What is the function of the rear nerves?

Okcipital nerves together share a number of features that stem from a superior function that acts as the main nerve offer of the scalp and most of the head. These nerves transmit information back and forth between their original position in the spinal column and brain. The larger occipital nerve and smaller rear nerves share this responsibility. Then they run the neck. From now on, each nerve provides reactions to different head areas and scalp. This nerve is a continuation of the uterine spinal nerve. The larger occipital nerve provides a nervous reaction from the top of the head, down along the top of the ears and stops at the glands, which they produce saliva. It is also known as the side branch of the ventral Ramus. The second of the occipital nerves starts at the spine, runs up the neck and stops just behind both ears. Due to the short span of this nerve, it provides an area to which it provides answers, the back of the scalp, which is between the ears.

Many causes can lead to damage to one or both of these nerves. Occipital neuralgia is a term used to describe damage to the occipital nerves. Temporary nerve damage may be the result of trauma, such as whiteplash from an automobile accident or sharp interventions in vertebrae where nerves begin. In some cases, health conditions that attack nerves may lead to long -term or permanent damage, such as spine and DNA tumors.

Damage to the occipital nerves, whether temporary or permanent, causes many symptoms. People with nerve damage often suffer from very painful headaches that are often poorly diagnosed as chronic migraines. Muscle cramps can also be experienced. In many cases, the scalp becomes too sensitive and even the smallest touch or pressure causes pain.

Obicipital nerves are not in fact associated with any areas of the brain or skull. Instead, these nerves are associated with other ways outside the skull to form a connected neural network. UniversityThe body nerves are somehow connected to the transmission of feelings and relay messages throughout the body.