Kuznetsov V D, Sabirov S, Filippova S N
Mikrobiologiia. 1978 Nov-Dec;47(6):1073-80.
The population analysis of Actinomyces tumemacerans and Actinomyces albus var. fungatus has revealed identical homologous series of spontaneous variants, this suggesting the genetical relationship of the cultures. Variants of the same type (basic, oligosporous, asporogenous and proactinomycete-like) are identical not only according to their individual properties (Kuznetsov, 1973) but also in total characteristics typical of the variants of a given species. Populations of the studied cultures comprise variants synthesizing several antibiotics, i.e. albofungin, albonursin and tetraene (basic and oligosporous variants), albofungin and tetraene (asprogenous green variants), as well as variants producing only one tetraene antibiotic (proactinomycete-like variants). Therefore, the population analysis based on the law of homologous series in hereditary variability of actinomycetes can be used as a new approach to the taxonomy of these microorganisms.
肿胀放线菌和真菌样白色放线菌的群体分析显示出相同的自发变体同源系列,这表明了这些培养物之间的遗传关系。同一类型(基础型、少孢型、无孢型和类原放线菌型)的变体不仅根据其个体特性(库兹涅佐夫,1973年)相同,而且在给定物种变体的总体特征上也相同。所研究培养物的群体包括合成几种抗生素的变体,即白真菌素、白诺菌素和四烯(基础型和少孢型变体)、白真菌素和四烯(无孢型绿色变体),以及仅产生一种四烯抗生素的变体(类原放线菌型变体)。因此,基于放线菌遗传变异性同源系列定律的群体分析可作为这些微生物分类学的一种新方法。