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AMM 185: Unlock Radiance with Creative Biostructure Exosomes
August 29, 2024
In this episode from August 30, 2024, the podcast delves into the emerging world of regenerative medicine and its application in aesthetic treatments through exosome therapy. Listeners will learn how these tiny vesicles, filled with essential biomolecules, are transforming skincare, anti-aging, and hair loss treatments by promoting cell regeneration and repair. The episode explores various techniques for delivering exosomes into the skin, their versatile origins ranging from mesenchymal stem cells to onions, and the significant advancements led by pioneers like Creative Biostructure. Tune in to understand how these innovations promise a brighter future for skin and hair care.
Quick Takes
- Exosomes range from 30-150nm in diameter and transfer lipids, proteins, and RNA between cells, benefiting skincare and addressing issues like anti-aging, hair loss, and skin texture improvement.
- Exosome therapy involves introducing these vesicles into the skin through techniques like microneedling or electrolysis to promote regeneration, repair inflammatory damage, and encourage cell renewal.
- Exosomes show versatility in various areas such as wound healing, anti-aging, and hair loss treatments. They can promote macrophage polarization, prevent scarring, inhibit aging processes, reduce melanin production for skin whitening, and encourage hair follicle cell proliferation for hair regrowth.
Episode Transcript
Today is August 29, 2024, and the evolving world of regenerative medicine is making waves in aesthetic treatments with the advent of exosomes. These tiny vesicles, ranging from 30-150nm in diameter, can transfer critical biomolecules like lipids, proteins, and RNA between cells. This groundbreaking method not only addresses skincare but also targets anti-aging, hair loss, and skin texture improvements.
Exosome therapy involves introducing these vesicles into the skin to promote regeneration and repair. Techniques such as microneedling or electrolysis help exosomes penetrate deeper layers of the skin, bypassing barriers like the stratum corneum. Once there, they encourage cell renewal and repair inflammatory damage.
Interestingly, exosomes are versatile. For instance, mesenchymal stem cell exosomes have shown potential in wound healing by promoting macrophage polarization and reducing inflammation. Onion-derived exosomes, remarkable for their anti-inflammatory and antioxidant properties, could effectively prevent scarring.
In the realm of anti-aging, exosomes derived from human dermal fibroblasts inhibit aging processes, while those from human amniotic stem cells contribute to skin whitening by reducing melanin production. On the hair loss front, exosomes promote the proliferation of hair follicle cells, encouraging hair regrowth.
Creative Biostructure, a leader in this technology, supports the development of exosome-based skincare solutions, further pushing the boundaries of what’s possible in aesthetic medicine. As these innovations continue to evolve, the future of skin and hair care seems incredibly promising.
