A branched vascular network is crucial to placental development and is dependent on
factors such as vascular endothelial growth factor (VEGF), placental growth factor (PlGF) …

During the course of 9 months, the human placenta develops into a highly vascular organ.
Vasculogenesis starts during the third week post-conception. Hemangioblastic cell cords …

Ample interest has been evoked in using placental angiogenesis as a target for the
development of diagnosis tools and potential therapeutics for pregnancy complications …

During placental development, vessel formation occurs initially by vasculogenesis and
subsequently by branching and nonbranching angiogenesis. We investigated vascular …

Angiogenic markers are now being incorporated into clinical practice for the screening,
diagnosing, and monitoring of preeclampsia. Pregnancy requires both vasculogenesis and …

During fetal development, the human placenta undergoes high levels of both angiogenesis
and vasculogenesis. Additionally, the developing placenta undergoes a process of vascular …

The placenta plays a central role in governing local circulatory system that mediates
maternal condition and fetal growth. In early gestational phases, the placenta exerts …

An adequate nutrient and substrate supply is essential for normal intrauterine development
of the fetus. Disturbances in uterine blood supply are associated with higher perinatal …

The placenta is the organ that is responsible for providing the developing fetus with all the
nutrients necessary for its growth and is also responsible for removing fetal waste …

The uterine vasculature undergoes marked changes during pregnancy in order to provide
the necessary increase in blood flow to support growth and nutrition of the uterus, placenta …