Research Symposium

26th annual Undergraduate Research Symposium, April 1, 2026

David Daly Poster Session 3: 1:45 pm - 2:45 pm / Poster #99


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BIO


David Daly is a first-year student at Florida State University pursuing a Bachelor of Science in Interdisciplinary Medical Sciences (Clinical Professions) through the Honors College. David is involved in undergraduate research examining the effects of exogenous ketone supplementation on endurance athletes under his research mentor, Sadio Fenner. The study investigates whether ketone supplements influence performance related physiological markers. David plans to pursue medical school after completing his Bachelor of Science, with long term goals of becoming a physician and contributing to the field of sports medicine.

The Effects of Exogenous Ketones on Elite Athletes

Authors: David Daly, Sadio Fenner
Student Major: Biomedical Sciences
Mentor: Sadio Fenner
Mentor's Department: Institute of Sports Sciences and Medicine
Mentor's College: College of Education, Health, and Human Sciences
Co-Presenters: Caden Lindsay

Abstract


In recent years, the consumption of exogenous ketones by athletes has increased, with athletes often justifying their intake on claims of enhanced performance. There is currently no consensus in scientific literature on whether or not exogenous ketone supplementation provides significant performance benefits to users. The research team aims to learn more about the definitive physiological effects of exogenous ketones in this study. The team plans to recruit 10-15 male and female endurance athletes aged 18-30 to participate in this study. The structure of the study consists of an initial week of participants receiving either an exogenous ketone supplement or a placebo, followed by a one-week washout of both groups receiving no treatment, finally followed by one week of each group receiving the same treatment administered in week one. At the start of each week and at the conclusion of the three-week study, blood samples from each of the subjects will be analyzed for various blood and steroid markers, and salivary samples will be collected and tested for salivary biomarkers. Considering the gaps in literature on the effects of ketone supplementation on performance and recovery, the team hypothesizes that our results may provide insightful data that could help guide further exploration of ketone supplementation. Our findings may provide preliminary data that could be useful in larger studies, potentially helping the scientific community better understand the effects of exogenous ketones on athletes.

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Keywords: Athlete, Supplement, Ketone, Performance, Recovery