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首页> 外文期刊>Journal of Clinical Microbiology >Candida Species Exhibit Differential In Vitro Hemolytic Activities
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Candida Species Exhibit Differential In Vitro Hemolytic Activities

机译:念珠菌种表现出不同的体外溶血活性

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A total of 80 Candida isolates representing 14 species were examined for their respective responses to an in vitro hemolytic test. A modification of a previously described plate assay system where the yeasts are incubated on glucose (3%)-enriched sheep blood agar in a carbon dioxide (5%)-rich environment for 48 h was used to evaluate the hemolytic activity. A group of eight Candidaspecies which included Candida albicans (15 isolates),C. dubliniensis (2), C. kefyr(2), C. krusei (4), C. zeylanoides (1), C. glabrata(34), C. tropicalis (5), andC. lusitaniae (2) demonstrated both alpha and beta hemolysis at 48 h postinoculation. Only alpha hemolysis was detectable in four Candida species, viz., C. famata (3), C. guilliermondii(4), C. rugosa (1), and C. utilis (1), while C. parapsilosis (5) and C. pelliculosa (1) failed to demonstrate any hemolytic activity after incubation for 48 h or longer. This is the first study to demonstrate the variable expression profiles of hemolysins by different Candida species.
机译:检验了代表14个物种的80种分离株对体外溶血试验的反应。修改先前描述的平板测定系统,其中将酵母在富含二氧化碳(5%)的环境中,在富含葡萄糖(3%)的绵羊血琼脂上孵育48小时,以评估溶血活性。八种 Candida 物种,其中包括白色念珠菌(15个分离株), C。 dubliniensis (2), C。 kefyr (2), C。 krusei (4), C。 zeylanoides (1), C。 glabrata (34), C。 Tropicalis (5)和 C。 lusitaniae (2)在接种后48小时显示出α和β溶血现象。在四个 Candida 物种,即 C中,仅可检测到α溶血。 famata (3), C。 guilliermondii (4), C。 rugosa (1)和 C。 utilis (1),而 C。副瘫痪(5)和 C。 pelliculosa (1)孵育48小时或更长时间后未显示出任何溶血活性。这是第一个证明溶血素通过不同 Candida 物种的可变表达谱的研究。

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