The electrophysiology of the secretory cell:
Saved in:
| Format: | Book |
|---|---|
| Language: | English |
| Published: |
Amsterdam u.a.
Elsevier
1985
|
| Series: | The secretory process
2 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XVII, 312 S. |
| ISBN: | 0444805990 |
Staff View
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Record in the Search Index
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| adam_text | THE ELECTROPHYSIOLOGY
OF THE SECRETORY CELL
Edited by
A M POISNER AND J M TRIFARO
Kansas and Montreal
ELSEVIER
AMSTERDAM-NEW YORK-OXFORD
XI
Contents
Introduction to the series v
Preface vii
List of contributors i v
PART I EXOCRINE CELLS
Chapter 1 Elect rophysiology and stimulus-secretion coupling of the pancreatic
acinar cell, by T Kanno 3
I Electrical activity and secretory responses 3
II Methodological considerations 3
III Resting membrane potential S
IV Membrane resistance 7
V Depolarization of the pancreatic acinar cell; experiments on the pancreatic segment S
VI Hyperpolarization of the pancreatic acinar cell; e xperiments on the isolated perfused
pancreas 10
VII Physiological, pharmacological, and pathological effects of CCK 16
VIII Correlation between the electrical activity and the secretory responses in the pancreatic
acinar cell 19
References 22
Chapter 2 Single-channel current recording from pancreatic acinar cells, by
O H Petersen and Y Maruyama 25
I Introduction 25
II Patch-clamp methodology 25
III The calcium-activated non-discriminatory cation channel 2S
1 The calcium requirement 28
2 The ion selectivity of the channel * 29
3 The insensitivity to voltage changes 30
Xll
4 Indirect channel activation by cholecystokinin and acetylcholine 31
5 Can the Ca2+-activated cation channel explain the microelectrode data? 32
IV The calcium and voltage-activated potassium channel 32
1 The large voltage-activated K+ channel in the pig acinar cell membrane 32
2 Ca2+-activation of the large K+channel 35
3 Quantification of K+channels 36
4 Control of K+ channel opening by hormones and neurotransmitters 36
V Role of ion channels in pancreatic acinar stimulus-secretion coupling 36
References 38
Chapter 3 Electrophysiology of salivary exocrine cells, by D V Gallacher 39
I Introduction 39
II A brief history of salivary gland electrophysiology 40
III Resting membrane potential and resistance 43
IV Receptors regulating membrane permeability in salivary acinar cells 44
V Second messenger hypothesis 46
VI Receptor types not coupled to stimulus-permeability mechanisms 46
VII Role of functional innervation in activation of permeability coupled receptors 47
VIII Patch clamp results 49
IX To what extent do electrophysiological results reflect the transport processes of secretion? 53
References 57
PART II ENDOCRINE CELLS
Chapter 4 The electrophysiology of the adenohypophyseal cells,
by W W Douglas and P S Taraskevich 63
I Introduction 63
II Anatomical and developmental considerations: terminology 64
1 Embryology and terminology 64
2 Adenohypophyseal innervation 67
III Electrophysiological recordings from adenohypophyseal cells 68
1 Parsdistalis 69
(a) Electrical excitability and spontaneous action potentials 70
(i) Current evoked responses 70
(ii) Spontaneous action potentials and other electrical activity 70
(b) Influence of hypophysiotrophic substances on electrical behaviour 71
(i) Mixed pars distalis cells (unidentified): THR elicits action potentials 71
Xl l l
(ii) Prolactin cells: dopamine and noradrenaline suppress action potentials 71
(c) Ionic basis of action potentials: Ca2+ and Na+ 73
2 Pars intermedia 74
(a) Electrical excitability and spontaneous action potentials 75
(b) Influence on hypophysiotropic substances on electrical behaviour 76
(i) Dopamine and noradrenaline 76
(ii) GABA (y-aminobutyric acid) 76
(iii) 5-Hydroxytryptamine (5-HT; serotonin) 78
(iv) Other putative hypophysiotropic substances and drugs 79
IV Electrical properties of adenohypophyseal cells: an overview 80
1 Resting membrane properties 80
(a) Membrane potential and resistance 80
(b) Ionic events underlying resting membrane potential 81
(i) Potassium 81
(ii) Sodium 81
(iii) Chloride • 82
2 Active membrane properties 82
(a) Steady-state current-voltage relation 82
(b) Ionic basis of action potentials 82
(i) Pars distalis cells 83
(ii) Pars intermedia cells 83
(c) Spontaneous action potentials: pace-maker activity 84
