ライフサイエンスコーパス: first pregnancy

1 occurrence of preeclampsia/eclampsia during first pregnancy.

2 articipants initially recruited during their first pregnancy.

3 of 28.5 (SD, 5.0) years at the time of their first pregnancy.

4 a population of women seronegative at their first pregnancy.

5 en with a term delivery (>/=37 weeks) in the first pregnancy.

6 n 114 blood donors and 44 women during their first pregnancy.

7 age, more pregnancies, and a younger age at first pregnancy.

8 livebirth, miscarriage, or termination in a first pregnancy.

9 d cohort comprised women with an EP in their first pregnancy.

10 episodes more likely if diagnosis preceded a first pregnancy.

11 gnant transformation from smoking before the first pregnancy.

12 ufficient iron stores, especially during the first pregnancy.

13 asmodium falciparum malaria increases during first pregnancy.

14 tension and possible preeclampsia during her first pregnancy.

15 th (1970-1985) were linked to those from her first pregnancy.

16 me who were initially diagnosed during their first pregnancy.

17 followed from the second trimester of their first pregnancy.

18 related to adverse obstetric outcomes in the first pregnancy.

19 women with and without an SGA baby in their first pregnancy.

20 pheral blood of normal mice undergoing their first pregnancy.

21 years post partum in those with normotensive first pregnancies.

22 deadly syndrome most frequent and severe in first pregnancies.

23 ncy and 70 415 individuals with normotensive first pregnancies.

24 attributable to immune memory mounted during first pregnancies.

25 initially observed over the course of their first pregnancies.

26 birth, miscarriage, and termination of their first pregnancies.

27 omen miscarried, and 78,697 terminated their first pregnancies.

28 ng (OR 2.46, 95% CI 1.64-3.69), older age at first pregnancy (0.80, 0.68-0.95), and number of sexual

29 R 5.0, 95% CI 2.2-11.5; P = 0.00003) than in first pregnancies (1.2, 0.6-2.2; P = 0.8; interaction wi

30 irst pregnancy (5 studies) or only after the first pregnancy (16 studies) were both 1.07, providing n

31 men (2.5%) had gestational diabetes in their first pregnancy, 16 145 (3.7%) in their second, and 8255

32 ter, without previous VTE, was followed from first pregnancy (1982-2012) until 2012.

33 r maternal characteristics or outcome of the first pregnancy (2.74 [1.74-4.30]).

34 fect risk ratios for smoking only before the first pregnancy (5 studies) or only after the first preg

35 confidence interval [CI], 56-63), after the first pregnancy 56 mL/min/1.73 m2 (SEM 1.70; 95% CI, 53-

36 When focusing on first pregnancies, a decline in malaria prevalence from

37 th cesarean birth and prolonged labor with a first pregnancy, a higher Enterobacteriaceae/Bacteroidac

38 Regardless of outcome in the first pregnancy, adequate prenatal care did not reduce t

39 without preeclampsia/eclampsia during their first pregnancy (adjusted hazard ratio [AHR], 0.94; 95%

40 Why does a first pregnancy after age 35 increase the risk of breast

41 propriate comparators were followed up until first pregnancy after appendicectomy date.

42 ies before cohort entry, and the time to the first pregnancy after cohort entry.

43 IFN-gamma is related to LBW due to PM during first pregnancies and suggest that fetal ferritin plays

44 pertensive disease of pregnancy during their first pregnancy and 70 415 individuals with normotensive

45 djustment for confounders (marital status at first pregnancy and age at first pregnancy), the stronge

46 Young-adult exposures (e.g., early first pregnancy and age at immigration) and proximal lif

47 ing on associations between smoking before a first pregnancy and breast cancer.

48 Donors had a long interval between first pregnancy and donation (median, 18.5 y; interquart

49 ion with hookworm is associated with delayed first pregnancy and extended interbirth intervals.

50 Conversely, early age at first pregnancy and nulliparity were significantly assoc

51 fetuses is necessary to achieving successful first pregnancy and permitting subsequent pregnancies wi

52 Of these, 17 (71%) developed CIDP during the first pregnancy, and 8 (47%) had a relapse during subseq

53 bilized beta-catenin was obtained during the first pregnancy, and its presence resulted in the dediff

54 ctive factors (number of live births, age at first pregnancy, and total reproductive duration [time f

55 psia and no major comorbidities before their first pregnancy are at a 5-fold increased risk of ESKD c

56 This is the first pregnancy-associated HDFN model described to date,

57 While a first pregnancy before age 22 lowers breast cancer risk,

58 t NuMoM2b enrollment; recruited during their first pregnancy between October 1, 2010, and September 3

59 ecting mainly those women who postpone their first pregnancy beyond the age of 30 years.

60 we tested directional relationships between first pregnancy, birth mode, prolonged labor and breastf

61 ancy BMI was > or =3 units higher than their first-pregnancy BMI, the adjusted risk of isolated cleft

62 ow birth weight (LBW), especially during the first pregnancy, but the relative contribution of matern

63 Risk of unintended first pregnancy by type of abuse (psychological, physica

64 tic and clinical insights into how data on a first pregnancy can provide information about the potent

65 Delivery by caesarean section in the first pregnancy could increase the risk of unexplained s

66 For every year of first pregnancy delay, women had a 4% increased chance o

67 , 1.2-1.8) more likely to have an unintended first pregnancy during adulthood than women who did not

68 It was the first pregnancy for 85.5% (112 of 131) of women.

69 idence interval [CI]=1.5-5.5), be younger at first pregnancy (for age <20 years vs age 20-29 years: p

70 Women with HDP in first pregnancy had a 63% higher rate of CVD (95% CI: 1.

71 0.01): Women with this combination in their first pregnancy had an approximately fivefold risk of un

72 739 women seronegative at their first pregnancy had at least one of 971 subsequent pregn

73 The first pregnancy has a small, but insignificant, effect o

74 thesis that cardiovascular adaptation from a first pregnancy has ongoing benefits which contribute to

75 ext, PAMVAC will be assessed in women before first pregnancies in an endemic area.

