Nerve Anastomosis

Anastomosis of nerve trunks (nerve anastomoses) is the formation of a connective tissue or cartilaginous bridge between two or more nerves of one trunk. Since the nervous tissue is always under high voltage from the impulse passing through it, such connections become a potential source of epileptic seizures. Therefore, they have been studied and used in the diagnosis of epilepsy.

Depending on the nature of the jumper, the following types of nerve anastomoses are distinguished: - Root fusion is the fusion of a nerve root with a vertebra. This type of fusion, or arthroplasia, is the most common type of fusion. Sometimes called achondroplasia

- Convergence - anastomosing nerves touch each other mainly in the spinal cord. As the nerve exits the body, it splits and further divides into many branches. This can be called a true type of fusion, in which multiple branching of the nerve is observed. After the 6th or 7th segment, the transverse nerve splits into right and left branches. They are located on the side of the spinal cord

There is also the concept of disk-threading. It characterizes a condition in which the intervertebral discs between adjacent vertebrae are less than 2 mm thick or are surrounded by spinal or brain tissue

Scliosis occurs when the lateral edges of the vertebral bodies gradually sag as they grow. A depression forms between the bodies, which can be filled with cerebrospinal fluid or liquor. Thus, a tubercle is gradually formed on the lateral surface of the body of a vertebra

In addition, perimandibular sclerosis is distinguished. It is characterized by gradual growth and deformation of the body of the lateral process of the third, fourth and fifth vertebrae of the cervical spinal column. At the same time, the head is pulled forward, the chin is lowered. It seems that the victim is looking around all the time, making his shoulders droop

Abnormalities of the Vertebral Rudiments The healthy structure of the spine has evolved over millions of years through a simple set of cellular processes. Individual areas are responsible for the formation of bone cartilage, which are connected into a single column. The main purpose of this process is to support the spine to make it easier to absorb body weight while walking and limit any pressure that the spine itself exerts between different vertebrae

An example of anomalies of the vertebral bone rudiments are dysplasia, including nonfusion, fusion, or underdevelopment of the spine. The chromosomal abnormality was first identified in a developing pregnancy in 1968. Since then, a number of anatomical structures have been discovered that are considered to be the cause of congenital deformities or dysplastic changes: various chromosomes and chromosomal abnormalities, including duplication, deletion or rearrangement of genes

Genetic abnormalities of the chromosomal region are often detected in the occurrence of various forms of rickets, arches from a neurological point of view, chronic pain and scoliosis. Such as 4p or