University of Oregon scientists, collaborating with L’Oréal, have achieved a significant development in producing incredibly lifelike synthetic human skin. This achievement, detailed in Advanced Functional Materials, involves employing 3D printing technology to fabricate multi-layered skin-like tissues within a remarkably brief timeframe of just 18 days.
Led by researchers Paul Dalton and Ievgenii Liashenko, the team has successfully replicated full-thickness skin tissue, incorporating various cell types separated by a membrane—a milestone never before attained. Their innovative approach allows for the creation of a two-layer artificial skin structure, mimicking the complexity of human skin.
L’Oréal is actively utilizing this artificial skin for product testing purposes, focusing initially on cosmetics and skincare formulations. However, the potential applications extend far beyond cosmetics. The research team envisions utilizing this technology for diverse medical purposes, including treating diabetic foot ulcers and providing skin grafts for burn victims.
The research marks a big advancement in both cosmetic and medical fields, offering a viable alternative for testing products and potentially revolutionizing wound care and reconstructive surgery.
As the collaboration between the University of Oregon and L’Oréal continues to explore additional applications, the future holds promising prospects for leveraging synthetic skin technology to enhance both human health and cosmetic innovation.
Source: oregonlive.com
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