ライフサイエンスコーパス: early pregnancy

1 o agricultural pesticide applications during early pregnancy.

2 iscontinued azathioprine/6-mercaptopurine in early pregnancy.

3 and alveolar development specifically during early pregnancy.

4 hysical activity, smoking, and stress during early pregnancy.

5 derived regulator of placental growth during early pregnancy.

6 define the essential role of macrophages in early pregnancy.

7 recruited while trying to conceive or during early pregnancy.

8 ant implications for women taking PTU during early pregnancy.

9 y use of electronic health records (EHRs) in early pregnancy.

10 immunized before (n = 86) or during (n = 19) early pregnancy.

11 ematically screened for fibroids during very early pregnancy.

12 ors fail to colonize the distal bowel during early pregnancy.

13 erine tissue, regulating implantation during early pregnancy.

14 NK cells to remodel maternal vasculature in early pregnancy.

15 menstrual cycle, oral contraceptive use, or early pregnancy.

16 s produced by fetal trophoblast cells during early pregnancy.

17 tromal differentiation and remodeling during early pregnancy.

18 O-1 in diagnosis of GDM, particularly in the early pregnancy.

19 pregnant woman is infected, particularly in early pregnancy.

20 unknowingly pregnant woman is vaccinated in early pregnancy.

21 nisms, and is independent of maternal BMI in early pregnancy.

22 food frequency questionnaire of diet during early pregnancy.

23 participants reported use of vitamins during early pregnancy.

24 ssed in the receptive endometrium and during early pregnancy.

25 rine differentiation and angiogenesis during early pregnancy.

26 ole in enhancing receptivity and maintaining early pregnancy.

27 lar to that which is thought to occur during early pregnancy.

28 hes to the uterine luminal epithelium during early pregnancy.

29 hnicity, smoking, and use of progesterone in early pregnancy.

30 the height in meters) before pregnancy or in early pregnancy.

31 t on programmed development of the uterus in early pregnancy.

32 in response to the developing embryo during early pregnancy.

33 scription may overestimate medication use in early pregnancy.

34 associated with use of recreational drugs in early pregnancy.

35 nnabinoid receptor CB1 is known to influence early pregnancy.

36 ing steroidal milieu of the luteal phase and early pregnancy.

37 serum concentrations that are comparable to early pregnancy.

38 ience multiple micronutrient deficiencies in early pregnancy.

39 sed inverse distance weighting method during early pregnancy.

40 diate fetal demise, a common complication of early pregnancy.

41 activity and plasma lipid concentrations in early pregnancy.

42 n in the establishment and/or maintenance of early pregnancy.

43 ium in nonpregnant animals as well as during early pregnancy.

44 ects can be prevented by inositol therapy in early pregnancy.

45 % of lymphocytes in human uterine decidua in early pregnancy.

46 -like structure, which mimics the gland from early pregnancy.

47 al branching of ducts during mid-puberty and early pregnancy.

48 m in modification of congenital infection in early pregnancy.

49 rovide plasticity in embryo selection during early pregnancy.

50 y 400 microg of folic acid before and during early pregnancy.

51 ighest levels of expression occurring during early pregnancy.

52 h fibroid status was uniformly documented in early pregnancy.

53 and PPARdelta is required for maintenance of early pregnancy.

54 in events during the reproductive cycle and early pregnancy.

55 ruminant ungulate species for a few days in early pregnancy.

56 ing morphogenesis during sexual maturity and early pregnancy.

57 t results, as predictors of the diagnosis of early pregnancy.

58 en hemoglobin concentrations are measured in early pregnancy.

59 psychological stress is harmful to women in early pregnancy.

60 d ibuprofen intake as presence or absence in early pregnancy.

61 ral expression of GPR64 in the uterus during early pregnancy.

62 ulin signaling and glucose metabolism during early pregnancy.

63 g the luteal phase and in the decidua during early pregnancy.

64 nitor within 50 km to their residence during early pregnancy.

