ライフサイエンスコーパス: multiparous

1 y in those who are minority, low income, and multiparous.

2 Most women (88.5%) were multiparous.

3 rs, were more likely to be married, and were multiparous.

4 n did those who were aged 25 to 34 years and multiparous.

5 being older than 25 years of age, and being multiparous.

6 ving (primiparous: 155 d vs 83 d, P = 0.025; multiparous: 133 d vs 109 d).

7 primiparous: 12,235 L vs 11,592 L, P < 0.01; multiparous: 14,746 L vs 14,644 L, P < 0.01) but took lo

8 20 to 34 years (32 895 individuals [75.0%]), multiparous (33 887 individuals [77.2%]), and living in

9 reganglionic neurons in both nulliparous and multiparous aged rats compared to the young adult group.

10 Data from 822 primiparous and 2055 multiparous American women who participated in the Infan

11 A study was conducted with 48 multiparous and 31 primiparous Alpine goats to determine

12 pocampal-specific neurotoxic insult in adult multiparous and virgin Long-Evans rats.

13 edicaid who were mainly aged 25 to 34 years, multiparous, and living in urban areas.

14 luation of micturition volume in the mid-age multiparous animals after perineal nerve stimulation, ef

15 1-expressing subline, G4, 38% (12/31) of the multiparous animals aged 12-20 months developed hyperpla

16 pared to young nulliparous controls, mid-age multiparous animals showed an increase in the density of

17 exhibit accelerated mammary tumorigenesis in multiparous animals.

18 ersion of a lactation-deficient phenotype in multiparous animals.

19 er than Black: aRR, 0.53; 95% CI, 0.26-1.08; multiparous: aRR, 0.59; 95% CI, 0.35-1.00; age 24-29 yea

20 The multiparous brain exhibited features of immune suppressi

21 California mice were born to multiparous breeders and reared by both parents (biparen

22 Multiparous but not virgin females exhibited a greatly e

23 ibe the pattern of litter size variation for multiparous carnivores.

24 tional water reservoir in the postpartum and multiparous cohorts pointing to redistribution of water

25 ttermilk was generated from three individual multiparous cows at 13 time points over the first three

26 stributed over nulliparous, primiparous, and multiparous cows.

27 unsaturated fatty acids compared to that of multiparous cows.

28 in vivo via a ketosis induction protocol in multiparous dairy cows peripartum, as well as in vitro v

29 Approximately 50% of multiparous dairy cows suffer from subclinical milk feve

30 In contrast, in multiparous dams, Vhl(-/-) mammary glands exhibited a pr

31 Furthermore, recent studies using multiparous, ErbB2/Neu-overexpressing mouse mammary tumo

32 Multiparous ewes were assigned to a control (CON) diet [

33 n, more than half (15 of 29) of the WAP-CR-1 multiparous female mice developed multifocal mammary tum

34 Multiparous female mice had significantly decreased beta

35 nd the development of mammary hyperplasia in multiparous female mice.

36 al nerve in young nulliparous and middle age multiparous female rabbits, we confirmed that these part

37 wer urogenital tract in aged nulliparous and multiparous female rats.

38 Case Report: Our case is of a middle-aged multiparous female who presented with amenorrhea for thr

39 te infarction that occurred in a 32-year-old multiparous female.

40 Resultant bitransgenic, multiparous, female progeny expressing both S100A4 and N

41 neic stem cell transplantation is the use of multiparous females as donors.

42 avioral recovery was significantly better in multiparous females compared with nulliparous mice 1 mo

43 This phenotype was exaggerated in multiparous females expressing ErbB2deltaIC.

44 Multiparous females had less circulating donor-specific

45 Multiparous females had significantly lower concentratio

46 In contrast to naive females, multiparous females have measurable levels of circulatin

47 was examined in primiparous and age-matched multiparous females on postpartum days 5 (PPD5) and PPD1

48 The adaptations observed in multiparous females provide an innate model for the stud

49 ld, and (iii) the existence of a fraction of multiparous females that remain uninfected in spite of m

50 rannual differences in POP concentrations in multiparous females' milk from five breeding seasons bet

51 of multiparous WAP-CR-1 mice as compared to multiparous FVB/N mice suggesting increased cell prolife

52 S model included: parity (nulliparous versus multiparous); gestational age on admission; headache/vis

53 nk carcinomas is accompanied by a failure of multiparous glands to undergo postlactational involution

54 f Plk2 increased the formation of lesions in multiparous glands.

