The crustacean stomatogastric system: a model for the study of central nervous systems
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Berlin u.a.
Springer
1987
|
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XVI, 338 S. Ill. |
| ISBN: | 3540169768 0387169768 |
Staff View
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| 245 | 1 | 0 | |a The crustacean stomatogastric system |b a model for the study of central nervous systems |c ed. by Allen I. Selverston ... |
| 264 | 1 | |a Berlin u.a. |b Springer |c 1987 | |
| 300 | |a XVI, 338 S. |b Ill. | ||
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| 650 | 4 | |a Crustacés - Système nerveux - Congrès | |
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Record in the Search Index
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| adam_text | The Crustacean
Stomatogastric System
A Model for the Study
of Central Nervous Systems
Edited by
Allen I Selverston • Maurice Moulins
With 166 Figures
Springer-Verlag Berlin Heidelberg New York
London Paris Tokyo
Contents
Introduction M Moulins and A I Selverston (With 4 Figures) 1
1 Functional Anatomy and Behavior BJ Claiborne and J Ayers
(With 11 Figures) 9
1 1 Functional Anatomy 9
111 Ossicles 9
112 Musculature 11
113 Nervous System 13
114 Ultrastructure and Neuronal Morphology 19
1 2 Behavior 22
121 Cardiac Sac 23
122 Gastric Mill 24
123 Control of the Cardio-Pyloric Valve 27
124 Pylorus 27
2 Neuromuscular Organization and Pharmacology C K Govind
and C J Lingle (With 7 Figures) 31
2 1 Neuromuscular Organization 31
211 Muscle Fibers 31
212 Motoneurons i 35
213 Neuromuscular Synapses 36
2 2 Neuromuscular Pharmacology 40
221 Neuromuscular Transmitters 40
222 Modulatory Effects 43
2 3 Conclusion 48
Appendix: Conditional Regenerative Properties in the Pyloric
Dilator Muscle: Their Functional Implications P Meyrand
(With 4 Figures) 48
3 Neural Circuits B Mulloney (With 9 Figures) 57
3 1 Circuits of the Stomatogastric Ganglion 58
311 Pyloric Circuit 58
312 Gastric Circuit 62
VIII Contents
313 Synapses Between Neurons of the Gastric and Pyloric
Circuits 65
3 2 COG Neurons and the STG Circuits 66
3 3 Descending Inputs to the STG Circuits 68
3 4 Other Stomatogastric Circuits 69
341 Cardiac Circuit 69
342 Oesophageal Circuit 70
3 5 Evidence for Monosynaptic Nature of STG Synapses 70
351 Constant Latency Test 71
352 High Ca2+ Test 73
353 TEA Test 73
354 Controls: Electrical Synapses 73
3 6 Significance of Circuit Analyses 74
Appendix: PY Cell Types in the Stomatogastric Ganglion
of Panulirus D K Hartline, D V Gassie and CD Sirchia
(With 1 Figure) 75
4 Cellular and Synaptic Properties D F Russell and K Graubard
(With 18 Figures) 79
4 1 Passive Electrotonic Properties and Neuronal Geometry 79
4 2 Repetitive Firing and Rebound 79
4 3 Graded Synaptic Transmission 80
431 Input-Output Properties of Graded Transmission 81
4311 Cells Studied 81
4312 Waveform 81
4313 Release Threshold 81
4314 Rebound 83
4315 Conditioning 84
4316 Inferences from Input-Output Properties 84
432 GST and the Oscillation Cycle 85
4321 Current-induced Cycling Under TTX 85
4322 Drug-induced Cycling Under TTX 85
4323 Focal TTX Block 86
4324 Intact Spiking Ganglia 86
433 Conclusion 87
4 4 Plateau Potentials 87
441 Criteria for Regenerative Plateaus 89
442 Cell Types Exhibiting Plateaus 89
443 Functional Roles of Regenerative Plateaus 89
4 5 Synaptic Modulation of Neuronal Properties 90
451 Synaptic Induction of Regenerative Plateaus 91
452 Plateau Induction by Identified Inputs 92
4521 Dopaminergic Inputs 93
Contents IX
4522 APM 93
4523 Muliiaction Synapses from ivnTF 93
4 6 Pacemaker Neurons • 95
461 Conditional Bursters 95
462 ABCell 95
463 LP Cell 96
464 DG (CP) Cell 96
4 7 Analysis of Membrane Currents 97
471 Pyloric Pacemaker Neurons 97
472 Inward Current 98
4 73 Outward Current 98
474 Modulation by Transmitters 99
475 Implications of Modulation for Studies on Ionic
Mechanisms 100
4 8 Conclusions : 100
Appendix: Ionic Basis of Pacemaker Activity in Stomatogastric
Neurons A Hermann and M Wadepuhl (With 5 Figures) 101
