Repeated polyploidization of Gossypium genomes and the evolution of spinnable cotton fibres

Andrew H. Paterson,Jonathan F. Wendel,Heidrun Gundlach,Hui Guo,Jerry Jenkins,Dianchuan Jin,Danny Llewellyn,Kurtis C. Showmaker,Shengqiang Shu,Joshua Udall,Mi-jeong Yoo,Robert Byers,Wei Chen,Adi Doron-Faigenboim,Mary V. Duke,Lei Gong,Jane Grimwood,Corrinne Grover,Kara Grupp,Guanjing Hu,Tae-ho Lee,Jingping Li,Lifeng Lin,Tao Liu,Barry S. Marler,Justin T. Page,Alison W. Roberts,Elisson Romanel,William S. Sanders,Emmanuel Szadkowski,Xu Tan,Haibao Tang,Chunming Xu,Jinpeng Wang,Zining Wang,Dong Zhang,Lan Zhang,Hamid Ashrafi,Frank Bedon,John E. Bowers,Curt L. Brubaker,Peng W. Chee,Sayan Das,Alan R. Gingle,Candace H. Haigler,David Harker,Lucia V. Hoffmann,Ran Hovav,Donald C. Jones,Cornelia Lemke,Shahid Mansoor,Mehboob ur Rahman,Lisa N. Rainville,Aditi Rambani,Umesh K. Reddy,Jun-kang Rong,Yehoshua Saranga,Brian E. Scheffler,Jodi A. Scheffler,David M. Stelly,Barbara A. Triplett,Allen Van Deynze,Maite F. S. Vaslin,Vijay N. Waghmare,Sally A. Walford,Robert J. Wright,Essam A. Zaki,Tianzhen Zhang,Elizabeth S. Dennis,Klaus F. X. Mayer,Daniel G. Peterson,Daniel S. Rokhsar,Xiyin Wang,Jeremy Schmutz

NATURE（2012）

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摘要

The Gossypium genus is used to investigate emergent consequences of polyploidy in cotton species; comparative genomic analyses reveal a complex evolutionary history including interactions among subgenomes that result in genetic novelty in elite cottons and provide insight into the evolution of spinnable fibres.

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Evolutionary biology

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