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纤细拟杆菌,一种重要的厌氧细菌病原体。

Bacteroides gracilis, an important anaerobic bacterial pathogen.

作者信息

Johnson C C, Reinhardt J F, Edelstein M A, Mulligan M E, George W L, Finegold S M

出版信息

J Clin Microbiol. 1985 Nov;22(5):799-802. doi: 10.1128/jcm.22.5.799-802.1985.

Abstract

Clinical isolates of agar-pitting, formate-fumarate-requiring, anaerobic gram-negative bacilli were recharacterized in consideration of the species descriptions of Bacteroides ureolyticus and the newly described B. gracilis, Campylobacter concisus, and Wolinella sp. During an 11-year period, 7.5% (101 of 1,341) of all specimens yielding anaerobes were found to contain an organism in this group. Of the 71 isolates that were available for study, 43 were B. ureolyticus, 23 were B. gracilis, and 5 were in the Wolinella-C. concisus group. The role in infection and patterns of antimicrobial susceptibility for B. ureolyticus and B. gracilis were studied. Review of the clinical data indicated that 83% of B. gracilis strains were recovered from patients with serious visceral or head and neck infection, whereas 73% of B. ureolyticus isolates were recovered from superficial soft-tissue or bone infections. The strains of B. ureolyticus were uniformly susceptible to the tested antimicrobial agents. B. gracilis, however, showed some striking resistance, with penicillin active against only 67% and the cephalosporins active against 67 to 84% of the isolates tested. The association of B. gracilis with serious deep-tissue infection, coupled with the relatively high frequency of antibiotic resistance, indicates that it is an important, previously unrecognized, pathogen.

摘要

考虑到解脲拟杆菌以及新描述的纤细拟杆菌、简明弯曲菌和沃氏菌属的菌种描述,对形成琼脂蚀斑、需要甲酸盐 - 富马酸盐的厌氧革兰氏阴性杆菌的临床分离株进行了重新鉴定。在11年期间,所有培养出厌氧菌的标本中有7.5%(1341份中的101份)发现含有该组中的一种微生物。在可用于研究的71株分离株中,43株是解脲拟杆菌,23株是纤细拟杆菌,5株属于沃氏菌 - 简明弯曲菌组。研究了解脲拟杆菌和纤细拟杆菌在感染中的作用以及抗菌药物敏感性模式。对临床数据的回顾表明,83%的纤细拟杆菌菌株是从患有严重内脏或头颈部感染的患者中分离出来的,而73%的解脲拟杆菌分离株是从浅表软组织或骨感染中分离出来的。解脲拟杆菌菌株对所测试的抗菌药物均敏感。然而,纤细拟杆菌表现出一些显著的耐药性,青霉素仅对67%的测试分离株有活性,头孢菌素对67%至84%的测试分离株有活性。纤细拟杆菌与严重深部组织感染的关联,以及相对较高的抗生素耐药频率,表明它是一种重要的、以前未被认识的病原体。

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