65 GWG in early pregnancy (0 to 14 weeks) was positively associate

66 mGy/MBq) with OLINDA/EXM 2.0 were 2.5E-02 in early pregnancy, 1.3E-02 in the late part of the first t

67 ometry, respectively, in maternal samples in early pregnancy (12-16 wk), at delivery (28-42 wk), and

68 commended values are 2.2 x 10(-2) mGy/MBq in early pregnancy, 2.2 x 10(-2) mGy/MBq at 3-mo gestation,

69 igh-sensitivity CRP assays were performed on early-pregnancy (5.3-19.3 weeks' gestation) plasma sampl

70 ured on the images for all but 1 patient (in early pregnancy [5 wk]), in whom the activity in the ute

71 ntrolled trial; 10 women were studied during early pregnancy (6-17 wk gestation) and 16 women during

72 oneogenesis was also increased in pregnancy (early pregnancy, 94.7+/-15.9 mg/min; late pregnancy, 122

73 relatives and is expressed for a few days in early pregnancy after the blastocyst first forms.

74 vestigate whether maternal protein intake in early pregnancy also affects the risk of kidney diseases

75 g HIFs, ARNTs, and VEGF in the uterus during early pregnancy, although the role of HIFs in regulating

76 Preventing early pregnancy among vulnerable adolescents requires in

77 2.27E-02, 1.50E-02, and 1.33E-02 mGy/MBq at early pregnancy and 3-, 6-, and 9-mo gestation, respecti

78 egnancy because of a higher stroke volume in early pregnancy and a late increase in heart rate, where

79 between maternal micronutrient intake during early pregnancy and aspects of stimulated neonatal airwa

80 ic anthropomorphic computational phantoms of early pregnancy and at 3-, 6-, and 9-mo of gestation and

81 /L ) and 2793 nmol/L (2721, 2867 nmol/L ) in early pregnancy and at delivery, respectively.

82 e estimates have been published for women in early pregnancy and at the end of each trimester for a l

83 e generated to simulate the average woman at early pregnancy and at the third, sixth, and ninth month

84 ight, therefore, be useful as a biomarker in early pregnancy and at the time of disease in the predic

85 ent a causal relation between vaccination in early pregnancy and birth defects, this information shou

86 ke of common childhood food allergens during early pregnancy and childhood allergy and asthma.

87 inical tool for setting precise goals during early pregnancy and continuous objective feedback throug

88 Excessive doses of vitamin A during early pregnancy and fat-soluble vitamins taken anytime m

89 matter with diameter </=10mum (PM10) during early pregnancy and fetal cardiovascular malformations.

90 [25(OH)D3], 3-epi-25(OH)D3, and 25(OH)D2 in early pregnancy and investigated associations with pre-e

91 which reflect epithelial cell density during early pregnancy and involution, respectively.

92 ons between maternal blood PBDEs and PCBs in early pregnancy and levels of thyroid hormones in matern

93 entified several metabolites associated with early pregnancy and obtained the first 2D images of thes

94 in (hCG) is necessary for the maintenance of early pregnancy and promotes normal breast cell differen

95 in (hCG) serves to maintain the fetus during early pregnancy and regulate the onset of labor in late

96 ns between maternal body mass index (BMI) in early pregnancy and severe asphyxia-related outcomes in

97 ly sensitive to proinflammatory signaling in early pregnancy and that TNF-alpha is an effective targe

98 en self-reported use of prenatal vitamins in early pregnancy and the risk of miscarriage.

99 en use of a hot tub or whirlpool bath during early pregnancy and the risk of miscarriage.

100 ult women (N = 86) who were recruited during early pregnancy and whose offspring were born after 34 w

101 signaling is activated in basal cells during early pregnancy, and demonstrate that this activity is m

102 s, FST is up-regulated in the decidua during early pregnancy, and women with recurrent miscarriage ha

103 indings suggest that very high CRP levels in early pregnancy are associated with preterm delivery.

