Integrated transcriptome and metabolome analysis reveals the physiological and molecular responses of allotetraploid rapeseed to ammonium toxicity

Shuang Li,Lei Yan,Muhammad Riaz,Philip J. White,Ceng Yi,Sheliang Wang,Lei Shi,Fangsen Xu,Chuang Wang,Hongmei Cai,Xiangsheng Ye,Guangda Ding

Environmental and Experimental Botany（2021）

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摘要

•We use the techniques of transcriptomics, metabolomics, TEM, and FTIR to gain a new insight into the responses of rapeseed to NH4+ toxicity.•NH4+ caused an imbalance of carbon and nitrogen metabolism.•NH4+ induced reactive oxygen species and impaired photosystems, which resulted in toxicity to rapeseed.

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关键词

Brassica napus,Ammonium toxicity,Nitrogen assimilation,Tricarboxylic acid cycle,Electron transfer chain,Carbon metabolism

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