Xinchun Zhan

Multi-omics and physiological analyses provide insights into the mechanism of Golgi manganese homeostasis in regulating the development of young tissues in rice

Manganese (Mn) is indispensable for numerous Golgi-resident enzymatic reactions, and disruption of its homeostasis severely impairs plant growth. However, the regulatory mechanisms through which Mn dysregulation affects these metabolic processes remain largely uncharacterized. In...