Ten Bio News
Wounding response and wound healing in a novel tension-based skin explant model
This study highlights a tensioned ex vivo skin model that maintains viability and replicates in vivo wound healing. Improved keratin expression and 3D visualization confirm its value for studying biomarkers and testing therapies.
A tension-based skin explant model
This study introduces a tensioned ex vivo skin model that maintains viability, structural integrity, and physiological complexity. Unlike traditional models, it replicates in vivo responses, supports toxicity studies, and shows promise for dermatology research and drug discovery, reducing reliance on animal testing.
Comparative wound healing in cultured tissues vs ex-vivo tissues
This study compared a 3D cultured skin model with Ten Bio’s tensioned ex vivo TenSkin model for battlefield wound simulation. Results showed TenSkin more closely replicates healing seen in trauma patients, making it a superior platform for injury research.
Spring Conference Season
As the Northern Hemisphere welcomes Spring 2023 the new season of industry conferences and symposia kicks off. And after the return to face to face
Your Skin Research Partner – Ten Bio
service /ˈsəːvɪs/ Noun: ‘the action of helping or doing work for someone’ A note from the Chair Ten Bio’s early experience with our anchor clients has
Ten Bio named finalist in Scotland’s Life Science award.
Ten Bio is proud to announce that our company has been named one of three finalists in Scotland’s Life Science award in the category ‘Innovation
The origins of TenSkin™
Entering our third year since spin out, it’s time to celebrate the origins of our technology which has brought Ten Bio early success in a