THE ESSENTIAL BUILDING BLOCKS TO MUSCLE RECOVERY
Amino Edge™ contains all 9 essential amino acids necessary to maximise recovery and build muscle, plus 1 extremely important non-essential amino acids (Glutamine) sometimes known as a conditional non-essential amino acid. These 9 essential amino acids cannot be made by the body, they must be consumed. Essential amino acids are the “building blocks” of the body and are absolutely crucial to your body if you want to reach your maximum fitness and athletic potential.
L-GLUTAMINE – THE “ESSENTIAL” NON-ESSENTIAL AMINO ACID
Glutamine is the most common amino acid found in human muscle - over 60% of your muscle mass is made of Glutamine. During intense training, Glutamine levels are greatly depleted in your body, which decreases strength, stamina and recovery. It can take up to 6 days for Glutamine levels to return to normal after extreme explosive or endurance exercise. For optimal sports performance consuming approximately 5 grams of Glutamine rapidly speeds up the process of muscle repair and recovery.
L-LEUCINE, L-ISOLEUCINE, L-VALINE 2:1:1 RATIO BCAAS & HOW THEY WORK
BCAA’s make up 35% of human skeletal muscle mass, during intense training, the body is normally in a highly catabolic condition or muscle wasting state, whereby the bodies demand for BCAA's spikes to begin the recovery process. If the blood is not rich with BCAA’s the body will scavenge them from muscle in other areas of the body to begin the recovery process. Providing the body with Branch Chain Amino Acids in supplement form, especially during those times of exercise stress profoundly affects the process of protein synthesis enabling it to continue onward ensuring maximum muscle recovery.
This product is produced in an environment that processes MILK, EGG, GLUTEN, WHEAT, PEANUTS, NUTS & SOYA.
Keep out of reach of children. Not suitable for persons under 16 years of age. Consult your healthcare professional before use. Do not use if you are pregnant or nursing. May have an adverse effect on activity and attention in children.