Transcription factor OsSHR2 regulates rice architecture and yield per plant in response to nitrogen

Zhi Hu, Xu Huang, Huihuang Xia,Zhantian Zhang, Huixin Lu,Xiaowen Wang,Yafei Sun, Mengyuan Cui, Shanshan Yang,Surya Kant,Guohua Xu,Shubin Sun

Planta(2024)

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摘要
Mutation of OsSHR2 adversely impacted root and shoot growth and impaired plant response to N conditions, further reducing the yield per plant. Nitrogen (N) is a crucial factor that regulates the plant architecture. There is still a lack of research on it. In our study, it was observed that the knockout of the SHORTROOT 2 (OsSHR2) which was induced by N deficiency, can significantly affect the regulation of plant architecture response to N in rice. Under N deficiency, the mutation of OsSHR2 significantly reduced root growth, and impaired the sensitivity of the root meristem length to N deficiency. The mutants were found to have approximately a 15
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Oryza sativa,Plant height,Root growth,Seed setting rate,Tillering,1000-grain weight
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