| 个人简介 | |
|---|---|
 Prof. C. Bor Fuh National Chi Nan University, Chinese Taipei |
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| 标题： Development of functional nanomaterials for material characterization and chemical analysis | |
| 摘要： Functional nanomaterials have been widely used for various applications of industry, biochemistry and biomedicine. The advantages of functional nanomaterials have been known and applied in many new applications. This presentation would show the development of functional nanomaterials for material characterization and biochemical analyses using various functional nanoparticles as examples. Several functional nanomaterials characterization and model biomarkers would be used to demonstrate the applications. Useful functional nanocomosite materials would also be presented with potential applications. In comparison with other methods, this method has lower detection limit and wider linear range. The objectives of this study are providing a simple, fast, sensitive, and selective analysis for particles, proteins, and other biomaterials. Keywords: Functional nanomaterials, biochemical analysis, magnetic immunoassay. | |
| 简介： Department of Applied Chemistry, National Chi Nan University, Taiwan Biography: Dr. C. BorFuh received his Ph.D from department of chemistry at University of Utah in USA and worked as a postdoc research fellow at biomedical engineering department of Cleveland Clinic Foundation in Ohio State, USA. Dr. Fuh has been a Professor since 2000. He served as a chairman at department of applied chemistry in National Chi Nan University from 2004 to 2007. Dr. Fuh was a guesting professor at Osaka University of Japan in 2009. Dr. Fuh has been editorial boards of several journals (Biomagnetic Research and Technology, Separation Science, International Journal of Nano Science and Engineering). Dr. Fuh has been invited speakers for many international universities and conferences. Prof. Fuh published more than 35 ranked top 10% international SCI papers. Dr. Fuh has been a distinguished professor in National Chi Nan University since 2014. His major fields of research interest include thin channel, magnetic immunoassay, and multifunctional nanoparticles for analytical and biochemical analyses. | |
