Principles of neural development:
Saved in:
| Main Authors: | , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Sunderland, Mass.
Sinauer
1985
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Item Description: | Literaturverz. S. 377 - 423 |
| Physical Description: | 433 S. Ill., graph. Darst. |
| ISBN: | 0878937447 |
Staff View
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| 245 | 1 | 0 | |a Principles of neural development |c Dale Purves and Jeff W. Lichtman |
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Record in the Search Index
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| adam_text | Titel: Principles of neural development
Autor: Purves, Dale
Jahr: 1985
Contents
EARLY EVENTS IN NEURAL DEVELOPMENT 3
Introduction 3
The Rise of Experimental Embryology 3
Box A: Ontogeny and Phylogeny 6
Some Major Events in Early Embryonic Development 8
RESPECTIVE ROLES OF NUCLEUS AND CYTOPLASM IN THE EARLIEST
STAGES OF DEVELOPMENT 8
CELL CLEAVAGE AND FORMATION OF THE BLASTULA 9
FORMATION OF THE GASTRULA 11
Initial Formation of Neural Structures in Vertebrates 13
NEURULATION 13
EMERGENCE OF THE VERTEBRATE BRAIN 17
Initial Formation of Neural Structures in Invertebrates 20
Box B: Metamorphosis 22
Conclusions 22
NEURONAL DIFFERENTIATION 25
Introduction 25
Influences on Cell Differentiation 25
INFLUENCE OF THE NUCLEUS 25
Box A: What Is the Relation of Genes to Development? 28
INFLUENCE OF THE CYTOPLASM 28
INFLUENCES ARISING FROM OTHER CELLS 29
Fate Mapping and Cell Determination 30
Differentiation of Nerve Cells 32
EARLY ATTEMPTS TO DEFINE THE ORIGIN OF NERVE AND GLIAL
CELLS 32
MODERN STUDIES OF NERVE CELL LINEAGE 33
Box B: Molecular Biologists Captivated by Neurobiology 34
ACQUISITION OF TRANSMITTER PROPERTIES 42
DIFFERENTIATION OF ELECTRICAL EXCITABILITY 48
DIFFERENTIATION OF NEURONAL FORM 49
Conclusions 51
PATTERN AND POSITIONAL INFORMATION 53
Introduction 53
Quest for an Organizing Principle in Embryonic Development 53
Box A: Hans Spemann (1869-1941) 54
Compensatory Phenomena in the Genesis of Embryonic Form:
Regulation and Morphogenetic Fields 57
Positional Information 59
EVIDENCE FOR POSITIONAL INFORMATION IN A ONE-DIMENSIONAL
SYSTEM 59
EVIDENCE FOR POSITIONAL INFORMATION IN TWO-DIMENSIONAL
SYSTEMS 60
EVIDENCE FOR POSITIONAL INFORMATION IN A SIMPLE THREE-
DIMENSIONAL SYSTEM 61
EVIDENCE FOR POSITIONAL INFORMATION IN A MORE COMPLEX THREE-
DIMENSIONAL SYSTEM: MORPHOGENESIS OF THE VERTEBRATE
LIMB 63
How Positional Information Might Operate 65
GRADIENTS 65
Box B: Propriety of Positional Information in Limb Morphogenesis 68
FRENCH FLAG MODEL 69
POLAR COORDINATE MODEL 71
COMPARTMENTS 72
Conclusions 77
Box C: Segmentation 78
MOVEMENT AND MIGRATION OF NEURONS 81
Introduction 81
Mechanisms of Cell Movement 81
Cues for the Initiation, Direction and Cessation of Cell Movement 83
INHERENT DIRECTIONAL PREFERENCES 83
CHEMOTAXIS 85
DIFFERENTIAL ADHESION 86
Box A: Johannes Friedrich Karl Holtfreter (b. 1901) 88
Neuronal Migration 90
MIGRATION OF NEURONS IN THE PERIPHERAL NERVOUS SYSTEM 90
MIGRATION OF NEURONAL PRECURSORS IN THE DEVELOPING CENTRAL
NERVOUS SYSTEM 91
Nerve Cell Growth Cones and their Mechanism of Movement 94
STRUCTURE OF GROWTH CONES 94
Box B: Ross Granville Harrison (1870-1959) 98
