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Point-of-care devices for COVID-19 virus detection by using sample pretreatment and nucleic acid amplification techniques(109.7.1-110.5.31)
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Development of a compact, point-of-care device/system for fast and accurate diagnosis of COVID-19 (110.1.1-110.12.31)
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Automatic integrated microfluidic systems for optimization of screened aptamers with high membrane specificity and affinity and their applications for ovarian cancer diagnosis(110.8.1-113.7.31)
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Isolation, counting, culture and drug combination screening of circulating tumor cells
from cholangiocarcinoma for personalized medicine(110.1.1-112.12.31)
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Extracellular vesicles enrichment, quantification and analysis for
cancer diagnosis by using integrated microfluidics and opticallyinduced dielectrophoresis technique(109.8.1-112.7.31)
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Microfluidic platforms for cholangiocarcinoma applications- biomarkers and diagnosis(107.1.1-109.12.31)
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DIGITAL DRUG COCKTAILS BY USING ODEP OPERATION AND UV HYDROGEL ON INTEGRATED MICROFLUIDIC SYSTEMS(106.8.1-109.7.31)
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Integrated microfluidic systems for automatic drug cocktails screening of antibiotics and their applications for personalized medicine(107.8.1-110.7.31)
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Development of microfluidic platforms for liquid biopsy to quantify FXYD2 for OCCC diagnosis and prognosis monitoring(107.8.1-109.7.31)
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Screening of artificial antibodies and their biomedical applications(107.5.1-108.12.31)
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No. 101, Section 2, Kuang-Fu Road, Hsinchu, Taiwan 30013, R.O.C.
Department of Power Mechanical Engineering National Tsing Hua University
Microfluidic Biochips Lab
TEL:+886-3-5175131 ext.33765, +886-3-5742834 FAX:+886-3-5722840
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