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Whole-genome sequencing of cultivated and wild peppers provides insights into Capsicum domestication and specialization
Authors
Cheng Qin,Chunmei Yu
Yaou Shen,Xiaodong Fang,Lang Chen,Jiumeng Min,Jiaowen Cheng,Shancen Zhao,Meng Xu,Yong Luo,Yulan Yang,Zhiming Wu,Likai Mao,Haiyang Wu,Changying Ling-Hu,Huangkai Zhou,Haijian Lin,Sandra González-Morales,Diana Trejo-Saavedra,Hao Tian,Xin Tang,Maojun Zhao,Huang Zhi-yong,Anwei Zhou,Xiaoming Yao,Junjie Cui,Wenqi Li,Zhe Chen,Yongqiang Feng,Yongchao Niu,Shimin Bi,Xiuwei Yang,Weipeng Li,Huimin Cai,Xirong Luo,Salvador Montes‐Hernández,Marco Leyva‐González,Zhiqiang Xiong,Xiujing He,Lijun Bai,Shu Tan,Xiangqun Tang,Dan Liu,Jinwen Liu,Shangxing Zhang,Maoshan Chen,Lu Zhang,Li Zhang,Yinchao Zhang,Weiqi Liao,Yan Zhang,Min Wang,Xiaodan Lv,Bo Wen,Hongjun Liu,Hemi Luan,Yonggang Zhang,Shuang Yang,Xiaodian Wang,Jiaohui Xü,Xueqin Li,Shuai Li,Junyi Wang,Alain Palloix,Paul Bosland,Yingrui Li,Anders Krogh,R. Rivera‐Bustamante,Luís Herrera‐Estrella,Ye Yin,Jiping Yu,Kailin Hu,Zhiming Zhang,Jimin Cheng,Changshui Yu,Weiqin Liao
+74 authors
,Luis Herrera‐EstrellaPublished
Mar 3, 2014
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Abstract
Significance The two pepper genomes together with 20 resequencing accessions, including 3 accessions that are classified as semiwild/wild, provide a better understanding of the evolution, domestication, and divergence of various pepper species and ultimately, will enhance future genetic improvement of this important worldwide crop.
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