MECHANISMS OF NEURITE GROWTH 98
Conclusions 103
AXON OUTGROWTH AND THE GENERATION OF
STEREOTYPED NERVE PATTERNS 105
Introduction 105
Studies of Axon Outgrowth in Relatively Simple Systems 105
Studies of Axon Outgrowth in More Complex Systems 108
ESTABLISHMENT OF STEREOTYPED PROJECTION PATTERNS IN
VERTEBRATES 110
Box A: Cell Marking with Horseradish Peroxidase 114
SIGNIFICANCE OF STEREOTYPED NERVE BRANCHING 117
EVIDENCE FOR AXONAL PATHFINDING 117
Mechanisms of Directed Axon Outgrowth 119
STEREOTROPISM 120
Box B: Axon Outgrowth during Regeneration 122
TROPISM BASED ON DIFFERENTIAL ADHESIVENESS 123
GALVANOTROPISM 124
CHEMOTROPISM 128
Conclusions 129
NEURONAL DEATH DURING DEVELOPMENT 131
Introduction 131
Box A: Counting Cells 132
Programmed Cell Death 132
Target-Dependent Neuronal Death 135
RELATION BETWEEN THE NUMBER OF CELLS IN NERVE CENTERS AND
THE SIZE OF THEIR TARGETS 135
Box B: Viktor Hamburger (b. 1900) 140
PROXIMATE CAUSE OF TARGET-DEPENDENT NEURONAL DEATH 140
Box C: Cell Death Induced by Hormones 143
EVIDENCE FOR COMPETITION IN NEURONAL DEATH 144
THE OBJECT OF COMPETITION DURING NEURONAL DEATH 146
ROLE OF SYNAPTIC CONNECTIONS IN NEURONAL DEATH OR
SURVIVAL 149
Innervation-Dependent Neuronal Death 151
Box D: Cell Death and Neuronal Proliferation in Maturity 152
Conclusions 153
TROPHIC EFFECTS OF TARGETS ON NEURONS 155
Introduction 155
Nerve Growth Factor: The Preeminent Example of a Trophic Agent 155
DISCOVERY OF NERVE GROWTH FACTOR 155
Box A: Rita Levi-Montalcini (b. 1909) 158
CHARACTERIZATION OF THE NERVE GROWTH FACTOR
MOLECULE 159
Box B: Why Does a Mouse Sarcoma Secrete NGF? 160
Biological Role of Nerve Growth Factor 162
SPECIFICITY OF NERVE GROWTH FACTOR EFFECTS 163
BIOLOGICAL SOURCES OF NERVE GROWTH FACTOR 165
EFFECTS OF NERVE GROWTH FACTOR ON NEURON SURVIVAL 166
TROPIC EFFECT OF NERVE GROWTH FACTOR 168
LOCAL MAINTENANCE OF TERMINAL ARBORIZATIONS BY NERVE
GROWTH FACTOR 168
How Does Nerve Growth Factor Achieve its Effects? 170
Evidence for Agents Analogous in Function to Nerve Growth Factor
in Other Parts of the Nervous System 174
Box C: Familial Dysautonomia:
A Disorder of Trophic Function? 176
Conclusions 177
LONG-TERM EFFECTS OF NEURONS
ON THEIR TARGETS 179
Introduction 179
Long-Term Effects of Neurons on Muscle 179
EFFECTS OF DENERVATION ON MUSCLE FIBERS 179
EVIDENCE FOR A TROPHIC FACTOR IN THE REGULATION OF MUSCLE
PROPERTIES 181
EVIDENCE FOR ACTIVITY IN THE REGULATION OF MUSCLE
PROPERTIES 182
Box A: Sciatin: Demonstration of a Neurotrophic Factor
or a Cautionary Tale? 183
MUSCLE FIBER PROPERTIES THAT DEPEND UPON MOTOR NEURON
TYPE 187
EFFECTS OF NEURONS ON MUSCLE SURVIVAL DURING LIMB
REGENERATION 189
Long-Term Effects of Neurons on Sensory Receptors 191
Box B: Effects of Innervation
on the Morphology of Crustacean Claws 192
Long-Term Effects of Neurons on Other Nerve Cells 195
EFFECTS OF INNERVATION ON PERIPHERAL NERVE CELLS 195
BoxC: Stephen William Kuffler (1913-1980) 196
Box D: Differential Interference Contrast
(Nomarski) Microscopy 199
EFFECTS OF INNERVATION ON NEURONS
IN THE CENTRAL NERVOUS SYSTEM 201
Conclusions 204
FORMATION OF SYNAPSES 205
Introduction 205
Time of Synapse Formation 205
Box A: What Is a Synapse? 208
Location and Spacing of Initial Synaptic Contacts 210
