EthicSport Super Dextrin Boost 30 ml lemon flavor EthicSport Super Dextrin Boost is an advanced dietary supplement in the form of an easy-to-consume gel, designed for physically active people and athletes who regularly engage in intense training. The product contains a comprehensive blend of carbohydrates, caffeine, and beta-alanine in a convenient liquid form. Diverse carbohydrate profile - the formula based on the patented Super Dextrin® blend contains isomaltulose (Palatinose™), cyclic dextrins (Cluster Dextrin®) and maltodextrins DE19 and DE6. High carbohydrate content - the maximum daily serving (3 sachets) provides 37.8 g of carbohydrates with varying absorption rates. Enriched composition - 150 mg of beta-alanine and 150 mg of caffeine in the maximum daily serving. Gluten-free and aspartame-free - microbiologically and anti-doping tested formula. Suitable for vegans and vegetarians - does not contain animal-derived ingredients. 1 serving = 1 package . Convenient form of administration - one serving is only 30 ml of liquid gel - ideal for consumption even during intense exercise. EthicSport Super Dextrin Boost - a dietary supplement based on the patented Super Dextrin® blend EthicSport Super Dextrin Boost is a formula based on carbohydrates with a sustained-release energy profile, caffeine, and beta-alanine. This supplement comes in an easy-to-consume gel form with a refreshing lemon flavor, making it particularly suitable for physically active individuals and athletes who regularly engage in intense workouts. EthicSport Super Dextrin Boost is an excellent choice for anyone looking to supplement their diet during exercise while valuing convenience and high-quality ingredients. Properties of the ingredients contained in the supplement Carbohydrates contribute to the restoration of normal muscle function (contraction) after intense or prolonged physical exercise leading to muscle fatigue and depletion of glycogen stores in skeletal muscles, and the beneficial effect is obtained with consumption of carbohydrates from all sources, with a total intake of 4 g per kg of body weight, in portions taken within the first 4 hours after very intense or prolonged physical exercise leading to muscle fatigue and depletion of glycogen stores in skeletal muscles, and no later than 6 hours after such exercise.