Our research team studies the molecular mechanisms underlying placental nutrient transport by membrane proteins and fetal programming of health and disease.
We developed an in vitro model that mimics the human placental barrier using co-cultures of primary trophoblasts and HUVECs.
๐ This is a powerful tool to develop safer therapies during pregnancy.
๐ Fuenzalida B et al., J Cell Mol Med (2024)
๐ก Funded by 3RCC
New research highlight ๐ฌ
We present a flow-driven in vitro model of the human placental barrier.
๐ A safe, reproducible, and predictive platform to assess transplacental transport, fetal exposure, and drug safety during pregnancy.
๐ Fuenzalida B et al., J Physiol (2026)
New publication alert๐ฌ
In our latest study, we explore placental iron transport as a potential missing link in fetal programming of health and disease.
๐ก Advancing our understanding of early-life determinants of mental health.
๐ Schroeder M et al., EBioMedicine (2026)
Dear members and followers, do not miss this outstanding opportunity to learn from Dr. @GiseAbru and her recent findings on the reproductive outcomes of prenatal androgen exposure. The DOHaD Youth has much to teach us. Join us!!!
With almost 800 abstracts received and over 850 delegates registered from 50+ countries, #DOHaD2022 promises to be the key event for networking, collaboration, and exchange amongst the brightest minds in DOHaD.
Register NOW: https://t.co/es6r9OTtJqย ย
@Dohadcanada@DOHaD_Society
We are hiring!!! Join our group for an exiting PhD project in fetal and placental programming of health and disease โ check it out : https://t.co/MVjRTymSpD @DOHaD_Society@IFPA_Official