Stem Cell
High-Purity Exosomes for Clinical Investigation
What are Stem Cells?
Stem cells are undifferentiated cells capable of self-renewal and differentiation into various cell types within the body.
Typically, once individuals reach the age of 23, their immune system tends to weaken, marking the onset of aging, attributed to the declining quantity of stem cells within our bodies.
Sustained infusion of healthy stem cells into our system can potentially rejuvenate our immune system and decelerate the aging process.
Types of Stem Cells
Embryonic stem cells
- Obtained from the embryonic stage,
- Raises ethical concerns regarding potential harm to living beings,
- Considered unsuitable for medical applications due to associated adverse effects.
Adult stem cells
- Undifferentiated cells are present throughout the adult body following embryonic development
- There are no side effects associated with the use of autologous cells.
Origins of Adult Stem Cell
Origins of Adult
Stem Cell
Cord Blood
- Apply for blood related disease
- Collected during childbirth
Placenta
- Easily obtainable but with limited availability
- Obtained during childbirth
Bone Marrow
- Challenging to collect
- Limited quantity
- Difficult to culture
Fat Tissue
- Easily obtainable
- No discernible side effects
- Simple to culture
- A subject of research for diverse applications
- Differentiation
In its undifferentiated state, stem cells have the capability to differentiate into various types of tissues within our body, including organs, blood vessels, and bones under specific conditions. Utilizing this differentiation capacity, they can contribute to the regeneration of our bodily tissues.
- Homing Ability
- Paracrine Effect
When stem cells proliferate, they release various growth factors that enhance immunomodulation and activate cells.
Function of Stem Cell
Potential Uses of Stem Cells
Potential Uses of
Stem Cells
