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The synthesis of silicon and germanium quantum dots for biomedical applications
60960A Quantum dots synthesized on DNA for infrared biological imaging Invited Paper 609610
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absorption acceptor acid activation Alivisatos allylamine antibody assay Bawendi bioconjugates biological Biomedical Applications biomolecules cancer CdSe CdSe/ZnS cell lines cellular Chem chemical colloidal Colloidal Quantum Dots concentration confocal confocal microscopy conjugated core core-shell detection diameter diffusion donor dopamine Dots for Biomedical edited by Marek electron emission spectra EviTags excitation Figure fluorescence microscopy fluorescence resonance energy fluorescent intensity fluorophores FRET efficiency function hydrophilic incubated infection interaction intracellular Jovin Kenji Yamamoto labeling laser ligands live cells luminescence magnetic Marek Osinski Mattoussi measured Medintz membrane microscopy molecular mRNA multiplexing nanocrystals nanoparticles neurons nontargeted QDs observed oligonucleotide optical organic dyes organic fluorophores oxide particles peptide photoluminescence photostability Phys probes Proc properties protein quantum dots ratio receptors resonance energy transfer samples secondary antibody semiconductor sensor shell signal silicon nanocrystals single QD solution specific spectrum SPlE Vol streptavidin surface synthesis target tissue vivo wavelength