Neumann, Steffen: Soft volume models for protein-protein docking. 2003
Inhalt
- Introduction
- Biological Background: Proteins
- Structural and Chemical Properties
- Protein Structure Data
- Protein Function and -Interaction
- Conformational Changes
- Rotamer Flexibility
- Computational Protein Docking
- Existing approaches to Protein Docking
- Energy Calculation including Solvation free Energy
- Interactive Molecular Dynamics
- Geometry based Protein-Protein Docking
- Post-Docking Filters
- Prediction of NMR Spectra
- Incorporation of Flexibility into Docking Algorithms
- Test and Training Data
- Available Benchmark Data Sets
- Automated Test Set Creation
- Combining the Test Sets
- A Database Schema for Complexes and Unbound Test Cases
- Creating Synthetic Complexes
- System Design and -Components
- System Architecture
- Preprocessing Protein Data
- Docking Modules
- Initial Docking
- Elastic Docking and Scoring
- Flexibility Calculations
- Validation
- Communication and Infrastructure
- System Evaluation
- Characterisation of the Test Set
- Experiments and Results
- Bound Docking
- Characterisation of the Integrated Performance Indicator
- Unbound Docking
- Flexible Docking
- Memory and Runtime Requirements
- Parallelisation Results
- Determining the biologically active Contact Site
- Discussion of Results
- Conclusion
- Test Sets
- B. Curriculum Vitae
- List of Figures
- List of Tables
- Bibliography
