Biological Molecules / 1: |
Introduction / 1.1: |
Proteins and Polypeptides / 1.2: |
Polynucleotides / 1.3: |
Polysaccharides / 1.4: |
Fats, Lipids and Detergents / 1.5: |
Water / 1.6: |
Foams, Surfactants and Emulsions / 1.7: |
Acids, Bases, Buffers and Polyelectrolytes / 1.8: |
A Note about Units / 1.9: |
Problems |
References |
Further Reading |
Spectroscopy / 2: |
Electromagnetic Waves and their Interactions / 2.1: |
UV/Visible Spectroscopy / 2.2: |
Circular Dichroism / 2.3: |
Fluorescence / 2.4: |
Vibrational Spectroscopy: IR and Raman / 2.5: |
NMR (Brief Overview) / 2.6: |
Mass Spectrometry / 3: |
Ion Sources / 3.1: |
Ionization Methods / 3.3: |
Mass Analysers / 3.4: |
Detection / 3.5: |
Applications of MS / 3.6: |
Hydrodynamics / 4: |
Density and Molecular Volume / 4.1: |
Analytical Ultracentrifugation / 4.2: |
Sedimentation Equilibrium / 4.3: |
Sedimentation Rate / 4.4: |
Diffusion and Brownian Motion / 4.5: |
Dynamic Light Scattering (DLS) / 4.6: |
Viscosity / 4.7: |
Thermodynamics and interactions / 5: |
A Bluffer's Guide to Molecular Thermodynamics / 5.1: |
Differential Scanning Calorimetry / 5.2: |
Isothermal Titration Calorimetry / 5.3: |
Binding Equilibrium / 5.4: |
General Methods for Determining Thermodynamic Properties / 5.5: |
Thermal Shift Assays / 5.6: |
Equilibrium Dialysis / 5.7: |
Protein Solubility and Crystallization / 5.8: |
Kinetics / 6: |
Basic Kinetics / 6.1: |
Rapid Reaction Techniques / 6.2: |
Relaxation Methods / 6.3: |
Hydrogen Exchange / 6.4: |
Surface Plasmon Resonance / 6.5: |
Enzyme Kinetics / 6.6: |
Chromatography and Electrophoresis / 7: |
Chromatography / 7.1: |
Electrophoresis / 7.2: |
imaging / 8: |
Waves and Particles / 8.1: |
Lenses or No Lenses: Reconstructing the Image / 8.2: |
X-ray Diffraction and Protein Crystallography / 8.3: |
Fibre Diffraction and Small-angle Scattering / 8.4: |
Neutron Diffraction and Scattering / 8.5: |
Electron Microscopy / 8.6: |
Single Molecules / 9: |
How Many Molecules can Stand on the Head of a Pin? / 9.1: |
Thermodynamic Fluctuations and the Ergodic Hypothesis / 9.2: |
Atomic Force Microscopy / 9.3: |
Optical Tweezers and Traps / 9.4: |
Single Molecule Fluorescence / 9.5: |
Answers to Problems |
Subject Index |
Biological Molecules / 1: |
Introduction / 1.1: |
Proteins and Polypeptides / 1.2: |
Polynucleotides / 1.3: |
Polysaccharides / 1.4: |
Fats, Lipids and Detergents / 1.5: |