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A Complex Systems Approach to Epilepsy: Concept, Practice, and Therapy (Original PDF from Publisher)

Unlocking New Therapies for Epilepsy: A Complex Systems Approach

Written by Rod C. Scott and J. Matthew Mahoney, this groundbreaking book sheds light on the complexities of neurological disorders, particularly epilepsy, and the slow progress made in developing effective new therapies over the past few decades. The primary obstacle lies in the intricate nature of the brain, which can be overcome by adopting complex systems approaches.

A Shift in Focus: Complex Systems and Epilepsy

The emphasis has shifted towards embracing complex systems methods to surmount current barriers in experimental and clinical practice. This book takes a comprehensive approach, organizing chapters by scale, from genes to whole brain, to provide a thorough understanding of network and dynamical systems approaches in interpreting and modeling experimental and clinical data in epilepsy.

Unraveling the Mysteries of Complex Systems

The book delves into the theoretical underpinnings and applications of complex systems theory, highlighting the significance of non-trivial and often counterintuitive properties in understanding mechanisms of epilepsy and developing novel therapies. By exploring these properties, readers will gain insight into the intricate connections between complex systems and epilepsy across multiple scales.

A Valuable Resource for Researchers and Clinicians

This essential book serves as a valuable resource for researchers, clinicians, and students seeking to comprehend key concepts of complex systems theory and its applications in epilepsy research. With its focus on complex systems approaches, the book provides a fresh perspective on the development of new therapies for this devastating neurological disorder.

Published by Cambridge University Press, this new edition (February 28, 2023) presents 200 pages of in-depth knowledge, providing a comprehensive understanding of epilepsy and its intricacies.

ISBN-10: 1009258087 | ISBN-13: 978-1009258081

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