1st Edition

Working with MEG A Practical Guide to Magnetoencephalography

By Gavin Perry Copyright 2023
190 Pages 16 Color & 44 B/W Illustrations
by Routledge

190 Pages 16 Color & 44 B/W Illustrations
by Routledge

191 Pages
by Routledge

Working with MEG provides an accessible, user-friendly guide to using magnetoencephalography (MEG) in neuroscience research. In this novel guide, Gavin Perry delves into the practical aspects of designing, running and analysing MEG studies – which have traditionally been transferred informally by lab support or word of mouth from more experienced researchers, a difficult and time-consuming... Read more

Preface

Part 1: Measuring the brain’s magnetic field

Chapter 1: What is MEG?

Chapter 2: How to collect MEG data

Part 2: Analysing the data

Chapter 3: Analysing data time series

Chapter 4: Analysing spatial information

Chapter 5: Applications of MEGGlossary

Biography

Gavin Perry is Multimodal Laboratories Manager at Cardiff University Brain Research Imagine Centre (CUBRIC). His research interest is in the application of MEG to the study of visual perception.

"Magnetoencephalography (MEG) is increasingly being used to provide new insights into brain function in both health and disease, providing a richness of information that cannot be provided by any other non-invasive technique in humans. However, this complexity means that MEG can be daunting for new students and researchers. In this book, Dr Perry provides an excellent introduction to the core physical principles underlying MEG, the nature of the data and the questions that can be asked, before covering the different approaches to source localisation and analysis. The book is therefore highly recommended for anyone interested in either starting to use MEG in their own research or simply learning more about this powerful tool for neuroscience research."

Krish Singh, Cardiff University

"The reader is taken on the journey from experimental conception to data interpretation, this exceptionally useful and accessible resource will be invaluable to researchers starting out in MEG."

- Matthew Brookes, University of Nottingham