Amnion

The amnion is part of the embryonic membrane that forms during the early stages of pregnancy.

The amnion is essential for the proper development of the embryo.

The amniotic fluid in the amnion protects the fetus from external shocks.

The amnion surrounds the developing embryo and provides nourishment.

The amnion plays a crucial role in the development of the fetus's lungs.

The amnion is responsible for protecting the developing fetus during pregnancy.

The amnion is made up of two layers, the chorion and the amniotic membrane.

The amnion is formed during embryonic development.

The doctor prescribed antibiotics to treat the amnion inflammation.

The fetal heart rate decreased due to the amnion infection.

The amnion and chorion membranes play an essential role in fetal development.

The baby was born with a severe case of amnion infection.

The amnion and chorion membranes separate the fetus from the mother's blood supply.

In rare cases, amnion rupture sequence can lead to complications during pregnancy.

The doctor detected signs of amnion infection during the ultrasound.

The amnion contains amniotic fluid, which helps cushion the developing fetus.

The amnion cavity is filled with a clear liquid that cushions the fetus.

The amnion and chorion are two of the extraembryonic membranes that form during embryonic development.

The amnion can be used in regenerative medicine to repair damaged tissues.

Amnion embolism is a rare but life-threatening condition.

The amnion fluid sample was sent to the lab for testing.

The amnion fluid level needs to be monitored regularly during pregnancy.

The amnion and chorion membranes play a crucial role in fetal development.

The amnion sac provides a protective environment for the developing fetus.

The infection spread from the amnion to the umbilical cord.

Amnion nodosum is a rare condition where the amniotic membrane develops nodules.

The amnion is a protective membrane that surrounds the developing fetus.

The amnion and chorion membranes rupture during childbirth.

Amnion infection can lead to preterm delivery.

The baby's lungs develop inside the amnion sac.

The amnion is one of the four extra-embryonic membranes that develop in reptiles, birds, and mammals.

The development of the amnion is an important step in the early embryonic development of mammals.

The amnion helps to maintain a stable temperature and protects the developing fetus from temperature changes.

The amnion contains stem cells that can potentially be used to treat certain medical conditions.

The amnion is made up of a layer of cells that are closely connected to the fetus.

The amnion is responsible for the production and secretion of hormones necessary for fetal development.

The amnion plays a crucial role in fetal lung development by facilitating the exchange of gases.

The formation of the amnion is essential for the successful implantation of the embryo in the uterus.

The amnion ruptures during labor, leading to the release of amniotic fluid.

The amnion can be used in medical research to study the development of embryos and fetuses.

The amnion is a thin membrane that surrounds the fetus and acts as a barrier against harmful substances.

The amnion contains amniotic fluid, which provides nourishment to the developing fetus.

The rupture of the amnion signals the onset of labor.

The amnion and chorion are closely related and together form the fetal membranes.

The amnion is a vital protective membrane surrounding the developing fetus.

A punctured amnion can cause preterm labor and increase the risk of infection.

The amnion is one of the four extraembryonic membranes present in birds and reptiles.

The amnion is a thin but strong membrane that encases the fetus.

The amnion protects the developing fetus from physical harm.

The amnion is formed by the fusion of the embryonic somatic and splanchnic mesoderm.