Titlebook: Applied Bioelectricity; From Electrical Stim J. Patrick Reilly Book 1998 Springer Science+Business Media New York 1998 ELF.Flutter.Synapse.

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Electrical Principles of Nerve and Muscle Function,ctrically excitable membranes. It shows how these properties are organized for sensory and muscle function. This information will help explain how externally applied currents can modify or interfere with normal function.

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Electrical Properties of the Heart,lf—with muscular walls (Fig. 5.1a). Each half comprises an atrium (Ra, La) and a ventricle (Rv, Lv). The right half receives oxygen-depleted blood from the body and expels it via the pulmonary artery (Pa) to the lungs, where it is reoxygenated. Then the blood returns to the left half of the heart an

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Cardiac Sensitivity to Electrical Stimulation,ve-shape, electrode configuration, current density, and current pathway. Much of our knowledge of these effects is derived from studies directed toward therapeutic uses of cardiac stimulation, such as cardiac pacing and defibrillation. We can better evaluate cardiac hazards if we understand the prin

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Sensory Responses to Electrical Stimulation,ve variables. In most situations involving electrical safety or acceptability, current is applied to the body by cutaneous electrodes. There are also practical applications in which electric current may be applied subcutaneously or induced internally by external electromagnetic fields. Although the

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High-Voltage and High-Current Injuries,mal injuries in the extremities can lead to amputation because of the deep nature of the burn. Cell lysis can also destroy tissue if there is a sufficient electric potential across the cell membrane. The effects of lysis are sometimes delayed. Cellular excitation of muscle and nerve can lead to card

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