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Hyperglycemia is high blood sugar; thyrotoxicosis is dangerously high levels of thyroid hormone.
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.
"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.
Glycemia is the root word. It comes from glyco- meaning sugar, and -emia, 'condition of the blood'. Hyper means over, above, or beyond.
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.
No, hyperglycemia is high blood sugar levels. It is not caused by deficient pituitary gland activity, but can be associated with conditions such as diabetes where the body does not produce enough insulin or cannot use insulin effectively to lower blood sugar levels.
Potassium levels often drop initially via increased urine output from the hyperglycemia caused osmotic diuresis. To make matters worse, the insulin, that will undoubtedly be used to treat the hyperglycemia, will also pull the free floating potassium into cells, and out of the blood stream where the body cannot utilize the potassium. This can result in cardiac arrhythmias and death. Therefore potassium must be administered with insulin to treat severe hyperglycemia, even when potassium levels don't seem critically low.
Magnesium deficiency may contribute to hyperglycemia by affecting insulin regulation and glucose metabolism. Low magnesium levels can lead to insulin resistance, impaired glucose uptake by cells, and reduced insulin secretion, all of which can result in elevated blood sugar levels. It is important to maintain adequate magnesium levels to help regulate blood glucose levels effectively.
The medical suffix for control is "-emia." For example, "hyperglycemia" refers to high levels of glucose in the blood.
The homeostatic response to hyperglycemia involves the pancreas releasing insulin to decrease blood glucose levels. Insulin promotes the uptake of glucose by cells for energy production or storage. Additionally, the liver may also increase its uptake of glucose to reduce blood sugar levels back to normal.
HYPERGLYCEMIA. because epinephrine increases the blood glucose level by increasing glycogenolysis.
code for Hyperglycemia is 790.29