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- W2032240252 abstract "A water compatible molecularly imprinted polymer (MIP), synthesized using theophylline (TPH) as dummy-template and acrylamide (AM) as functional monomer, has been employed as supporting material in matrix solid-phase dispersion combined with ultra performance liquid chromatography–photodiode array detection (MSPD–UPLC–PDA) for selective determination of adenosine triphosphate (ATP) derivatives in fish samples. ATP degradation products are used as freshness index for assessment of fish quality. The solid sample was directly blended with MIP in MSPD procedure resulting in sample disruption and subsequent adsorption of the compounds on the MIP. By using n-hexane and ammonium hydroxide aqueous solution at pH 9 as the washing and elution solvent, respectively, satisfactory recoveries and clean chromatograms have been obtained. Good linearity for hypoxanthine (HYP) and inosine (INO) has been observed with correlation coefficients (R2) of 0.9987 and 0.9986, respectively. The recoveries of the two ATP derivatives at three different spiked levels ranged from 106.5% to 113.4% for HYP and from 103.1% to 111.2% for INO, with average relative standard deviations lower than 4.2% in both cases. This new method, which is rapid, simple and sensitive, can be used as an alternative tool to conventional tedious methods." @default.
- W2032240252 created "2016-06-24" @default.
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- W2032240252 date "2015-04-01" @default.
- W2032240252 modified "2023-10-12" @default.
- W2032240252 title "Selective removal of ATP degradation products from food matrices II: Rapid screening of hypoxanthine and inosine by molecularly imprinted matrix solid-phase dispersion for evaluation of fish freshness" @default.
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- W2032240252 cites W1966838361 @default.
- W2032240252 cites W1969823096 @default.
- W2032240252 cites W1971783870 @default.
- W2032240252 cites W1972095345 @default.
- W2032240252 cites W1976436207 @default.
- W2032240252 cites W1980451779 @default.
- W2032240252 cites W1991354334 @default.
- W2032240252 cites W1991917813 @default.
- W2032240252 cites W1992050858 @default.
- W2032240252 cites W1993897319 @default.
- W2032240252 cites W1994406378 @default.
- W2032240252 cites W1994846754 @default.
- W2032240252 cites W1995640390 @default.
- W2032240252 cites W1997631110 @default.
- W2032240252 cites W1998749308 @default.
- W2032240252 cites W2005889095 @default.
- W2032240252 cites W2006109477 @default.
- W2032240252 cites W2007520415 @default.
- W2032240252 cites W2009748912 @default.
- W2032240252 cites W2011572662 @default.
- W2032240252 cites W2012652346 @default.
- W2032240252 cites W2014055158 @default.
- W2032240252 cites W2014714723 @default.
- W2032240252 cites W2019788856 @default.
- W2032240252 cites W2023364548 @default.
- W2032240252 cites W2025034773 @default.
- W2032240252 cites W2033876934 @default.
- W2032240252 cites W2034483072 @default.
- W2032240252 cites W2034862280 @default.
- W2032240252 cites W2039406414 @default.
- W2032240252 cites W2040835074 @default.
- W2032240252 cites W2041081725 @default.
- W2032240252 cites W2051916767 @default.
- W2032240252 cites W2056682966 @default.
- W2032240252 cites W2056705500 @default.
- W2032240252 cites W2057323121 @default.
- W2032240252 cites W2059331442 @default.
- W2032240252 cites W2062647080 @default.
- W2032240252 cites W2062902312 @default.
- W2032240252 cites W2064373543 @default.
- W2032240252 cites W2068233597 @default.
- W2032240252 cites W2069443755 @default.
- W2032240252 cites W2071577189 @default.
- W2032240252 cites W2074815770 @default.
- W2032240252 cites W2075877191 @default.
- W2032240252 cites W2078016483 @default.
- W2032240252 cites W2078370936 @default.
- W2032240252 cites W2080578644 @default.
- W2032240252 cites W2082586479 @default.
- W2032240252 cites W2083936682 @default.
- W2032240252 cites W2083975331 @default.
- W2032240252 cites W2084117070 @default.
- W2032240252 cites W2088985038 @default.
- W2032240252 cites W2089229118 @default.
- W2032240252 cites W2090945639 @default.
- W2032240252 cites W2094403981 @default.
- W2032240252 cites W2094984972 @default.
- W2032240252 cites W2115617423 @default.
- W2032240252 cites W2143488244 @default.
- W2032240252 cites W2155796798 @default.
- W2032240252 cites W2158359073 @default.
- W2032240252 cites W2164021667 @default.
- W2032240252 cites W2209638 @default.
- W2032240252 cites W2411833453 @default.
- W2032240252 cites W4226027272 @default.
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- W2032240252 doi "https://doi.org/10.1016/j.talanta.2014.12.037" @default.
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