Microfluidics - Globe Thesis

Keyword [Microfluidics] Result: 21 - 40 \| Page: 2 of 7
21.	Developmet Of Nanoliter-Scale Droplet Array For Real Time Reverse Transcription Polvmerase Chain Reaction And Its Application In Single-Cell MicrpRNA Quantification
22.	Construction Of DNA Machines And Discrimination Of Single-Base Changes On Chip Surface
23.	Study Of The Cell-Electrofusion Method Based Microelectrode Array Chips
24.	The Effects Of Wall Roughness On Magnetohydrodynamic And Electroosmotic Flows Between Two Micro-Parallel Plates
25.	Microfluidic-Technology-Based Multiplexed Protein And Nucleic Acid Blotting Analysis
26.	Fast DNA Microarray Hybridization On A Pneumatic Micromixing Device
27.	Based On Quantum Dots Cytotoxic Cells Chip Platform Is Studied
28.	Mechanism And Experiments For The Droplet Formation And Manipulation In Microfluidics
29.	Fabrication Of Multiwalled Carbon Nanotube/polymer Thin Film And Its Applications In Biological Detection
30.	Research On The AC Electrokinetic Properties And Self-assembly Of Gold Coated Microparticles
31.	Biofabrication Of Patterned Bacterial Cellulose
32.	Driving Mechanism And Manipulation Of Droplets Based On Electrowetting On Dielectric
33.	Design And Preparation Of PDMS Microfluidic Chip And Its Application In Single Cell Separation And Analysis
34.	Research In Magnetohydrodynamic Based Microfluidics
35.	Development Of Microfluidic Droplet Technique For Gene Quantification And Screening Of Protein-ligand Binding
36.	Microfluidic High-Throughput Bioanalysis: From Single Cell To Complex Biological Microenvironments
37.	Microfluidic Isothermal Amplification And Its Applications For Qualitative And Quantitative Detection Of Nucleic Acid
38.	AC Electric Field Based Rapid Detection Of Biomolecules And Experimental Studies
39.	Mechanism And Experimental Research On Controllable Encapsulation And Coalescence Of Inner Droplets In Double-emulsion Drops
40.	Numerical Simulation On Nonlinear Acoustic Streaming Boundary Layer Flow In Microfluidics Devices Driven Via Ultrasonic
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