Bioelectricity: a quantitative approach
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| Main Authors: | , |
|---|---|
| Format: | Kit Book |
| Language: | English |
| Published: |
Berlin
Springer
2007
|
| Edition: | 3. ed. |
| Subjects: | |
| Online Access: | Inhaltstext Inhaltsverzeichnis |
| Physical Description: | XIV, 528 S. 1 CD-Rom |
| ISBN: | 9780387488646 0387488642 |
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Record in the Search Index
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| adam_text |
BLOELECTRICITY A QUANTITATIVE APPROACH ROBERT PLONSEY AND ROGER * BARR
DUKE UNIVERSITY DURHAM, NORTH CAROLINA USA THIRD EDITION SPRI NGER
CONTENTS PREFACE IX 1: VECTOR ANALYSIS 1 1.1. INTRODUCTION 1 1.2.
VECTORS AND SCALARS 1 1.3. VECTOR ALGEBRA 2 1.4. GRADIENT 4 1.5.
DIVERGENCE 7 1.6. VECTOR IDENTITIES 11 1.7. SOURCE AND FIELD POINTS 12
1.8. VOLUMES AND SURFACES 14 1.9. THE GRADIENT AND DIVERGENCE OF (1/R)
15 1.10. SOLID ANGLES 18 1.11. OPERATIONS SUMMARY 20 1.12. NOTES 20 2:
SOURCES AND FIELDS 23 2.1. FIELDS 24 2.2. TISSUE RESISTANCE AND
CONDUCTANCE 24 2.3. FIELDS AND CURRENTS 25 2.4. FIELDS FROM SOURCES, AND
VICE VERSA 27 2.5. DUALITY 27 2.6. MONOPOLE FIELD 28 2.7. DIPOLE FIELD
30 2.8. EVALUATING V(L/R) WITH RESPECT TO SOURCE VARIABLES 32 2.9.
MONOPOLE PAIRS TO DIPOLES? 33 2.10. CAPACITANCE 37 2.11. UNITS FOR
RESISTANCE AND CAPACITANCE 39 2.12. UNITS FOR SOME ELECTRICAL QUANTITIES
42 2.13. NOTES 42 3: BIOELECTRIC POTENTIALS 45 3.1. CURRENTS IN
SOLUTIONS 46 3.2. MOLES AND AMPERES 46 3.3. IONIC COMPOSITION 47 3.4.
NOTATION FOR ION SPECIES 48 3.5. NERNST-PLANCK EQUATION 48 XI XII
CONTENTS 3.6. MOBILITY 49 3.7. TEMPERATURE VARIATIONS 50 3.8. FLUX DUE
TO DIFFUSION PLUS ELECTRIC FIELD 51 3.9. MEMBRANE STRUCTURE 54 3.10.
NERNST POTENTIAL 57 3.11. ELECTROLYTES 60 3.12. SUMMARY SO FAR 62 3.13.
PARALLEL-CONDUCTANCE MODEL 62 3.14. CONTRIBUTIONS FROM CHLORIDE 66 3.15.
REFERENCE VALUES 69 3.16. NOTES 69 4: CHANNELS 71 4.1. INTRODUCTION 71
4.2. CHANNEL STRUCTURE BY ELECTRON MICROSCOPY 71 4.3. CHANNEL STRUCTURE:
MOLECULAR GENETICS 72 4.4. ION CHANNELS: BIOPHYSICAL METHODS 75 4.5.
MACROSCOPIC CHANNEL KINETICS 87 4.6. CHANNEL STATISTICS 89 4.7. THE
HODGKIN-HUXLEY MEMBRANE MODEL 92 4.8. NOTES 94 5: ACTION POTENTIALS 97
5.1. EXPERIMENTAL ACTION POTENTIALS 99 5.2. VOLTAGE CLAMP 110 5.3.
HODGKIN-HUXLEY CONDUCTANCE EQUATIONS 119 5.4. SIMULATION OF MEMBRANE
ACTION POTENTIALS 127 5.5. BEYOND H-H MODELS 139 5.6. APPENDIX: GHK
CONSTANT-FIELD EQUATION 146 5.7. NOTES 151 6: IMPULSE PROPAGATION 155
6.1. CORE-CONDUCTOR MODEL 156 6.2. CABLE EQUATIONS 159 6.3. PROPAGATION
166 6.4. PROPAGATION IN MYELINATED NERVE FIBERS 183 6.5. NOTES 185 7:
ELECTRICAL STIMULATION 187 7.1. SPHERICAL CELL STIMULATION 188 7.2.
