What Are Stem Cells?

Stem cells are the most primitive cells with the potential for tissue regeneration and self-repair, akin to mothers producing numerous secondary cells such as collagen. Utilizing advanced bio-extraction techniques, these cells activate the skin's self-renewal and division potential, replenishing cell loss due to aging or external damage. This helps maintain the integrity of skin tissue structure, fundamentally improving skin issues. Stem cell technology is increasingly being applied in high-end cosmetics.

Relationship Between Stem Cells and Collagen:

Collagen is a primary component of the skin's dermal layer, forming a dense elastic network that locks in moisture and supports the skin like a scaffold, providing a smooth and hydrated appearance. Stem cells play a vital role in promoting the generation of structural proteins in the skin's underlying layers. Skincare products utilizing stem cell technology can deeply repair cell connections in the dermal layer, activating cellular activity. Stem cells are often used in antioxidant and anti-aging skincare products.

Delaying Aging:

The root cause of skin aging lies in the aging and reduction of cells, a consequence of stem cell aging. When stem cells age, they lose the ability to proliferate and differentiate, preventing normal cell renewal. This ultimately leads to the aging of the human body, similar to the extinction of rare animals.

Activation of Epidermal Stem Cells:

Using stem cell technology to stimulate the accelerated division and differentiation of internal stem cells can restore the self-repair function of aging skin. Cells fill the gaps in the skin, thickening the stratum corneum, restoring a healthy and full structure, and physiological functions.

Promotion of Collagen Synthesis:

Collagen is well-known in the beauty industry for its ability to achieve a tender, whitening, and smooth skin effect. Loss of collagen leads to skin aging, necessitating the activation of collagen synthesis using stem cell technology. This accelerates metabolism, slowing down skin aging.

Tightening and Repair:

As mother cells, stem cells can generate more secondary cells, filling the dermal cells. Adjacent cells can bind and adhere together, enhancing permeability, smoothing out fine wrinkles, and making the skin appear fuller and tighter.