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| These tutorial pages suppose you are comfortable with the basic concepts of MEG/EEG analysis and source imaging. If you're not, we encourage you to read some [[http://neuroimage.usc.edu/brainstorm/TutorialsNew#Background_readings|background literature]]. | These tutorial pages suppose you are comfortable with the basic concepts of MEG/EEG analysis and source imaging. If you're not, we encourage you to read some [[http://neuroimage.usc.edu/brainstorm/Tutorials#Background_readings|background literature]].<<BR>>To get a quick overview of the software interface, you can watch this [[Screenshots|introduction video]]. |
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| The easiest way to get started with Brainstorm is to read and follow carefully these introduction tutorials. In just a few hours, you will be introduced to the essential features of the application. 1. [[Tutorials/CreateProtocol|Create a new protocol]] 1. [[Tutorials/ImportAnatomy|Import the subject anatomy]] 1. [[Tutorials/ExploreAnatomy|Explore the anatomy]] 1. [[Tutorials/ChannelFile|Coregistration MEG-MRI]] [Under construction] 1. [[Tutorials/ReviewRaw|Review continuous files]] [Under construction] 1. [[Tutorials/MontageEditor|Montage editor]] [Under construction] 1. [[Tutorials/EventMarkers|Edit event markers]] [Under construction] 1. Artifacts: Frequency filters [Under construction] 1. Artifacts: Cleaning with SSP [Under construction] 1. Epoching 1. Averaging == Complete analysis of other datasets == 1. [[http://neuroimage.usc.edu/brainstorm/Tutorials/Epilepsy|EEG and epilepsy]] 1. [[http://neuroimage.usc.edu/brainstorm/Tutorials/Auditory|MEG auditory tutorial (CTF)]] 1. [[http://neuroimage.usc.edu/brainstorm/Tutorials/Yokogawa|MEG median nerve (Yokogawa/KIT)]] 1. [[http://neuroimage.usc.edu/brainstorm/Tutorials/TutMindNeuromag|MEG median nerve (Elekta-Neuromag)]] 1. [[http://neuroimage.usc.edu/brainstorm/Tutorials/Resting|MEG resting state (CTF)]] |
The easiest way to get started with Brainstorm is to read and follow carefully these introduction tutorials. They can be separately consulted (links below), or all in [[Tutorials/AllIntroduction|one page]]. <<HTML(<TABLE class="tuto-table"><TR><TD width=350>)>> '''Starting a new study''' <<HTML( )>>1. [[Tutorials/CreateProtocol|Create a new protocol]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>2. [[Tutorials/ImportAnatomy|Import the subject anatomy]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>3. [[Tutorials/ExploreAnatomy|Explore the anatomy]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> '''Reviewing''' <<HTML( )>>4. [[Tutorials/ChannelFile|Channel file / MRI registration]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>5. [[Tutorials/ReviewRaw|Continuous recordings]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>6. [[Tutorials/MultipleWindows|Multiple windows]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>7. [[Tutorials/EventMarkers|Event markers]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> '''Pre-processing''' <<HTML( )>>8. [[Tutorials/StimDelays|Stimulation delays]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>9. [[Tutorials/PipelineEditor|Select files / Run processes]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>10. [[Tutorials/ArtifactsFilter|Power spectrum / Frequency filters]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>11. [[Tutorials/BadChannels|Bad channels]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>12. [[Tutorials/ArtifactsDetect|Artifact detection]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>13. [[Tutorials/ArtifactsSsp|Artifact cleaning with SSP]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>14. [[Tutorials/BadSegments|Additional