Dr. Todd Backes
Dr. Todd Backes
Science Center 238 Science Center
Ph.D., SUNY at Buffalo
My research is in the areas of hydration and drinking behavior and exercise performance as well as cognition and exercise. My primary research focus is evaluating hydration needs of exercising individuals. My hypotheses run counter to prevailing beliefs in hydration research and, in contrast, have an evolutionary basis. We will add to our previous research by focusing on physiological mechanisms such as thirst, gastric distention, mouth moisture, and gut temperature as factors that determine drinking behavior and relate these factors to exercise performance. Another focus in my lab has been to examine how acute bouts of physiological stress (exercise) alter working memory and executive functions. We will be expanding cognitive testing to include biomechanical video analysis. This will allow an examination of how changes in coordination of repetitive movements affect human performance. Other areas of investigation include how physiological stress results in small, transient changes in immune system function and how nutritional interventions may affect immune system response to exercise. We will continue to examine changes in salivary biochemical markers in response to the physiological stress of acute and chronic exercise. Lastly, we are interested in the relationship between BMI (body mass index) and body composition. Most obesity research associates health complications with high BMI values. There is a minority view in obesity research that high BMI values may provide a health benefit provided the BMI value is achieved by increased skeletal muscle mass.
BIOL 220 Principles of Human Nutrition EXSC 250 Introduction to Applied Human Physiology EXSC 300 Exercise Physiology Lecture & Lab EXSC 350 Kinesiology EXSC 425 Biomechanics EXSC 450 Advanced Exercise Physiology/Cardiovascular Physiology EXSC 450 Obesity and Health Undergraduate Research Senior Capstone Research Exercise Science Internship
Fluid intake, exercise, and cognitive performance Brown adipose tissue and metabolism