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Dual Exosome
Combines adipose-derived stem cell exosomes and microbiome exosomes in a single system.
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DUAL EXOSOME SKIN ECOSYSTEM
CYTOVESICLE
Skin & Hair Balance
Connecting skin microbiome balance and regeneration in one system.
A dual-exosome system combining adipose-derived stem cell exosomes and microbiome exosomes, designed around the skin barrier, inflammatory cytokines, and microbial balance.
SKINHAIR280mg × 10eaREFRIGERATED
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DUAL EXOSOME ARCHITECTURE
Two distinct exosomes, one integrated skin environment.
Combines regenerative signaling from stem-cell-derived exosomes with microbiome regulation to address barrier, inflammation, and balance in skin and scalp.
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Skin Barrier
Designed around recovery pathways associated with the skin-barrier proteins Claudin-1, ZO-1, and Occludin.
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Immune Balance
Supports an environment for skin immune regulation through modulation of inflammatory cytokines.
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Selective Antibacterial
Addresses microbial balance through a selective antibacterial concept that suppresses harmful bacteria while supporting beneficial bacteria.
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Cell-Free Therapy
Uses ExoPlant-based exosome technology to create a delivery structure without directly using cells.
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Skin & Hair
Provides SKIN and HAIR configurations tailored to skin and scalp environments.
CYTOCORE TECHNOLOGY
Suppress harmful bacteria while preserving a beneficial environment.
Lactobacillus microbiome exosomes derived from kefir grains are designed around harmony within the skin microbiome. A selective antibacterial concept supports both barrier care and microbial balance.
Beneficial Bacteria
Balanced beneficial-bacteria environment
Pathogen Control
Selective suppression of harmful skin bacteria
Barrier Support
Skin-barrier recovery pathway
Microbiome Balance
Microbiome ecosystem balance
RESEARCH SIGNALS
Review antibacterial, antioxidant, and cell-viability indicators in one data framework.
Test results related to selective antibacterial action, free-radical inhibition, and skin-cell viability are organized around the product's key functional axes.
57.6%
Staphylococcus aureus
Reduction in cell viability observed under test conditions
87%
DPPH Radical
Antioxidant indicator observed in free-radical inhibition testing
+35%
Fibroblast
Increase in skin fibroblast viability
Values shown were observed under specific test conditions and may vary in actual use environments.
EXOSOME & BARRIER
Connecting the pathway from signal delivery to barrier recovery.
Exosome delivery, inflammatory-cytokine modulation, and recovery of barrier proteins can be understood as one continuous mechanism.
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Signal Protection
A 30–200 nm lipid-bilayer structure protects signaling materials such as proteins, nucleic acids, and lipids.
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Inflammatory Control
Supports the skin immune environment through modulation of inflammatory cytokines such as TNF-α, IL-6, and IL-1β.
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Barrier Recovery
Supports recovery pathways involving skin-barrier proteins such as Claudin-1, ZO-1, and Occludin.
MICROBIOME ECOSYSTEM
Surface balance supports the pathway toward skin-barrier recovery.
A microbiome dominated by harmful bacteria may contribute to skin concerns and barrier imbalance. Selective antibacterial action and support for beneficial bacteria connect barrier recovery with skin-regeneration pathways.
PRODUCT INFORMATION
Configure SKIN and HAIR according to the program goal.
Review product configuration and storage conditions clearly, then plan supply and operation around skin and scalp programs.
Product
Cytovesicle SKIN / HAIR
Composition
Dual Exosome System
Powder
280mg × 10ea
Storage
Refrigerated
Shelf Life
2 years from manufacturing date
Platform
ExoPlant / Curesome
CYTOVESICLE INQUIRY
Connect product configuration and supply consultation in one flow.
Consult DA Company on product configuration, supply schedules, training, and operational scope for skin and scalp programs.