Regenerative Exosome Science · GMP Manufactured

Dryness & Dehydration

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Skin Concern · Dryness

Dryness — deep hydration & softening

Balance oil and moisture, boost the skin’s water-locking capacity, soften rough skin and relieve flakiness.

Dehydrated skin is not simply “short of water” — the epidermis has lost the structures that hold water in. MYS-Exo exosomes work on those structures directly: restoring the water channels of the epidermis, refilling the dermal reservoir and improving the skin’s own water cycle.

Dryness & Dehydration

Balance oil and moisture, boost the skin’s water-locking capacity, soften rough skin and relieve flakiness.

Same day

Skin becomes soft, dry and tight feeling disappears

3–5 days

Long-lasting hydration, no more flakiness

Over 2 weeks

Skin stays moisturized and smooth, superficial dry lines fade

How to use: Use twice daily. Combine with moisturizer for better results in dry environment.

Targeting principle & mechanism

Core functional proteins: bFGF, VEGF, HAS1/2/3, aquaporin AQP3, TGF-β

Targets: Keratinocytes, dermal fibroblasts, dermal microcirculation

  1. Up-regulates keratinocyte AQP3 water channels, improving the epidermis’s ability to draw in external moisture.
  2. Stimulates fibroblasts to secrete high-molecular-weight hyaluronic acid, filling dermal gaps for deep water storage.
  3. VEGF improves dermal microcirculation and the skin’s own water cycle, easing oily-but-dehydrated skin, flaking and dry lines.

How exosomes target the skin

Core functional proteins: CD9 / CD63 / CD81 tetraspanins, integrins, ICAM adhesion proteins, chemokine receptor CXCR4

Targets: Full-thickness damaged / problem skin areas and their target cells

  1. Targeted recognition: the exosome membrane carries a molecular “postal code” that binds matching ligands on cells in the problem area, actively grabbing the lesion while barely retaining on healthy skin.
  2. Transdermal delivery: the 30–150 nm nanoscale matches stratum-corneum gaps; with its phospholipid bilayer it enters cells intact via both passive penetration and active endocytosis, without being broken down.
  3. Intracellular release: once inside the cell the membrane fuses and ruptures, releasing functional proteins that directly regulate cell genes and signalling pathways — improving skin from the root.

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