Titlebook: Bioelectricity; A Quantitative Appro Robert Plonsey,Roger C. Barr Textbook 20002nd edition Springer Science+Business Media New York 2000 br

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Action Potentials,between a pair of electrodes at the surface of the cell, then an . is elicited. From an initial site the action potential will propagate to all parts of the cell. This chapter is devoted to a quantitative examination of these observations.

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,Ergebnisse der Untersuchung im überblick,stion, and other biological processes. Despite the tremendously different functions of these organ systems, it is remarkable how extensively their underlying electrical systems share many basic principles of organization, and how fundamentally similar they remain in almost all living creatures.

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https://doi.org/10.1007/978-3-658-20137-1initiated in the nerve will evoke a response. Devising strategies for the stimulation of motoneurons (or the muscle itself) to effect desired muscle contraction is the goal of functional neuromuscular stimulation (FNS), and the subject of this chapter.

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Cardiac Electrophysiology and the Egg,rld attracted the early attention of (quantitative) physiologists, engineers, physicists, and mathematicians. In fact, this interest continues to drive the cutting-edge research today based on increasingly complex and accurate electrophysiological models. This chapter is designed to introduce the reader to the underlying fundamentals.

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Electrical Sources and Fields,rent fields they produce. These relationships are presented first in the form used when considering current sources in a conducting medium, the form most often of value in bioelectricity. It is worth keeping in mind that while the basic relationships below occupy only a few paragraphs, their implica

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