A uniform gene and chromosome nomenclature system for oat (Avena spp.)

Author:

Jellen Eric N.ORCID,Wight Charlene P.ORCID,Spannagl Manuel,Blake Victoria C.,Chong James,Herrmann Matthias H.,Howarth Catherine J.,Huang Yung-Fen,Juqing Jia,Katsiotis Andreas,Langdon Tim,Li ChengdaoORCID,Park Robert,Tinker Nicholas A.,Sen Taner Z.ORCID

Abstract

Context Several high-quality reference genomes for oat (Avena sativa L. and relatives) have been published, with the prospect of many additional whole-genome assemblies emerging in the near future. Aims This has necessitated an effort by the International Oat Nomenclature Committee (IONC; all co-authors on this paper) to devise a universal system for naming oat genomes and subgenomes, chromosomes, genes, gene models and quantitative trait loci. Methods We evaluated existing naming practices, recent data from oat whole-genome sequencing, and the newly published convention for wheat nomenclature. Key results A framework for these rules has been posted on the GrainGenes database website (https://wheat.pw.usda.gov/GG3/oatnomenclature). The gene naming convention requires adoption of a numerical identifier for each genotype; we propose that these identifiers be assigned by contacting the GrainGenes curators, the curator of the Oat Newsletter, or a member of the IONC (as listed at the GrainGenes link above). Conclusions We encourage oat researchers to refer to these resources, policies, procedures and conventions, adopting them as an international nomenclature standard. Implications Adoption of these standards will facilitate communication and dissemination of oat research and allow programmatic access and data sharing across platforms, and will contribute to oat breeding and research worldwide.

Funder

Agricultural Research Service

Publisher

CSIRO Publishing

Subject

Plant Science,Agronomy and Crop Science

Reference29 articles.

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3. Haplotype-Based genotyping-by-sequencing in oat genome research.;Plant Biotechnology Journal,2018

4. Updated guidelines for gene nomenclature in wheat.;Theoretical and Applied Genetics,2023

5. A consensus map in cultivated hexaploid oat reveals conserved grass synteny with substantial subgenome rearrangement.;The Plant Genome,2016

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