Researchers have developed a bioinspired conductive hydrogel called PEDOT:sGAGh that can simultaneously handle electrical ...

Schematic of design principles of bioelectrodes via metastable liquid-liquid contact coupled with laser-induced phase separation for implantable nerve stimulation and signal recording. PEDOT:PSS ...

Innovative conductive hydrogel mimics living tissue, enabling oxygen sensing and electrical control of growth factors, paving ...

Many emerging medical technologies rely on seamless integration between biological systems and electronics. This requires ...

Prof. Seung Hwan Ko (Seoul National University) and Prof. C-Yoon Kim (Konkuk University) joint research team has published their work in the world-famous scientific journal 'Science Advances' on June ...

Interfacing biological and electrical systems has traditionally been done with metal electrodes, but something flexible can be more biocompatible. One possible option is 3D-printed bioelectric ...