76 Healthy women who completed their first pregnancies in New York State between 1994 and 199

77 buse or household dysfunction and unintended first pregnancy in adulthood.

78 ppear at puberty in male mice and during the first pregnancy in female animals.

79 , medical treatment for infertility, time to first pregnancy in survivors and siblings, and the risk

80 sting 20 or more gestational weeks (only the first pregnancy in the period was considered) who delive

81 between childhood experiences and unintended first pregnancy included frequent psychological abuse (r

82 psia (PE), which affects approximately 8% of first pregnancies, is associated with faulty placentatio

83 Individuals with samples collected in the first pregnancy leading to a live birth were eligible.

84 During first pregnancy, loss of Vhl resulted in decreased mamma

85 In contrast, a later first pregnancy, lower parity, and later menopause withi

86 High FA intake (>/=800mug) during the first pregnancy month and no known pesticide exposure wa

87 p who underwent SDB assessments during their first pregnancy (n = 1,964) and a repeat SDB assessment

88 diagnosis, family history of cancer, age at first pregnancy, number of pregnancies, number of full-t

89 Scottish national data on all women whose first pregnancy occurred between 1981 and 2000 were link

90 Women who smoked only before their first pregnancy (odds ratio = 5.6, 95 percent CI 1.5-21)

91 cholesterol decreased in women who had their first pregnancy of at least 28 weeks duration during fol

92 Only the first pregnancy of each woman and only planned pregnanci

93 First pregnancy-only gestational diabetes increased haza

94 Compared with first pregnancy-only gestational diabetes, second pregna

95 an extremely adverse outcome occurred in the first pregnancy or an adverse outcome recurred.

96 , history of miscarriage or abortion for the first pregnancy, or having had gestational diabetes.

97 ibility were also examined in women in their first pregnancy (primigravida) and subsequent pregnancie

98 llected early (<140 days gestation) in their first pregnancy resulting in a live, term birth.

99 During the daughter's first pregnancy, she developed multiple autoantibodies,

100 ong women without placental abruption in the first pregnancy, smoking was associated with increased r

101 Mean time at first pregnancy testing was identical in both arms (2 da

102 rs target major physiological changes at the first pregnancy that get less profound with multi-parity

103 marital status at first pregnancy and age at first pregnancy), the strongest associations between chi

104 is lower in the second pregnancy than in the first pregnancy, the effect persists for only a short ti

105 a population of women seronegative at their first pregnancy, the risk of cCMV and related sequelae f

106 women with healthy BMI (<25 kg/m(2)) during first pregnancy; the adjusted RR for healthy weight wome

107 women born in New York State who completed a first pregnancy there between 1994 and 1998.

108 Pathways from cesarean section and first pregnancy to child overweight and atopy share many

109 kg)/height (m)(2)) from the beginning of the first pregnancy to the beginning of the second pregnancy

110 recruitment period: 2003-2008) with measured first pregnancy trimester plasma concentrations of four

111 ifferences were broadly stable from prior to first pregnancy until 60 years of age.

112 We estimated time to first pregnancy using Kaplan-Meier curves; pregnancy and

113 ncer among the women who smoked before their first pregnancy versus women who had never smoked was 1.

114 s at baseline, 24-28 weeks of gestation (the first pregnancy visit), and 32-36 weeks of gestation (th

115 women at baseline, 3052 (95.4%) women at the first pregnancy visit, and 2962 (92.6%) at the second pr

116 However, adjusted mean eGFR after the first pregnancy was 2.8 mL/min/1.73 m2 (P = 0.08) lower

117 , a history of preeclampsia/eclampsia during first pregnancy was associated with an increase in the i

118 nd CVD risk factors, preterm delivery in the first pregnancy was associated with an increased risk of

119 eterm group persisted even among women whose first pregnancy was not complicated by hypertensive diso

120 re than 45% of the women reported that their first pregnancy was unintended, and 65.8% reported expos

121 ing, oral contraceptive use, and late age at first pregnancy were associated with a lower risk of thy

122 pring born by planned cesarean delivery in a first pregnancy were compared with offspring born by uns

123 CVD, hypertension, or diabetes prior to the first pregnancy were excluded.

124 without preeclampsia/eclampsia during their first pregnancy were included.

125 Records from each woman's first pregnancy were linked to those from her own birth

126 of the association between smoking before a first pregnancy, when undifferentiated breast tissue may

127 There were 739 women seronegative at their first pregnancy who had at least 1 of 971 subsequent pre

128 Women seronegative at their first pregnancy with a subsequent pregnancy within 2 yea

129 stic or myeloproliferative diseases, after a first pregnancy with and without preeclampsia/eclampsia.

130 n exposed cohort of 14 083 patients in their first pregnancy with hypertensive disorders of pregnancy

131 Median interval from donation to first pregnancy with preeclampsia was 5.1 (2.9-8.6) y; f

132 relationship to a woman's risk of GDM in her first pregnancy, with the highest risks associated with

133 e effect of pregnancy is dependent on age at first pregnancy, with young mothers receiving the most b

134 At the first pregnancy, women's mean (SD) age and BMI were 27.8

135 morbidity and mortality, affecting 5-10% of first pregnancies worldwide.