This clinical study is organized for people with stroke often experience difficulties with their sensation in their upper limb. New technologies may be able to help these important problems. However, there is currently not enough knowledge about how the brain recovers in people with sensory impairments in their arm and hand. Using a non-invasive technique of recording brain activity, known as electroencephalography (EEG), brain activity in combination with somatosensation of the hand will be measured. Therefore, the purpose of this study will be to analyse brain activity in relation to somatosensory impairments after stroke during the first two weeks after stroke.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
20
EEG is a device to measure brain activity via surface electrodes
Saint Luc Hospital
Brussels, Belgium
Sensory Evoked Potential Latency
EEG measurement
Time frame: First 2 weeks post-stroke
Sensory Evoked Potential Amplitude
EEG measurement
Time frame: First 2 weeks post-stroke
Fugl Meyer Assessment
Upper limb motor impairment measurement
Time frame: First 2 weeks post-stroke
Wolf Motor Function Test
Upper limb activities measurement
Time frame: First 2 weeks post-stroke
Perceptual Threshold of Touch
Light touch of the palmar surface of index finger
Time frame: First 2 weeks post-stroke
Erasmus modified Nottingham Sensory Assessment
Measures somatosensation of the upper limb and hand
Time frame: First 2 weeks post-stroke
Nottingham Sensory Assessment
Measures stereognosis
Time frame: First 2 weeks post-stroke
Montreal Cognitive Assessment
Measures cognition
Time frame: First 2 weeks post-stroke
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