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首页> 外文期刊>Water Science and Technology >Dispelling the 'Nocardia amarae' myth: a phylogenetic and phenotypic study of mycolic acid-containing actinomycetes isolated from activated sludge foam
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Dispelling the 'Nocardia amarae' myth: a phylogenetic and phenotypic study of mycolic acid-containing actinomycetes isolated from activated sludge foam

机译:消除“诺卡氏菌”神话:从活性污泥泡沫中分离出的含有霉菌酸的放线菌的系统发育和表型研究

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摘要

Right-angle branched filaments and rods micromanipulated from activated sludge foam and mixed liquor were identified as putatively novel members of the genera Gordonia, Mycobacterium and Rhodococcus using a combination of chemical, molecular and morphological data. Pyrolysis mass spectrometric analyses of gordoniae isolated in both the present and a previous study revealed gyro-groups, distinct from validly described Gordonia species, which could be equated with those based on morphological properties and 16S rDNA data. Putative gordoniae assigned to one of these groups were found to be closely related to strains currently identified as "Rhodococcus australis". These strains were also found to have properties consistent with their classification in the genus Gordonia. The results of this study highlight the limitations of the microscopic approach to filament identification and cast further doubt on the view that foaming can be attributed to members of one or a few Nocardia species. [References: 30]
机译:结合化学,分子和形态学数据,从活性污泥泡沫和混合液中微操作的直角分支细丝和棒被确定为Gordonia,分枝杆菌和红球菌属的新型成员。本研究和先前研究中分离出的枸杞子的热解质谱分析显示,陀螺组不同于有效描述的戈登尼亚菌种,可以与基于形态学特征和16S rDNA数据的那些等同。发现归入这些组之一的推定的戈登菌与目前被鉴定为“澳大利亚红球菌”的菌株密切相关。还发现这些菌株具有与它们在戈登尼亚属中的分类一致的特性。这项研究的结果突显了细丝鉴定的微观方法的局限性,并进一步怀疑泡沫起因于一种或几种诺卡氏菌物种的成员。 [参考:30]

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