ライフサイエンスコーパス: pregnancy complication

1 vents (e.g. parental use of alcohol/tobacco, pregnancy complications).

2 therapeutic options to prevent this serious pregnancy complication.

3 eeclampsia is a potentially life-threatening pregnancy complication.

4 stly European (55.2%), and 14.8% developed a pregnancy complication.

5 assessing a woman's risk of developing this pregnancy complication.

6 ampsia (PE) is a dangerous and unpredictable pregnancy complication.

7 ge-scale biobank data for understanding this pregnancy complication.

8 ces may be related to preeclampsia, a common pregnancy complication.

9 activation may be a culprit in postsurgical pregnancy complications.

10 oembolism or with previous placenta-mediated pregnancy complications.

11 in ICP cases were associated with coexisting pregnancy complications.

12 and/or prevention of inflammation-associated pregnancy complications.

13 pregnant women with prior placenta-mediated pregnancy complications.

14 to the development of preeclampsia and other pregnancy complications.

15 tinct from HCA and not entirely explained by pregnancy complications.

16 e third, and are associated with the risk of pregnancy complications.

17 heparin in the prevention of recurrent late pregnancy complications.

18 ry outcome was a composite end point of late-pregnancy complications.

19 with reduced UBF, even after controlling for pregnancy complications.

20 l tobacco smoke exposure are associated with pregnancy complications.

21 trol (DES) given to their mothers to prevent pregnancy complications.

22 -10 proficiency protects against CpG-induced pregnancy complications.

23 l infections are a well-established cause of pregnancy complications.

24 a good treatment for women with aPL-induced pregnancy complications.

25 oach to antiphospholipid syndrome-associated pregnancy complications.

26 ciation with abnormal placental function and pregnancy complications.

27 identify a new effector of immune-triggered pregnancy complications.

28 e to the placental dysfunction seen in human pregnancy complications.

29 ht contribute to the pathogenesis of certain pregnancy complications.

30 neural tube defects, Alzheimer disease, and pregnancy complications.

31 block C5a-C5a receptor interactions prevent pregnancy complications.

32 sociation between maternal periodontitis and pregnancy complications.

33 , both of which could trigger GBS-associated pregnancy complications.

34 f implantation and placentation lead to many pregnancy complications.

35 l births, outpatient laboratory testing, and pregnancy complications.

36 ent, leading to congenital disease and other pregnancy complications.

37 se characterized by vascular pathologies and pregnancy complications.

38 conclude that FeNOs merit increased study in pregnancy complications.

39 hat may influence general vaginal health and pregnancy complications.

40 the COVID-19 pandemic, as feasible based on pregnancy complications.

41 mmune protection and lead to infertility and pregnancy complications.

42 therapies for the prevention or treatment of pregnancy complications.

43 dations is associated with increased risk of pregnancy complications.

44 ores was generally related to lower risks of pregnancy complications.

45 r, cardiovascular disease, inflammation, and pregnancy complications.

46 lar vesicle (EV) protein biomarkers of early pregnancy complications.

47 r maternal health conditions can all lead to pregnancy complications.

48 e infertility due to pregnancy loss or later pregnancy complications.

49 d route of delivery, labor complications, or pregnancy complications.

50 es cause complement-dependent thrombosis and pregnancy complications.

51 uctive sleep apnea (OSA) are associated with pregnancy complications.

52 of the placenta during healthy pregnancy and pregnancy complications.

53 with diabetes, other medical conditions, or pregnancy complications.

54 lacental development and placenta-associated pregnancy complications.

55 iming to reduce the risk for immune-mediated pregnancy complications.

56 nd to experience higher rates of age-related pregnancy complications.

57 age is associated with an increased risk of pregnancy complications.

58 y, increased risk of metabolic diseases, and pregnancy complications.

59 ntage are associated with increased risks of pregnancy complications.

60 readiness and adequate response to managing pregnancy complications.

