Exosome therapy is an exciting new field in regenerative medicine that holds the promise of influencing and reprogramming a variety of body cells to regenerate, heal and repair. Although the scientific community has known about exosomes for many years, the science is only now gaining momentum as technologies emerge for creating effective exosome therapies.
An exosome is a small membrane-bound particle (vesicle) produced by most eukaryotic cells, including animal cells. The bubble-like particle contains proteins, DNA, mRNA, microRNA, long noncoding RNA, circular RNA, etc.
It is believed that exosomes act as a messaging device between cells, relaying important information and contents relating to actions like coagulation, regeneration, and waste management from one group of cells to another.
Exosome therapy delivers exosomes into the body through an IV drip or an injection to the target site. The exosomes, numbering in the billions, attach to target cells in the body, including blood, brain, muscle, skeletal, and organ cells.
Once they attach to the cells, they transfer their payload into the cells, providing raw materials (proteins) and instructions (mRNA, miRNA, signaling cytokines) that instruct and empower them to regenerate and repair. Exosomes also help enhance cell-to-cell communications, which may contribute to improvements in health and vitality.
The main difference between exosome therapy and stem cell therapy is that the former is cell-free. Exosomes are extracted from MSCs and sterilized, while stem cell therapy (SCT) relies on sterilized stem cells.
Another significant difference is that exosomes contain around three times the growth factors of adult stem cells. This higher potency offers a higher possibility of faster repair, regeneration, and revitalization of target cells.
Although inflammation is the body’s way of fighting harmful factors like infections, chronic inflammation is linked to DNA damage, tissue death, and internal scarring. Exosome therapy may help reduce inflammation by “telling” inflamed cells to reset, repair, and regenerate, thus reducing overall inflammation.
This may also reduce chronic pain signals being sent to the brain, resulting in less overall pain.
When your metabolism slows, you might gain weight, feel tired, and have weak muscles. Exosome therapy could help cells use nutrients better, improve energy use, and speed up metabolic function.
Aging and damaged brain cells lead to a decline in cognitive function, making it harder to concentrate for extended periods and impeding learning capacity.
Aging involves tissue dying. Diet and exercise can slow this, but exosome therapy might help by prompting cells to regenerate, leading to new tissue growth and healthier cells.
A weak immune system can increase the risk of infection. Exosome therapy may help cells regenerate and stay healthy, potentially boosting the body’s defenses and making infection less likely.
The services provided have not been evaluated by the Food and Drug Administration. These products are not intended to diagnose, treat, cure or prevent any disease. The material on this website is provided for informational purposes only and is not medical advice. Always consult your physician before beginning any therapy program. Any designations or references to therapies are for marketing purposes only.
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