Pan-genome for pearl millet that beats the heat

A better understanding of crop genomes reveals that structural variations (SVs) are crucial for genetic improvement. A graph-based pan-genome by Yan et al. uncovered 424 085 genomic SVs and provided novel insights into heat tolerance of pearl millet. We discuss how these SVs can fast-track pearl millet breeding under harsh environments.

Automated summary

A study on crop genomes has demonstrated the significance of structural variations (SVs) in genetic improvement. Researchers, through a graph-based pan-genome approach, identified 424,085 genomic SVs in pearl millet and gained new insights into its heat tolerance. We discuss the potential of these SVs to accelerate breeding of pearl millet under harsh environments.