Correlations, Transformations, and Interactions in Organic Crystal Chemistry

1. Introduction: techniques, transformations, correlations and conformation ; Part I. Collection and treatment of diffraction data ; 2. X-ray synchrotron and neutron radiation studies of polycrystalline molecular compounds ; 3. In-situ crystallization techniques ; 4. Molecular motion in crystals ; Part II. Crystalline-state reactions ; 5. Dynamic structure analysis of isomerization in the crystalline state ; 6. Crystal chemical design of prototropic systems with intra- and inter-molecular transfer of protons: results and prospects for practical application ; 7. Molecular motion and hydrogen-bond transformations in crystals of 1,3-cyclohexanedione ; Part III. Structure correlation and structure-activity relations ; 8. The application of the structure correlation method for studying reaction mechanism and transition-state geometry ; 9. Correlation of crystal data to analyse and predict ligand/receptor interactions ; 10. Utilization of crystallographic results for selecting and designing pharmacologically active compounds ; Part IV Conformation packing, and bonding in molecular crystals ; 11. Structure-activity relationships of benzisdoselenazoles ; 12. Long-range consequences of hydrogen bonding: a partial correlation approach to relationships between structural parameters ; 13. Isomorphism, solid-state transformations, and disorder in the crystal structures of cytidinium and 2-deoxycytidinium salts ; 14. Salt-bridge interactions in the crystalline structures of some biologically active compounds ; 15. Conformational preferences of (R,R,)-tartaric acid esters and amides: packing modes in crystals ; 16. Structure and stereochemistry of some ribofuranosyl nucleosides and related imidazole compounds ; 17. Disorder in the crystal structures of some 'superflexible' silahydrocarbons ; 18. Polymorphism of 6-methyluracil ; 19. Structures of metal alkoxides and oxoalkoxides ; 20. Wither organic crystallography?