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首页> 外文期刊>Journal of AOAC International >Evaluation of the MC-Media Pad (TM) Yeast and Mold Device for the Enumeration of Yeast and Mold: Collaborative Study, First Action 2018.02
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Evaluation of the MC-Media Pad (TM) Yeast and Mold Device for the Enumeration of Yeast and Mold: Collaborative Study, First Action 2018.02

机译:评价MC-MEDIM PAD(TM)酵母和模具装置,用于酵母和模具的枚举:协作研究,第一行动2018.02

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Background: The MC-Media Pad (TM) Yeast and Mold (YM) is a ready-to use culture device that combines a test pad coated with medium and water-absorption polymers that is designed for the rapid quantification of yeast and mold in food products. Objective: The MC-Media Pad YM was compared with the U.S. Food and Drug Administration (FDA) Bacteriological Analytical Manual (BAM) for the enumeration of yeast and mold in frozen orange juice concentrate. Methods: The candidate method was evaluated using a paired study design in a multilaboratory collaborative study following the current AOAC Validation Guidelines. Three target contamination levels (low, 10-100 CFU/g; medium, 100-1000 CFU/g; and high 1000-10000 CFU/g) and an uninoculated control level (0 CFU/g) were evaluated. MC-Media Pad YM devices were enumerated after 48 and 72 h of incubation. Results: Plate count obtained by both methods were log-transformed and the difference of means (including 95% confidence intervals), repeatability SD, and SD were determined for each contamination level. Conclusions: No statistical difference was observed between the MC-Media Pad YM (for both 48 and 72 h) and the FDA BAM for each contamination level. Highlights: The new method offers a convenient alternative to the reference method (FDA BAM) for detection of yeast and mold contamination in food products, yielding reliable and comparable results in 48 h compared to 5 days for the reference method.
机译:背景技术:MC-MEDIOP焊盘(TM)酵母和模具(YM)是一种即将使用介质和吸水性聚合物的试验垫,其设计用于在食物中快速定量的培养基和吸水性的培养装置产品。目的:将MC-MEDIA PAD YM与美国食品和药物管理(FDA)细菌分析手册(BAM)进行比较,用于冷冻橙汁浓缩物中的酵母和霉菌。方法:在当前的AOAC验证指南之后,在多书性协作研究中使用配对的研究设计评估候选方法。三个靶污染水平(低,10-100cfu / g;培养基,100-1000 cfu / g;和高1000-10000 cfu / g)和未处理的对照水平(0 cfu / g)。在48和72小时后列举MC-MEDIOP焊盘YM器件。结果:通过两种方法获得的平板计数是对数转换的,并且针对每个污染水平测定平均值(包括95%置信区间),重复性SD和SD的平均值(包括95%置信区间)。结论:对于每个污染水平,MC介质垫YM(48和72小时)和FDA BAM之间没有观察到统计差异。亮点:新方法为参考方法(FDA BAM)提供了一种方便的替代方案,用于检测食品中的酵母和霉菌污染,得到48小时的可靠和可比的结果,而参考方法为5天。

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