microfluidic chip - Globe Thesis

Keyword [microfluidic chip] Result: 141 - 160 \| Page: 8 of 10
141.	Study And Preliminary Application Of SNP High-throughput Microfluidic Chip Method For Risk Assessment Associated Human Micronutrient Deficiency
142.	Studies On Microfluidic Chip For Integrated And Parallel Detection Of Pathogens Nucleic Acids
143.	An Integrated Microfluidic Device For Circulating Tumor Cells Detection In Lung Cancer And Its Clinical Application
144.	Study On Microfluidic Digital Isothermal Amplification And Its Applications In Detection Of MiRNA In Hepatocellular Carcinoma
145.	Construction Of A Microfluidic Bionic Chip Model For Lung Adenocarcinoma Brain Metastasis And Its Application In Molecular Mechanism Study
146.	Application Of Microfluidic Paper-Based Chips In Environmental And Biological Analysis
147.	The Magnetic/fluorescent Compound Nanocomposite And Microfluidic Chip For Circulating Tumor Cells Detection
148.	Coupling Of Dielectrophoresis And Spatial Effects In Microfluidic Chip For Circulating Tumor Cell Sorting
149.	Engineering Of Electrochemical Biosensor And Its Application In Indirect Toxicity Monitoring
150.	Study Of The Effect And Mechanism Of High Uric Acid On Endothelial Cell Adhesion By Microfluidic Chip Technique
151.	The Study Of Fluorescent Detection Nucleic Acid Analysy Technique Of Isothermal Amplification Microfluidic Chip For Rapid Strain Screening Of Suspectedjoint Tuberculosis
152.	Microfluidic Isothermal Amplification Based Fluorescent Technology Assay For Severalrespiratory Infection Viruses
153.	Construction Of A Microfluidic Chip For Liver And Kidney Tissue Culture And Its Appilcation On Organ Tropic Study Of Tumor-Derived Exosomes
154.	Preparation Of Bar-Like Quantum-Dot-Encoded Core-Shell Microparticles On A Microfluidic Chip
155.	Clinical Significance Of Circulating Tumor Cell Detected Based On Microfluidic Device In Patients With Lung Cancer
156.	Fabrication Of Lipopolysaccharide-induced Obese Type 2 Diabetes Based On Chip Model
157.	Hydrophobic Marking Line Used To Eliminate The Edge Effect In A Microfluidic POCT Device
158.	Simulation Of Tumor Microenvironment And Cell-cell Interactions Research Based On Microfluidic Platform
159.	Microfluidic Technology-based Circulation Tumor Cell Enrichment And Purification Studies
160.	A Novel Microfluidic Chip And Its Application To Capture Circulating Tumor Cells (CTCs)
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