ライフサイエンスコーパス: abortion

1 nions (like attitudes toward gun control and abortion).

2 e a population-level increase in spontaneous abortion.

3 tended pregnancies and ensure access to safe abortion.

4 hich is used with misoprostol for medication abortion.

5 of the FDA-approved protocol for medication abortion.

6 ssor-will precede an increase in spontaneous abortion.

7 ather than a cause of the beginning of ovary abortion.

8 . chondrophila would result in infection and abortion.

9 st commonly administered to treat incomplete abortion.

10 n mice deficient in IFN pathways, leading to abortion.

11 and 0.9 (95% CI: 0.7, 1.2) for late medical abortion.

12 veloping countries, to ensure access to safe abortion.

13 nfounding, or to an actual effect of induced abortion.

14 and a hexaploid father, leading to the seed abortion.

15 n risk among women with a history of induced abortion.

16 of ZmHb1 results in massive PCD, leading to abortion.

17 otentially involved in recurrent spontaneous abortion.

18 ute to both Treg expansion and prevention of abortion.

19 estimate hazard ratios (HRs) of spontaneous abortion.

20 and cervical pre-treatment prior to surgical abortion.

21 le without fertilization, finally leading to abortion.

22 t pregnancy to infection of the placenta and abortion.

23 g 5 years after receiving or being denied an abortion.

24 and protein accumulation, resulting in seed abortion.

25 ion and other policies to restrict access to abortion.

26 rm to the integuments, which results in seed abortion.

27 in countries grouped by the legal status of abortion.

28 re both necessary and sufficient for causing abortion.

29 recognized pregnancies result in spontaneous abortion.

30 eiosis causes infertility, birth defects and abortions.

31 rough a linkage with the Registry of Induced Abortions.

32 is can lead to birth defects and spontaneous abortions.

33 one-unit increase in the number of previous abortions.

34 ur pregnancies resulted in early spontaneous abortions.

35 ly as well as arthrogryposis and spontaneous abortions.

36 are diminished in patients with spontaneous abortions.

37 , complications from ectopic pregnancies and abortions (10.3%), nongenitourinary infection (10.1%), s

38 ce interval [CI], 0.90 to 1.58), spontaneous abortion (20 cases among 463 exposed pregnancies and 131

39 umerated causes of maternal death including "abortion"; (4) enumerated >/=100 maternal deaths; (5) a

40 The rest of deaths were due to abortion (7.9% [193 000], 4.7-13.2), embolism (3.2% [78

41 east one side effect during their medication abortion: 8.4% (95% CI: 6.8%-10.0%) in the prelaw period

42 We estimated that 35 abortions (90% uncertainty interval [UI] 33 to 44) occur

43 gous mcm7 mutants resulted in frequent ovule abortion, a phenotype that does not occur in other mcm m

44 We identified spatial disparities in abortion access, which were broadly unchanged, at least

45 Specifically, we show that carpel abortion acts downstream of organ identity and requires

46 sessed outcomes of stillbirth or spontaneous abortion after administration of influenza vaccine durin

47 Grain abortion allows the production of at least a few viable

48 stries that include detailed data on induced abortions, although information on miscarriages was of l

49 e mean annual rates of pregnancy, birth, and abortion among CHOICE participants were 34.0, 19.4, and

50 n comparison, rates of pregnancy, birth, and abortion among sexually experienced U.S. teens in 2008 w

51 iterature finds elevated risk of spontaneous abortion among women who report adverse financial life e

52 Analysis of data for abortions among nulliparous women in Scotland 1992-2008

53 1) for late (>/=12 gestation weeks) surgical abortion and 0.9 (95% CI: 0.7, 1.2) for late medical abo

54 % with only a prior spontaneous or scheduled abortion and 22.2% with a prior birth (p </= 0.01).

55 res and standardization of the definition of abortion and abortion-related mortality should be encour

56 ly, but it can suppress inflammation-induced abortion and aid the survival of implanted allogeneic em

57 were paralleled by increasing use of medical abortion and cervical pre-treatment prior to surgical ab

58 ve use, and post-conception outcomes such as abortion and changes in mothers' relationship status.

