Dr. Gordon is Professor and Chair of the Department of Health, Human Performance and Recreation (HHPR). He came to Baylor in the fall of 2013 with nearly 20 years of experience in academics and medicine. Prior to coming to Baylor, he served as Director of a core clinical translational laboratory in the Medical School at the University of Michigan.
Dr. Gordon’s areas of expertise include physical activity, and lifestyle-based research related to obesity and its co-morbidities across the lifespan. In 2013, he was nationally recognized as a top expert in muscular fitness and health outcomes. He has been a Principal Investigator or Co-Investigator of nearly 40 multi-year research investigations, the majority of which have been funded by federal agencies such as NIH and the CDC, through highly competitive research awards. As a prolific scholar, Dr. Gordon has published more than 200 publications including high impact peer-reviewed articles, abstracts and technical reports. His research has been featured in highly regarded journals such as the International Journal of Obesity, Pediatrics, Diabetes, American Journal of Medicine, Aging Research Reviews, and Archives of Internal Medicine, to name a few. Moreover, Dr. Gordon has published several book chapters and co-authored a leading textbook in clinical exercise physiology.
Throughout his tenure, Dr. Gordon has served as a study section reviewer for various federal agencies including the Centers for Disease Control and Prevention (CDC), the National Institute of Health (NIH); and the National Science Foundation (NSF). He also serves as an editorial board member for multiple prestigious peer review journals such as Medicine and Science in Sports and Exercise, American Journal of Preventive Medicine, PLOS One, Preventing Chronic Disease, Journal of Applied Physiology, Obesity, Journal of Physical Activity and Health, Metabolism, and BMC Neuroscience. In addition to his expansive research activities, Dr. Gordon has served as a research/clinical advisor to undergraduate and graduate students as well as a senior mentor to many junior faculty members. As a distinguished researcher and educator, Dr. Gordon has received numerous prestigious awards and honors, including Nationally Recognized Research Expertise from Expertscape, the American College of Sports Medicine (ACSM) Fellowship, The Obesity Society (TOS) Fellowship and a Physical Activity and Public Health Fellowship from the Centers for Disease Control (CDC).
Industry Expertise (8)
Areas of Expertise (7)
Nationally Recognized Research Expertise (professional)
Awarded by Expertscape
University of South Carolina, Prevention Research Center: Fellowship, Physical Activity and Public Health Research Fellowship 1995
University of Pittsburgh: Ph.D., Exercise Physiology 1992
University of Pittsburgh: M.P.H., Epidemiology 1991
University of Pittsburgh: M.S., Exercise Physiology 1987
University of Pittsburgh: B.A., Business/Economics 1983
- American College of Sports Medicine: Certified Exercise Specialist for Preventive and Rehabilitative Exercise Programs
Media Appearances (2)
Baylor study: strength training lowers kids’ risks of developing diabetes, heart disease
The study, led by health, human performance and recreation department Chairman Paul Gordon, suggests that strength training may have greater benefits against those diseases than simply diet and aerobic or cardio exercises.
The research was published last month in the American Academy of Pediatrics’ journal. Examples of strength-building exercises recommended for children include pushups, situps, organized sports and climbing on play equipment, Gordon said...
Stronger muscles may mean better health for kids
Greater strength was associated with lower levels of "bad" LDL cholesterol and triglycerides (another blood fat), and higher levels of "good" HDL cholesterol. The stronger kids also had slightly lower blood pressure and blood sugar.
What's more, the benefits were specifically linked to muscle strength. It wasn't just a matter of strong kids being thinner or more physically active, said researcher Paul Gordon, a professor of health, human performance and recreation at Baylor University...
To identify the influence of age on skeletal muscle transcriptional responses to resistance exercise (RE), we recruited 14 young (60 y) participants. They underwent 12-week unilateral arm RE training, and conducted one bout of acute RE one week later. Biceps brachii muscle biopsies were obtained 4h and 24h post exercise (PE). Gene expression was assessed using Affymetrix U133A microarrays, and analyzed using an intensity-based Bayesian moderated paired t-test. The immediate-early response genes FOS, EGR1, JUNB, and NR4A3, and other key genes for muscle metabolism including IL6R, PRKAG2, EIF2AK3, HEY1, and ANKRD1, showed striking differences between young and old muscle. They were dramatically up-regulated PE in the young, but highly down-regulated in the old (Table 1). This age effect might implicate the diminished metabolic and hypertrophic benefits of RE with aging.
To examine the feasibility and potential benefits of using recumbent cross-training for nonambulatory adults with cerebral palsy (CP)...
Sarcopenia plays a principal role in the pathogenesis of frailty and functional impairment that occurs with aging. There are few published accounts which examine the overall benefit of resistance exercise (RE) for lean body mass (LBM), while considering a...
Sarcopenia and weakness are known to precipitate risk for disability, comorbidity, and diminished independence among aging adults. Resistance exercise has been proposed as a viable intervention to elicit muscular adaptation and improve function...
The effectiveness of resistance exercise for strength improvement among aging persons is inconsistent across investigations, and there is a lack of research synthesis for multiple strength outcomes...