STIMULATION OF FIBERS 194 7.3. FIBER STIMULATION 196 BLOELECTRICLTY: A
QUANTITATIVE APPROACH XIII 7.4. AXIAL CURRENT TRANSIENT 203 7.5. FIELD
STIMULUS OF AN INDIVIDUAL FIBER 206 7.6. STIMULUS, THEN SUPRATHRESHOLD
RESPONSE 214 7.7. FIBER INPUT IMPEDANCE 217 7.8. MAGNETIC FIELD
STIMULATION 221 7.9. NOTES 221 8: EXTRACELLULAR FIELDS 223 8.1.
BACKGROUND 223 8.2. EXTRACELLULAR POTENTIALS FROM FIBERS 228 8.3.
POTENTIALS FROM A CELL 252 8.4. NOTES 264 9: CARDIAC ELECTROPHYSIOLOGY
267 9.1. INTERCELLULAR COMMUNICATION 268 9.2. CARDIAC CELLULAR MODELS
290 9.3. ELECTROCARDIOGRAPHY 303 9.4. NOTES 320 10: THE NEUROMUSCULAR
JUNCTION 325 10.1. INTRODUCTION 325 10.2. NEUROMUSCULAR JUNCTION 326
10.3. QUANTAL TRANSMITTER RELEASE 329 10.4. TRANSMITTER RELEASE, POISSON
STATISTICS 331 10.5. TRANSMITTER RELEASE, CA ++ AND MG ++ 333 10.6.
POST-JUNCTIONAL RESPONSE TO TRANSMITTER 335 11: SKELETAL MUSCLE 341
11.1. MUSCLE STRUCTURE 341 11.2. MUSCLE CONTRACTION 342 11.3. SLIDING
FILAMENT THEORY 348 11.4. EXCITATION-CONTRACTION 353 11.5. NOTES 354 12:
FUNCTIONAL ELECTRICAL STIMULATION 355 12.1. INTRODUCTION 355 12.2.
ELECTRODE CONSIDERATIONS 355 12.3. OPERATING OUTSIDE REVERSIBLE REGION
362 12.4. ELECTRODE MATERIALS 363 12.5. NERVE EXCITATION 365 12.6.
STIMULATING ELECTRODE TYPES 372 XIV CONTENTS 12.7. ANALYSIS OF ELECTRODE
PERFORMANCE 374 12.8. CLINICAL APPLICATIONS 385 12.9.
FRANKENHAEUSER-HUXLEY MEMBRANE 386 12.10. FES OUTLOOK 387 12.11. NOTES
388 13: EXERCISES 391 13.1. EXERCISES, CHAPTER 1: VECTOR EXERCISES 391
13.2. EXERCISES, CHAPTER 2: SOURCES AND FIELDS 397 13.3. EXERCISES,
CHAPTER 3: BIOELECTRIC POTENTIALS 406 13.4. EXERCISES, CHAPTER 4:
CHANNELS 417 13.5. EXERCISES, CHAPTER 5: ACTION POTENTIALS 427 13.6.
EXERCISES, CHAPTER 6: IMPULSE PROPAGATION 449 13.7. EXERCISES, CHAPTER
7: ELECTRICAL STIMULATION OF EXCITABLE TISSUE 462 13.8. EXERCISES,
CHAPTER 8: EXTRACELLULAR FIELDS 478 13.9. EXERCISES, CHAPTER 9: CARDIAC
ELECTROPHYSIOLOGY 491 13.10. EXERCISES, CHAPTER 10: THE NEUROMUSCULAR
JUNCTION 514 13.11. EXERCISES, CHAPTER 11: SKELETAL MUSCLE 516 13.12.
EXERCISES, CHAPTER 12: FUNCTIONAL ELECTRICAL STIMULATION 517 INDEX 525 |
| adam_txt |
BLOELECTRICITY A QUANTITATIVE APPROACH ROBERT PLONSEY AND ROGER * BARR
DUKE UNIVERSITY DURHAM, NORTH CAROLINA USA THIRD EDITION SPRI NGER
CONTENTS PREFACE IX 1: VECTOR ANALYSIS 1 1.1. INTRODUCTION 1 1.2.
VECTORS AND SCALARS 1 1.3. VECTOR ALGEBRA 2 1.4. GRADIENT 4 1.5.
DIVERGENCE 7 1.6. VECTOR IDENTITIES 11 1.7. SOURCE AND FIELD POINTS 12
1.8. VOLUMES AND SURFACES 14 1.9. THE GRADIENT AND DIVERGENCE OF (1/R)
15 1.10. SOLID ANGLES 18 1.11. OPERATIONS SUMMARY 20 1.12. NOTES 20 2:
SOURCES AND FIELDS 23 2.1. FIELDS 24 2.2. TISSUE RESISTANCE AND
CONDUCTANCE 24 2.3. FIELDS AND CURRENTS 25 2.4. FIELDS FROM SOURCES, AND
VICE VERSA 27 2.5. DUALITY 27 2.6. MONOPOLE FIELD 28 2.7. DIPOLE FIELD
30 2.8. EVALUATING V(L/R) WITH RESPECT TO SOURCE VARIABLES 32 2.9.