104 gnancy and maternal body mass index (BMI) in early pregnancy are associated with risk for nonaffectiv

105 ination therapy regimens to treat malaria in early pregnancy are likely to outweigh the adverse outco

106 Metabolic adaptations in early pregnancy are uncoupled from the circadian clock,

107 on between the peripartum cardiomyopathy and early pregnancy-associated cardiomyopathy groups reveale

108 mmercial rodent diets on uterine biology and early pregnancy at the molecular level remains largely u

109 tered swabs and the Nugent scoring method in early pregnancy, at 32 wk of gestation, and at 3 mo post

110 ) is recommended worldwide before and during early pregnancy because of its proven effect in preventi

111 The prevalence of BV in early pregnancy, before supplementation, was 7.6% (95% C

112 subject to the parental notification law in early pregnancy), birth rates rose by 4 percent relative

113 Among 1,764,403 term births, 86% had data on early pregnancy BMI and Apgar scores.

114 s gestational age-standardized z scores with early pregnancy BMI taken into consideration.

115 75 women in the placebo group), mean (+/-SD) early pregnancy BMI was 33.6 +/- 2.6, which differed sig

116 ong 1,599,551 deliveries with information on early pregnancy BMI, 3082 were extremely preterm, 6893 w

117 Early pregnancy BMI.

118 r's presurgery body-mass index (BMI; we used early-pregnancy BMI in the controls), age, parity, smoki

119 Early-pregnancy BMI was positively associated with son's

120 To study the associations between early pregnancy body mass index (BMI) and rates of cereb

121 To investigate the association between early pregnancy body mass index (BMI) and the risk of ch

122 rts for Swedish women who were stratified by early pregnancy body mass index (BMI).

123 randomized trial, 175 pregnant women with an early pregnancy body mass index (BMI; in kg/m(2)) from 3

124 level, cohabitation with a partner, height, early pregnancy body mass index, smoking, year of delive

125 side branching during sexual maturation and early pregnancy, but failed to develop lobulo-alveoli, r

126 e inadvertent exposure to vaccination during early pregnancy, but few data exist regarding the safety

127 in action in the normal mammary gland during early pregnancy, but underscore the necessity for tight

128 Maternal diet was assessed in early pregnancy by a 293-item semiquantitative food-freq

129 span of the corpus luteum is extended during early pregnancy by the placental production of chorionic

130 Diabetes mellitus in early pregnancy can cause neural tube defects (NTDs) in

131 Diabetes mellitus in early pregnancy causes birth defects, including neural t

132 activation by low-dose lipopolysaccharide in early pregnancy causes hemorrhages in the placenta and i

133 rate that maternal nutritional status during early pregnancy causes persistent and systemic epigeneti

134 s trophoblast (EVT) cells were isolated from early pregnancy decidua and placenta.

135 Our in vivo results reveal that cells of early pregnancy decidua express strong FasL immunoreacti

136 GWG in early pregnancy (defined as 0-18 weeks on the basis of a

137 Analysis of the decidua basalis from early pregnancy demonstrated expression of CCL14 and CXC

138 terone levels in bodily fluids can assist in early pregnancy diagnosis and can provide insight for ot

139 ranscriptomes implicated the emergence of an early pregnancy, distinctive immune response in women wh

140 rocess was still stochastic, indicating that early pregnancy does not provide the requisite events of

141 g of folic acid before conception and during early pregnancy dramatically reduces the occurrence of n

142 during various morphological stages: virgin, early pregnancy (e7), late pregnancy (e20), lactating (d

143 tested during the mid-luteal phase (PRE) and early pregnancy (EARLY; 6.2 +/- 1.2 weeks of gestation).

144 re administered to 10 Brazilian women during early pregnancy (EP; weeks 10-12 of gestation), late pre

145 l radiographs and had blood collected during early pregnancy, excluding smokers and diabetic patients

146 Previous studies suggested that early pregnancy exposure to specific oral decongestants

147 etal diameter are negatively associated with early-pregnancy exposures to ambient and vehicle-related

148 altered from day 5 of gestation, implicating early pregnancy factors, which was confirmed by reduced

149 stration of IL-10 was sufficient to overcome early pregnancy failure in dams treated to achieve simul

150 We describe a murine model of early pregnancy failure induced by systemic activation o

151 ceptors in the uterus/embryo may account for early pregnancy failure or female infertility.

152 Established parameters predictive of early pregnancy failure potentially result in misdiagnos

153 Treatment of early pregnancy failure with 800 microg of misoprostol v

154 -specific GATA2/GATA3 function could lead to early pregnancy failure.

155 zygotes contribute to the high incidence of early pregnancy failure.

