Font Size: a A A
Keyword [Ag Nanoclusters]
Result: 1 - 20 | Page: 1 of 2
1. The Synthesis, Characterization And Application Of Fluorescent Nanomaterial
2. Preparation Of Ag Nanoclusters Hydrogel And Its Applications
3. The Synthesis Of Ag Nanoclusters And Its Application As Fluorescent And Colorimetric Sensor In Detection
4. Studies In Anticancer Activity Of Platinum And Iridium Compounds In Vitro And Synthesis Ag Nanoclusters
5. G-Quadruplex Probes For The Label-Free Fluorescent Detection Of Heavy Metals And Telomerase
6. Synthesis, Property And Application Of Silver Nanoclusters Capped By Hyperbranched Polyethyleneimine
7. Studies On Fluorescence Probes For Label-free Detection Of Ions,Micromolecule,Tumor Cells Based On DNA-templated Silver Nanoclusters
8. Novel Applications Of Graphene And Nanomaterials In Electrochemical Biosensors And Detection Of Organic Pollutants
9. Application Properties Of Ag Naoclusters@SiO2Materials
10. Fluorescence Imaging Of CLE19Peptide Receptor On Plant Cell Surface Using Functional Nanoparticles As Probes
11. Evaluation Of Biological Toxicity Of Nanoparticles With Different Modifiers Using Engineering Escherichia Coli As A Model
12. Study On Fluorescent Sensor Based On Polyethyleneimine-Templated Ag Nanoclusters
13. Preparation, Characterization And Application Of Noble Metal Nanoparticles Composited Electrospinning Fiber Materials
14. Improvement Of Electrochemiluminescence From CdS Nanocrystals And Design Of ECL Biosensors
15. Fluorescent Ag Nanoclusters Synthesis Under Ultra-violet Light Irradiation And The Application On Several Ions Detection
16. Research On New Strategy Of Fluorescence DNA Detection Using Enzyme And Nanomaterials
17. Study On Synthesis And Application Of Silver Nanoclusters And Maillard Reaction Fluorescent Products Based On Glutathione
18. Studies On Properties And Applications Of Fluorescent Probe Based On Nucleic Acids
19. The Catalytic Property Of Nanoparticles In Chemiluminescence Reaction And Its Application
20. Research On The Fabrication Technologies And Sensing Propertiesof Nanosphere-based SERS Substrates
  <<First  <Prev  Next>  Last>>  Jump to