Keyword [molecular probe] Result: 1 - 20 | Page: 1 of 5 |
1. | Novel Fluorophores--Naphthalene-Heterocycles Containing Cyano Groups: Molecular Design, Synthesis And Applications |
2. | Study Of BODIPY And Rhodamine Fluorescent Probes For Cations |
3. | Mn-Doped ZnS Quantum Dots Based Room-Temperature Phosphorescence Sensing |
4. | Study On The Synthesis And Property Of Molecular Probe Based On The Fluorescein Derivatives |
5. | Synthesis Of A Fluorescent Molecular Probe 4-bis(2-hydroxyethyl Amino)-ethylamino-N-n-butyl-1, 8-naphthalimides |
6. | Synthesis And Properties Study Of Two Kinds Of Fe(Ⅲ)-Ratiometric Sensitive Fluorescent Hetero Compounds |
7. | Synthesis And Application Of Polypyridine-bonded Porphyrins |
8. | Synthesis And Photophysical Study Of Viscosity Molecular And Thiol Fluorescent Probes Based On Tuning Singlet Effect Of Fluorophores |
9. | Synthesis, Characterization Of CSTM And Application For Gene Delivery And MR Molecular Probes |
10. | Synthesis And Application Of Molecular Probes Based On1,8-Naphthyridine And8-Hydroxyquinoline(Supported By The National Science Foundation) |
11. | Fluorescent Recognition For Copper Ions Based On Coumarin Pyirdiniuar |
12. | Synthesis And Properties Studies Of Novel Rhodamine Fluorescent Probes |
13. | Synthesis, Characterization Of Cstm And Application For Gene Delivery And Mr Molecular Probes |
14. | Spectroscopy Molecular Probe Technology Aromatic Surface Active Agent Toxicity, |
15. | Selenium Organic Fluorescent Molecular Probe Design, Synthesis And Biological Applications |
16. | New Rhodamine B Fluorescent Molecular Probe Synthesis And Study Of Metal Ion And Anion Recognition |
17. | The Design, Synthesis And Ion Recognition Properties Of Several Fluorescent Molecular Probes |
18. | Synthesis And Performance Study Of 3,4-disubstituted 1,8-naphthalimide Fluorescent Molecular Probes |
19. | Detection Of Prorocentrum Minimum (Pavillard) Schiller With The Electrochemiluminescence-molecular Probe |
20. | 4-Amino-1,8-naphthalimide Based Fluorescent Probes For ROS: Design, Synthesis And Property |
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