NeuroImage

The provided data contains: - Motion time courses reflecting in-scanner head displacement of 224 subjects from the Human Connectome Project - Associated behavioural scores available for those same subjects - MATLAB scripts implemented for the analysis of the above

Code and time-series data for GIMME models.

.EVS file of raw data collected for the experiment.

This data are the simulated coordinates for networks examples.

This data set includes the data for Experiment 1 and 2 of the study 'Speech Fine Structure Contains Critical Temporal Cues to Support Speech Segmentation'. The stimuli and related MATLAB scripts for processing the stimuli are also included.

The folder contains all the synthetic dataset used for the experiments described in the paper. Each file .mat contains: - At: the true effective connectivity matrix; - data: a cell array where each entry contains the data for a MC run; data{i}.y is the BOLD signal times-series (without measurement noise), data{i}.x is the neuronal activity time-series, data{i}.u is the excitation time-series, data{i}.e_gauss is the measurement noise; - n: number of monitored brain regions - N: number of data samples - noise_std: standard deviation of data{i}.u

EEG source data for brain connectivity analysis.

The study shows the effect of a transcranial magnetic stimulation (TMS) protocol -- i.e., the cortico-cortical Paired Associative Stimulation (ccPAS) -- aimed at strengthening connections between the ventral premotor cortex (PMv) and the primary motor cortex (M1). We administered ccPAS in healthy humans and found that ccPAS aimed at strengthening the PMv-to-M1 pathway improved performance on a task based on object-oriented hand actions (i.e., the 9 hole peg test, 9-HPT). Behavioral improvements correlated with interindividual differences in motor excitability. No effect was found on a visuomotor control task (i.e., the cRT) or when administering two control ccPAS protocols. Dataset includes: demographic data (age, gender), neurophysiological data (TMS intensity as indexed by: resting motor threshold, intensity of PMv stimulation, MEP1mV), and behavioral data (9-HPT execution time, cRTs task-RTs, cRTs task-accuracy) in the three experimental groups.

EEG and behavioral dataset (full processed) acquired at Federal Fluminense University in Brazil consisting of EEG and behavioral responses following the presentation of pictures depicting mutilated bodies (potential threat) and people in daily life (neutral) to participants (n = 38) who have been through a very traumatic experience (victms of urban violence). For more details see the manuscript entitled "Hidden wounds of violence: abnormal motor oscillatory brain activity is related to posttraumatic stress symptoms".

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