Titlebook: Clinical Applications of Magnetoencephalography; Shozo Tobimatsu,Ryusuke Kakigi Book 2016 Springer Japan 2016 Biomagnetism.Epilepsy.MEG.Ma

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https://doi.org/10.1007/978-3-540-73014-9 source estimation techniques are easier to apply for MEG than for EEG. Magnetic source imaging (MSI) of interictal spikes as part of presurgical evaluations is one of the most successful clinical applications of MEG. MSI provides additional information to conventional presurgical evaluations by oth

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https://doi.org/10.1007/978-3-540-73014-9on computed tomography), perfusion computed tomography, MRI, and so on, helps us to evaluate detailed functions of brain areas containing a focal ischemic lesion, but does not necessarily represent neural activities of the areas. Scalp electroencephalography (EEG), reflecting volume-conducted neural

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https://doi.org/10.1007/978-3-540-73014-9rmed a review of clinical MEG studies on neurodegenerative disorders using a website bibliographic survey. We searched MEDLINE for MEG papers on neurodegenerative disorders published before December 2014 using the following keywords: a representative diagnosis such as amyotrophic lateral sclerosis (

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Shozo Tobimatsu,Ryusuke KakigiFocuses on clinical applications of magnetoencephalography (MEG).Examines Various diseases such as epilepsy, neurological disorders, and psychiatric disorders.Written by leading experts in the field

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Book 2016ence, its clinical applications have also been actively pursued. Featuring contributions from prominent experts in the fields, the book focuses on the current status of the application of MEG, not only to each nervous system but also to various diseases such as epilepsy, neurological disorders, and

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chiatric disorders.Written by leading experts in the field.This book presents an overview of the recent advances in clinical applications of magnetoencephalography (MEG). With the expansion of MEG to neuroscience, its clinical applications have also been actively pursued. Featuring contributions fro

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Ricardo Fuentes-Nieva,Papa A. Secked by stimulation of various nerves and body parts and of those generated by different stimulus modalities, for example, stimulation by transcutaneous electrical currents, pneumatics, brushes, pins driven by piezoelectric actuators, lasers, intraepidermal electrical currents, intramuscular motor point, and passive movement.