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1                                              U. urealyticum alone and in combination with LPS induced
2                                              U. urealyticum can be divided into two biovars comprisin
3                                              U. urealyticum has six closely related iron transporters
4                                              U. urealyticum was detected in 85 (41.1%) women.
5                                              U. urealyticum was identified in 29 subjects (11.4%).
6                                              U. urealyticum was not associated with NGU.
7                                              U. urealyticum-positive women also had a higher prevalen
8 alyticum-positive women compared with only 1 U. urealyticum-negative woman (0.4%) (P<.0001).
9    Preterm birth was documented in 7 (24.1%) U. urealyticum-positive women compared with only 1 U. ur
10    A subsequent preterm labor occurred in 17 U. urealyticum-positive women (58.6%), compared with 10
11 itive women (58.6%), compared with 10 (4.4%) U. urealyticum-negative women (P<.0001).
12      The relationship between intra-amniotic U. urealyticum in healthy second-trimester pregnant wome
13  and discrimination of Ureaplasma parvum and U. urealyticum and their 14 serovars by real-time PCR.
14         After stimulation with U. parvum and U. urealyticum, the expression of cell defense genes, in
15 , were cocultured with Ureaplasma parvum and U. urealyticum.
16 IL-6, and IL-10 in vitro by unstimulated and U. urealyticum (with or without lipopolysaccharide [LPS]
17 acterial enzymes appear not to be encoded by U. urealyticum, including the cell-division protein FtsZ
18  10(-2) CFU/microl PCR mixture for detecting U. urealyticum.
19 by enzyme-linked immunosorbent assay and for U. urealyticum and IL-1ra genotypes by PCR.
20 sting of second-trimester amniotic fluid for U. urealyticum can identify women at risk for subsequent
21 ra level was 450 ng/ml in women positive for U. urealyticum, as opposed to 225 ng/ml in women negativ
22  not support routine testing for M. hominis, U. urealyticum, and U. parvum in nonpregnant women.
23               We investigated if M. hominis, U. urealyticum, and U. parvum were associated with sympt
24 andidiasis (VVC), and tested for M. hominis, U. urealyticum, and U. parvum, and 4 nonviral STIs using
25              In preterm cells, high-inoculum U. urealyticum (10(6) CCU) (i) stimulated TNF-alpha and
26                                High-inoculum U. urealyticum (i) stimulated release of all four cytoki
27       In vitro inoculation with low-inoculum U. urealyticum (10(3) color-changing units [CCU]) (i) pa
28 TNF-alpha in response to challenge with LPS, U. urealyticum, and M. hominis in a concentration-depend
29                       The IL-1ra genotype or U. urealyticum colonization was unrelated to birth weigh
30 on in a dose-dependent manner but suppressed U. urealyticum-mediated TNF-alpha production only at the
31       U. parvum was detected more often than U. urealyticum.
32                         We hypothesized that U. urealyticum alters the host immune response in the pr
33                            We speculate that U. urealyticum enhances the proinflammatory response to
34                                 Although the U. urealyticum genome is similar to the two sequenced my
35              Among the 31 women with vaginal U. urealyticum, only 3 (9.7%) were homozygous for allele
36 preterm infants for Ureaplasma parvum versus U. urealyticum.
37 lationship between vaginal colonization with U. urealyticum, vaginal interleukin-1 receptor antagonis
38        Pregnant women who are colonized with U. urealyticum during the first trimester have elevated
39 e IL-1ra gene (IL-1RN*2) were colonized with U. urealyticum, as opposed to 47% of the 49 women who we