Ten Bio News

Clinical studies show whether consumers experience measurable product benefits, but they often cannot explain why. In this article, we explore how molecular evidence from ex vivo human skin models are strengthening cosmetic claim substantiation by connecting visible outcomes with the biological mechanisms that drive them.

Artificial intelligence is transforming skin research by uncovering biological patterns and predicting tissue responses from increasingly large and complex datasets. But AI is only as reliable as the biological data used to train and validate it. Discover why physiologically relevant human skin models remain essential for translating AI predictions into meaningful biological insight.

Longevity beauty is reshaping the dermo-cosmetics sector, shifting the focus from traditional anti-aging claims toward biologically relevant evidence. As innovations such as peptides, exosomes and microbiome-focused technologies gain momentum, the challenge is no longer simply developing new actives, but demonstrating their impact on skin biology through predictive, human-relevant testing approaches.

Topical drug delivery has evolved from simple creams to increasingly sophisticated systems designed to transport therapeutic molecules through the skin. While many small molecules can penetrate the skin barrier, larger and more complex therapeutics present new challenges. In this article, we explore how topical and transdermal delivery is evolving and why human-relevant skin models are becoming increasingly important for understanding how new therapies interact with the skin.

Microneedle technologies are advancing rapidly, but accurately assessing their performance depends on how closely test systems reflect real human skin. Preserving physiological tension is a key factor in generating reliable, human-relevant data.

Wearable technologies are evolving into platforms that generate continuous insight into skin health and underlying physiology. As devices become more biologically integrated, skin is emerging as a critical interface — shaping what wearables can measure and how reliably they perform. This article explores where skin-interfacing wearables are heading and how TenSkin™ helps bridge early development and real-world use.

Eczema (atopic dermatitis) affects millions worldwide, yet many of its underlying mechanisms are still being uncovered. In this article, Professor Alan Irvine outlines what science understands about the condition’s causes — from the role of the skin barrier and immune pathways to the influence of the microbiome and environment — and explains how these insights are shaping innovative approaches to prevention and treatment.

Mouse models remain a cornerstone of dermatology research, but their differences from human skin — in follicle density, barrier function, and wound healing — can limit translation. This article explores the critical factors that shape absorption and pharmacological activity, and considers how human-based models can improve predictive power.

Explore how TenSkin™, Ten Bio’s ex vivo human skin model, is helping researchers study psoriasis with greater accuracy and human relevance — reducing reliance on animal testing and improving translational outcomes.