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1 /=25 mm/m(2)) in whom initial management was expectant.
2 ular function in whom initial management was expectant.
3 atients with cirrhosis should change from an expectant algorithm that treats complications as they oc
4                                              Expectant American Indian teens (N=322, mean age=18.1 ye
5                    The finding suggests that expectant and new fathers are not at greater risk of poo
6 ggest that treating stress and depression in expectant and new mothers could reduce viral respiratory
7 ased data to investigate whether becoming an expectant and/or new father is associated with increases
8 sensory thalamocortical pathway of alert and expectant animals is in the adapted state, which may be
9 ment of dormant disease in which the current expectant approach is replaced with active attempts to u
10                                         This expectant approach led to imaging only in the presence o
11 prostate cancer were managed with an initial expectant approach.
12 en in the FETO group than among those in the expectant care group (44% vs. 12%; relative risk, 3.79;
13 en in the FETO group than among those in the expectant care group (47% vs. 11%; relative risk, 4.51;
14 FETO group (63%) and 49 of 98 infants in the expectant care group (50%) survived to discharge (relati
15 in the FETO group and 14% among those in the expectant care group (relative risk, 2.65; 95% CI, 1.21
16 harge, as compared with 15% (6 of 40) in the expectant care group (relative risk, 2.67; 95% confidenc
17 FETO group and 43 of 98 infants (44%) in the expectant care group were alive without oxygen supplemen
18 erformed at 30 to 32 weeks of gestation over expectant care with respect to survival to discharge or
19 ation resulted in a significant benefit over expectant care with respect to survival to discharge, an
20 de to FETO at 27 to 29 weeks of gestation or expectant care.
21 de to FETO at 30 to 32 weeks of gestation or expectant care.
22 ts are deprived of numerous types of species-expectant environmental experiences.
23      This smoking cessation intervention for expectant fathers that focused on explaining the ramific
24                                              Expectant fathers were at risk of depression symptoms if
25                                      Smoking expectant fathers who registered with their pregnant par
26 ptumLabs Data Warehouse), we identified 7453 expectant fathers with IMIDs (inflammatory bowel disease
27              In a large cohort study of 7453 expectant fathers with IMIDs, exposure to immunosuppress
28  and/or biologic agents around conception in expectant fathers with immune-mediated inflammatory dise
29 and 224 of these men had been identified as "expectant fathers" during the previous wave.
30 ears, and about half of them were first-time expectant fathers.
31 clearly defined, additional role for them as expectant fathers.
32  smoking cessation interventions targeted at expectant fathers.
33 and child health in promoting quitting among expectant fathers.
34 ) with FAV versus 72% (95% CI, 61%-82%) with expectant fetal management, resulting in a restricted me
35  a modest, medium-term survival benefit over expectant fetal management.
36 n the immediate birth group and three in the expectant group were excluded from the primary analyses.
37 weeks of gestation ("IOL group") compared to expectant management ("expectant management group") acco
38  randomised to cervical cerclage (127) or to expectant management (126).
39 as significantly lower with active than with expectant management (51 [6.8%] of 748 vs 126 [16.5%] of
40                                              Expectant management (as opposed to treatment being init
41 our at 39, 40, and 41 weeks of gestation and expectant management (continuation of pregnancy to eithe
42 olled trial comparing pessary placement with expectant management (control) in girls and women who we
43  days and 39 weeks 6 days of gestation or to expectant management (i.e., waiting until the spontaneou
44          Infants with PDA were randomized to expectant management (n = 242) or active treatment (n =
45 patients were randomized in a 1:1:1 ratio to expectant management (n = 86), active management with ut
46 Compared with patients randomized to receive expectant management (n = 86), women randomized to recei
47 trolled cord traction or maternal effort) or expectant management (no prophylactic oxytocic, no cord
48  (3%) of 912 neonates of mothers assigned to expectant management (relative risk [RR] 0.8, 95% CI 0.5
49  (7%) of 911 neonates of mothers assigned to expectant management (RR 1.2, 95% CI 0.9-1.6; p=0.32).