5 Pyloric Mechanisms J P Miller (With 13 Figures) 109
5 1 Characteristics of the In Vitro Pyloric Motor Pattern 109
5 2 Why Do Pyloric Cells Fire in Bursts? 112
521 Intrinsic Mechanisms for Burst Generation 113
522 Network Mechanisms for Burst Generation 115
523 Intrinsic BPPs and Network Burstiness: Relative
Contributions 118
5 3 What Mechanisms Determine the Phase Relationships of the
Bursts Within the Pyloric Pattern? 119
531 Roles of Inhibitory Chemical Synapses 120
532 Roles of Electrotonic Coupling 122
533 Roles of Excitatory Chemical Synapses 128
5 4 What Mechanisms Determine the Overall Frequency of the
Pyloric Pattern? 130
541 Intrinsic and Synaptic Mechanisms for Frequency
Control 130
542 Control of Pattern Frequency by Extrinsic Inputs 131
5 5 The Pyloric Pattern: a Mechanistic Explanation 132
5 6 Concluding Remarks 136
Appendix A: Pyloric Pattern Generation in Panulirus interruptus
Is Terminated by Blockade of Activity Through the Stomatogastric
Nerve F Nagy and J P Miller (With 2 Figures) 136
Appendix B: The Pyloric Pacemakers of the Crayfish
Stomatogastric Ganglion Are Conditional Burster Neurons
W W Anderson andP D Kushner (With 3 Figures) 139
X Contents
6 Gastric Mill Mechanisms A I Selverston (With 12 Figures) 147
6 1 Introduction 147
6 2 Behavior 147
621 Semi-intact Preparations 147
622 EMG and Other Studies on Intact Animals 148
623 Endoscopic Studies In Vivo 149
6 3 Motor Patterns Recorded In Vitro 149
6 4 Building Block Concept and Modulation 151
641 Cellular Properties 152
6411 Bursting Pacemaker Potentials (BPPs) 153
6412 Plateau Potentials 154
642 Synaptic Properties 154
6421 Synaptic Strength 155
6422 Delayed EPSPs 157
643 Inputs to the Gastric System 157
644 Gastric Circuits 158
6441 Monosynaptic Connections 158
6442 Functional Connections 159
6443 Total Circuit 159
6444 Simplified Lumped Circuit 160
6 5 Generation of the Gastric Pattern 160
651 Hypothesis 160
652 Testing the Hypothesis 161
6521 Perturbing the System: Single Cell Hyperpolarization 161
6522 Resetting Experiments 162
6523 KillingCells 162
653 Current Status of the Gastric System 163
6531 Source of Bursts 163
6532 Source of Pattern 168
6 6 Conclusion and Prognosis 171
Appendix A: How Many Generators in the Gastric Mill System?
D F Russell (With 4 Figures) 171
Appendix B: Spontaneous and Proctolin-Induced Modes
of Operation of the Isolated Gastric Oscillator and of the Gastric
Mill in the Intact Animal H G Heinzel (With 3 Figures) 175
7 Modeling Stomatogastric Ganglion D K Hartline (With 7 Figures) 181
7 1 Dendritic Tree Models 181
7 2 Network Models 182
7 3 Theoretical Network Models 183
7 4 Physiological Models 183
7 5 Parameter-fitted Models: The Gastric System 184
Contents XI
751 PABLO 184
752 SYNETSIM 1 1 185
753 Friesen-Lewis Neuromime Model 187
754 Thompson-Little Model 187
755 Conclusion 188
7 6 Parameter-measured Models: The Pyloric System 188
761 SYNETSIM 1 2 188
762 SYNETSIM 2 2 189
763 SYNETSIM 2 3 190
764 Raper sChemotonic Model 191
765 SYNETSIM 2 4 194
766 Voltage-clamp Modeling 195
767 Conclusions 196
Appendix: Electrical Structure and Synaptic Integration:
A Multicompartment Model of a Stomatogastric Neuron
D H Edwards (With 5 Figures) 197
8 Extrinsic Inputs F Nagy and M Moulins (With 17 Figures) 205
8;1 Introduction 205
8 2 Potentialities for Flexibility Built into the
Stomatogastric CPGs 206
821 Conditional Oscillations in Pyloric and Gastric Neurons 206
822 Nonlinear Input-Output Relations of Stomatogastric
Oscillators 207
8 3 Modulatory Inputs 209
831 The Anterior Pyloric Modulator (APM) 209
8311 Induction of Burstiness in Pyloric Neurons 209
8312 Modulation of Burstiness in Pyloric Neurons 211
8313 Gastric Activation 213
832 The ivn Through Fibers 213
833 The ion Fibers 213
8 4 Rhythmic Inputs 215
841 Rhythmic Control of the Pyloric Network 215
8411 The CommissuralPyloric Oscillator (CPO) 215
8412 ThePCells 219
842 Rhythmic Control of the Gastric Network 220
8421 The Commissural Gastric Oscillator (CGO) 220
8422 TheECells 225
8423 Other Inputs 225
