Human (GRCh37.p13)
Description

DNA (cytosine-5-)-methyltransferase 3 alpha [Source:HGNC Symbol;Acc:2978]

Gene Synonyms

DNMT3A2, M.HsaIIIA

Location

Chromosome 2: 25,455,845-25,565,459 reverse strand.

GRCh37:CM000664.1

About this gene

This gene has 15 transcripts (splice variants), 2 paralogues and is associated with 94 phenotypes.

Show/hide columns (1 hidden)
  • Transcript ID
  • Name
  • bp
  • Protein
  • Translation ID
  • Biotype
  • CCDS
  • UniProt Match
  • RefSeq
  • Flags
Transcript IDNamebpProteinBiotypeCCDSUniProt MatchRefSeqFlags
ENST00000264709.3DNMT3A-0014380912aa
 
Protein coding
CCDS33157Q6PJ37 Q8WVA9 Q9Y6K1
NM_175629.2Ensembl CanonicalGENCODE Basic
ENST00000321117.5DNMT3A-0114279912aa
 
Protein coding
CCDS33157Q6PJ37 Q8WVA9 Q9Y6K1
NM_022552.4GENCODE Basic
ENST00000380746.4DNMT3A-0023589723aa
 
Protein coding
CCDS1718Q6PJ37 Q8WVA9 Q9Y6K1
NM_153759.3GENCODE Basic
ENST00000402667.1DNMT3A-0132300689aa
 
Protein coding
Q6PJ37 Q8WVA9 Q9Y6K1
-GENCODE Basic
ENST00000406659.3DNMT3A-0121775166aa
 
Protein coding
CCDS46232Q9Y6K1 NM_175630.1GENCODE Basic
ENST00000380756.3DNMT3A-0104477781aa
 
Nonsense mediated decay
F8WE91 Q59HC6 --
ENST00000474887.1DNMT3A-008847No protein
 
Processed transcript
---
ENST00000496570.1DNMT3A-017656No protein
 
Processed transcript
---
ENST00000470983.1DNMT3A-003589No protein
 
Processed transcript
---
ENST00000461228.1DNMT3A-006581No protein
 
Processed transcript
---
ENST00000482935.1DNMT3A-015519No protein
 
Processed transcript
---
ENST00000491288.1DNMT3A-009472No protein
 
Processed transcript
---
ENST00000474807.1DNMT3A-004840No protein
 
Retained intron
---
ENST00000466601.1DNMT3A-007812No protein
 
Retained intron
---
ENST00000484184.1DNMT3A-005619No protein
 
Retained intron
---

Retirement notice

Human only - retirement of this view

As of Ensembl release 93 this view will no longer be available for human, because we feel that the density of known human genetic variation is too great for the display to be informative in its current form.

Other species will not be affected, as they have less variation data.

For more information about the decision and on how to find variation data for a gene, please see our blog post.

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