A standard workflow for community-driven manual curation ofStrongyloidesgenome annotations

Abstract

Advances in the functional genomics and bioinformatics toolkits forStrongyloidesspecies have positioned these species as genetically tractable model systems for gastrointestinal parasitic nematodes. As community interest in mechanistic studies ofStrongyloidesspecies continues to grow, publicly accessible reference genomes and associated genome annotations are critical resources for researchers. Genome annotations for multipleStrongyloidesspecies are broadly available via the WormBase and WormBase ParaSite online repositories. However, a recent phylogenetic analysis of the receptor-type guanylate cyclase (rGC) gene family in twoStrongyloidesspecies highlights the potential for errors in a large percentage of currentStrongyloidesgene models. Here, we present three examples of gene annotation updates within theStrongyloidesrGC gene family; each example illustrates a type of error that may occur frequently within the annotation data forStrongyloidesgenomes. We also extend our analysis to 405 previously curatedStrongyloidesgenes to confirm that gene model errors are found at high rates across gene families. Finally, we introduce a standard manual curation workflow for assessing gene annotation quality and generating corrections, and we discuss how it may be used to facilitate community-driven curation of parasitic nematode biodata.This article is part of the Theo Murphy meeting issue ‘Strongyloides: omics to worm-free populations’.