Structure and Function of Newly Formed Synapses 212
Some General Questions about Synapse Formation 217
ARE POSTSYNAPTIC MEMBRANES REGIONALLY SPECIALIZED BEFORE
INNERVATION? 217
Box B: Santiago Ramon y Cajal (1852-1934) 218
DO PRESYNAPTIC ELEMENTS INDUCE OTHER
POSTSYNAPTIC SPECIALIZATIONS? 221
DO POSTSYNAPTIC CELLS INDUCE CHANGES
IN PRESYNAPTIC NEURONS? 223
Box C: Synapse Formation between Mismatched
Presynaptic and Postsynaptic Elements 226
Conclusions 227
SELECTIVE SYNAPTIC CONNECTIONS 229
Introduction 229
Selective Synaptic Connections in Skeletal Muscle 229
SELECTIVE INNERVATION OF NONMAMMALIAN MUSCLES 229
SELECTIVE INNERVATION OF MAMMALIAN MUSCLES 232
SELECTIVE INNERVATION OF MUSCLE FIBER TYPES 235
Selective Synaptic Connections in Autonomic Ganglia 235
INNERVATION OF SUPERIOR CERVICAL GANGLION CELLS 236
REINNERVATION OF AUTONOMIC GANGLION CELLS 240
Box A: John Newport Langley (1852-1925) 242
Selective Synaptic Connections in the Spinal Cord 243
Selective Synaptic Connections in
the Invertebrate Central Nervous System 246
Conclusions 250
THE MOLECULAR BASIS OF
NEURONAL RECOGNITION 251
Introduction 251
The Retinotectal System 251
Box A: Paul Alfred Weiss (b. 1898) 254
The Chemoaffinity Hypothesis 254
Tests of Sperry s Hypothesis 257
Box B: Roger Wolcott Sperry (b. 1913) 259
Attempts to Define the Molecular Basis of Chemoaffinity 260
INTERCELLULAR ADHESION AS A MEASURE OF CELL
RECOGNITION 260
IMMUNOLOGICAL ATTEMPTS TO IDENTIFY MOLECULES
INVOLVED IN INTERCELLULAR RECOGNITION 263
Box C: Monoclonal Antibodies 264
Alternatives to the Chemoaffinity Hypothesis 267
THE RESONANCE HYPOTHESIS 267
THE CONTACT GUIDANCE HYPOTHESIS 268
THE TARGET LABELING HYPOTHESIS 269
OTHER THEORIES OF RETINOTECTAL SPECIFICITY 269
Conclusions 270
REARRANGEMENT OF DEVELOPING NEURONAL
CONNECTIONS 271
Introduction 271
Synaptic Rearrangement in Different Parts
of the Developing Nervous System 271
SYNAPTIC REARRANGEMENT IN SKELETAL MUSCLE 271
SYNAPTIC REARRANGEMENT IN THE AUTONOMIC NERVOUS
SYSTEM 275
SYNAPTIC REARRANGEMENT IN THE CENTRAL NERVOUS SYSTEM 280
OTHER REARRANGEMENTS IN THE CENTRAL NERVOUS SYSTEM 286
Box A: Elimination of Some Initial Inputs
Is Not a Universal Feature of Neural Development 288
Mechanisms Underlying the Rearrangement of Synaptic Connections 289
SYNAPTIC REARRANGEMENT APPEARS TO BE BASED ON
COMPETITION 289
Box B: The Relationship of Synaptic Rearrangement
to Error Correction 289
THE OBJECT OF COMPETITION DURING SYNAPTIC REARRANGEMENT IS
PROBABLY TROPHIC SUPPORT 290
TROPHIC SUPPORT IS SOMEHOW LINKED TO NEURAL ACTIVITY 290
SYNAPTIC REARRANGEMENT AND TARGET CELL SHAPE 296
Conclusions 300
MAINTENANCE AND MODIFIABILITY OF SYNAPSES 301
Introduction 301
Modification of Synaptic Connections 301
SPROUTING OF AXON TERMINALS AND THE FORMATION OF NOVEL
SYNAPTIC CONNECTIONS 301
RETRACTION OF SYNAPTIC CONNECTIONS IN THE ADULT NERVOUS
SYSTEM 308
BALANCE BETWEEN SPROUTING AND RETRACTION 310
NORMAL MODIFICATION OF SYNAPTIC CONNECTIONS 311
MODIFICATION OF SYNAPTIC CONNECTIONS IN OLD AGE 313
Modification of Synaptic Efficacy 315
CHANGES WITH USE AT INDIVIDUAL NERVE-MUSCLE SYNAPSES 315
MODIFICATION OF CENTRAL SYNAPTIC FUNCTION IN
INVERTEBRATES 317
Box A: Bernard Katz (b. 1911) 318
Box B: Compensatory Responses to Distorted Perception 324
