Font Size:
a
A
A
Keyword [MicroRNA]
Result: 41 - 60 | Page: 3 of 9
41.
Construction And Study Of Novel Photochemistry Sensors For MicroRNA-21 And JEV
42.
Graphene Oxide Amplified Fluorescence Anisotropy For Biomolecules Detection
43.
Study On Graphene Oxide-based Biosensor For Detecting MicroRNA With Helicase-assisted Signal Amplification
44.
Nano-Gold And Quantum Dots Composites For The Application In Imaging, Drug Delivery Of Cancer
45.
Based On Graphene-type Nanomaterials Detection Of Biomarkers
46.
Biomacromolecule Detection Based On Superlong Poly(thymine)-templated Fluorescent Copper Nanoparticles
47.
Construction Of Live Cell MicroRNA Sensing Probes Based On Metal Organic-framework Materials
48.
Activatable Fluorescent Probes Based On DNA-templated Silver Nanoclusters For Cell Nucleus Imaging And MicroRNA Detection
49.
Fabrication Of Electrochemical Biosensor Based On Nanoparticle Signal Amplification And Its Application Of MicroRNA And Thrombin
50.
Detection Of Microrna And Controlled Release Of Drugs Based On Nanoau Bioprobe
51.
Application Of Nucleic Acid Constant Temperature Amplification Technology In Polynucleotide Kinase And MicroRNA Analysis
52.
Analysis Of MicroRNA And Protein Kinase Activity Based On Single Microsphere Fluorescence Signal Enrichment Mechanism
53.
Photoelectrochemical MicroRNA Sensing Based On Semiconductor Nanocomposites
54.
Rapid And Sensitive Detection Of MicroRNA Based On Water-soluble Fluorescent Polymers
55.
Preparation Of Optical Nanomaterials And Study On MiRNA Biosensing
56.
The Mechanism Of MicroRNA-361 On Regulation Of Hepatic Lipid Metabolism And Glucose Hemostasis
57.
Construction Of Electrochemiluminescence Microrna Biosensor Based On Nucleic Acid Amplification Strategy And DNA Nanomachines
58.
Construction And Research Of Multi-functional MicroRNA Theranostic Nanoplatforms
59.
Target-Triggered Nanoprobes: Fabrication, Cell Imaging And Tumor Therapy
60.
Smart Fluorescent Nanoparticle For MicroRNA Delivery And Tumor Imaging And Therapy
<<First
<Prev
Next>
Last>>
Jump to
