Related Experiment Videos
Prediction of pulmonary function in wheelchair users
R A Cooper1, F D Baldini, W E Langbein
1Human Engineering Laboratory, California State University, Sacramento 95819-6019.
Paraplegia
|September 1, 1993
Summary
Pulmonary function in male wheelchair users can be predicted using equations that account for disability duration and impairment level. Further research is needed for female wheelchair users, prioritizing their pulmonary health assessment.
Area of Science:
- Pulmonary Medicine
- Rehabilitation Science
- Disability Studies
Background:
- Chronic diseases have replaced infectious diseases as leading causes of mortality in the US.
- Pulmonary function assessment is crucial for individuals using wheelchairs due to potential impacts of disability.
Purpose of the Study:
- To measure and model static and dynamic pulmonary functions in wheelchair users.
- To develop predictive equations for pulmonary function based on user characteristics.
Main Methods:
- 109 wheelchair users (paraplegia/quadriplegia) underwent pulmonary function tests (SVC, FVC, MVV, FRC).
- Stepwise regression was used to model pulmonary function data.
- Analysis of variance identified significant differences based on gender.
Main Results:
- Significant gender-based differences were observed in multiple pulmonary function metrics (FEVC, FEV1, MVV, SVC, etc.).
- Predictive equations for male wheelchair users showed significant correlations with validation data when incorporating years with disability and impairment level.
- Preliminary findings suggest women wheelchair users' pulmonary function prediction requires further investigation.
Conclusions:
- Pulmonary function in male wheelchair users is influenced by disability duration and impairment level, necessitating tailored prediction equations.
- Prioritizing research on pulmonary function in women wheelchair users is essential.
- Pulmonary function tends to decline with increased years of disability.