The microbial communities are an indispensable part of the human defense system and
coexist with humans as symbionts, contributing to the metabolic functions and immune …

Microorganisms and eukaryotic human cells coexist in synergistic relationships in nearly
every niche of the human body. The female genital tract consisting of the vagina, uterus with …

This study conducted a detailed analysis of the vaginal microbiota in pregnant women to
explore its correlation with preterm birth (PTB) outcomes. The primary objective was to …

Next-generation sequencing-based microbiological analysis is a complex way to profile
vaginal microbiome samples since each step affects the results gained. Methodologies for …

Objective: The ideal vaginal environment is maintained by Lactobacillus species, which
keep the vagina clean and free of infections, boost fertility and immunity. Age-related decline …

Simple Summary Because of their complexity, bacterial communities characteristic of
bacterial vaginoses (BV) have not been completely characterized yet. The aim of the present …

The vaginal microbiome includes diverse microbiota dominated by Lactobacillus [L.] spp.
that protect against infections, modulate inflammation, and regulate vaginal homeostasis …

Objective The causes of idiopathic infertility are still not known; however, it may be
associated with microbial etiologies. The present study examines the vaginal microbiota of …

In an age of cutting-edge sequencing methods and worldwide endeavors such as The
Human Microbiome Project and MetaHIT, the human microbiome stands as a complex and …

HPVs representing the most common sexually transmitted disease are a group of
carcinogenic viruses with diferent oncogenic potential. Vaginal microbiome represent the …