AMINOPEP AA ESSENZIALI powder

AMINOPEP AA ESSENTIALI is a food supplement with powdered sweeteners based on essential amino acids and peptides, indicated for those who practice sports activities, with moringa and vitamin B6 that contributes to the normal metabolism of proteins and glycogen, the maintenance of energy metabolism and reduce fatigue and tiredness. Complete with essential amino acids, glutamine and arginine Pepform® with very high bioavailability supporting the metabolism and detoxification enhancing anabolic processes by combined action of Pepform® peptides and moringa.

AA Essentials

Balanced amino acid blend according to precise percentages for the formation of muscle structure and optimize the performance of the entire body. The amino acids obtained by a process of purification and vegetable fermentation from corn are: L-Phenylalanine, L-Isoleucine, L-Leucine, L-Lysine, L-Methionine, L-Treonine, L-Tryptophan, L-Valine.

Glutamine PepForm - Arginine PepForm

The peptide form as demonstrated by studies is more effective than the free form, improving assimilation and metabolisation by 70-80%, contributing to greater muscle growth and 30% higher protein efficiency.

Moringa

Plant belonging to the Moringaceae family rich in antioxidant and anti-inflammatory substances that make it effective in protecting the immune system, rebalancing and speeding up the metabolism as well as regulating hormone levels. The phytocomplexes it contains, especially in the seeds of this plant, have demonstrated the ability to stimulate the release of insulin from cells.

What is PepForm®?

PepForm® is the innovative technology that binds free amino acids to whey peptides, forming amino peptides, providing premium functionality compared to normal proteins and free form amino acids

• Up to 70-80% better absorption of amino acids compared to free form
• Greater bioavailability compared to free amino acids
• Improved solubility

Intestinal absorption takes place through multiple pathways

Peptides are transformed into di- and tripeptides, which are resistant to further intracellular hydrolysis. They are thus transported through the intestinal mucosa.