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首页> 外文期刊>Mycoses: Diagnosis, therapy and prophylaxis of fungal diseases >Posaconazole susceptibility testing against Candida species: comparison of broth microdilution and E-test methods.
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Posaconazole susceptibility testing against Candida species: comparison of broth microdilution and E-test methods.

机译:泊沙康唑对念珠菌的药敏试验:肉汤微量稀释法和E检验方法的比较。

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摘要

Posaconazole (POS) is a newer triazole with activity against yeasts and moulds. POS and fluconazole were tested in vitro against 32 Candida albicans, 30 C. glabrata, 21 C. tropicalis, 29 C. krusei, 28 C. parapsilosis, 50 C. inconspicua, 13 C. kefyr and 5 C. famata isolates using CLSI broth microdilution method (BMD). We compared E-test and a modified BMD using polyethylene-glycol (PEG) as solvent to the CLSI method. BMDs and E-test were performed according to CLSI and the manufacturer's instructions respectively. Geometric means of POS MICs using BMD were 0.71, 0.22 and 0.21 microg ml(-1) against C. glabrata, C. krusei and C. inconspicua, respectively, and remained below 0.1 microg ml(-1) against all other species tested. One of two C. albicans and two of three C. glabrata isolates resistant to fluconazole showed MICs above 8 microg ml(-1) to POS. The impact of using PEG instead of DMSO had only a minor effect (agreements above 95% with the exception of C. parapsilosis). E-tests read after 24 h showed good agreement with the BMD. POS exhibited excellent in vitro activity against Hungarian Candida strains. E-test showed good correlation with the CLSI method, but to facilitate the comparability of results we believe that DMSO should be used as solvent in the BMD.
机译:泊沙康唑(POS)是一种新型三唑,具有抗酵母菌和霉菌的活性。使用CLSI肉汤体外测试了POS和氟康唑对32种白色念珠菌,30 C. glabrata,21 C. Tropicalis,29 C. krusei,28 C. parapsilosis,50 C. inconspicua,13 C. kefyr和5 C. famata分离株的体外测试。微稀释法(BMD)。我们将E-test和使用聚乙二醇(PEG)作为溶剂的改良BMD与CLSI方法进行了比较。 BMD和E-test分别根据CLSI和制造商的说明进行。使用BMD的POS MIC的几何平均值分别为对光滑小球藻,克鲁斯小球藻和隐球菌的0.71、0.22和0.21微克ml(-1),而对所有其他受测物种,其保持在0.1微克ml(-1)以下。对氟康唑耐药的两个白色念珠菌之一和三个光滑念珠菌分离株中的两个显示对POS的MIC均高于8 microg ml(-1)。使用PEG代替DMSO的影响仅产生很小的影响(协议达到了95%以上,但副枝隐孢子虫除外)。 24小时后读取的电子测试结果与BMD吻合良好。 POS对匈牙利念珠菌菌株表现出出色的体外活性。 E-test与CLSI方法显示出良好的相关性,但是为了促进结果的可比性,我们认为DMSO应该用作BMD中的溶剂。

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