Master of Science (MS)
First Committee Member
Lawrence A. Golding
Number of Pages
The problem directing this study was to determine differences between self-adapting sport mouthguards on respiratory rate and tidal volume during sub-maximal steady state exercise. The study was a within-subjects, repeated measures design. Fifteen male endurance trained subjects performed six sets of a 600 kpm workload for 10 min on a Monark cycle ergometer with five different mouthguard types (single sided, double sided, brain pad, gel or lip & mouth). Variables were analyzed by the ORCA metabolic system. The initial trial was a control trial with no mouthguard. The following five trials had five different mouthguard types used in a randomized order. The independent variable, mouthguard type, had five levels. Dependent variables were respiration rate and tidal volume. No differences in respiration rate or tidal volume during sub-maximal steady state exercise were found suggesting that mouthguards under certain situations will have no physiological limitations.
Different; Effects; Exercise; Guards; Level; Maximal; Mouth; Rate; Respiration; Sport; Sub; Tidal; Volume
University of Nevada, Las Vegas
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Finnegan, Kevin Michael, "The effects of different sport mouth guards on respiration rate and tidal volume at sub-maximal exercise level" (2008). UNLV Retrospective Theses & Dissertations. 2401.
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