| Name |
Phone |
Email |
 Assoc Prof Aymeric Lim
Yu-Tang |
|
doslima@nus.edu.sg |
- Retrograde flow venous flaps - A potentially reliable
resurfacing tool
|
|
|
 Assoc Prof Aziz
Nather |
6772 4342 |
dosnathe@nus.edu.sg |
- Development of a tissue engineered bone substitute for
bridging a large weight bearing cortical bone defect. An
experimental study in adult
|
|
|
|
 Dr Barry P
Pereira |
6516 5182 |
dosbarry@nus.edu.sg |
- Investigating neurotrophic factors that regulate axonal regeneration in muscle lacerations
|
|
|
|
 Prof Casey Chan |
6872 0478 |
doschanc@nus.edu.sg |
- Nerve Regeneration using guided channels
- Construction of 3-D Scaffold with Nanofibers
- Skin Regeneration with Bone Marrow Derived Stem Cells
|
|
|
 Assoc Prof Hee Hwan
Tak |
6772 4342 |
doshht@nus.edu.sg |
- The influence of the vascularity and intrinsic
permeability of the cartilaginous endplate on normal and
degenerate discs in animal models of intervertebral disc
compression and distraction
- Paraspinal muscle function in humans using magnetic
stimulation evoked cerebral potentials (SEPs): evaluation
of a novel non-invasive quantitative assessment method for
functional recovery in patients after low back surgery
- Effects of dynamic tension and growth factor on
degenerated human annulus fibrosus and nucleus pulposus
cells in vitro
|
|
|
|
 Prof James Goh Cho Hong |
6516 5259 |
dosgohj@nus.edu.sg |
- Construction and validation of a dynamic 3D Finite
Element (FE) model of the tibiofemoral joint
- RNAi for tendon healing: Synthetic small interfering
RNA decrease type V collagen synthesis for growing larger
collagen fibrils
- Tissue engineering approaches to the repair and
regeneration of anterior cruciate ligament
- Development of a functional tissue engineered bone ligament bone graft with novel fixation device to bone tunnels for ACL reconstruction
- Tri-phasic silk/stem cell based bone ligament bone construct in the repair of medial collateral ligament in rabbits
- Mimicking of hard tissue formation and implication to human health care
|
|
|
 Assoc Prof James Hui Ho Po |
6772 4342 |
doshuij@nus.edu.sg |
- Enhancement of meniscus repair using mesenchymal stem
cells in a porcine model
- Intra-articular injection of hydrogel encapsulated
mesenchymal stem cells or chondroitin sulfate in repair of
cartilage defect
- Muscle derived stem cells (MDSCS) for limb lengthening
in rabbit model
- Imaging of transplanted bone marrow derived stem cells (BMSCs) by MRI in chondral defect, meniscus injury and diabetic neuropath
- Translational Study Of Autologous Bone Marrow Stem Cell In TGF-beta 1 Loaded Fumarate Based Hydrogel For Chondral Defect Repairing
|
 Prof VP Kumar |
6772 4342 |
doskumar@nus.edu.sg |
- Shoulder biomechanics in massive rotator cuff tears
|
|
|
 Prof Lee Eng Hin |
6772 4342 |
dosleeeh@nus.edu.sg |
- Adult stem cells research to cure diabetes
- Chondrogenic differentiation of human stem cells:
Characterising and defining the cellular and molecular
mechanisms and the establishment of stable cellular
phenotypes for cartilage regeneration
- Tissue engineering in musculoskeletal tissues:
Characterizing and defining the cellular and molecular
mechanisms and their role in tissue integration
- Generating a high quality immortal mesenchymal stem cell line for chondrogenesis
- Modeling growth plate function with bone marrow derived mesenchymal stem cells to develop improved treatments for growth plate defects in children.
|
|
|
 Assoc Prof Lim Beng Hai |
|
doslimbh@nus.edu.sg |
- Multisensory skin flap planning assistant using a
virtual model of patient- specific biomechanics and blood
supply
|
|
|
 Prof Shamal Das
De |
6772 4342 |
dosdasde@nus.edu.sg |
- Assessment of insufficiency fractures and incident knee
osteoarthritis in pre and post-menopausal women using dual
energy x-ray absorptiometry
|
|
|
 Asst Prof Suresh
Nathan |
6772 4342 |
dosssn@nus.edu.sg |
- The limb salvage surgery patient at home – a
systematic cross-sectional survey of patients with
musculoskeletal malignancies in remission
- Preventing local recurrence in the musculoskeletal
oncology patient using cryosurgery
- Physiologic parameters in the milieu of solid tumours have the potential to indicate their sensitivity to chemotherapeutic agents
|
|
|
 Asst Prof Wilson Wang |
6772 4342 |
doswangw@nus.edu.sg |
- Biocompatibility and antimicrobial activity of
orthopaedic implant biomaterials with novel surface
modifications
- Surface modification and functionalization of bone related implant biomaterials to enhance biocompatibility and promote osteointegration
|
|
|
 Prof Wong Hee
Kit |
6772 4342 |
doshead@nus.edu.sg |
- A study on fusion performance of the novel contoured
spinal fixation device in conjunction with stem cells and
bone morphogenetic proteins in lumbar interbody fusion
- An evaluation of novel gene detection techniques in an
experimental animal model
- Gene expression in sustained lumbar spinal nerve root
compression neuropathy
- Mechanical analysis of human facet joints after
artificial disc replacement
- Paraspinal muscles function in humans using magnetic
stimulation evoked cerebral potentials (SEPs): Evaluation
of a NOVEL non-invasive quantitative assessment method for
functional recovery in patients after low back injury
- Control release of recombinant human bone morphogenetic protein type 2 from heparin conjugated multilayered alginate microbeads to enhnace new bone formation in spine fusion
|
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