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1 e diversity of oral bacteria associated with intrauterine infection.
2 dicate a unique role of commensal species in intrauterine infection.
3 l plaque of women without clinical levels of intrauterine infection.
4 specific T cells in the genital mucosa after intrauterine infection.
5 des draining the genital tract after primary intrauterine infection.
6 s in infants born with microcephaly and ZIKV intrauterine infection.
7 genes in the mortality of pregnant rats from intrauterine infection.
8 , such conditions have been attributed to an intrauterine infection.
9 g normal pregnancy and in the presence of an intrauterine infection.
10 elate with the neurodevelopmental outcome of intrauterine infection.
11 e FM rupture and preterm birth in women with intrauterine infection.
12 protection of the fetus against pathogens in intrauterine infections.
13 titis that is known to translocate and cause intrauterine infections.
14                                              Intrauterine infection affects placental development and
15                      Early events leading to intrauterine infection and fetal lung injury remain poor
16 easures to reduce the rate of deliveries for intrauterine infection and highlight the potential of ex
17 mplified from the only patient with clinical intrauterine infection and histologic necrotizing acute
18 odels are used to study mechanisms that link intrauterine infection and preterm birth (PTB).
19 bacterium nucleatum, a bacterium linked with intrauterine infection and preterm birth.
20 ytomegalovirus is the most frequent cause of intrauterine infection and the commonest infectious agen
21 y in developed countries, is associated with intrauterine infections and inflammation, although the e
22 Pregnancy outcome is severely compromised by intrauterine infections and inflammation.
23                                     Maternal intrauterine infection, and the accompanying inflammatio
24 f preterm births are attributed to ascending intrauterine infection, and Ureaplasma parvum (UP) is co
25    During human gestation, viruses can cause intrauterine infections associated with pregnancy compli
26                                              Intrauterine infection can lead to a fetal inflammatory
27         We have demonstrated previously that intrauterine infections can originate from the oral cavi
28                  It is well established that intrauterine infections can pose a threat to pregnancy b
29 gest that there is currently no evidence for intrauterine infection caused by vertical transmission i
30                                              Intrauterine infection (chorioamnionitis) aggravates neo
31  genotype also contributes to the outcome of intrauterine infection, CMV strains were studied from 56
32 al covering became infected, suggesting that intrauterine infection could be responsible for the incr
33                                              Intrauterine infection does not appear to increase risk
34 ation between extreme-prematurity births and intrauterine infection emphasizes the importance of unde
35                                              Intrauterine infection has been documented but is uncomm
36                                              Intrauterine infections have been associated with pregna
37 common cause of spontaneous preterm birth is intrauterine infection in the mother.
38                                              Intrauterine infection/inflammation (IUI) is a major con
39 ng from preterm labor, is commonly caused by intrauterine infection/inflammation.
40                                              Intrauterine infection is a major detriment for maternal
41                                              Intrauterine infection is a recognized cause of preterm
42                                              Intrauterine infection is thought to be one cause of pre
43 OUNDCytomegalovirus (CMV) is the most common intrauterine infection, leading to infant brain damage.
44                                     To mimic intrauterine infection, lipopolysaccharide (LPS) is comm
45                          We hypothesize that intrauterine infections may cause the excessive trophobl
46           These results suggest that certain intrauterine infections may directly induce trophoblast
47 al and decidual macrophages and used a novel intrauterine infection model of GAS in mice lacking the
48 ocography (OR, 0.66; 95% CI, 0.53-0.82), and intrauterine infection (OR, 0.82; 95% CI, 0.72-0.92) whi
49 ergeyella strain identified in the patient's intrauterine infection originated from the oral cavity.
50                                    Bacterial intrauterine infections play an important role in the et
51                                              Intrauterine infection plays a pivotal role in preterm b
52          The current paradigm indicates that intrauterine infections predominantly originate from the
53 RhCMV early in the second trimester and that intrauterine infection results in neuropathologic outcom
54 mucus could contribute to increased rates of intrauterine infection seen in women with preterm birth.
55 of bacterial species have been identified in intrauterine infections that do not belong to the vagina
56 h PTB, as a model organism, the mechanism of intrauterine infection was investigated.
57                  In this model, asymptomatic intrauterine infection was observed following i.v. rhCMV
58                           It may result from intrauterine infection, which mediates premature labor b
59                Chorioamnionitis is caused by intrauterine infection with microorganisms including Can
60                                The impact of intrauterine infection with multiple virus strains on th
61  the hydrosalpinx induction in CBA/J mice by intrauterine infection with plasmid-free C. muridarum a
62              We previously demonstrated that intrauterine infection with the periodontal pathogen, Po