bad segments]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML(</TD><TD>)>> '''Epoching and averaging''' <<HTML( )>>15. [[Tutorials/Epoching|Import epochs]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>16. [[Tutorials/Averaging|Average response]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>17. [[Tutorials/ExploreRecordings|Visual exploration]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>18. [[Tutorials/Colormaps|Colormaps]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>19. [[Tutorials/ChannelClusters|Clusters of sensors]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> '''Source modeling''' <<HTML( )>>20. [[Tutorials/HeadModel|Head model]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>21. [[Tutorials/NoiseCovariance|Noise/data covariance]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>22. [[Tutorials/SourceEstimation|Source estimation]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>23. [[Tutorials/Scouts|Scouts]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> '''Advanced processes''' <<HTML( )>>24. [[Tutorials/TimeFrequency|Time-frequency]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>25. [[Tutorials/Difference|Difference]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>26. [[Tutorials/Statistics|Statistics]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>27. [[Tutorials/Workflows|Workflows]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML( )>>28. [[Tutorials/Scripting|Scripting]] <<HTML(<FONT color="#DDDDDD">)>> <<HTML(</FONT>)>> <<HTML(</TD></TR></TABLE>)>> == Other analysis scenarios == <<HTML(<TABLE class="tuto-table"><TR><TD width=350>)>> * [[Tutorials/Epilepsy|EEG and epilepsy]] * [[Tutorials/Epileptogenicity|SEEG epileptogenicity maps]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/ECoG|ECoG+sEEG epilepsy (BIDS)]] * [[Tutorials/VisualSingle|MEG visual: single subject (Elekta/BIDS)]] * [[Tutorials/VisualGroup|MEG visual: group study (Elekta/BIDS)]] * [[Tutorials/PhantomCtf|MEG current phantom (CTF)]] * [[Tutorials/PhantomElekta|MEG current phantom (Elekta)]] <<HTML(</TD><TD>)>> * [[Tutorials/RestingOmega|MEG resting state & OMEGA database (CTF)]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/CorticomuscularCoherence|MEG corticomuscular coherence (CTF)]] * [[Tutorials/HCP-MEG|MEG Human Connectome Project (4D)]] * [[Tutorials/TutMindNeuromag|MEG median nerve (Elekta)]] * [[Tutorials/Yokogawa|MEG median nerve (Yokogawa)]] * [[Tutorials/MedianNerveCtf|MEG median nerve (CTF)]] * [[Tutorials/NIRSFingerTapping|NIRS finger tapping]] <<HTML(</TD></TR></TABLE>)>> |
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| === Anatomy and registration === 1. [[CoordinateSystems|Brainstorm coordinate systems]] 1. MRI segmentation: [[Tutorials/LabelFreeSurfer|FreeSurfer]], [[Tutorials/SegBrainVisa|BrainVISA]], [[Tutorials/SegBrainSuite|BrainSuite]], [[Tutorials/SegCIVET|CIVET]] 1. [[Tutorials/DefaultAnatomy|Using the anatomy templates]] 1. [[Tutorials/TutWarping|Warping default anatomy]] 1. [[Tutorials/CoregisterSubjects|Group studies: Subjects coregistration]] 1. [[Tutorials/TutDigitize|Digitize EEG electrodes and head shape]] 1. [[Tutorials/TutRealtime|Real-time head positioning in the CTF MEG system]] === Graphical scripting === 1. [[SelectFiles|Selecting files in the database]] 1. [[Tutorials/TutRawScript|Full analysis with one script]] 1. [[Tutorials/TutUserProcess|How to write your own process]] === Source modeling === 1. [[Tutorials/TutBem|BEM with OpenMEEG]] 1. [[Tutorials/TutVolSource|Volume source estimation]] 1. [[Tutorials/TutDipScan|Computing and displaying dipoles]] 1. [[Tutorials/Beamformers|Beamforming methods]] [Under construction] 