Compare
Method
X-RAY DIFFRACTION 2.30 Å
Oligo State
homo-tetramer
Ligands
5 x
PEP
:
PHOSPHOENOLPYRUVATE
(Non-functional Binders)
PEP.1:
13 residues within 4Å:
Chain A:
N.10
,
K.40
,
S.42
,
K.45
,
D.80
,
Q.98
,
P.100
,
A.101
,
K.123
,
R.153
,
H.184
,
F.219
,
E.221
14
PLIP interactions
:
14 interactions with chain A
Hydrogen bonds:
A:S.42
,
A:Q.98
,
A:A.101
Water bridges:
A:N.10
,
A:N.47
,
A:N.47
,
A:F.102
Salt bridges:
A:K.40
,
A:K.45
,
A:K.123
,
A:K.123
,
A:R.153
,
A:H.184
,
A:H.184
PEP.2:
8 residues within 4Å:
Chain A:
N.47
,
R.48
,
S.49
,
Q.187
,
K.195
,
S.196
,
D.232
Chain B:
R.105
8
PLIP interactions
:
6 interactions with chain A
,
2 interactions with chain B
Hydrogen bonds:
A:S.49
,
A:S.49
,
A:Q.187
,
B:R.105
Water bridges:
A:N.47
,
A:S.53
Salt bridges:
A:R.48
,
B:R.105
PEP.4:
13 residues within 4Å:
Chain B:
N.10
,
K.40
,
S.42
,
K.45
,
D.80
,
Q.98
,
P.100
,
A.101
,
K.123
,
R.153
,
H.184
,
F.219
,
E.221
13
PLIP interactions
:
13 interactions with chain B
Hydrogen bonds:
B:S.42
,
B:Q.98
,
B:A.101
Water bridges:
B:N.47
,
B:N.47
,
B:F.102
Salt bridges:
B:K.40
,
B:K.45
,
B:K.123
,
B:K.123
,
B:R.153
,
B:H.184
,
B:H.184
PEP.6:
13 residues within 4Å:
Chain C:
N.10
,
K.40
,
S.42
,
K.45
,
N.47
,
D.80
,
Q.98
,
P.100
,
A.101
,
K.123
,
R.153
,
H.184
,
E.221
12
PLIP interactions
:
12 interactions with chain C
Hydrogen bonds:
C:S.42
,
C:N.47
,
C:Q.98
,
C:A.101
Water bridges:
C:F.102
Salt bridges:
C:K.40
,
C:K.45
,
C:K.123
,
C:K.123
,
C:R.153
,
C:H.184
,
C:H.184
PEP.8:
13 residues within 4Å:
Chain D:
N.10
,
K.40
,
S.42
,
K.45
,
D.80
,
Q.98
,
P.100
,
A.101
,
K.123
,
R.153
,
H.184
,
F.219
,
E.221
10
PLIP interactions
:
10 interactions with chain D
Hydrogen bonds:
D:S.42
,
D:Q.98
,
D:A.101
Salt bridges:
D:K.40
,
D:K.45
,
D:K.123
,
D:K.123
,
D:R.153
,
D:H.184
,
D:H.184
3 x
PO4
:
PHOSPHATE ION
(Non-functional Binders)
PO4.3:
6 residues within 4Å:
Chain A:
R.105
Chain B:
R.48
,
S.49
,
K.195
,
S.196
,
D.232
5
PLIP interactions
:
5 interactions with chain B
Hydrogen bonds:
B:S.49
,
B:S.196
Water bridges:
B:R.48
,
B:S.196
Salt bridges:
B:R.48
PO4.5:
3 residues within 4Å:
Chain C:
R.48
,
S.49
,
D.232
3
PLIP interactions
:
3 interactions with chain C
Hydrogen bonds:
C:S.49
,
C:S.49
Salt bridges:
C:R.48
PO4.7:
4 residues within 4Å:
Chain C:
R.105
Chain D:
R.48
,
S.49
,
D.232
5
PLIP interactions
:
4 interactions with chain D
,
1 interactions with chain C
Hydrogen bonds:
D:S.49
,
D:S.49
,
C:R.105
Water bridges:
D:G.190
Salt bridges:
D:R.48
Links
RCSB
PDBe
PDBe-KB
PDBj
PDBsum
CATH
PLIP
Citation
Kona, F. et al., Structural and mechanistic changes along an engineered path from metallo to nonmetallo 3-deoxy-D-manno-octulosonate 8-phosphate synthases. Biochemistry (2007)
Release Date
2007-07-24
Peptides
2-dehydro-3-deoxyphosphooctonate aldolase:
A
B
C
D
SMTL:PDB
SMTL Chain Id:
PDB Chain Id:
A
I
B
J
C
K
D
L
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
2-dehydro-3-deoxyphosphooctonate aldolase
Toggle Identical (AB)
Related Entries With Identical Sequence
2nxi.1
|
2nxi.2
Cartoon
Cartoon
Tube
Trace
Lines
Ball+Stick
Licorice
Hyperball
Rope
Surface
Spacefill
Outline
Fog
Background
Transparent
Resolution
Low
Medium
High
Extreme