Studies have shown that BCAA supplementation may increase nitrogen retention, which minimizes the loss of lean muscle tissue during dieting and intense training. Studies also show that supplementation of BCAA’s may increase the amount stored within the muscle after training. This may reduce recovery time and aid in the repair of muscle tissue.  

GLUTA MATRIX by Max Muscle, a great tasting supplement that contains three different sources of glutamine in one easy to use tasting powder! The Research & Development Team at MMSN has specialized in high quality glutamine supplements for over a decade, and Gluta MATRIX takes it to the next level with multi-source Gluta-Tri Triple FusionTM technology, an advanced proprietary blend consisting of 3 unique forms of glutamine delivery, including L-Glutamine, Glutamine Peptides, and N-Acetyl-L-Glutamine (NAG). 

MAX GLUTAMINE by Max Muscle, is pure tested and verified crystalline L-Glutamine powder. Produced in the body naturally, L-Glutamine is the most abundant amino acid in skeletal muscle and is often depleted due to training, stress, and poor diet. Research indicates that bodybuilders, fitness and strength athletes, and other active people often do not produce enough L-Glutamine within their liver to restore critical Glutamine levels within a reasonable time frame following training. 

PRO BCAA by Max Muscle, is a scientifically-based formula to provide the body with high potency branched-chain amino acids (BCAA) in the ideal 2:1:1 ratio of leucine, isoleucine, and valine. As a versatile formula, Pro BCAA is specifically designed to benefit both pre-, during, and post-workouts. For the pre- and during workout, this comprehensive formula is designed to support the energy fuels needed for high intensity and endurance workouts. For the post-workout, it functions to support rapid recovery, muscle anabolism and anti-catabolic effects. The BCAAs (leucine, valine and isoleucine) are known to be highly concentrated in muscles (35%) and have been shown to serve as important fuel sources for skeletal muscles during periods of high-intensity exercise.