fluorescent microspheres - Globe Thesis

Keyword [fluorescent microspheres] Result: 1 - 18 \| Page: 1 of 1
1.	Studies On Quantum Dots And Quantum Dot-Tagged Fluorescent Microspheres For Biomedical Application
2.	Synthesis And Characterization Of Ternary Copolymer Fluorescent Microspheres
3.	Synthesis Of CdSe/CdS Core/shell Quantum Dots And Fluorescent Microspheres And The Study On Their Application
4.	Fabrication And Applications Of Multicolor QD-encoded Fluorescent Microspheres In Biomedical Field
5.	Preparation Of POMs-based Fluorescent Detection Microspheres And Study On The Detection Method Of Brucella
6.	Development Of An Immunochromatography Assay With Fluorescent Microspheres For The Rapid Detection Of Ractopamine
7.	Preparation Of Functionalized Polymer Microspheres For The Detection Of Transgenic Elements
8.	Analysis Of Four T2DM Associated Genes And Their Phenotypes And The Establishment Of A Detection Method With Multicolor Encoded Fluorescent Microspheres
9.	The Research Of The Effection Of Metabotropic Glutamate Receptor 6 On HaCaT Phagocytosis
10.	Fluorescent Microspheres Immunochromatographic Assays For Rapidly Detection Of Prealbumin And Bone Alkaline Phosphatase
11.	Blood Phenotyping Assay On A Magnetic Bead Labeled Array Or In A Fluorescence-encoded Microsphere Labeled Suspension Array
12.	Fluorescent-Labeled Lateral Flow Test In Quantitative Detection Of C-Reaction Protein And Procalcitonin
13.	Research On Detection Methods For Acenaphthene And Fluorene Based On Fluorescent Microspheres And Gold Nanorods
14.	Generation Of Gradients On A Microfluidic Device:Toward A High-Throughput Investigation Of Spermatozoa Chemotaxis
15.	Development And Preliminary Application Of Fluorescence Tomography Of Myeloperoxidase (MPO)
16.	Establishment Of Fluorescence Immunochromatography Combined Detection Of HPV16/18 E6 Protein
17.	Establishment Of Time-resolved Fluorescence Immunochromatographic Assay For Detection Of CAl9-9
18.	Nanomaterial-based Double Antibody Sandwich ELISA For Detection Of Nuclear Protein In SFTSV
<<First <Prev Next> Last>> Jump to