FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2759315308> ?p ?o ?g. }

• W2759315308 endingPage "174" @default.
• W2759315308 startingPage "165" @default.
• W2759315308 abstract "Abstract The dichromate as an industrial oxidant has a very extensive application. However, as one of the heavy metal elements, chromium has become a great threat to the organism and environment due to its carcinogenicity and mutageicity. So far, there is only a small number of detection and imaging methods for dichromate. In this work, a new fluorescent probe RhoCr for detecting dichromate based on in situ Cr 3+ -controlled opening of spirolactam-ring in a rhodamine dye after Cr 2 O 7 2− reduced to Cr 3+ by NaHSO 3 in solution and self-reduction in organism is reported, which displays a strong enhancement of fluorescence emission (λ em 582 nm), fast response (completed within 2 min) and excellent sensitivity (DL 1.18 nM). RhoCr successfully obtained fluorescence images of the intracellular Cr 2 O 7 2− . In addition, the effect have been exhibited in tap water and pool water, which will be crucial to the detection of dichromate in the environment." @default.
• W2759315308 created "2017-10-06" @default.
• W2759315308 creator A5021569903 @default.
• W2759315308 creator A5048804551 @default.
• W2759315308 creator A5054201002 @default.
• W2759315308 creator A5061261034 @default.
• W2759315308 creator A5073547897 @default.
• W2759315308 creator A5088451678 @default.
• W2759315308 date "2018-03-01" @default.
• W2759315308 modified "2023-10-15" @default.
• W2759315308 title "Imaging dichromate in living cells with a fluorescence probe" @default.
• W2759315308 cites W1522032743 @default.
• W2759315308 cites W1969312348 @default.
• W2759315308 cites W1974715002 @default.
• W2759315308 cites W1978894831 @default.
• W2759315308 cites W1997178267 @default.
• W2759315308 cites W1997706991 @default.
• W2759315308 cites W2003499544 @default.
• W2759315308 cites W2015246334 @default.
• W2759315308 cites W2032271407 @default.
• W2759315308 cites W2034047596 @default.
• W2759315308 cites W2036219866 @default.
• W2759315308 cites W2038817158 @default.
• W2759315308 cites W2046479281 @default.
• W2759315308 cites W2050025977 @default.
• W2759315308 cites W2053122540 @default.
• W2759315308 cites W2054951764 @default.
• W2759315308 cites W2057329144 @default.
• W2759315308 cites W2058790548 @default.
• W2759315308 cites W2059418761 @default.
• W2759315308 cites W2061394323 @default.
• W2759315308 cites W2065115448 @default.
• W2759315308 cites W2066470718 @default.
• W2759315308 cites W2067597129 @default.
• W2759315308 cites W2070283224 @default.
• W2759315308 cites W2071500536 @default.
• W2759315308 cites W2074395393 @default.
• W2759315308 cites W2091102871 @default.
• W2759315308 cites W2097354074 @default.
• W2759315308 cites W2135649935 @default.
• W2759315308 cites W2144999025 @default.
• W2759315308 cites W2159571681 @default.
• W2759315308 cites W2170601115 @default.
• W2759315308 cites W2229382328 @default.
• W2759315308 cites W2269617958 @default.
• W2759315308 cites W2270998395 @default.
• W2759315308 cites W2315080745 @default.
• W2759315308 cites W2327574732 @default.
• W2759315308 cites W2334311853 @default.
• W2759315308 cites W2345041522 @default.
• W2759315308 cites W2421269089 @default.
• W2759315308 cites W2464256885 @default.
• W2759315308 cites W2509409516 @default.
• W2759315308 cites W2511821995 @default.
• W2759315308 cites W2515949518 @default.
• W2759315308 cites W2526241181 @default.
• W2759315308 cites W2531944524 @default.
• W2759315308 cites W2544841961 @default.
• W2759315308 cites W2548374185 @default.
• W2759315308 cites W4238370341 @default.
• W2759315308 cites W757152388 @default.
• W2759315308 doi "https://doi.org/10.1016/j.jphotochem.2017.09.057" @default.
• W2759315308 hasPublicationYear "2018" @default.
• W2759315308 type Work @default.
• W2759315308 sameAs 2759315308 @default.
• W2759315308 citedByCount "9" @default.
• W2759315308 countsByYear W27593153082018 @default.
• W2759315308 countsByYear W27593153082019 @default.
• W2759315308 countsByYear W27593153082020 @default.
• W2759315308 countsByYear W27593153082021 @default.
• W2759315308 countsByYear W27593153082022 @default.
• W2759315308 countsByYear W27593153082023 @default.
• W2759315308 crossrefType "journal-article" @default.
• W2759315308 hasAuthorship W2759315308A5021569903 @default.
• W2759315308 hasAuthorship W2759315308A5048804551 @default.
• W2759315308 hasAuthorship W2759315308A5054201002 @default.
• W2759315308 hasAuthorship W2759315308A5061261034 @default.
• W2759315308 hasAuthorship W2759315308A5073547897 @default.
• W2759315308 hasAuthorship W2759315308A5088451678 @default.
• W2759315308 hasBestOaLocation W27593153081 @default.
• W2759315308 hasConcept C120665830 @default.
• W2759315308 hasConcept C121332964 @default.
• W2759315308 hasConcept C185592680 @default.
• W2759315308 hasConcept C192562407 @default.
• W2759315308 hasConcept C91881484 @default.
• W2759315308 hasConceptScore W2759315308C120665830 @default.
• W2759315308 hasConceptScore W2759315308C121332964 @default.
• W2759315308 hasConceptScore W2759315308C185592680 @default.
• W2759315308 hasConceptScore W2759315308C192562407 @default.
• W2759315308 hasConceptScore W2759315308C91881484 @default.
• W2759315308 hasFunder F4320321001 @default.
• W2759315308 hasFunder F4320335777 @default.
• W2759315308 hasLocation W27593153081 @default.
• W2759315308 hasOpenAccess W2759315308 @default.
• W2759315308 hasPrimaryLocation W27593153081 @default.
• W2759315308 hasRelatedWork W1531601525 @default.
• W2759315308 hasRelatedWork W1990781990 @default.
• W2759315308 hasRelatedWork W2314643286 @default.

• next