The primary nerve responsible for walking is the sciatic nerve, which originates from the lower back and innervates the muscles of the legs and feet. It controls the movement of the muscles involved in walking, including those in the thighs, calves, and feet. Additionally, the spinal cord and various other nerves play crucial roles in coordinating and facilitating walking through motor control and balance.
The nerve (the sciatic) goes to the muscles that move the leg. If the "pinching" is removed by opening the foramen (Foraminal Stenosis) that the nerve goes through, the ability to walk will come back.
The largest cranial nerve is the trigeminal nerve (cranial nerve V), which is also the most important sensory nerve of the face. It is responsible for sensation in the face and motor functions such as biting and chewing. The trigeminal nerve has three major branches: the ophthalmic, maxillary, and mandibular nerves, which innervate different areas of the face. Its extensive sensory distribution makes it crucial for facial sensation.
The trochlear nerve is also known as cranial nerve IV (CN-IV). It is the only cranial nerve that emerges dorsally from the brain, which also makes it the longest pathway. It is the smallest nerve to service the eye. CN-IV passes through superior orbital fissure, and it provides for only a motor function. It serves the superior oblique eye muscle and connects to the annular tendon. As a result, it processes brain signals to move eyes up and down and outwards. Whether due to a head injury or a complication of surgery, damage to this nerve will compromise some ability to use the superior oblique eye muscle. Without the use of the nerve, the superior oblique eye muscle will not no longer function properly. The muscle, not the trochlear nerve, physically moves the eyeball. Double vision, otherwise known as diplopia, results from problems with muscle or the nerve. Complications from these issues will result in a diminished ability to walk, especially down stairs.
You are speaking of the 12 cranial nerves:I. Olfactory nerve which branches out of the telencephalonII. Optic which branches out of the diencephalonIII. Oculomotor nerve which branches out of the mesencephalonIV. Trochlear nerve nerve which branches out of the mesencephalonV. Trigeminal nerve which branches out of the ponsVI. Abducens nerve which branches out of the ponsVII. Facial nerve which branches out of the ponsVIII. Vestibulochochlear nerve which branches out of the ponsIX. Glossopharangeal nerve nerve which branches out of the medullaX. Vagus nerve nerve which branches out of the medullaXI. Accessory nerve nerve which branches out of the medulla & cervical spineXII. Hypoglossal nerve nerve which branches out of the medulla
sciatic
1.don't walk on it! 2.don't walk on it!
The chicken would be able to walk with nerve damage in their foot, because it still has use of the rest of its leg. It is likely that there would be some impairment.
The sciatic nerve is located in the hind quarter of a cow. Removing the sciatic nerve in a cow makes the meat kosher, according to Judaism.
Nerve endings.
Antlions have huge mandile which makes it difficult to walk so it walk backwards dragging the mandible and also makes doodles on the sand giving them the name doodlebug.
Ambien
Chordates have a nerve cord running their backs. Some chordates are vertebrates. They have vertebrate, or a segmented backbone, protecting the nerve cord.
you have what is called nerve damage, i recently got it and it hurts.
A walk on is a player who is not a scholarship player who makes the team during tryouts
Vestibulocochlear nerve (CN VIII). More specifically vestibular nerve of CN VIII is responsible for equilibrium and balance.
Toro.
The nerve in the medial epicondyle that can cause tingling in the hand is the ulnar nerve. Compression or injury to the ulnar nerve at the elbow can lead to symptoms like tingling, numbness, and weakness in the hand and fingers.