Value-based Introduction of Exoskeletons for Gait Rehabilitation in Physiotherapy
Care Process & Redesign
Technology
National Healthcare Innovation and Productivity Medals
SingHealth
31 December 2024
To investigate the adoption of RAGR and its effects on functional mobility gains for stroke survivors. HAL demonstrated its effectiveness and sustainability in enhancing stroke rehabilitation outcomes.
Year Submitted: 2024
Published Date: 31 December 2024
Tags: Care Process ＆ Redesign, Technology, Value Based Care, Functional Outcome, Assistive Technology, Robotics
About this Content
Aims
To investigate the adoption of RAGR and its effects on functional mobility gains for stroke survivors.
Background
Stroke survivors often experience gait disability, requiring innovative and resource-efficient therapies.
Methods
Integrated the Hybrid Assistive Limb (HAL) exoskeleton into inpatient rehab, with a phased workload increase and evaluation of MSAS scores.
Results
Improved functional mobility scores significantly; exceeded targeted workload; no adverse events reported.
Conclusion
HAL demonstrated its effectiveness and sustainability in enhancing stroke rehabilitation outcomes.
Lessons Learnt
Early stakeholder engagement, comprehensive training, and considering maintenance costs are essential for success.
Additional Information
National Healthcare Innovation & Productivity (NHIP) 2024 – Best Adopter.
Keywords
Exoskeleton, Gait, Rehabilitation
Innovators' Details
Innovators' Details
Healthcare Cluster(s) | SingHealth |
Organization(s) Involved | Singapore General Hospital |
Platform(s) | National Healthcare Innovation and Productivity Medals |
Healthcare Professional Group(s) | Allied Health, Healthcare Administration, Medical |
Applicable Specialty or Discipline | Physiotherapy, Rehabilitation Therapy |
Project Lead(s) | Miss Lee Yan Ying Amanda |
Project Member(s) | Lee Y.Y.A |
Connect with this contributor!
Miss Lee Yan Ying Amanda - amanda.lee.y.y@sgh.com.sg