61 itoring of risk factors can assist to reduce pregnancy complications.

62 s for COVID-19 overlap with risk factors for pregnancy complications.

63 ental functions is crucial for understanding pregnancy complications.

64 ant expression of host genes associated with pregnancy complications.

65 isorder and GAD do not contribute to adverse pregnancy complications.

66 6 (95% CI, 1.15-3.02) after stillbirth vs no pregnancy complications.

67 itivity is achieved with addition of current pregnancy complications.

68 ower reproductive success and higher risk of pregnancy complications.

69 eloping personalised medicine approaches for pregnancy complications.

70 ities to prevent and treat infection-related pregnancy complications.

71 trophoblasts, reduces the risk of developing pregnancy complications.

72 ising target for therapeutic manipulation of pregnancy complications.

73 but may paradoxically lead to virus-related pregnancy complications.

74 rsal approach for mitigating immune-mediated pregnancy complications.

75 term birth was examined after stratifying by pregnancy complications.

76 tcomes included the live-birth rate and late pregnancy complications.

77 l testing for aneuploidies and prediction of pregnancy complications.

78 he prevention of recurrent placenta-mediated pregnancy complications.

79 arin effectively prevents recurrence of late pregnancy complications, 135 women with previous history

80 male surgeons were more likely to have major pregnancy complications (311 of 692 [48.3%] vs 43 of 158

81 First described as a pregnancy complication 80 years ago, hemolytic disease o

82 We used two mouse models of pregnancy complications: a mouse model of obstetrics ant

83 onin reuptake inhibitor (SSRI) treatment and pregnancy complications, accounting for psychiatric diag

84 With the exception of pregnancy complications, adverse-event rates were simila

85 cularly urogenital pathogens associated with pregnancy complications (Aerococcus christensenii and Ga

86 ase (SCD), little is known about the risk of pregnancy complications among those with sickle cell tra

87 uent long-term maternal morbidity, rendering pregnancy complications an early chronic disease marker.

88 first recognition in pregnancy, is a common pregnancy complication and a growing health concern.

89 tational diabetes mellitus (GDM) is a common pregnancy complication and a risk factor for the subsequ

90 recommended throughout pregnancy to prevent pregnancy complications and adverse birth outcomes assoc

91 ls of homocysteine (Hcy) are associated with pregnancy complications and adverse neonatal outcomes, s

92 s (GDM) is associated with increased risk of pregnancy complications and adverse perinatal outcomes.

93 l histology are frequently reported in these pregnancy complications and are often based upon scoring

94 xamined associations between cardiometabolic pregnancy complications and autism spectrum disorder (AS

95 Yet many pregnancy complications and birth defects that become mo

96 c infection; function, morbidity, mortality; pregnancy complications and birth outcomes.

97 on revealed significant associations between pregnancy complications and both substance use (OR 6.47,

98 milial aggregation of common determinants of pregnancy complications and cardiovascular disease is th

99 Pregnancy complications and cardiovascular disease share

100 patients who gave birth (76.9%; 170 babies), pregnancy complications and congenital anomalies occurre

101 nfection during pregnancy is associated with pregnancy complications and developmental and neurologic

102 cellular and intracellular programs leads to pregnancy complications and developmental defects.

103 anism underlying maternal smoking-associated pregnancy complications and developmental disorders.

104 anovulatory infertility, heightened risks of pregnancy complications and endometrial cancer.

105 ause intrauterine infections associated with pregnancy complications and fetal abnormalities.

