progressive regeneration or reinnervation of the more proximal motor units during recovery ..seen in case of axonotomesis
An injury to a peripheral nerve causes loss of both sensory and motor functions since that specific part is supplied by the motor pathway such as spinothalalmic and corticospinal.
The Tibial nerve provides motor and sensory innervation to the posterior compartment of the leg and sole of the feet. Injury to the nerve could produce loss in flexion of the toes and feet.
Motor nerve damage can be caused by a variety of factors, including injury, diseases such as multiple sclerosis or amyotrophic lateral sclerosis (ALS), infections, genetic conditions, or exposure to toxins. Damage to motor nerves can lead to muscle weakness, paralysis, and impaired movement.
The median nerve provides sensory and motor function to the hand and forearm. It innervates muscles involved in flexion of the wrist and fingers, as well as sensation to the palm and fingers. Injury to the median nerve can result in weakness, numbness, and tingling in the hand and fingers.
Yes, you may still have a stretch reflex with a cervical nerve injury.
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.
A motor nerve is part of the nervous system that moves muscles.
A motor nerve is connected to a muscle or gland and causes it to work.
One of two thing can happen (depending on just how damaged). If it is a sensory nerve, that will not carry sensory impulses to the CNS. You may have a numb feeling in a small area or a very large area. If it is a motor nerve, you may not be able to move a muscle (or a group of muscles). That really is paralyzed means.
A motor nerve falls under the category of efferent nerves, its opposite would be an afferent nerve, usually called a sensory nerve.
Injury to the tibial nerve can sometimes be repaired through surgical intervention, such as nerve decompression or repair. The success of nerve repair can vary depending on the extent and location of the injury. Rehabilitation therapy may also be necessary to help restore function and sensation.
vagus nerve