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frontal lobe
Cranial and facial bones affect the following senses: senses of vision, taste, smell, hearing and balance. Protection of the brain is done by cranial while facial forms the mechanical framework of the face.
Effective and proper movement of the cranial plates is indeed critical for and proper brain function
The brain lies within the cranial cavity which is inside the larger dorsal cavity
cranial nerve3
equilibrium, taste, tears, and tongue movement
Superior oblique is controlled by cranial nerve VI (Trochlear nerve). This muscle depresses the eye and moves it laterally. A person with damage to this cranial nerve will have difficulty looking down and to the side.
Trigeminal Nerve
frontal lobe
The third cranial nerve, the oculomotor is responsible for blinking and most other eyelid movement.
Cranial nerves are primarily sensory. These nerves are directly between the brain and the brainstem and are responsible for smell, vision, eye movement, facial sensation, and the tongue movement.
cranial nerve I: olfactory:smell cranial nerve II:optic:vision cranial nerve III: oculomotor: 4 of 6 eye muscles cranial nerve IV: trochlear: cranial nerve V: Trigeminal cranial nerve VI: Abducens cranial nerve VII: Facial cranial nerve VIII: Vestibulochlear: hearing cranial nerve IX: Grosspharnxgeal: saliva formation cranial nerve X: Vegus cranial nerve XI: Acessory Spinal: trapizious movement cranial nerve XII: Hypoglosseal: toungue movement
. Novocaine is a sodium channel blocker. Explain why do you"feel no pain". What other functions besides sensory might be affected?
The cranial cavity contains the brain, pineal and hypophysis cerebri, parts of the cranial and spinal nerves, blood vessels, meninges and cerebrospinal fluid.
Cranial and facial bones affect the following senses: senses of vision, taste, smell, hearing and balance. Protection of the brain is done by cranial while facial forms the mechanical framework of the face.
Parkinson's disease affects some of the functions for which cranial nerves are responsible, for example, by creating disturbances of vision and smell, but scientists are not certain whether this effect involves damage to the cranial nerves or to the areas within the brain that interpret sensory signals. Parkinson's symptoms such as difficulty in moving the eyes or swallowing relate to neuromuscular disruptions that take place in the basal ganglia and affect neuron communication to the muscles, rather than to damage that involves the cranial nerves that also have functions related to the muscles that move the eyes, tongue, and face. The route of transit remains intact although the signals traveling to it are distorted.
Yes if the FD affected a cranial nerve.