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- W2321273742 abstract "The size, diffusional properties, and dynamics of reverse water-in-oil nanoemulsions, or reverse micelles (RMs), have been widely investigated because of interest in this system as a model for biological compartmentalization. Here, we have employed fluorescence lifetime correlation spectroscopy (FLCS) to reveal the dynamics and sizes of aerosol-OT (AOT)/isooctane RMs using a fluorescent xanthene derivative called Tokyo Green II (TG-II). The dye undergoes a partition and a shift in its tautomeric equilibrium such that the TG-II anion remains in the inner micellar aqueous core, and the neutral quinoid form lies in the interfacial region. By applying FLCS, we specifically obtained the lifetime filtered autocorrelation curves of the anionic TG-II, which shows a characteristic lifetime of approximately 4 ns. Analysis of the FLCS curves provides the diffusion coefficient and hydrodynamic radius of the RMs as well as micelle dynamics in the same experiment. The FLCS curves show dynamics in the microsecond time range, which represents an interconversion rate that changes the distribution of the TG-II neutral and anionic forms in the hydrophobic interface and the water core." @default.
- W2321273742 created "2016-06-24" @default.
- W2321273742 creator A5030076277 @default.
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- W2321273742 creator A5091723161 @default.
- W2321273742 date "2011-10-06" @default.
- W2321273742 modified "2023-10-03" @default.
- W2321273742 title "Dynamics of Water-in-Oil Nanoemulsions Revealed by Fluorescence Lifetime Correlation Spectroscopy" @default.
- W2321273742 cites W1966639476 @default.
- W2321273742 cites W1968112280 @default.
- W2321273742 cites W1968136592 @default.
- W2321273742 cites W1974065180 @default.
- W2321273742 cites W1976786825 @default.
- W2321273742 cites W1980654895 @default.
- W2321273742 cites W1982053198 @default.
- W2321273742 cites W1986945033 @default.
- W2321273742 cites W1987219956 @default.
- W2321273742 cites W1987304687 @default.
- W2321273742 cites W1987381540 @default.
- W2321273742 cites W1989313855 @default.
- W2321273742 cites W1990448656 @default.
- W2321273742 cites W1990569550 @default.
- W2321273742 cites W1991093563 @default.
- W2321273742 cites W1992480777 @default.
- W2321273742 cites W1994146881 @default.
- W2321273742 cites W1997304651 @default.
- W2321273742 cites W1997454834 @default.
- W2321273742 cites W1998383206 @default.
- W2321273742 cites W1999992182 @default.
- W2321273742 cites W2000362624 @default.
- W2321273742 cites W2005022133 @default.
- W2321273742 cites W2008506205 @default.
- W2321273742 cites W2009907067 @default.
- W2321273742 cites W2010076860 @default.
- W2321273742 cites W2010147836 @default.
- W2321273742 cites W2010428573 @default.
- W2321273742 cites W2010447424 @default.
- W2321273742 cites W2015664388 @default.
- W2321273742 cites W2027102794 @default.
- W2321273742 cites W2040371272 @default.
- W2321273742 cites W2041983268 @default.
- W2321273742 cites W2043629794 @default.
- W2321273742 cites W2044033763 @default.
- W2321273742 cites W2044679946 @default.
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- W2321273742 cites W2046968439 @default.
- W2321273742 cites W2047660892 @default.
- W2321273742 cites W2049213530 @default.
- W2321273742 cites W2050712398 @default.
- W2321273742 cites W2052287781 @default.
- W2321273742 cites W2052593796 @default.
- W2321273742 cites W2061875053 @default.
- W2321273742 cites W2066798670 @default.
- W2321273742 cites W2067008143 @default.
- W2321273742 cites W2068029782 @default.
- W2321273742 cites W2070704633 @default.
- W2321273742 cites W2073161261 @default.
- W2321273742 cites W2073971860 @default.
- W2321273742 cites W2074735332 @default.
- W2321273742 cites W2075706642 @default.
- W2321273742 cites W2076917987 @default.
- W2321273742 cites W2077247891 @default.
- W2321273742 cites W2083606005 @default.
- W2321273742 cites W2083653079 @default.
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- W2321273742 cites W2116382310 @default.
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- W2321273742 doi "https://doi.org/10.1021/la202004d" @default.
- W2321273742 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21913723" @default.
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