FRS was originally formulated, tested, and refined by leading scientists as a fatigue fighting and general health drink. It was later discovered by endurance athletes who found that it boosted and sustained their peak athletic performance while supporting their overall health. Now FRS is used by anyone who wants a healthy and sustained boost of energy.
The key active ingredient in FRS is Quercetin. (pronounced: KWAIR-suh-ten)
Quercetin is a natural antioxidant found in the skins of apples, blueberries, and onions. It protects the adrenaline that your body naturally creates to give you energy for small daily tasks like staying awake at work and big events like running a marathon. Quercetin allows your body to create the same amount of energy that it normally creates, but to use it more efficiently so you feel more energy for a longer amount of time.
All Quercetin isn't the same though. FRS uses only the highest purity Quercetin available and combines it with a patented mix of vitamins, metabolic enhancers, and antioxidants to allow your body to fully absorb it. The Quercetin in FRS is the only Quercetin with official FDA GRAS (Generally Recognized as Safe) status.
In addition to boosting energy, Quercetin has been studied by the US government for its immune system boosting properties. You can read about the US DARPA funded study as well as other independent studies below.
- FRS Sponsored Research
- Immune System Maintenance
- Fatigue
- Work Performance
- Antioxidant Strength Comparison
- Sports Performance Clinical Trial
In order to create the best products and stay on top of all the most recent research FRS employs some of the best scientists in the country.
Scientific Advisory Board
Marcus C.C.W. Elliot, M.D. - Chairman
Dr. Elliott is a world leader in the field of conditioning sciences. He is a graduate of the Harvard Medical School where he specialized in nutrition and exercise physiology. As Director of P3: Peak Performance Project, Dr. Elliot specializes in the performance and care of elite athletes for peak performance and injury prevention, helping them to understand specific physiologic, nutritional and biomechanical characteristics of success in sports.
He has worked with the NFL, and with hundreds of top athletes and coaches in the fields of cycling, tennis, triathlon, running and swimming to improve performance through strength training, bio-mechanical training, plyometrics and nutrition.
Dr. Elliot is a member of the American Medical Association, the American College of Sports Medicine, the National Strength and Conditioning Association, and the Governors Council on Physical Fitness.
Bill Harrison, M.D., O.D.
Dr. Harrison is a world-renowned expert on vision and sports performance, and the founder of Performance Fundamentals (PFI), a consulting company that has trained world-class coaches and athletes in numerous sports for over thirty years.
Dr. Harrison is also CEO of Sports Club International, LLC, a start-up company in the process of building an 800-acre site in Gilbert, Arizona for national and international competition and advanced sports training. He is a Doctor of Optometry educated at the University of California at Berkeley where he was a college baseball star.
Julie Taguchi, M.D.
Dr. Taguchi is a physician specializing in hematology and medical oncology at Sansum Medical Clinic, located in Santa Barbara, CA, since 1993. Prior to this, she worked as a physician in the Department of Hematology and Bone Marrow Transplantation at City of Hope, a top hospital dedicated to the prevention and cure of cancer, HIV/AIDS, diabetes, and other life-threatening diseases. A graduate of USC Medical School, Dr. Taguchi is also a published author and has served on the Board of Directors for the Tri-County Blood Bank since 1994.
Holden MacRae, Ph. D.
Dr. MacRae, a Professor of Sports Medicine at Pepperdine University, is a research physiologist specializing in human physiology, exercise and sports medicine. Holding a Ph.D. in Physiology from the University of Cape Town, South Africa, Dr. MacRae is focused on the determination of optimal training thresholds in sub-elite and elite cyclists and runners. He studies the metabolic, cardiovascular, and muscular variables that contribute to optimal exercise performance during high-intensity exercise.
Dr. MacRae is affiliated with the American Physiology Society, the American College of Sports Medicine (ACSM) and the V.A. Greater Los Angeles Health Care System. Having served as principal and co-investigator on numerous exercise studies including one for FRS, Dr. MacRae has been published in the European Journal of Physiology and Medicine and Science in Sports and Exercise and serves on the Editorial Board for ACSM's Health and Fitness Journal.
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