OXFORD UNIVERSITY PRESS

Glial Man: A Revolution in Neuroscience

ISBN : 9780198847670

Price(incl.tax): 
¥4,565
Author: 
Yves Agid; Pierre Magistretti
Pages
160 Pages
Format
Hardcover
Size
138 x 216 mm
Pub date
Jul 2020
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Glial cells play an essential role in initiating and controlling our behaviours, playing a major role in communication between brain cells. They share certain properties with neurons, including the ability to use information from the environment to formulate behaviors. Understanding these cells is key to explaining human movement, emotion, and thoughts. Moreover, glial cells provide a panoply of new therapeutic targets for the treatment of neuropsychiatric disorders. This book is the 'brain' child of two scientist physicians: Pierre Magistretti, a leading expert in cerebral metabolism and glial cell biology, and Yves Agid, an expert in the treatment of nervous system diseases and a researcher in the field of neurodegenerative diseases. This book provides many examples of the decisive role glial cells play in the functioning of the human brain, as well as in neurological and psychiatric pathologies. The result is a revolution in our understanding of the brain and a beacon of hope in the treatment of neuropsychiatric disorders.

Index: 

Introduction
1 The brain: neurons, glial cells and blood vessels
2 Astrocytes: a key player in brain functions
3 Astrocytes and behaviour
4 Astrocytes and neuropsychiatric disorders
5 Towards a revolution in neurobiology and the treatment of neuropsychiatric disorders
Conclusion
Appendix
References

About the author: 

Yves Agid is a clinician who is also a scientist, specialized in the study of the brain, with a special reference to neuro psychology and movement disorders, and to the mechanisms of neurodegenerative disorders such as Parkinson and Alzheimer diseases. ; Pierre Magistretti is Distinguished Professor and Dean of the Division at Biological and Environmental Sciences and Engineering at KAUST, Professor Emeritus at EPFL and at University of Lausanne. He has discovered some of the mechanisms through which neuronal activity and energy consumption are coupled in the brain and the role of glial cells in this physiological process.

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