Protein Structure I, [PPT] : An introduction to protein structure
Protein Structure II, [PPT] : More on protein structure
Polymers, [PPT] : Polymers - often a good approximation for proteins and nucleic acids
Thermodynamics: Part I, [PPT] : Entropy loss in protein folding
Thermodynamics: Part II, [PPT] : Calorimetry - measuring changes in enthalpy, entropy and heat capacity
Thermodynamics: Part III, [PPT] : Non-covalent interactions: electrostatics, H-bonds, van der Waals, hydrophobic effects, etc.
Hydrogen Exchange, [PPT] : How to get residue level resolution with minimal perturbation
The Protein Folding Problem, [PPT] : How do proteins fold? What methods do we use to characterize folding behavior
RNA Folding and Interactions, [PPT] : Primary components of the RNA folding problem
Spectroscopy, Absorbance, and Fluorescence, [PPT] : Using light to study biomolecules: part I
Circular Dichroism, IR, and Raman Spectroscopy, [PPT] : Using light to study biomolecules: part II
Sedimentation, Diffusion, and Binding, [PPT] :
Fourier Transforms, SAXS, and NMR, [PPT] :
Single Molecule Methods, [PPT] :