Furrow Primary

The primary furrow (lat. sulcus primarius) is a deep furrow that appears in the third month of human embryonic development and is characterized by a similar configuration in all healthy individuals. The primary groove is a deep grooved canal that forms in the third month of embryonic development and is similar in configuration to healthy people. The sulcus primordium is an important element of the nervous system and plays an important role in the development of the brain and nervous system.

The primary groove appears in the third month of intrauterine development and is formed from the primary neural crest. This ridge is composed of neuroepithelial cells that form nerve fibers and form neural connections. The sulcus primary develops under the influence of many factors, including genetic factors, environmental factors, and factors in the intrauterine environment.

The configuration of the primary sulci depends on a number of factors, including genetic factors, environmental factors, conditions of intrauterine life and other factors. However, despite these factors, the configuration of the primary sulcus is usually similar in all healthy individuals, suggesting that this sulcus is important for the development of the nervous system and brain.

In addition, the primary sulcus plays an important role in the development of the human nervous system and brain. It is involved in the formation of neurons, synaptic connections and other structures of the nervous system. The primary sulcus also plays a role in regulating brain development processes, such as the myelination of nerve fibers and the formation of connections between neurons.

In general, the primary sulcus is an important element of the nervous system, which is formed in the third month of intrauterine development. Its configuration and function depend on many factors, but it is essential for the normal development of the human brain and nervous system.

Primary developmental furrows are deep furrows formed during the third month of the embryonic stage of development. In healthy people, they are characterized by a similar location and shape, such as the lateral sulcus, dorsal sulcus and others.

Primary furrows are formed as a result of the interactions of two processes - cell division and differentiation. A special complex of cells called the neuroepithelial plate is actively involved in this process. Thanks to their interaction, the formation of organs and brain structures occurs. Furrows are complex structures formed from layers of different types of cells. This is an important stage of evolutionary development,