DREAM (Dynamic, Recoverable, Economical, Adaptable, and Modular) is a novel implant design for in-vivo electrophysiology in mice. It was developed by Tim Schröder, Robert Taylor, Marieke Schölvinck and Martha Havenith, as well as other colleagues in a joint effort...
ghostipy is an open-source Python toolbox offering a unique suite of signal processing and spectral analysis tools specifically designed for local field potential (LFP) recordings. It was developed by Joshua Chu and Caleb Kemere from the Realtime Neural Engineering...
Tim Schröder and colleagues from Lisa Genzel’s lab at the Donders Institute for Brain, Cognition and Behaviour, along with the company 3Dneuro, have recently published an open source device, The TD Drive, for multi-site, chronic neural recordings. The build of the...
A collaboration of multiple labs in the Neurology and Neurobiology departments at UCLA published a paper regarding their open-source electrophysiology-integrated mini scope in an eLife paper in April 2023. E-Scope is an open source mini scope that simultaneously...
Mercedes Gonzales and colleagues from the Precison Bio Systems Lab at Georgia Tech developed a convolutional neural network that assesses pipette positioning before a patch clamp is begun to minimize patch clamping errors in electrophysiology experiments. This is...
