FA Core Plasma 350 g

FA CORE PLASMA pre-training supplement is recommended for fans of intensive exercise who are looking for a supplement to support their fitness and exercise capacity. The multi-ingredient formula has been devoid of caffeine and other stimulants. The comprehensive composition means that exercisers get support on many levels. The product is equally suitable for amateurs and professionals who want to overcome increasing levels of fatigue during training and want to intensify their work towards achieving their goals. The pre-trainer is recommended for various forms of physical activity, especially strength and endurance training.

What are the benefits of FA CORE PLASMA?

• A stimulant-free training booster – a pre-workout supplement designed for people who avoid caffeine and other stimulants
• High content of used components – multi-ingredient formula guarantees multidimensional support during psychophysical activity
• AAKG and citrulline malate are effective nitric oxide (NO) boosters which may prove valuable in the context of working on a muscular and athletic physique, reducing fatigue, improving blood flow or enhancing certain exercise skills
• Beta-alanine supplementation contributes to an increase in muscle carnosine levels, which may result in, among other things, an ergogenic effect, improved training performance and adaptation, or maintenance of acid-base balance
• Betaine may have beneficial applications during physical activity and affect certain exercise abilities
• L-tyrosine supplementation may be helpful during the performance of endurance exercise
• It is thought that taurine may be an important element in the context of reducing oxidative stress and supporting the body during physical activity
• Vitamin B6 affects the normal functioning of the nervous system, eliminates feelings of fatigue and tiredness, supports hormonal activity, contributes to proper protein and glycogen metabolism, and supports immune function
• Choline, along with vitamin B6, has a beneficial effect on normal homocysteine metabolism