Hair Complex – 8 vitamins

Description

Hair Comples 8 vit.. represents one of the latest developments in the research of hair growth dysfunctions. This complex helps prevent hair loss and has a regenerative effect thanks to the following active ingredients:

• Gründinol – a powerful growth factor, developed by BIOGRÜNDL, SL This complex consists of hypoxanthine-ribose and inositol. It activates the metabolism of the scalp and has a proven effect against lipotrophic dysfunctions, stimulating the synthesis of keratin instead of lipids, thus strengthening and strengthening the hair.
• The effect of phytoestrogens and B vitamins in the prevention of hair loss. Phytoestrogens, obtained by selective extraction from soybean sprouts, are extremely rich in isoflavones. They act on the hair in a similar way to estrogens of animal origin, but without the undesirable and potentially dangerous side effects. They stimulate the proliferation of fibroblasts in the scalp and delay the degradation of key components such as elastin, collagen and mucopolysaccharides. Thanks to their polyphenolic structure, phytoestrogens have strong antioxidant properties, providing effective protection against oxidative stress and free radicals.
• B group vitamins – a complex of water-soluble vitamins (B1, B2, B3, B5, B6, B7, B8, B12), obtained from brewer’s yeast, a natural source rich in these essential nutrients. In addition to the vitamins themselves, brewer’s yeast also contains other bioactive components with a proven regenerative and nutritional effect. B vitamins and brewer’s yeast extract play a key role in regulating sebum production, which has a positive effect on preventing hair loss and maintaining a healthy scalp.
• The action of oligoelements, trichosaccharides and trichopeptides in strengthening hair. Oligoelements, obtained from clay and bound to proteins for deeper and faster absorption, play a key role in inhibiting the enzyme 5-alpha-reductase. This inhibition slows down the conversion of testosterone to dihydrotestosterone (DHT), an excess of which can negatively affect the metabolic balance of the hair follicles, causing increased sebum secretion instead of keratin production. As a result, hair becomes greasy, weakened and progressively thinner, which can lead to hair loss.
• Trichosaccharides – sulfur-containing mucopolysaccharides with a clear effect on fibroblasts within the hair follicle, where keratin, an essential component of hair, is synthesized. They can be considered trichogens because they promote hair hydration and regeneration. Their properties derive from their strong negative charge, while the carboxyl and sulfate groups chemically bind free amino acids in keratin, thereby repairing cracks in the hair structure.
• Trichopeptides , obtained by almost complete hydrolysis of keratin, contain a high concentration of cystine and glutamic acid. These components bind to the free ends of keratin in the hair, which are damaged by external factors or aggressive treatments. In this way, the damaged parts are filled and keratin is restored. In addition, trichopeptides accelerate the renewal of scalp cells, restoring normal metabolism.
• This regenerative function strengthens hair from root to tip, reduces hair loss and stimulates hair growth.