Neurophysiological basis of movement:
Gespeichert in:
1. Verfasser: | |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Champaign, Ill. [u.a.]
Human Kinetics
1998
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Schlagworte: | |
Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | X, 269 S. Ill., graph. Darst. |
ISBN: | 0880117567 |
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adam_text | CONTENTS
Preface viii
Introduction ix
WORLD I: CELLS 1
Chapter 1: Membranes, Particles, and Potentials 3
1.1. Complex System Approach 3
1.2. The Biological Membrane 5
1.3. Movement in a Solution 6
1.4. Concentration of Water: Osmosis 7
1.5. Movement of Ions 8
Chapter 2: Action Potential 10
2.1. Creation of Membrane Potential 10
2.2. Basic Features of Action Potential 12
2.3. Mechanism of Generation of Action Potential 13
Chapter 3: Information Conduction and Transmission 17
3.1. Conduction of Action Potential 18
3.2. Myelinated Fibers 19
3.3. The Structure of the Neuron 20
3.4. Information Coding in the Nervous System 22
3.5. Synaptic Transmission 22
3.6. Neurotransmitters 23
3.7. Temporal and Spatial Summation 23
Chapter 4: The Skeletal Muscle 26
4.1. Skeletal Muscle: Structure 26
4.2. Myofilaments 27
4.3. Neuromuscular Synapse 27
4.4. Mechanism of Contraction 29
4.5. Types of Muscle Contraction 30
4.6. Elements of Mechanics 31
4.7. Force Length and Force Velocity Relations 32
4.8. External Regimes of Muscle Contraction 33
Chapter 5: Receptors 35
5.1. General Classification and Properties of Receptors 35
5.2. Muscle Spindles 36
5.3. The Gamma System 38
5.4. Golgi Tendon Organs 39
iii
iv CONTENTS
5.5. Other Muscle Receptors 40
5.6. Articular Receptors 40
5.7. Cutaneous Receptors 40
5.8. Where Does the Information Go? 41
Chapter 6: Motor Units and Electromyography 43
6.1. The Notion of Motor Unit 43
6.2. Fast and Slow Motor Units 44
6.3. The Henneman Principle (Size Principle) 45
6.4. Functional Role of Different Motor Units 46
6.5. Electromyography 47
6.6. Filtering, Rectification, and Integration 48
World I Problems 51
World I Recommended Readings 51
WORLD II: CONNECTIONS 53
Chapter 7: Excitation and Inhibition Within the Spinal Cord 55
7.1. The Spinal Cord 55
7.2. Excitation Within the Central Nervous System 57
7.3. Postsynaptic Inhibition 58
7.4. Renshaw Cells 59
7.5. Ia Interneurons 60
7.6. Presynaptic Inhibition 61
Chapter 8: Monosynaptic Reflexes 64
8.1. Reflexes 64
8.2. Reflex Arc 64
8.3. H Reflexes, T Reflexes, and M Response 65
8.4. The Effects of Voluntary Muscle Activation on Monosynaptic Reflexes 69
8.5. F Wave 69
Chapter 9: Oligosynaptic and Polysynaptic Reflexes 71
9.1. Oligosynaptic Reflexes 71
9.2. Polysynaptic Reflexes 73
9.3. Flexor Reflex 74
9.4. Tonic Stretch Reflex 74
9.5. Tonic Vibration Reflex 76
9.6. Interaction Among Reflex Pathways 77
9.7. Interjoint and Interlimb Reflexes 79
Chapter 10: Voluntary Control of a Single Muscle 80
10.1. Feedforward and Feedback Control 80
10.2. Servo Control 82
10.3. The Servo Hypothesis 83
10.4. Alpha Gamma Coactivation 85
10.5. Voluntary Activation of Muscles 85
10.6. Equilibrium Point Hypothesis 85
Chapter 11: Patterns of Single Joint Movements 88
11.1. Isotonic Movements and Isometric Contractions 88
11.2. Performance and Task Parameters 89
11.3. Electromyographic Patterns During Single Joint Isotonic Movements 91
11.4. Electromyographic Patterns During Single Joint Isometric Contractions 94
11.5. The Dual Strategy Hypothesis 96
Chapter 12: Preprogrammed Reactions 98
12.1. Preprogrammed Reactions 98
12.2. Preprogrammed Reaction Is Not a Stretch Reflex 100
CONTENTS v
12.3. In Search of the Afferent Source of Preprogrammed Reactions 100
12.4. Preprogrammed Reactions During Movement Perturbations 101
12.5. Basic Features of Preprogrammed Reactions 102
12.6. Preprogrammed Corrections of Vertical Posture 103
12.7. Corrective Stumbling Reaction 104
World II Problems 105
