Ensembl Macaque

 

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e.g. chromosome 19 or 1:10000..200000 or Q59FM4.1

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About the Rhesus macaque genome

Assembly

Rhesus macaque Mmul_1 is a preliminary assembly of the rhesus monkey, Macaca mulatta using whole genome shotgun (WGS) reads from small and medium insert clones. Several WGS libraries, with inserts of 2-4 kb and 10 kb, fosmids with ~35kb inserts, and BACs with 180kb inserts were used to produce the data.

The release was produced by the Macaque Genome Sequencing Consortium, led by the Baylor College of Human Medicine, melding three separate complementary assemblies (created using the Atlas, Celera and PCAP systems). This involved iteratively splitting likely chimeric scaffolds and joining together existing scaffolds where possible. Chimeric scaffolds (<100 total) were identified by breaks in synteny with the human genome, which were confirmed to be artefacts by the other assemblies.

This is a draft sequence and may contain errors so users should exercise caution. Typical errors in draft genome sequences include misassemblies of repeated sequences, collapses of repeated regions, and unmerged overlaps (e.g. due to polymorphisms) creating artificial duplications. However base accuracy in contigs (contiguous blocks of sequence) is usually very high with most errors near the ends of contigs. [More about the assembly].

Annotation

The gene set for macaque was built using the ensembl pipeline. The species-specific resources for macaque are relatively limited, so we decided to take a combined approach utilizing macaque's great similarity to human to aid our annotation efforts. The gene structures are mainly based on alignments to human and macaque protein data. Both macaque and human cDNAs were used to add UTR structures, and finally gene predictions based on Uniprot proteins and human cdnas were used to fill gaps in the annotation.

What's New in Ensembl 43

Macaca mulatta News

There is no Macaca mulatta-specific news this release.

General News

  • A faster ContigView
    ContigView now displays information faster. Each open panel in ContigView is prepared in parallel, and then returned to the page when complete. This results in faster page loads.
  • New - Table view
    In ContigView you can now click on the name of a feature alignment track and select 'DAS Table View' (or for DAS tracks 'view DAS reponse') from the zmenu.
    Read more...
  • New search option
    It is now possible to select whether to search either the Ensembl website or the EBI site when using Ensembl search.
  • Changes to Xrefs
    The following changes have been made to xrefs for Release 43:
    • We have made improvements to EntrezGene xrefs, to allow for better handling of names and synonyms
    • Incorporation of new Illumina probe data as xrefs.
      Read more...
    • API changes to ensembl-functgenomics
      A new DataSet API has been developed aimed at making web display much easier.

    More news...

Statistics

Assembly: MMUL 1.0, Feb 2006
Genebuild: Ensembl, Jan 2006
Database version: 43.10c
Known genes: 874
Projected genes: 16,698
Novel genes: 4,473
Pseudogenes: 1,762
RNA genes: 3,633
Genscan gene predictions: 125,893
Gene exons: 247,383
Gene transcripts: 38,308
Base Pairs*: 3,093,871,206
Golden Path Length**: 3,097,179,960

* Total number of base pairs = sum of lengths of DNA table

** Reference assembly (Golden path) length = sum of non-redundant top level seq regions


 

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Ensembl release 43 - Feb 2007
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