1983Journal of Neurology Neurosurgery & PsychiatryOpen access

The motor unit in muscular dystrophy, a single fibre EMG and scanning EMG study.

P. Hilton‐Brown, Erik Stålberg

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Abstract

Dystrophic muscle shows increase in fibre density, abnormally low jitter in some recordings and more often increased jitter. The cross section of the motor unit has normal length. There are no signs of abnormal volume conduction characteristics. The increased fibre density is believed to be due to localised increase in the number of muscle action potential generators. The findings are compatible with a remodeling of the motor unit due to fibre loss and a reparative process with fibre regeneration and reinnervation.

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What this paper is about

Dystrophic muscle shows increase in fibre density, abnormally low jitter in some recordings and more often increased jitter. The cross section of the motor unit has normal length. There are no signs of abnormal volume conduction characteristics. The increased fibre density is believed to be due to localised increase in the number of muscle action potential generators. The findings are compatible with a remodeling of the motor unit due to fibre loss and a reparative process with fibre regeneration and reinnervation.

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Available abstract

Dystrophic muscle shows increase in fibre density, abnormally low jitter in some recordings and more often increased jitter. The cross section of the motor unit has normal length. There are no signs of abnormal volume conduction characteristics. The increased fibre density is believed to be due to localised increase in the number of muscle action potential generators. The findings are compatible with a remodeling of the motor unit due to fibre loss and a reparative process with fibre regeneration and reinnervation.

Key concepts: Reinnervation, Motor unit, Muscular dystrophy, Jitter, Motor Endplate, Materials science, Anatomy, Medicine

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The motor unit in muscular dystrophy, a single fibre EMG and scanning EMG study. — Research Paper | ScholarLens