FACULTY, GEORGIA PREVENTION INSTITUTE
Professor of Medicine, Pediatrics, and Biostatistics
As a genetic epidemiologist with a focus on obesity, hypertension and cardiovascular disease, I am a strong proponent of multidisciplinary, collaborative, clinical and population research. I have been heavily involved in study design, subject recruitment, data harmonization, statistical analysis and publication of results for many different projects, ranging from twin and family study, longitudinal study, large population-based studies to randomized clinical trials. I also have extensive experience in OMIC analysis as well as chronodisruptive behaviors and circadian rhythm research in real-life settings.
Education & Training
Postgraduate
Boulder, CO, 2003
Methodology for Genetic Studies of Twins
PhD
Peking Union Medical College, Beijing, China, 2002
Genetic Epidemiology
MD
Hebei Medical University, Shijiazhuang, China, 1997
Preventative Medicine
Member of the American Heart Association
Projects
1R01DK117365 (X. Wang/R. Harris)
09/2018-08/2024
“Role of skeletal muscle health on poor lifestyle related type 2 diabetes and cardiovascular disease risk.”
This project aims to find how the skeletal muscle health and its molecular transducer play a role in chronic diseases linked with unhealthy lifestyles such as cardiovascular disease and type 2 diabetes.
AHA SFRN 863620 (A, Guha/X. Wang)“Role of Obesity, Ancestry and Social Determinants of Health for Cancer development in African American Individuals with Cardiovascular Disease”
This is the population project inside a center grant from AHA targeting on cardio-oncology. The overall goal is to understand the contribution of obesity and its associate health disparity to cancer risk in patients with cardiovascular disease.
Intramural Grants Program (X. Wang/B. Barbak)Augusta University
“Stress, chronodisruption and accelerated aging: the mechanistic view from diurnal oscillations of salivary metabolomics and microbiome”
This pilot study aims to provide proof-of-concept that metabolites and microbiota profiling of multiple-time points salivary samples can help to identify novel circadian biomarkers and new mechanisms for stress related accelerated aging.
Honors & Awards
2004
AHA postdoctoral Fellowship
2007
AHA SDG award
2008
Outstanding Clinical Science Faculty Award, GHSU, Medical College of Georgia
Select Publications
Campus (HS-1715)
1120 15th Street, Augusta, GA 30912
706-721-6139 706-721-7150
xwang@augusta.edu