50 f neonatal or infant outcomes, compared with expectant management (usual care) in women with late pre
51 d Wales, we compared planned delivery versus expectant management (usual care) with individual random
52                                              Expectant management alone was followed in 55 (44%).
53  predictors of treatment types, diffusion of expectant management among these men will be slow.
54  days' and 39 weeks and 6 days' gestation vs expectant management and (2) birth via induction of labo
55 edictive nomograms continue to shed light on expectant management as an option for men with clinicall
56                        The noninferiority of expectant management as compared with early ibuprofen tr
57               However, some surgeons suggest expectant management as the incidence of adverse outcome
58 gnment to either the surveillance imaging or expectant management cohort.
59 on of steroids and magnesium sulfate, and in expectant management decisions.
60 ith an esophageal coin, current data support expectant management for a period of 12-24 h with the ho
61 cruited adults (aged 18-65 years) undergoing expectant management for a single ureteric stone identif
62 ressive disorder were more likely to undergo expectant management for low-, intermediate-, and high-r
63 nce failed to improve outcomes compared with expectant management for patients who were seemingly in
64                                              Expectant management for PDA in extremely premature infa
65  group (196 [42%] infants) compared with the expectant management group (159 [34%] infants; 1.26, 1.0
66 the IOL group (1 555/47 352) and 3.6% in the expectant management group (16 525/453 720) had an adver
67 delivery group (154 [55%]) compared with the expectant management group (168 [60%]; adjusted risk rat
68 ry group (289 [65%] women) compared with the expectant management group (338 [75%] women; adjusted re
69  delivery group (58 [19%]) compared with the expectant management group (67 [22%]; adjusted risk diff
70 PDA, death or BPD did not differ between the expectant management group and the active treatment grou
71 ediate delivery group, those assigned to the expectant management group had higher risks of antepartu
72 h occurred in 0.8% (2/241) of infants in the expectant management group vs 3.8% (9/240) of infants in
73 or BPD was 80.9% (195/241) of infants in the expectant management group vs 79.6% (191/240) of infants
74 rual age was 4.1% (10/241) of infants in the expectant management group vs 9.6% (23/240) of infants i
75 L group") compared to expectant management ("expectant management group") according to maternal chara
76 tervals (CIs)) between the IOL group and the expectant management group, adjusting for ethnicity, soc
77  in the planned delivery group and 12 in the expectant management group.
78 rimary outcome due to higher survival in the expectant management group.
79  in the planned delivery group and 21 in the expectant management group.
80 ompared with neonates born to mothers in the expectant management group.
81  to the immediate birth group and 915 to the expectant management group.
82                                              Expectant management has evolved to include cure as its
83 and randomly assigned to planned delivery or expectant management in a 1:1 ratio by a secure web-base
84 ing gained with antihypertensive therapy and expectant management in severe preeclampsia.
85 d trial, we compared planned delivery versus expectant management in women with pre-eclampsia from 34
86 d odds of active (surgical or medication) vs expectant management included ED (vs outpatient) present
87                             When compared to expectant management IOL was associated with lower odds
88                                              Expectant management is favored if risk of fetal demise
89                                      Whereas expectant management is reasonable in small asymptomatic
90                              In these cases, expectant management may obviate extensive surgery.
91                                              Expectant management of BD-IPMN following the old guidel
92 nosis of miscarriage, and be able to provide expectant management of miscarriage, medical management
93 nd caesarean delivery rates when compared to expectant management of pregnancy (allowing the pregnanc
94                                     Overall, expectant management of pregnancy was associated with a
95 f labor at 39 weeks' gestation compared with expectant management of singleton, nonanomalous, births
96          The evidence basis for nonoperative expectant management of traumatic IT of the thoracic aor
97 28 weeks' gestational age) to receive either expectant management or early ibuprofen treatment.
98 erage with three antibiotics was better than expectant management or one or two antibiotic approaches
99               Subsequently, couples received expectant management or the women underwent intrauterine
100                            Patients electing expectant management should be counseled regarding the p
101 2020 for RCTs comparing IOL at 41 weeks with expectant management until 42 weeks in women with uncomp
102 eks improved perinatal outcome compared with expectant management until 42 weeks without increasing t
103 ke an informed choice for IOL at 41 weeks or expectant management until 42 weeks.
