Automatized Procedure to Shape a Regional Personalized Electrode forTranscranial Electrical Stimulation

摘要: Objective: The purpose of this study is to obtain/create/develop an automatized procedure personalize electrodes for transcranial electrical stimulation (tES) using individual brain magnetic resonance images (MRI). electrode thus matches the cortical folding whole body bilateral primary somatosensory cortex (S1RePE). selection a specific regional target crucial part any neuromodulation intervention, which promising tool in enhancement recovery from neurological or psychiatric damages. Methods: By employing highly standardized MRI analysis software, we developed S1RePE shaping. We applied 14 healthy people and assessed accuracy by comparing with that was manually traced 3D MRI. Results: In all subjects, automatic manual procedures were consistent, mean Euclidean distance 2.3 mm intra-class correlation 0.995. Conclusion: successfully procedure, simpler, more replicable requires less time than used up point shaping S1RePE. Significance: provide cerebral exam shape tES personalized folding. This can be adapted region case sulcus demarcates it.