Bioelectricity
A Quantitative Approach
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%P
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Book
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Chapter
Skeletal Muscle
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Chapter
Vector Analysis
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Chapter
The Neuromuscular Junction
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Chapter
Channels
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Chapter
Impulse Propagation
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Chapter
Extracellular Fields
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Chapter
Exercises
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Chapter
Bioelectric Potentials
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Chapter
Action Potentials
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Chapter
Electrical Stimulation
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Chapter
Cardiac Electrophysiology
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Chapter
Functional Electrical Stimulation
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Chapter
Sources and Fields
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Book
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Chapter
The Neuromuscular Junction
It is a nerve bundle or nerve trunk that conveys excitatory impulses from the central nervous system to a target muscle. Each nerve fiber is normally myelinated, but at its terminal end it becomes unmyelinated...
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Chapter
Electrical Sources and Fields
The goal of this chapter is to describe, concisely, the fundamental mathematical relationships linking sources and the electric potentials and the current fields they produce. These relationships are presented...
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Chapter
Skeletal Muscle
The goal of the material in this chapter is to provide a very brief introduction to skeletal muscle, its structure, and its electrophysiological and contractile properties. For the interested reader, further info...
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Chapter
Vector Analysis
This text is directed to presenting the fundamentals of electrophysiology from a quantitative standpoint. The treatment of a number of topics in this book is greatly facilitated using vectors and vector calcul...
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Chapter
Bioelectric Potentials and Currents
In this book we will be examining the behavior of excitable cells, notably nerve and muscle, both descriptively and quantitatively. The behavior is described mostly in terms of the potentials and currents that...
