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The camphor tree genome enhances the understanding of magnoliid evolution 被引量:2
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作者 Wei-Hong Sun Shuang Xiang +27 位作者 Qi-Gong Zhang Lin Xiao Diyang Zhang Peilan Zhang De-Qiang Chen Yang Hao, Ding-Kun Liu Le Ding Yifan Li Hui Ni Yifan Wang Xi Wu Fu-Hui Liu Guo-Rui Chen Guo-Yong Han Jin-Zhang Chen Bao-Chun Su Jin-Xing Gao Xiao-Hui Wan Zhiwen Wang Yicun Chen Yang-Dong Wang Wei Huang Bobin Liu Xiao-Xing Zou Lin Ni Zhong-Jian Liu Shuang-Quan Zou 《Journal of Genetics and Genomics》 SCIE CAS CSCD 2022年第3期249-253,共5页
Magnoliids represent the third largest branch of the most diverse and species-rich angiosperms,and their phylogenetic position relative to monocots and eudicots remains uncertain(Dong et al.,2021).Here,we describe the... Magnoliids represent the third largest branch of the most diverse and species-rich angiosperms,and their phylogenetic position relative to monocots and eudicots remains uncertain(Dong et al.,2021).Here,we describe the assembly of a high-quality chromosome-level genome sequence for Cinnamomum camphora(camphor),an evergreen tree belonging to Lauraceae.Genomebased phylogenetic analysis indicated possible incomplete lineage sorting(ILS)during the rapid diversification of the early diverging branches of angiosperms,which may have led to the unstable phylogenetic position of magnoliids. 展开更多
关键词 SORTING TREE INCOMPLETE
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