Hemiplegia Clinical Trial
Official title:
The Influence of Seat Height on Hemiplegic-pattern Propulsion of Manual Wheelchairs
This study evaluates the effect of seat height on hemiplegic-pattern wheelchair propulsion. Each subject will act as their own control and measures will be obtained in a one sixty minute session. Five seat heights relative to the subject's leg length will be measured in a random order to see the effect on forward and backwards wheelchair propulsion.
Many people who have suffered a stroke require a wheelchair for mobility. Hemiplegia is a
common result of stroke.Many people with hemiplegia propel themselves using their sound-side
arms and legs ("hemiplegic-pattern propulsion") in manual wheelchairs.Often people using this
pattern are prescribed wheelchairs with a reduced seat height to facilitate foot propulsion.
Despite the seeming obviousness of the need to lower the seat height for people who use foot
propulsion,there is little available evidence to help establish optimal wheelchair seat
height. The study objective is to test the hypothesis that there is an optimum wheelchair
seat height (expressed as a percentage of the lower leg length) for hemiplegic-pattern
wheelchair propulsion. The investigators expect that the optimum seat height will be lower
than that usually used for wheelchairs that are hand-propelled.
A single-subject design with able-bodied participants will be used to investigate 5
randomized seat heights. The 5 seat heights will be set relative to the subjects leg length
at a single 60 minute data collection session All measures will be obtained during one
session. The optimal seat height will be chosen based on wheelchair propulsion speed, push
frequency and effectiveness over 10m going forward on smooth surface, and 5m going backwards
over a soft surface.
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