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Keyword [Microfluidics]
Result: 21 - 40 | Page: 2 of 8
21.
Design And Manufacturing Of Point-of-Care Testing Chip Based On The Microfluidics
22.
The Establishment And Treatment Of The Osteoporosis Model In Microfluidic Device
23.
Research Of Micro-Sized Polyacrylonitrile Characteristic Targets Fabrication Based On Microfluidic Device And Carbonization
24.
Design And Fabrication Of New
125
I Brachytherapy Source
25.
Isolation Of Circulating Tumor Cells Using Functionalized Nanomaterials And Microfluidics
26.
Bio-Inspired Microfluidic Construction Of Three-Dimensional Liver Lobule-like Microtissue
27.
Inertial Migration Behavior Of Complex Characteristic Particles In A Serpentine Microchannel
28.
Microfluidic Platform For Biomimetic Construction Of Brain Tumor Microenvironment And Applications
29.
Study Of Key Technologies For Cell Manipulation In Microfluidic Chips
30.
Research And Application Of Key Technologies For On-site Nucleic Acid Detection
31.
Experimental Research Of Using A Two Stage Spiral Flow Microfluidic Chip To Sorting And Enriching Circlating Tumor Cells Of Breast Cancer
32.
A Microfluidic Device For Single Cell Trapping And Biochemical Signal Loading
33.
Study On Methods For Blood Type Matching Test And Manipulation Of Magnetic Beads For Immunoassay Based On Digital Microfluidics
34.
Study On Quick Detection Of Hemoglobin Based On Electrochemical Method
35.
The Effects Of Activin A On The Migration Of Human Breast Cancer Cells And Neutrophils By Microfluidics
36.
Development And Application Of Drug Screening Platform Against Candida Albicans Based On Droplet Microfluidics
37.
Microfluidics Fabrication Of Multiple Microcapsules For Drug Release Applications
38.
Microspheres-functional Filter Chip For The Isolation Of Circulating Tumor Cells
39.
The First Part Of Interferon α-1a Induces Apoptosis Of Laryngeal Carcinoma Hep-2 Cells By Activating Endogenous Mitochondrial Apoptosis Pathway And Endoplasmic Reticulum Stress Apoptotic Pathway. The Second Part Of Microfluidic Western Blot Hybridization
40.
Based On Microfluidic Chip Technology, The Preliminary Study On The Distribution Rule And Mechanism Of Nepeta Flavonoids Against Lung Cancer
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