Single-Subject TMS Pulse Visualization on MRI-Based Brain Model: A precise method for mapping TMS pulses on cortical surface - Syrov, Nikolay; Mustafina, Alfiia; Berkmush-Antipova, Artemiy; Yakovlev, Lev; Demchinsky, Andrey; Petrova, Daria; Kaplan, Alexander (MethodsX, 2023)
Keywords: Blender; brain; computer software; Motor-evoked potentials; Navigated transcranial magnetic stimulation; Neuronavigation; Neuroscience; Neurovisualization; Phosphenes; TMS; TMS-affected Cortical points Visualization on MRI-based Brain Model. The software tool is implemented using the Python language and runs on the Blender software platform. It uses a subject-specific 3D model of the brain's cortical surface reconstructed from MRI data. The software marks the points of TMS application on the cortical surface; transcranial magnetic stimulation; Neurovisualization; Neuronavigation; Blender; TMS-affected Cortical points Visualization on MRI-based Brain Model. The software tool is implemented using the Python language and runs on the Blender software platform. It uses a subject-specific 3D model of the brain's cortical surface reconstructed from MRI data. The software marks the points of TMS application on the cortical surface; Navigated transcranial magnetic stimulation; TMS; Phosphenes; Motor-evoked potentials