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Jones-Hedman walker modification for C7 quadriplegic patient: case study in team cooperation
Archives of Physical Medicine and Rehabilitation
|January 1, 1986
Summary
This study details a novel walker modification enabling a C7 quadriplegia patient to achieve 300m ambulation. This innovation highlights the power of interdisciplinary collaboration in spinal cord injury rehabilitation.
Area of Science:
- Rehabilitation Engineering
- Spinal Cord Injury Medicine
- Assistive Technology
Background:
- A 20-year-old male with C7 quadriplegia sought maximum independence in daily living and ambulation.
- High-level spinal cord injury typically presents significant challenges to walking.
- The patient was admitted to a specialized rehabilitation facility for intensive therapy.
Observation:
- An occupational therapist and rehabilitation engineer collaborated to address the patient's ambulation goal.
- A standard walker was modified with custom guards made of polyvinyl chloride-acrylic alloy.
- These guards were foam-lined to alleviate pressure on the patient's palms.
Findings:
- The modified walker facilitated the use of wrist and finger extension for walker advancement.
- The patient successfully ambulated 300 meters utilizing the modified walker and Craig-Scott orthosis.
- This intervention demonstrated a functional improvement in mobility despite the severe neurological deficit.
Implications:
- Innovative assistive device design can significantly enhance mobility for individuals with spinal cord injuries.
- Interdisciplinary teamwork in specialized centers is crucial for optimizing patient outcomes.
- This case provides a model for creative problem-solving in physical rehabilitation.