WormBase ParaSite HomeVersion: WBPS17 (WS282)

Genomes

h

BLAST

i

BioMart

b

API

:

Downloads

=

WormBase

W

Find a genome

[+] Nematoda (Roundworms)
[+] Clade V

Statistics

  • Version: WBPS17 (July 2022)
  • WormBase Version: WS282
  • 210 genomes, representing 169 species

Announcements

Announcing WormBase ParaSite release 17

posted 1 month ago by Dionysis Grigoriadis

Have you been waiting for our next release? The wait is finally over! Despite being understaffed and underfunded, WormBase ParaSite launches its new release 17 with an exciting list of new/updated genomes and new features: Integration of AlphaFold 3D protein structures for 8 species. Addition of 11 new genome assemblies of which 6 are new [read more]

Blog

AlphaFold 3D protein structures are now browsable from WormBase ParaSite

posted 1 month ago by Dionysis Grigoriadis

Only a few months after the latest release of the AlphaFold Protein Structure Database that added three-dimensional (3D) structures of complete proteomes for 7 parasitic worms, we announce the full integration of these 3D models into WormBase ParaSite. For the first time in WormBase ParaSite, you can browse 3D protein structures visualised in a user-friendly and [read more]

AlphaFold added new 3D protein structures of parasitic worms

posted 6 months ago by Dionysis Grigoriadis

The latest AlphaFold database update in January 2022, added three-dimensional (3D) structures of complete proteomes for 27 new organisms relevant to neglected tropical diseases and antimicrobial resistance including 7 parasitic worms from WormBase ParaSite. Determining the three-dimensional (3D) structure of a protein has been a computational challenge for decades, and can provide essential insights into [read more]

About archive sites

posted 11 months ago by Faye Rodgers

We’re pleased to announce that we have introduced an archiving service. From release 16 onwards, older WormBase ParaSite releases will remain available for browsing. We have introduced this service to help users in transitions between genome and annotation versions. Older, draft assemblies are increasingly being superseded by highly contiguous assemblies generated with modern sequencing technologies. [read more]

[Older]