Alok Krishna Sinha

This study identifies a MAPK signaling pathway that regulates chloroplast protein import by modulating RbcS transit peptide phosphorylation, affecting photosynthetic capacity.

This study identifies KRP3 as a phosphorylation target of MPK3, showing that their interaction modulates rice tiller and seed number by regulating cell division.

This study identifies a regulatory module involving phosphorylation and ubiquitination that controls the stability and function of a key strigolactone signal transducer, revealing a feedback loop and checkpoint mechanism.

This study identifies a positive feedback loop involving MPK3, PIN1A trafficking, and auxin flux that regulates both gravitropic response and wounding resistance in rice.