| 1 | Introduction |
| PART I | ANATOMICAL AND PHYSIOLOGICAL BASIS OF BIOELECTROMAGNETISM |
| 2 | Nerve and Muscle Cells |
| 3 | Subthreshold Membrane Phenomena |
| 4 | Active Behavior of the Membrane |
| 5 | Synapses, Receptor Cells, and Brain |
| 6 | The Heart |
| PART II | BIOELECTRIC SOURCES AND CONDUCTORS AND THEIR MODELING |
| 7 | Volume Source and Volume Conductor |
| 8 | Source-field Models |
| 9 | Bidomain 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 Electric Stimulation |
| 22 | Magnetic Stimulation |
| 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 | Impedance Plethysmography |
| 26 | Impedance Tomography |
| 27 | The Electrodermal Response |
| PART IX | OTHER BIOELECTRIC PHENOMENA |
| 28 | The Electrical Signals Originating in the Eye |
