About the hair

Many factors such as nutrition, contamination of food and the environment (air, water), side effects of drugs, type of work, mental tension, cause the release of excessive amounts of oxygen free radicals in cells, this leads to the so-called oxidative stress. Stress, regardless of the type of factor that caused it, leads to excessive production of free radicals, which, by damaging proteins, cause cell death. Reactive oxygen weakens the network of structural proteins, the so-called cellular "skeleton" (see Fig. 1 - damaged cell). Damage to hair follicle cells is a direct cause of pathological hair loss and baldness. Without recognizing this mechanism, the action of most of the means used so far to stimulate hair regrowth was accidental and not very effective.

The main question was how can you limit or neutralize this negative effect of stress factors? After studying hundreds of natural compounds derived from medicinal plants, substances were isolated that clearly increased the activity of several important anti-stress enzymes in hair follicle cells, mainly the SOD enzyme, which by neutralizing excess reactive oxygen prevents the formation of stress damage. Substances that strongly increased the activity of chaperone proteins repairing stress-damaged enzymatic, structural, and other proteins were also isolated, thus restoring health to cells and hair (see Figure 2 - cell "repaired"). The results of this research gave the basis necessary to develop the recipe.

Fig. 1 Diagram of a fragment of a cell damaged by stress 1) lipid membranes damaged by stress 2) Proteins - receptors reacting to signals from outside the cell (e.g. hormones): inactive due to changing their shape and displacement after damage to structural proteins 3) Other proteins transmitting signals from outside the cell: inactive due to the change in their shape and displacement after damage to structural proteins 4) Complex of proteins carrying out biochemical reactions: inactive due to changing the shape of the reacting domains and lack of interaction 5) Structural proteins forming the cell's structural network that proteins -receptors, protein complexes, various cell structures (so-called organelles), in the right places in the cell; damaged by stress.
Fig. 2 Diagram of a fragment of a cell "repaired" by chaperones and other repair systems 1) Lipid membranes 2) Proteins - receptors responding to signals from outside the cell; a protein receptor located outside the cell ready to receive a signal (by reactions, for example, with a hormone) and transmit it inside the cell 3) Other proteins transmitting signals from the outside of the cell: receptors outside the cell o 4) Complex of proteins carrying out biochemical reactions: appropriate domain shape enzymatic proteins bind them into an active complex 4) Complex of proteins carrying out biochemical reactions: activated. 5) Structural proteins that make up the cell's structural network that keeps proteins-receptors, protein complexes, various cell structures (so-called organelles) in the right places in the cell.

Contact

Ayla Biolabs,
Pogodna 20/3
05-077 Warszawa (Poland)

+48 503-156-928

kamiwazabio@gmail.com