Acute extracellular recording from the cerebellum of an awake, head-fixed mouse. The signals were collected using a Neuropixels version 2 probe with open ephys GUI. The signal is filtered by a bandpass filter, passband 1 to 6000 Hz. The continuous_cropped.dat is the first 5 minutes, and the last 128 channels cropped from the long recording. This data contains some licking artifacts during behavior tasks. It is useful for hardware stress tests.Information related to the binary file:    probe: Neuropixels version 2 probes    duration: 5 minutes    data format: int16    channel number: 128 (the last 128 channels from the original recording)    bit resolution: 0.195 uV/bit    sampling rate: 30000 Hz

Acute extracellular recording from the cerebellum of an awake, head-fixed mouse. The signals were collected using a Neuropixels version 2 probe with open ephys GUI. The signal is filtered by a bandpass filter, passband 1 to 6000 Hz. The continuous_cropped.dat is the first 5 minutes, and the last 128 channels cropped from the long recording. This data contains some licking artifacts during behavior tasks. It is useful for hardware stress tests.Information related to the binary file:    probe: Neuropixels version 2 probes    duration: 5 minutes    data format: int16    channel number: 128 (the last 128 channels from the original recording)    bit resolution: 0.195 uV/bit    sampling rate: 30000 Hz

Data and Model repository for the publication:Control of spatiotemporal activation of organ-specific fibers in the swine vagus nerve by intermittent interferential current stimulationNicolò Rossetti1*, Weiguo Song2*, Philipp Schnepel1*, Naveen Jayaprakash2, Dimitrios A. Koutsouras1, Mark Fichman1, Jason Wong2, Todd Levy2, Mohamed Elgohary2, Khaled Qanud2, Alice Giannotti3, Mary F Barbe4, Frank Liu Chen4, Geert Langereis1, Timir Datta-Chaudhuri2,5,6, Vojkan Mihajlović1, Stavros Zanos2,5,6# 1: IMEC, Eindhoven, Netherlands; 2: Institute of Bioelectronic Medicine, Feinstein Institutes for Medical Research and Northwell Health, Manhasset, NY; 3: Sant'Anna School of Advanced Study, Pisa, Italy; 4: Temple University School of Medicine; 5: Zucker School of Medicine at Hofstra/Northwell; 6: Elmezzi Graduate School of Molecular Medicine*: These 3 authors contributed equally#: Corresponding author [email protected] Instructions and explanations are included in the respective README.docx files in the folders for modelling and data.

Data and Model repository for the publication:Control of spatiotemporal activation of organ-specific fibers in the swine vagus nerve by intermittent interferential current stimulationNicolò Rossetti1*, Weiguo Song2*, Philipp Schnepel1*, Naveen Jayaprakash2, Dimitrios A. Koutsouras1, Mark Fichman1, Jason Wong2, Todd Levy2, Mohamed Elgohary2, Khaled Qanud2, Alice Giannotti3, Mary F Barbe4, Frank Liu Chen4, Geert Langereis1, Timir Datta-Chaudhuri2,5,6, Vojkan Mihajlović1, Stavros Zanos2,5,6# 1: IMEC, Eindhoven, Netherlands; 2: Institute of Bioelectronic Medicine, Feinstein Institutes for Medical Research and Northwell Health, Manhasset, NY; 3: Sant'Anna School of Advanced Study, Pisa, Italy; 4: Temple University School of Medicine; 5: Zucker School of Medicine at Hofstra/Northwell; 6: Elmezzi Graduate School of Molecular Medicine*: These 3 authors contributed equally#: Corresponding author [email protected] Instructions and explanations are included in the respective README.docx files in the folders for modelling and data.

Two Neuropixels version 2 probes collect acute extracellular signals from an awake, head-fixed mouse. Both probes are inserted into the right cerebellum. The recording was done using open-ephys GUI and filtered by a bandpass filter, passband 1 to 6000 Hz. The binary file is saved using the same resolution as the neuropixel probe output (different from the value in the setting.xml).Information related to the binary file:    probe: probe B in the setting.xml    duration: 10 minutes    data format: int16    channel number: 385 (first 384 are ephys signal)    resolution: 2.44140625 uV/bit

Two Neuropixels version 2 probes collect acute extracellular signals from an awake, head-fixed mouse. Both probes are inserted into the right cerebellum. The recording was done using open-ephys GUI and filtered by a bandpass filter, passband 1 to 6000 Hz. The binary file is saved using the same resolution as the neuropixel probe output (different from the value in the setting.xml).Information related to the binary file:    probe: probe B in the setting.xml    duration: 10 minutes    data format: int16    channel number: 385 (first 384 are ephys signal)    resolution: 2.44140625 uV/bit

This repository contains code and pre-processed data to recreate figure panels (except example units) for the publication:Cortical cellular encoding of thermotactile integrationPhilipp Schnepel, Ricardo Paricio-Montesinos, Ivan Ezquerra-Romano, Patrick Haggard, James F.A. Poulet

This repository contains code and pre-processed data to recreate figure panels (except example units) for the publication:Cortical cellular encoding of thermotactile integrationPhilipp Schnepel, Ricardo Paricio-Montesinos, Ivan Ezquerra-Romano, Patrick Haggard, James F.A. Poulet