What is Autologous Adipose-Derived Stem Cell (ADSC) Therapy?
Stem cells possess the unique capability to revitalize compromised cells and proliferate essential cellular populations that naturally deplete on a daily basis.
Helene Clinic has been officially authorized and holds approved Class II Regenerative Medicine Provision Plan Numbers.
Our clinic complies with the provisions of the Ministry of Health, Labour and Welfare's Regenerative Medicine Act, and to date (as of June 2026), we have already received 15 regenerative medicine provision plans and have obtained ISO 9001 quality management system certification.
Quality Management System Certification
What Are Stem Cells?
Our bodies lies a specialized population of cells endowed with the extraordinary capacity to regenerate and replenish depleted cellular structures. This vital function sustains high-turnover tissues, such as the skin and blood, where individual cells possess a transient lifespan and undergo continuous replacement. These master cells, capable of driving ongoing tissue renewal, are known as "stem cells."
Stem cells are considered one of the most fundamental and important components of the human body. In recent years, with the development of regenerative medicine and cell research, stem cells have become a topic of widespread interest in scientific research and the medical and health fields, with particular interest in related areas such as aging (anti-aging), tissue repair, and regenerative medicine.
To be called a stem cell, two abilities are essential: one is the ability to create various cells that make up our body, such as skin cells, red blood cells, and platelets (differentiation), and the other is the ability to divide into cells that have exactly the same abilities as themselves (self-renewal).
Stem cells can be broadly divided into two types. One type is the stem cell that continuously replaces lost cells in specific tissues or organs, such as skin and blood. This type of stem cell is called "tissue stem cell" (also known as adult stem cells). Among these, mesenchymal stem cells (MSCs) are relatively well-studied. They are usually found in bone marrow and adipose tissue and are thought to be involved in the maintenance and repair mechanisms of parts of the human body. Tissue stem cells cannot become just anything; they have a predetermined role. For example, hematopoietic stem cells that produce blood only produce blood cells, and neural stem cells that produce the nervous system only produce nerve cells.
The other category comprises "pluripotent stem cells," exemplified by ES cells (embryonic stem cells), which possess the remarkable capacity to differentiate into any cell type within the human body. In essence, these pluripotent master cells retain the upstream ability to generate the various tissue-specific stem cells found throughout our organisms. Consequently, iPS cells (induced pluripotent stem cells) represent a groundbreaking class of "pluripotent stem cells" artificially reprogrammed from ordinary somatic cells.
By leveraging these extraordinary properties of stem cells, pioneering research is rapidly advancing in two paradigm-shifting directions: first, the development of "regenerative medicine," which utilizes live cellular products as therapeutic agents to repair injuries and cure chronic illnesses; and second, the field of disease modeling, which replicates complex in vivo cellular environments in vitro to decode the underlying mechanisms of pathological conditions.
