Vitargo!, Unflavored - 900 grams

VITARGO! contains Vitargo, a patented, high molecular weight carbohydrate with an average molecular weight of 500,000-700,000. It's unique, because it's specially processed to yield a molecular profile that is massively different from the sugars (e.g. Glucose, Fructose) and Maltodextrin found in many products. The molecular weight of Maltodextrin is around 1,000-10,000 and Dextrose is approximately 180! It has generally been accepted by science that prolonged submaximal exercise is limited by the availability of muscle and liver glycogen stores and that these stores increase when carbohydrate intake is high. It has also been shown that the rate of glycogen (stored carbohydrate in the body) synthesis is highest in muscles in which the glycogen stores have been depleted by exercise. The rate of glycogen synthesis following exercise is of importance for athletes during training sessions with repeated periods of heavy or submaximal exercise, as well as during competition especially when several periods of intense exercise are performed. Synthesis of muscle glycogen from ingested carbohydrates is dependant on the transport of glucose across the intestinal mucosa and the muscle cell membrane and on the enzymes responsible for glycogen phosphorylation and synthesis. Blood glucose concentrations are influenced by the influx of glucose from the stomach, via the intestine and into the blood. It has been shown that the osmolality of an ingested solution can interfere with the emptying rate from the stomach. Thus a high osmolality may delay gastric emptying which could delay the release of glucose from the intestine. With Vitargo a very low osmolality, but high carbohydrate drink can be made! Carbohydrates contribute to the recovery of normal muscle function (contraction) after highly intensive and/or long-lasting physical exercise leading to muscle fatigue and the depletion of glycogen stores in skeletal muscle. The beneficial effect is obtained with the consumption of carbohydrates, from all sources, at a total intake of 4 g per kg body weight, at doses, within the first 4 hours and no later than 6 hours, following highly intensive and/or long-lasting physical exercise leading to muscle fatigue and the depletion of glycogen stores in skeletal muscle. This statement has been scientifically proven by the European Food Safety Authority (EFSA) and authorized by the European Commission (EC).