Dataset for the article "Blindly separated spontaneous network-level oscillations predict corticospinal excitability"

Dataset for the article "Blindly separated spontaneous network-level oscillations predict corticospinal excitability"

Description

This repository contains a dataset supporting results in the manuscript: Blindly separated spontaneous network-level oscillations predict corticospinal excitability. Ermolova M., Metsomaa J., Belardinelli P., Zrenner C., Ziemann, U. In submission, 2023. REFTEP dataset: TMS-EEG experiment on awake healthy human subjects. Single-pulse TMS was applied in resting state over primary motor cortex, with simultaneous EEG recording from the scalp and EMG recording from hand muscles. The dataset is intended for use by the code published at: https://github.com/mariaermolova/CSPAnalysis. The dataset is structured as follows: each .mat file corresponds to a single subject and contains a matlab structure with the following substructs. 1. EEG data from 1.5 sec. before each TMS pulse (eeg). The data was preprocessed: bad trials and channels removed, signals detrended, ICA components corresponding to oculographic artefacts removed. 2. EEG channel locations on the scalp (chanlocs) and indices of channels removed during preprocessing (removedChannels). 3. Peak-to-peak amplitudes of Motor Evoked Potentials for each trial (mepSize) and excitability labels for each trial based on the amplitude of the corresponding MEP (labels). Labels correspond to high (1) vs low (0) MEP amplitude.
Show more

Year of publication

2023

Authors

Department of Neuroscience and Biomedical Engineering

Christoph Zrenner - Creator

Johanna Metsomaa - Creator

Maria Ermolova - Creator

Paolo Belardinelli - Creator

Ulf Ziemann - Creator

University of Toronto - Contributor

University of Trento - Contributor

University of Tübingen - Contributor

Zenodo - Publisher

Other information

Fields of science

Neurosciences

Open access

Restricted access

License

Other

Dataset for the article "Blindly separated spontaneous network-level oscillations predict corticospinal excitability" - Research.fi