1. [[Tutorials/TutBEst|Maximum Entropy on the Mean (MEM)]] [Under construction] === Functional connectivity === 1. [[Tutorials/TutPac|Phase-amplitude coupling]] === Statistics === 1. [[ExportSpm8|Export volume source maps to SPM8 / SPM12]] 1. [[ExportSpm12|Export surface source maps to SPM12]] === Other useful how-to's === 1. [[CiteBrainstorm|How to cite Brainstorm in your publications]] 1. [[Tutorials/KnownBugs|Known bugs]] 1. [[Tutorials/WorkflowGuide|MEG analysis guidelines for McGill]] === Examples === 1. This video illustrates how Brainstorm can be used for studying amygdala activity:<<BR>>[[http://www.jove.com/video/50212/how-to-detect-amygdala-activity-with-magnetoencephalography-using?status=a52218k|How to Detect Amygdala Activity with Magnetoencephalography using Source Imaging]] <<BR>>Authors: Balderston NL, Schultz DH, Baillet S, Helmstetter FJ |
<<HTML(<TABLE class="tuto-table"><TR><TD width=350>)>> '''Anatomy and registration''' * [[CoordinateSystems|Brainstorm coordinate systems]] * MRI segmentation: [[https://neuroimage.usc.edu/brainstorm/Tutorials/SegCAT12|CAT12]], [[Tutorials/LabelFreeSurfer|FreeSurfer]], <<BR>>[[Tutorials/SegBrainSuite|BrainSuite]], [[Tutorials/SegBrainVisa|BrainVISA]], [[Tutorials/SegFastSurfer|FastSurfer]], [[Tutorials/SegCIVET|CIVET]] * [[Tutorials/DefaultAnatomy|Using the anatomy templates]] * [[Tutorials/TutWarping|Warping the anatomy templates]] * [[Tutorials/CoregisterSubjects|Group analysis: Subjects coregistration]] * [[Tutorials/TutDigitize|Digitize EEG electrodes and head shape]] * [[Tutorials/TutRealtime|Real-time head positioning (CTF MEG)]] * [[Tutorials/HeadMotion|Head motion detection (MEG)]] '''Recordings''' * [[Tutorials/MontageEditor|Montage editor]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/Epilepsy#Artifact_cleaning_with_ICA|ICA analysis]] * [[Tutorials/SSPCookbook|SSP cookbook]] * [[http://neuroimage.usc.edu/brainstorm/Tutorials/MovementDetect|Detect subject movements]] * [[Tutorials/EyetrackSynchro|Synchronization with eye tracker]] '''Scripting''' * [[Tutorials/TutUserProcess|How to write your own process]] * [[ExportSpm8|Export volume sources to SPM8/SPM12]] * [[ExportSpm12|Export surface sources to SPM12]] * [[ExportBids|Export raw data to BIDS format]] '''Software''' * [[Tutorials/Plugins|Plugins]] * [[MnePython|MNE-Python]] * [[CiteBrainstorm|How to cite Brainstorm]] * [[Tutorials/KnownBugs|Known bugs]] * [[Tutorials/Plotly|Export figures to Plotly]] <<HTML(</TD><TD>)>> '''Source modeling''' * [[Tutorials/TutVolSource|Volume source estimation]] * [[http://neuroimage.usc.edu/brainstorm/Tutorials/DeepAtlas|Deep cerebral structures]] * [[Tutorials/TutBem|Realistic head model: BEM with OpenMEEG]] * [[Tutorials/TutDipScan|Dipoles: Scanning and displaying]] * [[Tutorials/DipoleFitting|Dipoles: FieldTrip dipole fitting]] * [[Tutorials/TutBEst|Maximum entropy on the mean (MEM)]] * [[Tutorials/Beamformers|Other beamforming methods]] * [[Tutorials/Simulations|Simulations]] '''Finite Element Modeling''' * [[Tutorials/Duneuro|Realistic head model: FEM with DUNEuro]] * [[Tutorials/FemMesh|FEM mesh generation]] * [[Tutorials/FemTensors|FEM tensors estimation]] * [[Tutorials/FemMedianNerveCharm|FEM median nerve example]] '''Signal processing''' * [[Tutorials/Decoding|Machine learning: Decoding / MVPA]] * [[Tutorials/TutPac|Phase-amplitude coupling: Method]] * [[Tutorials/Resting|Phase-amplitude coupling: Example]] * [[Tutorials/PLS|Partial Least Squares (PLS)]] * [[Tutorials/EZFingerprint|Epileptogenic Zone Fingerprint]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/Fooof|FOOOF: Fitting Oscillations & One-Over-F]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/SPRiNT|SPRiNT: Spectral Param. Resolved in