Gait Recovery After Stroke

Overview

The purpose of this observational study is to track the recovery of stance duration symmetry during the first 6 months after stroke using wearable sensors and explore the influence of stroke specific factors (time since stroke, stroke type, location and paretic side).

Gait impairments can limit the ability to perform daily activities and increase the risk of falls in stroke survivors. Although rehabilitation improves walking in people with stroke, it is unclear whether the improvement relies on compensatory strategies or can be further improved to achieve normal or closer to normal performance. Stance duration symmetry is an ideal measure of gait recovery in stroke survivors as it indicates the paretic sides capacity to control body weight and maintain balance during walking. Measuring stance duration symmetry may, therefore, be useful for monitoring gait recovery and could be considered as one of key goals in stroke rehabilitation. Understanding the mechanisms of gait recovery in people with stroke is, therefore, essential for designing treatment program, setting realistic goals and appropriate timing for promoted intervention according to their stroke characteristics. Our plan is to track changes in the symmetry of stance duration of hemiplegic patients during the first 6 months after stroke attached at the following time points: 1) at recruitment (within 2 weeks after of stroke), 2) 4th weeks (1 month) after stroke, 3) 12th weeks (3 months) after stroke, and 4) 26th weeks (6 months) after stroke. Two wearable accelerometers (the ActivPAL4+, PAL technology, Glasgow, UK) directly to the skin of both anterior thighs using sticky pads for 4 days (24 hours) period. Demographic (age and gender) and relevant clinical data (10-meter walk test, Modified Rivermead Mobility Index (RMI), stroke type, paretic side) will also be recorded as factors to explain gait symmetry.

Conditions

Eligibility

Outcomes

Central Contacts