Raspberry - Fruit Punch - Grape - Pineapple Orange Bite-Size Nutrient-Dense "Physique-Friendly" Enhanced with L-Glutamine, Glutamine Peptides & Glutamine AKG Chewable Dietary Supplement Your Favorite Muscle Candy Just Got Better! Laboratory Tested by NFN Whatever It Takes!Glutamine plays many important roles in the body. It is a building block of tissue proteins, a source of energy, and has positive effects on muscle glycogen and protein synthesis. Glutamine is also involved in immune system function and has been found to stimulate growth hormone (GH) release. Prolonged, exhaustive exercise may result in a decrease in glutamine levels 1-2 hours after the exercise periods.Grab a scoop full of new Chewies Glutamine "Micros". Now empty it into your hand and pop them into your mouth. Don"t worry, you"re not "cheating". Quite the contrary, you"re enjoying a sugar-free blast of three different kinds of glutamine, an energy-yielding amino acid that your muscles can use to recover and build themselves bigger, stronger and more powerful.Whether you worked out for the first time yesterday or you"re a professional bodybuilder about to hop onto the contest stage and flex your guns, you don"t need to worry. Chewies Glutamine Micros won"t harm your physique or performance, In fact, glutamine supports both. And because new Chewies Micros are sugar-free, they won"t slow down your fat-burning metabolism like sugar-loaded products can.Even the pros get cravings for candy. Now you can satisfy them with a nutrient-dense, "physique-friendly" supplement that is slated to become the world"s favorite “Muscle Candy", new Chewies Micros!Use glutamine to support protein synthesis in your muscles and help them re-fuel and recover. Two servings of Chewies Glutamine Micros contains more than 120% of the dose of glutamine found to accelerate the recovery of glycogen levels as effectively as the ingestion of 61 g of carbohydrate¹. That"s how powerful this amino acid can be!Scientific Support1. Bowtell et al. (1999). Effect of oral glutamine on whole body carbohydrate storage during recovery from exhaustive exercise. J Appl Physiol, 86: 1770