8 5 ivn Through Fibers 227
8 6 Sensory Inputs : 231
861 The Posterior Stomach Receptors (PSRs) 232
8611 Rhythmic Discharge of the PSRs 232
XII Contents
8612 Long-lasting Activation of the Gastric and
Pyloric CPGs 233
8,6 1 3 Triggering of Rhythmic Activity of the Gastric CPG 235
8614 Entrainment of Gastric and Pyloric Rhythms 235
8615 Functional Significance 237
862 The Anterior Gastric Receptor (AGR) 237
863 Other Inputs 238
8 7 Conclusion 238
871 Control of Intracycle Pattern Generation 239
872 Control of Rhyihm Generation 240
Appendix A: Cellular Integration in a Gastric Proprioceptive
Pathway J Simmers (With 6 Figures) , 242
Appendix B: Chronic Effects of De-afferentation on the
Stomatogastric Ganglion of Panulirus SM Royer (With 3 Figures) 251
Appendix C: Contingent Effects of Synaptic Input to the Pyloric
Oscillator J Ayers and PD Kushner (With 3 Figures) 257
9 Neurotransmitters and Neuromodulators E Marder
(With 24 Figures) 263
9 1 Introduction 263
9 2 Identification of Neurotransmitters Used by STG Neurons 263
921 Neuromuscular Junctions 264
9211 Identification of Cholinergic Motoneurons 264
9212 Pharmacological Properties and Characteristics ofACh
Synaptic Sites and Receptors 265
9213 Identification ofGlutamatergic Motoneurons 266
9214 Pharmacological Properties and Characteristics of
Glutamate Synaptic Sites and Receptors 266
9215 ExtrajunctionalACh, Glutamate, and GABA
Receptors 266
9216 Peptide and Amine Modulation of Neuromuscular
Junctions 267
9217 Species Differences in Neurotransmitters and
Neuromodulators Active at Neuromuscular Junctions 269
922 Neurotransmitters Released by STG Neurons at Central
Synapses 270
9221 Pharmacology of ACh Responses of STG Neurons 2 7 1
9222 Inhibitory Cholinergic Synapses 272
9223 Pharmacology of Glutamate Responses on STG
Neurons 273
9224 Inhibitory Glutamatergic Synapses 274
9225 Electrically Coupled Neurons Release Different
Neurotransmitters 275
Contents XIII
9 3 Identification of Neurotransmitters and Modulators Found
in Inputs to the STG 276
931 ivnTF-Histamine 277
932 APM-ACh 277
93 3 Dopamine 278
934 Serotonin 283
935 Octopamine 284
93 6 GABA 285
937 Proctolin 287
938 FMRFamide-like Peptides 289
939 Substance P-like Peptide 290
9 3 10 Other Peptides 291
9 3 11 Species Differences in Input Fibers 291
9 4 Conclusions 291
941 Why This Transmitter Organization? 291
942 Why So Many Different Neurotransmitters in Input
Fibers? 292
943 Which STG Neurons Are Influenced by the Modulatory
Inputs? 294
944 Mechanisms of Action of Modulators 296
9441 Single vs Multiple Classes of Receptors and
Physiological Responses 296
9442 Biochemical and Biophysical Mechanisms 297
9443 Modification of Synaptic Strength and Efficacy 298
945 Interactions Among Modulators and Modulatory
Neurons 299
946 Colocalization of Neurotransmitters 299
947 Future Vistas 300
Appendix A: Dopaminergic Modulation of the Lobster Pyloric
Pacemaker Potential Is Enhanced by Concurrent Inhibition of
Cyclic Nucleotide Phosphodiesterase D A Ewald and D L Barker
(With 2 Figures) 301
Appendix B: Cocaine Activates the Motor Output of the
Stomatogastric Ganglion P D Kushner (With 1 Figure) 304
10 Comparison with Other Systems A I Selverston and M Moulins
(With 2 Figures) 307
10 1 Introduction 307
10 2 Well-known Oscillatory Networks 308
10 2 1 Tritonia Swim Generator 308
10 2 2 Lobster Cardiac Ganglion 309
10 2 3 Mixed Oscillators 309
10 231 Leech Heartbeat Oscillator 310
10 232 Snail Feeding CPG 310
XIV Contents
10 3 Some Generalities 311
References 315
Subject Index 333
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| genre | (DE-588)1071861417 Konferenzschrift 1984 San Diego Calif. gnd-content |
| genre_facet | Konferenzschrift 1984 San Diego Calif. |
| id | DE-604.BV000580207 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T15:16:01Z |
| institution | BVB |
| isbn | 3540169768 0387169768 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-000358590 |
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| physical | XVI, 338 S. Ill. |
| publishDate | 1987 |
