What does the nerve control of the obturator control?
Obturator Nerve is a vessel of the peripheral nervous system that penetrates into the medial section of the thigh, also known as the inner thigh. The lumbar plexus, a network of nerves protruding the lumbar spine at the lower back, extends over the front of the hip and reaches the upper inner thigh, where it exchanges sensory information between the central nervous system and the skin found here. The nerver nerve also transmits motor impulses between the brain and the muscles found here, known as aductors that allow the contraction of these muscles. However, this nerve can carry signals in two directions. Thus, it makes nerves known as neurons that can send signals in one direction depending on the neuron type. The Affekuneurony NT chains provide sensory information, such as the temperature from the body up the spinal cord and into the brain, which then interprets this information and determines the answer. Similar chains of eperential neurons carry motor signals from the brain back to the muscles and tell them to createmovement.
obturator nerve then receives sensory information from receptors in the skin of the inner thigh, such as whether the water that contacts the skin is hot or cold, or how painful the injury is to the area. It transmits this information in the form of an electrical pulse that enters the spine through the nerves leaving the second, third and fourth lumbar vertebrae. Once the spinal cord, which is part of the central nervous system together with the brain, this signal is supplied up with afferent neurons until it reaches the brain and is directed to the area of the responsible area of the brain coordination of this particular response - ie pain or temperature.
as well as eperential neurons carry signals from the brain to the muscles of the inner thigh, which are innervated by the obturator nerve: Aductor Magnus, Aductor Longus, ADUctor brevis, obturator external, pectineus and gracilis. This is called motor signals because it is aboutElectrical pulses that are responsible for the production of movement, while the nerve fibers are attached to the muscle tissue. It should be noted that the brain does not send these impulses to the inner thigh muscles in response to sensory information received from the inner thigh, because afferent and eperential signals occur independently of the second. Motor signals are often voluntary, as in deciding a step forward. When the muscles of the inner thigh creates the movement of aduction or the association of the legs, the brain may invite them to close as a bouncy connector during movement and send reqsignal Uired to the muscles along the nerve of the obturator.