Description

procollagen-proline, 2-oxoglutarate 4-dioxygenase (proline 4-hydroxylase), alpha II polypeptide [Source:MGI Symbol;Acc:MGI:894286]

Synonyms

AA407196, C76437, P4hl

Location
Reference strain equivalent
About this transcript

This transcript has 6 exons, is annotated with 6 domains and features and maps to 52 oligo probes.

Gene
NameTranscript IDbpProteinTranslation IDBiotypeCCDSUniProtRefSeqFlags
-MGP_AKRJ_T0029033.1605128aaMGP_AKRJ_P0029033
 
Protein coding
CCDS24691, CCDS48797B0QZH0 B0QZH1 B0QZH2
B0QZH3 D6RCG8 F6ULE1
Q5SX74 Q5SX75 Q5SX76
Q60716
NM_001136076
NM_011031
NP_001129548
NP_035161
-MGP_AKRJ_T0029034.12263535aaMGP_AKRJ_P0029034
 
Protein coding
---
-MGP_AKRJ_T0029036.12230537aaMGP_AKRJ_P0029036
 
Protein coding
---
-MGP_AKRJ_T0029038.12094535aaMGP_AKRJ_P0029038
 
Protein coding
---
-MGP_AKRJ_T0029042.1758112aaMGP_AKRJ_P0029042
 
Protein coding
---
-MGP_AKRJ_T0029040.1559108aaMGP_AKRJ_P0029040
 
Protein coding
---
-MGP_AKRJ_T0029043.1539158aaMGP_AKRJ_P0029043
 
Protein coding
---
-MGP_AKRJ_T0029039.135252aaMGP_AKRJ_P0029039
 
Protein coding
---
-MGP_AKRJ_T0029044.1105225aaMGP_AKRJ_P0029044
 
Nonsense mediated decay
---
-MGP_AKRJ_T0029041.172142aaMGP_AKRJ_P0029041
 
Nonsense mediated decay
---
-MGP_AKRJ_T0029045.1265No protein-
 
Processed transcript
---
-MGP_AKRJ_T0029035.13060No protein-
 
Retained intron
---
-MGP_AKRJ_T0029047.11997No protein-
 
Retained intron
---
-MGP_AKRJ_T0029037.1610No protein-
 
Retained intron
---
-MGP_AKRJ_T0029046.1455No protein-
 
Retained intron
---
Statistics

Exons: 6, Coding exons: 4, Transcript length: 605 bps, Translation length: 128 residues

CCDS

This transcript is a member of the Mouse AKR/J CCDS set: CCDS24691, CCDS48797

Uniprot

This transcript corresponds to the following Uniprot identifiers: Q60716

Version

MGP_AKRJ_T0029033.1

Type

Protein coding

Annotation Method

Mouse strain gene models, generated by the Mouse Genomes Project, built from a combination of annotation mapping from the reference mouse (GRCm38) and strain-specific RNA-seq data.

Transcript-based displays