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Name Card
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Professor Yeung, Kelvin Wai Kwok 楊偉國

Title:
Professor
Chief of Research Division, and Departmental Research and Postgraduate Advisor, Department of Orthopaedics and Traumatology, School of Clinical Medicine, LKS Faculty of Medicine, The University of Hong Kong
Director of Research Laboratory of Orthopaedic Centre, The University of Hong Kong Shenzhen Hospital
Deputy Director of of Shenzhen Key Laboratory for Innovative Technology in Orthopaedic Trauma, The University of Hong Kong Shenzhen Hospital
Warden of Simon K. Y. Lee Hall, The University of Hong Kong
Associate Dean of Student Affairs, Centre of Development and Resources for Students

Principal Investigator
StatusProject CodeProject TitleAmountFunding Year
 
22210832Photo-induced zinc-doped graphite-crystalline phase carbon nitride-based (CN-Zn/BiS) nanostructures on titanium surface enabling in situ bacterial killing and implant-to-bone integration13764322022
 
17111322Near infrared responsive hydrogenated titanium oxide nano-structures enable rapid bacterial killing and superior bone-to-implant integration via immunosteomodulation 11214042022
 
21200592Investigation of hydrogel dressing materials with embedded photoresponsive carbon quantum dots/zinc oxide (CQDs/ZnO) antibacterial nanostructures for the treatment of wound infections13796602021
 
PiH/056/22Development of near-infrared sensitive photothermal aerogels for potential applications6030002021
 
20190422Investigation of photothermally responsive multi-layered graphene oxide coating for controlled release of antibacterial reagents to act against orthopaedic implant-related infection13776202020
 
19180712Investigation of a Double-Coated Titanium Implant with Near-Infrared Controlled Antimicrobial Capabilities for Photodynamic and Photothermic Therapy10700002019
 
PiH/046/21Development of near-infrared sensitive photothermal aerogels for potential applications6019672021
 
PiH/428/20Development of near-infrared sensitive photothermal aerogels for potential applications2490672020
 
PRP/030/20FXDevelopment of near-infrared sensitive photothermal aerogels for potential applications19895002020
 
17207719Development of light-driven Ag/Ag@AgCl/ZnO nanostructures on titanium surface to assist in situ bacterial killing and bone-implant osseointegration6959192019
 
ITS/405/18Development of Sponge-Like Monodisperse PLGA/Alginate Core-Shell Microsphere Delivery Device to Enable Precisely Controlled Release of Magnesium Ions for In-Situ Bone Regeneration10697622019
 
InP/001/20Development of Sponge-Like Monodisperse PLGA/Alginate Core-Shell Microsphere Delivery Device to Enable Precisely Controlled Release of Magnesium Ions for In-Situ Bone Regeneration3912092020
 
InP/214/16Development of Antibacterial Stainless Steel Surgical and Related Instruments and their Clinical Applications3528962015
 
InP/326/16Development of Antibacterial Stainless Steel Surgical and Related Instruments and their Clinical Applications3107322015
 
InP/192/16Development of a Degradable Hybird Bioactive Coating for Osteoporotic Fracture Fixation Implants (Clustered Project #4)1702362015
 
InP/339/16Development of a Degradable Hybird Bioactive Coating for Osteoporotic Fracture Fixation Implants (Clustered Project #4)1050672015
 
Trauma-11-50YIn-vivo study of a novel bio-degradable bone substitute for osteoporotic fracture fixation4919432012
 
ITS/287/17Development of Magnesium Based Osteogenic Bionanocomposites for Bone Specific Bio-scaffold 3D Printing12999852017
 
HKU 718507EDevelopment of Novel Biodegradable Metallic Materials for Orthopedics2818492007
 
HKU 123708EDevelopment of Novel Plasma Modified Metallic Materials for Anterior Cruciate Ligament Reconstruction5832792008
 
HKU 124009EDevelopment of a novel method to suppress bacterial adhesion on orthopaedic implant surface using plasma-based technology9766082009
 
ITS/342/09Prevention of Orthopaedic Implant Related Bacterial Infections by Using Novel Plasma Surface Treatments7600002009
 
InP/062/10Prevention of Orthopaedic Implant Related Bacterial Infections by Using Novel Plasma Surface Treatments1428002009
 
