FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2950158290> ?p ?o ?g. }

• W2950158290 endingPage "11141" @default.
• W2950158290 startingPage "11123" @default.
• W2950158290 abstract "Semiconductor quantum dots (QDs) are the most versatile fluorophores for Förster resonance energy transfer (FRET) because they can function as both donors and acceptors for a multitude of fluorophores. However, a complete understanding of multidonor-multiacceptor FRET networks on QDs and their full employment into advanced fluorescence sensing and imaging have not been accomplished. Here, we provide a holistic photophysical analysis of such multidonor-QD-multiacceptor FRET systems using time-resolved and steady-state photoluminescence (PL) spectroscopy and Monte Carlo simulations. Multiple terbium complex (Tb) donors (1-191 units) and Cy5.5 dye acceptors (1-60 units) were attached to a central QD, and the entire range of combinations of FRET pathways was investigated by Tb, QD, and Cy5.5 PL. Experimental and simulation results were in excellent agreement and could disentangle the distinct contributions of hetero-FRET, homo-FRET, and dye dimerization. The FRET efficiency was independent of the number of Tb donors and dependent on the number of Cy5.5 acceptors, which could be used to independently adapt the PL intensity by the number of Tb donors and the PL lifetime by the number of Cy5.5 acceptors. We used this unique tuning capability to prepare Tb-QD-Cy5.5 conjugates with distinct QD PL lifetimes but similar QD PL intensities. These brightness-equalized multihybrid FRET nanoparticles were applied to optical barcoding via three time-gated PL intensity detection windows, which resulted in simple RGB ratios. Direct applicability was demonstrated by an efficient RGB distinction of different nanoparticle-encoded microbeads within the same field of view with both single-wavelength excitation and detection on a standard fluorescence microscope." @default.
• W2950158290 created "2019-06-27" @default.
• W2950158290 creator A5004739456 @default.
• W2950158290 creator A5012217800 @default.
• W2950158290 creator A5055707902 @default.
• W2950158290 creator A5069754539 @default.
• W2950158290 date "2019-06-18" @default.
• W2950158290 modified "2023-10-10" @default.
• W2950158290 title "FRET-Modulated Multihybrid Nanoparticles for Brightness-Equalized Single-Wavelength Barcoding" @default.
• W2950158290 cites W1561712812 @default.
• W2950158290 cites W1694502586 @default.
• W2950158290 cites W1969043210 @default.
• W2950158290 cites W1978059875 @default.
• W2950158290 cites W1981815028 @default.
• W2950158290 cites W1986346490 @default.
• W2950158290 cites W1989822165 @default.
• W2950158290 cites W1993203384 @default.
• W2950158290 cites W1996880521 @default.
• W2950158290 cites W1997012332 @default.
• W2950158290 cites W1997871807 @default.
• W2950158290 cites W1998990083 @default.
• W2950158290 cites W2017463718 @default.
• W2950158290 cites W2026856882 @default.
• W2950158290 cites W2035553444 @default.
• W2950158290 cites W2038031230 @default.
• W2950158290 cites W2046584498 @default.
• W2950158290 cites W2050359632 @default.
• W2950158290 cites W2055480636 @default.
• W2950158290 cites W2061321072 @default.
• W2950158290 cites W2070809909 @default.
• W2950158290 cites W2072854067 @default.
• W2950158290 cites W2073059242 @default.
• W2950158290 cites W2078133694 @default.
• W2950158290 cites W2080265937 @default.
• W2950158290 cites W2085548221 @default.
• W2950158290 cites W2087037704 @default.
• W2950158290 cites W2091035833 @default.
• W2950158290 cites W2100556177 @default.
• W2950158290 cites W2109844337 @default.
• W2950158290 cites W2124112137 @default.
• W2950158290 cites W2138032051 @default.
• W2950158290 cites W2151877111 @default.
• W2950158290 cites W2152168639 @default.
• W2950158290 cites W2163899323 @default.
• W2950158290 cites W2164845223 @default.
• W2950158290 cites W2214586565 @default.
• W2950158290 cites W2300428019 @default.
• W2950158290 cites W2315779173 @default.
• W2950158290 cites W2318366523 @default.
• W2950158290 cites W2322204269 @default.
• W2950158290 cites W2325545838 @default.
• W2950158290 cites W2328910804 @default.
• W2950158290 cites W2335439042 @default.
• W2950158290 cites W2402871792 @default.
• W2950158290 cites W2417770343 @default.
• W2950158290 cites W2465597905 @default.
• W2950158290 cites W2471990897 @default.
• W2950158290 cites W2474756640 @default.
• W2950158290 cites W2480779737 @default.
• W2950158290 cites W2491458126 @default.
• W2950158290 cites W2520506478 @default.
• W2950158290 cites W2564010765 @default.
• W2950158290 cites W2578065241 @default.
• W2950158290 cites W2588936546 @default.
• W2950158290 cites W2604603594 @default.
• W2950158290 cites W2613684291 @default.
• W2950158290 cites W2616442484 @default.
• W2950158290 cites W2785853825 @default.
• W2950158290 cites W2788617318 @default.
• W2950158290 cites W2804615144 @default.
• W2950158290 cites W2804877006 @default.
• W2950158290 cites W2810454688 @default.
• W2950158290 cites W2883081393 @default.
• W2950158290 cites W2883895866 @default.
• W2950158290 cites W2888992159 @default.
• W2950158290 cites W2902356012 @default.
• W2950158290 cites W2908396216 @default.
• W2950158290 cites W2908555215 @default.
• W2950158290 cites W2947568399 @default.
• W2950158290 cites W4229726049 @default.
• W2950158290 cites W4231777067 @default.
• W2950158290 cites W607567254 @default.
• W2950158290 doi "https://doi.org/10.1021/jacs.9b03383" @default.
• W2950158290 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31251609" @default.
• W2950158290 hasPublicationYear "2019" @default.
• W2950158290 type Work @default.
• W2950158290 sameAs 2950158290 @default.
• W2950158290 citedByCount "47" @default.
• W2950158290 countsByYear W29501582902019 @default.
• W2950158290 countsByYear W29501582902020 @default.
• W2950158290 countsByYear W29501582902021 @default.
• W2950158290 countsByYear W29501582902022 @default.
• W2950158290 countsByYear W29501582902023 @default.
• W2950158290 crossrefType "journal-article" @default.
• W2950158290 hasAuthorship W2950158290A5004739456 @default.
• W2950158290 hasAuthorship W2950158290A5012217800 @default.
• W2950158290 hasAuthorship W2950158290A5055707902 @default.
• W2950158290 hasAuthorship W2950158290A5069754539 @default.

• next