Glycoin® natural is a main active element of myrothamnus flabellifolia
, which is necessary for it to survive in a long drought.Glycoin® natural revives myrothamnus flabellifolia — it can activate the cells in the long drought (up to 50 years!), and bring a new life to the myrothamnus flabellifolia.
Glycoin® natural can also be produced by halotolerant blue-green algae, and protect bodies from the damage of osmotic pressure.
Glycoin® natural
1. It protects cell membranes and structures from variation and damage
2. It is featured with an excellent moisture-retaining capacity — even if the humidity of habitats is low, the water in cells still exists.
When the lipid bilayer is dehydrated, small molecule solutes like glycoin® natural can lower the addition value of temperature during the fluid-gel conversion. This may be explained with the effect of distance among membranes. How do small molecule solutes affect the interaction among membranes is mainly connected with water.
• As concentration of glycoin® natural rises, the osmotic pressure increases as well. Under the negative water potential, high osmotic pressure can reduce suction force so that the water loss among membranes decreases. The average distance among membranes is enlarged, while the hydration force shrinks.
• The solutes between bilayers during dehydration also has effect concerning volume: In case of extremely low water content, the molecular volume of glycoin® natural can increase the distance betwwen bilayers, thus reducing the hydration force among membranes.
• Hence, during weak hydration, such small molecule solutes as glycoin® natural have high concentration and reduce the stress and strain of cell membranes, i.e., the trend of cell membranes turning into colloid declines.
Natural cell activators
are featured with strong activating effect and regeneration capacity:
•enhance cell vigor and metabolism
•activate regenerative skin cells
•improve the anti-oxidation of skin cells (sod)
•accelerate the synthesis of collagen precursor I in aging cells
•increase the moisture-retaining capacity, elasticity, smoothness and thickness of skin (in vivo tests)
•relieve the skin redness and resist rash (in vivo tests)
•facilitate the recovery of injuries and tissue. |