A technical guide to TRITEX, a computational pipeline for chromosome-scale sequence assembly of plant genomes

Background: As complete and accurate genome sequences are becoming easier to obtain, more researchers wish to get one or more of them to support their research endeavors. Reliable and well-documented sequence assembly workflows find use in reference or pangenome projects. Results: We describe modifications to the TRITEX genome assembly workflow motivated by the rise of fast and easy long-read contig assembly of inbred plant genomes and the routine deployment of the toolchains in pangenome projects. New features include the use as surrogates of or complements to dense genetic maps and the introduction of user-editable tables to make the curation of contig placements easier and more intuitive. Conclusion: Even maximally contiguous sequence assemblies of the telomere-to-telomere sort, and to a yet greater extent, the fragmented kind require validation, correction, and comparison to reference standards. As pangenomics is burgeoning, these tasks are bound to become more widespread and TRITEX is one tool to get them done. This technical guide is supported by a step-by-step computational tutorial accessible under .

Automated summary

This article describes modifications to the TRITEX genome assembly workflow driven by the rise of fast and easy long-read contig assembly in inbred plant genomes and the routine deployment in pangenome projects. New features include the use of dense genetic maps as surrogates or complements, and the introduction of user-editable tables to facilitate the curation of contig placements.