N. Gomez-Lopez

This study characterizes the vaginal microbiota in pregnant African-American women across gestation, identifying key factors like gestational age and parity that influence its composition.

The paper shows that M2 macrophages prevent preterm birth and improve neonatal outcomes by reducing in utero sterile inflammation in mice.

The paper shows that nitazoxanide prevents preterm birth in mice by activating MNRR1, which counteracts inflammation caused by intra-amniotic LPS.

This paper re-analyzes 15 placental microbiota datasets to determine if a placental microbiota exists, finding that bacterial signals likely arise from contamination rather than a true microbiota.

This study investigates bacterial profiles in term and preterm placentas, finding no placental microbiota in term pregnancies but variable bacterial presence in preterm cases, influenced by delivery mode.

This study characterizes the microbiota of pregnant mice at four body sites using culture and DNA sequencing, finding that vaginal microbiota can be cultured and show similarities to human vaginal microbiota.

This study investigates whether murine amniotic fluid contains a viable microbiota, finding no evidence of a viable microbial community despite detecting bacterial DNA.

This study investigates the presence of viable bacterial communities in fetal and placental tissues of rhesus macaques using culture, qPCR, and DNA sequencing, finding no consistent evidence of microbial colonization.

This study investigates the presence of bacterial communities in placental and fetal tissues of mice using culture, qPCR, and 16S rRNA sequencing, finding no consistent evidence of microbiota.