Microneedling decayed, thinned and discolored the surface of skin in human skin specimens
Ex vivo observations indicating surface deterioration following repeated mechanical disruption.
OUMERE is a skincare research laboratory focused on the complexities of skin biology. Our multi-year, biology-first work culminated in the OUMERE system—the first skincare built from disciplined cosmetic research on barrier integrity, oxidative balance, and renewal rhythms. Below is a catalog of select lab studies, reports, and case observations.
Ex vivo observations indicating surface deterioration following repeated mechanical disruption.
Comparative analysis of cumulative stress vs. visible benefit under repeated disruption.
Measured binding ranges in practical cosmetic systems vs. inflated legacy claims.
Size-dependent performance differences and implications for perceived dryness.
Myth correction with bounded, realistic absorption figures for cosmetic context.
Short-interval observational outcomes following disciplined nightly renewal.
Microscopy-guided perspective on texture, brightness, and comfort balance.
Long-horizon observations on comfort, texture, and evenness under real-world use.
System-level routine effects on the visible surface and perceived hydration.
Note: All statements are cosmetic in scope, describing visible skin aesthetics and user comfort; not intended to diagnose, treat, or cure conditions.
Real-world wound appearance management grounded in barrier-first care.
Observed timeline and layering protocol for cosmetic wound appearance.
A biology-first analysis on how microbial balance and lipid architecture co-regulate visible aging. Featuring OUMERE Laboratory insights.
Biology-first framework linking microbial ecology and lipid architecture to visible aging and tolerance.
Orientation to TEWL, lipid balance, and visible comfort as a foundation for routine design.