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Increasing functional communication through relaxation training and neuromuscular feedback.
J M Guercio1, K E Ferguson, M J McMorrow
1Center for Comprehensive Services, Inc, Personal Intervention Program, PO Box 2825, Carbondale, IL 62902, USA.
Brain Injury
|November 20, 2001
Summary
Behavioral relaxation training and biofeedback significantly reduced ataxic tremor in an adult with acquired brain injury. This improved communication abilities and reduced anger episodes.
Area of Science:
- Neuroscience
- Rehabilitation Medicine
- Behavioral Psychology
Background:
- Ataxic tremor can significantly impair motor function and communication.
- Acquired brain injury can lead to persistent motor control deficits.
- Behavioral interventions like relaxation training and biofeedback offer potential therapeutic avenues.
Observation:
- A single adult participant with acquired brain injury and ataxic tremor was studied.
- The participant underwent a phased training program involving relaxation techniques followed by biofeedback.
- Training focused on specific motor skills to facilitate letter board communication.
Findings:
- The combined intervention significantly decreased the severity of the participant's ataxic tremor.
- The reduction in tremor led to enhanced proficiency in using a letter board for communication.
- Positive collateral effects included increased communication attempts and reduced anger.
Implications:
- Behavioral relaxation training and biofeedback are effective in managing ataxic tremor post-brain injury.
- These interventions can improve functional communication and emotional regulation in individuals with neurological damage.
- The findings support the integration of these techniques into neurorehabilitation programs.