AS-IT-IS Atom BCAA with L-arginine, L-Carnitine, L-Citrulline for Energy Burst and Athletic Performance - Blueberry Classic

FOR THE BEST RESULTS OF BODYBUILDING: Atom BCAA includes an ideal blend of nutrients that work synergistically to provide solid support to achieve greater results of bodybuilding. Leucine helps preserve muscle glycogen stores, minimizes protein breakdown, isoleucine acts as an anti-catabolic agent, helps in faster recovery, and valine prevents tryptophan from being taken up by the brain, thereby delaying the onset of fatigue during the workout. Glutamine significantly affects BCAA metabolism, gut barrier maintenance, and creates the positive protein balance required for muscle building. L-Citrulline accelerates ammonia clearance, decreases muscle pH that occurs during severe exertion. MAKES YOUR WORKOUTS MORE EFFICIENT: BCAAs are glucogenic amino acids that serve as an immediate source of energy during workouts. BCAA supplements are not peptide-bound to other amino acids, hence they bypass breakdown in the liver and are quickly taken up by active muscle tissues. BCAAs are especially beneficial when you workout in a carb-depleted state and during intense training when glycogen stores run down. The supplement is manufactured in an fssai approved and GMP-certified manufacturing plant, it is 3rd party lab-tested for assurance on quality and potency. EXCELLENT FOR FAT LOSS & BULKING: Consuming BCAA along with Protein during weight loss is attributed to increased muscle protein synthesis, which helps maintain muscle mass and fat loss. While in the bulking phase, you need to lift heavy to add on muscle mass which increases your chances of muscle fatigue. BCAAs keep your body in an anabolic state, increase protein synthesis, support recovery and contribute to bulking. While L-Citrulline and arginine add pumping effect to your muscles, L-Carnitine promotes fat oxidation during the workout, and L-Glutamine delays fatigue, slows the release of the stress hormone cortisol, and prevents immune compromise. INCREASES MUSCLE MASS: It is widely asserted that abundant availability of essential amino acids is a requisite for a significant stimulation of muscle protein synthesis. The balance between muscle protein synthesis and muscle protein breakdown will determine changes in muscle size. Your resistance training stimulates signaling pathways inside muscle cells and increases muscle protein synthesis. BCAAs, when taken in conjunction with resistance training, provide key building blocks for muscle protein synthesis, help maintain net muscle protein balance, and increase muscle mass. Glutamine prevents lactate production and protects muscles from entering a catabolic state. ENHANCES RECOVERY FROM MUSCLE DAMAGE: Eccentric exercise may result in damage to muscle, increase muscle soreness, and decrease muscle function. BCAAs help alleviate this response to intense training. Athletes supplementing with BCAA experience minimal muscle soreness in their regular training. BCAA supplements may be potentially beneficial in reducing muscle soreness when starting a new training program or when returning from a period of rest or injury. BCAAs can act as stimulants for muscle protein synthesis, helping reduce markers of exercise-induced muscle damage. The added potassium facilitates stronger muscle contraction, vitamin B6 provides an energy boost. CAN LIMIT FATIGUE: BCAAs can fight the rate at which you tire from exercise. Your prolonged workout can lead to elevated levels of tryptophan in the blood which can raise serotonin levels, increased serotonin levels are postulated to cause central fatigue in athletes. BCAA supplementation during exercise can help to competitively inhibit tryptophan transport into the brain, lowers brain tryptophan uptake and serotonin synthesis which prevents or delays the onset of central fatigue during prolonged, intense workouts. L-Citrulline increases blood arginine levels, which increases nitric oxide production, increases circulation, efficient nutrient delivery, and reduces fatigue by playing a role in ATP production.