Hongyi Liu

This study identifies pig xenoantigens reactive to human preformed antibodies using proteomic and glycoproteomic methods, revealing potential targets for improving xenotransplantation.

This study shows that altering glycosylation in human cells changes phosphorylation signaling networks, with engineered cells showing reduced phosphorylation responses and rewired signaling pathways.

This study shows that desialylation reduces EGFR phosphorylation and signaling by affecting specific glycoforms and phosphosites, highlighting glycan remodeling as a therapeutic strategy for RTK-driven cancers.

The paper identifies over 12,000 blood proteins using proteomic strategies and develops a database to catalog their detectability and abundance across different conditions.

The paper uses proteomics data and machine learning to identify protein signatures distinguishing renal cell carcinomas from normal tissues and different subtypes.