MODIFICATION OF SYNAPSES FOLLOWING
REPETITIVE ACTIVITY IN THE HIPPOCAMPUS 325
Conclusions 327
THE DEVELOPMENT OF BEHAVIOR 329
Introduction 329
Innate Quality of Many Behaviors 329
INSTINCTUAL BEHAVIOR 329
EVIDENCE FOR THE DEVELOPMENT OF COMPLEX NEURAL PROGRAMS IN
THE ABSENCE OF EXPERIENCE 332
Influence of Experience on the Development of Behavior 333
IMPRINTING 334
EFFECTS OF EARLY EXPERIENCE ON
THE SOCIAL BEHAVIOR OF PRIMATES 334
Box A: Konrad Zacharias Lorenz (b. 1903) 336
DEVELOPMENT OF BIRDSONG 338
Refinement of Innate Connections in the Visual System 343
Box B: Neural Correlates of
Sexually Dimorphic Behavior in Invertebrates 344
THE CAT VISUAL SYSTEM AT BIRTH 345
Box C: David Hunter Hubel (b. 1926)
and Torsten Nils Wiesel (b. 1924) 346
EFFECTS OF EYE CLOSURE 349
RELEVANCE OF DEPRIVATION EFFECTS TO NORMAL
DEVELOPMENT 351
Conclusions 354
PRINCIPLES OF (AND SOME PREJUDICES ABOUT)
NEURAL DEVELOPMENT 357
ACKNOWLEDGMENTS 364
GLOSSARY 365
BIBLIOGRAPHY 377
INDEX 425
|
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| indexdate | 2024-07-09T15:25:47Z |
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| isbn | 0878937447 |
| language | English |
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| physical | 433 S. Ill., graph. Darst. |
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| spelling | Purves, Dale 1938- Verfasser (DE-588)1029271143 aut Principles of neural development Dale Purves and Jeff W. Lichtman Sunderland, Mass. Sinauer 1985 433 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturverz. S. 377 - 423 Embryonic Development cabt Nervous System cabt Neurologie du développement Developmental neurobiology Nervous System embryology Nervous System growth & development Neurogenese (DE-588)4331352-8 gnd rswk-swf Neurogenese (DE-588)4331352-8 s DE-604 Lichtman, Jeff W. Verfasser aut HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000749333&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Purves, Dale 1938- Lichtman, Jeff W. Principles of neural development Embryonic Development cabt Nervous System cabt Neurologie du développement Developmental neurobiology Nervous System embryology Nervous System growth & development Neurogenese (DE-588)4331352-8 gnd |
| subject_GND | (DE-588)4331352-8 |
| title | Principles of neural development |
| title_auth | Principles of neural development |
| title_exact_search | Principles of neural development |
| title_full | Principles of neural development Dale Purves and Jeff W. Lichtman |
| title_fullStr | Principles of neural development Dale Purves and Jeff W. Lichtman |
| title_full_unstemmed | Principles of neural development Dale Purves and Jeff W. Lichtman |
| title_short | Principles of neural development |
| title_sort | principles of neural development |
| topic | Embryonic Development cabt Nervous System cabt Neurologie du développement Developmental neurobiology Nervous System embryology Nervous System growth & development Neurogenese (DE-588)4331352-8 gnd |
| topic_facet | Embryonic Development Nervous System Neurologie du développement Developmental neurobiology Nervous System embryology Nervous System growth & development Neurogenese |
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