Table of Contents

1: Introduction
Part I: Anatomical and Physiological Basis of Bioelectromagnetism
2: Anatomy and Physiology of Nerve and Muscle Cells
3: Subthreshold Membrane Phenomena
4: Active Behavior of the Membrane
5: The Anatomy and Physiology of the Synapse, Receptor Cells and Brain
6: The Anatomy, Physiology, and Bioelectric Behavior of the Heart
Part II: Bioelectric Sources and Conductors and their Modelling
7: Volume Source and Volume Conductor
8: Source-Field Models
9: Biodomain Model of Multicellular Volume Conductors
10: Electronic Neuron Models
Part III: Theoretical Methods in Bioelectromagnetism
11: Theoretical Methods for Analyzing Volume Sources and Volume Conductors
12: Theory of Biomagnetic Measurements
Part IV: Electric and Magnetic Measurement of the Electric Activity of Neural Tissue
13: Electroencephalography
14: Magnetoencephalography
Part V: Electric and Magnetic Measurement of the Electric Activity of the Heart
15: 12-Lead ECG-System
16: Vectorcardiographic Lead Systems
17: Other ECG Lead Systems
18: Distortion Factors in the ECG
19: The Basis of ECG Diagnosis
20: Magnetocardiography
Part VI: Electric and Magnetic Stimulation of Neural Tissue
21: Functional Electrical Stimulation
22: Magnetic Stimulation of Neural Tissue
Part VII: Electric and Magnetic Stimulation of the Heart
23: Cardiac Pacing
24: Cardiac Defibrillation
Part VIII: Measurement of the Intrinsic Electric Properties of Biological Tissues
25: Bioelectric Basis of Impedance Plethysmography
26: Impedance Tomography
27: The Electrodermal Response
Part IX: Other Bioelectromagnetic Phenomena
28: The Electrical Signals Originating in the Eye
Appendix A: Consistent System of Rectangular and Magnetocardiography
Appendix B: The Application of Maxwell's Equations in Bioelectromagnetism

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"The book...is comprehensive and well-organized, and nicely edited and produced."--Engineering in Medicine and Biology