Stem cells in skin rejuvenation
and hair loss treatment

Mesenchymal Stem Cells (MSCs) are cells with unique abilities to self-renew and transform into other cells that make up human tissues, such as nerve, muscle, bone, and blood cells. Mesenchymal stem cells are present in the human body throughout life, but with age, their potential for self-renewal and their number decrease, and their replacement is disrupted. This is why we age.

Stem cells have the ability to recognize damaged tissues and repair them. When administered to a given tissue, they take on its form. If administered to bone tissue, they take the form of bone cells, and if administered to muscle tissue, they take the form of muscle cells.

This is how stem cells participate in tissue regeneration. Depending on the signal they receive, they can rebuild blood vessels, regenerate scars and damaged nerves, contribute to wound healing, and inhibit inflammatory and immune responses. As we age, the cells in our tissues become damaged. This also happens when we suffer injuries or become ill. In such situations, our own stem cells are activated to replace dead cells and rebuild damaged tissues.

Many sources from which mesenchymal stem cells can be isolated have been discovered. They are found, among others, in the skin, muscle tissue, adipose tissue, and blood. The most commonly used sources for their extraction are adipose tissue and blood. Stem cells are already used as standard treatment for over 70 conditions, including cancer, hematological disorders, and regenerative medicine. They are used to treat both children and adults. About a month after the procedure, we can observe a reduction in fine wrinkles, smoothing and evening out of skin tone, as well as an improvement in skin density, tension and elasticity.

The procedure involves taking blood or adipose tissue from the patient, from which, after special preparation, mesenchymal stem cells (PBSC - Peripheral Blood Stem Cells or ADSC - Adipose-Derived Stem Cells) are obtained. They are administered topically, by intradermal injection, to the area that needs regeneration. Since the material is derived from the patient's own body, it cannot cause irritation or allergic reactions in those using them.