156 icipants in Project Viva who enrolled during early pregnancy from 1999 to 2002.

157 nge in maternal body-mass index (BMI) during early pregnancy from first to second pregnancies and ris

158 In the early-pregnancy group, 3-HIA excretion decreased (P < 0.

159 women who were exposed to phthalates during early pregnancy had an increased risk of clinical pregna

160 dren exposed to maternal hypothyroxinemia in early pregnancy had more ADHD symptoms, independent of c

161 epressant or anti-anxiety medications during early pregnancy have high risks of non-live pregnancy ou

162 nts of mothers immunized preconception or in early pregnancy have insufficient pertussis-specific ant

163 In this study, we investigated early-pregnancy hCG concentrations and subsequent breast

164 levels of trichloroacetic acid (TCAA) during early pregnancy in a nested case-control design that com

165 erine gland origin, was not expressed during early pregnancy in adult FOXA2-deleted mice.

166 tic activation is a common characteristic of early pregnancy in humans despite reduced diastolic pres

167 pithelial and stromal differentiation during early pregnancy in LIF-nulls.

168 he placenta is required for establishment of early pregnancy in primates.

169 A birth cohort study, enrolled during early pregnancy in the greater Cincinnati, Ohio, area am

170 ir parents (with data collected beginning in early pregnancy) in Rotterdam, the Netherlands, from 200

171 ndings add more evidence that aspirin use in early pregnancy increases risk of gastroschisis.

172 Diabetes mellitus in early pregnancy increases the risk in infants of birth d

173 Heavy maternal alcohol consumption during early pregnancy increases the risk of oral clefts, but l

174 Nonphysiological hypoxia during early pregnancy induces CHD, but the underlying reasons

175 Early pregnancy inflammation (C-reactive protein: > or =

176 itamin use, and gestational age at sampling, early pregnancy inflammation (odds ratio = 2.9, 95% conf

177 Half of the women with early pregnancy inflammation had elevated C-reactive pro

178 f 400 microg of folic acid before and during early pregnancy influenced their risk for miscarriage.

179 In early pregnancy invading fetal trophoblasts encounter ab

180 Systemic arterial vasodilation in early pregnancy is accompanied by a compensatory rise in

181 Low maternal folate status during early pregnancy is associated with a higher risk of emot

182 on of folic acid before pregnancy and during early pregnancy is associated with a reduced risk for so

183 esis that maternal vitamin D and E status in early pregnancy is associated with airway epithelial cel

184 ined whether maternal periodontal disease in early pregnancy is associated with elevated serum C-reac

185 We conclude that obesity in early pregnancy is associated with increased risks of st

186 Abnormal TH signaling in early pregnancy is associated with significant cognitive

187 This relative arterial underfilling in early pregnancy is coupled to stimulation of the renin-a

188 ng that higher vitamin D status beginning in early pregnancy is necessary for asthma/recurrent wheeze

189 A critical role of progesterone (P) during early pregnancy is to induce differentiation of the endo

190 the peri-implantation period, and throughout early pregnancy, is the rise in endometrial glycogen con

191 y, vaginal infection of pregnant dams during early pregnancy led to fetal growth restriction and infe

192 luteal-phase lengths, time to pregnancy, and early pregnancy loss (within 6 weeks of the last menstru

193 1.1, 1.9) and a lower adjusted odds ratio of early pregnancy loss in conceptive cycles (odds ratio=0.

194 spectively), and the adjusted odds ratio for early pregnancy loss in conceptive cycles was lower in t

195 in this stress marker with a higher risk of early pregnancy loss in humans.

196 s in uterine function underlie fertility and early pregnancy loss in ruminants.

197 conception and to contribute to the risk of early pregnancy loss in this population.

198 The risk of early pregnancy loss increased with later implantation (

199 The risk of early pregnancy loss increases with later implantation.

200 tamin and homocysteine status in subclinical early pregnancy loss is unknown.

201 that for group 1, the adjusted odds ratio of early pregnancy loss of any conception for group 2 was 1

202 heavy paternal smoking increased the risk of early pregnancy loss through maternal and/or paternal ex

203 women who are obese are more likely to have early pregnancy loss, and have increased risk of congeni

204 llicular-phase length, time to pregnancy, or early pregnancy loss, and in fact, DEHP [di(2-ethylhexyl

205 IN that lead to congenital birth defects and early pregnancy loss, as well as the mechanisms involved

206 resulting in the arrest of embryo growth and early pregnancy loss.

