Principles Of Radiopharmacolgy

Volume I.
PART I: RADIOPHARMACOLOGY TECHNIQUES
1. Introduction.  2. The Training of Radiopharmacologists.  3. Isotopic Labeling with Carbon-14 and Tritium.  4. Nonisotopic Labeling.  5. Tissue Preparation for Liquid Scintillation and Gamma Counting – The Counting Process.  6. Tissue Preparation for Autoradiography – The Autoradiographic Process.  7. Method of Fractioning Subcellar Particles to Determine Intracellular Localization of Radiotracers.  8. Data Analysis in Radiotracer Studies.  9. Use of Computers in Radiotracer Studies. 
PART II: RADIOTRACER DESIGN
1. Introduction.  2. Radiotracer Design Using Mathematical Models.  3. Biochemical and Pharmacological Rationales in Radiotracer Design.  4. The Design of Receptor-Binding Radiotracers.  Index. 
Volume II.
PART III: BASIC RADIOTRACER AND RECEPTOR PROPERTIES
1. Introduction.  2. Molecular Properties of Radiotracer Receptors.  3. Radiotracer Localization by Receptor-Ligand Interactions.  4. Radiolabeled Enzyme Inhibitors for Imaging.  5. Radiotracer Interactions with Sex Steroid Hormone Receptor Proteins (Receptor Mapping).  6. Stimulating and Depressing Radiotracer Metabolism.  7. In Vitro Experiments to Demonstrate Radiotracer Metabolism.  8. In Vivo Measurement of Transport and Metabolic Processes Using Radiotracers.  9. Fate of Radiometabolites.  10. Adverse Reactions to Radiotracers.  11. In Vitro Stability of Radiotracers. 
PART IV: BIOLOGICAL TRANSPORT OF RADIOTRACERS
1. Introduction.  2. Structure and Function of Cell Membranes, and Cellular Transport of Drugs.  3. Effect of Transport in Distribution of Radioions and Radiolabeled Metabolites.  4. Effects of Solute Structure in the Transport of Radiotracers.  5. Techniques to Study the Transport of Radiotracers.  Index.
Volume III.
PART V: MECHANISMS OF LOCALIZATION OF RADIOTRACERS
1. Introduction.  2. A Kinetic Approach to the Mechanisms of Localization of Radiotracers.  3. Single Compartmental Distribution by Dilution.  4. Multiple Compartmental Localization by Diffusion.  5. Radiotracer Distribution by Active Transport.  6. Function of Muscle Cells and Myocardial Imaging.  7. Study of Renal Cell Function by Radiotracer Fixation.  8. Kidney Secretion and Filtration Studies Using Radiotracers.  9. Thyroid Cell Kinetics Studies Using Radiotracers.  10. Adrenal Uptake and Metabolism of Labeled Phosphorous Compounds in Bone.  11. Study of Hepatocyte Function Using Radiotracers.  12. Assessment of Hepatic Function by ¹⁴CO₂ Breath Analysis.  13. Passive Exchange of Labeled Phosphorous Compounds in Bone.  14. Kinetic Analysis of Bone Imaging Agent.  15. Radiofluoride Kinetics.  16. Mechanisms of Localization of Free Radioions.  17. Mechanism of Localization of Metallic Radioions in Soft Tissue Tumors.  18. The Role of Phagocytosis and Pinocytosis in the Localization of Radiotracers.  19. Trapping of Amino Acids.  20. Radiotracer Techniques to Study Fibrin Deposition and Lysis.  21. Radiation Dose Calculations in Radiotracer Studies.  22. SI Units in Radiopharmacology.  Index.