B. Penicillin

C. Aminoglycoside

D. Cephalosporin

A. Cefixime

B. Cefaclor

D. Cephapirin

A. Nor epinephrine

B. Amphetamine

D. Phenylephrine

B. Lower oral biovailability

C. Can be given Parenterally

D. Equal oral biovailability

A. Ciprofloxacin

B. Ceftum

D. Erythromycin

A. Neuroleptic

B. Vaso dilator

D. Anti coagulant

B. Vinblastin

C. Cisplastin

D. Doxorubicin

A. Chloramphenicol

C. Tetracycline

D. Sulphadiazine

A. Mg Causes constipation, Al causes diarrhoea

C. Mg act as buffering agent and Al antagonize its action

D. Both increase gastric motility

A. Distributed only extracellularly

C. Excreted unchanged in urine

D. Teratogenic

A. Ampicillin

B. Tetracyclin

D. Co-trimoxazole

A. Anti-inflaqmmatory drug

C. Antibiotic

D. Anti-arthritic drug

A. Better avoided during pregnancy as it may causes skeletal deformity of the foetus

B. Transient hypercoagulability is seen

D. The anticoagulant effect is seen only after 72 hours of administration

B. Streptomycin

C. INH

D. Ethambutol

A. Sublingual absorption is better

B. Less tolerance develops

C. Direct coronary vasodilatory action is more

A. Rifampicin decrease the secretion of progestin

B. Rifampicin antagonize the action of oral contraceptive

D. Rifampicin simulates gonadotropin relase from pituitary

A. Epinephrine

B. Isosorbide dinitrate

C. Sodium nitrate

B. Hypertension

C. Doesnt release histamine

D. Oral route of administration is the best route

A. Cefixime

B. Methicillin

C. Penicillin V

A. Chloramphenicol

B. Antileprotic drugs

C. Antitubercular drugs

A. Accumulate in renal failure

B. Effective against gram negative infection

C. Inhibit protein synthesis

A. Amphotericin

C. Griseofulvin

D. Sulfonates

A. Atropine

B. Scopalamine

D. Ephedrine

A. It is an antitubercular drug

C. Effective against g-ve organisms

D. None of the above

A. Penicillin

C. Streptomycin

D. Erythormycin

A. Terfenidine

B. Acrivastatine

D. Loratidine

A. Glyburide

C. Tolbutamide

D. Repaglinide

A. Regulates vasomotor tone

B. Present in cigarette smoke

C. It is important in penile erection

A. It is a ureido penicillin

B. Given parenterally

D. Active against pseudomonas aeruginose

B. Cefuroxime

C. Cefaclor

D. Ceftrioxone

A. Renal colic

B. miosis

D. Organophosphorus poisoning

A. Have no side effects

B. Are safer to use during pregnancy

C. Do not cause superinfections

B. Peripheral Vascular disease

C. Benign Prostatic hypertrophy

D. Hypertension

B. Chloroquine

C. Cefaclor

D. Diloxane

A. Alpha methyl dopa

B. Calcium channel blockers

C. Beta blockers

A. Antidepressant

B. Quinolone

D. Broad spectrum antibiotic

A. May cause hyperkalaemia in diabetic patients

B. Contraindicated in pregnancy

D. NSAIDs may impair its hypotensive effect

A. Ampicillin

B. Any of the above

D. Erythromycin

B. Destroys acetyl choline

C. Prevent release of acetyl choline

D. Inactivate acetylcholine esterase enzyme

B. Diphenhydramine

C. Digoxin

D. Disphenyl hydantoin

B. Antiemetic

C. Antifungal

D. Antiviral

A. Amlodipine

C. Amiodarnone

D. Bidoprolo

A. Pregnancy

C. Children

D. Renal failure

A. Primaquine eliminates P. vivax and P. ovale

C. Halofantrine prolongs QT interval and causes dysarrythmia

D. Primaquine is liable to cause hemolysis in patients with G6PD deficiency

A. Cefotaxim

C. Tetracycline

D. Metronidazole

A. Tetracyclines

B. Intravenous Penicillin G

C. Steroids

A. The effect is more pronounced in venous

B. High membrane penetrability

C. Poorly suited for oral administration

B. Garamycin

C. Kanamycin

D. Streptomycin

A. Grey Syndrome

C. Fanconi Syndrome

D. Cholestatic Jaundice

A. Cefuroxime

B. Cefoxitin

C. Cefadroxil