This thesis investigates the potential of Deep Transcranial Magnetic Stimulation (dTMS) as a neuromodulatory treatment for mental disorders, with a primary focus on Major Depression Disorder (MDD) and the efficacy of different coil configurations. Specifically, the study evaluates the therapeutic impact of the H1, H7 and figure-eight coil designs by analysing their ability to modulate neural circuits implicated in MDD. Additionally, the study provides an overview of the evolving potential of dTMS technology within the field of psychiatric treatment, underlining how documented advancements support a shift toward more personalised treatment approaches
This thesis investigates the potential of Deep Transcranial Magnetic Stimulation (dTMS) as a neuromodulatory treatment for mental disorders, with a primary focus on Major Depression Disorder (MDD) and the efficacy of different coil configurations. Specifically, the study evaluates the therapeutic impact of the H1, H7 and figure-eight coil designs by analysing their ability to modulate neural circuits implicated in MDD. Additionally, the study provides an overview of the evolving potential of dTMS technology within the field of psychiatric treatment, underlining how documented advancements support a shift toward more personalised treatment approaches
Circuit-Based Neuromodulation For Precision Psychiatry: Biomedical Engineering Approaches To dTMS In Major Depressive Disorder
GOSETTI, LODOVICA
2024/2025
Abstract
This thesis investigates the potential of Deep Transcranial Magnetic Stimulation (dTMS) as a neuromodulatory treatment for mental disorders, with a primary focus on Major Depression Disorder (MDD) and the efficacy of different coil configurations. Specifically, the study evaluates the therapeutic impact of the H1, H7 and figure-eight coil designs by analysing their ability to modulate neural circuits implicated in MDD. Additionally, the study provides an overview of the evolving potential of dTMS technology within the field of psychiatric treatment, underlining how documented advancements support a shift toward more personalised treatment approaches| File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/91723