Comparative genomic and transcriptomic analyses uncover the molecular basis of high nitrogen-use efficiency in the wheat cultivar Kenong 9204

Xiaoli Shi(Chinese Academy of Sciences), Fa Cui(Ludong University), Xinyin Han(Chinese Academy of Sciences), Yilin He(Chinese Academy of Sciences), Long Zhao(Chinese Academy of Sciences), Na Zhang(Chinese Academy of Sciences), Hao Zhang(Chinese Academy of Sciences), Hai‐Dong Zhu(Chinese Academy of Sciences), Zhexin Liu(Chinese Academy of Sciences), Bin Ma(Chinese Academy of Sciences), Shusong Zheng(Chinese Academy of Sciences), Wei Zhang(Chinese Academy of Sciences), Jiajia Liu(Chinese Academy of Sciences), Xiaoli Fan(Chinese Academy of Sciences), Yaoqi Si(Chinese Academy of Sciences), Shuiquan Tian(Chinese Academy of Sciences), Jianqing Niu(Chinese Academy of Sciences), Huilan Wu(Chinese Academy of Sciences), Xuemei Liu(Chinese Academy of Sciences), Zhuo Chen(Chinese Academy of Sciences), Deyuan Meng(Chinese Academy of Sciences), Xiaoyan Wang(Chinese Academy of Sciences), Liqiang Song(Chinese Academy of Sciences), Lijing Sun(Chinese Academy of Sciences), Jie Han(Chinese Academy of Sciences), Hui Zhao(Chinese Academy of Sciences), Jun‐Yuan Ji(Chinese Academy of Sciences), Zhiguo Wang(Chinese Academy of Sciences), Xiaoyu He(Chinese Academy of Sciences), Ruilin Li(Chinese Academy of Sciences), Xuebin Chi(Chinese Academy of Sciences), Chengzhi Liang(Chinese Academy of Sciences), Beifang Niu(Chinese Academy of Sciences), Jun Xiao(Chinese Academy of Sciences), Junming Li(Chinese Academy of Sciences), Hong‐Qing Ling(Chinese Academy of Sciences)
Molecular Plant
July 20, 2022
Cited by 140

Abstract


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