106 CVD prevention, as well as the link between pregnancy complications and future CVD risk, were identi

107 uctive failure linking subfertility and late pregnancy complications and has allowed us to reject pra

108 whether there was mediation by diagnoses of pregnancy complications and health behaviors during preg

109 Maternal diabetes can lead to pregnancy complications and impaired fetal development.

110 he known roles of Aire-deficiency related to pregnancy complications and infertility, review the newl

111 ta/increta/percreta is associated with major pregnancy complications and is thought to be becoming mo

112 ar mixed-effects models showed that maternal pregnancy complications and low birth weight and prematu

113 This study reported pregnancy complications and neonatal outcomes for 49 liv

114 We aimed to present an overview of reported pregnancy complications and neonatal sequelae of materna

115 n this population include the higher risk of pregnancy complications and peripartum psychiatric probl

116 hed a mouse model that provided evidence for pregnancy complications and placental anti-angiogenesis

117 is crucial in understanding the etiology of pregnancy complications and prevention of congenital inf

118 immunity, often asymptomatic, and linked to pregnancy complications and risk of viral infection.

119 Relative to what is known about pregnancy complications and sickle cell disease (SCD), l

120 atios characterized the relationship between pregnancy complications and subsequent hospitalization f

121 is an association between a broader array of pregnancy complications and the future risk of CVD.

122 t biology and sheds light on the etiology of pregnancy complications and the in utero programming of

123 Excessive weight gain is linked to pregnancy complications and to long-term maternal and ch

124 nition may have relevance to immune-mediated pregnancy complications and to tumour immune evasion.

125 on disorders, including neural tube defects, pregnancy complications, and Alzheimer's disease.

126 smoking status, maternal educational level, pregnancy complications, and ambient temperature.

127 dividuals with CVD are at increased risk for pregnancy complications, and management of this unique p

128 stment for sociodemographic characteristics, pregnancy complications, and paternal BMI and were not m

129 of counseling BMT patients about fertility, pregnancy complications, and potential birth defects is

130 mographics, metabolic risk during pregnancy, pregnancy complications, and reproductive history.

131 ty, insurance, prepregnancy body mass index, pregnancy complications, and smoking or drinking during

132 terine growth restriction (IUGR) are serious pregnancy complications, and the triggers and mediators

133 cental infections represent a major cause of pregnancy complications, and yet the underlying molecula

134 w birth weight infants or who suffer related pregnancy complications are also at increased risk.

135 Pregnancy complications are associated with increased ri

136 In the general population, pregnancy complications are associated with long-term ma

137 study were to determine whether PDG-induced pregnancy complications are associated with placental ap

138 Women with a history of certain pregnancy complications are at higher risk for cardiovas

139 with or without thrombotic manifestations or pregnancy complications are limited.

140 Pregnancy complications are prevented by managing glycae

141 However, their associations with common pregnancy complications are unclear.

142 ight versus tight control of hypertension on pregnancy complications are unclear.

143 n, and gestational diabetes, the most common pregnancy complications, are associated with substantial

144 es, in particular better prophylaxis of late pregnancy complications, are urgently needed for obstetr

145 ndings have implications for immune-mediated pregnancy complications, as well as for our general unde

146 Fetal chronic hypoxia is a common pregnancy complication associated with fetal growth rest

147 POINTS: Chronic fetal hypoxaemia is a common pregnancy complication associated with intrauterine grow

148 Gestational diabetes mellitus is a common pregnancy complication associated with significant adver

149 psia and gestational hypertension are common pregnancy complications associated with adverse maternal

150 ental nutrient transport and fetal growth in pregnancy complications associated with altered maternal

151 s study, we examine the role of TNF-alpha in pregnancy complications associated with aPL Abs in a mur

152 ew insights in understanding and alleviating pregnancy complications associated with gestational hypo

153 We investigated whether pregnancy complications associated with low birthweight

154 Pregnancy complications associated with prenatal hypoxia

155 nd B cell dysfunction has been implicated in pregnancy complications associated with PTL, the functio

156 ctives were to describe the epidemiology and pregnancy complications associated with severe ICP and t

157 of M2-skewed immunosuppressive cytokines and pregnancy-complication-associated fibronectin-1.