V Conclusion 86
References 88
Chapter 5 Electrophysiology of pancreatic islet (i-cells, by E K Matthews 93
I Introduction 93
II Ionic basis of the membrane potential of the pancreatic /7-cell 96
III Ionic basis of electrical activity in pancreatic /?-cells 97
1 Glucose 97
2 Amino acids 102
3 Sulphonylureas 103
IV Ionic channels and exchange processes of the jS-cell membrane 104
V Concluding remarks 107
References 108
PART III NEUROSECRETORY CELLS
Chapter 6 Electrophysiology of invertebrate neurosecretory cells, by
l M Cooke and E L Stuenkel 115-
I Introduction 5
II Hirudinea: Leydig cells of a leech 116
XIV
III Gastropod molluscs 117
1 Neurosecretory cells controlling ovulation and egg-laying 117
2 The endogenous bursters 125
(a) Aplysia cell R,5 125
(b) Neurons homologous with R|5 127
3 Other neurosecretory cells 128
(a) Aplysia R3 ,3, R,4, the siphon nerve white cell; possible homologues in Achatina 128
(b) Neurosecretory cells of Lymnaea stagnalis 129
(i) Light yellow cells 129
(ii) Yellow cells 132
(iii) Dark green cells 132
(iv) Light green cells 132
(v) Paired giant cells 133
IV Crustaceans 133
1 The X-organ-sinus gland (XOSG) system 133
2 Root cells 145
V Insects 146
1 Medial neurosecretory cells 147
2 Diapause factor (DF) cells of the silkworm 150
3 Link nerve neurosecretory neurons 151
VI Discussion and conclusions 151
1 Morphology 152
2 Na+ and Ca2+-mediated action potentials 152
3 Action potentials and secretion: the role of patterning 154
4 Control of neurosecretion 156
5 Summary 156
References 157
Chapter 7 Electrophysiology of mammalian hypothalamic supraoptic and
paraventricular neurosecretory cells, by L P Renaud,
C W Bourque, T A Day, A V Ferguson andJ C R Randle 165
I Introduction 165
II Differentiation between OXY- and VP-secreting cells 165
III Phasic firing enhances hormone release 166
IV Intrinsic properties 167
1 Morphological consideration 167
2 Passive membrane properties 167
3 Antidromic inhibition and afterhyperpolarization 168
4 The intrinsic nature of phasic activity and depolarizing afterpotentials 170
5 Spike broadening and calcium-dependent action potentials 173
V Osmosensitivity 174
1 OXY vs VP-secreting cells 175
2 Brattlcboro diabetes insipidus (DI) rats 176
3 The stimulus: sodium ions or osmotic pressure? 176
4 Neuroscretory cells as osmoreceptors 176
(a) In vivo observations 177
XV
(b) In vitro observations 177
5 Membrane mechanisms 179
6 The osmorcceptor complex 180
VI Afferent pathways 180
1 Introduction 180
2 Limbic afferents 181
(a) Amygdala 181
(b) Septum 182
3 Subfornical organ 182
4 Noradrenergic afferents 184
VII Concluding comment 187
References 187
Chapters Electrophysiology of adrenal chromaffin cells, by Y Kidokoro 195
I Introduction 195
II Resting membrane potential 197
III Ionic mechanism of the resting membrane potential I9S
IV Passive membrane electrical properties 199
V Current-voltage relation 201
VI Action potential 201
1 Na+ inward current 202
2 Ca2+ inward current 204
VII Acetylcholine response 206
1 Single ACh receptor channel recording from the adrenal chromaffin cell 210
VIII Ionic mechanism of acetylcholine responses 211
IX Other ion channels 212
1 Ca2+-dependent K+channels 212
2 Ca2+-dependent cation channels 212
3 Voltage-dependent K + channel 212
4 Other channels 213
X Discussion 213
1 Ca2+ entry through voltage-dependent channels 213
2 Ca2+entry through acetylcholine receptor channels 214
References 216
PART IV ENDOCRINE-LIKE TUMOR CELLS
Chapter 9 Electrophysiology ofclonal anterior pituitary cells, by S Oiawa 221
I Introduction , 221
XVI
II Electrophysiological properties of the plasma membrane 222
1 Action potentials 222
2 Membrane depolarizations caused by Ba2+ ions 224
3 Patch electrode voltage clamp 226
III Hormone secretion 227
IV Effects of thyrolropin-relcasing hormone (TRH) 230
1 Membrane potential changes caused by TRH 230
2 Mobilization of membrane-bound calcium 232
3 Mechanism involved in hormone release 233
V Concluding remarks 235
References 236
Chapter 10 Electrical properties of human pulmonary endocrine-like tumor
cells: small cell carcinoma of the lung, by F V McCann, J J Cole,
O S Pettengill JAG Russell and G D Sorensen 241
1 Introduction 241
II Methods used to study SCCL cells 244
1 Cultures and microscopy 244
2 Electrodes 244
3 Miniperfusion of ionic solutions 245