59 SBV is an orthobunyavirus that causes abortion and congenital abnormalities in ruminants.

60 were different between recurrent spontaneous abortion and control women.

61 te the proportion of pregnancies that end in abortion and examine whether abortion rates vary in coun

62 aspects of maize flower development: carpel abortion and floral asymmetry.

63 that was associated with a decreased risk of abortion and in vitro fertilization failure.

64 ion mandating counseling before obtaining an abortion and other policies to restrict access to aborti

65 function in both sexes, and, in women, with abortion and pregnancy outcome before 18 years of age.

66 in combination with a history of spontaneous abortion and risk of preeclampsia.

67 t women, L. monocytogenes infection leads to abortion and severe infection of the fetus or newborn.

68 Hazard ratios (HRs) for spontaneous abortion and stillbirth, estimated using proportional ha

69 l study has examined inequality in access to abortion and whether inequality has increased as the num

70 sation based on the WHO definition of unsafe abortion and WHO guidelines on safe abortion to categori

71 stical test for interaction between previous abortion and year was highly statistically significant (

72 minated, and there were 19 (17%) spontaneous abortions and 2 (2%) intrauterine deaths.

73 (overall and organ specific) and spontaneous abortions and during the second/third trimesters for sma

74 Changes over time in elective abortions and in the cohort composition of high-risk pre

75 ies with an overall incidence of spontaneous abortions and postpartum hemorrhage of 19.8% and 21.4%,

76 Incident spontaneous abortions and stillbirths were reported in 2756 (17.3%)

77 risk differed between women who had medical abortions and those who had surgical abortions (the latt

78 iability, reduced filament elongation, ovule abortion, and failure of flowers to open.

79 cially politicized health issues (marijuana, abortion, and firearm storage).

80 were singleton, not terminated by an induced abortion, and had documented 3-drug ART use.

81 ammatory disease, preterm birth, spontaneous abortion, and infertility in women, yet treatment has pr

82 intrauterine growth restriction, spontaneous abortion, and microcephaly.

83 growth arrest, oxidative stress, floral bud abortion, and pollen inviability.

84 viewed via telephone 1 week after seeking an abortion, and then interviewed semiannually for 5 years,

85 The virus causes respiratory disease, abortion, and, in some cases, neurological disease.

86 s), 1 fetal death/stillbirth, 11 spontaneous abortions, and 1 elective termination.

87 with low birth weight, 11 (1.7%) spontaneous abortions, and six (0.9%) stillbirths.

88 he highest in other neurological conditions, abortion, appendicitis, obstructed labour, and maternal

89 Among women with a history of recurrent abortion, APS women were at a higher risk than other wom

90 fidence interval [CI], 1.5-8.2), spontaneous abortion (aRR = 5.9; 95% CI, 1.8-19.7), intrauterine fet

91 HO guidelines on safe abortion to categorise abortions as safe or unsafe and to further divide unsafe

92 significantly increased risk of spontaneous abortion associated with fluconazole exposure (HR, 1.48;

93 ultivars suggested a potential role in ovule abortion associated with seedlessness.

94 s from three fatal cases and two spontaneous abortions associated with Zika virus infection.

95 data were analyzed for all women undergoing abortion at </=49 d gestation during the study period.

96 s identified by ultrasound underwent induced abortion at 21 and 30 weeks' gestation.

97 eventive sterilization at transplantation or abortion at the time of conception are likely unwarrante

98 C. jejuni isolates collected from U.S. sheep abortions at different time periods and compared them wi

99 hem with women who sought but were denied an abortion because they were just beyond the facility gest

100 ho had experienced 3 consecutive spontaneous abortions before the 10th week of gestation or 1 fetal d

101 ho had experienced 3 consecutive spontaneous abortions before the 10th week of gestation or 1 fetal l

102 In this study, compared with having an abortion, being denied an abortion may be associated wit

103 1 month a rise in the number of spontaneous abortions (beta = 33.19 losses/month, 95% confidence int

104 w conception of utilizing safe and effective abortion botanic medicines for CTC-based metastatic chem

105 tion, 26 with a prior spontaneous or induced abortion but no deliveries and 77 with at least one prio

106 t 13% of maternal mortality is due to unsafe abortion, but challenges with measurement and data quali

107 , regional, and subregional distributions of abortion by safety categories.

