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Keyword [Microfluidic Chip]
Result: 141 - 160 | Page: 8 of 10
141. Researches On Fabrication And Application Of Multifunctional Microfluidic Array Chips
142. Studies On Applying Mass Snectrometry And Microfluidic Chip To The Quality Assessment Of Traditional Chinese Medicine
143. Construction Of Glycan Sensing Interface And Its Application For Pathogenic Bacteria-Mannose Interaction Study
144. The Study Based On Infra-red LED Mediated PCR Platform Combined With Multi-walled Carbon Nanotubes As Heat Transfer Medium
145. Chemiluminescence/Electroluminescence Biosensor Based On Microfluidic Chip
146. Design Of Functionalized Electrospun Nanofibers For Circulating Tumor Cell Capture And Tumor Therapy Applications
147. Performance Enhancement Study Of Carbon Electrode By UV/ozone Treatment And Its Application In Microfluidic Chip
148. Aptamer Served As The Vehicle For Hydrophobic Small Molecules In Tumor Diagnosis And Therapy
149. Development Of Cell Metabolites Analysis Based On Mass Spectrometry And Microfluidic Chips
150. Microfluidic Fabrication And Structures Control Of High Viscous Polymer Based On Microfluidic Technology
151. Design And Applications Of Peptide Self-assembling Supramolecular Biofunctional Materials
152. Research On Microfluidic Detection Of Aquaculture Pathogens With Chaotically Magnetic Capture
153. Research On CL Immunoassay System Based On Microfluidic Technology
154. Microfluidic Synthesis Of ZnO Nanorods For Fluorescence Biodetection
155. Paper-based In Situ Growth Protein-Mn3（PO4）2 Hybrid Material And Its Application In Biological Analysis
156. Study On SERS-based Microfluidic Biochemical Detection Chip And Its Application In Physiological Urine Detection
157. Development Of Biofunctionalized AgInS2 Quantum Dots Based On Microfluidic Technology
158. Studies On Multiplexed Fluorescence Detection System For Microfluidic Chips
159. Construction And Application Of Online Determination Platform Composed By Microfluidic Enrichment,Separation And Electrospray Ionization Modules
160. The Mechanism And Experiment Of Micro-nano Particle Concentration By Rotation Induced Charge Electroosmosis
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