Skin Microbiota Remodels Dynamically Across Homeostasis and Wound Repair
A Frontiers review details how skin microbiota remodels dynamically between healthy homeostasis and wound repair, reframing microbial sampling in dermatology.
Section
Skin Biology & Research
Peer-reviewed findings in skin biology, immunology and wound repair.
Hybrid Optimizer Sharpens Deep Learning's Eye for Skin Cancer
A hybrid optimization strategy improves how deep learning models classify skin cancer, Bioengineer.org reports, shifting focus fr…
Hydrogel Drug Delivery for Skin: New Preclinical Review in JID
A review of hydrogel engineering and preclinical development for dermatologic drug delivery went online in the Journal of Investi…
Wnt/β-Catenin Components Drive Pre-BCC Cell Survival, JID Study Finds
A Journal of Investigative Dermatology study published October 9, 2026 maps how Wnt/β-catenin pathway components sustain pre–basa…
Lab-Grown Human Skin With Vessels and Immune Cells Reported
Lab-grown human skin with blood vessels and working immune cells reported; the construct could sharpen disease modeling and drug…
IGFL1 and IGFL4 Identified as IL-4/IL-13-Driven Amplifiers in Atopic Dermatitis
A JID study from Indiana University identifies IGFL1 and IGFL4 as IL-4/IL-13–responsive amplifiers in atopic dermatitis, mapping…
Lightweight Multi-Scale CNN Targets Privacy-Preserving Skin Cancer AI
A Scientific Reports paper details a lightweight multi-scale CNN trained via federated learning for skin cancer classification, c…
IL-13–Amphiregulin Axis Drives Chronic Itch in Allergic Contact Dermatitis
A JID letter published October 5, 2026 links IL-13-induced amphiregulin to TRPV3 and TSLP signaling, identifying a keratinocyte p…
EADV 2026 Presenters Link Climate Shifts to Skin Disease Burden
EADV 2026 presenters link climate change to shifting skin disease patterns worldwide, with implications for incidence surveillanc…
Skin microbiome research maps new links to cutaneous aging
A Frontiers review consolidates mechanistic evidence linking skin microbiome shifts to cutaneous aging, from barrier decline to i…