NEWSLETTER
The secret of my hair!
Strong, healthy and well-groomed hair – who wouldn’t want it?
Whether curly, straight, short or long – hair is considered a beauty attribute. A good supply of nutrients is not only essential for Health, but also supports a beautiful appearance of hair, so it is advisable to supply the hair roots and hair cells with the right nutrients.
aminoplus® hair complex has been “hair-tuned” for this purpose.
New in the range!
the secret of my hair
Nutrients for the hair
Known nutrients that contribute to maintaining hair health include biotin, which belongs to the group of B vitamins, as well as the trace elements Zinc and Selenium. Copper supports the connective tissue and also contributes to hair pigmentation and thus to maintaining hair color. Another nutrient is millet, a mineral-rich grain.
This grain has been used for centuries for beauty, especially for hair, nails and skin care. Millet contains many minerals and silicon.
With biotin, Selenium & Zinc
– to maintain normal hair
With riboflavin, niacin, Zinc & biotin
– to maintain normal skin
With folic acid & B12
– Function in cell division
With manganese & copper
– for normal connective tissue formation and copper for normal
hair pigmentation
Structure of the hair
Hair – A small work of art in design and structure
The structure of hair is complex, but consists primarily of keratin, which is a dead horny layer. Hair is produced in the hair follicle, which surrounds the hair root. The keratin cells and thus the hair are transported upwards through the hair root canal. Keratin is a so-called structural protein which, like all proteins, consists of amino acids. For the stability of collagen structures, sulphur-containing amino acids are fundamental as scaffolding agents for the formation of sulphur bridges. A well-known representative is the amino acid L-cysteine. Another sulphur-containing amino acid is L-methionine. This essential amino acid is involved in numerous metabolic functions and is also a precursor of L-cysteine, which in turn is broken down into taurine.