2009
DOI: 10.1590/s0102-09352009000200032
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Multidrug-resistant Shiga toxin-producing Escherichia coli in dogs with diarrhea

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Cited by 7 publications
(12 citation statements)
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“…The stx inhibits protein synthesis and allows invasion of the intestinal mucosa similar to what is observed in human shigellosis (Nguyen and Speradio 2012). The 92.8% stx gene prevalence in this study is higher when compared with 40 and 44.4% stx gene prevalence among 92 (from 25 diarrhoeic dogs) and 20 (from 45 diarrhoeic dogs) faecal E. coli isolates reported in Brazil Marin 2008, Paula andMarin 2009) and Canada (Hammermueler et al 1995), respectively. In Iran, Zahraei et al (2011) reported 4% stx gene prevalence among 10 pathogenic E. coli isolates from 100 apparently healthy/diarrhoeic dogs while Koochakzadeh et al (2014) reported 18.9% stx gene prevalence among 79 pathogenic E. coli isolates from a population of 252 canidae/equidae.…”
Section: Discussionsupporting
confidence: 69%
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“…The stx inhibits protein synthesis and allows invasion of the intestinal mucosa similar to what is observed in human shigellosis (Nguyen and Speradio 2012). The 92.8% stx gene prevalence in this study is higher when compared with 40 and 44.4% stx gene prevalence among 92 (from 25 diarrhoeic dogs) and 20 (from 45 diarrhoeic dogs) faecal E. coli isolates reported in Brazil Marin 2008, Paula andMarin 2009) and Canada (Hammermueler et al 1995), respectively. In Iran, Zahraei et al (2011) reported 4% stx gene prevalence among 10 pathogenic E. coli isolates from 100 apparently healthy/diarrhoeic dogs while Koochakzadeh et al (2014) reported 18.9% stx gene prevalence among 79 pathogenic E. coli isolates from a population of 252 canidae/equidae.…”
Section: Discussionsupporting
confidence: 69%
“…Detection of stx (1) in 64.3% of the isolates as against eae (50%), stx(2) (35.7%) and cnf(1) (7.1%) in this study, suggested that stx (1) may be the dominant virulence gene harbored by E. coli strains isolated from dogs with diarrhoea in Iran. The 63.4% stx(1) gene prevalence recorded in this study is higher when compared with 8.9 and 7.6% stx(1) gene prevalence among 20 and 92 E. coli isolates from dogs with diarrhoea reported in Canada (Hammermueler et al 1995) and Brazil Marin 2008, Paula andMarin 2009), respectively. It is also higher than 12.3% stx(1) gene prevalence among 57 faecal E. coli isolates from healthy dogs reported in Canada (Hammermueler et al 1995), and 18.9% prevalence among 79 faecal E. coli isolates from canidae/equidae reported in Iran (Koochakzadeh et al 2014).…”
Section: Discussioncontrasting
confidence: 67%
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