108 Abortion can help women to control their fertility and i

109 ged 18-25 years attending family planning or abortion care visits and not desiring pregnancy in the n

110 Flower or grain abortion causes large yield losses under water deficit.

111 gh women in the USA who live further from an abortion clinic are less likely to obtain an abortion th

112 We calculated the median distance to an abortion clinic for women in each county and the median

113 10.79 miles (17.36 km) to reach the nearest abortion clinic, although 20% of women would have had to

114 an abortion than women who live closer to an abortion clinic, no national study has examined inequali

115 For this analysis, we obtained data on abortion clinics for 2000, 2011, and 2014 from the Guttm

116 er inequality has increased as the number of abortion clinics has declined.

117 ly significant increased risk of spontaneous abortion compared with risk among unexposed women and wo

118 ks' gestation, 147 experienced a spontaneous abortion, compared with 563 among 13,246 unexposed match

119 rs) in the study, at 1 week after seeking an abortion, compared with the near-limit group, women deni

120 a pregnancy ending in miscarriage or induced abortion confers any protection.

121 sibility that data on miscarriage or induced abortion could have influenced the findings cannot be ru

122 We requested abortion data from government agencies and compiled data

123 th and a national survey of patients who had abortions, data on births from the National Center for H

124 and valve failure, and/or fetal spontaneous abortion, death, and congenital defects in pregnant wome

125 42 C. jejuni isolates associated with sheep abortion during 2002 to 2008 in Great Britain, using mul

126 est a regulatory role for aminoacylation and abortion during stress, and our study provides an experi

127 trolled for temporal patterns in spontaneous abortion (e.g., seasonality, trend) and changes in the p

128 Thus, 25.1 million (45.1%, 40.6-50.1) abortions each year between 2010 and 2014 were unsafe, w

129 ased availability of simple methods for safe abortion (eg, medical abortion), the increasingly widesp

130 ssues such as religion, economics, politics, abortion, extramarital sex, books, movies, and electoral

131 nuary 1, 2008, to December 31, 2010, from 30 abortion facilities in 21 states throughout the United S

132 Medication abortions fell from 22% (95% CI: 20.8%-22.3%) of all abo

133 Outcomes of include abortion, fetal death and respiratory disease in newborn

134 differences in key safety outcomes including abortion, fetal death in utero, and congenital anomalies

135 her contraceptive, history of miscarriage or abortion for the first pregnancy, or having had gestatio

136 r for Health Statistics, and data on induced abortions from a national census of abortion providers;

137 0 patients affected by recurrent spontaneous abortion, from the same ethnic background.

138 old baby, and two placentas from spontaneous abortions, from Brazil were submitted to the Infectious

139 women's access to abortion on the basis that abortion harms women's mental health.

140 uggests that women with a history of induced abortion have a lower risk of preeclampsia, it is diffic

141 e literature is inconsistent, and methods of abortion have changed dramatically over the last 30 year

142 Global estimates of unsafe abortions have been produced for 1995, 2003, and 2008.

143 test the hypothesis by using the well-known abortion herb Achyranthes bidentata Blume (A. bidentata)

144 exposed to topical azoles had a spontaneous abortion (HR, 1.62 [95% CI, 1.26-2.07]); 20 of 4301 wome

145 Induced abortion (IA) has been associated with a lower risk of p

146 from (i) 3- to 6-d-old embryos, (ii) induced abortions, (iii) chorionic villus sampling, (iv) amnioce

147 5% (90% UI 23 to 29) of pregnancies ended in abortion in 2010-14.

148 It resembles the control of abortion in a large range of species and inflorescence a

149 latter disappeared within 18 weeks following abortion in a majority of the animals, antibodies to sur

150 cidence of oocyte aneuploidy and spontaneous abortion in aging females.

151 plays in systemic infection and particularly abortion in animals remains to be determined.

152 oan parasite that can cause fetal damage and abortion in both animals and humans.

153 ora caninum is a primary infectious cause of abortion in cattle that causes significant economic loss

154 pecies and has been implicated as a cause of abortion in cattle.

