In the realm of eye care, where precision is paramount, the breakthrough project of Dr Fu Hong, of the Department of Mathematics and Information Technology, shines a significant light on a frequently overlooked issue: ocular misalignment, commonly known as strabismus.
This condition, which occurs when the eyes fail to align properly, can lead to debilitating complications such as double vision and impaired depth perception. The implications of Dr Fu's work extend far beyond the laboratory; they promise to revolutionise how we diagnose and treat this prevalent condition.
Central to her innovation is ‘An Intelligent Ocular Misalignment Measurement System’, which employs cutting-edge AI technology to provide a fully automated and objective method for measuring ocular misalignment. This automation is expected to transform the landscape of strabismus diagnosis, offering a welcome alternative to the conventional manual approach, which is often time-consuming, manpower-intensive, subjective, and occasionally inconsistent.
Enhancing patient care
Dr Fu's endeavour represents a crucial step towards enhancing eye care and making high-quality treatment more accessible. With its streamlined measurement procedure and heightened diagnostic efficiency, this innovative approach directly addresses the pressing shortage of eye care professionals. More importantly, it significantly improves access to healthcare for individuals with strabismus, ensuring that patients receive timely and effective treatment, thereby enhancing their overall quality of care and contributing to better health outcomes in the community.
Recognition and collaboration
The brilliance of Dr Fu’s work has garnered international recognition, including a Gold Medal at the International Exhibition of Invention in Geneva and the Jury's Choice Award at the International Invention Innovation Competition in Canada (iCAN), among others. These accolades testify to the trailblazing nature of her research and its potential impact on ophthalmology.
Conducted in a state-of-the-art laboratory at EdUHK, Dr Fu's research entails ceaseless collaboration with a dedicated team focused on advancing mathematical applications in health science. The lab leverages technology to tackle real-world health issues, particularly in vision science, fostering the development of cutting-edge solutions that enhance patient care.
A brighter future in ophthalmology
Dr Fu exemplifies how research can lead to practical solutions for everyday health problems. Her commitment to advancing medical technology and improving the lives of those with vision
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