Crop genomics has seen dramatic advances in recent years due to improvements in
sequencing technology, assembly methods, and computational resources. These advances …

Genetic variation ranging from single-nucleotide polymorphisms to large structural variants
(SVs) can cause variation of gene content among individuals within the same species. There …

Recent years have seen a surge in plant genome sequencing projects and the comparison
of multiple related individuals. The high degree of genomic variation observed led to the …

The sequencing of large and complex genomes of crop species, facilitated by new
sequencing technologies and bioinformatic approaches, has provided new opportunities for …

Since the first reported crop pangenome in 2014, advances in high‐throughput and cost‐
effective DNA sequencing technologies facilitated multiple such studies including the …

The pangenome provides genomic variations in the cultivated gene pool for a given species.
However, as the crop's gene pool comprises many species, especially wild relatives with …

Pan-genomics can encompass most of the genetic diversity of a species or population and
has proved to be a powerful tool for studying genomic evolution and the origin and …

A pan-genome is the nonredundant collection of genes and/or DNA sequences in a species.
Numerous studies have shown that plant pan-genomes are typically much larger than the …

Pan-genomic studies aim at representing the entire sequence diversity within a species to
provide useful resources for evolutionary studies, functional genomics and breeding of …

Natural variants of crops are generated from wild progenitor plants under both natural and
human selection. Diverse crops that are able to adapt to various environmental conditions …