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Bridging Science and Healthcare at the Biomechanics Laboratory
The Biomechanics Laboratory (BML) at Singapore General Hospital stands as Singapore's only comprehensive hospital-based facility capable of conducting in-vitro tissue research. As a collaborative workspace for multi-disciplinary research and innovation, we serve as a vital bridge connecting researchers, clinicians, students, and industrial partners from various institutions, both locally and internationally. Our extensive network facilitates the dynamic exchange of expertise, resources, and innovative ideas.
Our laboratory comprises two specialised units: Cell and Tissue Bioengineering (CTBioE) and Robot Enhanced Biomechanics and Engineering Laboratory (REBEL).
Our research strengths and capabilities are in the following categories:
CTBioE
Academia, Level 1, 20 College Road
+65 6576 7962
REBEL
Academia, Level 1, 20 College Road
+65 6576 7446
Projects
BML's current flagship research focuses on investigating osteoarthritis in the small joint such as wrist and fingers, with particular emphasis on aging-related conditions. This comprehensive studies, supported by multiple SingHealth Academic Medicine (AM) Grants, represents a collaborative effort between our team and clinicians from the Department of Hand and Reconstructive Microsurgery (HRM) and Occupational Therapy (OT).
REBEL serves as our dedicated research facility for orthopaedic biomechanics research, providing domain-specific expertise in large joints biomechanics using cadaver specimens and specialised equipment. Our facilities are strategically located across Academia:
- Motion Sciences Laboratory (Level 1)
- REBEL Facilities (Basement 1)
Our advanced equipment includes:
- 6 degrees-of-freedom robotic tester
- Knee and robotic universal musculoskeletal simulators
- Qualisys 12-camera motion capture system
- Kistler force plates
- Instrumented staircase with Bertec force plates
REBEL's research portfolio spans several critical areas in biomechanical engineering, including comprehensive studies of large joints in both lower and upper extremities, examining these structures in intact, damaged, and surgically repaired states.
1. Joint Biomechanics Studies
We perform detailed kinematic and kinetic investigations across different joints, developing deeper insights into join diseases and movement patterns. These studies provide crucial information for understanding joint function and pathology.
2. Implant Design and Analysis
Using advanced computer-aided techniques, we design novel implants and analyze their mechanical interactions within joints of interest. This work contributes to the development of more effective and durable implants for various orthopaedic applications.
3. Robotic Knee Tester Development
We're creating an innovative system that integrates robotic testing with motion capture technology. This setup allows for precise control and measurement of knee joint mechanics while simultaneously capturing real-time motion data. The integration of motion capture with robotic testing bridges the gap between cadaveric studies and real-world functional biomechanics, enabling us to validate robotic simulations against actual human movement data.
4. Personalized Tele-rehabilitation
We're working on customizing rehabilitation protocols using our research data. This approach aims to detect potential complications such as abnormal loading or improper joint movement, allowing for early intervention to prevent secondary injuries. By personalizing rehabilitation, we hope to improve patient outcomes and recovery times.
Through these diverse projects, REBEL aims to advance our understanding of joint biomechanics and improve patient outcomes in orthopedic care. Our multifaceted approach combines cutting-edge technology with clinical expertise to address pressing challenges in biomechanical engineering and orthopedic medicine.
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SGH Enablers
Health Services Research Unit (HSRU)
Optimizes healthcare delivery through evidence-based research and outcome studies
Clinical Innovation and Technology Unit (CITU)
Develops technological solutions to address clinical challenges in healthcare
Clinical Trials & Research Centre (CTRC)
Provides end-to-end support for clinical trials and research studies
Department of Clinical Translational Research (DCR)
Transforms laboratory discoveries into practical clinical treatments and applications
Biomechanics Lab
Studies movement science to improve patient rehabilitation and musculoskeletal care
Data Science and Artificial Intelligence Laboratory (DSAIL)
Applies AI and analytics to enhance healthcare delivery outcomes
Pathological Sciences
Advances disease diagnostics through innovative pathology research and methods
Radiological Sciences
Develops advanced imaging techniques for improved diagnosis and treatment
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