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Evaluation of Urea-motility-indole medium for recognition and differentiation of Salmonella and Shigella species in stool cultures.

机译:评价粪便培养物中沙门氏菌和志贺氏菌物种的尿素运动性吲哚培养基的识别和分化。

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摘要

A semisolid urea-motility-indole medium designed for detection in Enterobacteriaceae of urease activity, motility, and indole production in one tube was prepared and evaluated. The formulation of the medium was similar to that of Christensen urea agar, but the agar concentration was 0.2%, and 1% tryptone was added. Results with 687 strains of Enterobacteriaceae were the same as those obtained with standard test media (98% overall agreement). The urea-motility-indole medium was also used in combination with Kligler iron agar for the recognition and differentiation of Salmonella and Shigella species from colonies picked from plating media in fecal cultures. This combination was compared with the combination of Kligler iron agar and lysine iron agar with 507 strains of non-lactose-fermenting Enterobacteriaceae. Although both combinations enabled the presumptive recognition and differentiation of Salmonella and Shigella species, an analysis of data indicated that the combination of Kligler iron agar and urea-motility-indole medium performed better than the combination of Kligler iron agar and lysine iron agar in detecting Salmonella and Shigella species.
机译:制备并评估了一种用于在肠杆菌科中检测尿素酶活性,运动性和吲哚产量的半固体尿素运动性吲哚培养基,并对其进行了评估。培养基的配方类似于克里斯滕森尿素琼脂的配方,但是琼脂浓度为0.2%,并添加了1%的胰蛋白p。 687株肠杆菌科细菌的结果与用标准测试培养基获得的结果相同(总体一致性为98%)。尿素运动性吲哚培养基也与Kligler铁琼脂结合使用,用于识别和区分粪便培养中从平板培养基中选出的菌落中的沙门氏菌和志贺氏菌。将该组合与Kligler铁琼脂和赖氨酸铁琼脂与507株非乳糖发酵肠杆菌科的组合进行比较。尽管两种组合都可以推定地识别和区分沙门氏菌和志贺氏菌,但数据分析表明,在检测沙门氏菌时,Kligler铁琼脂和尿素运动性吲哚培养基的组合比Kligler铁琼脂和赖氨酸铁琼脂的组合要好。和志贺氏菌。

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