ライフサイエンスコーパス: parturition

1 r the maintenance of pregnancy and timing of parturition.

2 to play a role in pregnancy maintenance and parturition.

3 matrix remodeling before, during, and after parturition.

4 fere with signaling related to the timing of parturition.

5 egnancy does not affect the timing of normal parturition.

6 n for fetal growth, may affect the timing of parturition.

7 nancy; however, they involuted quickly after parturition.

8 an myometrial smooth muscle (HMSM) and hence parturition.

9 tion of the maternal genital tract or during parturition.

10 However, genetic disruption of PGHS1 delays parturition.

11 dder, hydronephrosis, and rapid demise after parturition.

12 pairs the inflammatory response but sustains parturition.

13 rammed decrease of serum progesterone during parturition.

14 ted by the fetal lung serves as a hormone of parturition.

15 ation with linoleic acid (LA, 18: 2, n-6) on parturition.

16 r of local immune remodeling at the onset of parturition.

17 port capacity was retained < or = 70 d after parturition.

18 urn to prepregnancy values until 300 d after parturition.

19 ctation and remained high < or = 200 d after parturition.

20 systolic function in the period surrounding parturition.

21 rbb4(Flox/Flox)Wap-Cre mammary epithelium at parturition.

22 concentrations were measured in 17 women at parturition.

23 intaining the integrity of the uterus, after parturition.

24 on in Kv4.3 expression and function prior to parturition.

25 lower densities, and may be acquired before parturition.

26 decrease in serum progesterone essential for parturition.

27 stablishing the sufficiency of fetal PGs for parturition.

28 bility in a noninflammatory model of preterm parturition.

29 nderlying the subtle changes associated with parturition.

30 ndogenous opioid activity around the time of parturition.

31 iratory responses to hypoxia and compromised parturition.

32 proper mammary development and lactation at parturition.

33 in utero between embryonic day (E) 13.5 and parturition.

34 evelop properly in response to pregnancy and parturition.

35 modulate myometrial contractility and hence parturition.

36 tion of maternal behaviors immediately after parturition.

37 n the hypothalamus may also be important for parturition.

38 that prepare the uterus and birth canal for parturition.

39 Cord blood samples were obtained at parturition.

40 mal which, in the opossum, leads directly to parturition.

41 odeling during puberty, pregnancy, and after parturition.

42 before dosing, at hospital admission, and at parturition.

43 ubsequent pups if given to the mother during parturition.

44 thers during pregnancy, but reappeared after parturition.

45 e activation of multiple pathways leading to parturition.

46 upts the rapid onset of maternal behavior at parturition.

47 ity or reproduction, including gestation and parturition.

48 , thus resulting in ovulation, pregnancy and parturition.

49 ation of OT and AVP mRNAs that is seen after parturition.

50 d to be involved in regulating the timing of parturition.

51 tenuation of PVN AVP, but not OT, mRNA after parturition.

52 istribution of water due to pregnancy and/or parturition.

53 fluence the timing of birth and processes of parturition.

54 mber of both total and live-born piglets for parturition.

55 rial quiescence and regulating the timing of parturition.

56 the onset of murine, and potentially human, parturition.

57 n in resource availability for the timing of parturition.

58 the cervix plays a key role in their delayed parturition.

59 Pregnancy outcomes were recorded at parturition.

60 role in reproductive biology, especially, in parturition.

61 mbryonic implantation, onset of puberty, and parturition.

62 ary tissues at early and midpregnancy and at parturition.

63 a yet undiscovered physiological function in parturition.

64 ogesterone and receptor levels fall prior to parturition.

65 e immune activation at the time of mammalian parturition.

66 because it is closely coupled with timing of parturition.

67 f female dogs collected within two months of parturition.

68 nization with commensal microorganisms after parturition.

69 r a placebo from 18 to 22 wk of gestation to parturition.

70 ommensal microorganisms occurs swiftly after parturition.

71 Endometrial regeneration also occurs after parturition.

72 se procedures should be deferred until after parturition.

73 al substrate for heightened plasticity after parturition.

74 ion activity was not altered by pregnancy or parturition.

