Shanshan Li

The paper identifies molecular signatures and GPCR regulators in diet-induced obesity and exercise adaptation using a comprehensive CMP proteome atlas in mice.

This study identifies how N-glycosylation and phosphorylation in specific motifs of GPR52 differentially regulate its signaling bias and cellular function.

The paper uses super-resolution fluorescence imaging to reveal periodic CB1 receptor clusters in neurons and their interaction with the MPS.

The paper constructs a hybrid spectral library combining DIA-MS data and a targeted virtual library to enhance proteome coverage, achieving significant increases in protein and peptide identification in mouse brain tissues.