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By moving the field from descriptive cataloging to predictive "redox breeding," this review establishes a foundational framework for manipulating Cys-OxiPTMs to develop climate-resilient, high-yielding crops for sustainable agriculture.
It is shown that osmotic stress increases GPX1 acetylation and HDA15-mediated GPX1 deacetylation is identified as a negative regulatory mechanism that connects redox enzyme activity, protein localization and stress-responsive transcription in rice.
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