4 Instrumentation and analysis 245
III Electrical properties of SCCL cells 247
1 Morphology 247
2 Resting potentials 247
3 Steady state and resistive properties 248
4 Action potentials 249
5 Plasticity of delayed outward rectification 252
IV Comparison to other malignant cells 255
1 Resting potentials 255
(a) Injury 255
(b) Transformed state 256
(c) Stage of cell cycle 256
(d) Secretion • 256
(e) Switching 257
2 Passive properties 257
3 Active properties 259
(a) Anodal break excitation 259
(b) Depolarizing responses 259
(c) Repolarizing responses 259
(d) Plasticity of the delayed rectifier 260
V Conclusions 261
References 262
XVI1
PART V OVERVIEW
Chapter 11 Electrophysiological properties of secretory cells: an overview, by
J M Trifard and A M Poisner 269
I Introduction 269
II Exocrine cells 270
1 Pancreatic acinar cells 270
2 Salivary acinar cells 274
HI Endocrine cells 275
1 Adenohypophyseal cells 275
(a) Pars distalis cells 275
(b) Pars intermedia cells 278
2 The beta cell of the pancreas 280
IV Neurosecretory cells 2S3
1 Vertebrate and invertebrate endocrine neurones 283
2 Chromaffin cells 2S6
V Endocrine-like tumor cells 2S9
1 Clonal anterior pituitary cells 289
2 Small cells of a lung carcinoma 291
VI Concluding remarks 291
References 294
Subject index 303
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| id | DE-604.BV000291126 |
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| indexdate | 2024-07-09T15:11:46Z |
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| isbn | 0444805990 |
| language | English |
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| physical | XVII, 312 S. |
| publishDate | 1985 |
| publishDateSearch | 1985 |
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| publisher | Elsevier |
| record_format | marc |
| series | The secretory process |
| series2 | The secretory process |
| spelling | The electrophysiology of the secretory cell ed. by A. M. Poisner ... Amsterdam u.a. Elsevier 1985 XVII, 312 S. txt rdacontent n rdamedia nc rdacarrier The secretory process 2 Cells cabt Secretion cabt Physiology cabt Cell physiology Electrophysiology Endocrine Glands physiology Endocrine Glands secretion Exocrine Glands physiology Exocrine Glands secretion Secretion Zelle (DE-588)4067537-3 gnd rswk-swf Elektrophysiologie (DE-588)4138132-4 gnd rswk-swf Sekretion (DE-588)4124179-4 gnd rswk-swf Zelle (DE-588)4067537-3 s Sekretion (DE-588)4124179-4 s Elektrophysiologie (DE-588)4138132-4 s DE-604 Poisner, Alan M. Sonstige oth The secretory process 2 (DE-604)BV000002378 2 HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000177070&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | The electrophysiology of the secretory cell The secretory process Cells cabt Secretion cabt Physiology cabt Cell physiology Electrophysiology Endocrine Glands physiology Endocrine Glands secretion Exocrine Glands physiology Exocrine Glands secretion Secretion Zelle (DE-588)4067537-3 gnd Elektrophysiologie (DE-588)4138132-4 gnd Sekretion (DE-588)4124179-4 gnd |
| subject_GND | (DE-588)4067537-3 (DE-588)4138132-4 (DE-588)4124179-4 |
| title | The electrophysiology of the secretory cell |
| title_auth | The electrophysiology of the secretory cell |
| title_exact_search | The electrophysiology of the secretory cell |
| title_full | The electrophysiology of the secretory cell ed. by A. M. Poisner ... |
| title_fullStr | The electrophysiology of the secretory cell ed. by A. M. Poisner ... |
| title_full_unstemmed | The electrophysiology of the secretory cell ed. by A. M. Poisner ... |
| title_short | The electrophysiology of the secretory cell |
| title_sort | the electrophysiology of the secretory cell |
| topic | Cells cabt Secretion cabt Physiology cabt Cell physiology Electrophysiology Endocrine Glands physiology Endocrine Glands secretion Exocrine Glands physiology Exocrine Glands secretion Secretion Zelle (DE-588)4067537-3 gnd Elektrophysiologie (DE-588)4138132-4 gnd Sekretion (DE-588)4124179-4 gnd |
| topic_facet | Cells Secretion Physiology Cell physiology Electrophysiology Endocrine Glands physiology Endocrine Glands secretion Exocrine Glands physiology Exocrine Glands secretion Zelle Elektrophysiologie Sekretion |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=000177070&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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