•Deputy Editor-in-Chief of Journal of Pharmacological Sciences; Visiting Professor at Tohoku University (Japan); Council Member of the Chinese Pharmacological Society, Chinese Society of Microcirculation, and Chinese Society of Toxicology; Vice/Standing Chair of 6 national professional committees; Leader of the Jiangsu “Six Talent Peaks” Innovation Team.
•Honors & Talent Programs: Recipient of the First Prize of Natural Science Award from the Ministry of Education and Provincial Natural Science Awards; Selected as “Young and Middle-Aged Expert with Outstanding Contributions” of Jiangsu Province (2020); Selected for the Jiangsu “Double-Creation Talent” Program.
•Research Achievements: Has published 100+ SCI papers (total Impact Factor > 500), with corresponding-author studies published in Neuron, Molecular Psychiatry, J Exp Med, J Clin Invest, STTT, Cell Res, and J Am Chem Soc.
1.Mechanisms and drug-target discovery for major cardio-cerebrovascular and neuropsychiatric diseases
2.Pathogenesis and pharmacological intervention of cerebrovascular diseases
3.Biomarker discovery and new drug research for neuropsychiatric disorders
4.Neurotoxicological mechanisms of drugs and biological toxins
5.Nanomaterials, chemical biology, and translational medicine
•Graduate Courses:
PhD Supervisor Forum: Pharmaceutical Research & Innovative Thinking (for pharmacy postgraduates)
Strategies & Frontiers of Drug-Target Discovery for Major Diseases (for pharmacy postgraduates)
•Undergraduate Courses :
Pharmacology (for pharmacy & clinical pharmacy majors)
Drug Toxicology (for pharmacy & clinical pharmacy majors)
1.2022–2025: National Key R&D Program – International collaboration on scientific issues and technical systems in cerebrovascular disease (2 projects).
2.2021–2024: NSFC Key Project – Molecular mechanisms of acute cerebrovascular disease (2 consecutive grants).
3.2020–2023: NSFC Major Research Plan – Mechanisms of neurodegenerative diseases.
4.2018–2021: NSFC Key International Cooperation Project – Exploring nitrative-stress molecular events.
