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1 She was born at full term via spontaneous vaginal delivery.
2 pregnant multiparous women with a successful vaginal delivery.
3 of obesity than did their siblings born via vaginal delivery.
4 ence interval (CI) 0.91 to 1.36] compared to vaginal delivery.
5 ery and 1406 women (2812 fetuses) to planned vaginal delivery.
6 ation rather than proceeding with a plan for vaginal delivery.
7 neonatal morbidity, as compared with planned vaginal delivery.
8 and 0.97 (95% CI: 0.84, 1.12) for operative vaginal delivery.
9 pse is strongly associated with a history of vaginal delivery.
10 ay (>/=6 days; 3.5, 1.6-7.6) than those with vaginal delivery.
11 , 1.2-1.4) than among women with spontaneous vaginal delivery.
12 l HSV infection who gave birth to infants by vaginal delivery.
13 erved during caesarian sections or premature vaginal delivery.
14 The outcome was cesarean (versus vaginal) delivery.
15 ate of severe perineal tears in out-of-hours vaginal deliveries.
16 rineal tear rate was reduced in out-of-hours vaginal deliveries (3.3% versus 3.6%, adj. OR 0.92; 95%
17 s. 385 minutes, P<0.001), as was the time to vaginal delivery (398 minutes vs. 479 minutes, P<0.001).
18 was also strongly associated with unassisted vaginal delivery (93.8%, vs. 71.9% with planned in-hospi
19 th a slightly increased risk of instrumental vaginal delivery (adjRR 1.06; 95% CI 1.01-1.11, P = 0.02
20 OR, 2.13 [95% CI, 2.03-2.23]) and women with vaginal deliveries (adjusted OR, 2.60 [95% CI, 2.41-2.80
22 with stays that were "too short" (<24 h for vaginal deliveries and <72 h for cesarean-section delive
23 rom 1.3 to 6.6 d: 0.5 to 6.2 d for singleton vaginal deliveries and 2.5 to 9.3 d for cesarean-section
24 taying too short ranged from 0.2% to 83% for vaginal deliveries and from 1% to 75% for cesarean-secti
26 ht (44 male and 44 female) neonates (65 with vaginal delivery and 23 with cesarean delivery) complete
27 is, six vs 13; and jaundice, ten vs 12 after vaginal delivery and caesarean section, respectively).
29 l for recovery of pelvic organ support after vaginal delivery and that disordered elastic fiber homeo
31 er occurs in up to a third of women at first vaginal delivery, and of these a third have new bowel sy
33 OR = 1.11, 95% CI: 1.01, 1.22) compared with vaginal delivery, and the magnitude of the association w
34 .07; 95% CI 8.11-17.97), or had an operative vaginal delivery (aOR = 2.49; 95% CI 1.32-4.70), pre-lab
35 rematurity (adjusted odds ratio [AOR], 4.5), vaginal delivery (AOR, 2.9), low NK cell percentage (AOR
37 ack of experience of the proceduralist and a vaginal delivery are two risk factors that increase the
38 retrospective analysis suggested complicated vaginal delivery as a modifying risk factor in DYT1.
39 dren delivered by acute and elective CS with vaginal delivery as the reference were calculated by usi
40 actic oxytocin had blood loss measured after vaginal delivery at five hospitals in Burkina Faso, Egyp
41 actic oxytocin had blood loss measured after vaginal delivery at four hospitals in Ecuador, Egypt, an
43 n with a singleton fetus who were attempting vaginal delivery at more than 36 weeks of gestation and
44 reased towards term, were higher 1 day after vaginal delivery but declined towards pre-term levels by
45 007, planned cesarean delivery compared with vaginal delivery (but not compared with unscheduled cesa
50 ong the risk factors examined in this study, vaginal delivery compared with cesarean section (odds ra
53 nned-cesarean-delivery group and the planned-vaginal-delivery group (2.2% and 1.9%, respectively; odd
54 ivered earlier than did those in the planned-vaginal-delivery group (mean number of days from randomi
56 arly discharge of newborns following routine vaginal delivery has become common practice, its safety
57 seropositivity (JCPyV, HPyV7, HPyV10, CMV), vaginal delivery (HPyV10), breastfeeding (CMV), younger
61 ollowing a short stay (less than 1 day after vaginal delivery, less than 2 days after cesarean birth)
62 r year of birth, lower 5-minute Apgar score, vaginal delivery, married mother, and region of the stat
63 ing during labor, we hypothesized that among vaginal deliveries, maternal body mass index is associat
64 tigated the capacity of nasal, sublingual or vaginal delivery of DNA-PEI polyplexes to prime immune r
65 ittle information is available regarding the vaginal delivery of larger and more polar molecules that
66 uscle rehabilitation (performed either after vaginal delivery or after secondary repair remote from d
67 elevated for cesarean delivery compared with vaginal delivery (OR = 1.72, 95% CI: 1.21, 2.47), and, f
68 had subdural haemorrhages: three were normal vaginal deliveries (risk 6.1%), five were delivered by f
69 nfidence interval [CI], 1.6-1.9) or assisted vaginal delivery (RR, 1.3; 95% CI, 1.2-1.4) than among w
70 y and the postpartum months; (4) spontaneous vaginal delivery should be the aim and actively encourag
72 ilk samples from individuals giving birth by vaginal delivery, suggesting that it is not the operatio
74 etric mode of delivery defined as unassisted vaginal delivery (VD), assisted VD, elective CS, and eme
81 ta on 20,366 mother-infant pairs with normal vaginal deliveries, we measured changes in length of sta
83 , gestation <25 weeks, chorioamnionitis, and vaginal delivery were all strongly associated with EOD.
86 ks postpartum from an uneventful spontaneous vaginal delivery who was transferred to our institution
89 s women at 6-12 months after birth: Group 1, vaginal delivery with anal sphincter tear (n = 93); grou
91 .14) or in the percentage of women who had a vaginal delivery with the use of forceps or vacuum (115
92 with anal sphincter tear (n = 93); group 2, vaginal delivery without anal sphincter tear (n = 79); a
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