Biophysical Chemistry

  1. Statistical Mechanics Applications
    1. Fundamental Concepts
      1. Microstates and Macrostates
        1. Statistical Ensembles
          1. Boltzmann Distribution
            1. Partition Functions
            2. Thermodynamic Connections
              1. Free Energy Calculations
                1. Entropy Determination
                  1. Heat Capacity Predictions
                    1. Phase Transition Analysis
                    2. Biological Applications
                      1. Helix-Coil Transitions
                        1. Zimm-Bragg Model
                          1. Cooperativity Parameters
                            1. Melting Curves
                            2. Protein Folding Models
                              1. Two-State Models
                                1. Multi-State Models
                                  1. Lattice Models
                                  2. Ligand Binding Statistics
                                    1. Binding Polynomials
                                      1. Multiple Binding Sites
                                        1. Cooperative Effects
                                        2. Membrane Phase Behavior
                                          1. Lipid Phase Transitions
                                            1. Critical Phenomena
                                              1. Phase Diagrams

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                                          11. Molecular Interactions and Binding

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                                          1. Introduction to Biophysical Chemistry