Time]] '''Connectivity''' * [[Tutorials/Connectivity|Functional connectivity]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/CorticomuscularCoherence|Corticomuscular coherence]] * [[https://neuroimage.usc.edu/brainstorm/Tutorials/ConnectivityGraph|Connectivity graphs]] * [[Tutorials/FiberConnectivity|Virtual fibers for connectivity]] * [[https://neuroimage.usc.edu/brainstorm/GrangerCausality|Granger causality]] <<HTML(</TD></TR></TABLE>)>> == Electrophysiology == Learn how to use Brainstorm for analyzing single/multi-unit electrophysiological data in a variety of preparations: <<HTML(<TABLE class="tuto-table"><TR><TD width=350>)>> * [[https://neuroimage.usc.edu/brainstorm/e-phys/Introduction|Importing raw e-phys data]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/SpikeSorting|Spike-sorting]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/ConvertToBrainstormEvents|Using external spike-sorters]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/RawToLFP|Converting raw data to LFP]] <<HTML(</TD><TD>)>> * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions|Tuning curves]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Noise_correlation|Noise correlation]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Spike_field_coherence|Spike field coherence]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Raster_plots|Raster plots]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Spike_triggered_average|Spike triggered average]] <<HTML(</TD></TR></TABLE>)>> |
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| These tutorial pages suppose you are comfortable with the basic concepts of MEG and EEG source imaging. If you're not, we engage you to read some background information, which will quickly help you getting up to speed with this field: * A non-technical overview of MEG and EEG, with an emphasis on source modeling:<<BR>> [[http://www.canada-meg-consortium.org/EN/MegIntro|Canada MEG Consortium]] * Slides from a selection of educational courses:<<BR>>[[http://megcommunity.org/index.php?option=com_content&view=article&id=27&Itemid=13|megcommunity.org]] * Reference books: * [[http://www.amazon.com/MEG-Introduction-Methods-Peter-Hansen/dp/0195307232/ref=sr_1_1?ie=UTF8&qid=1324419425&sr=8-1|MEG: An Introduction to Methods]]<<BR>>Editors: P Hansen, M Kringelbach, R Salmelin, ''Oxford University Press'', 2010, 448 pages * [[http://www.amazon.com/Oxford-Handbook-Neuroscience-Library-Psychology/dp/019534216X/ref=sr_1_3?s=books&ie=UTF8&qid=1324419480&sr=1-3|The Oxford Handbook of Social Neuroscience]]<<BR>>Editors: J Decety, JT Cacioppo, ''Oxford University Press'', 2011, 1128 pages<<BR>>A draft version of the MEG chapter by Sylvain Baillet can be found [[attachment:BailletMEGDraft.pdf|here]]. '' '' * [[http://www.ncbi.nlm.nih.gov/pubmed/23046981|Good practice for conducting and reporting MEG research]], Gross et al, Neuroimage, 2013 * You can also ask us to come and organize a [[Training|training session]] at your institution, or [[http://www.bic.mni.mcgill.ca/ResearchLabsNeuroSPEED/HomePage|visit us]] to obtain training (McGill's Montreal Neurological Institute). |
These tutorial pages suppose you are comfortable with the basic concepts of MEG and EEG source imaging. If you're not, we encourage you to read some background information, which will quickly help you getting up to speed with this field: * [[http://rdcu.be/pydB|MEG for Human Electrophysiology and Imaging]] (Baillet S, Nature Neuroscience, 2017) * [[https://doi.org/10.1016/j.neuroimage.2021.118788|Connectomics of Human Electrophysiology]] (Sadaghiani S, Brookes M, Baillet S, Neuroimage, 2022) * [[https://www.mcw.edu/Magnetoencephalography-Program-MEG/About-MEG.htm|Introduction to MEG (Medical College of Wisconsin)]] <<BR>>A