75 rm, it is present for only a few days before parturition.

76 nse, in surfactant-related functions, and in parturition.

77 ew mothers during their first days following parturition.

78 ity of resident GCs remained unchanged after parturition.

79 to be a new critical role of uterine p53 in parturition.

80 ry and proresolution modulator, during human parturition.

81 change during pregnancy but increased during parturition; 10-day lactating animals showed similar inc

82 s identity during homeostatic cycling, after parturition a subset of stromal cells differentiates int

83 rats to DINCH from gestational day 14 until parturition affected reproductive organ physiology and r

84 Results show that, on the day of parturition, all major nuclei of each division are chara

85 lower body condition than adult males after parturition and during early lactation.

86 oxytocin cells that is observed both during parturition and during suckling-induced reflex milk ejec

87 ocin secretion until it is needed to support parturition and for immediate expression of maternal beh

88 as assessed by proteomic analysis and normal parturition and growth of pups.

89 e supraoptic nucleus (SON) during pregnancy, parturition and lactation to examine its relationship to

90 tion, fertility, implantation, fetal growth, parturition and lactation).

91 As the oxytocin receptor plays a key role in parturition and lactation, there is considerable interes

92 metabolic balance, fluid/electrolyte status, parturition and lactation.

93 aptive processes that prepare the mother for parturition and lactation.

94 ine acts centrally, via H1 receptors, during parturition and may have an excitatory effect on oxytoci

95 ytocin receptor (OTR) are known for roles in parturition and milk let-down, they are not hypothalamus

96 ression mechanisms that are activated during parturition and modified by placentophagia, and importan

97 ormone best known for its role in lactation, parturition and social behaviours--is required for prope

98 ent in maternal mice were also tracked after parturition and stroke.

99 stinal nutrient transport are retained after parturition and therefore contribute to postpartum weigh

100 during pregnancy or up to 5 years following parturition, and are usually high-grade, connective tiss

101 can be found in maternal tissues long after parturition, and cells of maternal origin may persist fo

102 lipid that regulates maternofetal tolerance, parturition, and innate immunity.

103 prevention of intrahepatic cholestasis, and parturition, and is a new candidate for genetically undi

104 ved 0.2% Pb acetate in the drinking water at parturition, and male offspring were weaned to the same

105 during early pregnancy, lowest on the day of parturition, and very high during lactation.

106 The precise mechanisms that lead to parturition are incompletely defined.

107 l biochemical mechanisms involved in primate parturition are still unclear.

108 ulated that the signal for the initiation of parturition arises from the fetus although the nature an

109 primiparous lactating mothers, shortly after parturition as well as in naive females.

110 s observed in mice corpora lutea just before parturition at a time when 20alpha-HSD becomes expressed

111 and biochemical studies suggest that normal parturition at term is dependent on programmed developme

112 1(-/-)Asgr2(-/-) mice are unable to initiate parturition at the end of pregnancy, whereas Mrc1(-/-) m

113 rtailed, and females failed to lactate after parturition because of a failure of terminal differentia

114 eather regimes, financial crashes, and human parturition (birth).

115 micrograms of atRA per g of diet survived to parturition but died shortly thereafter.

116 on in late gestation not only prevented term parturition, but also inhibited delivery while maintaini

117 Clearly this may be important during parturition, but the effect may not persist for long.

118 ne acetylation and delayed the initiation of parturition by 24-48 h, suggesting the functional import

119 tential role for SP-A in human pregnancy and parturition by examining SP-A expression patterns in AF

120 tract collagen resulting from pregnancy and parturition by spectrophotometry, histology, and (13)C,

121 Parturition can be prevented or delayed by destruction o

122 Although parturition can proceed in its absence, oxytocin is thou

123 drance of copulatory activity, pregnancy and parturition caused by excess adipose tissue.

124 feedforward loops that progressively promote parturition: changes in maternal endocrinology, a noctur

125 offspring delivered vaginally on the day of parturition compared with those of the same postconcepti

126 Parturition: Complications during vaginal delivery are r

127 easured in serum or plasma during pregnancy, parturition (cord and maternal blood), and lactation.

