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通过多种分型方法对沙门氏菌血清型利文斯通菌株进行特征分析。

Characterisation of strains of Salmonella serotype Livingstone by multiple typing.

作者信息

Crichton P B, Old D C, Taylor A, Rankin S C

机构信息

Department of Medical Microbiology, University of Dundee Medical School, Scotland.

出版信息

J Med Microbiol. 1996 May;44(5):325-31. doi: 10.1099/00222615-44-5-325.

Abstract

Isolates of Salmonella serotype Livingstone (6,7:d:1,w) from man, water and various animals and animal products in Canada, England, France, Israel and Scotland were examined for ribotype, biotype and plasmid profile. Analysis by these methods indicated that an epidemic strain of Livingstone of ribotype 1/biotype 8/plasmid-type 6 was responsible for the major upsurge of Livingstone infection that occurred in man in Tayside (Scotland) between 1989 and 1991; that type was also isolated from spring water, animal feed and poultry. Livingstone isolates of ribotype 1/biotype 8 with plasmid profiles other than type 6 were also present in Scotland, England and France at that same time. Among representative Livingstone isolates from England, a strain of ribotype 2/biotype 1 was predominant in man and poultry products between 1988 and 1992, although strains of other ribotypes (1, 3 and 4) were also present. Strains of ribotype 3 of different biotypes were obtained from poultry and animal feed sources in Canada. A strain of ribotype 5/biotype 3 caused human infections in Israel between 1968 and 1992. Ribotyping, biotyping and plasmid profile analysis used together have helped to trace the sources and extent of spread of human infections caused by Salmonella Livingstone.

摘要

对从加拿大、英国、法国、以色列和苏格兰的人类、水以及各种动物和动物产品中分离出的沙门氏菌血清型利文斯通(6,7:d:1,w)菌株进行了核糖体分型、生物分型和质粒图谱分析。通过这些方法的分析表明,核糖体分型为1/生物分型为8/质粒型为6的利文斯通流行菌株是1989年至1991年期间在泰赛德(苏格兰)人类中发生的利文斯通感染主要激增的原因;该类型也从泉水、动物饲料和家禽中分离出来。核糖体分型为1/生物分型为8且质粒图谱不同于6型的利文斯通分离株在同一时期也存在于苏格兰、英国和法国。在来自英国的代表性利文斯通分离株中,核糖体分型为2/生物分型为1的菌株在1988年至1992年期间在人类和家禽产品中占主导地位,尽管也存在其他核糖体分型(1、3和4)的菌株。不同生物分型的核糖体分型为3的菌株从加拿大的家禽和动物饲料来源中获得。核糖体分型为5/生物分型为3的菌株在1968年至1992年期间在以色列导致了人类感染。核糖体分型、生物分型和质粒图谱分析一起使用有助于追踪由沙门氏菌利文斯通引起的人类感染的来源和传播范围。

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