ライフサイエンスコーパス: obstetrical

1 The number of obstetrical adverse events was higher in the hyperimmune

2 d represent a subgroup at increased risk for obstetrical and cardiovascular sequelae.

3 regnancy are also at risk for a host of poor obstetrical and fetal outcomes.

4 is (BV) is associated with increased risk of obstetrical and gynecologic complications and acquisitio

5 al pregnant women matched in age, ethnicity, obstetrical and medical history, time of initial prenata

6 ardiovascular disease, surgical history, and obstetrical and neonatal outcomes were determined.

7 Obstetrical and non-obstetrical serious adverse events w

8 We examined the effects of maternal, obstetrical, and infant-related characteristics and mate

9 Maternal, obstetrical, and infant-related factors associated with

10 ype of maternal infection, sociodemographic, obstetrical, and serological data were analyzed.

11 Obstetrical anesthesia is considered to be a high-risk p

12 ubspecialty care in outpatient, cardiac, and obstetrical anesthesia; and update risk assessment assoc

13 Massive transfusion due to obstetrical bleeding constituted only 1.8%.

14 urgery to 1.7% among patients transfused for obstetrical bleeding.

15 Neurosurgery, obstetrical, cardiac, and outpatient surgery were exclud

16 were obtained from women who were receiving obstetrical care in the Swedish counties of Gotland and

17 is to update the perinatal cardiologist and obstetrical care provider on the presentation and manage

18 Most providers of obstetrical care see such complications on a frequent ba

19 We identified maternal and obstetrical characteristics related to lack of intraveno

20 vely between June 1990 and August 1991 at an obstetrical clinic in Memphis, Tenn, who were enrolled i

21 We studied obstetrical, clinical, immunologic, and virologic data o

22 Participants were recruited from obstetrical clinics.

23 of uterine rupture, an uncommon but serious obstetrical complication.

24 ined the frequency and types of maternal and obstetrical complications and the outcomes of pregnancy

25 worsening renal function, hypertension, and obstetrical complications are increased, but fetal survi

26 smooth pursuit eye tracking dysfunction and obstetrical complications are significant risk factors f

27 or model of how eye tracking dysfunction and obstetrical complications covary in patients with schizo

28 on of eye tracking dysfunction and perinatal obstetrical complications discriminated patients with sc

29 Increased obstetrical complications have been reported in individu

30 Our data indicate that heparins prevent obstetrical complications in women with APS because they

31 of pregnancy, but the risks of maternal and obstetrical complications in women with moderate or seve

32 Obstetrical complications included a high rate of preter

33 nd 2) eye tracking dysfunction and perinatal obstetrical complications manifested a significant inver

34 ric diagnoses, eye tracking dysfunction, and obstetrical complications noted in birth records were in

35 Obstetrical complications occurred in 17 (10%) and adver

36 results support a two-factor model in which obstetrical complications often interact with genetic li

37 ders, familial eye-tracking dysfunction, and obstetrical complications were assessed without knowledg

38 ders, familial eye-tracking dysfunction, and obstetrical complications) were increased for the proban

39 mptomatic, 11 had had arterial thrombosis, 7 obstetrical complications, and 151 venous thrombosis (12

40 rbid neuropsychological and social deficits, obstetrical complications, and exposure to adverse intra

41 or schizophrenia spectrum disorders and more obstetrical complications, and their relatives had worse

42 ral volume, ventricular volume, and maternal obstetrical complications.

43 roposed for treating and/or preventing these obstetrical complications.

44 holipid syndrome (APS) are at a high risk of obstetrical complications.

45 ed; aberrant invasion is linked with several obstetrical complications.

46 t differences between the groups in rates of obstetrical complications.

47 intravenous ZDV according to viral load and obstetrical conditions.

48 They also reveal evidence for the effect of obstetrical constraints, but these affect males and fema

49 normal because it does not meet the standard obstetrical criteria for bradycardia.

50 se studies should include well-characterized obstetrical data and comprehensive plans for prospective

51 At birth, obstetrical data, parental anthropometric measures, and

52 logy supports the view that solutions of the obstetrical dilemma depend not only on selection and ada

53 ionally interpreted in the framework of the "obstetrical dilemma" hypothesis: Giving birth to large-b

54 sic anthropological hypothesis known as the "obstetrical dilemma" is a well-known explanation for hum

55 false pelvis, in order to examine potential obstetrical effects.

56 station (determined on the basis of the best obstetrical estimate) in the Neonatal Research Network o

57 ge, 26 [6] years) in the study, 1018 adverse obstetrical events were recorded in 953 pregnant women (

58 Obstetrical factors may be important determinants of tra

59 cur at or near delivery, which suggests that obstetrical factors may have an important influence on t

60 der discussion for change (car seat program, obstetrical follow-up services, formal transfer agreemen

61 We still recommend careful obstetrical follow-up.

62 ciations between viral load and demographic, obstetrical, HCV risk factors, and interleukin-28B gene

63 out menstrual function and gynecological and obstetrical histories before and after transplantation.

