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Evaluation of the New Chromogenic Medium Candida ID 2 for Isolation and Identification of Candida albicans and Other Medically Important Candida Species

机译:新的发色培养基念珠菌ID 2的评估,用于分离和鉴定白色念珠菌和其他医学上重要的念珠菌

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摘要

The usefulness of Candida ID 2 (CAID2) reformulated medium (bioMérieux, France) has been compared with that of the former Candida ID (CAID; bioMérieux), Albicans ID 2 (ALB2; bioMérieux), and CHROMagar Candida (CAC; Chromagar, France) chromogenic media for the isolation and presumptive identification of clinically relevant yeasts. Three hundred forty-five stock strains from culture collections, and 103 fresh isolates from different clinical specimens were evaluated. CAID2 permitted differentiation based on colony color between Candida albicans (cobalt blue; sensitivity, 91.7%; specificity, 97.2%) and Candida dubliniensis (turquoise blue; sensitivity, 97.9%; specificity, 96.6%). Candida tropicalis gave distinguishable pink-bluish colonies in 97.4% of the strains in CAID2 (sensitivity, 97.4%; specificity, 100%); the same proportion was reached in CAC, where colonies were blue-gray (sensitivity, 97.4%; specificity, 98.7%). CAC and CAID2 showed 100% sensitivity values for the identification of Candida krusei. However, with CAID2, experience is required to differentiate the downy aspect of the white colonies of C. krusei from other white-colony-forming species. The new CAID2 medium is a good candidate to replace CAID and ALB2, and it compares well to CAC for culture and presumptive identification of clinically relevant Candida species. CAID2 showed better results than CAC in some aspects, such as quicker growth and color development of colonies from clinical specimens, detection of mixed cultures, and presumptive differentiation between C. albicans and C. dubliniensis.
机译:已将Candida ID 2(CAID2)重新配制的培养基(法国的bioMérieux)与以前的Candida ID(CAID;bioMérieux),Albicans ID 2(ALB2;bioMérieux)和CHROMagar Candida(CAC; Chromagar,法国)进行了比较)用于分离和推测性鉴定临床相关酵母的生色培养基。评估了来自培养物收集物中的三百四十五种原种菌株,以及来自不同临床标本的103种新鲜分离株。 CAID2允许根据菌落颜色区分白色念珠菌(钴蓝色;灵敏度为91.7%;特异性为97.2%)和假丝酵母念珠菌(绿松石蓝色;灵敏度为97.9%;特异性为96.6%)。热带假丝酵母在CAID2菌株的97.4%中产生了明显的粉红蓝色菌落(敏感性为97.4%;特异性为100%)。在CAC中达到相同的比例,其中菌落为蓝灰色(敏感性为97.4%;特异性为98.7%)。 CAC和CAID2对krusei假丝酵母的鉴定显示出100%的灵敏度值。但是,对于CAID2,需要经验来将克鲁维梭菌白色菌落的绒毛方面与其他形成白色菌落的物种区分开。新的CAID2培养基是替代CAID和ALB2的理想选择,并且与CAC相比,可用于临床相关假丝酵母菌种的培养和推定鉴定。在某些方面,CAID2显示出比CAC更好的结果,例如临床标本中菌落的生长和颜色发展更快,混合培养物的检测以及白念珠菌和杜比尼梭菌之间的推测分化。

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