WormBase build WS285 contains an analysis refresh of the Brugia malayi genome, so – expect, for example, new and better homologs and expression data. Did you know that WormBase contains 9 species in addition to C. elegans? All of these species have unique manually curated data and gene models.
WormBase regularly gets data from leading stock centers such as the Caenorhabditis Genetics Center (CGC) and National Bioresource Project (NBRP) . Release WS285 contains an extra-large update, with more than 1,500 new strains imported from the CGC. Perhaps there is one that is the perfect study object for you?
For miRNA fanatics out there, we have added 90 miRNA gene clusters from MirGeneDB to the C. elegans annotation in release WS284. This complements the 20 clusters (800 objects) which were already there, making the WormBase miRNA collection possibly the most complete in the world. You can access the miRNAs through the web pages https://wormbase.org/search/all/miRNA, or through JBrowse tracks “Curated Genes(noncoding)” e. g. And don’t forget WormBase also has an impressive collection of other non-coding RNAs as well; circRNAs, lincRNAs, piRNAs, snRNA, snoRNAs, precursors and many more. Happy investigating!
Kindly, Dr. Itai Antoine Toker made us aware of the paper Uyar et al. Genome Research 2012 (PMID: 22772596/ WBPaper00041271), which contains a genome-wide set of operon predictions for C. briggsae. The data was mapped forward to the current gene set using the Sequence IDs supplied. 1034 operons were captured from the publication, but because of the time between publication and extensive re-annotation of C. briggsae only 709 of these operons had enough information to allow us to map them precisely onto the genome and supplement the C. briggsae operon JBrowse track. If you find some interesting dataset you’d like WormBase to curate, please let us know at firstname.lastname@example.org
AlphaFold is an AI system, created in partnership between DeepMind and the EMBL-European Bioinformatics Institute (EMBL-EBI), that makes predictions of a protein’s structure from its amino-acid sequence. Go to their webpage to look at your favourite protein from C. elegans, Brugia, Onchocerca, Strongyloides, Trichuris or Wuchereria. If your favourite protein is missing, remember that any protein with >90% amino acid similarity is quite likely to have a very similar structure. And if you spot any structure that does not look right contact email@example.com, and we’ll forward your feedback.