ライフサイエンスコーパス: chorioamnionitis

1 ronchiolitis, cytomegalovirus hepatitis, and chorioamnionitis).

2 demiological and pathological studies of GBS chorioamnionitis.

3 nes, and clinical and histological bacterial chorioamnionitis.

4 ], 2.7-31.0), as was a clinical diagnosis of chorioamnionitis.

5 al aspirates from preterm infants exposed to chorioamnionitis.

6 ses likely contribute to the pathogenesis of chorioamnionitis.

7 used uterine inflammation, but without overt chorioamnionitis.

8 subsequent neurologic injury associated with chorioamnionitis.

9 ew well in amniotic fluid, there was minimal chorioamnionitis.

10 diseases, many of which are associated with chorioamnionitis.

11 resent and affect human placenta in cases of chorioamnionitis.

12 tal circulation distinguishes VUE from acute chorioamnionitis.

13 (p < 0.05), but not in maternal plasma with chorioamnionitis.

14 and histologic necrotizing acute and chronic chorioamnionitis.

15 scular development in the preterm exposed to chorioamnionitis.

16 Recent studies suggest a possible role of chorioamnionitis.

17 s and included cesarean section and clinical chorioamnionitis.

18 of cognitive impairment as compared with no chorioamnionitis (adjusted odds ratio [OR], 2.38 [95% CI

19 as compared with histological plus clinical chorioamnionitis (adjusted OR, 0.68 [95% CI, 0.52 to 0.8

20 Intrauterine infection (chorioamnionitis) aggravates neonatal hypoxic-ischemic (

21 Histological chorioamnionitis alone was associated with lower odds of

22 s and if their functions were altered during chorioamnionitis, an infectious pathology of the placent

23 the model diminished the association between chorioamnionitis and adverse outcomes.

24 is a strong association between C. glabrata chorioamnionitis and assisted fertility techniques.

25 itive association was found between clinical chorioamnionitis and cerebral palsy (RR, 4.7; 95% CI, 1.

26 ween clinical (n = 19) or histologic (n = 7) chorioamnionitis and cerebral palsy or cPVL in both pret

27 The RR of histologic chorioamnionitis and cerebral palsy was 1.6 (95% CI, 0.9

28 ssociation between histological and clinical chorioamnionitis and cognitive, behavioral, and neurodev

29 r intra-amniotic infection, fetal infection, chorioamnionitis and fetal pathology at 72 hours post-in

30 ely 80% gestation in rhesus monkeys to cause chorioamnionitis and FIRS that is similar in human patho

31 illus was decreased at birth in infants with chorioamnionitis and in preterm infants who subsequently

32 Association between clinical chorioamnionitis and increased risk of CP in term and ne

33 hogen that causes septicemia, meningitis and chorioamnionitis and is associated with high mortality.

34 of these associations, except for those with chorioamnionitis and labor lasting less than 4 hours.

35 developed to assess the association between chorioamnionitis and outcomes while controlling for impo

36 One pattern, characterized by histologic chorioamnionitis and placental microbe recovery, was ass

37 pregnant women, usually in association with chorioamnionitis and premature labor.

38 implicates S. aureus as an emerging cause of chorioamnionitis and premature rupture of membranes, whi

39 We found that both infants with histological chorioamnionitis and rat pups challenged by LPS/HI have

40 te a distinct contribution of betaH/C to GBS chorioamnionitis and subsequent fetal infection in vivo

41 were associated with premature birth, acute chorioamnionitis, and elevated proinflammatory cytokines

42 terleukin-6 levels in their AF, histological chorioamnionitis, and funisitis and delivered neonates w

43 etal and utero-placental tissues, grading of chorioamnionitis, and placental gene expression of IL-1a

44 Birth weight <750 g, gestation <25 weeks, chorioamnionitis, and vaginal delivery were all strongly

45 Correlations of BPD with chorioamnionitis are clouded by the complexity of the fe

46 IL-1beta caused histological chorioamnionitis, as well as lung inflammation (infiltra

47 The chorioamnionitis associated with preterm delivery is oft

48 base line and delivery; and the presence of chorioamnionitis at delivery.

49 e pathogenesis of preterm labor and clinical chorioamnionitis at term.

50 ity of the tissues sectioned from women with chorioamnionitis compared to those experiencing normalte

51 Chorioamnionitis, considered present if a treating physi

52 nterleukin-6 expression levels in DCs during chorioamnionitis could be pivotal in skewing decidual mo

53 statistically significant increased risk of chorioamnionitis diagnosis was observed.

54 Chorioamnionitis did not affect mental (d = -0.05; P = .

55 e findings increase our understanding of how chorioamnionitis-exposed preterm infants may respond to

56 lts included varying definitions of clinical chorioamnionitis, extent of blinding in determining expo

57 oup B Streptococcus [GBS]) is a precursor to chorioamnionitis, fetal infection, and neonatal sepsis,

58 ract, has been implicated in contributing to chorioamnionitis, fetal morbidity, and fetal mortality.

