Stroke is the leading cause of severe disability in adults. The first cause of alterations in the quality of life and autonomy in these patients are disorders of walking and the balance. They are the leading cause of falls responsible for important medical, surgical and economic complications as well as a reactionary social isolation. The techniques of rehabilitation of walking to the subacute phase of a stroke are usually based on automatic walking.Off walking is a complex activity usually performed in everyday life in association with multiple tasks. It is therefore interesting to re-educate walking in dual task or even in multitasking.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
26
rehabilitation multitasking walking.
Traditional walking rehabilitation
CHU Amiens Picardie
Amiens, Picardie, France
Measure walking speed
Speed of the simple task of walking 10 meters testing.
Time frame: 6 months
Description of different types of walking disorders and balance in the subacute phase of stroke
Currently no clinical scale exists in the literature at our knowledge. The walk of the patients will be qualitatively analyzed by the investigator in order to measure the prevalence of the different clinical categories of walking disorders according to their semiological characteristics
Time frame: inclusion
Score neuromotor the lower limb
Score neuromotor the lower limb: Fugl Meyer
Time frame: 6 months
Dynamic equilibrium to TUG single and double cognitive task
Dynamic equilibrium to TUG single and double cognitive task
Time frame: 6 months
Walking speed double cognitive task
Walking speed double cognitive task
Time frame: 6 months
Executive functions: a battery of neuropsychological
Executive functions: a battery of neuropsychological
Time frame: 6 months
Autonomy: FUNCTIONAL INDEPENDENCE MEASUREMENT
Autonomy: FUNCTIONAL INDEPENDENCE MEASUREMENT
Time frame: 6 months
EVA Quality of life
EVA (Visual Analogic Scale) quality of life
Time frame: 6 months
Correlation of cognitive gains with the gain of the walking speed of 10 meters
Correlation of cognitive gains with the gain of the walking speed of 10 meters
Time frame: 6 months
anatomoclinical correlations
Lesion score of gray matter and white matter (Volumetry on sequences 3DT1 and Flair) Cerebral
Time frame: 6 months
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