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QTLs and favorable alleles underlying importantly agronomic traits will be intensively identified and mined using trait-specific ILs and re-sequenced 3000 rice germplasms. DQP strategy and gene editing based on excellent allele information will be reinforced in creation of excellent breeding materials and GSR variety
Implement association mapping and candidate gene association mapping to identify new genes underlying important agronomic traits especially for abiotic stress tolerance in 3000 germplasms. Haplotype analysis will be done and most likely candidate gene will be inferred for further confirmation of gene function. We will reveal molecular mechanisms of important genes tolerant to biotic and abiotic stresses, providing novel genes for GSR breeding
Hybrid breeding and extension will be intensified at home and abroad in cooperation with the qualified seed companies based on our excellent two line sterile lines Chun 6S and Chun 199S
QTLs and favorable alleles underlying importantly agronomic traits will be intensively identified and mined using trait-specific ILs and re-sequenced 3000 rice germplasms. DQP strategy and gene editing based on excellent allele information will be reinforced in creation of excellent breeding materials and GSR variety
Implement association mapping and candidate gene association mapping to identify new genes underlying important agronomic traits especially for abiotic stress tolerance in 3000 germplasms. Haplotype analysis will be done and most likely candidate gene will be inferred for further confirmation of gene function. We will reveal molecular mechanisms of important genes tolerant to biotic and abiotic stresses, providing novel genes for GSR breeding
Hybrid breeding and extension will be intensified at home and abroad in cooperation with the qualified seed companies based on our excellent two line sterile lines Chun 6S and Chun 199S
研究兴趣
论文共 338 篇作者统计合作学者相似作者
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Mwenda Emelin,Xianjin Qiu,Fangjun Fan, Md. Alamin,Muhiuddin Faruquee,Hui Hu,Junying Xu,Jie Yang,Haiming Xu,Jauhar Ali, Bailong Liu,Yumin Shi,
BMC Plant Biologyno. 1 (2024): 1-21
Yuanbao Lei, Yunjiang Zhang, Linyun Xu,Wendong Ma, Ziqi Zhou, Jie Li, Pengyu Quan, Muhiuddin Faruquee, Dechen Yang,Fan Zhang,Yongli Zhou, Guangjun Quan,
Scientific Datano. 1 (2024): 1-8
Shuai Cao,Kai Chen,Kening Lu, Shiting Chen,Xiyu Zhang,Congcong Shen, Shuangbin Zhu,Yanan Niu,Longjiang Fan,Z Jeffrey Chen,Jianlong Xu,Qingxin Song
The Plant cellno. 9 (2023): 3429-3443
RICE SCIENCEno. 6 (2023): 523-536
AGRONOMY-BASELno. 2 (2023): 578-578
Xiaomin Feng,Ying Zhao,Wenlong Nie,Qiang Zhang,Zhixia Liu,Yijun Jiang,Kai Chen,Ning Yu, Xin Luan, Wenlong Li, Miaomiao Shan,Jianlong Xu,
AGRONOMY-BASELno. 8 (2023): 2159-2159
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