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水稻新突破:光敏色素如何提升抗盐碱和抗病能力!
此外,研究还发现PhyB与氨转运蛋白(AMT1)表达调控密切相关。PhyB通过与蛋白激酶CIPK31的相互作用,调节NH4+的吸收,从而进一步影响水稻的抗逆性。研究人员证实,CIPK31不仅参与AMT1基因的表达调控,还通过与TCP19的相互作用影响氮的利用效率(NUE)。这一机制为水稻的氮素吸收和稳健生长提供了潜在的生物学基础。
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