Whole genome sequencing and variant discovery in 344 global grasspea (Lathyrus sativus L.) lines
Schreiber, M.; Staples, J.; Emmrich, P. M. F.; Edwards, A.; Martin, C.; Bayer, M.; Raubach, S.; Kilian, B.; Shaw, P. D.
Show abstract
The rapid expansion of genomic data resources for major crops is opening new options for crop improvement, while resources for most underutilised crops lag behind, risking a widening gap in crop improvement. One of these underutilised crops is grasspea (Lathyrus sativus), an ancient crop with modern cultivation centred on South Asia and Ethiopia. We conducted whole genome shotgun sequencing on a global collection of 344 grasspea lines, producing over 152 billion reads. Following variant discovery and filtering we created a single nucleotide polymorphism (SNP) marker set of over 1.5 million SNPs. This is a resource of major significance for this crop which can help unlock its breeding potential through marker development and the identification of genes controlling agronomically important traits.
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