128 Here, we explored temporal variation in parturition date across 11 populations of the common liz

129 Parturition date decreased with density in sparse popula

130 Variation in the reaction norms for parturition date was correlated with mean local thermal

131 influence the thermal reaction norms of the parturition date.

132 urbance and thermal conditions, with earlier parturition dates in warmer years on average especially

133 A cervical basis for the parturition delay was confirmed by other ex vivo tests i

134 soluble ligand-binding region of LGR7 caused parturition delay.

135 e whether cervical changes could explain the parturition differences in Cox-1 null mice and gestation

136 The alveolar lumina fail to expand at parturition due to the absence of secreted milk.

137 In rats, contact with pups at parturition establishes a form of maternal memory that e

138 After parturition, euglycemia was restored in FoxM1(Deltapanc)

139 Lox-targeted mice (LOX(-/-)) died soon after parturition, exhibiting cardiovascular instability with

140 pment leads to pups that die within hours of parturition, exhibiting symptoms similar to RDS.

141 n, Erbb4(Flox/Flox)Wap-Cre mammary glands at parturition failed to express the mammary epithelial dif

142 labor and that COX-1(-/-) females experience parturition failure that is reversible by exogenous PGs.

143 lar zone nodules into the hippocampus around parturition followed by migration of nodules to hippocam

144 tility is intact and dogs have uncomplicated parturitions following nonmyeloablative conditioning for

145 gous for the human allele died shortly after parturition from ascending aortic aneurysm and spontaneo

146 ted years of infertility, the probability of parturition from post-treated females was 25.6% compared

147 for ungulates, climatic conditions close to parturition have a greater influence on the predation ri

148 s been shown recently that the pregnancy and parturition hormone, relaxin, is secreted by the heart.

149 (AF) near term, likely provides a signal for parturition; however, SP-A-deficient mice have only a re

150 esses are capable of activating the onset of parturition; however, the specific contributions of the

151 This fall is an essential prelude to parturition; if prevented, then the rat pups will remain

152 llected at 0.5, 2, 4, 6, 12, and 18 mo after parturition in 110 women aged 20-40 y who had been nulli

153 the pituitary gland in large amounts during parturition in all placental mammals studied so far, inc

154 hormonal conditions related to pregnancy and parturition in euthymic women with and without a history

155 ves do not seem to be exclusive effectors of parturition in humans.

156 ther likely consequence of placentophagia at parturition in mammals--reversal of opioid-mediated, pre

157 PGs) have been recently proven essential for parturition in mice.

158 aternal behavior during both development and parturition in mice.

159 of these prostaglandins, results in delayed parturition in mice.

160 on, promoted luteolysis, and rescued delayed parturition in SRC-1/-2-deficient embryo-bearing dams.

161 s a fetally produced signal for the onset of parturition in the mouse.

162 pport development of the mammalian embryo to parturition in vitamin A-deficient (VAD) rats.

163 roviding the basis for an in silico model of parturition in which novel drugs to prevent or treat pre

164 Estimated time to parturition increased 411.3 days per year of consecutive

165 We used a novel xenograft mouse model of parturition-induced breast carcinoma formation, in which

166 ce by preventing the decidua from expressing parturition-inducing hormone receptors, manifesting type

167 ementation as well as some events related to parturition, initiation of lactation, or both alter circ

168 st, beta-funaltrexamine (beta-FNA), prior to parturition interfered with the establishment of materna

169 ong the biochemical changes in the cervix at parturition is a marked increase in the hyaluronic acid

170 Parturition is associated with a leukocyte influx into t

171 The onset of parturition is associated with a number of proinflammato

172 This suggests that parturition is associated with broad scale histone de-ac

173 In humans, parturition is currently viewed as an intrauterine outbr

174 The mechanism of mouse parturition is thought to involve myometrial infiltratio

175 Parturition is timed to begin only after the developing

176 In the fetal sheep, parturition is triggered by an increase in the activity

177 mmatory response and plays a pivotal role in parturition, it is important to understand how administr

178 The mechanisms by which pregnancy and parturition lead to failure of pelvic organ support, how

179 ve tissues to replenish elastic fibers after parturition, leading to pelvic organ prolapse, weakening

180 he inflammatory processes that mediate human parturition leads to preterm birth, a major clinical pro

181 mples, and the cues stimulating settling and parturition likely are metabolites present in peripheral

182 g pregnancy and their precipitous decline at parturition may have considerable effects on GABA(A)Rs d

183 n of placenta and amniotic fluid, usually at parturition -- modifies central opioid processes.

