Stroke Clinical Trial
Official title:
Institutional Review Board of Chung Shan Medical University Hospital
Background: Hemiplegia is one of the main reasons why stroke survivors lose their walking
and balancing ability. Many studies point out that cycling is an effective means for lower
limb rehabilitation. However, during training, the unaffected limb may compensate for the
affected one resulting in suboptimal rehabilitation. To address this issue, the
investigators developed the virtual reality-cycling training system (VRCTS) which can
acquire force and speed signals in real-time through a cycling module. The system then
analyzes the acquired data and uses a 3D VR rehabilitation program to help patients to train
their affected side. The aim of the study was to develop the VRCTS, verify its function and
test system function on both normal subjects and stroke patients.
Methods: In this system, the investigators designed a cycling device that is embedded with
load cell and encoder sensors to detect cycling force and angle in real-time. A Cycling
Graph User Interface Control and Data Recode System (Cycling CR System) was applied for
signal analysis and feedback control. The investigators designed a 3D interactive VR
rehabilitation program that can guide and train the users through visual feedback. Each user
performed a pre-test to examine determine condition, left-right balance and other
parameters, which allows the system to be customized.
n/a
Intervention Model: Single Group Assignment, Masking: Open Label, Primary Purpose: Treatment
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