Young V M, Meyers W F, Moody M R, Schimpff S C
Am J Med. 1981 Mar;70(3):646-50. doi: 10.1016/0002-9343(81)90589-1.
Corynebacterium species that are normally abundant on the skin and mucous membranes rarely cause infections and are susceptible to most antibiotics. The report in 1976 of four cases of sepsis at the National Institutes of Health caused by a hitherto undescribed corynebacterium that is highly antibiotic resistant, but uniformly susceptible to vancomycin, alerted the medically oriented scientific community to the emergence of these organisms as a possible new cause of nosocomial infections. Although we have always performed antibiotic susceptibility tests on all microorganisms recovered from normally sterile body fluids, our first recovery of these organisms was in August 1977. Since then we have recovered 52 such strains from 39 patients, most frequently from the rectum, followed by the groin, blood, lesions and urine in order of predominance. Characterization by API 50 L strips revealed that most, but not all strains resemble the JK group of Riley et al. [1]. Cell wall studies and DNA base ratios further confirmed their status as corynebacteria. Hospital acquisition has been proved; cross infection between patients is the most likely mode of spread. Their recognition is necessary for optimal preventive and therapeutic care of patients with compromised host defenses.
棒状杆菌属通常在皮肤和黏膜上大量存在,很少引起感染,且对大多数抗生素敏感。1976年美国国立卫生研究院报告了4例由一种此前未被描述的棒状杆菌引起的败血症,该菌具有高度耐药性,但对万古霉素均敏感,这使医学界的科学界警觉到这些微生物可能成为医院感染的新病因。尽管我们一直对从通常无菌的体液中分离出的所有微生物进行药敏试验,但我们首次分离到这些微生物是在1977年8月。从那时起,我们从39名患者中分离出了52株此类菌株,最常见于直肠,其次依次为腹股沟、血液、病变部位和尿液。用API 50 L试纸条进行鉴定表明,大多数(但并非所有)菌株与Riley等人[1]的JK组相似。细胞壁研究和DNA碱基比率进一步证实了它们作为棒状杆菌的地位。已证实医院获得性感染;患者之间的交叉感染是最可能的传播方式。对于宿主防御功能受损的患者,认识到这些微生物对于最佳的预防和治疗护理是必要的。