GI drug: [...]
mechanism: reversibly competes w/ histamine at the H2 receptor sites in the parietal cells of stomach to inhibit acid secretion
possible clinical scenarios: gastritis, GERD, duodenal/gastric ulcers, hypersecretion of acid
caution:
-inhibit CYP450
-interacts w/ warfarin, phenytoin(anti-seizure) & diazepam (msc relaxant to relieve anxiety)
Answer
H2 blockers i.e. Ranitidine
Question
GI drug: [...]
mechanism: reversibly competes w/ histamine at the H2 receptor sites in the parietal cells of stomach to inhibit acid secretion
possible clinical scenarios: gastritis, GERD, duodenal/gastric ulcers, hypersecretion of acid
caution:
-inhibit CYP450
-interacts w/ warfarin, phenytoin(anti-seizure) & diazepam (msc relaxant to relieve anxiety)
Answer
?
Question
GI drug: [...]
mechanism: reversibly competes w/ histamine at the H2 receptor sites in the parietal cells of stomach to inhibit acid secretion
possible clinical scenarios: gastritis, GERD, duodenal/gastric ulcers, hypersecretion of acid
caution:
-inhibit CYP450
-interacts w/ warfarin, phenytoin(anti-seizure) & diazepam (msc relaxant to relieve anxiety)
Answer
H2 blockers i.e. Ranitidine
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Open it drug: H2 blockers i.e. Ranitidine
mechanism: reversibly competes w/ histamine at the H2 receptor sites in the parietal cells of stomach to inhibit acid secretion
possible clinical scenarios: gastritis, GERD, d
Summary
status
not learned
measured difficulty
37% [default]
last interval [days]
repetition number in this series
0
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