ライフサイエンスコーパス: bacterial flora

1 and the detrimental effect of its commensal bacterial flora.

2 he advantage of not generally perturbing the bacterial flora.

3 paralleled by differences in the intestinal bacterial flora.

4 on eye health by breeding resistance in the bacterial flora.

5 anisms and high concentrations of endogenous bacterial flora.

6 intestinal epithelium to endogenous lumenal bacterial flora.

7 en by luminal Ags such as those derived from bacterial flora.

8 few Abs to Ags of the major anaerobes of the bacterial flora.

9 mpounds should not inhibit growth of natural bacterial flora.

10 ormal viral infection of the midgut requires bacterial flora and is inhibited by the activities of im

11 We have studied the bacterial flora and pH-lowering capacity of the same den

12 mice depends upon the presence of intestinal bacterial flora and that environmental Ags are not respo

13 ronmental influences, such as normal luminal bacterial flora and the genetic composition of the host,

14 o determine the relationship between vaginal bacterial flora and VVC.

15 esponse to lumenal stimuli, including normal bacterial flora, and requires TNF receptor I function.

16 , that each human is colonized by a distinct bacterial flora, and that the microbiota can be manipula

17 l engraftment of intestinal T cells required bacterial flora, as the number of lymphocytes was greatl

18 nd no-BV groups, these data suggest that the bacterial flora associated with BV influence genital-tra

19 cterized the Candida albicans and mixed oral bacterial flora biofilm formation, architecture, and dru

20 examining the biology of mixed Candida-oral bacterial flora biofilm infections, and characterizing t

21 strongly reactive to antigens of the enteric bacterial flora, but not to epithelial or food antigens.

22 ve with conventional antigens of the enteric bacterial flora can mediate chronic inflammatory bowel d

23 ced immunologic responsiveness to the normal bacterial flora during IBD.

24 r results indicate that in SAMP1/YitFc mice, bacterial flora exacerbates intestinal inflammation, but

25 Normal bacterial flora from 30% of these "negative" culture res

26 d bone health, gastrointestinal function and bacterial flora, glucose homeostasis, cell signaling, an

27 ng genes established that seaweed-affiliated bacterial flora had a wide-ranging antibacterial activit

28 , nearly all studies of the human endogenous bacterial flora have relied on cultivation and biochemic

29 ith an abnormal immune reactivity to enteric bacterial flora in C3H/HeJBir mice, a reactivity that is

30 eroides fragilis constitutes about 1% of the bacterial flora in intestines of normal humans.

31 The presence of normal bacterial flora in the intestinal tract is thought to pr

32 s an essential role in controlling commensal bacterial flora in the intestine.

33 e evidence of an altered or abnormal vaginal bacterial flora in women with non-antibiotic-induced rec

34 l dilatation and dysmotility, and changes in bacterial flora influence the symptoms and the managemen

35 me system, and suggest how enteric commensal bacterial flora influences the regulatory pathways of th

36 The bacterial flora involved in brain abscess is often compl

37 We show that the bacterial flora is not essential for ileitis induction,

38 ifficile colonization mediated by the normal bacterial flora is proposed.

39 When the composition of the bacterial flora is reduced and altered by antibiotic adm

40 Importantly, the presence of the midgut bacterial flora is required for full viral infectivity t

41 infection, where the presence of the midgut bacterial flora is required for protection against infec

42 inflammation driven by dysbiotic subgingival bacterial flora, is linked on clinical levels to the dev

43 Therefore, Nod2 and intestinal commensal bacterial flora maintain a balance by regulating each ot

44 s between S. aureus and other members of the bacterial flora may determine colonization and have been

45 Intestinal bacterial flora may induce splanchnic hemodynamic and hi

46 ominant anions of colonic fluid derived from bacterial flora metabolism of luminal carbohydrates, pro

47 Alterations in the fecal bacterial flora occur in inflammatory bowel disease (IBD

48 By analyzing the whole-body bacterial flora of An. gambiae mosquitoes from Burkina F

49 herefore, we aimed to investigate the midgut bacterial flora of different populations of P. papatasi.

50 The bacterial flora of nasogastric feeding tubes and faecal

51 y is consistent with the hypothesis that the bacterial flora of the newborn plays a role in the devel

52 s that intervene in wound healing and in the bacterial flora of the ocular adnexa.

53 Lactobacilli are part of the normal bacterial flora of the vagina and are typically consider

54 This is the first report of gut bacterial flora of wild-caught P. papatasi collected in

55 other species based on variations in normal bacterial flora or mitochondrial proteins.

56 be complicated by the presence of a diverse bacterial flora, or by differences in the relative nucle

57 n/glycoprotein composition, enzymes and oral bacterial flora owing to systemic pharmacological effect

58 significant proportion of the resident human bacterial flora remain poorly characterized, even within

59 elded a more diverse view of the subgingival bacterial flora than did cultivation.

60 Humans are colonized by a large and diverse bacterial flora (the microbiota) essential for the devel

61 se is an altered cytokine response to normal bacterial flora, the coupling of signaling pathways coul

62 Presence of bacterial flora was also associated with significantly i

63 mpetition experiments where only the natural bacterial flora was manipulated, the addition of kanamyc

64 nts a unique upheaval of the complex vaginal bacterial flora with disappearance of lactobacilli and o

65 his proof of concept study demonstrates that bacterial flora within the neonatal feeding tubes may in