Junqing Zhang

Hainan Medical University

Junqing Zhang's research contributions span multiple fields, including atmospheric science, diabetes management, combustion engineering, and microbiology. In atmospheric science, Zhang developed a machine learning approach to quantify central and eastern China's atmospheric CH4 enhancement changes, providing valuable insights into greenhouse gas emissions. In diabetes management, the researcher created a minimized measurement scheme for predicting HbA1c using discrete self-monitoring blood glucose data within 4 weeks, improving treatment outcomes for people with type 2 diabetes. Additionally, Zhang's work in combustion engineering and microbiology investigated flame structure, emission characteristics, and the role of TRPV ion channels in adipocyte differentiation, among other topics. The broader impact of their research lies in its potential to inform policy decisions on greenhouse gas emissions, improve disease management and treatment outcomes for people with diabetes, and advance our understanding of combustion processes and gut microbiology.