1
Results: The associations between various components of the vaginal flora were complex.
2
The gels were non-toxic toward vaginal flora, PBMCs, or epithelial cells.
3
Results: Changes in vaginal flora were minimal in all monkeys.
4
The same two sequences were obtained from DGGE bands of the corresponding vaginal flora.
5
Women with intermediate vaginal flora had intermediate frequencies of these clinical signs and microorganisms.
6
Intermediate vaginal flora or bacterial vaginosis was found in 73% of participants during the second time point.
7
Overall, the vaginal flora of West African women with BV was reminiscent of that of their counterparts in industrialized countries.
8
Conclusion: The results suggest that A. vaginae may be an important component of the complex bacterial ecology that constitutes abnormal vaginal flora.
9
Conclusions: A single dose of nonoxynol-9 causes minimal vaginal flora and epithelial irritation, and may be useful for prevention of chlamydial infection.
10
Conclusion: There is no significant difference in vaginal pH level between black and white women after controlling for differences in confounding factors, particularly vaginal flora.
11
Between 13 and 19 weeks' gestation, participants in the intervention group received home-based screening for abnormal vaginal flora and urinary tract infections.
12
These animals were assessed for changes in vaginal flora before and at 30 minutes, 1 day, and 2 days postapplication by microbiologic analysis.
13
This study was undertaken to define the characteristics and persistence of vaginal flora in 7918 pregnant women at 23 to 26 weeks' gestation.
14
Background: Vaginal flora of healthy women is dominated by Lactobacillus species which can prevent bacterial vaginosis.
