A. A good analgesic and a good anesthetic

C. A good anesthetic but a poor analgesic

D. A poor analgesic and a poor anesthetic

B. K.pneumoniae

C. Shigella

D. H.pylori

B. Erythromycin

C. Phenabarbtion

D. Digoxin

A. Sulfonamides

C. Aspirin

D. Pencillins

A. Phenobarbitone

B. Phentoin sodium

D. Carbamazepine

B. Motor fibers only

C. Motor and sensory fibres

D. None of the above

A. Phenobarbitone

B. Tetracycline

D. Rifampicin

A. Droperidol

B. Midazolam

D. Diazepam

A. Amitriptyline

B. Disopyrmide

C. Atenolol

A. It does not produce reflex tachycardia

C. It is less potent as a coronary vasodilator

D. It can cause constipation

B. Bupivacaine

C. Lignocaine

D. Xylocaine

A. Penicillamine

C. E.D.T.A

D. Desferrixamine

A. They are fungistatic

C. Resistance to the drug is common

D. They are hepatotoxic

A. Diazepam

C. Dilantine

D. Dextrose

A. Cor pulmonale

B. Cardiac asthma

C. Pulmanray oedema

A. Butanaldehyde

C. Propanaldehyde

D. Formaldehyde

A. Salbutamol

B. Hydrocortisone

C. Cromolyn sodium

A. Super sensitivity

B. Idiosyncrasy

C. Hyper acidity

A. Domperidone blocks the D2 receptors in CTZ and upper gut

C. Ondastran acts on selective 5 -HT3 receptors

D. Domperidone causes Dystonia

A. Saline 1.V

C. Glucose 1.V

D. Corticosteroids

A. Infertility

B. Parkinsonism

C. Tardive dyskinesia

A. Hypertension

C. Angina pectrosis

D. cardiac asthma

A. A marked increase in blood pressure

C. Suppression of prolacin

D. Nausea

A. Trimethadione

C. Meprobamate

D. Pentobarbital

A. Digitoxin

B. Digoxin

C. Gitoxin

A. Left ventricular failure

C. Bronchial asthma

D. Constipation

A. Tetracycline

B. Minocycline

D. Doxycycline

A. Cyclophosphamide

C. Doxorubicin

D. Cisplatin

A. Prevents repair of damaged DNA

B. Promotes damage of DNA

D. Enhances the production of free radicals

B. Lacrimation

C. Mydriasis

D. Diarrhea

B. Salmeterol

C. Acetazolamide

D. clonidine

A. Hydralazine

B. Dapsone

D. INH

A. Anemia

C. Filariasis

D. Malaria

A. Droperiodl + Thiopental sodium + Nitrous oxide

B. Deroperidol + Ketamine

D. Droperiodl + Ether

A. 12 hrs

B. 25 hrs

D. 30 hrs

A. