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Neuronal Recognition
An outstanding characteristic of the nervous system is that neurons make selective functional contacts. Each neuron behaves as if it recog­ nizes the neurons with which it associates and rejects associations with others. The specific interneuronal relationships that result define the innate neuronal circuits that determine the functioning of this system. The purpose of this volume is to present some approaches to the problem of neuronal recognition. The volume has been somewhat arbitrarily divided into three sections. In the first section, the overrid­ ing theme is the degree of specificity of neuronal recognition. How specific is specific? Is the specificity so precise that the neurites of one neuron will only make synaptic contact with a unique target neuron? If less precise, within what range? Are the rules for specification that are operative in the embryo still operative at the same level of precision when connections regenerate in the mature organism? Are they still operative in dissociated tissue grown in culture? The second section of this volume contains reviews of morphologi­ cal studies of synaptogenesis and biochemical studies of synaptic com­ ponents. Can the morphology of developing cellular contacts provide clues about selectivity? Can the chemical components of synaptic junc­ tions be isolated and characterized? Do they include resolvable components that mediate neuronal recognition? The third section contains studies seeking to identify the existence of specific molecules that might mediate cellular recognition. A major question here is whether molecules of this type even exist.
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Neuronal Recognition
An outstanding characteristic of the nervous system is that neurons make selective functional contacts. Each neuron behaves as if it recog­ nizes the neurons with which it associates and rejects associations with others. The specific interneuronal relationships that result define the innate neuronal circuits that determine the functioning of this system. The purpose of this volume is to present some approaches to the problem of neuronal recognition. The volume has been somewhat arbitrarily divided into three sections. In the first section, the overrid­ ing theme is the degree of specificity of neuronal recognition. How specific is specific? Is the specificity so precise that the neurites of one neuron will only make synaptic contact with a unique target neuron? If less precise, within what range? Are the rules for specification that are operative in the embryo still operative at the same level of precision when connections regenerate in the mature organism? Are they still operative in dissociated tissue grown in culture? The second section of this volume contains reviews of morphologi­ cal studies of synaptogenesis and biochemical studies of synaptic com­ ponents. Can the morphology of developing cellular contacts provide clues about selectivity? Can the chemical components of synaptic junc­ tions be isolated and characterized? Do they include resolvable components that mediate neuronal recognition? The third section contains studies seeking to identify the existence of specific molecules that might mediate cellular recognition. A major question here is whether molecules of this type even exist.
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Neuronal Recognition

Neuronal Recognition

by Samuel Barondes (Editor)
Neuronal Recognition

Neuronal Recognition

by Samuel Barondes (Editor)

Overview

An outstanding characteristic of the nervous system is that neurons make selective functional contacts. Each neuron behaves as if it recog­ nizes the neurons with which it associates and rejects associations with others. The specific interneuronal relationships that result define the innate neuronal circuits that determine the functioning of this system. The purpose of this volume is to present some approaches to the problem of neuronal recognition. The volume has been somewhat arbitrarily divided into three sections. In the first section, the overrid­ ing theme is the degree of specificity of neuronal recognition. How specific is specific? Is the specificity so precise that the neurites of one neuron will only make synaptic contact with a unique target neuron? If less precise, within what range? Are the rules for specification that are operative in the embryo still operative at the same level of precision when connections regenerate in the mature organism? Are they still operative in dissociated tissue grown in culture? The second section of this volume contains reviews of morphologi­ cal studies of synaptogenesis and biochemical studies of synaptic com­ ponents. Can the morphology of developing cellular contacts provide clues about selectivity? Can the chemical components of synaptic junc­ tions be isolated and characterized? Do they include resolvable components that mediate neuronal recognition? The third section contains studies seeking to identify the existence of specific molecules that might mediate cellular recognition. A major question here is whether molecules of this type even exist.

Product Details

ISBN-13: 9781468422078
Publisher: Springer US
Publication date: 02/22/2012
Series: Current Topics in Neurobiology
Edition description: Softcover reprint of the original 1st ed. 1976
Pages: 368
Product dimensions: 5.98(w) x 9.02(h) x 0.03(d)

Table of Contents

I. Specificity in Synaptic Development and Regeneration.- 1. Neuronal Recognition in the Retinotectal System.- 2. Specificity of Nerve-Muscle Interactions.- 3. Reactive Synaptogenesis in the Adult Nervous System: The Effects of Partial Deafferentation on New Synapse Formation.- 4. The Expression of Neuronal Specificity in Tissue Culture.- II. Morphological and Biochemical Studies of Synapses.- 5. From the Growth Cone to the Synapse: Properties of Membranes Involved in Synapse Formation.- 6. Biochemical Studies of Synaptic Macromolecules: Are There Specific Synaptic Components?.- III. Toward a Molecular Basis of Neuronal Recognition.- 7. Cell Recognition in Embryonic Morphogenesis and the Problem of Neuronal Specificities.- 8. An in Vitro Assay for Retinotectal Specificity.- 9. Membranes as a Tool for the Study of Cell Surface Recognition.- 10. Morphogenetic Role of Glycosaminoglycans (Acid Mucopolysaccharides) in Brain and Other Tissues.- 11. Cell Surface Carbohydrate-Binding Proteins: Role in Cell Recognition.- Note Added in Proof to Chapter 5.
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