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Arch Phys Med Rehabil. Author manuscript; available in PMC 2012 November 19.
Published in final edited form as:
PMCID: PMC3501528

Reliability and comparison of weight-bearing ability during standing tasks for individuals with chronic stroke

Janice J Eng, PhD, PT/OT, Professor1,2,3 and Kelly Chu, MSc1,2,3



To determine the test-retest reliability over 2 separate days for weight-bearing ability during standing tasks in individuals with chronic stroke and to compare the weight-bearing ability among five standing tasks for the paretic and non-paretic limbs.


Prospective study using a convenient sample.


Free-standing tertiary rehabilitation center.


15 community-dwelling stroke individuals with moderate motor deficits; volunteer sample.


Not applicable.

Main Outcome Measures

Weight-bearing ability as measured by the vertical ground reaction force during 5 standing tasks (rising from a chair, quiet standing, weight-shifting forward, backward, laterally).


The weight-bearing ability was less for the paretic limb compared with the nonparetic limb, but the intraclass correlation coefficients were high (0.95–0.99) for both limbs between the 2 sessions for all 5 tasks. The forward weight-shifting ability was particularly low in magnitude on the paretic side compared with the other weight-shifting tasks. In addition, the forward weight-shift ability of the nonparetic limb was also impaired but to a lesser extent. Large asymmetry was evident when rising from a chair, with the paretic limb bearing a mean 296N and the nonparetic side bearing a mean 458N. The weight-bearing ability during all 5 tasks correlated with one another (r range, 0.56–0.94).


Weight-bearing ability can be reliably measured and may serve as a useful outcome measure in individuals with stroke. We suggest that impairments of the hemiparetic side during forward weight shifting and sit-to-stand tasks presents a challenge to the motor systems of individuals with stroke, which may account for the poor balance that is often observed in these individuals.

Keywords: Cerebrovascular Accident, Reproducibility of Results, Rehabilitation, Weight-Bearing