ライフサイエンスコーパス: neonatal infection

1 al age, low birth weight, preterm birth, and neonatal infections).

2 is, this pathogen remains a leading cause of neonatal infection.

3 smission, and GBS remains a leading cause of neonatal infection.

4 itis is strongly linked to preterm birth and neonatal infection.

5 le in inhibition of antibody responses after neonatal infection.

6 o preterm births, stillbirths, or late-onset neonatal infections.

7 HSV-2 to generate annual numbers of incident neonatal infections.

8 ositive bacterium that is a leading cause of neonatal infections.

9 ease morbidity and mortality associated with neonatal infections.

10 oup B streptococci (GBS), the major cause of neonatal infections.

11 host defenses may attenuate the virulence of neonatal infections.

12 g the most common causes of life-threatening neonatal infections.

13 ) is the foremost bacterial cause of serious neonatal infections.

14 ses from 372 centres, including 107 maternal-neonatal infections, 427 cases of bacteraemia, and 252 c

15 part of DEVANI (Design of a Vaccine against Neonatal Infections), a pan-European program.

16 unological and pathological ramifications of neonatal infection acquired via this natural route.

17 that reported effect measures on the risk of neonatal infection among newborns exposed to maternal in

18 This large cohort study suggests that neonatal infections among ELBW infants are associated wi

19 sistant HSV-2 mutants can develop rapidly in neonatal infection and cause clinically significant dise

20 implicated as one of the causative agents in neonatal infection and causes a septicemia thought to be

21 CpG was administered in the interval between neonatal infection and challenge.

22 term babies, particularly those experiencing neonatal infections and severe pathology.

23 ht represent a therapeutic tool for treating neonatal infections and support the view that breastfeed

24 gnostic methods for identifying maternal and neonatal infection, and regarding optimal prevention and

25 of more severe symptoms such as eye disease, neonatal infection, and, in rare cases, encephalitis.

26 tted, have been implicated in preterm birth, neonatal infections, and chronic lung disease of prematu

27 Neonatal infections are a leading cause of childhood mor

28 Neonatal infections are estimated to account for a quart

29 Neonatal infections are frequent complications of extrem

30 h (aRR, 1.25; 95% CI, 1.13-1.30), and having neonatal infections (aRR, 1.42; 95% CI, 1.17-1.73), any

31 to term is associated with increased risk of neonatal infection, but immediate delivery is associated

32 hat developed tumors 7 to 8 months following neonatal infection by polyomavirus (PYV) wild-type strai

33 We estimated the number of incident neonatal infections by maternal age, and we generated se

34 Neonatal infections cause a significant proportion of de

35 ossible differences or clinical relevance of neonatal infection caused by different biotypes or newer

36 We interpret these data to indicate that neonatal infection causes significant neuronal sequestra

37 The incidence of early-onset neonatal infections decreased by 65 percent, from 1.7 pe

38 neonatal disease may lead to an increase in neonatal infections due to resistant organisms.

39 We aimed to estimate the risk of neonatal infection (excluding sexually transmitted disea

40 By contrast, neonatal infection failed to protect the airways and res

41 rnal antibody concentrations and the risk of neonatal infection has been investigated in US and Afric

42 Streptococcus agalactiae, the main cause of neonatal infection in humans.

43 Neonatal infection in the first week of life is associat

44 ished that G10P[11] RVs are a major cause of neonatal infection in Vellore, India, with half of infec

45 ts define an important role for gamma34.5 in neonatal infections in contrast to other studies indicat

46 at emerged as the leading cause of bacterial neonatal infections in Europe and North America during t

47 GBS are a major cause of neonatal infections in humans, and type-specific antibod

48 frequently been associated with asymptomatic neonatal infections in India.

49 line treatment of serious community-acquired neonatal infections in rural Bangladesh, which has a mod

50 associated with symptomatic and asymptomatic neonatal infections in Vellore, India.

51 e role for aberrant neuronal iron storage in neonatal infection-induced disturbances in myelination a

52 Neonatal infection is a major cause of morbidity and mor

53 e vaccine, and antibody generated by primary neonatal infection is poorly protective against reinfect

54 The epidemiology of neonatal infections is complex; however, they are in lar

55 Because of the fulminant nature of neonatal infection, it would be useful to have a rapid a

56 We have reported that neonatal infection leads to memory impairment after an i

57 of peripheral and thymic CD4(+) cells during neonatal infection of BALB/c mice.

58 Neonatal infection of CD2-Runx2 mice with Moloney murine

59 Neonatal infection of most mouse strains with lymphocyti

60 The neuronal pathology caused by neonatal infection of rats with the PVC-211 murine leuke

61 Neonatal infection of the mouse T lymphotropic virus (MT

62 owel in adult mammals, but their role during neonatal infection of the small bowel is not well establ

63 Neonatal infection of these mice with Moloney murine leu

64 ne-encoded TCR clonotypes, characteristic of neonatal infection, persisted in the brain, albeit somet

65 ncluded histories of perinatal difficulties, neonatal infections, postnatal brain infections, and tra

66 ternal infection, vertical transmission, and neonatal infection published from January 1, 1960 to Mar

67 size that acute brain inflammation caused by neonatal infection reduces the bioavailability of iron r

68 The neonatal infection resulted in severe CNS disease by 3-4

69 The authors examined whether neonatal infection results in memory impairments in adul

70 s suggests that the impact of these cells on neonatal infection risk and progression may be limited.

71 expression analysis of rat brains following neonatal infection showed increased expression of kynure

72 Neonatal infection still carries a high mortality and mo

73 ist, aims to improve scientific reporting of neonatal infection studies, increasing data utility and

74 proved scientific reporting of observational neonatal infection studies, to increase comparability an

75 The underlying mechanism of neonatal infection susceptibility has generally been ass

76 Thus, our study challenges the notion that neonatal infection susceptibility is due to immune cell-

77 To devise treatment strategies for neonatal infections, the population-level incidence and

78 y has decreased the incidence of early-onset neonatal infection, these measures do not prevent ascend

79 on and oral antibiotic therapy for suspected neonatal infections to a basic preventive and promotive

80 further evaluated for potential relevance to neonatal infection, transplantation, and acquired immuno

81 Presumed neonatal infection was more common in infants in the tri

82 Four neonatal infections were reported (fever, bronchiolitis,

83 Although few congenital malformations or neonatal infections were seen among exposed neonates, wo

84 vents that occur in the brain as a result of neonatal infection, which likely contribute to cognitive

85 tudied the induction of adaptive immunity to neonatal infection with a murine retrovirus, under condi

86 contrast to infection of mature BALB/c mice, neonatal infection with rhinovirus promotes an IL-25-dri

87 Neonatal infection with Streptococcus agalactiae (group

88 ith ruptured membranes close to term reduces neonatal infection without increasing other morbidity.