A patient with H. pylori infection develops a gastric ulcer and is treated with omeprazole. Which of the following is/are mechanism(s) of action of omeprazole? Group of answer choices Inhibition of ACh action on parietal cells stimulation of somatostatin action on parietal cells inhibition of CCKb receptors inhibition of H+-K+ ATPase inhibition of Na+-K+ ATPase.

A patient with H. pylori infection develops a gastric ulcer and is treated with omeprazole. Which of the following is/are mechanism(s) of action of omeprazole? Group of answer choices Inhibition of ACh action on parietal cells stimulation of somatostatin action on parietal cells inhibition of CCKb receptors inhibition of H+-K+ ATPase inhibition of Na+-K+ ATPase.

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter10: Reconstitution Of Powdered Drugs

Section: Chapter Questions

Problem 21SST

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A patient came to a dental clinic with complaints of dry mouth and multiple dental caries lesions. In the course of collecting anamnesis, it was found that an allergic patient takes antihistamines that block the H2 histamine receptors of smooth muscle cells of the salivary glands. It is known that histamine is a mediator that stimulates the secretion of saliva. Explain the mechanism of action of these drugs if it is known that the next day after discontinuation of the drug, the patient's dryness disappeared. Q: what type of inhibitor the drugs are taken by? what is their classification according to the mechanism of action?
A patient came to a dental clinic with complaints of dry mouth and multiple dental caries lesions. In the course of collecting anamnesis, it was found that an allergic patient takes antihistamines that block the H2 histamine receptors of smooth muscle cells of the salivary glands. It is known that histamine is a mediator that stimulates the secretion of saliva. Explain the mechanism of action of these drugs if it is known that the next day after discontinuation of the drug, the patient's dryness disappeared. For this: а) write the classification of inhibitors according to the mechanism of action b) indicate what type of inhibitors the drugs are taken by the patient; confirm your conclusion in writing c) guess what structure this drug may have d) give a picture illustrating the action of this type of inhibitors.
A patient came to a dental clinic with complaints of dry mouth and multiple dental caries lesions. In the course of collecting anamnesis, it was found that an allergic patient takes antihistamines that block the H2 histamine receptors of smooth muscle cells of the salivary glands. It is known that histamine is a mediator that stimulates the secretion of saliva. Explain the mechanism of action of these drugs if it is known that the next day after discontinuation of the drug, the patient's dryness disappeared. Q: give a picture illustrating the action of this type of inhibitors.
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