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Cover image for Protein Geometry, Classification, Topology and Symmetry : a Computational Analysis of Structure.
Title:
Protein Geometry, Classification, Topology and Symmetry : a Computational Analysis of Structure.
Author:
Taylor, William R.
ISBN:
9781420033632
Physical Description:
1 online resource (349 pages).
Series:
Series in Biophysics.
Contents:
Front Cover -- Contents -- Preface -- 1. Introduction -- 2. Ellipsoids and embedding -- 3. Sticks to strings -- 4. Sheets and barrels -- 5. Networks and domains -- 6. Protein structure comparison -- 7. Classification and fold spaces -- 8. Folds, tangles and knots -- 9. Structure prediction and modelling -- 10. Structural symmetry -- 11. Evolution and origins -- References -- Index.
Abstract:
INTRODUCTION Prologue Basic Principles of Protein Structure GEOMETRY Ellipsoids and Embedding Geometric Representations of Structure Distance Geometry Sticks to Strings Secondary Structure Geometries Simplified Architectures Sheets and Barrels Beta-Sheet Geometry Beta-Barrels CLASSIFICATION Networks and Domains Hydrogen-Bond Networks Protein Domain Definitions Protein Structure Comparison Overview of Comparison Methods Assessment of Significance Classification and Fold Spaces Protein Structure Classification Protein Fold Spaces A "Periodic Table" for Protein Structures Evolutionary' steps in fold-space TOPOLOGY Folds, Tangles and Knots Topology and Knots Random Walks in Fold-Space Protein Fold Complexity Structure Prediction and Modelling Random Folds from Distance Geometry Modelling with Distance Geometry Protein Tertiary Structure Prediction SYMMETRY Structural Symmetry Symmetry A Fourier Analysis of Symmetry Evolution and Origins Evolution of Structure and Function The Origins of Proteins The Secret of Life References Index.
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