Matches in SemOpenAlex for { <https://semopenalex.org/work/W2016585564> ?p ?o ?g. }
- W2016585564 abstract "Abstract DNA demonstrates a remarkable capacity for creating designer nanostructures and devices. A growing number of these structures utilize Förster resonance energy transfer (FRET) as part of the device's functionality, readout or characterization, and, as device sophistication increases so do the concomitant FRET requirements. Here we create multi-dye FRET cascades and assess how well DNA can marshal organic dyes into nanoantennae that focus excitonic energy. We evaluate 36 increasingly complex designs including linear, bifurcated, Holliday junction, 8-arm star and dendrimers involving up to five different dyes engaging in four-consecutive FRET steps, while systematically varying fluorophore spacing by Förster distance ( R 0 ). Decreasing R 0 while augmenting cross-sectional collection area with multiple donors significantly increases terminal exciton delivery efficiency within dendrimers compared with the first linear constructs. Förster modelling confirms that best results are obtained when there are multiple interacting FRET pathways rather than independent channels by which excitons travel from initial donor(s) to final acceptor." @default.
- W2016585564 created "2016-06-24" @default.
- W2016585564 creator A5012704895 @default.
- W2016585564 creator A5013171153 @default.
- W2016585564 creator A5018163302 @default.
- W2016585564 creator A5020016493 @default.
- W2016585564 creator A5025278678 @default.
- W2016585564 creator A5038505267 @default.
- W2016585564 creator A5049362712 @default.
- W2016585564 creator A5072636471 @default.
- W2016585564 date "2014-12-11" @default.
- W2016585564 modified "2023-10-01" @default.
- W2016585564 title "Assembling programmable FRET-based photonic networks using designer DNA scaffolds" @default.
- W2016585564 cites W1966120877 @default.
- W2016585564 cites W1967863051 @default.
- W2016585564 cites W1973699439 @default.
- W2016585564 cites W1974409537 @default.
- W2016585564 cites W1977555350 @default.
- W2016585564 cites W1987797498 @default.
- W2016585564 cites W1991933856 @default.
- W2016585564 cites W1993288573 @default.
- W2016585564 cites W1993331221 @default.
- W2016585564 cites W1995800834 @default.
- W2016585564 cites W1995984505 @default.
- W2016585564 cites W1997577546 @default.
- W2016585564 cites W2008686601 @default.
- W2016585564 cites W2009436485 @default.
- W2016585564 cites W2014727170 @default.
- W2016585564 cites W2020754155 @default.
- W2016585564 cites W2021683440 @default.
- W2016585564 cites W2028293394 @default.
- W2016585564 cites W2032129221 @default.
- W2016585564 cites W2032813700 @default.
- W2016585564 cites W2034126777 @default.
- W2016585564 cites W2035636899 @default.
- W2016585564 cites W2037017264 @default.
- W2016585564 cites W2038156304 @default.
- W2016585564 cites W2040064715 @default.
- W2016585564 cites W2040778984 @default.
- W2016585564 cites W2041395494 @default.
- W2016585564 cites W2044542737 @default.
- W2016585564 cites W2045767086 @default.
- W2016585564 cites W2051246459 @default.
- W2016585564 cites W2051555014 @default.
- W2016585564 cites W2059449847 @default.
- W2016585564 cites W2066987062 @default.
- W2016585564 cites W2072946182 @default.
- W2016585564 cites W2074807867 @default.
- W2016585564 cites W2074898729 @default.
- W2016585564 cites W2075623053 @default.
- W2016585564 cites W2077850544 @default.
- W2016585564 cites W2080052357 @default.
- W2016585564 cites W2081104658 @default.
- W2016585564 cites W2081383153 @default.
- W2016585564 cites W2086640835 @default.
- W2016585564 cites W2087798505 @default.
- W2016585564 cites W2093863716 @default.
- W2016585564 cites W2094296077 @default.
- W2016585564 cites W2100808809 @default.
- W2016585564 cites W2110310069 @default.
- W2016585564 cites W2126674769 @default.
- W2016585564 cites W2126961173 @default.
- W2016585564 cites W2132480368 @default.
- W2016585564 cites W2139752748 @default.
- W2016585564 cites W2140873767 @default.
- W2016585564 cites W2146631079 @default.
- W2016585564 cites W2155704077 @default.
- W2016585564 cites W2157539087 @default.
- W2016585564 cites W2159876240 @default.
- W2016585564 cites W2166521635 @default.
- W2016585564 cites W2313837144 @default.
- W2016585564 cites W2318287439 @default.
- W2016585564 cites W2319126773 @default.
- W2016585564 cites W2322204269 @default.
- W2016585564 cites W2322775008 @default.
- W2016585564 cites W2328594978 @default.
- W2016585564 cites W2330622193 @default.
- W2016585564 cites W2334986373 @default.
- W2016585564 cites W2335439042 @default.
- W2016585564 cites W2491458126 @default.
- W2016585564 doi "https://doi.org/10.1038/ncomms6615" @default.
- W2016585564 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4275599" @default.
- W2016585564 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25504073" @default.
- W2016585564 hasPublicationYear "2014" @default.
- W2016585564 type Work @default.
- W2016585564 sameAs 2016585564 @default.
- W2016585564 citedByCount "135" @default.
- W2016585564 countsByYear W20165855642015 @default.
- W2016585564 countsByYear W20165855642016 @default.
- W2016585564 countsByYear W20165855642017 @default.
- W2016585564 countsByYear W20165855642018 @default.
- W2016585564 countsByYear W20165855642019 @default.
- W2016585564 countsByYear W20165855642020 @default.
- W2016585564 countsByYear W20165855642021 @default.
- W2016585564 countsByYear W20165855642022 @default.
- W2016585564 countsByYear W20165855642023 @default.
- W2016585564 crossrefType "journal-article" @default.
- W2016585564 hasAuthorship W2016585564A5012704895 @default.
- W2016585564 hasAuthorship W2016585564A5013171153 @default.
- W2016585564 hasAuthorship W2016585564A5018163302 @default.