What is the function of the somatic nervous system?

The

somatic nervous system is responsible for voluntary muscle control and is involved in the perception of stimuli through sensory organs. It is part of the peripheral nervous system, which consists of nerves that are not part of the central nervous system. Most nerve tissue, which forms the peripheral nervous system, is used to connect the central nervous system with skeletal muscles and organs, including the sensory organs, throughout the body. The autonomous nervous system is also part of this system and is responsible for involuntary processes such as digestion and heart rate control. On the other hand, the somatic nervous system is associated only with voluntary processes such as engine control and processes including perception of meaning.

Efferent nerve fibers or motor neurons are effectors that broadcast signals from the central nervous system and are very important in the function of the somatic nervous system. These nerves carry information from the central nervous system that is composed of the brain and the ballHy, peripheral nerves. The central nervous system is responsible for receiving sensory information from the whole body and for the management of all its activities. Effects from the central nervous system results in voluntary effects because the signals from the central nervous system travel to the somatic nervous system.

Unlike efficient nerves, there are sensory nerves, which are also part of the somatic nervous system, receptors that process stimuli and send signals to the central nervous system. For example, touch, hearing and view are all senses based on the reception and interpretation of external stimuli and are associated with a somatic nervous system. There are also sensory neurons in the autonomic nervous system. These sensory units are used to monitor internal factors such as blood pressure, acidity of carbon dioxide and carbon dioxide.

While most engine checksIt is voluntary, some events, especially reflexive intended, are involuntary. Such involuntary motor reactions are based on somatic reflective arches, which are nervous circuits that allow a rapid response to certain stimuli. Despite the involuntary nature of these answers, somatic reflective arches are still considered part of the somatic nervous system. In essence, they create a mutual connection between the sensory input and the specific output of the engine or response. There are also autonomous arches that affect internal organs, such as a number of respiratory reactions to immersion in cold water.