Biography

A graduate student in the field of precise diagnosis and treatment of infectious diseases. He is mainly engaged in research on the mechanisms of mycobacterial infection combined with immunodeficiency and the immune mechanism of Mycobacterium tuberculosis pathogenicity, especially on the immune defense and defective mechanisms of T cells in mycobacterial infection. Currently published two SCI papers as the first author and co-first author.

Expertise

TB Diagnostics
Public Health

Key Impacts

Machine learning combined with plasma multi-omics analysis helps diagnose TB progression in high-risk populations

We proposed a comprehensive biomarker panel for predicting tuberculosis progression to enhance early diagnosis and treatment in high-risk populations.

Source: Conference 2024