ライフサイエンスコーパス: fetal hypoxia

1 acterized by uteroplacental ischaemia and/or fetal hypoxia.

2 disease in pregnancy complicated by chronic fetal hypoxia.

3 disease in pregnancy complicated by chronic fetal hypoxia.

4 ect fetal growth in pregnancy complicated by fetal hypoxia.

5 by placental insufficiency, which results in fetal hypoxia.

6 acterized by uteroplacental ischaemia and/or fetal hypoxia.

7 genes and an interaction of these genes with fetal hypoxia.

8 characterized by placental insufficiency or fetal hypoxia.

9 d umbilical blood flow can cause significant fetal hypoxia.

10 on in human pregnancy complicated by chronic fetal hypoxia.

11 spring of pregnancies complicated by chronic fetal hypoxia.

12 spring in pregnancies complicated by chronic fetal hypoxia.

13 be given to pregnancies affected by chronic fetal hypoxia.

14 period and whether it is affected by chronic fetal hypoxia.

15 ant women at the time of delivery to prevent fetal hypoxia and acidemia.

16 Gestation complicated by chronic fetal hypoxia and fetal growth restriction (FGR) increas

17 fetoplacental circulation is associated with fetal hypoxia and growth restriction.

18 important objective indicator of intrapartum fetal hypoxia and is used to predict neonatal morbidity

19 The authors examined whether a history of fetal hypoxia and other obstetric complications elevated

20 epression in a sex-dependent manner, linking fetal hypoxia and pathophysiological consequences in the

21 mine whether obesity during pregnancy causes fetal hypoxia and to explore potential underlying mechan

22 ss-induced placental pathology, accompanying fetal hypoxia, and neuroproliferative defects in the fet

23 maternal obesity-induced iron deficiency and fetal hypoxia are important mechanisms by which obesity

24 o (3.90+/-0.33 vs. 2.12+/-0.26, P<0.05), and fetal hypoxia (arterial PO2; 12.79+/-0.97 vs. 18.65+/-1.

25 term delivery and elicited further perinatal fetal hypoxia by placing maternal rats in 14% FiO(2) 3 h

26 Brief episodes of severe fetal hypoxia can arise in late gestation as a result of

27 to reduce perinatal complications related to fetal hypoxia during labor is uncertain.

28 , and may help prevent uterine ischaemia and fetal hypoxia during labour.

29 HA pregnancy led to chronic fetal hypoxia, growth restriction and altered cardiovasc

30 dult females who had been exposed to chronic fetal hypoxia had significantly reduced somatic ovarian

31 scular system, and the importance of chronic fetal hypoxia in triggering a developmental origin of fu

32 ) spectroscopy for detecting and quantifying fetal hypoxia in utero is demonstrated in a pregnant ewe

33 y take us closer to therapeutic treatment of fetal hypoxia-induced CNS disorders and possibly other f

34 The present study tested the hypothesis that fetal hypoxia-induced methylation of cytosine-phosphate-

35 Here we report that fetal hypoxia induces cortical disruption via increased

36 Chronic fetal hypoxia is a common complication observed in human

37 Fetal hypoxia is a common complication of pregnancy.

38 Fetal hypoxia is a common risk factor that has been asso

39 Acute fetal hypoxia is a form of fetal stress that stimulates

40 We showed that fetal hypoxia is a key component of the in utero obesoge

41 Fetal hypoxia is associated with greater structural brai

42 Chronic fetal hypoxia is one of the most common complications of

43 Chronic fetal hypoxia is one of the most common outcomes in comp

44 Chronic fetal hypoxia may also arise during pregnancy at high al

45 results provide new insight into how chronic fetal hypoxia may initiate fibrotic and metabolic liver

46 ce a model whereby the neurotoxic effects of fetal hypoxia may lead to an early onset of schizophreni

47 understand the impact of exposure to chronic fetal hypoxia on the developing female reproductive syst

48 hypothesis that iFHRV is affected by chronic fetal hypoxia, one of the most common adverse outcomes o

49 There was no evidence of systemic fetal hypoxia, or changes in fetal heart rate, carotid b

50 Fetal hypoxia predicted reduced gray matter and increase

51 r maternal nutrient restriction (MNR) causes fetal hypoxia remains unclear.

52 omarkers of impaired neuronal metabolism and fetal hypoxia, respectively.

53 Chronic fetal hypoxia results from any pregnancy with increased

54 RV originates in fetal life and that chronic fetal hypoxia significantly alters it.

55 uteroplacental insufficiency and subsequent fetal hypoxia significantly increased cerebral Bax mRNA

56 e necessary to confirm the validity of sheep fetal hypoxia studies.

57 significantly correlated with the degree of fetal hypoxia, suggesting they were interrelated.

58 l volumes were seen in those who experienced fetal hypoxia than in those who did not, a difference no

59 dulthood in gestation complicated by chronic fetal hypoxia, the most common adverse consequence in hu

60 ons of genetic predisposition and history of fetal hypoxia to hippocampal volume in patients with psy

61 complications of pregnancy, such as chronic fetal hypoxia, trigger a fetal origin of cardiovascular

62 complications of pregnancy, such as chronic fetal hypoxia, trigger a fetal origin of cardiovascular

63 Fetal hypoxia was detected.

64 Fetal hypoxia was indirectly induced through occlusion o

65 Following allopurinol treatment, fetal hypoxia was induced by reducing maternal inspired

66 In contrast, fetal hypoxia was not related to white matter among pati