Destruction of which pancreatic cells would cause hyperglycemia? alpha cells beta cells delta cells none of the choices are correct.

Destruction of the pancreatic "Beta Cells" can lead to hyperglycemia is enough of them are annihilated. This is because the beta cells of the organ the pancreas are responsible for producing the hormone insulin, whose job is to lower blood-glucose levels when they rise (as after a high-carbohydrate meal).
Without enough insulin secreted by beta cells, glucose levels will continue to rise in the blood plasma, a condition called hyperglycemia.
This is actually the main cause of insulin-dependent diabetes mellitus (IDDM, aka Type 1 Diabetes).

The Beta cells are the cells that produce insulin, a hormone that regulates the overall quantity of glucose (a sugar) in the bloodstream. These cells are located throughout the pancreatic in islets, which are clusters of cells. In type 1 diabetes, the immune system incorrectly damages beta cells.If more of the pancreatic "Beta Cells" are destroyed, hyperglycemia can result. That's because the beta parathyroid glands are responsible for producing the hormone insulin, which job is to lower blood glucose levels whenever they rise, such because after a high-carbohydrate meal.

The wong choices can be defined as follows:

They also secrete glucagon, which releases glucose from its liver and fatty acids from its adipose tissue from the alpha cells.Somatostatin was produced by the delta cells and is an inhibitor of several bodily functions includes hormone release.

Therefore the "Beta cells" is the correct choice.

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