Multiple sclerosis (like many CNS disorders) is more descriptive.pdf

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Multiple sclerosis (like many CNS disorders) is more descriptive than it is prescriptive. What do I mean by this? Explain one general class of problems that can cause the symptoms of multiple sclerosis. How does this class of problems lead to damage? Multiple sclerosis (like many CNS disorders) is more descriptive than it is prescriptive. What do I mean by this? Explain one general class of problems that can cause the symptoms of multiple sclerosis. How does this class of problems lead to damage? Multiple sclerosis (like many CNS disorders) is more descriptive than it is prescriptive. What do I mean by this? Explain one general class of problems that can cause the symptoms of multiple sclerosis. How does this class of problems lead to damage? Solution Multiple sclerosis is more illustrate and descriptive because it is an autoimmune-mediated process that cause damage to developing myelin. Host immune factors are going to attack individual neurons so that Multiple sclerosis is the demyelinating disorder in which “myelin of neurons” broken due to the various factors in the both neonatal and child brain leading severe cognitive and sensory –motor impairment due to the improper functioning of the flexion reflex. During multiple sclerosis, merely central nervous system with oligodendrocytes will be affected thereby improper myelination around the CNS neurons. Schwann cells will not get affected because these are myelin-producing cells in peripheral nervous system. A disease is pertaining to central nervous system is leading to complete paralysis of the muscle tone innervated with motor neurons during the functioning of the flexion reflex on the specific skeletal muscle result in irreversible flaccid & paralysis with no muscle tone. A peripheral nervous system problem can be irreversible as it can regenerate the activity of spastic nature of the muscle. Multiple sclerosis is an autoimmune disease in which, the myelin sheath covering the neurons present in the central nervous system is degraded. As a result, there will be decreased impulse conduction or loss of impulse conduction in that area. Depend upon the affected area, the corresponding organs may suffer from paralysis because loss of neurons communication specific regions. The symptoms of multiple sclerosis include impaired cognitive functions, bladder functions, emotional changes, depression, fatigue, sexual dysfunction, visual problems, convulsions, pain muscle spasticity, etc..

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conduction or loss of impulse conduction in that area. Depend upon the affected area, the
corresponding organs may suffer from paralysis because loss of neurons communication specific
regions. The symptoms of multiple sclerosis include impaired cognitive functions, bladder
functions, emotional changes, depression, fatigue, sexual dysfunction, visual problems,
convulsions, pain muscle spasticity, etc.

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3) Common symptoms of Multiple sclerosis are - Vision problem occurs due to inflammation of optic nerve that damages the central vision. Sensation of numbness and tingling as the signals across the nerves are confused and are not transmitted completely or effectively. Weakness and Muscle fatigue due to degeneration of nerves. Vertigo and dizziness occur due to lack of coordination. Schwann cell is responsible for insulating axons in Peripheral nervous system. It is not affected in Multiple sclerosis. It is oligodendrocytes which are affected, and thus fail to insulate axons of central nervous system. 4) Lidocaine prevents the evolution of action potential and thus decreases or stops any sensation arising in affected area. Solution 3) Common symptoms of Multiple sclerosis are - Vision problem occurs due to inflammation of optic nerve that damages the central vision. Sensation of numbness and tingling as the signals across the nerves are confused and are not transmitted completely or effectively. Weakness and Muscle fatigue due to degeneration of nerves. Vertigo and dizziness occur due to lack of coordination. Schwann cell is responsible for insulating axons in Peripheral nervous system. It is not affected in Multiple sclerosis. It is oligodendrocytes which are affected, and thus fail to insulate axons of central nervous system. 4) Lidocaine prevents the evolution of action potential and thus decreases or stops any sensation arising in affected area..

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