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Objective: This investigation uses simulation studies to account for single muscle fiber waveforms with complex configurations as arising from the simultaneous recording of a partial intracellular discharge and its associated extracellular manifestation by way of an electrode-induced `rent' or tear in the sarcolemma. Methods: Published material on intracellular action potentials from healthy and 7...
Objective: Motor unit action potential (MUAP) recordings are modeled by means of a single muscle fiber simulation program, to define two key subcomponents comprising the complete physiologic MUAP duration. A number of defining properties of these subcomponents are further developed.Methods: A single muscle fiber simulation program is utilized with various muscle fiber lengths and conduction velocities...
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