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- W2568977842 abstract "Extrachromosomal DNA such as organelle DNA are increasingly targeted in molecular detection assays where samples have been degraded by physical or chemical means. Owing to multiple organelles per cell and greater copy numbers than nuclear genes, organelle gene targets provide a more robust signal in polymerase chain reaction (PCR), quantitative PCR (qPCR), and other emerging molecular technologies. Because of these advantages, direct analysis of organelle DNA in food matrices is used for detection of contaminants and identification and authentication of food ingredients and allergens. Non-nuclear DNA is also used as an assay normalizer for detection of genetically modified organisms (GMOs) in foods. This review describes these protocols plus the effects of processing on efficacy, with special emphasis on thermally produced DNA fragmentation. Future research may incorporate molecular techniques beyond detection, used instead as time-temperature indicators in thermal food processing or quality indicators in food fermentation or acidification." @default.
- W2568977842 created "2017-01-13" @default.
- W2568977842 creator A5085991311 @default.
- W2568977842 date "2017-02-28" @default.
- W2568977842 modified "2023-10-14" @default.
- W2568977842 title "Food Analysis Using Organelle DNA and the Effects of Processing on Assays" @default.
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- W2568977842 cites W1424664749 @default.
- W2568977842 cites W1472286547 @default.
- W2568977842 cites W1557998250 @default.
- W2568977842 cites W1698194548 @default.
- W2568977842 cites W1782396795 @default.
- W2568977842 cites W1942028147 @default.
- W2568977842 cites W1971937215 @default.
- W2568977842 cites W1974017627 @default.
- W2568977842 cites W1975723748 @default.
- W2568977842 cites W1976765743 @default.
- W2568977842 cites W1980374658 @default.
- W2568977842 cites W1981467367 @default.
- W2568977842 cites W1989573170 @default.
- W2568977842 cites W198961861 @default.
- W2568977842 cites W1991686226 @default.
- W2568977842 cites W1991913556 @default.
- W2568977842 cites W1992999383 @default.
- W2568977842 cites W1998534133 @default.
- W2568977842 cites W2000600213 @default.
- W2568977842 cites W2004634221 @default.
- W2568977842 cites W2009965260 @default.
- W2568977842 cites W2012679194 @default.
- W2568977842 cites W2012844256 @default.
- W2568977842 cites W2015806690 @default.
- W2568977842 cites W2016751474 @default.
- W2568977842 cites W2017833696 @default.
- W2568977842 cites W2019173116 @default.
- W2568977842 cites W2020909238 @default.
- W2568977842 cites W2024770715 @default.
- W2568977842 cites W2035730792 @default.
- W2568977842 cites W2036617847 @default.
- W2568977842 cites W2038455595 @default.
- W2568977842 cites W2049254411 @default.
- W2568977842 cites W2054996902 @default.
- W2568977842 cites W2057019074 @default.
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- W2568977842 cites W2066269654 @default.
- W2568977842 cites W2067057111 @default.
- W2568977842 cites W2068176084 @default.
- W2568977842 cites W2069651410 @default.
- W2568977842 cites W2070119677 @default.
- W2568977842 cites W2070125747 @default.
- W2568977842 cites W2070773807 @default.
- W2568977842 cites W2075755769 @default.
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- W2568977842 cites W2090097880 @default.
- W2568977842 cites W2090906289 @default.
- W2568977842 cites W2091375775 @default.
- W2568977842 cites W2098244304 @default.
- W2568977842 cites W2099603205 @default.
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- W2568977842 cites W2126721330 @default.
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- W2568977842 cites W2141530069 @default.
- W2568977842 cites W2151238219 @default.
- W2568977842 cites W2157125181 @default.
- W2568977842 cites W2157353364 @default.
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- W2568977842 cites W2170263865 @default.
- W2568977842 cites W2171371571 @default.
- W2568977842 cites W2294892677 @default.
- W2568977842 cites W2325318525 @default.
- W2568977842 cites W2334404514 @default.
- W2568977842 cites W2418059974 @default.
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- W2568977842 doi "https://doi.org/10.1146/annurev-food-030216-030216" @default.
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