Mesenchymal stem cells (MSCs) are cells obtained from adult tissue that have the ability to divide indefinitely and differentiate into specific cell types, potentially replacing cells that are lost due to natural wear, injury, or disease.
Extraction Process

Stem cells can be isolated from different adult tissues, including:

    Bone marrow
    Fat (adipose) tissue
    Placenta
    Umbilical cord blood

After being isolated from the source tissue, the cells undergo a cryopreservation process. This is intended to stop the biological aging of the stem cells so that their therapeutic potential can be preserved for later use in regenerative medicine, following quality standards.
 

Regenerative Medicine

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Cell therapy is described as one of the principal resources recognized by the scientific community for potentially acting effectively in the body. However, the site notes that many treatments for various diseases are still under research.

Because of the multipotent nature and cellular plasticity of these cells, the goal is to restore the function of damaged organs and tissues in the human body.

Stem Cell Processing

1. Selection The donor is selected during the first trimester of pregnancy and undergoes rigorous medical monitoring.

2. Testing The placenta undergoes extensive testing before a safe, high-quality cell line is obtained.

3. Expansion Once the mesenchymal stem cells are separated, they are prepared for expansion in culture.

4. Culturing The cells are grown in specialized incubators under very strict monitoring and control to ensure optimal development.

5. Microbiological Testing & Cell Counting When the cultures are ready, the cells are analyzed and quantified to ensure the amount contained in each dose.

6. Ultra-Freezing The cells are stored in ultra-low-temperature freezers for safe preservation. The site states that the doses are stored at −86°C.


Stem-cell treatment must be implemented and evaluated by a healthcare professional.