Research Impact Fund (RIF) granted to Professor Ling Qin to develop magnesium-based biodegradable implants as innovative class III medical devices
Congratulations to Professor Qin and his lab for successfully granting support from the Research Impact Fund (RIF).
Population aging has become a major global issue now, according to The World Social Report 2023 launched by the United Nations, by 2025, the world's aging population over 65 years old will exceed 1.6 billion, and Hong Kong will become one of the oldest areas on the world with 40.6 % of aging population over 65 years old. Population aging is accompanied by a sharp increase in the incidence of musculoskeletal diseases such as osteoporosis, fragility fracture, and osteoarthritis, which seriously affect the quality of life of patients and bring huge economic burdens to families and society. Based on our existing research results, in collaboration with our industrial manufacturers and testing institution partners, we aim to develop Magnesium-based hybrid medical devices that could promote fracture healing as well as provide sufficient internal fixation for bone fracture. We will focus on large animal disease models of bone fracture in this project to obtain preclinical biosafety and effectiveness data to further promote the multi-center clinical trials and Class III biomedical device registration for broadening clinical applications. Our team is committed to developing novel Magnesium-based hybrid medical devices for challenging musculoskeletal disorders and promoting the translation of Magnesium metal from basic research to clinical applications, hence reducing the healthcare and economic burden associated with the aging society.
PI: - Prof. Ling Qin
Co-Is: - Prof. Gang LI, Prof. Ronald Man Yeung Wong, Prof. Michael Tim-Yun Ong, Prof. Jiankun Xu, Prof. Wenxue Tong, Prof. Xueling Bai (SIAT)
Funding scheme: - Research Impact Fund (RIF) from RGC Hong Kong
Funding amount: - HK$4,000,000
Title: - Magnesium-based biodegradable implants as innovative class III medical devices: from implant design, biosafety, efficacy to clinical translation
|