Ultrathin Adaptable Films for Bioelectronic Membranes

Scientists from the University of California (UCLA) have created an exclusive design of ultrathin films for extremely flexible yet mechanically strong bioelectronic membranes that could open doors for diagnostic on-skin sensors that can be positioned precisely over the body’s contours and adapt to its movements.

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California ,United States ,Zhaoyang Lin ,Yu Huang ,Jingxuan Zhou ,Xiangfeng Duan ,Laiyuan Wang ,Zhuocheng Yan ,Peiqi Wang ,Huaying Ren ,Bocheng Cao ,Jun Chen ,Xun Zhao ,Chengzhang Wang ,Dong Xu ,University Of California ,Innovation Fund ,Nanoelectronics Research Facility ,Sciences Entrepreneurship ,Engineering Department ,Noble Family Innovation Fund ,Technology Development Group ,Electron Imaging Center ,California Nanosystems Institute ,Samueli School Of Engineering ,Adaptable Films ,Stretchy Bioelectronic ,Materials Science ,Samueli School ,Frank Song ,Family Innovation ,Development Group ,