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- W2767382907 abstract "Fluorescence labelling has become a fundamental tool in nanotoxicological research. There are, however, certain drawbacks when dealing with the labelling of nanomaterials. Very often the leaching of dye from the nanomaterial or the presence of unbound dyes in solution leads to the incorrect quantification and localisation of nanomaterials in cells. In this review article we will discuss possible situations, which may give rise to incorrect quantification of the fluorescence associated with nanomaterials and their consequences in the evaluation of the fate of the nanomaterial and its intracellular dose. Issues related to the labelling strategies, dye photostability, impact of the dye on the properties of the nanomaterial surface, and the presence of unbound dye will be discussed. We will also show how Fluorescence Correlation Spectroscopy can be used to trace the presence of free label in solution. In addition, we will discuss the interaction of fluorescence molecules with metallic nanoparticles which can lead to an enhancement or quenching of fluorescence depending on the distance between the dye and the nanoparticle surface. Finally, we will compare the fluorescence emission originating from quantum dots and organic molecules." @default.
- W2767382907 created "2017-11-17" @default.
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- W2767382907 date "2018-01-01" @default.
- W2767382907 modified "2023-10-18" @default.
- W2767382907 title "Fluorescently labelled nanomaterials in nanosafety research: Practical advice to avoid artefacts and trace unbound dye" @default.
- W2767382907 cites W1561712812 @default.
- W2767382907 cites W1595875268 @default.
- W2767382907 cites W1631110814 @default.
- W2767382907 cites W1967283521 @default.
- W2767382907 cites W1967953506 @default.
- W2767382907 cites W1969073916 @default.
- W2767382907 cites W1970435434 @default.
- W2767382907 cites W1977898585 @default.
- W2767382907 cites W1991917341 @default.
- W2767382907 cites W1992272938 @default.
- W2767382907 cites W1993373375 @default.
- W2767382907 cites W1994021407 @default.
- W2767382907 cites W1994265576 @default.
- W2767382907 cites W2002169479 @default.
- W2767382907 cites W2008264883 @default.
- W2767382907 cites W2009025264 @default.
- W2767382907 cites W2011610178 @default.
- W2767382907 cites W2012168285 @default.
- W2767382907 cites W2013330818 @default.
- W2767382907 cites W2018356497 @default.
- W2767382907 cites W2023309652 @default.
- W2767382907 cites W2024878002 @default.
- W2767382907 cites W2029399083 @default.
- W2767382907 cites W2031615965 @default.
- W2767382907 cites W2032540646 @default.
- W2767382907 cites W2033906506 @default.
- W2767382907 cites W2034555772 @default.
- W2767382907 cites W2043628224 @default.
- W2767382907 cites W2044543075 @default.
- W2767382907 cites W2045287336 @default.
- W2767382907 cites W2046890107 @default.
- W2767382907 cites W2050527686 @default.
- W2767382907 cites W2054411504 @default.
- W2767382907 cites W2056871581 @default.
- W2767382907 cites W2058187222 @default.
- W2767382907 cites W2062485439 @default.
- W2767382907 cites W2067386938 @default.
- W2767382907 cites W2067983972 @default.
- W2767382907 cites W2073919974 @default.
- W2767382907 cites W2078057254 @default.
- W2767382907 cites W2078348642 @default.
- W2767382907 cites W2081365179 @default.
- W2767382907 cites W2086754387 @default.
- W2767382907 cites W2086971829 @default.
- W2767382907 cites W2094437628 @default.
- W2767382907 cites W2094622646 @default.
- W2767382907 cites W2096963388 @default.
- W2767382907 cites W2101776332 @default.
- W2767382907 cites W2114468052 @default.
- W2767382907 cites W2121496050 @default.
- W2767382907 cites W2122046010 @default.
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- W2767382907 cites W2132482076 @default.
- W2767382907 cites W2135155427 @default.
- W2767382907 cites W2137354109 @default.
- W2767382907 cites W2139853628 @default.
- W2767382907 cites W2141001024 @default.
- W2767382907 cites W2143747266 @default.
- W2767382907 cites W2145364955 @default.
- W2767382907 cites W2147034952 @default.
- W2767382907 cites W2148924929 @default.
- W2767382907 cites W2153335351 @default.
- W2767382907 cites W2154790951 @default.
- W2767382907 cites W2157016784 @default.
- W2767382907 cites W2158009893 @default.
- W2767382907 cites W2163930707 @default.
- W2767382907 cites W2190722749 @default.
- W2767382907 cites W2276446068 @default.
- W2767382907 cites W2315185034 @default.
- W2767382907 cites W2319492983 @default.
- W2767382907 cites W2324225085 @default.
- W2767382907 cites W2330395753 @default.
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- W2767382907 doi "https://doi.org/10.1016/j.impact.2017.11.001" @default.
- W2767382907 hasPublicationYear "2018" @default.
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