Alloblast

Alloblast

Alloblast Culture for Rejuvenation

This treatment involves the injection of allogeneic (obtained from a different individual) mesenchymal fibroblast cells into the desired area of the individual. This method is used to support connective tissue and rejuvenate the skin.

Allogeneic mesenchymal fibroblast cells are cells that differentiate in the first 4 months after birth, acquiring a new cellular identity. These cells are obtained from the foreskin. To prepare an alloblast culture, hundreds of donors may be required, highlighting the value of this protocol.

Mesenchymal cells include fibroblasts, macrophages, fat cells, plasma cells, mast cells, pigment cells, and various blood cells. Allogeneic mesenchymal fibroblast cells are produced in specialized laboratories to generate millions of new undifferentiated cells. These cells are prepared for application by undergoing quality control processes defined by the Ministry of Health and European Standards.

Alloblast Treatment, when the patient arrives at the clinic, involves numbing the skin with a topical anesthetic cream, and the alloblast culture is injected into the desired area. The treatment is typically administered in a single session.

Alloblast treatment includes the fundamental fibroblast cells that form the sublayer of the skin's connective tissue. These cells contribute to the skin's youthful appearance by producing elastin and collagen. As the number of these cells decreases with the aging process, sagging and wrinkles begin to appear on the skin. Treatment with alloblast culture aims to provide structural support for these cells and rejuvenate the skin.

In conclusion, "Rejuvenation with Alloblast Culture" is a treatment method that involves injecting allogeneic mesenchymal fibroblast cells under the skin to rejuvenate it. However, since it is a medical procedure, those considering this method should consult with a specialist first and undergo the treatment with the necessary information and permissions.

Areas of Application for Allogeneic Fibroblast Cell Treatment:

• Aesthetics: Allogeneic fibroblast cell treatment is commonly used to address aesthetic issues such as the mid-face area, marionette lines, nasolabial folds, upper lip lines caused by smoking, and cheek sagging. The treatment enhances skin firmness and reduces wrinkles.

• Increasing Skin Tightness: When fibroblast cells are injected into the skin, they stimulate the production of collagen and elastin, leading to skin tightening and rejuvenation.

• Skin Stretch Marks: Allogeneic fibroblast cell treatment is an effective method for reducing skin stretch marks.

• Tissue Loss: The treatment is used to address tissue loss.

• Non-Healing Wounds: Allogeneic fibroblast cells contribute to the healing of non-healing wounds.

• Acne Scars: It reduces the appearance of acne scars, promoting a smoother skin texture.

• Hair Area: When applied mesotherapically to the hair area, it helps increase hair volume.

This treatment is used to support fibroblast cells, which decrease in every individual after the age of 20. Fibroblast cells, when injected into the desired area, stimulate the production of collagen and elastin, tightening and rejuvenating the skin. It also reduces acne scars, increases hair volume, and helps prevent signs of aging on the skin.

This treatment has significant benefits in skin applications and addressing aesthetic issues. However, like any medical treatment, it is crucial to seek guidance from a specialist for allogeneic fibroblast cell treatment. The treatment should be personalized for each individual and applied with the correct technique to achieve the desired results.

When is the Effect Seen?

The effect is rapidly observed immediately after the injection. The settling of allogeneic fibroblasts into the target area, starting to produce elastin and collagen, and the gradual recovery of the skin's vitality lead to the final result in 4-6 weeks after the injection.

How Long Does Skin Healing Take?

Allogeneic fibroblasts contribute significantly to the process of skin healing and rejuvenation. After the treatment, the skin healing process results from allogeneic fibroblasts performing their function for at least 4-5 years, ensuring the skin stays young. During this period, the skin becomes tighter, younger, and healthier. After 4-5 years, it is possible to maintain the skin's youthfulness and the effects by repeating the same procedure.

Throughout history, humans have sought various methods to stay young and extend their lifespan. With the advancement of medical science, it is known that mixtures obtained from different plants were used in treatments thousands of years ago. There is evidence of the pursuit of immortality in a papyrus from 1534 B.C. The innate desire of humans to stay young and beautiful has contributed to the progress of medical science in the field of aesthetics.

Tissue engineering has progressed rapidly worldwide. The technology to produce tissues and even three-dimensional organs using human stem cells in a laboratory environment has been developed. It is possible to produce a young tissue using alloblasts, making nonsurgical applications such as skin tightening and rejuvenation common in the field of aesthetics. Allogeneic fibroblasts contribute to natural renewal in the skin, contributing to rejuvenation.