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Our RNA-Seq and qPCR analysis suggested leading roles for JA path genes under K deficiency in rice. Notably, K deficiency and JA application produced similar phenotypic and transcriptional answers. Right here, we incorporated molecular, physiological and morphological studies to assess the part of OsJAZ9 in JA homeostasis and K deficiency answers. We raised OsJAZ9 over-expression, knockdown, transcriptional reporter, translational reporter and C-terminal deleted translation