200 Billion Plant Based Exosomes Research & Studies
Scientific Research Into Plant Derived Exosomes
Plant derived extracellular vesicles are an emerging area of research, with studies exploring their potential role in hair biology, skin repair and cellular regeneration. Research has also examined botanical sources and compounds including Panax ginseng, ginsenosides and Edelweiss. Below is a selection of published studies, with a brief explanation of what each paper investigated and a link to the full research.
Panax Ginseng Exosomes and Post Acne Pigmentation
A 2025 case report followed two patients receiving microneedling followed by topical Panax ginseng derived exosomes for post inflammatory pigmentation caused by acne. Following three sessions, both patients were assessed as having reduced pigmentation, alongside improvements in overall skin tone. No adverse effects were reported.
Ginsenoside Rf and Androgen Related Hair Loss
This 2026 study examined Ginsenoside Rf, one of the active compounds naturally present in Panax ginseng. In a DHT induced animal model, researchers observed increased hair regrowth and hair shaft thickness. The research also identified effects on androgen receptor signalling and several genes associated with inhibition of hair growth.
Panax Ginseng and Skin Ageing
This research explored a formulation combining Panax ginseng with Crataegus pinnatifida. Laboratory findings showed effects relating to procollagen and collagen breakdown, while the human part of the study reported improvements in measures including skin roughness and hydration after 12 weeks.
Edelweiss Exosomes and Tissue Repair
Published in 2026, this human case series examined a plant derived exosome preparation containing vesicles described as originating from Edelweiss callus culture. It was used alongside conventional care in patients with difficult chronic wounds. Researchers documented progressive wound repair and closure, although the study was uncontrolled and the authors highlighted the need for further clinical investigation.
Ginseng and Its Potential Role in Hair Growth
This scientific review brings together previous research investigating Panax ginseng and ginsenosides in hair biology. It discusses several potential mechanisms, including effects on dermal papilla cells, androgen related signalling and regulation of different stages of the hair cycle. The review highlights the potential of ginseng while also recognising the need for larger human studies.
Panax Ginseng and DKK 1 in Human Hair Follicles
Researchers investigated Panax ginseng extract using cultured human scalp hair follicles exposed to DKK 1, a protein associated with DHT related follicle regression. Panax ginseng reduced DKK 1 related inhibition of hair growth and demonstrated effects on cell proliferation and apoptosis.
Ginseng Derived Nanoparticles and Regenerative Activity
This study examined Panax ginseng derived nanoparticles in laboratory and animal wound healing models. Researchers reported effects on skin cell proliferation and migration, alongside signalling pathways involved in cellular growth and tissue repair. The findings support further investigation into the regenerative properties of ginseng derived nanoparticles.
About the Research
Research into plant derived extracellular vesicles remains at an early stage. The publications above include human case reports, laboratory studies, animal research and scientific reviews. They help provide an understanding of the biological activity being investigated, but should not be considered proof that a particular exosome product or treatment will achieve the same outcomes in people.
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