Chromosome-scale sequence assembly of Avena insularis accession BYU209

Common oat (Avena sativa) has held a significant place within the global crop community for centuries; although its cultivation has decreased over the past century, its nutritional benefits have garnered increased interest for human consumption. We report the development of chromosome-scale assemblies for the tetraploid Avena species that serve as important genetic resources for improving common oat’s adaptive and food quality characteristics. PacBio sequences were provided by Brigham Young University, BYU (PRJNA727490). Hi-C raw data were sequenced at the IPK, Gatersleben, Germany (PRJEB43670).数个世纪以来，普通燕麦（Avena sativa）在全球作物领域始终占据重要地位；尽管在过去一个世纪间其种植规模有所缩减，但其营养价值愈发受到人类膳食消费领域的关注。本研究报道了四倍体燕麦物种的染色体级别基因组组装结果，该资源可作为重要遗传材料，用于改良普通燕麦的适应性与食品品质性状。PacBio测序数据由杨百翰大学（Brigham Young University, BYU，登录号PRJNA727490）提供。Hi-C原始数据由德国加特斯莱本的IPK完成测序，相关数据登录号为PRJEB43670