Stroke
Conditions
Keywords
Electroencephalography, pedal walking, visual deprivation, challenging task
Brief summary
Complex task training may be more effective than simple task training in promoting functional recovery and brain restructuring in stroke participants. The researchers intend to investigate the real-time changes in plantar pressure and electroencephalographic signals in stroke participants during two complex tasks: pedal walking and visual-deprivation walking. The research hypothesis is that pedal walking and visual-deprivation walking can improve the difference of plantar pressure between the affected and unaffected lower limbs of stroke participants, and cause corresponding electroencephalographic changes.
Detailed description
Stroke participants perform the following tasks after wearing a plantar pressure device and a 32-lead electroencephalographic cap. First, stroke participants walk on the pedal on the lower limbs of the affected side. Then the researchers cover the participants' eyes with an eye mask, the participants perform the task of visual-deprivation walking. Finally, the participants walk on a flat surface. Each walking task lasts for 60 seconds. The participants can rest for 3-5 minutes between tasks.
Interventions
OTHERpedal walking
Pedal walking is a challenging task for stroke participants and can be used as a means of stroke rehabilitation. A cross-sectional study is conducted to investigate the real-time changes in plantar pressure and electroencephalogram during pedal walking in stroke participants.
OTHERvisual-deprivation walking
visual-deprivation walking is a challenging task for stroke participants and can be used as a means of stroke rehabilitation.A cross-sectional study is conducted to investigate the real-time changes in plantar pressure and electroencephalogram during visual-deprivation walking in stroke participants.
Sponsors
Geriatric Hospital of Nanjing Medical University
Study design
Observational model
CASE_ONLY
Time perspective
CROSS_SECTIONAL
Eligibility
Sex/Gender
ALL
Age
18 Years to 70 Years
Healthy volunteers
No
Inclusion criteria
* MRI or CT diagnosis of the first stroke onset； * The onset of the stroke occurred more than 30 days; * Safely walk 50 meters without assistance.
Exclusion criteria
* Cerebellar injury； * Brain stem injury； * Visual impairment.
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| phase-amplitude coupling | Real-time monitoring of electroencephalography data will occur while participants are walking. The Time Frame for data collection will encompass the entire duration of each participant's walking session, which lasts for 60 seconds. | Phase-amplitude coupling is a type of cross-phase coupling that represents the coupling between the phase of slow oscillations and the amplitude of fast oscillations. |
| phase-frequency coupling | Real-time monitoring of electroencephalography data will occur while participants are walking. The Time Frame for data collection will encompass the entire duration of each participant's walking session, which lasts for 60 seconds. | Phase-frequency coupling is a generic form of the cross-frequency coupling model, representing the coupling between the slow oscillations phase and the fast oscillations frequency. |
| phase-phase coupling | Real-time monitoring of electroencephalography data will occur while participants are walking. The Time Frame for data collection will encompass the entire duration of each participant's walking session, which lasts for 60 seconds. | Phase-phase coupling is a special form of cross-phase coupling that represents the coupling between the phases of slow and fast oscillations, which can occur even when the coupling is very weak. |
| Amplitude-amplitude coupling | Real-time monitoring of electroencephalography data will occur while participants are walking. The Time Frame for data collection will encompass the entire duration of each participant's walking session, which lasts for 60 seconds. | Amplitude-amplitude coupling is a form of cross-phase coupling that represents the coupling between the amplitudes of slow oscillations and fast oscillations . |
| relative power | Real-time monitoring of electroencephalography data will occur while participants are walking. The Time Frame for data collection will encompass the entire duration of each participant's walking session, which lasts for 60 seconds. | Relative power reflects the frequency domain changes of electroencephalogram. |
| weight Phase Lag Index | Real-time monitoring of electroencephalography data will occur while participants are walking. The Time Frame for data collection will encompass the entire duration of each participant's walking session, which lasts for 60 seconds. | The weight phase lag index is an index of brain functional connectivity, can continuously measure the connectivity of the coupling of neural oscillatory activity. |
| peak pressure | Through study completion, an average of 2 months. | Peak pressure reflects the maximum pressure on the entire sole of the foot. |
Countries
China
Outcome results
None listed