Core Active Components

1. Exosomes (ExoSCRT™ Technology)

Source: Plant callus stem cells (commonly Centella asiatica lineage)

What they contain (biologically):

• Signal peptides

• Growth factor–like messengers

• MicroRNA analogues

• Anti-inflammatory mediators

Medical function:

• Cell-to-cell communication

• Stimulates fibroblast activity

• Enhances keratinocyte repair

• Downregulates inflammatory cytokines (IL-6, TNF-α pathways)

Clinical benefit:

• Faster wound healing

• Reduced erythema & downtime

• Improved skin resilience

2. Peptides (Skin-Signaling Peptides)

Exact peptide ratios are proprietary, but typically include:

Types present: GHK-CU

• Matrix-stimulating peptides (collagen I, III signaling)

• Barrier peptides (tight junction reinforcement)

• Anti-inflammatory peptides

Benefits:

• Collagen remodeling

• Improved elasticity

• Reduced post-procedure sensitivity

3. Growth Factor–Mimetic Complex

(Not recombinant human growth factors — safer profile)

Acts on:

• TGF-β pathway (controlled collagen synthesis)

• VEGF-like signaling (microcirculation support)

Benefits:

• Dermal regeneration

• Improved texture and thickness

• Enhanced recovery after energy-based treatments

4. Centella-Derived Bioactives

(From the same plant source)

Includes:

• Asiaticoside analogues

• Madecassoside-like compounds

Benefits:

• Anti-inflammatory

• Capillary stabilization

• Scar modulation support

5. Skin Barrier Support Ingredients

Typically includes:

• Panthenol (Pro-vitamin B5)

• Hyaluronic acid (low molecular weight)

• Beta-glucan

Benefits:

• Immediate hydration

• TEWL reduction

• Barrier repair

What ASCE Exosome Does Clinically (Quick)

Primary effects:

• Accelerates epithelial repair

• Reduces inflammation and erythema

• Enhances collagen signaling (not overstimulation)

• Improves post-procedure outcomes

Common indications:

• Post-laser

• Post-microneedling

• Post-RF / HIFU

• Compromised or sensitized skin

• Early aging / poor skin recovery