Accelerade, Lemon Lime, 4.11 lbs, Pacific Health (Accelerade)

PacificHealth Labs Accelerade, Advanced Sports Drink, Lemon Lime, 4.11 lb (1,867 g)

Accelerade Lemon LimeAccelerade contains the patented 4:1 ratio of carb to protein proven to increase endurance, reduce muscle damage, and provide more effective hydration. Study after study has confirmed the superiority of protein-powered Accelerade.These studies show compared to a conventional sports drink, Accelerade: Increased endurance by 29%Decreases muscle damage by 83%Increased rehydration by 29%Increases endurance in a subsequent workout by 40% Accelerade, Advanced Sports Drink, Lemon Lime, 4.11 lb (1,867 g)

Endurox - Accelerade Advanced Sports Drink Lemon Lime - 4.11 lb.

Endurox Accelerade Advanced Sports Drink Naturally Flavored Lemon Lime - 4.11 lb. (1,867 g) Endurox Accelerade Advanced Sports Drink is the only sports drink that contains carbohydrate and protein in a patented 4:1 ratio, and also helps athletes perform better and recover better. Compared to conventional sports drinks, protein-enhanced Accelerade: Extends Endurance Speeds Muscle Recovery Enhances Rehydration Reduces Muscle damage Only Accelerade sports drink meets the total hydration, energy and nutritional needs of working muscles. The Science Behind Accelerade:Why Accelerade is Better Exercise Metabolism: Carbohydrates and fats are the primary fuels metabolized during endurance exercise. However, during prolonged exercise, protein can contribute 5-10% of total energy demands and this contribution can increase under conditions of low carbohydrate stores. Protein's contribution to total energy production during exercise is less than carbohydrates and fat, but don't rule out the impact protein can have during endurance training and performance. The type of fuel that is used by the muscles for energy during endurance exercise is dependent on numerous factors such as exercise intensity, diet composition, duration, and training. For example, during low to moderate (<65% VO2 max) intensity, the muscles rely primarily on fat for energy. As exercise intensity increases, there is a shift to an increased reliance on carbohydrates. The use of protein by exercising muscle also increases as exercise intensity increases. Macronutrient (carbohydrate, protein and fat) consumption throughout the day and during exercise has an impact on exercise performance. Every athlete wants to perform at his/her best. To do this, delaying the onset of fatigue during exercise is a must. Known causes of fatigue during endurance exercise are low carbohydrate stores and/or low blood sugar. Therefore, during prolonged endurance exercise (> 60 minutes), carbohydrate intake is necessary.