Matlab toolbox to deconvolve BOLD-fMRI data. It produces the underlying spatiotemporal neural and hemodynamic activity
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Updated
Nov 18, 2019 - MATLAB
Matlab toolbox to deconvolve BOLD-fMRI data. It produces the underlying spatiotemporal neural and hemodynamic activity
Creates a neat table of SPM results including brain areas for each coordinate extracted with mni2atlas toolbox
scripts and data files for the Mooney Paradigm, MEG/fMRI project
This is a repository of MATLAB codes accompanying the paper "Non-linear functional co-activations: directed, dynamic, and delayed"
Code repository for the paper - 'The structural and functional connectivity between distinct neuromodulatory systems underpins dynamic shifts in brain network topology and attractor landscape topography', Taylor et al. (2022)
Software for simulating MEG and EEG event-related responses. functional connectivity, and phase-amplitude coupling
Analysis code for connecting time-series properties of BOLD dynamics to connectivity properties using human fMRI and DWI data from HCP
Threshold-free cluster enhancement toolbox for Matlab
Implementation of algorithm in 'Yikang Liu et al. (2020) Automatic Brain Extraction for Rodent MRI Images. Neuroinformatics. doi: 10.1007/s12021-020-09453-z''
Matlab toolbox to deconvolve BOLD-fMRI data. It produces the underlying spatiotemporal neural and hemodynamic activity
Preprocessing toolbox for rat rs-fMRI data
MATLAB toolbox to automatically detect, analyze and visualize spatiotemporal patterns in neural population activity, developed by Dr. Pulin Gong's group at University of Sydney
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