Vertebral Process Transverse (Neural Spine)

The Neural Spine is one of the important anatomical structures of the spine. This paired process extends transversely from the vertebral arch and performs several important functions.

First, the transverse process of the vertebra is the site of attachment of muscles that are involved in moving the spine and maintaining its stability. Depending on its position on the vertebra, the transverse process of the vertebra can serve as an attachment site for various muscles, such as the muscles of the back and neck.

Secondly, the transverse process of the vertebra also performs an important function in protecting the spinal cord. Since the process is located on the vertebral arch, if it is damaged, damage to the spinal cord may occur. However, due to its structure, the transverse process of the vertebra is able to protect the spinal cord from damage from impacts and other traumatic influences.

Finally, the transverse process of the vertebra is also an important element for diagnosing spinal diseases. For example, during an X-ray examination of the spine, the transverse process of the vertebra can help determine the degree of wear of the intervertebral discs and other structures of the spine.

Overall, the transverse process of the vertebra is an important structure of the spine. It performs several important functions such as maintaining spinal stability, protecting the spinal cord, and diagnosing spinal disorders. Therefore, for any back problems, especially pain and discomfort in the spine, it is recommended to consult a doctor to diagnose and treat the problem.

Neural Spine - a paired process extending from the vertebral arch in the transverse direction. The transverse processes of the vertebra are located on the dorsal side of the vertebral body and are directed cranially. Their main function is to attach ligaments and muscles of the back.

The transverse processes of the vertebra differ in shape and size in different parts of the spine. In the cervical and thoracic regions they are short, in the lumbar region they are high and massive.

An important role of the transverse vertebral processes is to protect the spinal cord. They form the spinal canal, protecting the spinal cord from damage. In addition, these processes serve as a place for attachment of muscles and ligaments involved in the movements of the spine.

Neural Spine - a paired process extending from the vertebral arch in the transverse direction. The transverse processes are located symmetrically on both sides of the spinous process and serve to attach the muscles and ligaments of the spine. Their shape and size vary depending on the part of the spine. For example, in the cervical region the transverse processes are short, and in the thoracic region they are elongated to provide a larger area for attachment of the ribs. In the lumbar region, the transverse processes are also shortened. Thus, the transverse processes play an important role in the formation of the supporting function of the spine.

The transverse process of the vertebra arises at the point of contact of two arches in mammals. It is responsible for performing a number of important functions. For example, it ensures the connection of the vertebrae into a single segment, determines the shape of the spine and compensates for the shortening or lengthening of the bones in the thoracic segment due to uneven growth of the spinal column.

Human posture ensures correct body position not only in the thoracic region, but also in the lower back, hip joints and lower extremities. Curvature of the spine leads to the appearance