Genome assemblies for Pyricularia species and related genera isolated from diverse host plants
Avery Meyer, Bram Dutch, Ashab Ahmed, Anna Baloh, Matt Bartholomai, John Boggess, Amelia Burnett, Colin Carver, Evan Courtwright, Chase Eastham, Darrin Egan, Knox Garland, Kelly Claire Gray, Audrey Harper, Megan Johar, Tanner Jones, Leighanne Lyvers, Jacob Marquez, Summer McCune
TL;DR
This paper introduces genome data for 35 fungal strains, offering insights into their evolution and ability to infect different plants.
Contribution
The study provides new genomic resources for Pyricularia and related fungi, enabling research into host colonization mechanisms.
Findings
Genomic data for 35 fungal strains from Pyricularia and related genera are now available.
The data offer insights into genome expansions and host colonization mechanisms.
These resources will aid in understanding fungal adaptation to diverse plant hosts.
Abstract
We report the availability and preliminary analyses of genomic resources for 35 fungal strains representing Pyricularia and related genera. These data will provide new insights into genome expansions, as well as mechanisms driving colonization of new plant hosts.
Genes, proteins, chemicals, diseases, species, mutations and cell lines named across the full text — each resolved to its canonical identifier and authoritative record.
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Taxonomy
TopicsFungal and yeast genetics research · Fungal Plant Pathogen Control · Plant Pathogens and Fungal Diseases