Geometric Methods in Structural Computational Biology by Lydia Kavraki - HTML preview
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Document Outline
- Geometric Methods in Structural Computational Biology
- Structural Computational Biology: Introduction and Background
- Representing Proteins in Silico and Protein Forward Kinematics
- Protein Inverse Kinematics and the Loop Closure Problem
- Molecular Shapes and Surfaces
- Molecular Distance Measures
- Protein Classification, Local Alignment, and Motifs
- Dimensionality Reduction Methods for Molecular Motion
- Robotic Path Planning and Protein Modeling
- Motion Planning for Proteins: Biophysics and Applications
- Protein-Ligand Docking, Including Flexible Receptor-Flexible Ligand Docking
- 1. Homework assignments
- Index
- Attributions
- About Connexions




