Ensembl Zebrafish

 

What's New in Ensembl 35

  • Compara database

    The compara orthology build has been updated to include the new Opossum genome, and chimp dnafrag names have been changed to take account of the re-numbering of the Chimp chromosomes (see Chimp news for more information).
    Read more...

  • Variation database

    All variation databases now include the new consequence_type 'REGULATORY_REGION'.

  • Genes on Featureview

    Features which have accompanying Gene locations, e.g. some AffyProbes, now display a table of gene names and descriptions at the top of the view page. See an example....

  • New species - Opossum
    Ensembl is pleased to announce the completion of the genebuild for the grey short-tailed opossum, Monodelphis domestica, based on assembly 2.0 from the Broad Institute.
    Read more...
  • Re-numbering of Chimp chromosomes

    The Chimp chromosome numbers have been changed to the new primate standard proposed by E.H.
    Read more...

More news...

Karyotype

Click on a chromosome for a closer view

Zebrafish karyotype selector

Jump directly to sequence position

Chromosome: or region
From (bp):
To (bp):

About the Zebrafish genome

ZebrafishThe zebrafish genome project is a collaboration between the Sanger Institute and the zebrafish community, announced during the Sanger Institute Zebrafish Workshop 2000 and was started in February 2001.

Assembly

This Ensembl website features the zebrafish assembly version 5 (Zv5), as released on the 27th May 2005. This assembly was produced by integrating the whole genome shotgun assembly with data from the physical map (more information).

Datasets used for the analyses that were provided by collaborators are acknowledged here.

The zebrafish sequencing project is funded by the Wellcome Trust.

You may export data from this site. Please see the Conditions of use for these data.

Annotation

This site provides a full Ensembl gene set for Zv5. This release is based on a strategy where transcripts are generated based on protein evidence and clustered in genes. Aligned zebrafish cDNA are used to add UTR regions. Genes are named based on the alignment of their coding regions to known entries in public database, in this process ZFIN genes have priority.

A number of Zebrafish clones have also been manually annotated in Vega, these genes are currently accessible in zebrafish Ensembl through a DAS track.

Statistics

Assembly: Zv 5, May 2005
Genebuild: Ensembl, July 2005
Database version: 35.5b
Gene predictions : 22,877
Genscan gene predictions: 49,697
Gene exons: 231,799
Gene transcripts: 32,143
Base Pairs: 1,688,467,974
Golden Path Length: 1,630,263,986
Most common InterPro domains: Top 40 Top 500

 

© 2008 WTSI / EBI. Ensembl is available to download for public use - please see the code licence for details.

                
Ensembl v35 - Nov 2005
Help