Exosomes are small vesicles that play a key role in cell communication and regeneration. In skincare, exosome treatments harness their regenerative properties to stimulate collagen production, improve skin texture, and promote overall skin rejuvenation. Derived from stem cells, exosomes contain proteins, lipids, and genetic material that can accelerate healing, reduce inflammation, and enhance skin hydration. Popular in Korean aesthetics, exosome therapies are known for their ability to repair damaged skin, reduce signs of aging, and restore a youthful glow, offering non-invasive and highly effective results.
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New!EXO 17 S syr 2.2ml
54.00$Add to cart- The size and distribution of exosomes were confirmed using a nanoparticle tracking analyzer equipment which is the Marlven Nano sight 300, made by UK specified according to the extracellular vesicle guidelines of the Ministry of Food and Drug Safety(Korea FDA).
- Accordingto the analysis results, exosomes derived from DLC cells were distributed between 30 and 150 nm range, as defined in the definition of exosomes, and most nanoparticles were confirmed to be distributed within the 90 to 100 nm range.
- The shapeof exosomes derived from DLC cells was confirmedusing Cryo-EM electron microscopy.
- Basedon the analysis results, the spherical shape and size of the DLC cell-derived exosomes were confirmed using cryogenic electron microscopy, and the double phospholipid structure of the DLC cell-derived exosomes was confirmed
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New!EXO 17 V vial 3ml
48.00$Add to cart- The size and distribution of exosomes were confirmed using a nanoparticle tracking analyzer equipment which is the Marlven Nano sight 300, made by UK specified according to the extracellular vesicle guidelines of the Ministry of Food and Drug Safety(Korea FDA).
- Accordingto the analysis results, exosomes derived from DLC cells were distributed between 30 and 150 nm range, as defined in the definition of exosomes, and most nanoparticles were confirmed to be distributed within the 90 to 100 nm range.
- The shapeof exosomes derived from DLC cells was confirmedusing Cryo-EM electron microscopy.
- Basedon the analysis results, the spherical shape and size of the DLC cell-derived exosomes were confirmed using cryogenic electron microscopy, and the double phospholipid structure of the DLC cell-derived exosomes was confirmed
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New!EXOJUV Exosomes 10mg + 5ml
60.00$Add to cartExosomes are intelligent carriers of information between the cells of your skin – 100% of plant origin. Carefully isolated stem cell molecules are extremely effective and safe for the human body. They do not contain ingredients of animal origin and Lactobacillus bacteria. Rejuvenation of extracellular follicles. Thanks to the unique technology of purification and activation of exosomes, our product is highly effective. Maximum antioxidant effect. Highly concentrated exosomes in the ExoJuv ampoule guarantee the maximum antioxidant potential of your skin for 72 hours after product activation. Maintaining the stability of exosomes.
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New!Exomuhly (3ml x 3 vials in box)
126.00$Add to cartExomuhly is an advanced exosome-based skin rejuvenator utilizing state-of-the-art stem cell technology. Each vial delivers a concentrated blend of stem cell-derived exosomes, growth factors, peptides, and hyaluronic acid, engineered to accelerate cellular repair, supercharge collagen synthesis, and impart a dramatic “glass skin” effect. Exomuhly targets every layer of skin aging-improving fine lines, texture, tone, and radiance.
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New!Hanheal Exosome Facial Rejuvenation 5 ml x 5 vials
168.00$Add to cartHanheal Exosomal facial rejuvenation can increase skin collagen in treated areas up to six times as well as increase elastin levels by up to 300%.
The ingredients derived from human cells improve skin condition, make it supple and hydrated.
Hanheal Exosome Facial rejuvenation is involved in signaling between cells and promote cell proliferation and activity, thereby enhancing the regeneration and activity of various human tissues caused by aging. Simply put, exosomes are messengers that transmit regeneration-related signals to various tissues in our body.
