4+ NUTRITION
Whey 4 Her+ Hair & Nails 450 grams

WHEY 4 HER + HAIR & NAILS is based on milk proteins, enriched with vitamins and minerals.
Of particular importance is folic acid, involved in tissue reconstruction. Useful in particular to repair the damage caused by intense physical activity and to prevent iron deficiencies. Also present also the iron, especially necessary in athletes to avoid deficiencies and increase resistance.

WHEY 4 HER + HAIR & NAILS offers a real hair and nail support thanks to the presence of biotin, copper, selenium, B vitamins and zinc. The stress suffered by more frequent washing, the use of accessories such as rubber bands and hairpins, tend to damage the hair more. WHEY 4 HER + HAIR & NAILS combines the properties of proteins with the characteristics of micro-nutrients with the aim of safeguarding and reinforcing the health and integrity of nails and hair. Features also supported by H & N MATRIX, specially created by 4PLUSNUTRITION. A matrix composed of elements able to stimulate the production of keratin and collagen, essential constituents of nails and hair. H & N MATRIX is able to give the desired consistency to the touch and the brightness sought by the look.

WHEY 4 HER + HAIR & NAILS is a whey protein based supplement, a liquid obtained from cheese processing. Compared to other protein sources (eggs, soy, wheat, caseins, etc.) have a high biological value, due to the excellent presence of branched chain amino acids. Furthermore, they have a high digestibility with a consequent rapid increase in the concentration of amino acids in the circulation. Thanks to these characteristics, whey proteins are able to supply energy substrates for protein synthesis. The group B vitamins, which we add to WHEY4HER HAIR & NAILS to increase their effectiveness, also participate in this. The serum proteins are able to suppress protein catabolism, stimulate synthesis and promote muscle growth. They reduce tiredness and fatigue and contribute to the normal functioning of the liver. Finally, they act as a substrate for gluconeogenesis, a process through which energy is produced from certain amino acids, particularly in periods of prolonged fasting and long-term physical activity.