207 otropin was assayed to detect conception and early pregnancy loss.

208 ompromised uterine blood vessels, leading to early pregnancy loss.

209 s for the pathophysiology of immune-mediated early pregnancy loss.

210 me to pregnancy, and logistic regression for early pregnancy loss.

211 in the first trimester may influence risk of early pregnancy loss.

212 s known that sperm aneuploidy contributes to early pregnancy losses and congenital abnormalities, the

213 The relative odds of early pregnancy losses associated with a 10-ng/g increas

214 There were 128 (26%) early pregnancy losses in 500 conceptions and 36 (10%) s

215 oup 1, group 2 had adjusted relative odds of early pregnancy losses of 1.23 (95% confidence interval

216 otropin was assayed to detect conception and early pregnancy losses, and pregnancies were followed to

217 otropin was assayed to detect conception and early pregnancy losses, and pregnancies were followed to

218 n serum total DDT and the risk of subsequent early pregnancy losses.

219 n the POA, DA was high in virgins and during early pregnancy, lowest on the day of parturition, and v

220 We evaluated early pregnancy (<140 days gestation) serum estradiol, e

221 al cycle that are critical for ovulation and early pregnancy maintenance.

222 eration to recall antigens, is necessary for early pregnancy maintenance.

223 oiding or reducing use of these drugs during early pregnancy may be advisable.

224 We conclude that elevated levels of NKB in early pregnancy may be an indicator of hypertension and

225 hat plasticity in sleep/wake patterns during early pregnancy may be driven by a reduction in wakefuln

226 f 400 microg of folic acid before and during early pregnancy may reduce the risk for imperforate anus

227 Maternal antibody responses in early pregnancy (mean gestational age = 11.1 weeks) to E

228 e measured plasma PFAS concentrations during early pregnancy (median = 9.7 weeks gestation) among 164

229 ion was predicted by using mixed models, and early pregnancy, midpregnancy, and late pregnancy rates

230 Early pregnancy, midpregnancy, and late pregnancy rates

231 gestational weight gain (GWG) overall and in early pregnancy, midpregnancy, and late pregnancy with n

232 The (18)F-FDG PET scans were obtained in early pregnancy (n = 1), the second trimester (n = 2), a

233 ency contraception is inadvertently taken in early pregnancy, neither the woman nor the fetus will be

234 leisure-time physical activity (LTPA) during early pregnancy on risk of de novo preeclampsia (n = 44)

235 -deficient (VAD) rats were maintained during early pregnancy on the short half-life vitamin A metabol

236 iated with maternal obesity are present from early pregnancy onward, reducing maternal obesity before

237 havior at this time) when compared to either early pregnancy or lactation in the following forebrain

238 intake (never, 1-9 times, or >/=10 times) in early pregnancy or midpregnancy and ibuprofen intake as

239 roendocrine response that is the hallmark of early pregnancy or pseudopregnancy (P/PSP).

240 tation to increase 25(OH)D concentrations in early pregnancy, or before conception, to decrease risk

241 stress appear to be a physiological state in early pregnancy; our data did not support the hypothesis

242 r adversely affect successful conception and early pregnancy outcomes in the first and second trimest

243 later offspring BMI differed by the mother's early-pregnancy overweight or obesity status (P for inte

244 BP decreased during early pregnancy (P < 0.001), but was restored during lat

245 the living residence of mothers during their early pregnancy period.

246 Higher early pregnancy PFAS concentrations were associated with

247 d with lower maternal carbohydrate intake in early pregnancy, previously linked with higher neonatal

248 ed that maternal calcium metabolic stress in early pregnancy, rather than suboptimal calcium intake o

249 n 400 microg of folic acid before and during early pregnancy reduces a woman's risk for having a baby

250 definitive roles of PGs in various events of early pregnancy remain elusive.

