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Free Sample Topics
Chapter 3 is now available as a special supplement for subscribers to Protein Structure and Function by Petsko and Ringe online
"Chapter 3 is superb...adopt this ASAP... First, it hits all the key points that I
can think of. Second, it hits just the right level - accessible to someone who barely knows what free energy means, but not
unduly "downtalking" to someone who knows more. Third, the frequent use of numerical examples in the text is wonderful, as
are the tables and diagrams with numbers."
Stephen Harrison
Harvard University
Cell Signaling provides an introduction to the mechanisms by which cells interpret and respond to their environment. In multicellular organisms these signaling mechanisms orchestrate normal development and function, and their dysregulation can lead to a wide range of diseases. This book focuses on the broad design principles and logic underlying signal transduction, illustrated by specific examples. The first several chapters deal with general mechanisms through which information is transmitted by proteins: post-translational modification, assembly into complexes, and changes in subcellular distribution, conformation, and enzymatic activity. Subsequent chapters consider the components of signaling cascades - the receptors, kinases, and G-proteins, their function in simple signaling devices such as switches and gates, and the properties of larger systems assembled from them. The later part of the book provides an in-depth look at a number of important signaling pathways, illustrating how these basic design principles are integrated and applied to specific biological problems.
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| Contents of Cell Signaling |
| Chapter 1 |
Overview of Signal Transduction |
| Chapter 2 |
Role of Post-Translational Modifications |
| Chapter 3 |
Principles and Mechanisms of Protein Interactions |
| Chapter 4 |
Subcellular Localization of Signaling Molecules |
| Chapter 5 |
Regulation of Protein Conformation in Signaling |
| Chapter 6 |
Small Soluble Signaling Mediators |
| Chapter 7 |
Catalytic Properties of Signaling Proteins |
| Chapter 8 |
Molecular Architecture of Signaling Proteins |
| Chapter 9 |
Information Transfer Across the Membrane |
| Chapter 10 |
Regulated Protein Degradation |
| Chapter 11 |
Lipids and Enzymes that Modify Them |
| Chapter 12 |
Molecular Signaling Devices |
| Chapter 13 |
Structure and Function of Signaling Networks |
| Chapter 14 |
Evolution and Exploitation of Signaling Pathways |
| Chapter 15 |
Life and Death Decisions |
| Chapter 16 |
Metabolic/Growth Response Pathways |
| Chapter 17 |
Cell Shape and Movement |
| Chapter 18 |
CellCell Signaling in Development |
| Chapter 19 |
Sensory (Environmental) Signaling |
| Chapter 20 |
Neuronal Signaling |
| Chapter 21 |
Immune Signaling |
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| About the authors of Cell Signaling |
Wendell Lim graduated in chemistry from Harvard University, and took his PhD in biophysics and biochemistry from the Massachusetts Institute of Technology. He studied protein folding and interactions at Yale University before moving to the University of California, San Francisco, where he is Professor of Cellular and Molecular Pharmacology. The principal focus of his research is on the structure and mechanism of protein interaction domains and the logic by which these components are used to build complex cellular signaling systems.
Bruce Mayer received his undergraduate degree from Wesleyan University and a PhD in Viral Oncology from Rockefeller University. He did postdoctoral work at the Whitehead Institute and Rockefeller University where he developed his interest in the role of modular protein domains in signaling. After his first faculty appointment at Children's Hospital and Harvard Medical School, he moved to his present position at the University of Connecticut Health Center. Current work in his group focuses on characterizing and manipulating tyrosine kinase-mediated signal transduction pathways.
Anthony Pawson graduated in biochemistry from Cambridge University, where he studied under the guidance of Tim Hunt, and at whose suggestion he took his PhD in molecular biology at the Imperial Cancer Research Fund. His postdoctoral research on the v-Fps tyrosine kinase and subsequent work in his own lab at the University of British Colombia lead to the identification of the kinase regulatory domain, which he christened the Src homology 2 (SH2) domain. He is now Senior Investigator and Director of Research in the Department of Medical Genetics and Microbiology at the University of Toronto where his research continues to focus on the molecular dissection and functional significance of protein-protein interactions in signal transduction, and particularly the molecular signals involved in axon guidance and development.
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