158 lms tumor (WT) diagnosed during childhood on pregnancy complications, birth weight, and the frequency

159 ntify not only a subset of women at risk for pregnancy complications but also women with greater card

160 atosus (SLE) have fewer live births and more pregnancy complications, but can have successful live bi

161 CKD is a risk factor for pregnancy complications, but estimates for adverse outco

162 urrent, especially severe, placenta-mediated pregnancy complications, but further research is require

163 Maternal asthma is associated with serious pregnancy complications, but newborn morbidity is unders

164 ma) and interleukin-17 (IL-17) are linked to pregnancy complications, but the regulation of maternal

165 There are effective treatments for these pregnancy complications, but they require early detectio

166 ggested to play a role in the development of pregnancy complications, but very little is known about

167 n, leading to infertility, or predisposes to pregnancy complications by rendering the feto-maternal i

168 Pregnancy complications can be unpredictable and many wo

169 In mammals, pregnancy complications can trigger an embryonic or feta

170 as chronic infections, autoimmune diseases, pregnancy complications, cancers, and transplant failure

171 or cell hierarchy and may help us understand pregnancy complications caused by a defective placental

172 characteristics, maternal comorbidities, and pregnancy complications), CD was associated with higher

173 Preeclampsia is a cardiovascular pregnancy complication characterised by new onset hypert

174 Preeclampsia (PE) is a severe multisystem pregnancy complication characterized by gestational hype

175 Preeclampsia, a pregnancy complication characterized by hypertension aft

176 ytopoiesis and platelet production following pregnancy complications characterized by placental insuf

177 LMWH had recurrent severe placenta-mediated pregnancy complications compared with 127 (42.9%) of 296

178 OB-GYNs had similar incidences of pregnancy complications compared with non-physicians exc

179 er of pregnancy were at higher risk of major pregnancy complications compared with those operating le

180 ntenatally based on a combination of current pregnancy complications, congenital anomalies, maternal

181 ia during pregnancy has been associated with pregnancy complications; data on efficacy of recommended

182 Preeclampsia is a serious pregnancy complication diagnosed by signs of widespread

183 Physicians may be at risk of pregnancy complications due to prolonged work hours, ove

184 Shallow invasion increases the risk of pregnancy complications, e.g., severe preeclampsia.

185 increased habitual spontaneous abortion and pregnancy complications (eg, placental abruption and pre

186 ndering them more susceptible to devastating pregnancy complications (especially preterm birth), HIV

187 Problems after delivery and pregnancy complications generally had low validity and r

188 Pregnancy complications-gestational diabetes, preeclamps

189 ernal adaptive immune system to postsurgical pregnancy complications has not been explored.

190 after adjustments for lifestyle factors and pregnancy complications, highest compared with lowest te

191 nfections are a leading preventable cause of pregnancy complications impacting both mother and fetus.

192 Fetal growth restriction (FGR) is a pregnancy complication in which a newborn fails to achie

193 oman with recurrent severe placenta-mediated pregnancy complications in her 2 pregnancies asks: Will

194 also shed light on the pathogenesis of many pregnancy complications in human, such as recurrent spon

195 Pregnancy complications in IL-10(-/-) mice were associat

196 rin help prevent recurrent placenta-mediated pregnancy complications in my next pregnancy?

197 bolism, pregnancy loss, or placenta-mediated pregnancy complications in pregnant women with thromboph

198 understanding the role of fetal NK cells in pregnancy complications in which NK cells could be invol

199 novel mechanism of pathogenesis for certain pregnancy complications in which there is engagement of

200 Thus, nadroparin did not prevent late-pregnancy complications in women at risk of recurrence.

201 ts of low-molecular-weight heparin (LMWH) on pregnancy complications in women with prior pregnancy lo

202 t heparins are widely used to try to prevent pregnancy complications.In this issue of Blood, Martinel

