The effects of the increasing number of the same chromophore on photosensitization of water-soluble cyclen-based europium complexes with potential for biological applications

Keyphrases

• Chromophore 100%
• Cyclen 100%
• Antenna 100%
• Water-soluble 100%
• Disubstituted 100%
• Europium Complex 100%
• Photosensitization 100%
• Biological Applications 100%
• Low Temperature 50%
• Lysosome 50%
• Room Temperature 50%
• Photophysical 50%
• Emission Spectrum 50%
• Pyridine 50%
• Structural Characterization 50%
• Ethynyl 50%
• Chelates 50%
• Subcellular Localization 50%
• In Vitro Study 50%
• Cytotoxicity Assay 50%
• Eu3+ 50%
• Time-resolved 50%
• Titration 50%
• Cellular Uptake 50%
• Biolabeling 50%
• 4-methyl-2 50%
• Stability Testing 50%
• Metal Ratio 50%
• In Vitro Imaging 50%
• Labeled Probes 50%
• Five Water 50%

Chemistry

• Water Soluble 100%
• Europium 100%
• Chromophore 100%
• Ethynyl 50%
• Titration 50%
• Pyridine 50%
• Emission Spectra 50%
• Subcellular Localization 50%
• Lysosome 50%

Material Science

• Europium 100%
• Antenna 100%
• Lysosome 50%