Beta Alanine is a nonessential amino acid synthesized in the liver that can be ingested with food, particularly through animal-based sources or through supplements.
Several studies have demonstrated that Beta Alanine favours the synthesis of carnosine within muscle fibres, significantly raising the levels of this substance in muscles.
Its main functions are:
Regulating the pH, preventing acidity in the body produced by lactate. This delays the appearance of fatigue.
Maintaining stores of ATP, which is the source of energy for cell functions.
Boosting sensitivity to calcium in muscle fibres, increasing strength while reducing fatigue during muscle activity.
Ideal for maintaining salt deposits at optimum levels during particularly hot seasons,during long-duration sports activity or for people with heavy perspiration.
It can also be used to reduce body weight as it ensures the supply of necessary mineral salts preventing dehydration, without adding any calories to the body.
Vitamin and mineral based food supplement; contains caffeine (40 mg/capsule).
Indicated for situations of heat and/or high humidity during exercise, to reduce muscle cramps and preventa drop in performance due to dehydration during exercise.
Caffeine reduces fatigue and improves the energy efficiency of the individual during exercise.
The main ingredient of Magnesium capsules is Chelated Magnesium Bisglycinate from the Albion® brand. With 400mg of this ingredient combined with Zinc and Vitamin B6 to boost its benefits in physical performance.
Each capsule provides 72 mg of maximum-bioavailability active Magnesium and 15% of zinc VRN AND Vitamin B6, suitable for vegans.
Organic anti-caking agents derived from ecological rice have been employed.
Vitamin and mineral based food supplement; contains caffeine (40 mg/capsule).
Indicated for situations of heat and/or high humidity during exercise, to reduce muscle cramps and preventa drop in performance due to dehydration during exercise.
Caffeine reduces fatigue and improves the energy efficiency of the individual during exercise.
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