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This book is indexed in
Medicine » Diagnostics
Magnetoencephalography
Edited by Elizabeth W. Pang, ISBN 978-953-307-255-5, Hard cover, 252 pages, Publisher: InTech, Chapters published November 30, 2011 under CC BY 3.0 license
DOI: 10.5772/1229
This is a practical book on MEG that covers a wide range of topics. The book begins with a series of reviews on the use of MEG for clinical applications, the study of cognitive functions in various diseases, and one chapter focusing specifically on studies of memory with MEG. There are sections with chapters that describe source localization issues, the use of beamformers and dipole source methods, as well as phase-based analyses, and a step-by-step guide to using dipoles for epilepsy spike analyses. The book ends with a section describing new innovations in MEG systems, namely an on-line real-time MEG data acquisition system, novel applications for MEG research, and a proposal for a helium re-circulation system. With such breadth of topics, there will be a chapter that is of interest to every MEG researcher or clinician.
- Chapter 1
Past, Current and Future Clinical Applications of MEG - Chapter 2
The Role of MEG in Unveiling Cognition - Chapter 3
Dynamic Imaging of Deep Brain Structures with MEG: Contributions to Understanding Human Memory - Chapter 4
Characterization of Brain Dynamics Using Beamformer Techniques: Advantages and Limitations - Chapter 5
Statistical Approaches to the Inverse Problem - Chapter 6
An Explicit Method for Inverse Reconstruction of Equivalent Current Dipoles and Quadrupoles - Chapter 7
Detection of Artifacts and Brain Responses Using Instantaneous Phase Statistics in Independent Components - Chapter 8
Epoch Filters: Analyses of Phase–Related Phenomena of MEG - Chapter 9
Clinical MEG Analyses for Children with Intractable Epilepsy - Chapter 10
Helium Circulation System (HCS) for the MEG - Chapter 11
Accessing and Processing MEG Signals in Real-Time: Emerging Applications and Enabling Technologies - Chapter 12
Non-Conscious Brain Processes Revealed by Magnetoencephalography (MEG)


