Description
poly (ADP-ribose) polymerase family, member 10 [Source:HGNC Symbol;Acc:25895]
Location
Chromosome 8: 145,051,321-145,086,940 reverse strand.
Transcripts
This gene has 24 transcripts
NameTranscript IDLength (bp)Protein IDLength (aa)BiotypeCCDS
PARP10-001ENST000003130283497ENSP000003256181025Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.CCDS34960
PARP10-004ENST000005249183469ENSP000004316201016Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-005ENST000003130591090ENSP00000314320339Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-008ENST000005257733404ENSP000004347761037Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-011ENST00000532311481ENSP0000043516183Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-012ENST00000528914589ENSP00000434005136Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-013ENST00000528136899ENSP00000431250129Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-014ENST00000525879939ENSP00000436301178Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-015ENST00000528625685ENSP00000431818172Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-018ENST00000529311529ENSP00000434411106Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-019ENST00000525486564ENSP00000435793146Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-020ENST00000531537578ENSP00000432204144Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-021ENST00000529842696ENSP00000436697144Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-022ENST00000531707500ENSP0000043399081Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-024ENST00000530478588ENSP0000043633389Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-201ENST000005348613335ENSP00000446164731Protein codingA protein coding transcript is a spliced mRNA that leads to a protein product.-
PARP10-006ENST000005272623027ENSP00000432733764Nonsense mediated decayTranscript is thought to undergo nonsense mediated decay, a process which detects nonsense mutations and prevents the expression of truncated or erroneous proteins. -
PARP10-003ENST00000533665935No protein product-Processed transcriptNoncoding transcript that does not contain an open reading frame (ORF). -
PARP10-016ENST00000534737550No protein product-Processed transcriptNoncoding transcript that does not contain an open reading frame (ORF). -
PARP10-017ENST00000532660545No protein product-Processed transcriptNoncoding transcript that does not contain an open reading frame (ORF). -
PARP10-010ENST000005260072179No protein product-Retained intronNoncoding transcript containing intronic sequence. -
PARP10-023ENST00000528580488No protein product-Retained intronNoncoding transcript containing intronic sequence. -
PARP10-025ENST00000526985571No protein product-Retained intronNoncoding transcript containing intronic sequence. -
PARP10-026ENST00000528963581No protein product-Retained intronNoncoding transcript containing intronic sequence. -

Transcript and Gene level displays

In Archive EnsEMBL we provide displays at two levels:

  • Transcript views which provide information specific to an individual transcript such as the cDNA and CDS sequences and protein domain annotation.
  • Gene views which provide displays for data associated at the gene level such as orthologues, paralogues, regulatory regions and splice variants.

This view is a gene level view. To access the transcript level displays select a Transcript ID in the table above and then navigate to the information you want using the menu at the left hand side of the page. To return to viewing gene level information click on the Gene tab in the menu bar at the top of the page.