To assess the level of the electromagnetic quantities towhich a cerebral lesion is exposed during a treatment, a model of thelesion inside a human head is needed. One possibility is to use a specificmodel, where both lesion and head are taken from MRI images of thepatient under treatment. This approach allows to have very detailed in-formation, but it’s difficult and time consuming; as an opposite, anothermethod considers completely generic models, where any degree of patientdetail is lost. In this study, a novel in-between approach is presented,where a semi-specific model is built. Here the model of the cerebral lesion,such as a tumor or an ischemic volume, is obtained from the patient scansand is inserted inside a standard human head model, i.e. ViP Duke v.1.0.
Patient semi-specific computational modeling of electromagnetic stimulation / Colella, Micol; Camera, F.; Capone, F.; Setti, S.; Cadossi, R.; di Lazzaro, V.; Apollonio, F.; Liberti, M.. - 12:2(2019), pp. 455-455. (Intervento presentato al convegno 3rd International Brain Stimulation Conference tenutosi a Vancouver, Canada) [10.1016/j.brs.2018.12.478].
Patient semi-specific computational modeling of electromagnetic stimulation
COLELLA, Micol;Camera, F.;Apollonio, F.;Liberti, M.
2019
Abstract
To assess the level of the electromagnetic quantities towhich a cerebral lesion is exposed during a treatment, a model of thelesion inside a human head is needed. One possibility is to use a specificmodel, where both lesion and head are taken from MRI images of thepatient under treatment. This approach allows to have very detailed in-formation, but it’s difficult and time consuming; as an opposite, anothermethod considers completely generic models, where any degree of patientdetail is lost. In this study, a novel in-between approach is presented,where a semi-specific model is built. Here the model of the cerebral lesion,such as a tumor or an ischemic volume, is obtained from the patient scansand is inserted inside a standard human head model, i.e. ViP Duke v.1.0.File | Dimensione | Formato | |
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