Artificial intelligence, wearable smart medical materials and high-end medical materials technology innovations and breakthroughs, and continue to integrate imaging, physiology, genetics, medical record information and big data to develop precision medicine.
Covid-19抗原檢測試劑 (賴思佳副研員研究團隊)
COVID-19 infecting over a million people and causing a hundred thousand deaths. We generated a series of anti-SARS spike monoclonal antibodies and then to develop two kinds of COVID-19 antigen testing reagents. The COVID-19 antigen rapid test could detect SARS CoV-2 but exhibited no cross-reactivity with respiratory infection-related viruses such as other human coronaviruses, influenza A and B viruses. Antigen detection is simply, more suitable for the front line and can shorten testing time, which can contribute to the current efforts in fighting against this major pandemic.
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偵測登革熱病毒之微流體晶片 (魏俊傑副研員研究團隊)
This research aims to develop a rapid microfluidic biochip for detecting dengue fever infection, focusing on the production of specific antibodies for different dengue virus serotypes. The bio-sensing chip combined with analysis and system assembly, high sensitivity of sensing technology and mass production benefits. The core sensing technology of the system uses electrochemical impedance spectroscopy (Electrochemical Impedance Spectroscopy, EIS) technology to sense the electrical impedance of the biologically bound beads in the microfluidic chip. It has a single energy, clean, non-invasive, and versatile advanced advantages. The EIS microfluidic chip that can measure dengue virus NS1 protein in early phase of DEV infection.