203 Information on pregnancy complications, incident hypertension, and CVD

204 Late pregnancy complications include gestational diabetes and

205 Pregnancy complications included toxemia, lupus flare, g

206 Inferior trophoblast invasion results in pregnancy complications including preeclampsia, intraute

207 erine artery are strongly implicated in many pregnancy complications, including advanced maternal age

208 evelopment and function may result in severe pregnancy complications, including fetal growth restrict

209 o gain insights into the aetiology of common pregnancy complications, including intra-uterine growth

210 dation, hearing loss, visual impairment, and pregnancy complications, including intrauterine growth r

211 as been implicated as a pathogenic factor in pregnancy complications, including IUGR; however, the ro

212 ancy; impaired remodeling is associated with pregnancy complications, including late miscarriage, pre

213 Women with a broader array of pregnancy complications, including placental abruption a

214 s erythematosus carries an increased risk of pregnancy complications, including preeclampsia and feta

215 insight into the pathogenesis of many human pregnancy complications, including preeclampsia, intraut

216 ental inflammatory responses associated with pregnancy complications, including spontaneous preterm d

217 In addition to immediate implications for pregnancy complications, increasing evidence implicates

218 in vivo and in vitro and protected mice from pregnancy complications induced by aPL antibodies.

219 Pregnancy complication information was obtained from mat

220 cally, gestational diabetes was considered a pregnancy complication involving treatment of rising gly

221 ed data from the International Prediction of Pregnancy Complications (IPPIC) Network of studies on pr

222 apping functions, the increased incidence of pregnancy complications is specific for EP300 mutations.

223 o maternal hyperglycemia, a common metabolic pregnancy complication, is of public health significance

224 Pregnancy complications like gestational diabetes mellit

225 used to prevent not only the development of pregnancy complications like gestational diabetes that i

226 Pregnancy complications like preeclampsia are associated

227 individuals at greater risk of diet-related pregnancy complications, low diet quality was pervasive

228 with elevated risk of wheeze, adjusting for pregnancy complications, maternal atopy, gestational age

229 Results suggest that common cardiometabolic pregnancy complications may influence child ASD-related

230 Pregnancy complications, namely gestational diabetes (GD

231 ould be regarded as an indicator of possible pregnancy complications, not necessarily as a sign of ad

232 , excessive levels of IFITMs may mediate the pregnancy complications observed during congenital infec

233 Self-reported pregnancy complications occurred in 36.5%, those with co

234 4; 95% confidence interval, 1.00-2.38), or a pregnancy complication (odds ratio, 1.78; 95% confidence

235 TNF blockade as a potential therapy for the pregnancy complications of APS.

236 implications regarding neurodevelopment and pregnancy complications of the mother following prenatal

237 nd micronutrient supplements may reduce some pregnancy complications or impact women's ability to acc

238 eases (adjusted OR 3.69 [95% CI 1.78-7.66]), pregnancy complications or miscarriages (3.54 [1.47-8.55

239 Recurrence of pregnancy complications predisposing to SIDS could partl

240 The pregnancy complication preeclampsia (PE), which occurs i

241 In the pregnancy complication preeclampsia, extravillous tropho

242 ailures in this transformation accompany the pregnancy complication preeclampsia.

243 tility and recurrent miscarriage, as well as pregnancy complications preeclampsia, fetal growth restr

244 Information on pregnancy complications (preeclampsia, small for gestati

245 body mass index, parity, medical conditions, pregnancy complications, prenatal smoking, and prenatal

246 h (five [19%]), pregnancy outcomes including pregnancy complications, preterm birth, or birthweight (

247 In turn, many idiopathic pregnancy complications proposed to originate from disru

248 the matching effect could be associated with pregnancy complications rather than with schizophrenia p

249 n had a lower risk of pre-eclampsia-a common pregnancy complication related to higher CVD risk among

250 It is unknown whether pregnancy complications resulting in poor fetal growth c

251 also increase the risk of placenta-mediated pregnancy complications (severe pre-eclampsia, small-for

