APS Beta Alanine Product Information
Train Harder, Stronger & Longer with Beta Alanine!
APS Beta Alanine supports intracellular carnosine levels. When Beta Alanine enters a muscle cell it becomes the "rate limiting substrate" to Carnosine synthesis (without beta alanine carnosine does not get produced). Carnosine functions as a buffer for the H+ ions (acid) produced during strenuous exercise. APS Beta Alanine utilises CarnoSyn, a patented form of Beta Alanine that has been clinically researched to support muscular endurance.
Supplementation with Beta Alanine is able to increase the lactate threshold. Carnosine helps stabilise muscular pH by soaking up H+ that are released at an accelerated rate during exercise.. This build up of lactic acid causes that burn in the muscles and prevents you from reaching your strength goals, as your muscles begin to fatigue. High muscle carnosine levels help reduce the build up of lactic acid, and promotes a dramatic increase in muscular strength, size and endurance. Beta Alanine therefore increases muscular endurance by delaying the onset of muscle fatigue. It helps maximise your workout performance and intensity.
Key Features of APS Beta Alanine:
- Support intracellular carnosine levels
- Increase training capacity
- Buffer lactic acid & delay onset of muscle fatigue
- Increase muscular endurance
- Train harder, stronger & longer
- Maximise workout performance & intensity
APS Beta Alanine Directions:
Mix one scoop of Beta Alanine Powder with a glass (200-250ml) of water or your favourite beverage. Consume before and after your workout. On non-training days, consume 1 serve in the morning and again in the afternoon.
APS Beta Alanine may be used to:
Maximise workout performance and intensity; Buffer build up of lactic acid; Increase muscular endurance; Delay onset of muscle fatigue; Supports intracellular Carnosine levels; Support lean muscle growth.
APS Beta Alanine is great for:
Bodybuilders; Motorcross riders; Boxers; Weight trainers; Endurance athletes: Any athlete or sports person wanting to delay the onset of muscle fatigue and increase muscular endurance.