Splanchnic Nerves

The splanchnic nerves, also known as the sympathetic nerves of the abdomen and pelvis, are an important part of the human nervous system. They arise from the nodes of the sympathetic trunk, located near the spinal cord, and innervate the blood vessels and internal organs of the abdominal cavity and pelvis.

The splanchnic nerves play an important role in regulating the functions of internal organs such as the stomach, liver, pancreas, intestines, bladder and genitals. They control processes such as intestinal motility, bile secretion, insulin and glucagon secretion, and are also involved in the regulation of blood pressure and cardiac activity.

The splanchnic nerves enter the nodes of the sympathetic plexuses of the abdominal cavity and pelvis, which are located near the internal organs. These nodes connect to each other and form a complex network of nerve fibers that provide communication between the organs and the central nervous system.

The splanchnic nerves also play an important role in the response to stress and danger. They are part of the sympathetic nervous system, which is activated in response to stressful situations such as danger or threat. Activation of the sympathetic nervous system causes the heart rate to increase, respiratory rate to increase, and blood vessels to constrict, allowing the body to quickly respond to threats.

In general, splanchnic nerves play an important role in regulating the functions of internal organs and responding to stressful situations. They are an integral part of the human nervous system and are necessary to maintain the health and vitality of the body.

The nerves of the splanchnic innervation unit in medicine belong to the nervous system, they are taken away from the simulator of the sympathetic structure, which is located around the canals of the body and enters the canal of the neck and roots of the body below the aorta, are located at the fork of the vagus structures and on the left thoracic aorta enters inside the left adrenal gland, part The simulator nerve enters the parenchyma of the urinary renal canal and separates the apex of the left kidney from the inside transversely by the medial ridge. Each of the points can be identified when there is severe deterioration of the lower limb or lower leg. Neurological prognosis