ライフサイエンスコーパス: C. rectus

1 gene is a single-copy, monocistronic gene in C. rectus.

2 The S-layer gene (crs) from C. rectus 314 encodes a cell surface protein which does

3 e, there was a 17-kDa fragment unique to the C. rectus 314 S-layer.

4 eptide profiles of the S-layer proteins from C. rectus 314, ATCC 33238, and 6250 confirmed that the S

5 rabbit antiserum to the purified S-layer of C. rectus 314, but a quantitative enzyme-linked immunoso

6 quence of this peptide had homology with the C. rectus 51-kDa porin and was composed of nearly 50% hy

7 3%), P. gingivalis (60%), spirochetes (59%), C. rectus (56%), and P. micros (56%), at levels of 3+/-2

8 C. rectus and C. showae, including Campylobacter X, were

9 were significantly induced by both wild-type C. rectus and CrsA(-) bacteria.

10 PCR detection showed C. rectus and Eikenella corrodens both to occur in 93% o

11 the first case of a palate abscess caused by C. rectus and review the literature and atmospheric requ

12 valis, T. forsythia, T. denticola, P. micra, C. rectus, and E. nodatum show statistically higher dete

13 valis, T. forsythia, T. denticola, P. micra, C. rectus, and E. nodatum.

14 cutaneous, intra-chamber challenge with live C. rectus at concentrations of 0, 10(7) or 10(9) colony

15 this response to facilitate the survival of C. rectus at the site of infection.

16 Southern blots of DNA from another strain of C. rectus, ATCC 33238, demonstrated that the crs gene is

17 Except for C. rectus, Campylobacter levels were frequently below th

18 eported infections by this organism, and the C. rectus case represents the second such reported extra

19 C. rectus challenge resulted in abnormal placental archi

20 restricted fetuses were also observed in the C. rectus challenged groups (21%) as compared to control

21 Thus, the crs gene from C. rectus encodes a novel S-layer protein whose precise

22 Pup birthweight was unaffected by C. rectus exposure, but lethality was 3.9-fold higher af

23 Dams receiving C. rectus had more fetal resorptions after challenge wit

24 Thus, the S-layer protein from C. rectus has structural heterogeneity among different h

25 The increased titers of C. rectus IgG among 68.5% of the BGI-G subjects and elev

26 Remote subcutaneous maternal C. rectus infection increases fetal resorptions and feta

27 Maternal C. rectus infection induces placental inflammation and d

28 Here, we assessed whether C. rectus infection mediates changes in the murine place

29 The effects of an oral C. rectus infection on pregnancy remain to be determined

30 termine the effects of Campylobacter rectus (C. rectus) infection on pregnancy outcomes in a mouse mo

31 important for the pathogenesis of different C. rectus isolates.

32 We conclude that C. rectus may help initiate periodontitis by increasing

33 Timed pregnant mice were challenged with C. rectus on gestation day 7.5.

34 l oral infection, caused by bacteria such as C. rectus or P. gingivalis, has been implicated as a pot

35 to Porphyromonas gingivalis (P < 0.0003) and C. rectus (P < 0.01).

36 d for detection of A. actinomycetemcomitans, C. rectus, P. intermedia/nigrescens, E. corrodens, P. mi

37 The S-layer proteins from six different C. rectus strains (five human isolates and a nonhuman pr

38 on analysis showed that the S-layers of four C. rectus strains contained large proportions of acidic

39 ion of C. rectus with host epithelial cells, C. rectus strains lacking the S-layer protein gene (crsA

40 tion based upon antibody to P. gingivalis or C. rectus suggested a linkage between elevated antibody

41 pathogens (F. nucleatum, P. intermedia, and C. rectus), total cancer risk (HR = 1.35, 95% CI = 1.00

42 C. rectus was detected by polymerase chain reaction (PCR

43 nction of the S-layer in the pathogenesis of C. rectus, we have cloned and characterized its gene.

44 F. nucleatum and C. rectus were also associated with EOP, but to a lesser

45 givalis, T. forsythensis, P. intermedia, and C. rectus were associated with an increased likelihood o

46 T. forsythia and C. rectus were detected in 100% of the samples, Fn and P

47 betes, whereas antibody to P. gingivalis and C. rectus were elevated in subjects with periodontitis,

48 temcomitans, P. gingivalis, T. forsythia, or C. rectus) were detected in subgingival samples, with a

49 the study data confirmed the relationship of C. rectus with diseased subgingival sites and indicated

50 ad only a minor effect on the interaction of C. rectus with HEp-2 epithelial cells; CrsA(+) cells wer

51 of the S-layer in the initial interaction of C. rectus with host epithelial cells, C. rectus strains