Faculty Research Interests

Baylor Faculty

Dr. Paul Gordon 

   Exercise Physiology; Epidemiology

My research addresses the impact of exercise on cardio-metabolic health outcomes across the lifespan. Most recently, I have been investigating the role of skeletal muscle adaptations and the impact of muscular fitness as an independent predictor of health status as it is linked to both premature mortality and several morbidities across the lifespan. We have recently reported that a simple clinical assessment of muscular strength is a powerful predictor of cardiometabolic risk in children and have identified low thresholds for strength that could be helpful for clinicians. Maintaining strength over time, as we have recently investigated, is critical to guard against the future development of cardiometabolic risk. We have also shown that the muscle’s response to strengthening activities initiates a series of immune system responses that promotes metabolic function indicating the alternative benefits of strengthening activities among those with metabolic dysfunction. I am also an ongoing member of the Genetics and Exercise Research Consortium, I continue to investigate the role that genes play on the adaptive responses to exercise and how these may contribute to a personalized prescriptive approach to optimal health outcomes.

Dr. Yunsuk Koh

   Exercise Physiology

My research interests include the role of exercise, diet and and obesity on risk factors for cardiovascular disease (CVD) and inflammation. More specifically, my research topics are focused on the effects of exercise and diet interventions on the responses of atherosclerotic and inflammatory biomarkers by examining plasma lipid and lipoprotein parameters, pro-/anti- inflammatory biomarkers, cell adhesion molecules (CAMs), matrix metalloproteinases (MMPs), and tissue inhibitors of MMPs (TIMPs). The current projects examine the effects of high-fat vs. high-carbohydrate on these atherosclerotic and inflammatory biomarkers in obesity.

Dr. Michael Wiggs

   Exercise Physiology

My research focus is on skeletal and cardiac muscle biology, biochemistry, and metabolism. My lab investigates the molecular signaling pathways in the regulation of muscle size in pre-clinical models such as disuse, cancer cachexia, and obesity. Prior findings from my research have demonstrated that mitochondrial dysfunction can negatively impact muscle protein synthesis and protein degradation and therefore may be an important target in preventing muscle atrophy. Using a combination of molecular biology and genetic approaches, my lab continues to explore the relationship between mitochondrial function and muscle mass with a long term goal of generating targeted therapeutics to prevent muscle wasting in a variety of models.

Dr. Chris Wynveen


My research focuses on the human dimensions of natural resource management. Specifically, I have a continuing interest in the meanings recreational visitors ascribe to parks and other protected areas. I use place meaning to refer to the thoughts and feelings people hold for specific settings. The concept provides the foundation for understanding other constructs important to the human-environment relationships (e.g. sense of place and place attachment) and the sustainable management of protected areas (e.g. relationships between various resource uses and recreation users, community stakeholder involvement, and collaborative management). My other research interests include recreation behavior as it relates to the management of parks and other protected areas. I have developed my knowledge of this area through projects related to the enforcement of regulations and laws in parks, management of game species through hunter behavior, and community and stakeholder involvement in the management of publically owned recreation resource areas. Lastly, I have also been involved in projects related to the evaluation of grassroots conservation projects.

Dr. Andrew Gallucci

   Athletic Training

My research interests are focused on adverse health behaviors in collegiate student populations. To date I have examined risk factors and motivations associated the prescription medication misuse, energy drink consumption, and hazardous drinking. My primary area of research examines the risk factors and motivations associated with stimulant use (e.g. prescription stimulants, energy drinks) in undergraduate student samples. Currently my research is focused on examining neuroethical and spiritual issues related to stimulant misuse.

Dr. LesLee Funderburk

   Nutrition; Human Sciences and Design

My research interests include effective weight management strategies, with supplementation, to improve body composition to enhance weight and disease management efforts and use of nutritional supplements to enhance effects of physical training programs with respect to improved body composition and functional capacity. My research team has focused on the use of supplemental l-leucine (BCAA) in mid-life women and is currently involved in interventions evaluating the effects of supplemental omega 3 fatty acid regarding enhancement of training regimens and impact on body composition. The overarching goal is to continue to identify the unique contributions of diet quality, supplementation and exercise in improving body composition with or without weight loss.

Dr. Leigh Greathouse

   Nutrition; Human Sciences and Design

The focus of my laboratory is on elucidating the relationship between diet, the microbiome and colon cancer etiology. Our goal is to 1) delineate the dietary factors that modify the microbiome and its function, 2) develop microbial multi-omic classifiers that improve stratification of patients for colon cancer treatment, and 3) identify key functional pathways and mechanisms of the microbiota-host communication, including nucleic acid sensing cell receptors that control inflammation. Ultimately, our goal is to discover microbial and metabolic targets for the development of clinical tools to improve treatment and reduce mortality from colon cancer.

Dr. Michelle Law

   Nutrition; Human Sciences and Design

The overarching goal of my research laboratory is to identify mechanisms and potential therapeutic strategies for cancer cachexia. Cachexia, a muscle and adipose wasting syndrome, significantly decreases both quality and length of life in patients suffering from advanced cancers. Current projects are focused on identifying mechanisms of cardiac muscle dysfunction in cachexia and understanding how decreased cardiac performance may contribute to cachexia pathogenesis. We are particularly interested in the role of altered calcium handling and metabolic dysfunction in the heart during cachexia. We utilize an animal model of cachexia and employ techniques in physiology, molecular biology, and biochemistry to measure heart function and identify changes in protein and gene expression that contribute to functional changes.


Adjunct Faculty

Dr. Yvette Szabo


Dr. Shane Koppenhaver


Dr. Darryn Willoughby


Laura Irvin, DO