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1 en cattle and E. coli O157:H7 infection than fecal culture.
2 microscopic examination of fresh feces or by fecal culturing.
3 a were enumerated and identified by standard fecal culture and DNA hybridization.
4 ore sensitive than either direct or enriched fecal cultures at detecting E. coli O157:H7 (P < 0.01),
5 ing animals by comparing three test methods (fecal culture, fecal polymerase chain reaction, PCR, and
6                                              Fecal culture for isolation and identification of Shigel
7 s were developed and compared to traditional fecal culture for the detection of Escherichia coli O157
8  in modified Diamond's medium (9 out of 36), fecal culture in In Pouch TF medium (20 out of 36), or P
9 ts of fecal smear examination (5 out of 36), fecal culture in modified Diamond's medium (9 out of 36)
10 nces by polymerase chain reaction on primary fecal cultures indicated widespread EPEC infection in th
11                                In an ex vivo fecal culture model, we found that two of these amino ac
12                                              Fecal culture of 20 rabbits yielded 48 E. coli isolates,
13                In vitro, peanut-supplemented fecal cultures of children for whom POIT failed to induc
14 21, growth of aerobic gram-negative flora in fecal cultures of patients assigned to SBD was significa
15 E. coli O157:H7 for <1 week were positive by fecal culture only and not by RAMS culture, whereas colo
16 l studies performed using conventional solid fecal culture or automated liquid medium culture methods
17              Currently, fecal or tissue PCR, fecal culture, or histologic examination of silver-stain
18  from 80% of cows with at least one positive fecal culture (other than supershedders) were culture po
19 rue and RAMS culture was more sensitive than fecal culture (P < 0.05).
20 spective analysis revealed that animals with fecal cultures positive for intimin sequences had a high
21 ipheral blood mononuclear cells (PMBCs) from fecal-culture-positive cows (low and medium shedders) an
22                                     Positive fecal cultures preceded positive cutaneous and blood cul
23 ulling of low shedding animals (based on the fecal culture test) will be necessary.
24 naturally infected heifers, enriched RAMS or fecal cultures were equally sensitive (P = 0.5), but dir
25 zation (1 to 14 days postexposure), enriched fecal cultures were more sensitive at detecting E. coli
26 ositive) were more sensitive than enrichment fecal cultures with 10 g of feces (46.88% positive) at d