104 f infection or fetal compromise, a policy of expectant management with appropriate surveillance of ma
105                                              Expectant management with curative intent aims to follow
106 duction of labour at 40 weeks (compared with expectant management) was associated with a lower risk o
107 172 disc excisions, and 384 other practices (expectant management).
108 PL management type (surgical, medication, or expectant management).
109  their randomized allocation (26.7% declined expectant management, 48.3% declined uterine evacuation,
110 superiority of the active groups combined vs expectant management, and a secondary hypothesis tested
111                                Compared with expectant management, elective birth at 39 weeks' gestat
112              In contrast, when compared with expectant management, elective repeat caesarean delivery
113 r at 39 weeks of gestation, as compared with expectant management, had no significant effect on the r
114 ) and longer-term consequences compared with expectant management, in a setting where both management
115 aternal and perinatal outcomes compared with expectant management, longer-term childhood developmenta
116 t, compared with those randomized to receive expectant management, more frequently achieved successfu
117                 Approaches to releak include expectant management, radiologic and/or endoscopic inter
118 t fertility care and were advised to undergo expectant management, treatment with intrauterine insemi
119 bidity and severe hypertension compared with expectant management, with more neonatal unit admissions
120 (OR, 1.22 [95% CI, 1.02-1.46]) compared with expectant management.
121 ttings with induction of labor compared with expectant management.
122       Survival was substantially higher with expectant management.
123 omen (451 women and 475 infants analysed) to expectant management.
124 reduces recurrent biliary events compared to expectant management.
125 ratified by centre, to immediate delivery or expectant management.
126 us early preterm delivery than the rate with expectant management.
127 OL or planned caesarean delivery to those of expectant management.
128 n and 300 babies analysed) were allocated to expectant management.
129 tion group [32%] and 103 of 314 women in the expectant-management group [33%]; relative risk, 0.99; 9
130 occurred in 24 of 136 infants (17.6%) in the expectant-management group and in 21 of 137 (15.3%) in t
131 occurred in 63 of 136 infants (46.3%) in the expectant-management group and in 87 of 137 (63.5%) in t
132                   In adolescence, experience-expectant maturation of language and cognitive systems s
133 ARTICIPANTS: The Lifestyle Interventions for Expectant Moms (LIFE-Moms) trial was a consortium of 7 i
134   In this report, we describe the case of an expectant mother who had a febrile illness with rash at
135  gestation, there is no treatment option for expectant mothers or DS individuals.
136                                              Expectant mothers were sensitive to the way professional
137 , and proper counseling should be offered to expectant mothers with regard to both the risks that pre
138                       In the third trimester expectant mothers wore personal air samplers for measure
139 ion of the maternal role as intrinsic to the expectant mothers' infant feeding decisions.
140                                     From 105 expectant mothers, 80 underwent blind-rating of maternal
141 re or fatal in certain demographics, such as expectant mothers.
142 mperature in vulnerable populations, such as expectant mothers.
143 olated CN VI palsy, which allows for initial expectant observation and re-consideration of obtaining
144  therapy, multiple observations suggest that expectant observation could be a safe alternative for in
145                                              Expectant observation of infants younger than 6 months w
146 rtical transmission in these bats, which are expectant of reservoir hosts, but may also reveal an anc
147 e in psychological distress as a function of expectant or new fatherhood; instead, some improvement i
148  findings provide longer-run information for expectant parents and physicians who are considering del
149                                      New and expectant parents experience perinatal mood disorders, w
150 nstrate the multiple influences impacting on expectant parents in the decision-making process.
151                    A better understanding of expectant parents' views and experiences in making infan
152   Key inclusion criteria: studies reflecting expectant parents' views of the factors influencing thei
153 ells persisted in the spleen and placenta of expectant recipient mothers.
154 ioral task, when an animal is very alert and expectant, sensory adaptation is mostly absent.
155                                              Expectant treatment was successful in 93% of patients.
156  with localized prostate cancers followed by expectant (watchful waiting) therapy with 15% (17/111) T

 
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