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- W3157215239 endingPage "109233" @default.
- W3157215239 startingPage "109233" @default.
- W3157215239 abstract "Escherichia coli O157:H7, a Shiga-producing E. coli is a major pathogenic E. coli strain which since the early 1980s has become a crucial food and water-borne pathogen. Several management strategies can be applied to control the spread of infection; however early diagnosis represents the optimum preventive strategy to minimize the infection. Therefore, it is crucial to detect this pathogen in a fast and efficient manner in order to reduce the morbidity and mortality. Currently used gold standard tests rely on culture and pre-enrichment of E. coli O157:H7 from the contaminated source; they are time consuming and laborious. Molecular methods such as polymerase chain reaction are sensitive; however, they require expensive instrumentation. Therefore, there is a requirement for Accurate, Sensitive, Specific, User friendly, Rapid, Equipment free and Deliverable (ASSURED) detection methods for use in the laboratory and in the field. Emerging technologies such as isothermal amplification methods, biosensors, surface enhanced Raman Spectroscopy, paper-based diagnostics and smartphone-based digital methods are recognized as new approaches in the field of E. coli O157:H7 diagnostics and are discussed in this review. Mobile PCR and CRISPR-Cas diagnostic platforms have been identified as new tools in E. coli O157:H7 POC diagnostics with the potential for implementation by industry. This review describes advances and progress in the field of E. coli O157:H7 diagnosis in the context of food and water industry. The focus is on emerging high throughput point-of-care (POC) E. coli O157:H7 diagnostics and the requirement for the transformation to service routine diagnostics in the food and water industry." @default.
- W3157215239 created "2021-05-10" @default.
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- W3157215239 date "2021-07-01" @default.
- W3157215239 modified "2023-10-07" @default.
- W3157215239 title "Review: Trends in point-of-care diagnosis for Escherichia coli O157:H7 in food and water" @default.
- W3157215239 cites W1184977013 @default.
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- W3157215239 cites W1966597734 @default.
- W3157215239 cites W1979114856 @default.
- W3157215239 cites W1984638769 @default.
- W3157215239 cites W1996718213 @default.
- W3157215239 cites W199921193 @default.
- W3157215239 cites W2003051119 @default.
- W3157215239 cites W2006810649 @default.
- W3157215239 cites W2016163472 @default.
- W3157215239 cites W2022524642 @default.
- W3157215239 cites W2026084043 @default.
- W3157215239 cites W2052148269 @default.
- W3157215239 cites W2059570909 @default.
- W3157215239 cites W2062237873 @default.
- W3157215239 cites W2069741608 @default.
- W3157215239 cites W2071643356 @default.
- W3157215239 cites W2083637418 @default.
- W3157215239 cites W2095655760 @default.
- W3157215239 cites W2105275554 @default.
- W3157215239 cites W2105489248 @default.
- W3157215239 cites W2126135430 @default.
- W3157215239 cites W2128591134 @default.
- W3157215239 cites W2144409731 @default.
- W3157215239 cites W2144963709 @default.
- W3157215239 cites W2145135668 @default.
- W3157215239 cites W2153350094 @default.
- W3157215239 cites W2155584929 @default.
- W3157215239 cites W2166681936 @default.
- W3157215239 cites W2206860475 @default.
- W3157215239 cites W2236399192 @default.
- W3157215239 cites W2317729965 @default.
- W3157215239 cites W2332582324 @default.
- W3157215239 cites W2381611646 @default.
- W3157215239 cites W2399369605 @default.
- W3157215239 cites W2531522712 @default.
- W3157215239 cites W2604761724 @default.
- W3157215239 cites W2606915822 @default.
- W3157215239 cites W2611951852 @default.
- W3157215239 cites W2745026304 @default.
- W3157215239 cites W2756185868 @default.
- W3157215239 cites W2760190696 @default.
- W3157215239 cites W2767895440 @default.
- W3157215239 cites W2775532462 @default.
- W3157215239 cites W2776232113 @default.
- W3157215239 cites W2785904295 @default.
- W3157215239 cites W2792245707 @default.
- W3157215239 cites W2800905921 @default.
- W3157215239 cites W2801783434 @default.
- W3157215239 cites W2802543253 @default.
- W3157215239 cites W2806940172 @default.
- W3157215239 cites W2807378338 @default.
- W3157215239 cites W2885593574 @default.
- W3157215239 cites W2886586790 @default.
- W3157215239 cites W2892167736 @default.
- W3157215239 cites W2898563324 @default.
- W3157215239 cites W2910181162 @default.
- W3157215239 cites W2914157319 @default.
- W3157215239 cites W2952256058 @default.
- W3157215239 cites W2952685076 @default.
- W3157215239 cites W2955291222 @default.
- W3157215239 cites W2956776317 @default.
- W3157215239 cites W2959285133 @default.
- W3157215239 cites W2969768072 @default.
- W3157215239 cites W2970391528 @default.
- W3157215239 cites W2972870406 @default.
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- W3157215239 doi "https://doi.org/10.1016/j.ijfoodmicro.2021.109233" @default.
- W3157215239 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34022616" @default.
- W3157215239 hasPublicationYear "2021" @default.
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