Product Description: Innovation in advanced sports biotechnology, a highly effective strength training supplement that has completed clinical studies and has been clinically proven to improve muscle carnosine levels. An important factor in controlling fatigue Strengthen muscle anaerobic endurance and aerobic endurance Improve athletic performance so you can exercise harder and longer Build explosive muscle strength and muscle mass Supplement Carno Syn® - Contains Carnosine Synthesizer High-intensity exercise Lactic acid removal Endurance Recovery Energy Strength Muscle Beta-alanine, a lean muscle-building anabolic fuel, provides the stimulus to increase anaerobic and aerobic endurance and delay muscle fatigue, providing fuel for accelerated maximal exercise. Provided to complete each exercise. Beta-alanine is a non-essential amino acid that muscle cells use to synthesize carnosine. Carnosine is a dipeptide (beta-alanine, histidine) that helps maintain optimal muscle p H by acting as a buffer for hydrogen ions (acids) produced during intense exercise. APS uses Carno Syn®, a patented form of beta-alanine that has completed clinical trials and proven to increase muscle carnosine content, allowing muscles to work longer during intense exercise. APS® Beta-Alanine is a scientifically research-backed Carno Syn® supplement that helps you achieve your strength and endurance training goals by delaying muscle fatigue and speeding recovery. Once beta-alanine enters muscle cells, it initiates carnosine synthesis. becomes a “rate-limiting temperament.” The rate limitation means that without beta-alanine, carnosine cannot be produced.Carnosine was discovered in Russia in 1900, but it was not until 50 years later that the first studies of carnosine and its effects on muscle buffering were conducted. has been announced. Recently (2003) researchers have been studying beta-alanine to determine its effects on athletic performance and lean muscle mass. Carnosine, on the other hand, helps stabilize muscle p H by absorbing hydrogen ions (H+), which are rapidly released during exercise. Our bodies utilize various buffering systems to maintain p H balance. Buffers are primarily responsible for absorbing H+ and maintaining the optimal p H balance we need to function most effectively. As mentioned above, our muscles function best in a specific p H range. When p H falls below that range, muscle function also declines. By keeping your muscles in a more optimal p H range, you can force them to continue contracting for longer periods of time. Most of the effects of beta-alanine occur through promoting the synthesis of an intramuscular dipeptide (two amino acids) called carnosine. do. Carnosine is made up of two amino acids, beta-alanine and histidine, and acts as a powerful intracellular buffer. Carnosine is found in both type 1 and type 2 muscle fibers, but in higher concentrations in type 2 muscles (the fibers we primarily use for high-intensity and strength training and are the most responsive for growth). To function effectively, muscle cells rely on buffers such as carnosine to prevent them from becoming acidic (low p H) during exercise. Your muscles need to be in an optimal p H range to maintain strong contractions and keep your muscles strong. Otherwise, if your p H falls below the optimal level, your strength will decline significantly and fatigue will progress more quickly. This may include a familiar burning sensation in your muscles, or It also occurs when lifting heavy weights and causing muscle loss. The reason your muscle p H is lowered is because during exercise you break down the high-energy compound adenosine triphosphate, which increases the buildup of hydrogen ions (H+). How about repeating it a few more times? If you have more carnosine in your muscles, you may be deficient, leading to a rapid decrease in energy and endurance and decreased strength. The breakdown of adenosine triphosphate and the resulting increase in herpes acid concentration occurs in all of our energy systems, but occurs most significantly in the energy system called glycolysis, which also produces lactic acid. Lactic acid releases H+ ions, further contributing to the H+ pool that fills the muscles through the breakdown of ATP. The presence of H+ causes p H to drop rapidly and muscle function to decline. Muscle High levels of muscle carnosine significantly improve strength, muscle mass, and endurance. Maximize exercise performance and strength by leveraging the power of beta-alanine.
How to Use: Take one serving before or after exercise to optimize strength and endurance and maximize muscle carnosine levels. On days off from exercise, take one serving each morning and evening.
Precautions: Do not take if pregnant or breastfeeding. Consult your doctor before taking this product or any other supplement. This non-essential amino acid increases your lactate threshold, making it a limiting factor in most exercise sessions. As muscles begin to fatigue and lactic acid builds up, they can often prevent you from achieving your strength goals. Push your athletic limits and push your limits with beta-alanine. Beta-alanine improves athletic performance, allowing you to exercise harder, stronger and longer than your last workout. Increase that weight with each repetition. Beta-alanine improves strength and endurance, giving you more powerful workouts. Beta-alanine can help you maximize every rep and push through plateaus. Experience the thrill of reaching and achieving your goals. Beta-alanine is within reach.
APS, beta-alanine, 500g
