ライフサイエンスコーパス: periconceptional

1 entation in gestational weeks (GWs) -4 to 8 (periconceptional), 9 to 12, and -4 to 12, and supplement

2 Periconceptional administration of folic acid can reduce

3 the association between maternal reports of periconceptional alcohol consumption and clefting.

4 d with that of 9 infants born to women whose periconceptional alcohol intake averaged > or = 30mL abs

5 This study examined the effects of maternal periconceptional alcohol intake on polyunsaturated fatty

6 Periconceptional alcohol use was associated with a 30% i

7 ry inflammatory potential and quality during periconceptional and antenatal periods on birth outcomes

8 but evidence is limited on whether maternal periconceptional and early pregnancy adherence is associ

9 ssion to 2%, 5%, and 16% in preconceptional, periconceptional, and T1 periods, respectively (P = .034

10 spontaneous or induced abortions) by type of periconceptional antiretroviral exposure.

11 trol study, we investigated whether parental periconceptional cigarette smoking was associated with a

12 Dietary patterns with a high periconceptional density of fruits and vegetables appear

13 nvestigated the associations between women's periconceptional diet and gestational diabetes risk.

14 Periconceptional diet may persistently influence DNA met

15 of further investigation into the effect of periconceptional diet on OFC occurrence.

16 Periconceptional diet was recalled at recruitment, using

17 Usual periconceptional dietary intake was assessed at 6-13 wk

18 The authors investigated whether maternal periconceptional dietary intakes of choline and its meta

19 icaid data that were associated with HIV and periconceptional dolutegravir exposure.

20 es in risk ratios of NTD between groups with periconceptional dolutegravir or non-dolutegravir antire

21 ian adults and show, in rural Gambians, that periconceptional environment affects offspring VTRNA2-1

22 ss diverse human ethnic groups, sensitive to periconceptional environment, and associated with genes

23 enriched for loci previously associated with periconceptional environment, parent-of-origin-specific

24 thylation is reported to be sensitive to the periconceptional environment.

25 each pregnancy, we determined HIV status and periconceptional exposure to dolutegravir or other antir

26 rential DNA methylation in whole blood after periconceptional exposure to famine during the Dutch Hun

27 To determine whether periconceptional exposure to folic acid antagonists (FAA

28 nvestigated the association between maternal periconceptional exposure to nitrate from drinking water

29 associations between neural tube defects and periconceptional exposure to NSDs containing a secondary

30 Periconceptional exposure to Ramadan was associated with

31 Periconceptional exposure to second-line noninsulin ADMs

32 Periconceptional exposure was defined as 1 or more presc

33 interval (<6, 6-11, 12-17, and 18-23 mo) and periconceptional FA intake [no FA supplement use and die

34 Mean IQs were higher in children exposed to periconceptional folate (108, 95% CI 106-111) than they

35 aluated variable DNA methylation response to periconceptional folate by ALL case status through an in

36 tudy (CCLS) from 1995-2008 was compared with periconceptional folate from total, food, and supplement

37 Mechanisms whereby periconceptional folate influences normal development an

38 We identified modest associations between periconceptional folate intake and DNA methylation diffe

39 rnal hazardous and noxious substances (HNS), periconceptional folate intake and paternal smoking.

40 We evaluated the relation between periconceptional folate intake by source and DNA methyla

41 ) were associated with food and supplemental periconceptional folate intake in all subjects (n = 394)

42 Periconceptional folate intake is associated with the es

43 Periconceptional folate is essential for proper neurodev

44 ide future analyses of the causal effects of periconceptional folate levels on candidate pathways.

45 and education appear uniquely responsive to periconceptional folate supplementation.

46 The positive association of periconceptional folate with IQ is consistent with other

47 ised dose, gestational birth age, and use of periconceptional folate.

48 Periconceptional folic acid (FA) supplementation is reco

49 Periconceptional folic acid may reduce ASD risk in those

50 ore substantial evidence about the effect of periconceptional folic acid on the occurrence of congeni

51 In the 1990s, the utility of periconceptional folic acid supplementation and folic ac

52 Periconceptional folic acid supplementation and food for

53 ndings do not support an association between periconceptional folic acid supplementation and increase

54 Periconceptional folic acid supplementation is a primary

55 Periconceptional folic acid supplementation reduces the

56 Periconceptional folic acid supplementation reduces the

57 Periconceptional folic acid supplementation was not asso

58 lts are adjusted for region, interview year, periconceptional folic acid supplementation, maternal ag

59 a bifida cases can be prevented by maternal, periconceptional folic acid supplementation.