World II Recommended Readings 105
WORLD III: STRUCTURES 107
Chapter 13: Methods of Brain Study and Elements of the Brain Anatomy 109
13.1. S ingle Neuron Recording 109
13.2. Electroencephalography 110
13.3. Evoked Potentials 111
13.4. Radiography 112
13.5. Computerized Tomography 112
13.6. Positron Emission Tomography 112
13.7. Magnetic Resonance Imaging 113
13.8. Neuroanatomical Tracing 113
13.9. Major Brain Structures 114
Chapter 14: Cerebral Cortex 121
14.1. Cerebral Hemispheres 121
14.2. Structure of the Cerebral Cortex 122
14.3. Primary Motor and Premotor Areas 123
14.4. Inputs to Motor Cortex 124
14.5. Outputs of Motor Cortex 125
14.6. Preparation for a Voluntary Movement 126
14.7. Neuronal Population Vectors 127
Chapter 15: The Cerebellum 129
15.1. Anatomy of the Cerebellum 129
15.2. Cerebellar Inputs 131
15.3. Cerebellar Outputs 132
15.4. Relation of Cerebellar Activity to Voluntary Movement 135
15.5. Neuronal Population Vectors 135
15.6. The Effects of Cerebellar Lesions 135
Chapter 16: The Basal Ganglia 139
16.1. Anatomy of the Basal Ganglia 139
16.2. Inputs and Outputs of the Basal Ganglia 140
16.3. Motor Circuits Involving the Basal Ganglia 141
16.4. Activity of the Basal Ganglia During Movements 142
16.5. Effects of Lesions of the Basal Ganglia 143
Chapter 17: Ascending and Descending Pathways 145
17.1. Basic Properties of Neural Pathways 145
17.2. Afferent Input to the Spinal Cord 146
17.3. Dorsal Column Pathway 146
17.4. Spinocervical Pathway 147
17.5. Spinothalamic Tract 147
17.6. Spinocerebellar Tracts 147
17.7. Spinoreticular Tract 148
17.8. Pyramidal Tract 149
17.9. Rubrospinal Tract 150
17.10. Vestibulospinal Tracts 150
17.11. Reticulospinal Tract and Other Descending Tracts 150
17.12. Propriospinal Tracts 151
vi CONTENTS
Chapter 18: Memory 152
18.1. Descartes Dualism and Cellular Mechanisms of Memory 152
18.2. Habituation of Reflexes 153
18.3. Learning and Memory 153
18.4. Types of Learning 153
18.5. Conditioned Reflexes 154
18.6. Short Term and Long Term Memories 155
18.7. Neuronal/Synaptic Mechanisms of Memory? 155
18.8. Retrieval of Memory 156
18.9. Genetic Code as an Example of Memory 157
18.10. Plasticity in the Brain 157
18.11. Korsakoff s Syndrome 157
18.12. Possible Role of Hippocampus in Memory 158
18.13. Spinal Memory 158
World Ill Problems 160
World Ill Recommended Readings 160
WORLD IV: BEHAVIORS 161
Chapter 19: Postural Control 163
19.1. Vertical Posture 163
19.2. Vestibular System 164
19.3. The Role of Vision in Postural Control 165
19.4. The Role of Proprioception in Postural Control 166
19.5. Anticipatory and Corrective Postural Adjustments 167
19.6. The Notion of Postural Synergy 170
Chapter 20: Locomotion 172
20.1. Two Approaches to Locomotion 172
20.2. Central Pattern Generator 173
20.3. Locomotor Centers 173
20.4. Spinal Locomotion 175
20.5. Gait Patterns 175
20.6. Corrective Stumbling Reaction 175
20.7. Dynamic Pattern Generation 176
Chapter 21: Multi Joint Movement 179
21.1. General Features of Targeted Movements 179
21.2. Major Problems of Controlling Natural Reaching Movements 180
21.3. Spinal Mechanisms of Multi Joint Coordination: Interjoint Reflexes 183
21.4. Spinal Mechanisms of Multi Joint Coordination: Control Variables 183
21.5. Supraspinal Mechanisms 184
21.6. The Equilibrium Trajectory Hypothesis 185
21.7. What Is Controlled? 186
Chapter 22: Vision 188
22.1. The Eye 188
22.2. Photoreceptors 188
22.3. Retina and Optic Nerve 189
22.4. Oculomotor Control 190
22.5. Central Mechanisms of Visual Perception 192
22.6. The Role of Visual Information in Voluntary Movements 194
Chapter 23: Kinesthesia 195
23.1. Which Physical Variables Are Sensed by Proprioceptors? 195
23.2. Peripheral Sources of Kinesthetic Information 195
23.3. The Role of the Motor Command in Kinesthesia 198
CONTENTS vii
23.4. Where Does the Information Go? 199
23.5. Kinesthetic Illusions 201
23.6. Pain 201
Chapter 24: Fatigue 204
