Umbilical Cord, Umbilical Cord

The Umbilical Cord, or Umbilical Cord, is a long cord that connects the fetus to the placenta. Inside the umbilical cord there are two umbilical arteries, through which fetal blood enters the placenta, and one umbilical vein, through which arterial blood is sent to the fetus. Also inside the umbilical cord are the remains of the allantois and yolk sac; During embryo development, the umbilical cord connects to the amnion. The umbilical cord performs an important function - it provides nutrition and gas exchange to the fetus, as well as the removal of its metabolic products. After the baby is born, the umbilical cord is tightened and cut.

The elongated cord that connects the fetus to the placenta is called the cord, and also the umbilical cord, which are the same thing. During a birth or miscarriage, a cord is brought out through a hole in the navel. This cord is important for the newborn embryo - it performs a number of important functions. The main function of the cord is to ensure the vital functions of the fetus: it supplies the embryo with oxygen, and in return releases carbon dioxide and carbon. The cord provides communication with the placentas, which is the umbilical “receiver” from the mother’s body to the mother – from mother to fetus

The umbilical cord or umbilical cord is a long cord that connects the fetus and the placenta. It plays an important role in the development of the fetus, providing nutrition and respiration through the umbilical arteries and veins.

The umbilical artery and vein are located inside the umbilical cord and perform the function of connecting the fetus and placenta with the mother’s circulatory system. The umbilical vein arterial blood is sent from the fetal body to the mother's womb and further through the umbilical vessels to the fetal heart. Venous blood, on the contrary, enters the maternal body through the umbilical artery.

The umbilical cord is one of the most important organs for fetal development. Its structure and function