non-technical overview of MEG and EEG, with an emphasis on source modeling. * [[http://www.amazon.com/MEG-Introduction-Methods-Peter-Hansen/dp/0195307232/ref=sr_1_1?ie=UTF8&qid=1324419425&sr=8-1|MEG: An Introduction to Methods]]<<BR>>Editors: P Hansen, M Kringelbach, R Salmelin, ''Oxford University Press'', 2010, 448 pages. * [[http://www.amazon.com/Oxford-Handbook-Neuroscience-Library-Psychology/dp/019534216X/ref=sr_1_3?s=books&ie=UTF8&qid=1324419480&sr=1-3|The Oxford Handbook of Social Neuroscience]]<<BR>>Editors: J Decety, JT Cacioppo, ''Oxford University Press'', 2011, 1128 pages<<BR>>A draft version of the MEG chapter by Sylvain Baillet can be found [[http://neuroimage.usc.edu/paperspdf/baillet_draft_2011.pdf|here]].'' '' * [[http://www.ncbi.nlm.nih.gov/pubmed/23046981|Good practice for conducting and reporting MEG research]], Gross et al, Neuroimage, 2013. * [[https://mitpress.mit.edu/books/matlab-brain-and-cognitive-scientists|MATLAB for Brain and Cognitive Scientists]], Mike X Cohen, MIT press, 2017 * Slides from a selection of educational courses: [[http://megcommunity.org/education/teaching-slides|megcommunity.org]] * We can also come and organize a [[Training|training session]] at your institution, or [[http://www.bic.mni.mcgill.ca/ResearchLabsNeuroSPEED/HomePage|visit us]] at the MNI. |
Tutorials
These tutorial pages suppose you are comfortable with the basic concepts of MEG/EEG analysis and source imaging. If you're not, we encourage you to read some background literature.
To get a quick overview of the software interface, you can watch this introduction video.
Get started
The easiest way to get started with Brainstorm is to read and follow carefully these introduction tutorials. They can be separately consulted (links below), or all in one page.
| Starting a new study Reviewing 4. Channel file / MRI registration Pre-processing 9. Select files / Run processes 10. Power spectrum / Frequency filters 11. Bad channels | Epoching and averaging 15. Import epochs 16. Average response 18. Colormaps Source modeling 20. Head model 23. Scouts Advanced processes 24. Time-frequency 25. Difference 26. Statistics 27. Workflows 28. Scripting |
Other analysis scenarios
Advanced tutorials
| Anatomy and registration
Recordings Scripting Software | Source modeling Finite Element Modeling Signal processing Connectivity |
Electrophysiology
Learn how to use Brainstorm for analyzing single/multi-unit electrophysiological data in a variety of preparations:
Background readings
These tutorial pages suppose you are comfortable with the basic concepts of MEG and EEG source imaging. If you're not, we encourage you to read some background information, which will quickly help you getting up to speed with this field:
MEG for Human Electrophysiology and Imaging (Baillet S, Nature Neuroscience, 2017)
Connectomics of Human Electrophysiology (Sadaghiani S, Brookes M, Baillet S, Neuroimage, 2022)
Introduction to MEG (Medical College of Wisconsin)
A non-technical overview of MEG and EEG, with an emphasis on source modeling.MEG: An Introduction to Methods
Editors: P Hansen, M Kringelbach, R Salmelin, Oxford University Press, 2010, 448 pages.The Oxford Handbook of Social Neuroscience
Editors: J Decety, JT Cacioppo, Oxford University Press, 2011, 1128 pages
A draft version of the MEG chapter by Sylvain Baillet can be found here.Good practice for conducting and reporting MEG research, Gross et al, Neuroimage, 2013.
MATLAB for Brain and Cognitive Scientists, Mike X Cohen, MIT press, 2017
Slides from a selection of educational courses: megcommunity.org
We can also come and organize a training session at your institution, or visit us at the MNI.
Now you are well equipped to go through the software tutorial, Enjoy!