55 did not identify as Black, or those who were multiparous had adjusted risk ratios (aRRs) less than 1,

56 Most were multiparous, had prepregnancy body mass index (calculate

57 thesia (nulliparous) and spontaneous births (multiparous), higher rates of Apgar score < 7 were found

58 Uterine cytobrush samples from multiparous Holstein cows (n = 23) were taken at 21 days

59 Sixteen multiparous Holstein cows in four blocks of 4 x 4 Latin

60 Nine late lactation multiparous Holstein-Friesian cows were fed three diets

61 Milk polar lipids from 144 multiparous Holstein-Friesian dairy cows fed different d

62 ividuals without prior a cesarean birth, and multiparous individals with prior a cesarean birth were

63 ]) were more likely to be younger, Hispanic, multiparous individuals with a higher neighborhood depri

64 irth rates among nulliparous individuals and multiparous individuals with or without a prior cesarean

65 This finding persisted among nulliparous and multiparous individuals without a prior cesarean birth.

66 2012 to 2021 among nulliparous individuals, multiparous individuals without prior a cesarean birth,

67 lyses were conducted for parity (nulliparous/multiparous), maternal age (<35/>=35 years), and body ma

68 Mammary tissue from multiparous matrilysin-expressing mice showed decreased

69 mined the peripheral lymphoid populations of multiparous mice and humans for evidence of priming of C

70 Emv1 was expressed in the spleens of multiparous mice but not in those of virgin mice, and Bx

71 ry gland epithelial proliferation and 24% of multiparous mice develop mammary gland cancer.

72 ison of normal and SCID mice, and testing of multiparous mice for CTL against fetal Ags, we found tha

73 Multiparous mice had higher levels of VEGF, both at base

74 After acute stroke, multiparous mice had smaller infarcts, less glial activa

75 Multiparous mice presented with mammary carcinomas after

76 Female multiparous mice that carry the MMTV-DeltaN-beta-catenin

77 Age-matched virgin (i.e., nulliparous) and multiparous mice were subjected to 60 min of reversible

78 ras virgin mice with natural estrous cycles, multiparous mice with cyclically elevated reproductive h

79 However, multiparous mice, in which the involuting mammary epithe

80 pment and to production of mammary tumors in multiparous mice.

81 more common in the highly consanguineous and multiparous Middle Eastern populations, and our Cairo fi

82 Examination of mammary glands from multiparous MMTV-MAT animals revealed the development of

83 We now report that multiparous MMTV-MUC1 transgenic mice stochastically dev

84 genesis, the pattern of tumor development in multiparous MMTV-Neu mice remains stochastic, suggesting

85 ubtype reduces the onset of tumorigenesis in multiparous MMTV-neu transgenics.

86 In aged multiparous MMTV/CR-1 mice, the hyperplastic phenotype w

87 ith decreased odds of delayed OL but only in multiparous mothers (OR: 0.79; 95% CI: 0.67, 0.94).

88 s of 173,205 singleton infants born alive to multiparous mothers in Utah from 1989 to 1996.

89 Females and offspring of multiparous mothers scored higher, indicating effects of

90 a separate multiple linear regression model, multiparous NLPP women who did not use multivitamin and

91 ama Sana participants were less likely to be multiparous or to have diabetes compared with the pre-Ma

92 ty (nulliparous OR, 1.60; 95% CI, 1.07-2.38; multiparous OR, 3.42; 95% CI, 2.23-5.24).

93 irth data, women with P-SCAD were more often multiparous (p = 0.0167), had a history of infertility t

94 Aging and multiparous rabbits suffer pelvic nerve and muscle damag

95 py analysis of pelvic and perineal nerves in multiparous rabbits to describe the extent of stretch ne

96 rt that mammary gland stroma from mature and multiparous rats prevents neoplastic development and enc

97 l responses of nulliparous, primiparous, and multiparous rats were assessed using a dry land maze (DL

98 ns of young adult, aged nulliparous and aged multiparous rats were identified by retrograde tracing w

99 change in the density of collagen fibers in multiparous rats.

100 but also reveal an unexpected propensity of multiparous recipients to achieve tolerance to offspring

101 rease in the risk for SGA in nulliparous and multiparous, respectively.

