The celery genome sequence reveals sequential paleo‐polyploidizations, karyotype evolution and resistance gene reduction in apiales
Xiaoming Song(North China University of Science and Technology), Xiyin Wang(University of Georgia), Lanxing Shan(North China University of Science and Technology), Fanbo Meng(North China University of Science and Technology), Tong Wu(University of Chicago), Andrew H. Paterson(J. Craig Venter Institute), Zhikang Zhang(North China University of Science and Technology), Tao Liu(North China University of Science and Technology), Jingjing Hu(North China University of Science and Technology), Tong Yu(North China University of Science and Technology), Shuyan Feng(Nanjing Normal University), Hao Lin(Fujian Medical University), Chunlin Cui(North China University of Science and Technology), Qiaoying Pei(North China University of Science and Technology), Xiu‐Qing Li(Ministry of Agriculture and Rural Affairs), Zhiji Qin(North China University of Science and Technology), Beibei Jiao(First Affiliated Hospital of Henan University of Science and Technology), Ying Yu(Union Hospital), Fulei Nie(North China University of Science and Technology), Nan Li(Tianjin Medical University General Hospital), Wei Chen(Tongji Hospital), Jinpeng Wang(North China University of Science and Technology), Xinyu Li(North China University of Science and Technology), Man Liu(Twin Cities Orthopedics), Jiaqing Yuan(North China University of Science and Technology), Qihang Yang(North China University of Science and Technology), Wei Zhao(North China University of Science and Technology), Xi Kang(North China University of Science and Technology), Ke Gong(North China University of Science and Technology), Pengchuan Sun(North China University of Science and Technology), Rajeev K. Varshney(International Crops Research Institute for the Semi-Arid Tropics)
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