Without this partner in crime, the brain would not be able to communicate with muscles and organs in the rest of the body.ĭirect electrical messages travel from the brain, through the central spinal cord, and out to the peripheral nerves, across all corners of the body. In short, the brain could not be effective without its counterpart: the Peripheral Nervous System. The brain needs a way to send messages through a landline of nerves. Messages don’t end at the spinal cord and magically make their way to the muscles and organs. Even our endocrine system, which controls organs such as the thyroid, pancreas, and adrenals, are also monitored by this central processor of the brain. Walking, digestion, heartbeat, and blood pressure are all controlled and maintained by the brain. It’s the principal source for much of your body’s movement and function. To put it one way, your central nervous system-composed of the brain and spinal cord-acts as your body’s command center. Your Central Nervous System (CNS) plays a crucial role in sustaining a healthy body and an active life. Why are spinal nerves so important-and easily damaged? Using electrodes and a low-grade current, your provider can locate the source of your pain and develop a suitable treatment plan. Nerve conduction studies allow your doctor to do exactly this.
Because your body is so rich in nerves, finding the culprit of your pain can be difficult. When a nerve goes even a little bit haywire, pain is the typical result. Nerve conduction studies measure the strength and speed of nerves signals that deliver messages from the body to the brain.
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