Estela L A, Sofos J N
Denver District Laboratory, Food and Drug Administration, Colorado 80225-0087.
Appl Environ Microbiol. 1993 Feb;59(2):617-9. doi: 10.1128/aem.59.2.617-619.1993.
Of 225 Listeria isolates evaluated, 199 had the same bacteriophage patterns by both the conventional (A. Audurier, A.G. Taylor, B. Carbonelle, and J. McLaughlin, Clin. Invest. Med. 7:229-232, 1984) and the new, easier to apply, "reversed" (M. J. Loessner, Appl. Environ. Microbiol. 57:882-884, 1991) phage typing procedures, 5 had different phage reactions, and the remaining 21 isolates were untypeable. Thus, the overall typeability rate was 90.7%, and 97.6% of the typeable isolates had the same phage patterns by both procedures.
在评估的225株李斯特菌分离株中,199株通过传统方法(A. 奥迪里耶、A.G. 泰勒、B. 卡尔博内尔和J. 麦克劳克林,《临床研究医学》7:229 - 232, 1984年)和新的、更易于应用的“反向”方法(M.J. 洛斯纳,《应用与环境微生物学》57:882 - 884, 1991年)具有相同的噬菌体分型模式,5株有不同的噬菌体反应,其余21株分离株无法分型。因此,总体分型率为90.7%,在可分型的分离株中,97.6%通过两种方法具有相同的噬菌体模式。