155 ve a central role during Brucella-associated abortion in infected women.

156 play important roles in the postzygotic seed abortion in interspecific hybrids or neo-allopolyploids.

157 counted for more than 90% of drought-related abortion in our experiments.

158 for the induction of systemic infection and abortion in pregnant animals and provide a viable candid

159 stinal tract, causing systemic infection and abortion in pregnant animals.

160 mplete abolishment of bacteremia in mice and abortion in pregnant guinea pigs, while complementation

161 s for the equine industry from high rates of abortion in pregnant mares, death in young foals, establ

162 tracellular pathogen that causes spontaneous abortion in pregnant women, as well as septicemia, menin

163 o Africa and characterized by a high rate of abortion in ruminants and hemorrhagic fever, encephaliti

164 ic to Africa, characterized by high rates of abortion in ruminants and severe diseases in humans.

165 Women obtaining a medication abortion in the postlaw period had three times the odds

166 ly emerged as the predominant cause of ovine abortion in the United States.

167 persistent spatial disparities in access to abortion in the USA.

168 birth in relation to the number of previous abortions in 732,719 first births (>/=24 wk), adjusting

169 responsible for major economic losses due to abortions in cattle.

170 ible for a substantial number of spontaneous abortions in Jersey dairy cattle throughout the past hal

171 on use of tetracyclines for control of sheep abortions in the United States but not in Great Britain.

172 A) has become the predominant cause of sheep abortions in the United States.

173 e brucellosis, causes chronic infections and abortions in wild and domestic ungulates, but its impact

174 l, regional, and global levels and trends in abortion incidence for 1990 to 2014, and abortion rates

175 to 0.4%, and that the proportion of medical abortions increased from 18% to 68%.

176 e demonstrated that pVir is not required for abortion induction in the guinea pig model.

177 safe or unsafe and to further divide unsafe abortions into two categories of less safe and least saf

178 2011; (2) utilized data from a country where abortion is "considered unsafe"; (3) specified and enume

179 , in nulliparous women, a history of induced abortion is associated with a lower risk of preeclampsia

180 ates for 2010-14 and the grounds under which abortion is legally allowed.

181 side formal health systems in contexts where abortion is legally restricted, and the need to account

182 We have tested the hypothesis that abortion is linked to the differential development of ov

183 Information about the incidence of induced abortion is needed to motivate and inform efforts to hel

184 The mechanism behind this postzygotic seed abortion is poorly understood.

185 gest that the dominance of clone SA in sheep abortions is unique to the United States, and the use of

186 d that therapeutic termination of pregnancy (abortion) is associated with an increased risk of subseq

187 Whether clone SA was present in earlier U.S. abortion isolates (before 2000) and is associated with s

188 er confirmed the population structure of the abortion isolates.

189 hological trajectories of women who received abortions just under the facility's gestational limit (n

190 with monthly trends in reported spontaneous abortion, lagged by 1 month.

191 higher in countries with highly restrictive abortion laws than in those with less restrictive laws.

192 The idea that abortion leads to adverse psychological outcomes has bee

193 linking W. chondrophila infection to cattle abortion, little direct experimental evidence exists.

194 loss was classified as either a spontaneous abortion (loss at <20 wk) or a stillbirth (loss at >/=20

195 Among the 2,783 medication abortions </=49 d gestation, 4.9% (95% CI: 3.7%-6.2%) in

196 red with having an abortion, being denied an abortion may be associated with greater risk of initiall

197 A carbon-driven ovary abortion may occur later in the cycle in the case of car

198 We used all available empirical data on abortion methods, providers, and settings, and factors a

199 ly counts of clinically detected spontaneous abortions (n = 157,449) and the unemployment rate in Den

200 group reported adverse events (iodine group: abortion, n=20; blighted ovum, and n=2; intrauterine dea

201 n=2; intrauterine death, n=2; placebo group: abortion, n=22; blighted ovum, n=1; intrauterine death,

202 Abortion occurred in the youngest ovaries whose silks di

203 the first sign that an animal is infected is abortion occurring late in gestation.

