What are the nerves at the back?

The back nerves are found in the spine and are divided into regions according to their rear position. There are a total of 31 pairs of spinal cords that work on providing sensory and motor functions for different parts of the body. These nerves are divided into areas that include areas of cervix, chest and coccyx. Each pair of nerves works to help check various motor and sensory functions throughout the body.

At the top of the spine there are uterine nerves in the back. There are eight pairs of uterine nerves, each pair has specific roles. The first two pairs of uterine nerves are responsible for checking the head movements. The other two pairs of nerves control the membrane and help in the breathing process. The rest of the uterine nerves in the back help control the muscles in the arms and hands.

There are 12 pairs of thoracic nerves at the back. The first pair of nerves adds the upper part and the arm. Another five pairs of thoracic nerves provide nerve supply to some chest muscles and the skin of the upper back and chest. Another five pairs of thoracic nerves at the backIt supplies the lower back and some of the abdominal muscles. The last pair of thoracic nerves gives the skin and the muscles of the gluteus buttocks.

The lumbar part of the spine contains five pairs of nerves. These nerves are supplied by lower limbs such as legs and ankles. These nerves in the back also provide nerve reserves for some organs placed in the abdomen, including the bladder, reproductive organs and colon. The sacral part of the spine also includes five pairs of nerves. Indeed, these nerves start in the lumbar region of the spine and work with the lumbar nerves to supply the abdominal organs and lower limbs.

The finap of the spinal cord in the back is located in Coccyx, also known as the tail bone. A nerve known as a coconut nerve helps the lumbar and sacral nerves to check the lower half of the body. All spinal cords work closely with each other. Therefore, any injury to this body has the potential to interrupt normal functioning in any part of the body.