Textpresso searches now available on WormBase pages

Textpresso is a powerful full text search engine for several biomedical literatures. Textpresso searches are now available on many types of pages in WormBase such as gene pages, variation/allele pages, molecule/chemical pages, etc., in the References widget. Note that you should have the ‘References’ widget open (by clicking on it) from the side bar on a gene, allele, or molecule page. Click on the ‘Textpresso’ link in ‘Find references identified by Textpresso’ at the bottom of the references to trigger a search for that entity by the Textpresso search engine. For example, clicking this link in the ‘References’ widget on the lin-10 page will trigger a full text search by the Textpresso search engine for lin-10 in the C. elegans literature and return a page displaying the search results.

WormBase version WS274 released

Please note that WormBase version WS274 was released and is the current release now live on the website. The version of the C. elegans reference genome in this release is WBcel235, included since WS235.

Highlights of this release include:

  1. Isoseq data which was presented at the PacBioNorth America User Group meeting. We applied the PacBio post processing pipeline as described here. The resulting sequences are including in the transcript alignments and will be visible on the genome browser. They will also be included in our automatic transcript generation pipeline in a future release of WormBase.
  2. Improved code to generate non-redundant transcripts. Each CDS should now have only unique transcripts.
  3. Improved interaction data display in the Interactions widget: New Venn diagram for the different types of interactions-physical, genetic and regulatory.

For a complete and more detailed list of changes for this release please see:

https://wormbase.org//about/wormbase_release_WS274#0–10






WS273 version of WormBase

Please note that the WS273 version of WormBase is live on our website.  The release notes for this version contain a detailed report of the various entities (eg. gene, allele) and the number of sequence and biological annotations.

Some of the highlights are:

C.elegans Nanopore data has been integrated and is being used to improve UTR annotation. Further work on improving our automatic transcript annotation is ongoing.

This release includes a few hundred gene splits in Pristionchus pacificus predicted by the Sommer lab based on IsoSeq analysis. More will be included in future releases.