1988Clinical Orthopaedics and Related ResearchRequires access

Spasticity and Contracture Physiologic Aspects of Formation

Michael J. Botte, Vernon L. Nickel, Wayne H. Akeson

Open publisher page 121 citations

Abstract

Disruption of the upper motor neuron inhibitory pathways by stroke, brain trauma, or spinal cord injury leads to muscle spasticity. Spasticity is characterized by increased muscle tone, hyperactive reflexes, and possible clonus or rigidity. The increased muscle tone may result in loss of joint motion, leading to contractures. Treatment of established contractures is difficult. Prevention of contractures by joint mobilization is emphasized as a goal in the management of patients with spasticity.

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What this paper is about

Disruption of the upper motor neuron inhibitory pathways by stroke, brain trauma, or spinal cord injury leads to muscle spasticity. Spasticity is characterized by increased muscle tone, hyperactive reflexes, and possible clonus or rigidity. The increased muscle tone may result in loss of joint motion, leading to contractures. Treatment of established contractures is difficult. Prevention of contractures by joint mobilization is emphasized as a goal in the management of patients with spasticity.

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OpenAlex reports 121 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Disruption of the upper motor neuron inhibitory pathways by stroke, brain trauma, or spinal cord injury leads to muscle spasticity. Spasticity is characterized by increased muscle tone, hyperactive reflexes, and possible clonus or rigidity. The increased muscle tone may result in loss of joint motion, leading to contractures. Treatment of established contractures is difficult. Prevention of contractures by joint mobilization is emphasized as a goal in the management of patients with spasticity.

Key concepts: Spasticity, Clonus, Medicine, Muscle contracture, Muscle tone, Contracture, Joint Contracture, Spinal cord injury

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