
Dale's Principle and Communication between Neurones
Based on a Colloquium of the Neurochemical Group of the Biochemical Society, Held at Oxford University, July 1982
- 212 pages
- English
- ePUB (mobile friendly)
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Dale's Principle and Communication between Neurones
Based on a Colloquium of the Neurochemical Group of the Biochemical Society, Held at Oxford University, July 1982
About this book
Dale's Principle and Communication Between Neurones is based on a colloquium of the Neurochemical Group of the Biochemical Society, held at Oxford University, July 1982. This book focuses on communication between neurones by means of chemical signals. The book contains an introductory chapter by V. P. Whittaker and nine further chapters on various aspects of the chemical communication processes between neurones. Topics covered include chemical communication between excitable cells; the neuroendocrine division of the nervous system; evidence for a neurone having the capacity to use two chemicals in the same process; and non-synaptic interneuronal communication. Each article is based on the excellent lectures given by the main authors and the discussion which ensued in the one-day colloquium held in Oxford. The final chapter is a specially invited contribution by Drs. Polak and Varndell, who agreed to produce an article on their new method of localising transmitter-like molecules at the electron-microscopic level.
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Information
Table of contents
- Cover image
- Title page
- Table of Contents
- Other Pergamon publications of related interest
- Copyright
- Preface
- List of Contributors
- Chapter 1: What is Dale’s Principle?
- Chapter 2: Recent Concepts of Chemical Communication between Excitable Cells
- Chapter 3: The Neuroendocrine Division of the Nervous System: APUD Cells as Neurones or Paraneurones
- Chapter 4: Evidence for Co-transmission by Specific Neurones
- Chapter 5: Dendrites as Sites of Storage and Release of Neurotransmitter Substances, an Extension of Dale’s Principle
- Chapter 6: Non-synaptic Interneuronal Communication: Physiological and Pharmacological Implication
- Chapter 7: Regulation of Glutamatergic and GABAergic Neuronal Activity by Astroglial Cells
- Chapter 8: Early Events in Autonomic Neurone Development: the Cholinergic/Adrenergic Choice
- Chapter 9: Multiple Signals Participating in GABA Receptor Modulation
- Chapter 10: The Use of Immunogold Staining Procedures in the Demonstration of Neurochemical Coexistence at the Ultrastructural Level
- Index