Pathogen-induced H₂O₂ triggers phosphorylation of the RNA-binding protein RRM2R to suppress OsMAPKKK18 intron retention for orchestrating rice immunity and growth.

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DOI:10.1016/j.molp.2025.11.007
作者：Xiang Lu,?Yibang An,?Wenxiu Lu,?Jing Li,?Qing Xiong,?Miaomiao Zhu,?Yao He,?Jia Yang,?Yue Wang,?Zeming Zhang,?Xiaorong Gong,?Yulong Qian,?Wenyangyang Yu,?Yuchun Shao,?Huabin Zhou,?Xiaolin Chen,?Haijuan
文献类型：期刊论文
补充材料：只需要正文

Elsevier

Abstract：Alternative splicing plays a vital role in plant immunity, but how plants stringently and selectively regulate alternative splicing to coordinate immunity and growth is poorly understood. He

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Pathogen-induced H2O2 triggers phosphorylation of the RNA-binding protein RRM2R to suppress OsMAPKKK18 intron retention for orchestrating rice immunity and growth.

Pathogen-induced H₂O₂ triggers phosphorylation of the RNA-binding protein RRM2R to suppress OsMAPKKK18 intron retention for orchestrating rice immunity and growth.