MICRO-LIFE

The influence of vaginal microbiota on adverse pregnancy outcome in the LIFE study

2 Conditions

Adverse Outcomes Linked

60

Women analyzed

100%

Samples analyzed

Overview

Women’s health particularly of the reproductive health of rural women in developing countries is at risk influencing childbirth. Studies conducted earlier across the globe have demonstrated that, a homogeneous Lactobacillus-dominated microbiome has long been considered the hallmark of health in the female reproductive tract. In contrast, a vaginal microbiome species as observed with bacterial vaginosis has been associated with increased risk for acquisition and transmission of sexually transmitted infections, PTB and pelvic inflammatory disease. However, many asymptomatic healthy women have diverse vaginal micro biota. More refined approaches are needed to assess risk, promote health, and prevent and treat disease. While conducting the longitudinal study LIFE, it was observed that, there is a cohort of women who experience multiple problems due to altered vaginal microbiota at labor and delivery. Focusing on maternal health, SHARE INDIA team earlier conducted studies on cervical carcinoma. The experience of the health researchers of the SHARE INDIA provided impetus to conduct further study among pregnant women on mother’s health.

Aim

To investigate the association between vaginal microbiota composition and adverse pregnancy outcomes by comparing pre-pregnancy and intrapartum vaginal microbial profiles among women experiencing spontaneous abortion, preterm birth, and term delivery.

Objectives

  • To characterize and compare the pre-pregnancy vaginal micro biota Pregnant women who subsequently experience spontaneous abortion women who subsequently deliver preterm, to a control group of women who deliver at term.
  • To characterize and compare the vaginal micro biota at labor and delivery among women who deliver preterm and a control group of women who deliver at term.

Status of the project

The project studied 20 cases of women with spontaneous abortion, 20 cases of women who delivered preterm and 20 control women who delivered at term. Archived pre-conception vaginal samples were analyzed using broad range 16S rRNA gene PCR with sequencing. Women who delivered at term had vaginal microbiota dominated by Lactobacillus species.

Result

Yet to analyze.

Conclusion

Women delivered at term had vaginal microbiota Dominated by Lactobacillus species.

Investigators

Dr. Kalpana Betha, MBBS, M.D

Dr. Catherine L. Haggerty, Associate Professor, Department of Epidemiology, GSPH, Pittsburgh, PA, USA

Funding sources

Fogarty International Center –NIH

Thank You for Your Support

Your support advanced vital research on maternal health and vaginal microbiome, improving understanding of reproductive risks and supporting healthier pregnancy outcomes.