MONOPOLE PAIRS TO DIPOLES? 33 2.10. CAPACITANCE 37 2.11. UNITS FOR
RESISTANCE AND CAPACITANCE 39 2.12. UNITS FOR SOME ELECTRICAL QUANTITIES
42 2.13. NOTES 42 3: BIOELECTRIC POTENTIALS 45 3.1. CURRENTS IN
SOLUTIONS 46 3.2. MOLES AND AMPERES 46 3.3. IONIC COMPOSITION 47 3.4.
NOTATION FOR ION SPECIES 48 3.5. NERNST-PLANCK EQUATION 48 XI XII
CONTENTS 3.6. MOBILITY 49 3.7. TEMPERATURE VARIATIONS 50 3.8. FLUX DUE
TO DIFFUSION PLUS ELECTRIC FIELD 51 3.9. MEMBRANE STRUCTURE 54 3.10.
NERNST POTENTIAL 57 3.11. ELECTROLYTES 60 3.12. SUMMARY SO FAR 62 3.13.
PARALLEL-CONDUCTANCE MODEL 62 3.14. CONTRIBUTIONS FROM CHLORIDE 66 3.15.
REFERENCE VALUES 69 3.16. NOTES 69 4: CHANNELS 71 4.1. INTRODUCTION 71
4.2. CHANNEL STRUCTURE BY ELECTRON MICROSCOPY 71 4.3. CHANNEL STRUCTURE:
MOLECULAR GENETICS 72 4.4. ION CHANNELS: BIOPHYSICAL METHODS 75 4.5.
MACROSCOPIC CHANNEL KINETICS 87 4.6. CHANNEL STATISTICS 89 4.7. THE
HODGKIN-HUXLEY MEMBRANE MODEL 92 4.8. NOTES 94 5: ACTION POTENTIALS 97
5.1. EXPERIMENTAL ACTION POTENTIALS 99 5.2. VOLTAGE CLAMP 110 5.3.
HODGKIN-HUXLEY CONDUCTANCE EQUATIONS 119 5.4. SIMULATION OF MEMBRANE
ACTION POTENTIALS 127 5.5. BEYOND H-H MODELS 139 5.6. APPENDIX: GHK
CONSTANT-FIELD EQUATION 146 5.7. NOTES 151 6: IMPULSE PROPAGATION 155
6.1. CORE-CONDUCTOR MODEL 156 6.2. CABLE EQUATIONS 159 6.3. PROPAGATION
166 6.4. PROPAGATION IN MYELINATED NERVE FIBERS 183 6.5. NOTES 185 7:
ELECTRICAL STIMULATION 187 7.1. SPHERICAL CELL STIMULATION 188 7.2.
STIMULATION OF FIBERS 194 7.3. FIBER STIMULATION 196 BLOELECTRICLTY: A
QUANTITATIVE APPROACH XIII 7.4. AXIAL CURRENT TRANSIENT 203 7.5. FIELD
STIMULUS OF AN INDIVIDUAL FIBER 206 7.6. STIMULUS, THEN SUPRATHRESHOLD
RESPONSE 214 7.7. FIBER INPUT IMPEDANCE 217 7.8. MAGNETIC FIELD
STIMULATION 221 7.9. NOTES 221 8: EXTRACELLULAR FIELDS 223 8.1.
BACKGROUND 223 8.2. EXTRACELLULAR POTENTIALS FROM FIBERS 228 8.3.
POTENTIALS FROM A CELL 252 8.4. NOTES 264 9: CARDIAC ELECTROPHYSIOLOGY
267 9.1. INTERCELLULAR COMMUNICATION 268 9.2. CARDIAC CELLULAR MODELS
290 9.3. ELECTROCARDIOGRAPHY 303 9.4. NOTES 320 10: THE NEUROMUSCULAR
JUNCTION 325 10.1. INTRODUCTION 325 10.2. NEUROMUSCULAR JUNCTION 326
10.3. QUANTAL TRANSMITTER RELEASE 329 10.4. TRANSMITTER RELEASE, POISSON
STATISTICS 331 10.5. TRANSMITTER RELEASE, CA ++ AND MG ++ 333 10.6.
