The severity of apraxia in each stroke group and the performance dimensions affected were, however, comparable.
Results: Reaction times in the stroke group differed significantly in all conditions from the controls (410±72ms vs 320±54ms, P<.01).
In addition, when the anti-phase pattern was required, a reduction of stability was observed for the stroke group.
Post hoc comparisons revealed that sitting reaction-time scores were significantly slower than reaction-time scores for feet together standing (P=.008) among participants in the stroke group.
Participants in the stroke group had a mean age of 64.17±13.14 years; control participants had a mean age of 64.00±13.91 years.
[18 F]PET/CTPET/CT imaging, rotarod tests, and immunohistochemistry (IHC) were performed 3, 11, and 22 days poststroke induction (PSI .The stroke group exhibited significantly increased microglial activation, and impaired motor function.
Analyses revealed a comparable proportion of patients in each stroke group were classified as apraxic in the imitation condition, but a higher proportion of left stroke patients were apraxic in the pantomime condition.
To determine the prevalence of sarcopenia in stroke survivors using different methodologies, and compare a subset of the stroke group to age-, sex-, and body mass index (BMI -matched nonstroke control counterparts.
Conclusions: The TBI group showed a higher mobility status at admission and discharge from inpatient rehabilitation than the stroke group; however, the rate of improvement (improvement in mobility status per day) did not differ between groups.
Results: With age and time since injury controlled in the model, the TBI group showed a significantly higher mobility status on admission and discharge over the stroke group, but the change (improvement) in mobility status did not differ.
