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nerve carring motor informaton causing right leg flexion?
True. A+
Motor neuron diseases are a group of progressive disorders involving the nerve cells responsible for carrying impulses that instruct the muscles in the upper and lower body to move
its both motor and sensory
The nerve motor points is a large muscle mass of shoulders, arms, and legs, striking with leg or hand. Some types of nerve points are superficial peroneal nerve motor point, tibial nerve motor point, common peroneal nerve motor point, and femoral nerve motor point.
nerve carring motor informaton causing right leg flexion?
What Nerve carrying motor information causing right leg flexion?
Nerve blockades, which involve the injection of an anesthetic into the area around a sensory or motor nerve that supplies a particular region of the body, preventing the nerve from carrying nerve impulses to and from the brain.
True. A+
When nerve damage effects a motor nerve, you have a motor neuron disease. It is also called neuropathy. For information on nerve damage repair go to www.realfoodnutrients.com/neu/home.htm
transmit both sensory and motor information
The nerves innervate the quadriceps. The afferent nerves are the muscle spindles and the efferent are the motor neurons.
Motor neuron diseases are a group of progressive disorders involving the nerve cells responsible for carrying impulses that instruct the muscles in the upper and lower body to move
its both motor and sensory
The nerve motor points is a large muscle mass of shoulders, arms, and legs, striking with leg or hand. Some types of nerve points are superficial peroneal nerve motor point, tibial nerve motor point, common peroneal nerve motor point, and femoral nerve motor point.
Olfaction is the sense of smell.The Olfactory System is the sensory system used for Olfaction (smelling).So in short, Its a sensory system (nerve) not a motor nerve.Think of motor nerves as nerves that cause a change in something, such as muscle motor nerves cause the muscle to contract.Sensory Nerves 'sense' the environment around them and then transfer this information on to other parts of the body such as the brain.
nerve fibres which carry the commands from the CNS out to (muscles, organs, glands) for a motor output or response.