| publishDateSearch | 1987 |
| publishDateSort | 1987 |
| publisher | Springer |
| record_format | marc |
| spelling | The crustacean stomatogastric system a model for the study of central nervous systems ed. by Allen I. Selverston ... Berlin u.a. Springer 1987 XVI, 338 S. Ill. txt rdacontent n rdamedia nc rdacarrier Crustacés - Système nerveux - Congrès Modèles animaux dans la recherche - Congrès Système nerveux central - Congrès Animal models in research Congresses Central Nervous System Congresses Central nervous system Congresses Crustacea Congresses Crustacea Nervous system Congresses Digestive System innervation Congresses Models, Biological Congresses Innervation (DE-588)4128876-2 gnd rswk-swf Krebstiere (DE-588)4073783-4 gnd rswk-swf Zentralnervensystem (DE-588)4067637-7 gnd rswk-swf Verdauungskanal (DE-588)4078786-2 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1984 San Diego Calif. gnd-content Krebstiere (DE-588)4073783-4 s Zentralnervensystem (DE-588)4067637-7 s DE-604 Verdauungskanal (DE-588)4078786-2 s Innervation (DE-588)4128876-2 s Selverston, Allen I. Sonstige oth HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000358590&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | The crustacean stomatogastric system a model for the study of central nervous systems Crustacés - Système nerveux - Congrès Modèles animaux dans la recherche - Congrès Système nerveux central - Congrès Animal models in research Congresses Central Nervous System Congresses Central nervous system Congresses Crustacea Congresses Crustacea Nervous system Congresses Digestive System innervation Congresses Models, Biological Congresses Innervation (DE-588)4128876-2 gnd Krebstiere (DE-588)4073783-4 gnd Zentralnervensystem (DE-588)4067637-7 gnd Verdauungskanal (DE-588)4078786-2 gnd |
| subject_GND | (DE-588)4128876-2 (DE-588)4073783-4 (DE-588)4067637-7 (DE-588)4078786-2 (DE-588)1071861417 |
| title | The crustacean stomatogastric system a model for the study of central nervous systems |
| title_auth | The crustacean stomatogastric system a model for the study of central nervous systems |
| title_exact_search | The crustacean stomatogastric system a model for the study of central nervous systems |
| title_full | The crustacean stomatogastric system a model for the study of central nervous systems ed. by Allen I. Selverston ... |
| title_fullStr | The crustacean stomatogastric system a model for the study of central nervous systems ed. by Allen I. Selverston ... |
| title_full_unstemmed | The crustacean stomatogastric system a model for the study of central nervous systems ed. by Allen I. Selverston ... |
| title_short | The crustacean stomatogastric system |
| title_sort | the crustacean stomatogastric system a model for the study of central nervous systems |
| title_sub | a model for the study of central nervous systems |
| topic | Crustacés - Système nerveux - Congrès Modèles animaux dans la recherche - Congrès Système nerveux central - Congrès Animal models in research Congresses Central Nervous System Congresses Central nervous system Congresses Crustacea Congresses Crustacea Nervous system Congresses Digestive System innervation Congresses Models, Biological Congresses Innervation (DE-588)4128876-2 gnd Krebstiere (DE-588)4073783-4 gnd Zentralnervensystem (DE-588)4067637-7 gnd Verdauungskanal (DE-588)4078786-2 gnd |
| topic_facet | Crustacés - Système nerveux - Congrès Modèles animaux dans la recherche - Congrès Système nerveux central - Congrès Animal models in research Congresses Central Nervous System Congresses Central nervous system Congresses Crustacea Congresses Crustacea Nervous system Congresses Digestive System innervation Congresses Models, Biological Congresses Innervation Krebstiere Zentralnervensystem Verdauungskanal Konferenzschrift 1984 San Diego Calif. |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000358590&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT selverstonalleni thecrustaceanstomatogastricsystemamodelforthestudyofcentralnervoussystems |