A. Flumazanil

B. Sevoflurane

D. Naloxane

B. By inhatation

C. Orally

D. Intravenously

B. A physiologic antagonist

C. A competitive antagonist

D. A non competitive antagonist

A. Plasmin

B. Acetylsalicylic acid

C. Prothrombin

A. Ibuprofen

C. Aspirin

D. Diclofenac sodium

A. Digoxin

C. Phenabarbtion

D. Erythromycin

A. Antibiotic action

B. Local anesthetic property

D. Local anesthetic and antiseptic action

A. Suppression of prolacin

C. A marked increase in blood pressure

D. Nausea

A. Mydriasis

C. Decreased sweating

D. Decreased salivation

A. Glyceryl trinitrite

B. Pheno barbital

D. Sodium nitroprusside

A. Ranitidine

C. Pantoprazole

D. Misoprostal

A. Antidepressive agent

B. Hypnotic agent

C. Local anesthetic agent

A. Absolute alchohol

B. Quaternary ammonium compound

D. Iodine compound

A. Anemia

C. Filariasis

D. Malaria

A. Sensitizes the heart to adrenaline

C. Tachycardia and or arrhythmias

D. Prolonged difficult induction

A. 5 to 20% N20

C. 20 to 30% N20

D. 30 to 50% N20

B. Acetylcholine

C. Morphine

D. Ibuprofen

A. Limbic system

C. Opioid receptors in G.I.T

D. Emetic system

A. A good analgesic and a good anesthetic

B. A good anesthetic but a poor analgesic

D. A poor analgesic and a poor anesthetic

A. Bioavailability is 100%

B. It is useful in emergencies

D. Aseptic precautions are required

A. Promethazine

B. Pyrilamine

C. Diphenydramine

A. Can cause megaloblastic anemia

C. It is the drug of choice for status epilepticus

D. Carbamazepine is an enzyme inhibitor

B. Drug potency

C. Drugs Lethal effect

D. Drug toxicty

A. Cor pulmonale

B. Pulmanray oedema

D. Cardiac asthma

B. Chlorpheniramine

C. Chlorhexidine

D. Chloroquine

A. Stropine

C. Propanolol

D. Morphine

A. Lysergic acid diethylamide (LSD)

C. Methysergide

D. Bromocriptine

A. 12 hrs

B. 25 hrs

D. 30 hrs

A. None of the above

B. Drugs given IM

C. Drugs given IV

A. Ethyl Ether

B. Thiopental

D. Nitrous oxide

B. Desferrixamine

C. E.D.T.A

D. Penicillamine

B. Increased parathyroid hormone secretion is seen in renal failure

C. UV light helps in formation

D. Hydroxylation of 25-hydroxycholecalcitenol occurs in kidney

A. Isoniazide

B. Pyrazamide

C. Rifampicin

B. Sevoflurane

C. Desflurane

D. Isoflurane

A. Cough

B. Headache

C. Vertigo

A. Hyprphosphatasia

B. Hypercalcemia

D. Hyperprothrombinemia

A. Md50

B. Td50

D. Ld50

A. Warfarin

C. Tetracycline

D. Chloroquine

A. solubility of anaesthetic in tissue

C. Pulmonary ventilation

D. Alveolar exchage

A. None of the above

B. Kernicterus

D. Crystalluria

A. Alprozolam

B. Zolpidem

D. None of the above

A. Causes pain when injected subcutaneously

C. Is released following injury and in certain allergic responses

D. Causes arteriolar dialation

A. Streptomycin

B. Procaine

C. Insulin

B. They are fungistatic

C. They are hepatotoxic

D. Resistance to the drug is common

A. Ephederine

C. Propranolone

D. Morphine

A. More potent than diazepam

C. More plasma binding and less toxicity

D. Less thrombophlebitis due to low solubility in blond

B. Tranquilizers

C. Antidepressants

D. Non-barbiturates

A. Saline 1.V

B. Glucose 1.V

D. Corticosteroids

B. Salmeterol

C. Acetazolamide

D. clonidine

B. Metronidazole

C. Barbiturates

D. Tetracycline