The Effects of Ox66TM Supplementation on Ventilatory Threshold Performance Measures

Authors

Nicole N. Argueta, Southern Utah UniversityFollow
Allison Rowley, Southern Utah University
David Pearce
Jocelyn Graffius
Kjerstin Woodrum, Southern Utah University
Tyler Lebaron, Southern Utah University
Julie E. Taylor, Southern Utah University

Abstract

Ox66_TM claims to be the only solid form of oxygen known to be in existence. It is an aluminum hydroxide clathrate that can trap oxygen molecules within its structure and when digested the oxygen molecules can be absorbed into the portal bloodstream. It has previously been implemented in clinical settings to reduce hypoxia related medical conditions. However, it is currently unknown whether Ox66_TM has an effect on performance measures at or near the ventilatory threshold during high intensity exercise. PURPOSE: The purpose of this study was to evaluate the ergogenic impact of acute Ox66_TM ingestion on submaximal aerobic performance measures and ventilatory threshold during exercise testing using Bruce protocol. METHODS: 36 college age participants (20 males and 16 females) were recruited to complete this study. Participants attended three testing sessions. During the first session, baseline measurements were acquired and participants were familiarized with the testing procedures. During the second and third tests participants were randomized to receive either a placebo or the Ox66_TM supplement. Heart rate, ventilatory threshold, respiratory exchange ratio and rating of perceived exertion (RPE) were recorded throughout each test. RESULTS: Overall there were no consistent differences between the placebo and Ox66_TM conditions for all participants combined. However, when men and women were evaluated separately, there were a few significant differences. Under the Ox66_TM condition men had a slightly higher VO₂ (p=0.045) and higher heart rate (p=0.046) at ventilatory threshold. Women had a slightly lower RPE (p=0.047) at ventilatory threshold with the Ox66_TM supplement. CONCLUSION: Ox66_TM supplementation resulted in small improvements in a few submaximal aerobic performance measures. Although these results are statistically significant, it is unlikely that Ox66_TM supplementation actually causes ergogenic performance benefits.

Recommended Citation

Argueta, Nicole N.; Rowley, Allison; Pearce, David; Graffius, Jocelyn; Woodrum, Kjerstin; Lebaron, Tyler; and Taylor, Julie E. (2023) "The Effects of Ox66TM Supplementation on Ventilatory Threshold Performance Measures," International Journal of Exercise Science: Conference Proceedings: Vol. 14: Iss. 3, Article 38.
Available at: https://digitalcommons.wku.edu/ijesab/vol14/iss3/38