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Protein Structure and Function
By Gregory A Petsko and Dagmar Ringe

For students of macromolecular structure and function or bioinformatics

Personal Subscription Only $22 Institutional Subscriptions Order

Paperback, 195 pages,
240 full-color illustrations

2007-2008 online update - as a special supplement to Chapter 2 - Principles and Mechanisms of Protein Interactions from the forthcoming Cell Signaling by Lim, Mayer and Pawson - for all online subscribers and qualifying instructors

Also updated sections on Active Transporters and Protein Phosphatases, and Updated References for the whole text.

Other updates currently available to view:
new sections on Enzyme Kinetics and Redox Control, expanded sections on Protein Folding

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Published online by New Science Press in association with BioMed Central
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Published in association with Blackwell Science and Sinauer Associates
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Contents of Protein Structure and Function

Chapter 1 From Sequence to Structure
Chapter 2 From Structure to Function
Chapter 3 Control of Protein Function
Chapter 4 From Sequence to Function: Case Studies in Structural and Functional Genomics
Chapter 5 Structure Determination
 

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View list of new and updated sections (online only)

 

About the authors of Protein Structure and Function

Gregory A Petsko studied chemistry and classics as an undergraduate at Princeton University before going to Oxford as a Rhodes scholar to work for his PhD with David Phillips. He then pursued his interest in the mechanism of enzyme catalysis at the Massachusetts Institute of Technology where he taught courses in chemistry and detective fiction, before moving to Brandeis where he is currently Director of the Rosenstiel Center and has extended his research interests to include the use of yeast genetics to study the unfolded protein response pathway, and the mechanism of action of the ABC transporter proteins.

Dagmar Ringe graduated in chemistry from Barnard College, Columbia, and took her PhD in bioorganic chemistry from Boston University. She then pursued her research interest in the study of enzyme catalysis by X-ray crystallography at the Massachusetts Institute of Technology before moving to Brandeis where she is Professor of Biochemistry and Chemistry and where the principal focus of her research is on structure-function relationships in enzymes of particular industrial and pharmaceutical importance.

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