A. Phenobarbital.
B. Meprobamate
C. Chlordiazepoxide
D. Triazolam
E. Zolpidum
A. Reduce fever.
B. Irreversible inhibit its target enzyme.
C. Prevent episodes of gouty arthritis with long term use.
D. Reduce the risk of colon cancer.
A. Bleomycin
B. Doxorubicin
C. Captopril
D. Prazosin
A. Valproic acid.
B. Carbamazepine.
C. Ethosuximide.
D. Phenytoin
A. Less likely to cause gastrointestinal bleeding.
B. Less likely to cause diarrhea.
C. Less likely to cause acute renal failure.
D. More likely to reduce inflammation.
E. More likely to prevent further acute attacks
A. Labetalol
B. Clonidine
C. Enalapril
D. Nifedipine
A. These agents decrease transmembrane calcium current associated in a smooth muscle with long-lasting relaxation
and in a cardiac muscle with a reduction in contractility
B. These agents has a moderate reflex and vascular dilative action caused by the stimulation of sensitive nerve endings
C. Beneficial effects of these agents are related primarily to their hemodynamic effects – decreased heart rate, blood
pressure, and contractility – which decrease myocardial oxygen requirements at rest and during exercise
D. These agents increase the permeability of K channels, probably ATP-dependent K channels, that results in stabilizing the membrane potential of excitable cells near the resting potential
A. Pretty fast absorption
B. A drug is exposed to gastric secretion
C. A drug is exposed more prominent liver metabolism
D. A drug can be administrated in a variety of doses
A. Lipid soluble
B. Water soluble
C. Low molecular weight
D. High molecular weight
