Placenta Cells

The placenta is a highly specialized transient organ that supports fetal growth and development throughout pregnancy. Acting as the primary maternal-fetal interface, it regulates nutrient and oxygen exchange, waste removal, endocrine signaling, immune tolerance, and vascular remodeling. Dysfunction of placental cellular networks has been associated with pregnancy-related complications such as preeclampsia, fetal growth restriction, gestational diabetes, and preterm birth.

Our placenta cell portfolio includes primary human placental epithelial cells, microvascular endothelial cells, and pericytes that collectively represent key components of the placental barrier and microvascular system. These physiologically relevant models support studies of placental biology, maternal-fetal interactions, angiogenesis, vascular function, and reproductive health research.

Product List

Our Placenta Cell Portfolio Highlights

Key Components of the Placental Microenvironment

Our collection includes major cellular components involved in placental barrier function and vascular regulation.

Placental Barrier Models
- Human placental epithelial cells
- Support studies of transport and barrier function
- Suitable for maternal-fetal exchange investigations
Placental Vascular Cell Resources
- Placental microvascular endothelial cells
- Placental microvascular pericytes
- Models for vascular stability and angiogenesis studies
Advanced Imaging Models
- GFP-expressing placental pericytes
- Cell tracking and migration studies
- Live-cell imaging applications

Applications in Placental and Reproductive Research

These cell models support investigations into pregnancy biology, vascular development, and maternal-fetal interactions.

Maternal-Fetal Interface Studies

Investigate cellular communication, nutrient transport, immune regulation, and barrier integrity at the maternal-fetal interface.
Placental Angiogenesis Research

Study vascular development, endothelial-pericyte interactions, vessel maturation, and placental blood flow regulation.
Pregnancy-Associated Disease Modeling

Support research into preeclampsia, placental insufficiency, fetal growth restriction, and gestational complications.
Drug Transport and Toxicology

Evaluate placental permeability, compound transport, and potential effects of therapeutic agents on placental tissues.

4 +
Research Applications
Supported

100 %
Mycoplasma-Free
Tested

24-72 h
Rapid
Delivery

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Why are placental cells important for maternal-fetal interface research?

Placental cells regulate nutrient transport, immune communication, oxygen exchange, and barrier function between the mother and fetus, making them essential models for studying pregnancy biology.

What role do placental pericytes play in vascular biology?

Placental pericytes contribute to microvascular stability, endothelial support, vessel maturation, and regulation of placental blood flow during fetal development.

Can placental endothelial and pericyte cells be used together in co-culture models?

Yes. Co-culture systems can better mimic placental microvascular architecture and are commonly used to investigate angiogenesis, vascular remodeling, and cell-cell communication.

What applications are supported by GFP-expressing placental pericytes?

GFP-labeled placental pericytes are useful for live-cell imaging, migration studies, vascular network analysis, and visualization of endothelial-pericyte interactions.

How are placental cells used in pregnancy-related disease research?

These models support investigations into placental dysfunction, preeclampsia, fetal growth restriction, gestational diabetes, and other pregnancy-associated complications.

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