59 In a model of human chorioamnionitis, fetal sheep exposed to a single inject

60 implications for preterm infants exposed to chorioamnionitis for both responses to lung injury and p

61 The population-attributable fraction of chorioamnionitis for CP is 11%.

62 Chorioamnionitis frequently precedes both genital tract

63 Neonates exposed to chorioamnionitis had a lower GA and higher rates of earl

64 Chorioamnionitis has been implicated in the pathogenesis

65 istent findings linking placental histologic chorioamnionitis (HCA) and preterm delivery may result f

66 Histological chorioamnionitis (HCA) is an intrauterine inflammatory c

67 Histologic chorioamnionitis (HCA) reflects intrauterine inflammatio

68 n the amnion and chorion define histological chorioamnionitis (HCA), a condition linked to spontaneou

69 e of Candida glabrata sepsis associated with chorioamnionitis in an in vitro fertilization-assisted p

70 Chorioamnionitis in combination with high maternal gluco

71 was associated with histologically confirmed chorioamnionitis in moderate/late preterm and term place

72 nonhuman primate model of an early stage of chorioamnionitis in order to determine the time course a

73 Together, these results suggest that the chorioamnionitis-induced IL-1/IL-17 axis is involved in

74 Our meta-analysis indicates that chorioamnionitis is a risk factor for both cerebral pals

75 Our data suggest that chorioamnionitis is an independent risk factor for CP am

76 Antenatal exposure to chorioamnionitis is associated with altered odds of cogn

77 Chorioamnionitis is associated with increased risk for c

78 Chorioamnionitis is associated with postnatal intestinal

79 Chorioamnionitis is associated with preterm labor and fe

80 Chorioamnionitis is caused by intrauterine infection wit

81 neous rupture of membranes, whereas an acute chorioamnionitis is more common after rupture of the mem

82 Chorioamnionitis is strongly linked to preterm birth and

83 Lower endotoxin doses induced indicators of chorioamnionitis, lung and systemic inflammation without

84 rom an associated chronic or acute bacterial chorioamnionitis marked by the migration of HIV-1-infect

85 benefits of treating genital ulcer disease, chorioamnionitis, mastitis, and malnutrition in HIV-infe

86 risk of cerebral palsy: multiple gestation, chorioamnionitis, maternal antibiotics, antepartum vagin

87 her hand, a recent study also suggested that chorioamnionitis may increase the risk of recurrent whee

88 proteomic profile in an experimental primate chorioamnionitis model that detected subclinical IAI in

89 Chorioamnionitis, necrotizing enterocolitis, white matte

90 In most cases of chorioamnionitis, neutrophils dominate the decidua.

91 Chorioamnionitis occurred in two GBS animals with lung i

92 ore likely than HIV-uninfected women to have chorioamnionitis (odds ratio [OR], 2.1; P=.03), placenta

93 In contrast to acute chorioamnionitis of infection-related origin, the fundam

94 We evaluated the impact of chorioamnionitis on 18- to 22-month neurodevelopmental o

95 The effect of chorioamnionitis on group B streptococcal early-onset di

96 To define the effects of chorioamnionitis on the fetal immune system, IL-1beta wa

97 ly who have pneumonia and whose mothers have chorioamnionitis or an intrauterine foreign body.

98 if a treating physician made a diagnosis of chorioamnionitis or endometritis clinically, was noted i

99 intact membranes, suggesting that GBS cause chorioamnionitis or establish amniotic fluid infections

100 etween-group differences in the incidence of chorioamnionitis or neonatal sepsis.

101 y without overt infection of amniotic fluid, chorioamnionitis or preterm labor.

102 ied in multiple logistic regression included chorioamnionitis (OR, 4.1; 95% CI, 1.6-10.1), intrauteri

103 with GG (OR, 2.4; 95% CI, 1.3-4.4), clinical chorioamnionitis (OR, 4.6; 95% CI, 2.1-10.4), maternal a

104 als predominantly exhibited mild to moderate chorioamnionitis (P<0.0001), and a significant reduction

105 zation of oral bacteria or their antigens in chorioamnionitis placental tissue has never been demonst

106 A chronic chorioamnionitis precedes many cases of preterm labour a

107 Chorioamnionitis, premature rupture of fetal membranes (

108 Candida glabrata chorioamnionitis presents unique management challenges.

109 ational-age (SGA) births (<10th percentile), chorioamnionitis, preterm birth (<37 weeks' gestation),

110 By univariate analysis, histologic chorioamnionitis, prolonged rupture of membranes, and a

111 who transmitted infection to their child had chorioamnionitis (relative risk [RR], 0.2; P=.03), funis

112 ison of preterm cases without and with acute chorioamnionitis revealed elevated CXCL9, CXCL10, CXCL11

113 station, third-trimester maternal infection, chorioamnionitis, toxoplasmosis, other infections, rubel

114 in EOD is supported by its association with chorioamnionitis, vaginal delivery, and pneumonia.

115 Cs) but not in interstitial trophoblasts, in chorioamnionitis versus gestational age-matched control

116 Still, histological plus clinical chorioamnionitis was associated with increased risk of c

117 ancy (adjusted RR, 1.09; 95% CI, 0.99-1.20); chorioamnionitis was diagnosed in 6.1% of vaccinated and

118 Thus, chorioamnionitis was found to be the major risk factor f

119 Using a random effects model, clinical chorioamnionitis was significantly associated with both

120 0.9-2.7) in preterm infants, and histologic chorioamnionitis was significantly associated with cPVL

121 The association with chorioamnionitis was stronger for diplegia (compared wit

122 In a logistic regression model, histologic chorioamnionitis was the only independent predictor of t

123 re, placental macrophages from patients with chorioamnionitis were unable to form MGCs, but this defe

124 Intraamniotic endotoxin causes chorioamnionitis, which is followed by improved fetal lu

125 Conversely, severe protracted chorioamnionitis with cellular necrosis was the predomin

126 s a major determinant in ureaplasmal induced chorioamnionitis with fetal infection and fetal inflamma