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Caitlin Reijman, Biology Major Abstract:Caffeine is often used by athletes to enhance performance, however the magnitude of its effects varies (Rauh, Burkert, Siepmann, & Mueck-Weymann 2006). Little has been done to correlate the effects of caffeine on respiratory function with its effects on performance (Chapman & Mickleborough 2009). The effects of caffeine on swimmers’ respiratory function may play an important part in performance enhancement. I hypothesized that caffeine improves swimming performance and that its effects can be explained by the effects of caffeine on both metabolism and ventilation.
Brook J. Bignell Hypothesis: It has been shown that differences in fatigability exist in the FDS muscle of division I athletes versus nonathletes; however, whether these differences extend to division III athletes versus nonathletes is unknown.
Thomas L. Rohaly: B.S. (Psychology) at Ball State University, is starting his terminal masters in Experimental Psychology and James Madison University this fall.
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