Introduction Understanding regarding the whole placental vascular network structure is
limited. Our aim was to quantitatively characterize the human placental vascular tree ex-vivo …

Background Advanced magnetic resonance imaging (MRI) methods are increasingly being
used to assess the human placenta. Yet, the structure–function interplay in normal placentas …

Experimental methods that allow examination of the intact vascular network of large organs,
such as the human placenta are limited, preventing adequate comparison of normal and …

Introduction A normal placenta development is crucial for a successful pregnancy. In case of
major obstetric complications such as intra-uterine growth restriction, the placental …

Introduction There are considerable variations in villous morphology within a normal
placenta. However, whether there is a reproducible spatial pattern of variation in villous …

Aim: To construct and examine models of the vascular networks using the technique of
vascular corrosion casting in placentas collected from normal pregnancies and from …

OBJECTIVE: Placental vascular development matches fetal growth and development.
Quantification of the feto-placental vasculature in placentas from pregnancies is complicated …

The current understanding of the placental vascular tree largely derives from time-
consuming morphometric analyses performed by conventional histology, electron …

Objectives To observe the microvascular architecture in the placental bed and explore the
feasibility and clinical utility of MV‐Flow imaging (Samsung Medison Co, Ltd, Seoul, Korea) …

Purpose The placenta is a vital organ for the exchange of oxygen, nutrients, and waste
products between fetus and mother. The placenta may suffer from several pathologies …