Science

Regeneration instead of filling.

Fillers add volume from outside. Regenerative technologies signal the skin to restore its own hydration, collagen and density. Here is how each one works.

One principle, three paths

With age, fibroblasts slow down, collagen and hyaluronic acid decline, and skin loses water, density and elasticity. Regenerative aesthetics doesn’t replace what was lost; it restores the processes that make it.

Comparison

PolynucleotidesAmeela Face · Eyes · RejuvenationPDRN + exosomesAmeela ExosomesPDO microspheresUltracol 100 · 200
OriginWild salmon DNASalmon DNA + grapefruit and watermelonPolydioxanone (PDO), a surgical material
How it worksBinds water, activates fibroblasts (A2A)Receptor signalling, cell communicationControlled response → new type III → I collagen
Molecule / particle> 1500 kDaPDRN 50-1500 kDa10-50 µm · 30-110 µm
ApplicationIntradermal, 30-32G, 1-2 mmMicroneedling, mesotherapyNeedle (100) · cannula (200)
Course2-3 sessions, 2-3 weeks apart3-4 sessions, 2-3 weeks apartAt the doctor’s discretion
Maintenanceevery 6-9 months1-2 every 6-9 monthsevery 6-12 months
Strongest atHydration, density, delicate areasGlow, texture, recoveryCollagen, volume, contour

This information is for healthcare professionals and does not replace the instructions for use.

Glossary

PN
Polynucleotides: long DNA chains that hydrate and build a scaffold in the dermis.
PDRN
Polydeoxyribonucleotides: shorter DNA fragments that act as a signal through A2A receptors.
Exosomes
Microscopic vesicles that cells use to exchange signals.
PDO
Polydioxanone: a surgical suture material used for decades, which breaks down into water and CO₂.
A2A
An adenosine receptor whose activation stimulates fibroblasts, angiogenesis and repair.
Fibroblast
The dermal cell that makes collagen, elastin and hyaluronic acid.
Remedy Technology

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