A. Hyponatremia

B. Hyperkalemia

D. Hypermagnesemia

B. 20% to 30

C. 10% to 20%

D. 30% to 40%

A. Anthrax

B. Syphilis

D. Bacterial meningitis

A. Sodium

B. Calcium

C. Iron

A. Cidal in action

B. Static in action

C. All of these

A. Streptomycin

B. Ethambutol

D. Kanamycin

A. Cell wall

C. Cell membrane

D. DNA

A. Angina pectoris

B. Myocardial infarction

C. Cardiac arrhythmia

A. Chloramphenicol

B. Tetracycline

C. Rifampicin

A. Increased excretion of probenacid in the feaces and perspiration

C. Increased excretion of probenacid in urine

D. Increased metabolis of penciling G

A. Bacterial

B. Rickettesial

D. Viral

A. Oral antibiotic

B. All of the above

D. Parenteral antibiotic

A. Very active against sensitive gram positive coci

B. Used for treatment of meningococcal meningitis

C. Destroyed by gastic acid

A. is a broad spectrum antiprotozoal drug

B. May cause peripheral neuropathy on prolonged use

C. Active against bacteroides and clostridium

A. Tachycardia caused by exercise

B. Increased blood pressure caused by nicotine

D. Tachycardia caused by infusion of acetylcholine

A. It is broad spectrum antibiotic

B. None of the above

C. It has anticollagenolytic effect

A. Paracetamol poisoning

B. Oraganophosphate poisoning

C. Mushroom poisoning

A. Propranolol

C. Alpha methyl DOPA

D. Clonidine

A. Chloramphenicol

C. Erythromycin

D. Lincomycin

A. Rifampicin

C. Pirazinamide

D. Ethambutol

A. Cefotaxime

C. Cefepime

D. Cefoperazone

B. Decreased uptake of drug by bacteria

C. Alteration of drug binding sites

D. Alteration of dehydrofolate reductase

B. Prevents conversion of fibrinogen to fibrin

C. Prevents synthesis of prothrombin

D. Prevents synthesis of fibrinogen

A. Erythromycin

B. pencillin

D. Cephalosporins

A. Zidovodine

C. Amontidine

D. Nystatin

A. Carbamide

B. Sulphonamide

C. Ofloxacin

B. Cephalexin

C. Ampicillin

D. Penicillin

A. Chloramphenicol

C. Ampicillin

D. Ciprofloxacin

B. Dicyclomine

C. Metaclopromide

D. Chlorpromazine

B. Dicumarol

C. Phenindone

D. Idphenadione

A. Acetylcholine

B. B-blocker

D. a-blockers

A. Green

B. Red

C. Brown

A. Alpha-adrenergic blocking agents

C. Anticholinesterases

D. Direct acting sympathomimetics

A. Vitamin K

B. Phenylbutazone

D. Rifampicin

A. Penicilline-G is more absorbed from the G.I.T

B. Penicilline-G is more allergic than penicillin-V

C. None of the above

A. Procarbazine

B. Mechlorethamine

C. Vincristine

B. Beta 1 and 2

C. Nicotinic

D. Alpha 1 and 2

A. Gram positive organism

C. Gram negative organisms

D. Anaerobic

B. Demecarium

C. Tacrine

D. Edrophonium

A. Hydrocortisone

B. Dexamethsone

C. Spironolactone

A. Rifampicin

B. Ethambutol

C. Isoniazid

A. Vancomycin

B. Teichoplanin

C. Linezolid

B. Silversulphadiazine

C. Suphacetamide

D. Mafenide

B. Piperacillin

C. Amoxicillin

D. Penicillin G

A. Congestive heart failure

B. Hypertension

D. Angina pectoris

B. Methyldopa

C. Thiazole diuretics

D. Reserpine

A. Insultin

B. Gluengon

C. Warfarin

B. Greater resistance to pencillinase

C. Slower renal excretion

D. Broader antibacterial spectrum

B. Glucocorticoid

C. Estrogen

D. Vitamin D

B. Aztreonam

C. Gentamycin

D. Tetracycline