102 rall CS (rho = -0.61/-0.67), and episiotomy (multiparous: rho = -0.67).

103 higher rates of spontaneous vaginal births (multiparous: rho = 0.70).

104 ereas no statistical difference was found in multiparous (RR, 1.30; 95% CI, 0.90-1.87).

105 In addition, multiparous TGFalpha-expressing female transgenics frequ

106 at lower gestational weight gain (GWG) among multiparous than among primiparous women.

107 end the concept of a lower optimal GWG among multiparous than primiparous women to American women.

108 Multiparous transgenic female offspring from c-erbB-2-ex

109 ysplasia or neoplasia during the lifespan of multiparous transgenic mice.

110 rats were investigated that included virgin, multiparous, two- and fourteen-day postpartum primiparou

111 kg; SEM = 0.364) were greater (P < 0.05) for multiparous versus primiparous goats.

112 and MAPK were detected in mammary glands of multiparous WAP-CR-1 mice as compared to multiparous FVB

113 Nonlactating, multiparous WAP-DES mice exhibited hyperplastic lesions

114 We previously reported that multiparous WAP-TGFalpha transgenic mice develop mammary

115 -45 years-33% primiparous, 37% biparous, 30% multiparous) who delivered at Kaiser Permanente Northern

116 2 0%, NNT 79 [95% CI 49 to 201]) but not for multiparous women (0.6% [6/1,219] versus 0.3% [3/1,264];

117 The majority of all births were to multiparous women (21 289 women [76.9%]; standardized me

118 imately twofold higher in primiparous versus multiparous women (21% versus 13%; P < 0.01).

119 rnal peripheral blood in primiparous than in multiparous women (35%; P < 0.001), with a >12-fold diff

120 gained more weight during pregnancy than did multiparous women (mean +/- SD: 15.9 +/- 6.9 compared wi

121 his was more than 8 times greater than other multiparous women (OR, 8.5; 95% CI, 3.2-22.3) and nullip

122 liparous women and -0.15% (-0.35%, 0.04%) in multiparous women (p-value for interaction = 0.02).

123 ination practices among the poorest, single, multiparous women and among mothers who do not deliver a

124 pontaneous (rho = 0.66) vaginal births among multiparous women and lower rates of induction of labour

125 3,701 nulliparous and multiparous women completed the self-reported questionna

126 CI, 1.3-3.5) the risk associated with other multiparous women in labor (n = 151 549), and similar to

127 he caesarean section rate after induction in multiparous women increased significantly across all HDI

128 Results were similar when confined to multiparous women only, with the addition of a substanti

129 This study shows that most multiparous women start their pregnancy with a higher we

130 Rates among nulliparous versus multiparous women varied from 56% to 80% versus 51% to 8

131 CT pelvimetry in a relatively large group of multiparous women who passed a trial of labor successful

132 Participants included multiparous women whose prior pregnancy resulted in live

133 non-obstetrical indications in non-pregnant multiparous women with a successful vaginal delivery.

134 d from 100 uncomplicated term pregnancies of multiparous women with one or more typically developing

135 ough pelvic diameters were somewhat lower in multiparous women with short stature.

136 t (rho = 0.82 for nulliparous/rho = 0.83 for multiparous women) and instrumental (rho = 0.67) and spo

137 s-match assays may need to be implemented in multiparous women, given our results.

138 Among multiparous women, multiple linear regression showed tha

139 Compared with multiparous women, primiparous mothers experienced a del

140 s also a risk factor for episiotomy, and for multiparous women, scarred uterus and multiple pregnanci

141 shown only in nulliparous women, whereas for multiparous women, the incidence of mortality and morbid

142 women with higher exhaustion scores, and, in multiparous women, those who breast-fed less frequently

143 is likely to be different in primiparous and multiparous women.

144 ors for episiotomy, both for nulliparous and multiparous women.

145 n, and no group differences were found among multiparous women.

146 nts increased with increasing GWG only among multiparous women.

147 fect seems to be most important in older and multiparous women.

148 th increasing GWG among both primiparous and multiparous women.

149 cohort, 66% of stillbirths were observed for multiparous women.

150 ss methylation was observed in lean or older multiparous women.

151 influence mammary carcinoma pathogenesis in multiparous women.

152 ies of sphincter function in nulliparous and multiparous women.