60 e of preterm birth was 13.2% in women with a periconceptional HbA1c level below 6.5% (adjusted risk r

61 isk for preterm birth was strongly linked to periconceptional HbA1c levels.

62 NA methylation at human CoRSIVs is labile to periconceptional influences such as nutrition.

63 Periconceptional intake of 400 microg of folic acid dail

64 Periconceptional intake of folic acid prevents some neur

65 Usual daily periconceptional intake of total fruits and total vegeta

66 Usual daily periconceptional intake of total fruits and total vegeta

67 interaction between infant RFC1 genotype and periconceptional intake of vitamins on the risk of conot

68 uality evidence of the effect of prenatal or periconceptional iodine supplementation on growth and co

69 ic health nurse (aOR, 0.2; 95% CI, 0.1-0.8), periconceptional maternal alcohol use (aOR, 6.2; 95% CI,

70 We assessed the association between periconceptional maternal diet and OFC in the United Sta

71 ortality; they can largely be prevented with periconceptional maternal intake of folic acid.

72 The hypothesis that periconceptional maternal micronutrient supplementation

73 al, and it provides suggestive evidence that periconceptional maternal nutrition alters offspring met

74 fspring PAX8 methylation was associated with periconceptional maternal nutrition, and methylation var

75 Periconceptional maternal use of cocaine (odds ratio (OR

76 iscuss the role of the maternal decidua, the periconceptional maternal-embryonic interface, the dialo

77 lind randomized-controlled trial of pre- and periconceptional micronutrient supplementation (includin

78 A randomized controlled trial of periconceptional micronutrient supplementation in The Ga

79 Significant effects of periconceptional micronutrient supplementation were also

80 lacental vascular function was modifiable by periconceptional micronutrient supplementation.

81 We tested the hypothesis that periconceptional multiple-micronutrient supplementation

82 Information is summarized for periconceptional multivitamin or folic acid intake, whic

83 The association between periconceptional multivitamin use and PTBs varied accord

84 ective was to determine the relation between periconceptional multivitamin use and the risk of small-

85 The timing and frequency of periconceptional multivitamin use may be related to the

86 to assess the independent effect of regular periconceptional multivitamin use on the risk of preecla

87 We related the timing and frequency of periconceptional multivitamin use to SGA births and PTBs

88 Periconceptional multivitamin use was associated with a

89 Regular periconceptional multivitamin use was associated with a

90 ment gestational age, and household density, periconceptional multivitamin use was associated with a

91 Early studies suggested that periconceptional multivitamin use was associated with an

92 Regular periconceptional multivitamin use was associated with re

93 Periconceptional multivitamin use, defined as reported r

94 psia (2.3%), and 18,551 women (65%) reported periconceptional multivitamin use.

95 major cardiac defects could be prevented by periconceptional multivitamin use.

96 lded inconsistent results for the effects of periconceptional multivitamins containing folic acid and

97 The intake of periconceptional multivitamins may decrease the risk of

98 Periconceptional NSAIDs reported through the sixth week

99 cted from 1998 to 2012, we compared maternal periconceptional NSD use between 334 neural tube defect

100 atively small, these pilot data suggest that periconceptional nutrition in humans is an important det

101 profiles are associated with their mother's periconceptional nutritional status.

102 ntified as changes observed after randomized periconceptional nutritional supplementation in a Gambia

103 Gender-specific changes related to periconceptional nutritional supplementation were identi

104 studied the largest US cohort of women with periconceptional or early-pregnancy dolutegravir exposur

105 We investigated whether higher intakes of periconceptional or midpregnancy folate, as recommended,

106 The asthma medications used during the periconceptional period (1 month prepregnancy through th

107 terval (CI): 1.00, 3.67), smoking during the periconceptional period (aOR = 2.09, 95% CI: 1.08, 4.03)

108 lements and dietary intakes during a 6-month periconceptional period (from 3 months before conception

109 folate-only supplement use during a 12-week periconceptional period (from 4 weeks prior to 8 weeks a

110 s and 3 sources of social support during the periconceptional period among mothers of 593 gastroschis

111 urse visits, maternal alcohol use during the periconceptional period and first trimester, and layers

112 e can be altered by maternal diet during the periconceptional period and that these programming event

113 en maternal asthma medication use during the periconceptional period and the risk of gastroschisis.

