Exosome Therapy
Exosome therapy at 8th Sense uses engineered exosome technology combined with microneedling to support skin regeneration and hair restoration, backed by early but still-developing clinical evidence.
Exosomes in Regenerative Aesthetics
Regenerative aesthetics is not simply about adding volume or temporarily changing the appearance of the skin. It is about supporting the biological processes that help skin and hair repair, regenerate and function better.
Exosomes and extracellular vesicles (EVs) are an exciting development in this field because they act as biological messengers between cells and may influence processes involved in collagen production, inflammation, tissue repair and regeneration.
Rather than simply treating visible signs of ageing, the aim is to support the biological environment in which healthier skin and hair can function.
What are exosomes?
Exosomes are microscopic, cell-free particles involved in communication between cells. They carry biological signals that can influence how cells behave.
This has created growing interest in their potential role in:
- skin rejuvenation and collagen support
- skin texture, hydration and elasticity
- recovery following aesthetic procedures
- scars and pigmentation
- hair restoration
Importantly, not all exosomes are the same.
The source, biological composition, purification, manufacturing process, concentration and method of application can vary significantly between products.
Different types of exosome technology
Exosome and extracellular-vesicle technologies may be human-derived, autologous, allogeneic, animal-derived, plant-derived or engineered/bioengineered.
These are not interchangeable technologies.
Human-derived products require careful donor screening, sterility and manufacturing control. Plant- and animal-derived vesicles have different biological characteristics and evidence. Engineered technologies are designed to provide greater standardisation, consistency and control over the final product.
However, engineered does not automatically mean risk-free. Every product needs to be assessed according to its composition, manufacturing quality, intended use and available clinical evidence.
Exosomes for Skin Rejuvenation
Research suggests that certain extracellular-vesicle preparations may influence fibroblast activity, collagen signalling, inflammation and tissue repair.
For this reason, they are increasingly being investigated alongside regenerative procedures such as microneedling and controlled skin resurfacing, with early human studies reporting improvements in skin quality, texture, elasticity and fine lines.
FAQ
Exosomes are microscopic, cell-free biological messengers involved in communication between cells. Certain exosome and extracellular-vesicle technologies may influence processes involved in collagen production, inflammation, tissue repair and skin regeneration.
Early human research suggests that some exosome/EV preparations may support fibroblast and collagen-related activity and may improve skin texture, elasticity, hydration and fine lines, particularly when combined with procedures such as microneedling. More research is needed to establish optimal products and protocols.
Exosomes are being investigated for their ability to influence signalling around the hair follicle. Early human studies have reported encouraging improvements in hair density and thickness, but they should not be considered a proven treatment for every type of hair loss. Correct diagnosis of the cause of hair loss remains essential.
No. Exosome technologies can differ substantially in their source, biological content, purification, manufacturing standards, concentration and method of application. Human-derived, autologous, allogeneic, plant-derived and engineered technologies should therefore not be considered equivalent treatments.
Safety depends on the specific product, its source, manufacturing and purification standards, sterility, biological characterization and how it is used. At 8th Sense, we currently use an engineered technology intended for topical aesthetic application with microneedling. Although current short-term clinical evidence is encouraging, larger studies and longer-term safety data are still needed.
*Disclaimer: Treatment results will vary on a patient to patient basis. No guarantees can be made.
