Mouse BALB/cJ (BALB_cJ_v1)
Description

potassium channel, subfamily T, member 1 [Source:MGI Symbol;Acc:MGI:1924627]

Gene Synonyms

C030030G16Rik, Kiaa1422, Slack, Slo2.2, slo2

Location
Reference strain equivalent
About this transcript

This transcript has 30 exons, is annotated with 30 domains and features and maps to 315 oligo probes.

Transcript IDNamebpProteinTranslation IDBiotypeCCDSUniProt MatchFlags
MGP_BALBcJ_T0053219.1-58811238aaMGP_BALBcJ_P0053219
 
Protein coding
-Ensembl Canonical
MGP_BALBcJ_T0053215.1-52191224aaMGP_BALBcJ_P0053215
 
Protein coding
--
MGP_BALBcJ_T0053211.1-47141183aaMGP_BALBcJ_P0053211
 
Protein coding
CCDS15794, CCDS50537, CCDS79757A0A0G2JDW4 A0A0G2JER3 A0A0G2JG91
A0A0G2JG99 A2AHB7 A2AHB8
A2AHB9 C0KTP6 Q6ZPR4
-
MGP_BALBcJ_T0053217.1-41661217aaMGP_BALBcJ_P0053217
 
Protein coding
--
MGP_BALBcJ_T0053213.1-37711218aaMGP_BALBcJ_P0053213
 
Protein coding
--
MGP_BALBcJ_T0053220.1-37111236aaMGP_BALBcJ_P0053220
 
Protein coding
--
MGP_BALBcJ_T0053214.1-36091202aaMGP_BALBcJ_P0053214
 
Protein coding
--
MGP_BALBcJ_T0053223.1-990330aaMGP_BALBcJ_P0053223
 
Protein coding
--
MGP_BALBcJ_T0053222.1-59236aaMGP_BALBcJ_P0053222
 
Nonsense mediated decay
--
MGP_BALBcJ_T0053218.1-6639No protein-
 
Retained intron
--
MGP_BALBcJ_T0053221.1-3299No protein-
 
Retained intron
--
MGP_BALBcJ_T0053224.1-2120No protein-
 
Retained intron
--
MGP_BALBcJ_T0053216.1-1673No protein-
 
Retained intron
--
MGP_BALBcJ_T0053225.1-795No protein-
 
Retained intron
--
MGP_BALBcJ_T0053212.1-532No protein-
 
Retained intron
--
Statistics

Exons: 30, Coding exons: 30, Transcript length: 4,714 bps, Translation length: 1,183 residues

Uniprot

This transcript corresponds to the following Uniprot identifiers: Q6ZPR4

CCDS

This transcript is a member of the Mouse BALB/cJ CCDS set: CCDS15794, CCDS50537, CCDS79757

Version

MGP_BALBcJ_T0053211.1

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.