A Cytosine ara

B Actinomycin D

C Doxorubicin

D Mesna

A Bromocriptine

B Haloperidol

C Reserpine

D Chlorpromazine

A Rise of body temperature

B Decreased salivary secretion

C Bradycardia

D Increased A-V conduction

A Effective against only HIV-1

B Resistance is due to mutation in codon 50 isoleucine to valine substitution

C Decrease cholesterol and triglyceride levels

D Combination with ritonavir do not have any advantage

A Bladder irritation is reduced

B It decreases renal tubular secretion of methotrexate

C Leucovorin toxicity is increased in a dehydrated patient

D Methotrexate is a weak acid

A Alpha-1 receptors in vascular smooth muscle, alpha-2 receptors in the hea, and beta-1 receptors in bronchial smooth muscle

B Alpha-1 receptors in vascular smooth muscle, alpha-2 receptors at presynaptic nerve terminals, beta-1 receptors in bronchial smooth muscle

C Alpha-1 receptors in vascular smooth muscle, beta-1 receptors in the hea, and beta-2 receptors in bronchial smooth muscle

D Alpha-2 receptors in vascular smooth muscle and beta-2 receptors in vascular smooth muscle

A Ca+ Channel blocker

B Kt Channel blocker

C Na+ Channel opener

D Cl+ Channel opener

A Endothelial cells

B Type I pneumocytes

C Type II pneumocytes

D Alveolar macrophages

A Spectinomycin

B Vancomycin

C Aztreonam

D Cephalexin

A Mannitol

B Spironolactone

C Furosemide

D Hydrochlorothiazide