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- W2984111567 endingPage "117" @default.
- W2984111567 startingPage "107" @default.
- W2984111567 abstract "In response to the worldwide interest in safe, nutritious and minimally processed food products, innovative nonthermal processing for microbial inactivation has been developed as one of the major growth sectors in the food industry. In contrast to traditional thermal processing, nonthermal physical technologies have the ability to inactivate microorganisms at lower temperatures and maintain the organoleptic and nutritional qualities of food products. However, microbial cells can also develop a range of strategies to adapt rapidly to environmental stimuli and to survive under harsh conditions, posing a potential hazard to the food processing industry. This review concluded the microbial response to nonthermal technologies from the perspective of three states of microbes, sublethal cells, viable but non-culturable cells, and apoptosis. This work describes the responses of microorganisms to nonthermal physical technologies, mainly focusing on their physiological modifications and genetic regulatory mechanisms. Most nonthermal physical treatments are unable to sterilize thoroughly, thereby resulting in suppressed or sublethally injured microbial cells instead of killing them completely. This poses food safety hazards since microorganisms may re-grow at post-processing stage as favorable conditions are available again. Studying the mechanism of these responses on microorganisms may help us to do better in anticipating possible risks during food processing and preventing potential food safety incidents." @default.
- W2984111567 created "2019-11-22" @default.
- W2984111567 creator A5006593165 @default.
- W2984111567 creator A5012290109 @default.
- W2984111567 creator A5015005038 @default.
- W2984111567 creator A5023291896 @default.
- W2984111567 creator A5053008306 @default.
- W2984111567 creator A5063922467 @default.
- W2984111567 creator A5071807223 @default.
- W2984111567 creator A5071958350 @default.
- W2984111567 creator A5089613337 @default.
- W2984111567 date "2020-01-01" @default.
- W2984111567 modified "2023-09-30" @default.
- W2984111567 title "Microbial response to some nonthermal physical technologies" @default.
- W2984111567 cites W1556457827 @default.
- W2984111567 cites W1623695851 @default.
- W2984111567 cites W164893792 @default.
- W2984111567 cites W1859233744 @default.
- W2984111567 cites W1948199472 @default.
- W2984111567 cites W1964568751 @default.
- W2984111567 cites W1966160620 @default.
- W2984111567 cites W1969937967 @default.
- W2984111567 cites W1973349116 @default.
- W2984111567 cites W1984251647 @default.
- W2984111567 cites W1985749067 @default.
- W2984111567 cites W1985879199 @default.
- W2984111567 cites W1987010611 @default.
- W2984111567 cites W1993345758 @default.
- W2984111567 cites W1995096195 @default.
- W2984111567 cites W1997713974 @default.
- W2984111567 cites W1997889708 @default.
- W2984111567 cites W199852707 @default.
- W2984111567 cites W2002838794 @default.
- W2984111567 cites W2006497158 @default.
- W2984111567 cites W2010907801 @default.
- W2984111567 cites W2012329835 @default.
- W2984111567 cites W2012337697 @default.
- W2984111567 cites W2018008471 @default.
- W2984111567 cites W2023266850 @default.
- W2984111567 cites W2024105041 @default.
- W2984111567 cites W2028954181 @default.
- W2984111567 cites W2030864103 @default.
- W2984111567 cites W2032756932 @default.
- W2984111567 cites W2041685024 @default.
- W2984111567 cites W2042458706 @default.
- W2984111567 cites W2053624477 @default.
- W2984111567 cites W2054270339 @default.
- W2984111567 cites W2055114795 @default.
- W2984111567 cites W2056665650 @default.
- W2984111567 cites W2057071004 @default.
- W2984111567 cites W2062635864 @default.
- W2984111567 cites W2063173454 @default.
- W2984111567 cites W2064193410 @default.
- W2984111567 cites W2064516785 @default.
- W2984111567 cites W2065410880 @default.
- W2984111567 cites W2070956007 @default.
- W2984111567 cites W2072623608 @default.
- W2984111567 cites W2072639579 @default.
- W2984111567 cites W2072951214 @default.
- W2984111567 cites W2073824449 @default.
- W2984111567 cites W2076348720 @default.
- W2984111567 cites W2076572182 @default.
- W2984111567 cites W2082698918 @default.
- W2984111567 cites W2091902669 @default.
- W2984111567 cites W2092759765 @default.
- W2984111567 cites W2093190366 @default.
- W2984111567 cites W2095016906 @default.
- W2984111567 cites W2095587765 @default.
- W2984111567 cites W2098432852 @default.
- W2984111567 cites W2102355366 @default.
- W2984111567 cites W2102767589 @default.
- W2984111567 cites W2102842217 @default.
- W2984111567 cites W2109876672 @default.
- W2984111567 cites W2121702473 @default.
- W2984111567 cites W2122959683 @default.
- W2984111567 cites W2127871747 @default.
- W2984111567 cites W2130490261 @default.
- W2984111567 cites W2137683543 @default.
- W2984111567 cites W2139448640 @default.
- W2984111567 cites W2143093385 @default.
- W2984111567 cites W2144646955 @default.
- W2984111567 cites W2148458806 @default.
- W2984111567 cites W2151317167 @default.
- W2984111567 cites W2151351133 @default.
- W2984111567 cites W2154807477 @default.
- W2984111567 cites W2163943333 @default.
- W2984111567 cites W2169807226 @default.
- W2984111567 cites W2186211776 @default.
- W2984111567 cites W2231091456 @default.
- W2984111567 cites W2234661682 @default.
- W2984111567 cites W2301354009 @default.
- W2984111567 cites W2338979999 @default.
- W2984111567 cites W2481695282 @default.
- W2984111567 cites W2593273109 @default.
- W2984111567 cites W2604977417 @default.
- W2984111567 cites W2607246618 @default.
- W2984111567 cites W2611735969 @default.
- W2984111567 cites W2747005186 @default.