Includes bibliographical references.; v. 1. Simple complexes.--v. 2. Mixed-ligand complexes.--v. 3. High molecular complexes.--v. 4. Metal ions as probes.

v. 1. Simple complexes.--v. 2. Mixed-ligand complexes.--v. 3. High molecular complexes.--v. 4. Metal ions as probes.--v. 5. Reactivity of coordination compounds.--v. 6. Biological action of metal ions.--v. 7. Iron in model and natural compounds.--v. 8. Nucleotides and derivatives: their ligating ambivalency.--v. 9. Amino acids and derivatives as ambivalent ligands.--v. 10. Carcinogenicity and metal ions.--v. 11. Metal complexes as anticancer agents.--v. 12. Properties of copper.--v. 13. Copper proteins.--v. l4. Inorganic drugs in deficiency and disease.--v. 15. Zinc and its role in biology and nutrition.--v. 16. Methods involving metal ions and complexes in clinical chemistry.--v. 17. Calcium and its role in biology.--v. 18. Circulation of metals in the environment.--v. 19. Antibiotics and their complexes.--v. 20. Concepts on metal ion toxicity.--v. 21. Applications of magnetic resonance to paramagnetic species.--v. 22. ENDOR, EPR, and electron spin echo for probing coordination spheres.--v. 23. Nickel and its role in biology.--v. 24. Metal ions in biological systems.--v. 25. Interrelations between metal ions, enzymes, and gene expression.