InP/075/10Prevention of Orthopaedic Implant Related Bacterial Infections by Using Novel Plasma Surface Treatments1465802009
 
N/APrevention of orthopaedic implant related bacterial infections using novel plasma surface treatments5651202009
 
HKU 719411EEnhancement of the biofunctionality of polyetheretherkytone (PEEK) materials using plasma surface technology8120002011
 
HKU 718913EDevelopment of novel biodegradable bone substitutes for osteoporotic spinal fracture treatments6455002013
 
ITS/147/15Development of a Degradable Hybird Bioactive Coating for Osteoporotic Fracture Fixation Implants (Clustered Project #4)13699322015
 
03142446The application of newly developed biodegradable K-wire in upper-limb fracture fixations10432582015
 
InP/025/16Development of a Degradable Hybrid Bioactive Coating for Osteoporotic Fracture Fixation Implants (Clustered Project #4)2016002015
 
GHX/002/14SZDevelopment of Antibacterial Stainless Steel Surgical and Related Instruments and their Clinical Applications5400002016
 
17214516Development of Magnesium-Enriched Decellularized Allogenic Bone Matrix for Large Bone Defect Management6756472016
Co-Investigator
StatusProject CodeProject TitleAmountFunding Year
 
N_HKU721/23The investigation of biodegradable zinc-lithium-magnesium alloy as a novel implant to promote osteogenesis through the stimulation of the bone-brain axis12121352023
 
17115923Secretin-dependent signal in the Ventromedial Hypothalamus-to-bone pathway functions to regulate bone development and remodelling11994722023
 
C7003-22YDevelopment of wireless-powered optoelectronic device for precise control of bone homeostasis through the modulation of skeletal interoceptive circuit38358302022
 
PiH/193/21Development and Initial Validation of a Novel Local Anesthetic Drug Carrying Bone Plate (DCBP) with Diffusion Optimized Micro Fluid Channels for Fracture Repair Manufactured By Integrated Machining Direct Metal Laser Sintering (IM-DMLS) 3D Printing Technology4765642021
 
201209160012Low Cost Antimicrobial Surface1000002012
 
InP/242/21Development and Initial Validation of a Novel Local Anesthetic Drug Carrying Bone Plate (DCBP) with Diffusion Optimized Micro Fluid Channels for Fracture Repair Manufactured By Integrated Machining Direct Metal Laser Sintering (IM-DMLS) 3D Printing Technology2511872021
 
InP/245/21Development and Initial Validation of a Novel Local Anesthetic Drug Carrying Bone Plate (DCBP) with Diffusion Optimized Micro Fluid Channels for Fracture Repair Manufactured By Integrated Machining Direct Metal Laser Sintering (IM-DMLS) 3D Printing Technology2511872021
 
09201466Investigation of whitlockite-poly(ethylene glycol) hybrid in situ bioprinting system with multi-stage magnesium ion release profile for immunomodulatory bone regeneration12804882021
 
GHP/019/05Optimization and commercialization of novel metallic materials for orthopaedic use76794122005
 
HKU 772113MDevelopment of a magnesium-based biomaterial using a critical-sized bone defect model5490652013
 
HKU 779313MThe role of silver nanoparticles in tendon healing4849782013
 
17122022Development of nickel-titanium shape memory alloy based growing spinal system for early-onset scoliosis10070132022
 
17304619Ocean acidification driven discovery of novel crystal orientation rotating proteins from oyster shells5582722019
 
InP/166/21Development and Initial Validation of a Novel Local Anesthetic Drug Carrying Bone Plate (DCBP) with Diffusion Optimized Micro Fluid Channels for Fracture Repair Manufactured By Integrated Machining Direct Metal Laser Sintering (IM-DMLS) 3D Printing Technology3182552021
 
UIM/400Development and Initial Validation of a Novel Local Anesthetic Drug Carrying Bone Plate (DCBP) with Diffusion Optimized Micro Fluid Channels for Fracture Repair Manufactured By Integrated Machining Direct Metal Laser Sintering (IM-DMLS) 3D Printing Technology63072462020
 
201411159078Rat Model for Developmental Lumbar Spinal Stenosis354002014
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