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Human (GRCh37.p13)
Description

catenin (cadherin-associated protein), beta 1, 88kDa [Source:HGNC Symbol;Acc:2514]

Gene Synonyms

CTNNB, MRD19, armadillo, beta-catenin

Location

Chromosome 3: 41,236,328-41,301,587 forward strand.

GRCh37:CM000665.1

About this gene

This gene has 15 transcripts (splice variants), 1 paralogue and is associated with 215 phenotypes.

Transcript IDNamebpProteinTranslation IDBiotypeCCDSUniProt MatchRefSeqFlags
ENST00000349496.5CTNNB1-0013729781aaENSP00000344456.5
 
Protein coding
CCDS2694B4DGU4 C9IZ65 E7EMJ5
E7EV28 E9PDF9 G9GAG7
P35222
NM_001904
NP_001895
GENCODE basic
ENST00000396185.3CTNNB1-0023356781aaENSP00000379488.3
 
Protein coding
CCDS2694B4DGU4 C9IZ65 E7EMJ5
E7EV28 E9PDF9 G9GAG7
P35222
NM_001098209
NP_001091679
GENCODE basic
ENST00000396183.3CTNNB1-0033268781aaENSP00000379486.3
 
Protein coding
CCDS2694B4DGU4 C9IZ65 E7EMJ5
E7EV28 E9PDF9 G9GAG7
P35222
NM_001098210
NP_001091680
GENCODE basic
ENST00000453024.1CTNNB1-0052841774aaENSP00000411226.1
 
Protein coding
B4DGU4 C9IZ65 -GENCODE basic
ENST00000405570.1CTNNB1-0072513781aaENSP00000385604.1
 
Protein coding
CCDS2694B4DGU4 C9IZ65 E7EMJ5
E7EV28 E9PDF9 G9GAG7
P35222
-GENCODE basic
ENST00000450969.1CTNNB1-013645108aaENSP00000409302.1
 
Protein coding
C9IZ65 E7EV28 E9PDF9
G9GAG7
-CDS 3' incomplete
ENST00000431914.1CTNNB1-012634149aaENSP00000412219.1
 
Protein coding
C9IZ65 E7EMJ5 E7EV28
E9PDF9 G9GAG7
-CDS 3' incomplete
ENST00000441708.1CTNNB1-014608100aaENSP00000401599.1
 
Protein coding
C9IZ65 E9PDF9 G9GAG7
-CDS 3' incomplete
ENST00000433400.1CTNNB1-01159613aaENSP00000387455.1
 
Protein coding
--CDS 3' incomplete
ENST00000426215.1CTNNB1-01056359aaENSP00000400508.1
 
Protein coding
C9IZ65 -CDS 3' incomplete
ENST00000471014.1CTNNB1-017607No protein-
 
Processed transcript
---
ENST00000482042.1CTNNB1-0041366No protein-
 
Retained intron
---
ENST00000465552.1CTNNB1-016878No protein-
 
Retained intron
---
ENST00000485265.1CTNNB1-006835No protein-
 
Retained intron
---
ENST00000488914.1CTNNB1-015804No protein-
 
Retained intron
---

Gene-based displays