The main objective of this study is to evaluate the feasibility and acceptability of the use of the robot "SAFEWALKER" complement classical rehabilitation in a group of elderly patients over 70 years during the rehabilitation of post-fall syndrome.
The post-fall syndrome is an acute functional complications of falls that affects nearly one in five elderly fallers. It combines phobia of the previous vacuum, axial and hypertension astasia abasia. Unrecognized and untreated, it progresses to a major regressive syndrome, severe physical, psychological and social implications. Only an early rehabilitation for an early resumption of walking, prevents such a development. The main element is to support and encourage the subject to walking. In practice, it was found that the physiotherapist can not be present daily and the duration of its intervention is often short-lived. This study will examine the contribution of a medical device of a walking aid (SAFEWALKER the robot) in the rehabilitation and empowerment of seniors with a post-fall syndrome. The SAFEWALKER, which is a walking aid device (http://www.safewalker.com), completes the support action exercised by a third person, by reducing support and securing travel. It allows the subject to move alone at will and is a continuity in relation to the management of the physiotherapist, a potential source of motivation. The hypothesis is that the SAFEWALKER device can be complementary to the walking rehabilitation in post-fall syndrome.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
20
Medical device walking aids.
Nourhashemi Fatemeh
Toulouse, MIDI Pyrenees, France
Feasibility of Safewalker
Number of steps performed at each of the rehabilitation sessions A composite measure based on questionnaires assessing the feasibility (patient and therapist).
Time frame: Day 14
Acceptability of Safewalker
A composite measure based on questionnaires assessing the acceptability (patient and therapist).
Time frame: Day 14
Walking speed
This parameter will be collected by a pedometer (manual and electronic) and embedded soles (Dynafoot ®) and motion sensors (Bioval ®).
Time frame: Day 14
Retropulsion degree
This parameter will be collected by a pedometer (manual and electronic) and embedded soles (Dynafoot ®) and motion sensors (Bioval ®).
Time frame: Day 14
Step length
This parameter will be collected by a pedometer (manual and electronic) and embedded soles (Dynafoot ®) and motion sensors (Bioval ®).
Time frame: Day 14
Number of falls during the study
The nurse will report the number of times that the patient fell during his hospitalization
Time frame: Day 14
Quality of life
Using the Short Form 36 scale
Time frame: Day 14
Independence in basic activities of daily living
Using the Activities of Daily Living scale
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Time frame: Day 14
The fear of falling
Using the Falls Efficacy Scale International
Time frame: Day 14