Microfluidic Chip - Globe Thesis

Keyword [Microfluidic Chip] Result: 181 - 200 \| Page: 10 of 10
181.	Construction And Application Of 3D-Printed Microfluidic Chip Cell Analysis Platform
182.	Immunofluorescence-based Microfluidic Biochip And Its Applications
183.	Novel Methods Of Loop-mediated Isothermal Amplification Combined With Microfluidic Chip For Digital Nucleic Acid Analysis
184.	Photocured Microfluidic Device-based Integrated Platform For Nucleic Acid Extraction And Detection
185.	Design And Preparation Of Editable Microfluidic Chip
186.	Research Of Multi-physics Field Particle Sorting Based On Inertial Expansion And Contraction Channels
187.	Research On Design And Fabrication Method Of Microfluidic Chip For Simulating Marine Catastrophic Microenvironment
188.	Real-time Quantitative Detection Of Nucleic Acid Based On Water-cooling-based PCR Chip
189.	Research On Nucleic Acid Biomarker Detection Methods And Its Application Based On Microfluidic Chip
190.	Research On Key Technologies For Portable Nucleic Acid Amplification And Detection Based On Static Chamber Chip With Multi-surface Variable Temperature Heat Source
191.	Research On Fluid Flow And Application Of 3D Printed Pattern Structure Micromixer
192.	A Microfluidic Chip For Studying Single-cell Signal Transduction At High Time Resolution
193.	Three-dimensional Flow Field Imaging Based On CCd-OCTA And Its Study Of 3D Printed Vascular-like Networks
194.	Erythrocyte Sorting And Directional Trajectory Study Within DLD Microfluidic Chip
195.	Single Cell Sonoporation Microfluidic Chip Based On Microcapillary Arrays
196.	Research On Immunofluorescence Labeling Technology Of Ku70 Protein Based On Microfluidic Chip
197.	A Microfluidic Droplet Chip For Efficient Single Cell Loading
198.	Microfluidic Chip For High-Throughput Detection Of Single-Cell Mechanical Properties Based On Shear-Induced Deformation
199.	Research On A New Immunoassay Method Based On Time-resolved Fluorescent Microspheres
200.	Study On Detection And Analysis Of High-throughput Single Cell Bioinformation Based On Microfluidic Chips
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