The new research makes this possible for the first time with a new genetically encoded voltage indicator called ASAP5, the latest in a family of cutting-edge voltage sensors developed by Stanford ...

On March 7, researchers will rally in Washington, D.C. and other US cities to protest federal policies threatening the future of science. Amid cuts to federal funding, US universities tighten budgets, ...

Many of the advances in this technique were accelerated by the development of fluorescent voltage indicators, which have improved dramatically in brightness, stability, and responsivity to voltage ...