What is a nerve control?
neural control is a process used by the nervous system to control everything from movement to physiological processes. The body is a number of complicated interconnected systems that work together to maintain life in different ways, and nervous control is the basis of these systems. Nervous control disorders are of interest to some scientists and healthcare workers who want to help people who have experienced brain or nervous system damage. Each cell has the ability to send signals along its length to communicate with other cells. There are several different types of neurons that are found in different parts of the body that are able to send different types of signals. Depending on the controlled activity, the signals are sent from different areas of the brain along the neuron chain to achieve the desired target. Signals can also be sent back to the brain, providing feedback that allows the brain to respond to changing situations.
MoveThe, both voluntary and involuntary, are controlled by neurons. Neural control of movement regulates everything from the pumping of the heart to the raise of the hand in the classroom. When people are developing disorders that interfere with it, they can lose control of their movements, experience involuntary jerks and twitching, or even have problems with tasks to be automatic, such as fine muscle adjustments that allow people comfortably.
neurons act as sensors that provide brain information that can be relevant to brain activities. For example, when someone is running, the brain receives information that more oxygen is needed and increases your breath to ensure that the runner gets enough oxygen. When someone is injured, the pain signals are sent to the Domozek so that they know that they respond to injury, while the cascade series of automatic injuries to the injury is activated in individual cells throughout the place.
When scientists study the brain, they learn more about nervous control, along with the development of potential treatments disorderCH that inhibits the function of the brain and nervous system. For example, scientists have learned that deep brain stimulation may be beneficial in the treatment of some degenerative brain diseases and that the brain may be after an event such as a move like a move that learns to learn again.