184 ot have a meaningful impact on the timing of parturition; neither did fetal growth acceleration or de

185 birth varied negatively with litter size and parturition number but positively with weaning AGD, birt

186 of pregnancy and plateaus on days 15 to 20 (parturition occurs on day 23).

187 ns, on pregnancy day 10 or 20, on the day of parturition, or on day 7 or 17 of lactation.

188 oalveoli or successfully engage lactation at parturition owing, in part, to impaired epithelial proli

189 set during late pregnancy prior to the first parturition persistently maintains and exerts its adapti

190 during pregnancy, we have characterized the parturition phenotype of COX-1-deficient mice.

191 different developmental stages before first parturition positively affects mammary development and l

192 which upregulate SP-A transcription, to the parturition process.

193 , hormonal fluctuations during pregnancy and parturition produce neurochemical events that are necess

194 1 min), in a pattern that approximated early parturition rather than copulation, using a spring-loade

195 of pregnancy and immediately recovered after parturition, resembling the clinical course of ICP in hu

196 ed disruption of the COX-1 gene have delayed parturition resulting in neonatal death.

197 ch maternal behavior was elicited by natural parturition, sensitization (7- to 10-day cohabitation wi

198 At parturition, STAT5 activation and cyclin D1 expression w

199 nly a relatively modest delay (~12 hours) in parturition, suggesting additional factors.

200 opsied at gd 11, 14, or 18 or within 24 h of parturition (term).

201 Immediately before parturition the cervix undergoes striking changes in str

202 diac disease, when stressed by gestation and parturition, the 7-month-old female mice develop dilated

203 At parturition, the mothers' ages ranged from 14 to 43 year

204 DAergic activity in the ST(dl) occurs around parturition, the time when maternal behavior emerges, an

205 erone plays a critical role in the timing of parturition through its peripheral actions.

206 nation of AMPK and mTORC1 signaling controls parturition timing and suggest that metformin and resver

207 itical in regulating decidual senescence and parturition timing.

208 en AMPK and mTORC1 signaling that determines parturition timing.

209 ay enhance vaginal-cervical sensory input at parturition to facilitate sensitization of the MPOA, and

210 tional differentiation at late pregnancy and parturition to produce and secrete milk.

211 suppress the inflammatory cascade of preterm parturition, to prevent preterm birth and perinatal deat

212 days during lactation, beginning the day of parturition using two dose levels (15 and 25 mg/kg body

213 treated females did conceive and give birth, parturition was an estimated 31.5 days later than births

214 ition, remodeling of the mammary gland after parturition was impaired and EZH2 overexpression caused

215 Parturition was severely delayed (~38 hours) in heterozy

216 maternal age directly influences successful parturition, we assessed the timing of birth and fetal o

217 e females can live decades after their final parturition, we provide the first test of this hypothesi

218 males can live for decades after their final parturition, we show that postreproductive mothers incre

219 in epithelial functional differentiation at parturition were accompanied by a profound reduction in

220 sis in the mouse vagina during pregnancy and parturition were determined.

221 the brain, becomes particularly important at parturition, when a bond is first formed between mother

222 during pregnancy and normalized just before parturition, whereas expression of the G alpha(i)-linked

223 rine contractions and prepare the cervix for parturition, whereas in the fetus, PGs maintain patency

224 n, increased serum progesterone, and delayed parturition, which could be reconciled by injection of e

225 ulation of magnocellular oxytocin neurons at parturition, which strongly increases neuron activity an

226 hest during late pregnancy and on the day of parturition, while no changes in 5-HT measures were foun

227 ore conception, and throughout pregnancy and parturition with 150% of the diet consumed by control ew

228 were fed a zinc-deficient diet beginning at parturition, ZIP4 expression in the nursing neonate was