EFFECT OF AMMONIA INHALANTS ON WINGATE PERFORMANCE
Kyle Witherbee, Joseph Sherman, Anthony Ramos, Scott Richmond; Missouri State University, Springfield, Missouri
PURPOSE: The purpose of this study was to observe the effects of ammonia inhalants on Wingate performance. The hypothesis was that ammonia inhalants would increase the performance of short-term anaerobic exercise (Wingate). METHODS: Three male participants were recruited from the University and surrounding areas. Participants had previous resistance training experience characterized by the ability to perform a bench press with 1 times their body weight and squat 1.5 times their body weight. Each participant completed an approved informed consent document before testing. The test involved performing a Wingate anaerobic test (with 7.5% body weight) on a cycle ergometer after inhaling one of three substances. Participants completed a 5 minute warm-up then immediately before beginning the test the participant would inhale one of three, randomly chosen substances for two seconds (Ammonia inhalant, Control 1 (Vicks Vapor Rub), Control 2). After 48 hours rest the participants returned and would perform the same procedure except inhaling one of the other two substances. After another 48 hour period the participant would return to perform the final procedure. RESULTS: A One-way ANOVA showed there were no significant differences in Peak Power (p=.941), Peak power per kg (p=.895), Mean power (p=.916), Mean power per kg, (p=.836), Power drop (p=.825) or Power drop per kg (p=.753). CONCLUSION: Based on these preliminary findings, ammonia inhalants do not effect anaerobic exercise performance. These results are consistent with other performance effects currently in the literature. As this project continues and a larger sample size is tested more conclusive findings may become evident.
Witherbee, K; Sherman, J; Ramos, A; and Richmond, S
"EFFECT OF AMMONIA INHALANTS ON WINGATE PERFORMANCE,"
International Journal of Exercise Science: Conference Proceedings:
1, Article 25.
Available at: http://digitalcommons.wku.edu/ijesab/vol11/iss1/25
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