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Explore the Bushbaby genome

Search Ensembl Otolemur garnettii

Search:

e.g. GeneScaffold_3416 or ENSOGAG00000003166 or Q59FM4.1

Example Data Points

This release of Otolemur_garnettii data is assembled into scaffolds, so there are no chromosomes available to browse.

A few example data points :

Jump directly to sequence position

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About the Otolemur garnettii genome

Assembly

Bushbaby

This is the first release of the low-coverage 1.5X assembly of the bushbaby (Otolemur garnettii). The genome sequencing and assembly is provided by the Broad Institute.

The N50 size is the length such that 50% of the assembled genome lies in blocks of the N50 size or longer. The N50 length for supercontigs is 101.35 kb and is 3.13 kb for contigs. The total number of bases in supercontigs is 3.39 Gb and in contigs is 1.97 Gb.

Annotation

Owing to the fragmentary nature of this preliminary assembly, it was necessary to arrange some scaffolds into "gene-scaffold" super-structures,in order to present complete genes. There are 5871 such gene scaffolds, with identifiers of the form "GeneScaffold_1".

  • Details of the gene-scaffold construction and subsequent gene-build

Mammalian Genome Project

Otolemur garnettii is one of 24 mammals that will be sequenced as part of the Mammalian Genome Project, funded by the National Institutes of Health (NIH). A group of species were chosen to maximise the branch length of the evolutionary tree while representing the diversity of mammalian species. Low-coverage 2X assemblies will be produced for these mammals and used in alignments for cross-species comparison. The aim is to increase our understanding of functional elements, especially in the human genome.

What's New in Ensembl 50

Otolemur garnettii News

  • Non-coding genes
    These have been updated for most species, including an miRNA update and HGNC names where possible.
  • Multiple alignments

    The multiple alignments are being extended with new species and 2X genomes.
    Read more...

General News

  • Canonical Transcripts

    Canonical transcripts have been defined for all genes in the core databases.
    Read more...

  • SSAHA
    From release 50 we will no longer be providing SSAHA sequence search. If you wish to run your own SSAHA sequence search you can download the files to generate the search hashes from our FTP site.
  • Projections of gene names and GO terms
    These have been done as usual, between a variety of species.

More news...

Statistics

Assembly: otoGar1, May 2006
Genebuild: Ensembl, Feb 2007
Database version: 50.1d
Known protein-coding genes: 12
Projected protein-coding genes: 13,857
Novel protein-coding genes: 1,574
Pseudogenes: 1,802
RNA genes: 3,585
Genscan gene predictions: 63,298
Gene exons: 227,308
Gene transcripts: 17,250
Base Pairs: 1,969,052,059
Golden Path Length: 3,429,343,029
Most common InterPro domains: Top 40 Top 500

How the statistics are calculated


 

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GermOnline based on Ensembl release 50 - Jul 2008
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