Collaborate Disseminate
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 hydrogels. Electrically conductive hydrogels based …read more Continue reading Hydrogels for Bioelectronic Interfaces
Neural interfaces have made great strides in recent years, but still suffer from poor longevity and resolution. Researchers at the University of Cambridge have developed a biohybrid implant to improve …read more Continue reading Biohybrid Implant Patches Broken Nerves with Stem Cells
Bioelectronics has been making great strides in recent years, but interfacing rigid electrical components with biological systems that are anything but can prove tricky. Researchers at the Laboratory for Organic …read more Continue reading Grow Your Own Brain Electrodes
There’s an old magic trick known as the miser’s dream, where the magician appears to pull coins from thin air. Australian scientists say they can now generate electricity out of …read more Continue reading Enzymes Make Electricity from Thin Air