Fleurette J, Brun Y
Zentralbl Bakteriol A. 1981 Mar;249(1):24-31.
Out of the 2,527 strains typed in 1976, 1977, 1978 and 1979, 226 strains (8.94%) were lysed by phages 94, 96 or 94 + 96. The two phages lyse together 83.17% of strains, whilst phage 94 alone lyses only 3.96% and phage 96 alone 12.87%. 94/96 strains have the S. aureus species antigens, particularly that of biotype A (human) at levels similar to those previously described: Protein A 96%, beta Ribitol teichoic acid (93%). Very characteristic is the presence in these strains of type antigens c1 (89%) and sigma (92%), which are significantly unusual or absent in the strains of other phages types. 94-96 complex strains are sensitive to antibiotics except resistance to Penicillin G (95%), Tetracycline (48%), Doxycycline (25%). Relation between lysis by phages 94-96 and presence of antigens c1 and sigma is discussed.
在1976年、1977年、1978年和1979年分型的2527株菌株中,有226株(8.94%)被噬菌体94、96或94 + 96裂解。这两种噬菌体共同裂解83.17%的菌株,而单独的噬菌体94仅裂解3.96%,单独的噬菌体96裂解12.87%。94/96菌株具有金黄色葡萄球菌种属抗原,特别是生物型A(人)的抗原,其水平与先前描述的相似:蛋白A为96%,β-核糖醇磷壁酸为93%。这些菌株中存在c1型抗原(89%)和σ型抗原(92%)非常具有特征性,而在其他噬菌体类型的菌株中这些抗原显著异常或不存在。94 - 96复合菌株除对青霉素G(95%)、四环素(48%)、强力霉素(25%)耐药外,对其他抗生素敏感。本文讨论了噬菌体94 - 96裂解与c1和σ抗原存在之间的关系。