Sulfonylurea hypoglycaemics act by: A. Reducing intestinal absorption of glucose B. Increasing insulin secretion from pancreas C. Reversing down-regulation of insulin receptors D. Both ‘B’ and ‘C’ are correct

Sulfonylurea hypoglycaemics act by:
A. Reducing intestinal absorption of glucose
B. Increasing insulin secretion from pancreas
C. Reversing down-regulation of insulin
receptors
D. Both ‘B’ and ‘C’ are correct
by

1 Answer

Answer :

D. Both ‘B’ and ‘C’ are correct
by

Related questions

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Last Answer : A. Reducing insulin release

The second generation sulfonylurea hypoglycaemics differ from the first generation ones in that they: A. Are more potent B. Are longer acting C. Do not lower blood sugar in nondiabetic subjects D. Are less prone to cause hypoglycaemic reaction

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Characteristics of Vitamin D and its metabolites include which one of the following? (a) Act to decrease serum levels of calcium (b) Activation of their Vitamin D receptors increases cellular CAMP (c) Calcitriol is the major derivative responsible for increasing intestinal absorption of phosphate (d) Metabolites of Vitamin D increase renal excretion of calcium (e) Vitamin D deficiency results in Pager’s disease

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The following is true of loperamide except: A. It is absorbed from intestines and exerts centrally mediated antidiarrhoeal action B. It acts on the opioid receptors in the gut C. It increases tone and segmenting activity of the intestines D. It inhibits intestinal secretion by binding to calmodulin in the mucosal cells

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