114 Pregnancy is established during the periconceptional period as a continuum beginning with bl

115 Maternal nutrition exclusively during the periconceptional period can induce remarkable effects on

116 Daily folic acid supplementation in the periconceptional period can prevent neural tube defects.

117 dine supplementation during pregnancy or the periconceptional period in regions of severe iodine defi

118 perimental animals, maternal diet during the periconceptional period influences the establishment of

119 ular use of a multivitamin supplement in the periconceptional period may help to prevent preeclampsia

120 dine supplementation during pregnancy or the periconceptional period on the development and growth of

121 eroconversions, 29% (33/115) occurred in the periconceptional period or in the first trimester.

122 (33/115) of seroconversions occurred in the periconceptional period or in the first trimester.

123 Although adequate folate intake during the periconceptional period prevents neural tube defects, an

124 Folic acid supplementation during the periconceptional period reduces the risk of neural tube

125 s that folic acid supplementation during the periconceptional period reduces the risk of oral clefts.

126 hypotheses that maternal exposure during the periconceptional period to multivitamins or liver consum

127 Exposure to G/R infections during the periconceptional period was associated with a significan

128 Maternal smoking during the periconceptional period was not associated with risk of

129 rs of multiple asthma medications during the periconceptional period were also examined.

130 significant ORs for use that began after the periconceptional period were observed for cleft palate o

131 daily folic acid supplementation during the periconceptional period were: oral clefts, 1.1 (95% conf

132 the first trimester (or first trimester and periconceptional period), with no reports of birth defec

133 is that maternal micronutrient status in the periconceptional period, and throughout pregnancy and la

134 supplements containing folic acid during the periconceptional period, the number of children born wit

135 clomiphene (without ART) and ART during the periconceptional period.

136 water at home, and dietary intake during the periconceptional period.

137 idence for higher risk of CL/P with maternal periconceptional smoking in infants with an NOS3 -922G a

138 Finally, we discuss the myometrium in the periconceptional space and review its role in determinin

139 s review, we discuss current advances in the periconceptional space, including the preimplantation hu

140 Periconceptional supplement use did not reduce the risk

141 e, and public health guidelines recommending periconceptional supplementation have increased folic ac

142 n the absence of clinical folate deficiency, periconceptional supplementation with folic acid reduces

143 Animal models show that periconceptional supplementation with folic acid, vitami

144 risk of neural tube defects is decreased by periconceptional supplementation with folic acid.

145 of CP, while no association was observed for periconceptional supplementation.

146 In conclusion, twinning and periconceptional undernutrition are associated with epig

147 to gestational timing categories, including periconceptional use (28 days before through 28 days aft

148 etween cases and controls assessing maternal periconceptional use of folic acid and intake of dietary

149 Periconceptional use of folic acid containing supplement

150 support a protective association between the periconceptional use of folic acid supplements and the r

151 1%, 25.2%, and 26.1%, respectively, reported periconceptional use of folic acid supplements.

152 k among the fetuses or infants of women with periconceptional use of folic acid was also significant

153 ong the fetuses or infants of the women with periconceptional use of folic acid, the rates were 1.0 p

154 The periconceptional use of folic acid-containing supplement

155 other birth defects may be prevented by the periconceptional use of folic acid.

156 rs investigated whether maternal or paternal periconceptional use of recreational drugs increased the

157 ube defect risk was associated with maternal periconceptional use of secondary (adjusted odds ratio (

158 known for the past two decades that maternal periconceptional use of the B vitamin folic acid can pre

159 Maternal periconceptional use of vitamin supplements containing f

160 teraction between the RFC1 gene and maternal periconceptional use of vitamins containing folic acid.

161 ubgroup of women in the northern region with periconceptional use who took folic acid pills more than

162 In contrast, prenatal and periconceptional use, compared with nonuse, were not rel

163 For periconceptional use, ORs with 95% confidence intervals

164 These data support the hypothesis that periconceptional vitamin supplementation may extend bene

165 rol infants for whom information on maternal periconceptional vitamin use was available.

166 m births and extreme SGA in women who report periconceptional vitamin use, although these should be c

167 After adjustment for race, body mass index, periconceptional vitamin use, and gestational age at sam