Nursing Pharmacology Chapter 21: Histamine Pharmacology Practice Matching Questions
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Associated with release of histamine, ATP and other mediators
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
immediate allergic reaction
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
Receptor through which histamine inhibits lysosomal content release
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
Histamine receptor type: increases phosphoinositol hydrolysis
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
Histamine increases gastric acid secretion by acting on these cells:
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
Histamine effect on bronchiolar smooth muscle
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
H1 antagonists' antiParkinsonism effect is probably associated with this receptor system:
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
Interactions between terfenidine and this drug may cause significant cardiotoxicity.
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
Example of second-generation H1 antihistaminic:
???
H1
bronchoconstriction
parietal cells
muscarinic cholinergic
fexofenadine
degranulation
H2
type I
itraconazole
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