First Endurance EFS Sports Drink
Electolyte Fuel System Presenting the all-new EFS drink formulations, completely redesigned for 2010. With the latest amino acid technology, superior mineral bioavailability and the addition of Malic Acid, the new EFS drinks provide EVERYTHING you need to maximize endurance and performance during exercise. Youâll notice the difference right away too. The new formulas taste great, are incredibly fine, mix instantly and refuel working muscles faster than ever before. And with the highest electrolyte content available (1160mg of all 5 electrolytes/serving), thereâs no need to carry those extra electrolyte pills or add anything else to EFS drinks. You can train and race with confidence knowing you don't have to worry about cramping or dehydration. Times have changed. - The Highest Electrolyte Content Available
- The Latest Amino Acid Technology
- Superior Calcium Bioavailability
- Now With Malic Acid
THE HIGHEST ELECTROLYTE CONTENT AVAILABLE Fluid loss plays a major factor in performance. Studies show that when you lose 2-3% of the body's fluid through sweat, performance decreases by up to 7%. This can be the difference between winning and not even finishing. Electrolytes promote the absorption of water during exercise. When you sweat, you lose essential electrolytes, which can result in cramping and dehydration. The transfer of nutrients and water in and out of the cell known as cellular respiration requires all five electrolytes in a precise balance for maximum cellular efficiency. Dedicated endurance athletes require much higher levels of electrolytes than can be found in most drinks. Each serving of EFS provides all five electrolytes, in the levels endurance athletes need, to stay hydrated and prevent dehydration. The new EFS drinks now contains over 1,160mg of all 5 electrolytes per serving, more than any electrolyte drink on the market. - Serious Training for Serious Athletes R. Sleamaker, 1989, Champaign, Ill: Human Kinetics. Copyright 1989.
- Burke, LM 2001, Nutritional needs for exercise in the heat. Comp Biochem Physiol A Mol Integr Physiol. 2001 Apr;128(4):735-48.
- Brouns, F., et al. 1992 Rationale for upper limits of electrolyte replacement during exercise. International Journal of Sport Nutrition 2:229-38
- Brouns, F., et al.: Eating, drinking and cycling. A controlled Tour de France simulation study, Part II. Effect of diet manipulation. Int. J. Sports Med., 10:532, 1989.
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