The haplotype-resolved T2T genome assembly of the wild potato species . . . In summary, we generated the first haplotype-resolved T2T potato genome assembly (CM1 0), which captured all 24 centromeres and 47 telomeres The genome of S commersonii provides us with the opportunity to characterize its genome structure and freezing tolerance
The haplotype-resolved T2T genome assembly of the wild potato species . . . In summary, we generated the first haplotype-resolved T2T potato genome assembly (CM1 0), which captured all 24 centromeres and 47 telomeres The genome of S commersonii provides us with the opportunity to characterize its genome structure and freezing tolerance
Haplotype-resolved genome and mapping of freezing tolerance . . . In short, current research provides a haplotype-resolved reference genome of the diploid wild potato species S commersonii and establishes a foundation for further cloning and unraveling the mechanisms underlying cold tolerance in potatoes
The haplotype-resolved T2T genome assembly of the wild potato species . . . In summary, we generated the first haplotype-resolved T2T potato genome assembly (CM1 0), which captured all 24 centromeres and 47 telomeres The genome of S commersonii provides us with the opportunity to characterize its genome structure and freezing tolerance
Haplotype-resolved genome and mapping of freezing tolerance . . . Solanum commersonii (2n=2x=24,1EBN,Endosperm Balance Number),native to the southern regions of Brazil,Uruguay,and north-eastern Argentina,is the first wild potato germplasm collected by botanists and exhibits a remarkable array of traits related to disease resistance and stress tolerance In this study,we present a high-quality haplotype