Transovarial Transmission

Transovarian transfer of the egg from the fallopian tubes to the endometrium of the uterus through the common peritoneal covering in humans, monkeys, horses, some species of birds, small rodents, pigs and other animals. The larva can penetrate the uterus in another way. This transmission occurs in females or males during fertilization. The process does not require the organism to be intersexual. Transopharyngeal transfer is characterized by rapid development and maturation.

Unlike the “classical” atretic mechanism of fetal transmission, in this case the egg arrives in middle age, and not in the upper age of the uterus. Under such conditions, the fetus is ahead of the development of the ovosal ligament and placenta, which leads to the development of an ectopic pregnancy. The ovosal ligament is destroyed, and the placenta begins to develop without the intervillous capillary tube and villi, as occurs under normal conditions. Localization of the transfaria intercellular space interferes with placental functioning and blood vessels

Transovarial transmission is the process of transferring genetic information from one cell to another within a single egg or sperm, and further to the development of a new living individual. This process occurs throughout life, but is not necessary for survival. In the case of transovarial transfer of genetic material, the embryo develops inside an already existing organism without the need for additional maternal fertilization. This can happen, for example, if the egg is fertilized by several sperm at the same time or if the sperm penetrates deep into the egg. This type of transfer can be useful if the mother's uterus is not positioned correctly and cannot support the normal development of the embryo in it. However, this type of transfer has some risks associated with damage to the genetic material during the process. There are also some limitations on how long transovarial transfer can continue before embryogenesis is disrupted.