The suffix for hyperglycemia is "-emia", which typically refers to a condition involving an abnormal level of a substance in the blood. In this case, hyperglycemia indicates high blood sugar levels.
The suffix for hyperglycemia is "-emia", which refers to a condition of the blood. In this case, hyperglycemia specifically indicates high levels of glucose in the blood.
The medical suffix for control is "-emia." For example, "hyperglycemia" refers to high levels of glucose in the blood.
The word is "hyperglycemia." "Hyper" means elevated or excessive in Greek, and "glycemia" refers to glucose in the blood. Hyperglycemia is a condition characterized by high levels of glucose in the blood.
"Hyperglycemia" is the term that most likely means a condition in which a person has elevated levels of glucose in the bloodstream. The prefix "hyper-" means high or excessive in Greek, while "-glycemia" pertains to sugar in the blood, so, when combined, hyperglycemia means high blood sugar levels.
The suffix of "undoing" is "-ing."
The suffix for hyperglycemia is "-emia", which refers to a condition of the blood. In this case, hyperglycemia specifically indicates high levels of glucose in the blood.
hyPOglycamia not hyperglycemia
code for Hyperglycemia is 790.29
Which is the only hormone that can reverse hyperglycemia
Hyperglycemia belongs to the endocrine system.
Excess glucose in their urine is a sign that they may have hyperglycemia.
Hyperglycemia is high blood sugar and hypoglycemia is low blood sugar
Hyperglycemia and hypoglycemia can occur in others. It can be seen in premature infants.
Hyperglycemia is high blood sugar; thyrotoxicosis is dangerously high levels of thyroid hormone.
hyper
No. But chronic hyperglycemia does, and it leads to amaloid build up around capillaries.
Gigantism leads to the development of hyperglycemia because of an overproduction of the growth hormone. Presence of the growth hormone causes a shift from preferred carbohydrate (glucose) catabolism to lipid catabolism. The glucose is then left in the blood resulting in hyperglycemia.