Part C: A woman has multiple sclerosis, which damages myelin. Which of the follo

Question

Part C:

A woman has multiple sclerosis, which damages myelin. Which of the following is true?

She has a problem with the coating of her nerves.

Part D:

Which of the following appears to be true based on this study?

Regulating AS-RNA affects myelination.

Part E:

It currently appears that which of the following people is most likely to benefit from a therapy using the research in this study?

Her nerve cells are lacking part of their cell membrane. Her nerves have enhanced electrical transmission. She has a problem with the mitochondria in her nerves.

She has a problem with the coating of her nerves.

Part D:

Which of the following appears to be true based on this study?

Regulating AS-RNA affects nerve cell reproduction. Regulating AS-RNA affects nerve cell repair. Regulating AS-RNA affects DNA replication in damaged cells.

Regulating AS-RNA affects myelination.

Part E:

It currently appears that which of the following people is most likely to benefit from a therapy using the research in this study?

a person with Parkinson's disease a person with obsessive-compulsive disorder a person with chronic inflammatory demyelinating polyneuropathy a person with Alzheimer's disease

Explanation / Answer

ANSWER IS:
Her nerve cells are lacking part of their cell membrane.

EXPLANATION:

A woman has multiple sclerosis, which damages myelin then her nerve cells are lacking part of their cell membrane. Women had mostly of dead nerve cells, whose axons have been denuded of the myelin sheaths that protect them and permit the conduction of nerve impulses.

The myelin sheath is thinned or lost completely called as demyelination.

ANSWER IS:

Regulating AS-RNA affects nerve cell repair.

EXPLANATION :

An endogenous repair process follows the recruitment of oligodendrocyte precursor cells (OPCs). This repair process is variable and can result in normal CNS function. But following successive demyelinating events, the myelin repair is ultimately insufficient that leads to l axonal damage and extensive disability.

ANSWER IS:

a person with chronic inflammatory demyelinating polyneuropathy

EXPLANATION:

It currently appears that a person with chronic inflammatory demyelinating polyneuropathy is most likely to benefit from a therapy using the research in this study. Chronic inflammatory demyelinating polyradiculoneuropathy is the peripheral counterpart of multiple sclerosis as many similaritiesbetween them...

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