24.1. Fatigue and Its Contributors 204
24.2. Muscular Mechanisms of Fatigue 205
24.3. Spinal Mechanisms of Fatigue 206
24.4. Supraspinal Mechanisms of Fatigue 206
24.5. Adaptive Changes During Fatigue 206
24.6. Abnormal Fatigue 207
World IV Problems 209
World IV Recommended Readings 209
WORLD V: DISORDERS 211
Chapter 25: Spastidty 213
25.1. Challenges of Clinical Studies 213
25.2. Spinal Cord Injury 213
25.3. Signs and Symptoms of Spasticity 214
25.4. Treatment of Spasticity 217
25.5. Multiple Sclerosis 220
Chapter 26: Parkinson s Disease and Dystonia 221
26.1. Clinical Features of Parkinson s Disease 221
26.2. Voluntary Movements in Parkinson s Disease 223
26.3. Differences in Anticipatory Adjustments and in Preprogrammed Reactions 224
26.4. Changes in Segmental Reflexes 226
26.5. Possible Mechanisms 226
26.6. Dystonia 226
Chapter 27: Implications for Motor Rehabilitation 229
27.1. Sources of Variability of Voluntary Movements 229
27.2. Changes in the Central Nervous System Priorities 230
27.3. Central Nervous System Plasticity 232
27.4. Adaptive Changes in Motor Patterns of Atypical Individuals 232
27.5. Amputation 233
27.6. Down Syndrome 233
27.7. Practical Considerations 236
World V Problems 237
World V Recommended Readings 237
Laboratories 239
Introduction 239
Laboratory 1 241
Laboratory 2 244
Laboratory 3 246
Laboratory 4 249
Laboratory 5 251
Laboratory 6 254
Glossary 256
Index 263
About the Author 269
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genre | Matériel didactique |
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spelling | Latash, Mark L. Verfasser aut Neurophysiological basis of movement Mark L. Latash Champaign, Ill. [u.a.] Human Kinetics 1998 X, 269 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Activité motrice Activité motrice ram Biomécanique ram Locomotion Mécanique humaine - Manuels d'enseignement ram Neurophysiologie Neurophysiologie ram Troubles moteurs Troubles moteurs ram Bewegungsstörung (DE-588)4069422-7 gnd rswk-swf Neurophysiologie (DE-588)4041897-2 gnd rswk-swf Bewegung (DE-588)4006311-2 gnd rswk-swf Matériel didactique Bewegung (DE-588)4006311-2 s Neurophysiologie (DE-588)4041897-2 s DE-604 Bewegungsstörung (DE-588)4069422-7 s HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008278540&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Latash, Mark L. Neurophysiological basis of movement Activité motrice Activité motrice ram Biomécanique ram Locomotion Mécanique humaine - Manuels d'enseignement ram Neurophysiologie Neurophysiologie ram Troubles moteurs Troubles moteurs ram Bewegungsstörung (DE-588)4069422-7 gnd Neurophysiologie (DE-588)4041897-2 gnd Bewegung (DE-588)4006311-2 gnd |
subject_GND | (DE-588)4069422-7 (DE-588)4041897-2 (DE-588)4006311-2 |
title | Neurophysiological basis of movement |
title_auth | Neurophysiological basis of movement |
title_exact_search | Neurophysiological basis of movement |
title_full | Neurophysiological basis of movement Mark L. Latash |
title_fullStr | Neurophysiological basis of movement Mark L. Latash |
title_full_unstemmed | Neurophysiological basis of movement Mark L. Latash |
title_short | Neurophysiological basis of movement |
title_sort | neurophysiological basis of movement |
topic | Activité motrice Activité motrice ram Biomécanique ram Locomotion Mécanique humaine - Manuels d'enseignement ram Neurophysiologie Neurophysiologie ram Troubles moteurs Troubles moteurs ram Bewegungsstörung (DE-588)4069422-7 gnd Neurophysiologie (DE-588)4041897-2 gnd Bewegung (DE-588)4006311-2 gnd |
topic_facet | Activité motrice Biomécanique Locomotion Mécanique humaine - Manuels d'enseignement Neurophysiologie Troubles moteurs Bewegungsstörung Bewegung Matériel didactique |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008278540&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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