POST-JUNCTIONAL RESPONSE TO TRANSMITTER 335 11: SKELETAL MUSCLE 341
11.1. MUSCLE STRUCTURE 341 11.2. MUSCLE CONTRACTION 342 11.3. SLIDING
FILAMENT THEORY 348 11.4. EXCITATION-CONTRACTION 353 11.5. NOTES 354 12:
FUNCTIONAL ELECTRICAL STIMULATION 355 12.1. INTRODUCTION 355 12.2.
ELECTRODE CONSIDERATIONS 355 12.3. OPERATING OUTSIDE REVERSIBLE REGION
362 12.4. ELECTRODE MATERIALS 363 12.5. NERVE EXCITATION 365 12.6.
STIMULATING ELECTRODE TYPES 372 XIV CONTENTS 12.7. ANALYSIS OF ELECTRODE
PERFORMANCE 374 12.8. CLINICAL APPLICATIONS 385 12.9.
FRANKENHAEUSER-HUXLEY MEMBRANE 386 12.10. FES OUTLOOK 387 12.11. NOTES
388 13: EXERCISES 391 13.1. EXERCISES, CHAPTER 1: VECTOR EXERCISES 391
13.2. EXERCISES, CHAPTER 2: SOURCES AND FIELDS 397 13.3. EXERCISES,
CHAPTER 3: BIOELECTRIC POTENTIALS 406 13.4. EXERCISES, CHAPTER 4:
CHANNELS 417 13.5. EXERCISES, CHAPTER 5: ACTION POTENTIALS 427 13.6.
EXERCISES, CHAPTER 6: IMPULSE PROPAGATION 449 13.7. EXERCISES, CHAPTER
7: ELECTRICAL STIMULATION OF EXCITABLE TISSUE 462 13.8. EXERCISES,
CHAPTER 8: EXTRACELLULAR FIELDS 478 13.9. EXERCISES, CHAPTER 9: CARDIAC
ELECTROPHYSIOLOGY 491 13.10. EXERCISES, CHAPTER 10: THE NEUROMUSCULAR
JUNCTION 514 13.11. EXERCISES, CHAPTER 11: SKELETAL MUSCLE 516 13.12.
EXERCISES, CHAPTER 12: FUNCTIONAL ELECTRICAL STIMULATION 517 INDEX 525 |
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| spelling | Plonsey, Robert Verfasser aut Bioelectricity a quantitative approach Robert Plonsey and Roger C. Barr 3. ed. Berlin Springer 2007 XIV, 528 S. 1 CD-Rom Modell (DE-588)4039798-1 gnd rswk-swf Bioelektrizität (DE-588)4006787-7 gnd rswk-swf Mathematisches Modell (DE-588)4114528-8 gnd rswk-swf Elektrophysiologie (DE-588)4138132-4 gnd rswk-swf Bioelektrizität (DE-588)4006787-7 s Modell (DE-588)4039798-1 s 1\p DE-604 Elektrophysiologie (DE-588)4138132-4 s Mathematisches Modell (DE-588)4114528-8 s 2\p DE-604 Barr, Roger C. Verfasser aut text/html http://deposit.dnb.de/cgi-bin/dokserv?id=2862070&prov=M&dok_var=1&dok_ext=htm Inhaltstext GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015692477&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 2\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Plonsey, Robert Barr, Roger C. Bioelectricity a quantitative approach Modell (DE-588)4039798-1 gnd Bioelektrizität (DE-588)4006787-7 gnd Mathematisches Modell (DE-588)4114528-8 gnd Elektrophysiologie (DE-588)4138132-4 gnd |
| subject_GND | (DE-588)4039798-1 (DE-588)4006787-7 (DE-588)4114528-8 (DE-588)4138132-4 |
| title | Bioelectricity a quantitative approach |
| title_auth | Bioelectricity a quantitative approach |
| title_exact_search | Bioelectricity a quantitative approach |
| title_exact_search_txtP | Bioelectricity a quantitative approach |
| title_full | Bioelectricity a quantitative approach Robert Plonsey and Roger C. Barr |
| title_fullStr | Bioelectricity a quantitative approach Robert Plonsey and Roger C. Barr |
| title_full_unstemmed | Bioelectricity a quantitative approach Robert Plonsey and Roger C. Barr |
| title_short | Bioelectricity |
| title_sort | bioelectricity a quantitative approach |
| title_sub | a quantitative approach |
| topic | Modell (DE-588)4039798-1 gnd Bioelektrizität (DE-588)4006787-7 gnd Mathematisches Modell (DE-588)4114528-8 gnd Elektrophysiologie (DE-588)4138132-4 gnd |
| topic_facet | Modell Bioelektrizität Mathematisches Modell Elektrophysiologie |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=2862070&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015692477&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT plonseyrobert bioelectricityaquantitativeapproach AT barrrogerc bioelectricityaquantitativeapproach |