252 ated disease, previous spontaneous abortion, pregnancy complications, smoking (since 1991), and body

253 Pregnancy complications (spontaneous abortion, intrauter

254 Reciprocally, many human pregnancy complications stemming from inadequacies in fe

255 For women without pregnancy complications, subtraction of 270 days from th

256 heterogeneity employed for the mitigation of pregnancy complications such as fetal growth restriction

257 Prenatal cytomegalovirus infection may cause pregnancy complications such as intrauterine growth rest

258 lacentation has been noticed in a variety of pregnancy complications such as miscarriage, early-onset

259 pressed by dNK reduces development of severe pregnancy complications such as miscarriages and preterm

260 placenta is crucial for our understanding of pregnancy complications such as preeclampsia and fetal g

261 uding human immunodeficiency virus (HIV) and pregnancy complications such as preterm birth.

262 Uncovering the causes of pregnancy complications such as preterm labor requires g

263 rturition timing may have relevance to human pregnancy complications such as preterm labor.

264 ly viewed as most appropriate for women with pregnancy complications, such as HIV.

265 blast differentiation has been implicated in pregnancy complications, such as pre-eclampsia and gesta

266 ave been implicated in the pathoaetiology of pregnancy complications, such as pre-eclampsia.

267 immunologic homeostasis are associated with pregnancy complications, such as preeclampsia and intrau

268 al placentation and the later development of pregnancy complications, such as preeclampsia, fetal gro

269 gnant surgeons are more likely to have major pregnancy complications, such as preterm delivery, intra

270 that this may be the underlying mechanism of pregnancy complications, such as preterm delivery.

271 e infiltration may be an underlying cause of pregnancy complications, such as preterm labor or preecl

272 nherited thrombophilia and placenta-mediated pregnancy complications, such as recurrent pregnancy los

273 Various pregnancy complications, such as severe forms of preecla

274 Chronic fetal hypoxaemia is a common pregnancy complication that increases the risk of infant

275 STRACT: Chronic fetal hypoxaemia is a common pregnancy complication that may arise from maternal, pla

276 uterine infections have been associated with pregnancy complications that are also linked with increa

277 f of pregnancy, and no history of or current pregnancy complications that might have impaired fetal g

278 We observed combinations of pregnancy complications that predict high risk of death

279 studies have investigated the combination of pregnancy complications that predict risk for cardiovasc

280 betes, obesity, and overweight are prevalent pregnancy complications that predispose offspring to neu

281 Complications (IPPIC) Network of studies on pregnancy complications; the full dataset comprised 94 s

282 f the relation of the occurrence of multiple pregnancy complications to CVD death over 5 decades in a

283 The relationship of pregnancy complications to future chronic disease is app

284 In immunotherapy strategies for pregnancy complications, upregulation of immune checkpoi

285 hat maternal inflammation can lead to severe pregnancy complications via a mechanism that involves in

286 ammation did not normalize in lupus, risk of pregnancy complications was increased.

287 The occurrence of pregnancy complications was not significantly different

288 In this large, diverse US cohort, pregnancy complications were associated with higher mort

289 Four metabolic pregnancy complications were examined individually, and

290 Donors with predonation pregnancy complications were excluded.

291 en with known allergies to prostaglandins or pregnancy complications were excluded.

292 Pregnancy complications were few and manageable.

293 Pregnancy complications were not associated with eGFR <3

294 Pregnancy complications were obtained from the medical r

295 estational diabetes mellitus (GDM), a common pregnancy complication which has short-term and long-ter

296 Low birth weight is a common pregnancy complication, which has been associated with h

297 Preeclampsia is a major pregnancy complication with potential short- and long-te

298 Although the cause of preeclampsia, a pregnancy complication with significant maternal and neo

299 processes that link the occurrence of these pregnancy complications with adverse child outcomes; alt

300 rations during pregnancy are associated with pregnancy complications with recognized later-life cardi