Jiangsu University
Graduate Student Supervisor Information
School of Medicine
Name | Wang Zhongqun | Gender | Male | Birth | 1977.02 | Title | Prof. |
Master Student Supervisor | yes | Discipline | Cardiovascular Medicine | Qualified Date | 2013.12 |
Doctor Student Supervisor | yes | Discipline | Cardiovascular Medicine | Qualified Date | 2017.12 |
Clinical Practice | Affiliated Hospital of Jiangsu University | Category | Clinical Medicine |
1. Requirements for graduate students: (1) Be able to be a down-to-earth person, work diligently, have a solid literature reading integration ability and clinical strain ability, and have certain listening, speaking, reading and writing skills in Chinese. 2. Research interests: (1) Early screening of serological markers and late histological analysis of diabetic macrovascular complications. (2) Establishment of animal and cell models of atherosclerosis and exploration of related mechanisms. (3) Basic and clinical research on vascular calcification |
Ongoing Research Projects |
. | Grant No. | Title | Sponsor | Fund (RMB) | Role | Signature |
1 | 82070455 | Mechanism of DJ-1 regulating collagen-matrix vesicle coupling to mediate microcalcification in diabetic plaques | National Natural Science Foundation of China | 55 | project leader | Wang Zhongqun |
2 | 81770450 | Mechanism of RAGE/Gal-3 regulating the release and enrichment of matrix vesicles to mediate the outcome of calcification in plaques | National Natural Science Foundation of China | 55 | project leader | Wang Zhongqun |
3 | BE2022780 | Construction of evaluation system for vascular calcification in diabetes based on artificial intelligence and multi-omics | Key R&D Project of Jiangsu Province | 50 | project leader | Wang Zhongqun |
4 | BK20201225 | Mechanism of DJ-1 blocking collagen-matrix vesicle coupling to inhibit microcalcification formation in plaques | Natural Science Foundation of Jiangsu Provincial | 10 | project leader | Wang Zhongqun |
5 | LGY2018092 | Mechanism of receptor axis of glycosylation end products regulating matrix vesicle mediated calcification in plaques | Top-notch talent project of "Six One Project" for high-level health talents in Jiangsu Province | 5 | project leader | Wang Zhongqun |
6 | QNRC2016836 | Correlative research on the effect of new molecular probes based on carboxymethyllysine on the extravasation of plaque foam cells | Youth Medical Talent Project in Jiangsu Province | 25 | project leader | Wang Zhongqun |
7 | CXTDA2017010 | Basic and clinical research on acute coronary syndrome | Innovation Team Leading Talent Project in Jiangsu Province | 150 | project leader | Wang Zhongqun |
Cell Phone | 15262919468 | Email | wangtsmc@126.com |
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