Handbook of Metal-Ligand Interactions in Biological Fluids

"VOLUME 1 (1632 pages) Origin and Distribution of Metal Ions in Biological Fluids Origin and Classification of Metal Ions In Vivo Metal Ion Distribution in the Main Biofluids Functional Roles of Metal Ions In Vivo Metal Ion Physiology: Role, Action, and Mechanism Physiological Functions Involving Metal Ions Individual Functioning Roles of Metal Ions In Vivo Independent Roles of Essential and Beneficial Metal Ions Metal-Ligand Interactions and Metal Metabolism Essential and Beneficial Metal Ions in Normal Nutrition Absorption of Essential and Beneficial Metal Ions Excretion of Essential Metal Ions Metabolic Regulations of Essential and Beneficial Metal Ions Essential and Beneficial Metal Ion Deficiencies Metal Ion Supplementation Natural Sources of Detrimental Metal Ions Metabolism of Detrimental Metal Ions Decorporation of Toxic Metal Ions VOLUME 2 (1632 pages) Metal Ions and Disease Metal Ion Toxicity Metal Ions and Hereditary Diseases Metal Ions and Cardiovascular Diseases Metal Ion Interactions with the Immune System Metal Ion Deposition and Disease Metal Ions and Free Radicals Metal Ions and Carcinogenesis Interrelationships Between Metal Ion Levels and Disease Metal-Ligand Interactions and Therapy Therapeutic Administration of Essential Metal Ions Therapeutic Administration of Non-Naturally Occurring Metal Ions Chelation Medicine Drug Potentiation by Metal Ions Metal Complexes in Diagnosis Metal-Ligand Interactions and Iatrogenic Diseases Direct Side Effects of Metals or Metal Ion-Containing Drugs Implications of Metal Ions in Organic Drug Side Effects "