[article] 
inAmerican Journal of Occupational Therapy > Vol. 66/1 (janvier-février 2012) . - p. 35-41

Titre :	Predictive ability of 2-Day measurement of active range of motion on 3-Mo upper-extremity motor function in people with poststroke hemiparesis
Type de document :	texte imprimé
Auteurs :	Eliza M. PRAGER ; Catherine E. LANG
Année de publication :	2012
Article en page(s) :	p. 35-41
Langues :	Anglais (eng)
Mots-clés :	Accident cérébrovasculaire  Hémiparésie  Motricité
Résumé :	OBJECTIVE. We determined (1) whether active range of motion (AROM) of shoulder flexion and wrist extension measured at the initial therapy evaluation in the acute hospital predicted upper-extremity (UE) motor function 3 mo after stroke and (2) whether the presence of nonmotor impairments influenced this prediction. METHOD. We collected AROM data from 50 people with stroke during their initial acute hospital therapy evaluation and UE motor function data 3 mo later. Multiple regression techniques determined the predictive ability of initial AROM on later UE motor function. RESULTS. Initial AROM explained 28% of the variance in UE motor function 3 mo poststroke. Nonmotor deficits did not contribute to the variance. CONCLUSION. Compared with later AROM measurements, initial values did not adequately predict UE motor function 3 mo after stroke. Clinicians should use caution when informing clients of UE functional prognosis in the early days after stroke.
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[article] Predictive ability of 2-Day measurement of active range of motion on 3-Mo upper-extremity motor function in people with poststroke hemiparesis [texte imprimé] / Eliza M. PRAGER ; Catherine E. LANG . - 2012 . - p. 35-41.
Langues : Anglais (eng)
in American Journal of Occupational Therapy > Vol. 66/1 (janvier-février 2012) . - p. 35-41

Mots-clés :	Accident cérébrovasculaire  Hémiparésie  Motricité
Résumé :	OBJECTIVE. We determined (1) whether active range of motion (AROM) of shoulder flexion and wrist extension measured at the initial therapy evaluation in the acute hospital predicted upper-extremity (UE) motor function 3 mo after stroke and (2) whether the presence of nonmotor impairments influenced this prediction. METHOD. We collected AROM data from 50 people with stroke during their initial acute hospital therapy evaluation and UE motor function data 3 mo later. Multiple regression techniques determined the predictive ability of initial AROM on later UE motor function. RESULTS. Initial AROM explained 28% of the variance in UE motor function 3 mo poststroke. Nonmotor deficits did not contribute to the variance. CONCLUSION. Compared with later AROM measurements, initial values did not adequately predict UE motor function 3 mo after stroke. Clinicians should use caution when informing clients of UE functional prognosis in the early days after stroke.
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