Matches in SemOpenAlex for { <https://semopenalex.org/work/W2079723858> ?p ?o ?g. }
- W2079723858 endingPage "2062" @default.
- W2079723858 startingPage "2057" @default.
- W2079723858 abstract "A few parts per billion are enough to turn on a novel fluorescent cyanide sensor in aqueous solutions. Because of its inherent electron deficiency, the cationic boron moiety of this sensor not only serves as a high-affinity anion binding site, but also quenches the fluorescence of the pendant fluorophores (see figure; PET=photo-induced electron transfer). Anion binding to the boron center neutralizes the electron-accepting properties of the phosphonium borane unit, leading to a revival of the fluorescence of the pendant fluorophore." @default.
- W2079723858 created "2016-06-24" @default.
- W2079723858 creator A5012770069 @default.
- W2079723858 creator A5015532131 @default.
- W2079723858 creator A5022372395 @default.
- W2079723858 creator A5038733654 @default.
- W2079723858 creator A5081914321 @default.
- W2079723858 creator A5090584934 @default.
- W2079723858 date "2011-01-17" @default.
- W2079723858 modified "2023-10-18" @default.
- W2079723858 title "Turn-On Fluorescence Sensing of Cyanide Ions in Aqueous Solution at Parts-per-Billion Concentrations" @default.
- W2079723858 cites W1945279086 @default.
- W2079723858 cites W1966088095 @default.
- W2079723858 cites W1969994526 @default.
- W2079723858 cites W1974066782 @default.
- W2079723858 cites W1976312532 @default.
- W2079723858 cites W1990460981 @default.
- W2079723858 cites W1990785743 @default.
- W2079723858 cites W1991974369 @default.
- W2079723858 cites W1996027805 @default.
- W2079723858 cites W1996558224 @default.
- W2079723858 cites W1999335826 @default.
- W2079723858 cites W2005083208 @default.
- W2079723858 cites W2006108996 @default.
- W2079723858 cites W2009195167 @default.
- W2079723858 cites W2012770834 @default.
- W2079723858 cites W2014200671 @default.
- W2079723858 cites W2016389733 @default.
- W2079723858 cites W2017092433 @default.
- W2079723858 cites W2019341438 @default.
- W2079723858 cites W2019585124 @default.
- W2079723858 cites W2022464751 @default.
- W2079723858 cites W2027107760 @default.
- W2079723858 cites W2027964454 @default.
- W2079723858 cites W2028026009 @default.
- W2079723858 cites W2029663934 @default.
- W2079723858 cites W2031142571 @default.
- W2079723858 cites W2039017357 @default.
- W2079723858 cites W2039707911 @default.
- W2079723858 cites W2041623685 @default.
- W2079723858 cites W2042782562 @default.
- W2079723858 cites W2059053199 @default.
- W2079723858 cites W2060092047 @default.
- W2079723858 cites W2062098101 @default.
- W2079723858 cites W2063055894 @default.
- W2079723858 cites W2063060519 @default.
- W2079723858 cites W2067167204 @default.
- W2079723858 cites W2072197468 @default.
- W2079723858 cites W2072812360 @default.
- W2079723858 cites W2074136694 @default.
- W2079723858 cites W2074713337 @default.
- W2079723858 cites W2075592843 @default.
- W2079723858 cites W2080039695 @default.
- W2079723858 cites W2090080812 @default.
- W2079723858 cites W2091258582 @default.
- W2079723858 cites W2097394267 @default.
- W2079723858 cites W2106976043 @default.
- W2079723858 cites W2109047860 @default.
- W2079723858 cites W2134152995 @default.
- W2079723858 cites W2136746568 @default.
- W2079723858 cites W2138560411 @default.
- W2079723858 cites W2141638237 @default.
- W2079723858 cites W2145773666 @default.
- W2079723858 cites W2149734247 @default.
- W2079723858 cites W2156904039 @default.
- W2079723858 cites W2159688465 @default.
- W2079723858 cites W2170017441 @default.
- W2079723858 cites W4213062756 @default.
- W2079723858 cites W4234578035 @default.
- W2079723858 cites W4235288695 @default.
- W2079723858 cites W4255927863 @default.
- W2079723858 doi "https://doi.org/10.1002/chem.201002861" @default.
- W2079723858 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21294176" @default.
- W2079723858 hasPublicationYear "2011" @default.
- W2079723858 type Work @default.
- W2079723858 sameAs 2079723858 @default.
- W2079723858 citedByCount "135" @default.
- W2079723858 countsByYear W20797238582012 @default.
- W2079723858 countsByYear W20797238582013 @default.
- W2079723858 countsByYear W20797238582014 @default.
- W2079723858 countsByYear W20797238582015 @default.
- W2079723858 countsByYear W20797238582016 @default.
- W2079723858 countsByYear W20797238582017 @default.
- W2079723858 countsByYear W20797238582018 @default.
- W2079723858 countsByYear W20797238582019 @default.
- W2079723858 countsByYear W20797238582020 @default.
- W2079723858 countsByYear W20797238582021 @default.
- W2079723858 countsByYear W20797238582022 @default.
- W2079723858 countsByYear W20797238582023 @default.
- W2079723858 crossrefType "journal-article" @default.
- W2079723858 hasAuthorship W2079723858A5012770069 @default.
- W2079723858 hasAuthorship W2079723858A5015532131 @default.
- W2079723858 hasAuthorship W2079723858A5022372395 @default.
- W2079723858 hasAuthorship W2079723858A5038733654 @default.
- W2079723858 hasAuthorship W2079723858A5081914321 @default.
- W2079723858 hasAuthorship W2079723858A5090584934 @default.
- W2079723858 hasConcept C121332964 @default.
- W2079723858 hasConcept C123669783 @default.