204 ed by "abortion storms" in which spontaneous abortion occurs in almost 100% of pregnant ruminants.

205 pressant medication exposure and spontaneous abortion (odds ratio [OR], 1.47; 95% CI, 0.99 to 2.17; P

206 ndosperm development and induces the partial abortion of developing seeds, associated with the enhanc

207 a abortus is the causative agent of enzootic abortion of ewes and poses a significant zoonotic risk f

208 individual Z-rings, leading to the frequent abortion of septum synthesis, which in turn results in t

209 ly aborted, but probably after the switch to abortion of these ovaries.

210 the new policy include: a large reduction in abortions of unapproved pregnancies, virtual elimination

211 ort policies that restrict women's access to abortion on the basis that abortion harms women's mental

212 ion to 15.4% and 14.3% in those with a prior abortion or birth, respectively (p > 0.05).

213 ) and 20.8% (p = 0.03) in those with a prior abortion or birth, respectively.

214 ul pregnancy; its failure is associated with abortion or preterm delivery.

215 2.98; 95% CI, 1.18-7.50), prior spontaneous abortion (OR, 0.11; 95% CI, 0.02-0.53), difficult fetal

216 ntly associated with the risk of spontaneous abortion (OR, 1.04; 95% CI, 0.76-1.43; 50 exposed cases)

217 alformation categories assessed, spontaneous abortion, or stillbirth.

218 To induce abortion, orally ingested Campylobacter must translocate

219 f interest for malformations and spontaneous abortion (organogenesis), and the second/third trimester

220 ciation of this legal change with medication abortion outcomes and utilization.

221 dence that the change in law led to improved abortion outcomes.

222 s (before 2000) and is associated with sheep abortions outside the United States are unknown.

223 associated with the risk of SGA/spontaneous abortions/overall malformations.

224 lso associated with a history of spontaneous abortion (p </= 0.02).

225 art data were abstracted from all medication abortion patients from 1 y prior to the law's implementa

226 ort design, comparing outcomes of medication abortion patients in the prelaw period to those in the p

227 , 1.89 [95% CI, 1.25-2.85]), and spontaneous abortion (pooled OR, 1.82 [95% CI, 1.10-3.03]).

228 ions in human, such as recurrent spontaneous abortion, preeclampsia, and intrauterine growth restrict

229 lcohol-related disease, previous spontaneous abortion, pregnancy complications, smoking (since 1991),

230 fection during pregnancy that often leads to abortion, premature delivery, intrauterine growth restri

231 Adverse pregnancy events like spontaneous abortion, preterm birth and fetal demise were assessed f

232 intrauterine growth restriction, spontaneous abortion, preterm birth, and congenital infection.

233 that were medication abortions (versus other abortion procedures).

234 Virgin, normal pregnant, and abortion-prone female mice were treated either with 10 I

235 The abortion-prone mating combination CBA/J x DBA/2 has been

236 A deficiency prevented pregnancy loss in the abortion-prone mating combination.

237 d to normal pregnancy rates in a spontaneous abortion-prone model.

238 Ohio law required use of a medication abortion protocol that is associated with a greater need

239 11, and 2014 from the Guttmacher Institute's Abortion Provider Census.

240 induced abortions from a national census of abortion providers; the number of miscarriages was estim

241 ntation (February 2011-October 2014) at four abortion-providing health care facilities in Ohio.

242 In the developed world, the abortion rate declined 19 points (-26 to -14), from 46 (

243 Abortion rate in different treatments and positions on t

244 chical time series model whereby the overall abortion rate is a function of the modelled rates in sub

245 c errors, but factors such as differences in abortion rate may play a role as well.

246 Animals in groups 1, 2 and 5 experienced an abortion rate of 50-67%, while only one animal aborted i

247 otective immunity, resulting in a much lower abortion rate.

248 We analyzed pregnancy, birth, and induced-abortion rates among teenage girls and women 15 to 19 ye

249 people with Down syndrome believe that high abortion rates following a diagnosis of this condition s

250 e did not observe an association between the abortion rates for 2010-14 and the grounds under which a

251 Abortion rates have declined significantly since 1990 in

252 in abortion incidence for 1990 to 2014, and abortion rates in subgroups of women.

