Matches in SemOpenAlex for { <https://semopenalex.org/work/W2331330662> ?p ?o ?g. }
- W2331330662 endingPage "4431" @default.
- W2331330662 startingPage "4426" @default.
- W2331330662 abstract "In this paper, we report a benzothiazole-functionalized cyanine fluorescence probe and demonstrate that it is selectively reactive to bisulfite, an intermediate indicator for oxidative stress. The selective reaction can be monitored by distinct ratiometric fluorescence variation favorable for cell imaging and visualization. The original probe can be regenerated in high yield through the elimination of bisulfite from the product by peroxides such as hydrogen peroxide, accompanied by fluorescence turning on at 590 nm, showing a potential application for the detection of peroxides. We successfully applied this probe for fluorescence imaging of bisulfite in cancer cells (MCF-7) treated with bisulfite and hydrogen peroxide as well as a selective detection limit of 0.34 μM bisulfite in aqueous solution." @default.
- W2331330662 created "2016-06-24" @default.
- W2331330662 creator A5004153897 @default.
- W2331330662 creator A5011827650 @default.
- W2331330662 creator A5018822194 @default.
- W2331330662 creator A5024800181 @default.
- W2331330662 creator A5057329418 @default.
- W2331330662 creator A5057369590 @default.
- W2331330662 creator A5067668799 @default.
- W2331330662 creator A5068000335 @default.
- W2331330662 creator A5082241181 @default.
- W2331330662 date "2016-04-07" @default.
- W2331330662 modified "2023-10-16" @default.
- W2331330662 title "Reversible Fluorescent Probe for Selective Detection and Cell Imaging of Oxidative Stress Indicator Bisulfite" @default.
- W2331330662 cites W1808275875 @default.
- W2331330662 cites W1869915097 @default.
- W2331330662 cites W1884502874 @default.
- W2331330662 cites W1921965616 @default.
- W2331330662 cites W1969760933 @default.
- W2331330662 cites W1977331039 @default.
- W2331330662 cites W1983847563 @default.
- W2331330662 cites W1985724323 @default.
- W2331330662 cites W1987530130 @default.
- W2331330662 cites W1990950482 @default.
- W2331330662 cites W1992428974 @default.
- W2331330662 cites W1999259053 @default.
- W2331330662 cites W2000670066 @default.
- W2331330662 cites W2002743232 @default.
- W2331330662 cites W2003723557 @default.
- W2331330662 cites W2012725039 @default.
- W2331330662 cites W2012802492 @default.
- W2331330662 cites W2013294038 @default.
- W2331330662 cites W2018324133 @default.
- W2331330662 cites W2020956379 @default.
- W2331330662 cites W2024496732 @default.
- W2331330662 cites W2026642379 @default.
- W2331330662 cites W2027509963 @default.
- W2331330662 cites W2027584685 @default.
- W2331330662 cites W2028917529 @default.
- W2331330662 cites W2032512866 @default.
- W2331330662 cites W2040349635 @default.
- W2331330662 cites W2042624724 @default.
- W2331330662 cites W2052156808 @default.
- W2331330662 cites W2059727806 @default.
- W2331330662 cites W2065791761 @default.
- W2331330662 cites W2067593902 @default.
- W2331330662 cites W2069800143 @default.
- W2331330662 cites W2072190162 @default.
- W2331330662 cites W2079229033 @default.
- W2331330662 cites W2081565393 @default.
- W2331330662 cites W2097034080 @default.
- W2331330662 cites W2101861123 @default.
- W2331330662 cites W2102255914 @default.
- W2331330662 cites W2119817499 @default.
- W2331330662 cites W2122510446 @default.
- W2331330662 cites W2129995310 @default.
- W2331330662 cites W2132645657 @default.
- W2331330662 cites W2148834317 @default.
- W2331330662 cites W2159088934 @default.
- W2331330662 cites W2312824840 @default.
- W2331330662 cites W2314938965 @default.
- W2331330662 cites W2317444312 @default.
- W2331330662 cites W2322384091 @default.
- W2331330662 cites W2327137436 @default.
- W2331330662 cites W2327538310 @default.
- W2331330662 doi "https://doi.org/10.1021/acs.analchem.6b00061" @default.
- W2331330662 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27030140" @default.
- W2331330662 hasPublicationYear "2016" @default.
- W2331330662 type Work @default.
- W2331330662 sameAs 2331330662 @default.
- W2331330662 citedByCount "164" @default.
- W2331330662 countsByYear W23313306622016 @default.
- W2331330662 countsByYear W23313306622017 @default.
- W2331330662 countsByYear W23313306622018 @default.
- W2331330662 countsByYear W23313306622019 @default.
- W2331330662 countsByYear W23313306622020 @default.
- W2331330662 countsByYear W23313306622021 @default.
- W2331330662 countsByYear W23313306622022 @default.
- W2331330662 countsByYear W23313306622023 @default.
- W2331330662 crossrefType "journal-article" @default.
- W2331330662 hasAuthorship W2331330662A5004153897 @default.
- W2331330662 hasAuthorship W2331330662A5011827650 @default.
- W2331330662 hasAuthorship W2331330662A5018822194 @default.
- W2331330662 hasAuthorship W2331330662A5024800181 @default.
- W2331330662 hasAuthorship W2331330662A5057329418 @default.
- W2331330662 hasAuthorship W2331330662A5057369590 @default.
- W2331330662 hasAuthorship W2331330662A5067668799 @default.
- W2331330662 hasAuthorship W2331330662A5068000335 @default.
- W2331330662 hasAuthorship W2331330662A5082241181 @default.
- W2331330662 hasConcept C104317684 @default.
- W2331330662 hasConcept C119128265 @default.
- W2331330662 hasConcept C121332964 @default.
- W2331330662 hasConcept C150194340 @default.
- W2331330662 hasConcept C185592680 @default.
- W2331330662 hasConcept C190727270 @default.
- W2331330662 hasConcept C2775959680 @default.
- W2331330662 hasConcept C2777324032 @default.
- W2331330662 hasConcept C2777456753 @default.