- Country: TAIWAN
- Official Title: 副所長
- Department: 國立陽明交通大學智慧醫電研究所
Speech Title
The Symphony via Photoelectrochemical for Alzheimer’s Disease
光電化學與阿茲海默症共普的交響樂
Three major medical issues that humans should take very seriously in the future are nothing else but malignant tumors, the aging population, and impaired fertility. On the issue of the aging population, elderly dementia has become a global problem and is costly to society. Although many countries in the world now have dedicated to related research, it is usually too late to have effective treatment after the confirmed diagnosis. Consequently, early diagnosis should not be regarded as an effective way to control dementia, while proper treatment and good diagnostic techniques are required to go side by side to be an effective strategy. To see how the ancient bioelectrochemical plus photo technology assists in the detection of β-amyloid without taking CSF as the sample. Use the idea of electrochemical dephosphorylation to achieve phosphorylated Tau plaque removal, and then use AI technology to analyze PET images (AV45, FDG, and C-PiB) that can be detected and treated early under the cooperation of medicine and engineering. Therefore, our team will use peripheral body fluids for early screening and rapid detection of Alzheimer’s disease. In addition, AI analyzes the correlation between medical images and peripheral body fluids as early AD diagnosis. Both the medical and academic communities understand the need for early screening and rapid detection of AD, not only to delay deterioration but also to contribute to early treatment. Through the appropriate bioreactors that have been designed and developed by our laboratory and the completion of electrochemical and/or computer science cross-discipline integrated real-time detection platforms such as Biophotonics-Optogenetics and Bionanomaterials-UCNP technology developed through this research, a new analysis with bionanomaterials technology is bound to be created.