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Active muscular relaxation techniques. Part II: Clinical application.
Journal of Manipulative and Physiological Therapeutics
|January 1, 1990
Summary
Chiropractic rehabilitation addresses motor system dysfunction by treating muscles, joints, and nerves. It emphasizes re-educating sensory-motor pathways through adjustments, stretching, and strengthening for improved function.
Area of Science:
- Biomechanical analysis of the motor system.
- Neuroscience and motor control principles.
Background:
- Muscular and articular factors significantly impact motor system functional pathology.
- Muscle imbalances and altered movement patterns contribute to joint and muscle dysfunction.
Purpose of the Study:
- To explain the interplay between joint and muscle dysfunction.
- To outline chiropractic rehabilitation strategies for motor system pathology.
Main Methods:
- Discussion of chiropractic rehabilitation techniques including adjustments, muscle relaxation, stretching, and strengthening.
- Emphasis on the sequential application of these techniques.
- Focus on re-educating abnormal sensory-motor pathways.
Main Results:
- Integrated approach to treating muscles, joints, and the nervous system is crucial.
- Proper sequencing of therapeutic interventions enhances outcomes.
- Restoration of normal sensory-motor function is a key component of recovery.
Conclusions:
- Chiropractic rehabilitation offers a comprehensive strategy for motor system disorders.
- Addressing both structural (musculoskeletal) and neurological components is vital for functional recovery.
- Re-establishing proper movement patterns and sensory feedback is essential for long-term results.