Amorepacific

Last updated January 31, 2026

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Particulate induced skin biomarker assays: AmorepacificRecent Research Landscape

Atmospheric microdust triggers oxidative stress and cellular damage in dermal tissues, leading to premature aging and inflammation. This lever utilizes specific galangin concentrations to inhibit pollutant-induced degradation and stabilize cellular integrity.

What technical problems is Amorepacific addressing in Particulate induced skin biomarker assays?

Particulate induced skin cell damage

(4)evidences

Atmospheric microdust and fine particulates cause oxidative stress and cellular degradation in dermal tissues. Mitigating this specific environmental damage prevents premature aging and respiratory-linked systemic inflammation.

Particulate induced skin barrier dysfunction

(2)evidences

Microdust exposure causes cellular damage and disrupts the natural maturation process of skin cells. Restoring normal differentiation prevents barrier dysfunction and premature skin aging.