Discover how H,K-ATPase type 2, a molecular pump, regulates blood pressure and fluid balance during pregnancy through groundbreaking mouse research.
Explore how appetite-regulating hormones contribute to hyperemesis gravidarum, a severe form of pregnancy nausea and vomiting affecting up to 3.6% of expectant mothers.
Explore how diabetes transforms placental function during pregnancy through systems biology approaches, affecting maternal and fetal health outcomes.
Scientific discovery reveals how developing babies are exposed to BPA in the womb, with potential health implications for brain development, metabolism, and reproduction.
Discover how hydroxylated PCBs cross the placental barrier in pregnant mice and the implications for fetal development and human health.
Discover how maternal zinc deficiency affects fetal bone development through scientific research on growth plates and nutritional impacts.
Exploring how a PAF antagonist failed to alter pregnancy duration and cervical collagen in rats, revealing the complexity of birth triggers.
Discover how decreased Nitric Oxide production serves as a key mediator in preeclampsia pathogenesis and potential therapeutic approaches in this comprehensive analysis.
Exploring how continuous glucose monitoring and closed-loop systems are transforming diabetes management in late pregnancy to improve maternal and fetal outcomes.
Exploring how maternal thyroid hormones act as invisible architects of fetal brain development, with profound impacts on neurodevelopment and behavior.