Neutron Scattering in Biology Techniques and Applications

1. Nuetron scattering for biology -- Part I. Elastic techniques -- 2. Single crystal neutron diffraction and protein crystallography -- 3. Neutron protein crystallography: hydrogen and hydration in protein -- 4. Neutron protein crystallography: technical aspects and some case studies at current capabilities and beyond -- 5. Detergent binding in membrane protein crystals by neutron crystallography -- 6. High-angle neutron fiber diffraction in the study of biological systems -- 7. Neutron scattering from biomaterials in complex sample environments -- 8. Small-angle neutron scattering from biological molecules -- 9. Small angle neutron scattering from proteins, nucleic acids, and viruses -- 10. Structure and kinetics of proteins observed by small angle neutron scattering -- 11. Complex biological structures: collagen and bone -- 12. Structural investigations of membranes in biology by neutron reflectometry -- 13. Protein adsorption and interactions at interfaces -- 14. Complex biomimetic structures at fluid surfaces and solid-liquid interfaces -- Part II. Inelastic techniques -- 15. Quasielastic neutron scattering in biology, part I. methods -- 16. Quasielastic neutron scattering in biology, Part II. applications -- 17. Conformational dynamics measured with proteins in solution -- 18. Relating protein dynamics to function and structure: the purple membrane -- 19. Biomolecular spectroscopy using pulsed-source instruments -- 20. Brownian oscillator analysis of molecular motions in biomoleculars -- 21. Internal dynamics of proteins and DNA: analogy to glass-forming systems -- 22. Structure and dynamics of model membrane systems probed by elastic and inelastic neutron scattering -- 23. Subnanosecond dynamics of proteins in solution: MD simulations and inelastic neutron scattering