64 ly of mothers with uncomplicated medical and obstetrical histories, and were discharged from the hosp

65 l outcomes included: maternal comorbidities, obstetrical history, intensive care unit interventions,

66 pective analysis of all Florida and New York obstetrical hospital discharges between 1992 and 2007, r

67 Obstetrical hypertensive emergencies are life-threatenin

68 Obstetrical ICU admissions often require minimal interve

69 ease in 34 (43%), postoperative in 25 (32%), obstetrical in 7 (9%), radiation proctitis in 4 (5%), an

70 pelvic dimensions by 3D CT performed for non-obstetrical indications in non-pregnant multiparous wome

71 Induction of labor is a frequently performed obstetrical intervention.

72 iew the available data from the surgical and obstetrical literature regarding trauma during pregnancy

73 These risks must be considered in the obstetrical management of female survivors of Wilms tumo

74 These risks must be considered in the obstetrical management of female survivors of WT.

75 re not associated with milk adiponectin, but obstetrical measures that included nulliparity (0.171 +/

76 hesia, it is common practice in pediatric or obstetrical medicine to use agents from these two classe

77 characterized by recurrent thrombosis and/or obstetrical morbidity in the presence of persistently po

78 ors associated most strongly with an adverse obstetrical outcome included cervical incompetence (adju

79 Obstetrical outcome was ascertained through maternal rep

80 To identify risk factors for adverse obstetrical outcomes after appendectomy and cholecystect

81 Identification of risk factors for adverse obstetrical outcomes after appendectomy and cholecystect

82 Approximately 5% of women experience adverse obstetrical outcomes after appendectomy or cholecystecto

83 to antipsychotic medications and to document obstetrical outcomes for women taking these agents proxi

84 Obstetrical outcomes including maternal death, cesarean

85 onding to predicted probabilities of adverse obstetrical outcomes of 2.5% (</=4 points), 8.2% (5-8 po

86 A composite measure including 7 adverse obstetrical outcomes throughout pregnancy and occurring

87 been found to have an elevated risk of poor obstetrical outcomes, although studies of the relationsh

88 types in the MMP8 gene and associations with obstetrical outcomes.

89 g databases can both identify critically ill obstetrical patients and provide important information a

90 scoring systems may require modification in obstetrical patients to adjust for the normal physiologi

91 ess are the patient's significant others and obstetrical physician.

92 a guide was published; (2) the percentage of obstetrical policies that were changed, planned to chang

93 etermine whether treating women in a general obstetrical population who have asymptomatic bacterial v

94 In a general obstetrical population, prenatal testing with the use of

95 I, and the APACHE III scoring systems in the obstetrical population.

96 A total of 919 surgical and 957 obstetrical postnighttime procedures were matched with 3

97 ore 17 completed weeks of pregnancy from 137 obstetrical practices in Connecticut and Western Massach

98 ontrolling peripartum infection should be an obstetrical priority.

99 readiness improvement to address a specific obstetrical problem.

100 idity and mortality, maternal morbidity, and obstetrical procedures according to the planned birth se

101 births; P<0.001) and with decreased odds for obstetrical procedures.

102 edical records were reviewed for evidence of obstetrical providers' recognition of psychiatric and su

103 antidepressants undergoing amniocentesis for obstetrical reasons were enrolled.

104 We abstracted obstetrical records at 6 sites in Botswana for 24 months

105 Consequently, obstetrical records were examined for individuals with c

106 ined through maternal reports and reviews of obstetrical records.

107 w viral loads at delivery, in the absence of obstetrical risk factors, systematic intravenous ZDV app

108 ity during pregnancy is common and increases obstetrical risks.

109 nto the detection of mental disorders in the obstetrical sector are needed.

110 ation and treatment of pregnant women in the obstetrical sector are required.

111 ion-based investigations have focused on the obstetrical sector.

112 Obstetrical and non-obstetrical serious adverse events were reported in 60 (

113 in 1993 to all Missouri hospitals providing obstetrical services (n=90).

114 Two hospitals discontinued obstetrical services by the time of the survey; of the r

115 of rehospitalization for uterine infection, obstetrical surgical wound complications, and cardiopulm

116 ehospitalization with postpartum hemorrhage, obstetrical surgical wound complications, and pelvic inj

117 Obstetrical syndromes associated with transplantation re

118 ith significantly more prenatal fetal tests, obstetrical ultrasonographic examinations, medications d

119 concentrations in mature milk, whereas only obstetrical variables are associated with adiponectin co