Neuronavigation-based improvements of concurrent TMS/fMRI studies

Windischberger, Christian; Woletz, Michael; Grosshagauer, Sarah; Vasileiadi, Maria; Tik, Martin

doi:10.1016/j.brs.2023.01.236

Cited by 1 publication

(1 citation statement)

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“…MR-compatible fiducial markers can be placed on both the participant and the TMS coil, as per non-MR TMS neuronavigation, with navigation then able to take place immediately before the participant is moved into the bore of the magnet, as well as at the end of the scanning session to verify coil location (in a similar approach as described above). Online neuronavigation can also take place continuously throughout scanning with a fully compatible system, opening the possibility of providing real-time feedback to participants to improve positioning 95 , or making adjustments between blocks. In-bore tracking is not always practical, however, because the line of sight from camera to the trackers may be impeded by the TMS or head coil, or participant anatomy.…”

Section: Target Localisation and Coil Placement In The Scannermentioning

confidence: 99%

Concurrent TMS-fMRI: An international consensus and functional guide for current and future researchers

Woolgar,

Feredoes,

Assem

et al. 2024

Preprint

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Concurrent TMS-fMRI provides a step-change in the toolkit of neuroscience research. Using non-invasive perturbation of ongoing human brain activity and simultaneous read-out of its effects across the brain, it permits causal inference into human brain-behaviour relationships with important implications for both fundamental research and clinical application. Many of the practical barriers to implementation have now been solved and the community is rapidly growing. Here we present an international consensus and discussion, from researchers at all levels and across the fields of cognitive and applied human neuroscience, on the experimental design and practical considerations of this exciting technique.

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Section: Target Localisation and Coil Placement In The Scannermentioning

confidence: 99%