253 ies that end in abortion and examine whether abortion rates vary in countries grouped by the legal st

254 ctive organs is the primary event leading to abortion, rather than a disruption of carbon metabolism.

255 Abortion reduces global protein synthesis, but it enhanc

256 d "Very Good" found the highest estimates of abortion related mortality (median 16%, range 1-27.4%).

257 e validity of studies reporting estimates of abortion-related mortality exists.

258 ardization of the definition of abortion and abortion-related mortality should be encouraged.

259 would facilitate better understanding global abortion-related mortality.

260 tage of unintended pregnancies that ended in abortion remained stable during the period studied (40%

261 d with the near-limit group, women denied an abortion reported more anxiety symptoms (turnaway-births

262 Kernel abortion resulting from osmotic stress is not from a lac

263 abolism and related pathways and spontaneous abortion (SAB, gestation < 20 weeks) risk.

264 of the framework and methods for estimating abortion safety is needed owing to the increased availab

265 account for the multiple factors that affect abortion safety.

266 effects, e.g., low birth weight, spontaneous abortion, stillbirth, and birth defects.

267 en Listeria monocytogenes causes spontaneous abortion, stillbirth, and preterm labor in humans and se

268 Outcomes included spontaneous abortion, stillbirth, major birth defect, small size for

269 mosquito-borne disease is characterized by "abortion storms" in ruminants and by hemorrhagic fever,

270 outbreaks among livestock, characterized by "abortion storms" in which spontaneous abortion occurs in

271 additional intervention following medication abortion (such as aspiration, repeat misoprostol, and bl

272 human pregnancy such as repeated spontaneous abortion, sudden intrauterine unexpected foetal death sy

273 abortion clinic are less likely to obtain an abortion than women who live closer to an abortion clini

274 r disrupted paternal gene expression in seed abortion that varies in different crosses.

275 tudy of caffeine metabolites and spontaneous abortion that was nested within the Collaborative Perina

276 C methods had rates of pregnancy, birth, and abortion that were much lower than the national rates fo

277 7 million abortions that occurred worldwide each year between 2010

278 ports of side effects, and the proportion of abortions that were medication abortions (versus other a

279 s fell from 22% (95% CI: 20.8%-22.3%) of all abortions the year before the law went into effect (2010

280 medical abortions and those who had surgical abortions (the latter of which is presumably associated

281 imple methods for safe abortion (eg, medical abortion), the increasingly widespread use of misoprosto

282 When grouped by the legal status of abortion, the proportion of unsafe abortions was signifi

283 nt with the recent expansion of clone "sheep abortion." These results identify a key virulence factor

284 Among women with prior recurrent abortions, thrombophilic women were at increased risk fo

285 f unsafe abortion and WHO guidelines on safe abortion to categorise abortions as safe or unsafe and t

286 We further show that translation abortion upon pausing accounts for the observed ribosome

287 CPS in bacteremia using a mouse model and in abortion using a pregnant guinea pig model following ora

288 proportion of abortions that were medication abortions (versus other abortion procedures).

289 vs 15.4 per 100 person-years), but not after abortion visits (26.5 vs 22.3 per 100 person-years).

290 Previous abortion was a risk factor for spontaneous preterm birth

291 The pooled estimate for spontaneous abortion was not significant (RR, 0.91; 95% CI, .68-1.22

292 status of abortion, the proportion of unsafe abortions was significantly higher in countries with hig

293 The proportion of unsafe abortions was significantly higher in developing countri

294 directly as the data on the method of prior abortions were not linked to individuals in the cohort.

295 Globally, 73% (90% UI 59 to 82) of abortions were obtained by married women in 2010-14 comp

296 rtus-infected women who had undergone septic abortion, whereas a group of shepherds and veterinarians

297 significantly increased risk of spontaneous abortion, which occurred in 1.1% of exposed women and 3.

298 Rescue of pups from premature abortion with an SphK inhibitor occurs by suppression of

299 bacter infection is a leading cause of ovine abortion worldwide.

300 e of population growth, the annual number of abortions worldwide increased by 5.9 million (90% UI -1.