Embryopathy

Embryopathy is a pathological condition of the embryo or fetus that occurs as a result of the influence of various factors on the developing organism. This may be due to genetic disorders, infectious diseases, toxic substances, hormonal imbalances and other factors.

Embryopathy can manifest itself with various symptoms, including delayed fetal development, congenital malformations, structural anomalies of organs and systems, as well as various disorders in the functioning of organs and systems.

Various methods are used to diagnose embryopathy, such as ultrasound, magnetic resonance imaging, computed tomography and others. Treatment for embryopathy depends on its cause and the severity of the disease.

In some cases, embryopathy can lead to fetal death or even miscarriage. However, if the embryopathy is not severe, the pregnancy can continue and the baby can be born healthy.

It is important to remember that embryopathy is a serious disease that can affect the health of the unborn child. Therefore, if you are planning a pregnancy, it is necessary to be examined for the presence of embryopathy and take measures to prevent it.

Embryology is the science of the embryonic development of human and animal organisms. Germ cells come from a fertilized egg, which is no different in appearance from the somatic cells of the mother's body. In the egg, which after fertilization is called a zygote, an unusually rapid metabolism occurs, the amount of water in the egg core in the 48 hours preceding ovulation increases 90 times compared to normal, in addition, the composition of the secretion of the glands of the outer layers of the membranes changes. Embryogenesis is divided into pre-implantation, or the zygote and blastocyst stages, and into the early (5-20 days of pregnancy) and late (before childbirth or abortion) stages of development proper, when the blastocyte is converted into an egg. Development proceeds through cell division (mitosis), each resulting cell is an identical copy of the zygote nucleus. The formation of a multicellular organism is associated with limited provisional, or blastomeric, division of the zygotic ball. The first inner shell that underlies the surface layer of the yolk, the blastoderm, gives rise to the entire epiboly, or endoderm. Provisional cell division is called immbryonic. After the cessation of division, part of the cells of the dividing germ plate turns into a layer of cells that invaginate into the ectoderm - the mantle plate; this layer subsequently becomes the chorion, covering the embryo and providing nutrition, gas exchange and respiration. The corpus luteum of the uterus is intensified, which means the growth of the glands of the embryo is stimulated. The folds of the mesoderm - allantois - early descend to the bottom of the amnion, where they are immersed in the body of the embryoblast in the form of cords called allantois vessels. These vessels extend from the allantoic end to the ovary. Deposition of a trophoblast layer and subsequent polypous growths of the covering body of the chorion form an avascular placenta rich in trophic cells.