News and Resources
Discover the latest from Ten Bio
At Ten Bio, we believe that sharing knowledge helps move science forward. This page brings together our latest news, scientific publications and practical resources, alongside answers to frequently asked questions about our work.
Whether you’re exploring our approach for the first time or looking for a specific publication, we want to make it easier to find the information you need. By sharing research, insights and updates, we aim to support informed conversations, encourage collaboration and help you understand the science behind what we do.
Precision dermatology is becoming increasingly sophisticated – but can nonclinical models keep pace? We explore how biological diversity, skin biomechanics and human ex vivo tissue can help translate molecular
Using Ten Bio’s TenSkin™ culture system, researchers found that a topical antioxidant formulation reduced visible light-induced oxidative stress and pigmentation markers in human skin explants from donors with darker
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
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
Using Ten Bio’s TenSkin™ culture system, researchers found that a topical antioxidant formulation reduced visible light-induced oxidative stress and pigmentation markers in human skin explants from donors with darker
Our latest study, using the TenSkinᵀᴹ model, demonstrates how our ex vivo platform is delivering biologically relevant insights into the effects of chemexfoliation (chemical peel) treatments on human skin.
This study evaluated skin recovery using the TenSkin™ model after microneedle application (dissolvable and non-dissolving types). Histological and immunofluorescence analyses tracked wound healing, comparing results with laser ablation.
Intradermal injection studies benefit from ex vivo human skin models, but traditional relaxed-state models lack physiological tension, impacting tissue integrity and fiber alignment. The TenSkin™ model addresses this, offering