Jiaqing Hao

This study identifies a FABP4-PD-L1 axis linking lipid metabolism to immune suppression in macrophages, showing FABP4 enables PD-L1 stabilization and correlates with obesity and breast cancer.

This study identifies circulating FABP4 as a mediator of adipocyte-hepatocyte lipid crosstalk in obesity and shows that targeting it with a monoclonal antibody reduces hepatic steatosis in mouse models.

This study shows that saturated fats drive psoriasis via FABP5-mediated IL-1β/IL-17 signaling in skin macrophages, exacerbating obesity-associated psoriasis.

This study identifies SETDB1's dual role in endometrial cancer by promoting tumor growth and enabling immune evasion through gene regulation and macrophage suppression.

This study examines FABP4 and FABP5 expression in breast cancer tissues, finding distinct roles in tumor progression and suggesting their potential as prognostic markers and therapeutic targets.

This study shows that FABP4 in tumor-associated macrophages promotes breast cancer metastasis by mediating lipid accumulation and lipolysis in response to unsaturated fatty acids.

This paper develops humanized anti-FABP4 monoclonal antibodies that inhibit breast cancer tumor growth and metastasis by targeting FABP4's role in lipid metabolism.