Blood cells in nuclear medicine, part II

1. Introduction.- 2. Histopathological Infiltrations of Migratory Blood Cells.- 3. Physiology and Pathophysiology of Migratory Blood Cells.- 4. Inflammatory Effectors and Mechanisms of Information Processing for Cellular Reactions and Communication in Regenerative Tissue Morphogenesis by Leucocytes: Chemical Signalling in Poiesis, Recruitment, Taxis, Tropism, and Stasis of Cells.- 5. The Sephadex Model of Acute Inflammation.- 6. Techniques of Cell Handling and Viability Testing.- Editor’s Note: Assays of Migratory Activity.- 7. Radiolabelling Neutrophils — Current Accomplishments and Future Possibilities.- Editor’s Note: Chemotactic Agents.- 8. Labelling Blood Cells with 111-In-Tropolonate.- 9. A New Granulocyte Separation and Labelling Technique.- 10. Clinical Applications of 111-In-Labelled Granulocytes.- 11. Phagocytotic Labelling of Migratory Blood Cells and Its Clinical Applications.- 12. Microdosimetry of Labelled Cells.- 13. Conjugate Counting Applied to the Scintigraphic Quantification of Radionuclide Distributions (Scintimetry).- 14. 111-In Labelled White Blood Cells: Biodistribution and Techniques of In-Vivo Quantification.- 15. Radiation Dosimetry of Labelled Leucocytes.- 16. Antigenic Determinants of Migratory Cells.- 17. Round Table Discussion: Comparative Evaluation of Separation and Labelling Methods of Migratory Blood Cells.- Appendix: Large Scale Techniques for Production and Isolation of Cellular Effector Substances of Regenerative Tissue Morphogenesis by Culturing Cells in Serum-Free, Synthetic Fluids: Design, Preparation And Use of a Novel Medium.