Xin Wang

The paper introduces PRISM-Lys, a chemoproteomic method to quantitatively map lysine redox states, revealing site-specific changes during ferroptosis.

This study identifies lysine acetylation as a regulatory mechanism for redox-active proteins in Haloferax volcanii, showing differential effects on ferredoxin and its reductase partner.

This study shows extracellular salicylic acid activates immune signaling via cell-surface receptors LecRK-I.8 and LecRK-VI.2 in Arabidopsis.

This study identifies a citrus-specific post-translational truncation of CsGPX4 that disrupts redox homeostasis by altering its localization and enzymatic activity.

This paper identifies lysine acetylation at K153 as a regulatory mechanism that enhances glycerol kinase activity and abundance in Haloferax volcanii during glycerol growth.

This study identifies HvPat2 as a GNAT family acetyltransferase that acetylates glycerol kinase to regulate glycerol metabolism in Haloferax volcanii.

This study identifies ketone body-mediated cysteine modifications using chemical proteomics, revealing new enzymatic pathways and modifications beyond lysine acylations.

This study uses directed evolution in cyanobacteria to identify genetic traits that enhance photosynthesis under salt stress, finding specific mutations in the PSII D1 gene improve stress tolerance.

This study shows that phosphoketolase and KDPG aldolase metabolism in cyanobacteria modulate photosynthetic carbon yield by optimizing carbon resource allocation during dark respiration.

This study identifies how ATP drives efficient terpene biosynthesis in marine thraustochytrids by enhancing thermodynamic driving force through energy metabolism shifts.