251 riodontal therapy provided during 8 weeks at early pregnancy resulted in decreased gingival inflammat

252 Plasmodium chabaudi AS infection during early pregnancy results in midgestational embryonic loss

253 not support an inverse relationship between early pregnancy serum hCG concentrations and breast canc

254 ltiple aspects of a healthy lifestyle during early pregnancy should be considered for GDM prevention.

255 of abdominal pain or vaginal bleeding during early pregnancy should prompt a transvaginal sonogram an

256 tiotemporally regulated in the uterus during early pregnancy, showing lower levels in the receptive u

257 Uterine Cox-2 expression during early pregnancy shows distinct localization and kinetics

258 tural defects have as yet been reported with early pregnancy sirolimus exposures.

259 eding in the first trimester includes normal early pregnancy, spontaneous abortion, molar pregnancy,

260 e association between high concentrations of early pregnancy steroid hormones and risk of ER(-)/PR(-)

261 During early pregnancy, steroid hormones estrogen (E) and proge

262 Cattle with defined early pregnancy success or loss is useful to elucidate t

263 ochemical and ultrasound markers measured in early pregnancy such as the Integrated test using first

264 s of inadvertent leflunomide exposure during early pregnancy suggest that this medication may be less

265 we observed that young adult female mice in early pregnancy switch from a microglia-independent to a

266 specifically linking autism to exposures in early pregnancy - thalidomide, misoprostol, and valproic

267 if prescribed psychotropic medication during early pregnancy than if not.

268 Fetal radiation doses are higher in early pregnancy than in late pregnancy, and there can be

269 When diagnosing early pregnancy, the clinician should not rely on the cl

270 During early pregnancy, the steroid hormone progesterone induce

271 are abundant in decidualized endometrium in early pregnancy; they surround spiral arteries and secre

272 In early pregnancy, thrombin may act as an autocrine/paracr

273 , vs a control group of vitamin A alone from early pregnancy through 3 months postpartum.

274 s or iron-folic acid alone, taken daily from early pregnancy to 12 weeks postpartum.

275 ying DBP levels and evaluated 2,409 women in early pregnancy to assess their tap water DBP concentrat

276 plus EPA (2 g/d) or placebo twice a day from early pregnancy to term.

277 ses against uterine-invading microbes during early pregnancy to the prevention of preterm births.

278 Early pregnancy ultrasound examinations did not differ b

279 etrial cells in the late secretory phase and early pregnancy under hormonal regulation.

280 nvolves up to 64 structured home visits from early pregnancy until the child's second birthday by spe

281 frequencies, in Ghanaian women followed from early pregnancy up to 1 y after delivery.

282 e dose to the uterus was used as a proxy for early pregnancy (up to 10 wk).

283 Creatinine (Cr)-corrected Cd in early pregnancy urine (U-Cd) was measured by inductively

284 n chorionic gonadotropin (hCG) prepared from early pregnancy urine have shown encouraging results in

285 iciency (25[OH]D levels <12.02 ng/mL) during early pregnancy was associated with a nearly 2-fold incr

286 sessed whether mild iodine deficiency during early pregnancy was associated with an adverse effect on

287 Maternal hypothyroxinemia (n = 127) in early pregnancy was associated with higher scores for AD

288 nal intake of peanut, milk, and wheat during early pregnancy was associated with reduced odds of mid-

289 omposite measure of healthy lifestyle during early pregnancy was associated with substantially lower

290 Maternal mild thinness in early pregnancy was weakly associated with an increased

291 al systolic and diastolic blood pressures in early pregnancy were associated with childhood retinal a

292 Low ferritin concentrations in early pregnancy were associated with increased placental

293 Maternal PFOA levels in early pregnancy were associated with smaller abdominal c

294 Median serum HO-1 concentrations in early pregnancy were lower in women who subsequently dev

295 However, fetuses infected in early pregnancy were much more likely to show clinical s

296 emoglobin concentrations in late, but not in early, pregnancy were strongly and independently associa

297 ammary development in virgin mice and during early pregnancy, when proliferation and invasion are hig

298 of the conceptus to toxins and drugs during early pregnancy, whereas viral infections may disrupt fe

299 en often present at emergency departments in early pregnancy with a 'pregnancy of unknown location' (

300 lerated mammary gland differentiation during early pregnancy with impaired development during late pr