Understanding Psp (processed Skin Cell Proteins) and Anti-aging Skin Care

There have been considerable developments within skin care in the past few years that rejuvenates aging skin. Scientists have been able to clearly focus and clinically study the aging process of the skin and how cellular therapy slows down this process and restores elasticity and youthfulness to the skin. A huge breakthrough in such studies was the formation and utilization of PSP within anti-aging skin care cosmetically.

Why does our skin age?

As we get older, our skin loses moisture, elasticity, and its smooth, plump texture. These are all signs of chronological aging. However, these chronological experiences are encouraged by environmental damage. The main culprit of these environmental effects is the sun and consequently photoaging, which is when the skin is exposed to ultra-violet rays. We cannot avoid the sun completely, but we can do things to protect our skin from damaging irradiation.

Within the past decade, it has been discovered that chronological aging and photoaging both share incredibly similar molecular pathways. Similarities include a decrease in metabolic activity, the slowing down of barrier rejuvenation when skin is wounded, and a decrease in fibroblast growth capacity. It was also discovered that photoaged and chronologically aged skin require the same factors to heal as wounded skin.

What is PSP?

PSP stands for Processed Skin Cell Proteins and is the most developed mix of human growth factors, cytokines, and interleukins to help rejuvenate skin to a youthful glow.

The mixtures of growth factors within PSP act together in synergy to start the skin revitalization process that also works to heal skin wounds. Scientific research also shows that visible aging skin is due to the decrease in cellular energy metabolism which is caused by changes in the function of the mitochondria in the skin because of environmental stress and damage. PSP remarkably recharges human skin cells which fortifies the skin to protect against environmental weathering and also aids the prevention of premature and overdeveloped aging.