Joana P. Neto

This paper presents patterned metal grid microelectrodes for flexible and transparent neural recordings, showing high transmittance and low impedance suitable for in vivo mouse cerebellum recordings.

This paper develops transparent and flexible ECoG electrodes using silver nanowire and IZO hybrid films, demonstrating improved electrical properties and compatibility with fluorescence microscopy.

This paper introduces a high-density CMOS scanning probe for neural recording, demonstrating its ability to capture neural activity across multiple brain regions with improved resolution compared to lower density devices.

The paper describes a method to record from the same neuron using patch-clamp and CMOS probes, presents a dataset, and discusses collaborative analysis through an open repository.

This study investigates how electrode impedance affects extracellular spike recordings and finds that within standard ranges, impedance does not significantly impact data quality or spike sorting.

The paper uses t-SNE to visualize and cluster extracellular spike data from neural recordings, showing it can identify single units and improve sorting efficiency.

The paper introduces a method for aligning neural recording probes and provides a dataset of paired recordings to validate new neural recording techniques.

Bonsai provides a visual programming framework for managing parallel data streams in neuroscience experiments, enabling flexible and rapid prototyping of integrated experimental designs.