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Chemistry
Applied and Interdisciplinary Chemistry
Biophysical Chemistry
1. Introduction to Biophysical Chemistry
2. Biological Molecules as Physical Systems
3. Water and the Biological Environment
4. Fundamental Physical Forces
5. Thermodynamics of Biological Systems
6. Chemical Kinetics and Dynamics
7. Macromolecular Structure
8. Spectroscopic Methods
9. Structural Determination Methods
10. Hydrodynamics and Transport
11. Molecular Interactions and Binding
12. Statistical Mechanics Applications
Macromolecular Structure
Protein Structure Analysis
Primary Structure
Amino Acid Sequence
Post-translational Modifications
Sequence-Structure Relationships
Secondary Structure
Alpha Helices
Geometry and Hydrogen Bonding
Helix Dipole
Stability Factors
Beta Sheets
Parallel and Antiparallel
Hydrogen Bonding Patterns
Twist and Curvature
Turns and Loops
Beta Turns
Gamma Turns
Random Coil
Ramachandran Analysis
Allowed Conformations
Glycine and Proline Effects
Tertiary Structure
Folding Patterns
Domain Organization
Active Sites
Binding Sites
Quaternary Structure
Subunit Assembly
Symmetry Operations
Interface Analysis
Protein Folding
Folding Pathways
Nucleation-Condensation
Framework Model
Hydrophobic Collapse
Folding Intermediates
Molten Globule State
Folding Intermediates
Kinetic Traps
Energy Landscapes
Funnel Model
Roughness
Folding Barriers
Molecular Chaperones
Heat Shock Proteins
Chaperonins
Folding Mechanisms
Protein Misfolding
Aggregation Mechanisms
Amyloid Formation
Disease Relevance
Nucleic Acid Structure
DNA Structure
B-Form DNA
A-Form DNA
Z-Form DNA
Base Stacking
Groove Dimensions
RNA Structure
Secondary Structure Prediction
Stem-Loop Structures
Pseudoknots
Ribozyme Structure
DNA Topology
Supercoiling
Linking Number
Topoisomerase Action
Nucleic Acid Flexibility
Persistence Length
Bending and Twisting
Sequence-Dependent Flexibility
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6. Chemical Kinetics and Dynamics
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8. Spectroscopic Methods