Sequence Browser (P00387-1)

UniProt (Ref Seq)
Displayed Structure
Experimental Tertiary/Complex (PDB:XRay/EM)
Experimental Tertiary/Complex (PDB:NMR)
Modelled Tertiary (Phyre)
If the whole structure is coloured grey in '3D Structure Viewer' panel, please click the icon - on the top left corner of the viewer.
(If nothing changes then 'Sequence ↔ Structure' mapping may be unavailable).
1
301
Isoform
Remark
Ref
P00387-1  
VSP_010200
No experimental confirmation available.
VSP_042827
Click on Isoform of interest to be redirected to the corresponding page
Type
Variation
Position
splice variant
MGAQLST → MNRSLLVGCMQSKDIWGREESICERLKQDGLDVERAESWE
1 - 7
sequence variant
S → P
66
sequence variant
V → M
106
sequence variant
S → P
128
sequence variant
A → V
179
sequence variant
C → Y
204
sequence variant
Missing
273
sequence variant
Missing
299
sequence conflict
R → G
29
sequence conflict
IT → LA
34 - 35
sequence conflict
IR → MS
191 - 192
sequence conflict
FK → CN
233 - 234
splice variant
Missing
1 - 23
sequence variant
R → Q
58
sequence variant
L → P
73
sequence variant
T → S
117
sequence variant
L → P
149
sequence variant
C → R
204
sequence variant
Missing
256
sequence variant
G → D
292
sequence conflict
QRSTP → RWPRA
28 - 32
sequence conflict
T → K
31
sequence conflict
ML → IV
187 - 188
sequence conflict
R → G
192
sequence conflict
I → N
280

To analyse the structural impact of your missense variant:

  • Select the corresponding experimental/modelled structure from the "Available Structures" Panel.
  • Right-click on the target structure and download it.
  • Go to our web server Missense3D to analyse structural impact.

  • Go to Missense3D
Protein:
Other Names:
Diaphorase-1
Primary Accession:
Other Accessions:
B1AHF2, B7Z7L3, O75675, Q8TDL8, Q8WTS8, Q9UEN4, Q9UEN5, Q9UL55, Q9UL56
Gene :
CYB5R3*, synonyms (DIA1)
Organism :
Human
Entry Name :
Length :
301
Mass (Da) :
34,235
Last modified :
23-Jan-2007
Version :
v3
Isoforms :
3 
Variants :
25 
Interactions :
1 
Structures :
Experimental 1 | Phyre prediction 1

Desaturation and elongation of fatty acids, cholesterol biosynthesis, drug metabolism, and, in erythrocyte, methemoglobin reduction.

With
Entry
IntAct
Exp
HBA2
P69905
EBI-1046040, EBI-714680
2