Puzynina G G, Danilenko V N, Lomovskaia N D, Trenina G A
Antibiotiki. 1977 Oct;22(10):909-15.
Natural strains of actinomycetes belonging to 3 systematic groups of the Streptomyces genera, i.e. blue, gray and globisporine were characterized for their resistance to antibiotics and sulfamids. The majority of the strains were shown to have stable inherited multiple resistence to a wide variety of antibiotics. Linkage analysis for resistance determinants in pairs showed random distribution of most of the determinants among the members of the blue and grey groups of the actinomycetes. Non-random distribution of the resistance determinants to Tc, Cm and Rm in TcCm, TcRm conbinations for the blue group actinomycetes and to Om, Rm, Fa, Lm, Em, Rm and Tc in OmRm, FaLm, EmPm, TcOm combinations among the members of the grey group of actinomycetes was found.
对属于链霉菌属3个系统类群(即青色、灰色和球孢类)的放线菌自然菌株进行了抗生素和磺胺类耐药性特征分析。大多数菌株显示出对多种抗生素具有稳定遗传的多重耐药性。对成对耐药决定因素的连锁分析表明,大多数决定因素在放线菌青色和灰色类群成员中随机分布。在青色类群放线菌的TcCm、TcRm组合中,对Tc、Cm和Rm的耐药决定因素呈非随机分布;在灰色类群放线菌成员的OmRm、FaLm、EmPm、TcOm组合中,对Om、Rm、Fa、Lm、Em、Rm和Tc的耐药决定因素呈非随机分布。