Front Cover; International Review of Neurobiology, Volume 13; Copyright Page; Contents; Contributors; Chapter 1. Of Pattern and Place in Dendrites; I. Historical Introduction; II. Specific Patterning in Dendritic Domains; III. Specificity of Synaptic Position; IV. Conclusions; References; Chapter 2. The Fine Structural Localization of Biogenic Monoamines in Nervous Tissue; I. Introduction; II. Model Tissue Experiments and the "Ideal Localizing Paradigm"; III. The Binding of Biogenic Monoamines to Cellular Organelles; IV. Localization of Monoamines in Nervous Tissue; V. Conclusions
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II. Possible Role of RNA in Excitable MembraneIII. Prostaglandin-Ribonucleoprotein Complex; IV. Specification of the Cholinergic Receptor; V. Specification of the Catecholamine Receptors; VI. Specification of the Serotonin Receptors; VII. Amino Acid Transmitters; VIII. The Disulfide Bond; IX. Miscellaneous Compounds; X. Some Stereochemical Relations between Membrane-Active Drugs and Antibiotics; XI. RNA and the Sodium Pump Mechanism; References; Note added in proof; Chapter 8. Molecular Mechanisms in Information Processing; I. Introduction; II. Neural Coding
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III. Evidence for Molecular MechanismsIV. Molecular Hypotheses; V. Concluding Remarks; References; Chapter 9. The Effect of Increased Functional Activity on the Protein Metabolism of the Nervous System; I. Introduction; II. Studies Performed at the Tissue Level; III. Protein and Nucleic Acid Metabolism in Neurons and Glial Cells; IV. Conclusions; References; Note added in proof; Chapter 10. Protein Transport in Neurons; I. Introduction; II. Site of Neuronal Protein Synthesis; III. Axonal Transport; IV. Physiological and Pathological Changes which Effect Axonal Transport
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IV. Amino Acid Uptake and Subcellular LocalizationV. Separation of Catecholamine-Storing Synaptosomes in Different Brain Regions; VI. Separation of Synaptosomes Storing Different Transmitters; VII. Conclusions; References; Chapter 6. Chemical Mechanisms of Transmitter-Receptor Interaction; I. Studies to Elucidate the Chemical Nature of the Receptor; II. Biochemical Effects of the Transmitters; III. Theories of Transmitter-Receptor Interaction; References; Chapter 7. The Chemical Nature of the Receptor Site A Study in the Stereochemistry of Synaptic Mechanisms; I. Introduction