The Neutrophil: Cellular Biochemistry and Physiology

Maurice B. Hallett

1. The Significance of Stimulus-Response Coupling in the Neutrophil for Physiology and Pathology 2. Characteristics and Mechanisms of Secretion by Neutrophils 3. Biophysics of Leukocytes: Neutrophil Chemotaxis; Characteristics and Mechanisms 4. The Molecular Mechanism of Oxygen Reduction by the Neutrophil Oxidase 5. Mobilization, Metabolism, and Bio-logical Effects of Eicosanoids in Polymorphonuclear Leuko-cytes 6. The Cortical Actin Filament Network of Neutrophil Leukocytes during Phagocytosis and Chemotaxis 7. The Role of Inositol Phospholipid Metabolism and Diacylglycerol Production in Neutrophil Signal Transduction 8. Role of Calcium in Neutrophil Activation 9. Ca2+-Dependent and Independent Mechanisms in Neutrophil Activation; Roles of Kinase-C, Diacyl-glycerol, and Unidentified Intracellular Messengers 10. Ion Transport in Phagocytes