PAKs, RAC/CDC42 (p21)-activated Kinases: Towards the Cure of Cancer and Other PAK-dependent Diseases - Softcover

9780323282529: PAKs, RAC/CDC42 (p21)-activated Kinases: Towards the Cure of Cancer and Other PAK-dependent Diseases

Softcover

ISBN 10: 0323282520 ISBN 13: 9780323282529

Publisher: Elsevier, 2013

This book covers a variety of cutting-edge basic and clinical PAK research ranging from laboratory benches to hospital beds. The goal of this book is to inspire not only biomedical research scientists and university students, but also a variety of patients who suffer from PAK-dependent diseases and clinical doctors who try to cure or delay these PAK-dependent diseases.

This book consists of 9 chapters which deal with different aspects of this kinase. These chapters are written by more than two dozen world-leading PAK experts. Each of these will provide updated biomedical information as well as future insight to a wide range of readers who are interested in this unique kinase and both its pathological and physiological roles as well as its functional evolution from its ancestral origins.

This publication will be the very first book ever published solely focused on PAK family kinases.
Each chapter deals with the latest progress in PAK research written by a leading PAK expert with his or her own ideas and insight.
Each chapter of this book has been written in such a way that clinical doctors who seek the effective cure of these formidable diseases, in addition to research scientists and biomedical students will value this book.
This book describes in detail a number of PAK blockers which would be potentially useful for the therapy of these PAK-dependent diseases, and some of them are indeed available on the market inexpensively, without any side effect.

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Review:

"Here neurologists and other biomedical researchers explain in some detail how PAKs ― particularly the oncogenic kinases PAK1 and PAK4 and their blockers ― may control various aspects of life and health, and how mammalian PAKs have functionally evolved from their ancestral origins in unicellular organisms such as yeast and amoebas through a series of mutations over millions of years."--Reference and Research Book News, August 2013

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