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Orthoses of ventilative plastics
H Nagata1, T Onomura, A Tominaga
1Depart. of Orthopaedic Surgery, Osaka Medical College, Japan.
Prosthetics and Orthotics International
|December 1, 1991
Summary
New mesh plastic orthoses called POROPLAST offer improved ventilation and comfort, addressing a key issue in hot, humid climates. Seventy-four patients reported satisfactory results with this innovative, breathable brace design.
Area of Science:
- Orthopedic biomechanics
- Materials science in medical devices
- Textile engineering for medical applications
Background:
- Traditional plastic orthoses often suffer from poor ventilation, leading to discomfort, especially in hot and humid environments like Japan.
- Inadequate airflow in orthoses can exacerbate skin issues and reduce patient compliance.
- The need for improved breathability in orthopedic devices is a significant challenge in clinical practice.
Purpose of the Study:
- To introduce and evaluate a novel mesh plastic orthosis, POROPLAST, designed to enhance ventilation.
- To assess the comfort and efficacy of POROPLAST in a clinical setting.
- To address the limitations of conventional plastic orthoses concerning breathability.
Main Methods:
- Development of POROPLAST using cross-weave mesh plastic sheets for improved air permeability.
- Clinical fitting and evaluation of POROPLAST in seventy-four patients.
- Subjective assessment of comfort and ventilation by patients.
Main Results:
- POROPLAST demonstrated significantly better ventilation compared to traditional orthoses.
- Patients reported high levels of comfort during wear.
- Satisfactory clinical outcomes were achieved in all seventy-four fitted cases.
Conclusions:
- POROPLAST represents a significant advancement in orthosis design, offering superior ventilation and comfort.
- The mesh plastic construction effectively mitigates issues associated with heat and humidity.
- This innovative orthosis provides a viable and comfortable solution for patients requiring orthopedic support.