Exo-Teatreesome
* PRODUCT NAME:
• EXO-TEATREESOME
* INCI NAME:
• Water, Glycerin, 1,2-Hexanediol, Melaleuca Alternifolia (Tea Tree) Leaf Extract
* PACKAGING:
• 1kg, 5kg, 10kg, 20kg
* ORIGIN:
• Korea
* APPEARANCE:
• Clear liquid, colorless to pale yellow.
1. EXO-TEATREESOME™ – Tea Tree Exosome: A Next-Generation Solution for Skin Soothing & Repair
• In the growing trend of biotech skincare, exosomes are emerging as an innovative technology due to their ability to transmit biological signals and deliver active ingredients directly to skin cells.
• EXO-TEATREESOME™ is a tea tree-derived exosome obtained using ultra-high pressure extraction technology, which enables the collection of nano-sized vesicles containing bioactive plant compounds with high purity and efficiency.
• As a result, this ingredient not only delivers the well-known antibacterial benefits of tea tree, but also enhances the penetration and bioactivity of active compounds in the skin.
2. Tea Tree – A Remarkable Natural Ingredient for Skin Care
• Tea tree (Melaleuca Alternifolia) has long been used in skincare thanks to its beneficial properties:
✔ Strong antibacterial and antifungal activity
✔ Helps soothe irritated skin
✔ Supports improvement of acne-prone skin
✔ Reduces inflammation and promotes skin recovery
• In addition, tea tree essential oil has a refreshing scent and is widely used in aromatherapy for its relaxing and soothing effects.
• When delivered in the form of nano-sized exosomes, the bioactive compounds of tea tree can penetrate deeper into the skin, enhancing biological performance compared with conventional plant extracts.
3. Plant-Derived Exosome Extraction Technology
EXO-TEATREESOME™ is produced using Ultra-High Pressure Technology (10–1000 MPa), which enables:
• Disruption of plant cell structures
• Release of natural exosomes
• Purification of nano-particles smaller than 200 nm
• Precise control of particle size and concentration using Nanoparticle Tracking Analysis (NTA)
• This technology allows the production of plant-derived exosomes with high stability and biological activity, making them suitable for advanced cosmetic formulations.
4. Nano Particle Structure Analysis of EXO-TEATREESOME
• Analysis using NTA (Nanoparticle Tracking Analysis) shows:
✔ Average particle size: 174.3 nm
✔ Particle concentration: 4.63 × 10⁸ ± 3.64 × 10⁷ particles/mL
• The uniform nano-size distribution helps:
✔ Improve skin penetration
✔ Enhance active ingredient delivery
✔ Increase the biological effectiveness of tea tree actives on the skin
5. Proven Biological Efficacy
5.1 Skin Soothing Effect
In a heat-stressed HaCaT keratinocyte model, tea tree-derived exosomes demonstrated the ability to:
• Strongly inhibit PAR-2
• Reduce inflammatory responses
• Help soothe and calm irritated skin
5.2 Skin Elasticity Improvement
In fibroblast studies exposed to UV-induced stress:
• Increased COL1A1 expression
• Helped improve skin elasticity and firmness
• Supported the recovery of skin structure
6. A New Trend: Plant-Derived Exosomes in Cosmetics
• Compared with exosomes derived from human or animal sources, plant-derived exosomes offer several advantages:
✔ High safety and biocompatibility
✔ No ethical or origin concerns
✔ Easy large-scale production
✔ Suitable for Clean Beauty & Sustainable Beauty trends
• With these advantages, EXO-TEATREESOME™ becomes an ideal ingredient for formulations targeting acne-prone skin, skin soothing, and skin repair.
📌 Contact 3H Cosmetic for consultation on applying EXO-TEATREESOME™ in your cosmetic formulations.
