Answer:
C. Improving insulin sensitivity.
D. Decreasing glucose absorption in the GI tract.
Explanation:
Metformin (dimethylbiguanide) is an oral antidiabetic agent derived from guanidine. Metformin does not stimulate insulin secretion. In diabetics, metformin reduces hyperglycemia without the risk of causing hypoglycaemic accidents except in the event of fasting or in combination with insulin or other medicines.
Metformin reduces hyperglycemia by:
- increased peripheral insulin sensitivity and cellular glucose utilization;
- inhibition of hepatic gluconeogenesis;
- delayed intestinal absorption of glucose
Peripheral action of metformin on insulin resistance is associated with possible post-receptor action, regardless of insulin binding with insulin receptors. In addition to its antidiabetic action, metformin has a protective effect on angiopathy risk factors in humans, either directly or through its action on insulin resistance.
Answer:
The choices provided are true and false
The answer is false :)
Explanation:
Genetics, a shared social environment and lastly a shared physical environment! And the person above me is also correct to :)
