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1 oach was used to identify the organism as H. cinaedi.
2 . canis, "H. rappini," H. fennelliae, and H. cinaedi.
3  that CDT contributes to the virulence of H. cinaedi.
4  report of a putative virulence factor in H. cinaedi.
5                                 Helicobacter cinaedi, a common human intestinal bacterium, has been i
6                                       The H. cinaedi ahpC mutant had diminished resistance to organic
7     Collectively, these data suggest that H. cinaedi ahpC not only contributes to protecting the orga
8 noinfections with H hepaticus , Helicobacter cinaedi , and H rodentium gave a cholesterol gallstone p
9          This is the first observation of H. cinaedi associated with active hepatitis and colitis in
10                                 Helicobacter cinaedi colonizes a wide host range, including rodents,
11 hese blood isolates, along with Helicobacter cinaedi, form a cluster of closely related Helicobacter
12                   These results show that H. cinaedi frequently colonizes asymptomatic captive rhesus
13 a taxon 8, part of the Helicobacter bilis/H. cinaedi group.
14   Helicobacter spp., except for Helicobacter cinaedi, have only rarely been reported in cases of sept
15                        Although Helicobacter cinaedi is the most commonly reported enterohepatic heli
16            There are scattered reports of H. cinaedi isolated from a variety of animal hosts, but to
17                            In this study, H. cinaedi isolates from humans and animals were examined f
18  (93%-99%) degree of similarity among the H. cinaedi isolates.
19                                 Helicobacter cinaedi may cause proctocolitis or bacteremia in homosex
20 quence analyses suggested the presence of H. cinaedi organisms and the absence of H. pylori in two hu
21                                           H. cinaedi possesses a single ahpC, which was investigated
22                                           H. cinaedi shares the production of Cdt with other enteric
23 notypic, and 16S rRNA analyses, Helicobacter cinaedi was isolated from the colon, liver, and mesenter
24 contained 16S rDNA that was identified as H. cinaedi with 100% identity and that spanned approximatel
25 , and inflammatory responses to wild-type H. cinaedi (WT(Hc)) were evaluated in B6.129P2-IL-10(tm1Cgn

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