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Professor Leung, Susan Wai Sum 梁慧心

Title:
Associate Professor

Co-Investigator
StatusProject CodeProject TitleAmountFunding Year
 
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
 
HKU 7681/06MGender differences in the regulation of endothelium-dependent contracting factor9325002006
 
81270383Telomere-independent Rap1 contributes to inflammation during atherosclerosis9420002012
 
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
 
HKU 774610MProtective effects of vitamin D on endothelial dysfunction in hypertension5916002010
 
HKU 775111MPeroxisome Proliferator-Activated Receptors and Vascular Function9500002011
 
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
 
HKU 772307MMechanism for the modulation of vascular function by flavonoids10654352007
 
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
 
13142641Human Prostacyclin Receptors and Endothelial Dysfunction11927362015
 
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
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