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TITLE:  Prevalence and antimicrobial resistance of enterococcus species isolated from retail meats
 
AUTHORS:  Hayes JR;English LL;Carter PJ;Proescholdt T;Lee KY;Wagner DD;White DG;
 
YEAR:  2003
 
JOURNAL ABBREV:  Appl Environ Microbiol
 
MONTH:  Dec
 
TYPE:  JOUR
 
REFMAN INDEX:  228
 
JOURNAL FULL:  Applied and environmental microbiology
 
VOLUME:  69
 
ISSUE:  12
 
START PAGE:  7153
 
END PAGE:  7160
 
KEYWORDS:  Animals;Anti-Bacterial Agents;Cattle;Chickens;classification;drug effects;Drug Resistance,Bacterial;Enterococcus;Enterococcus faecium;Food;Food Contamination;genetics;Maryland;Meat;Meat Products;Microbial Sensitivity Tests;microbiology;pharmacology;Poultry;Prevalence;Research;Swine;Turkeys;Virginiamycin;
 
ABSTRACT:  From March 2001 to June 2002, a total of 981 samples of retail raw meats (chicken, turkey, pork, and beef) were randomly obtained from 263 grocery stores in Iowa and cultured for the presence of Enterococcus spp. A total of 1,357 enterococcal isolates were recovered from the samples, with contamination rates ranging from 97% of pork samples to 100% of ground beef samples. Enterococcus faecium was the predominant species recovered (61%), followed by E. faecalis (29%), and E. hirae (5.7%). E. faecium was the predominant species recovered from ground turkey (60%), ground beef (65%), and chicken breast (79%), while E. faecalis was the predominant species recovered from pork chops (54%). The incidence of resistance to many production and therapeutic antimicrobials differed among enterococci recovered from retail meat samples. Resistance to quinupristin-dalfopristin, a human analogue of the production drug virginiamycin, was observed in 54, 27, 9, and 18% of E. faecium isolates from turkey, chicken, pork, and beef samples, respectively. No resistance to linezolid or vancomycin was observed, but high-level gentamicin resistance was observed in 4% of enterococci, the majority of which were recovered from poultry retail meats. Results indicate that Enterococcus spp. commonly contaminate retail meats and that dissimilarities in antimicrobial resistance patterns among enterococci recovered from different meat types may reflect the use of approved antimicrobial agents in each food animal production class
 
AFFILIATIONS:  Department of Cell Biology and Molecular Genetics, University of Maryland, College Park, Maryland 20742, USA
 
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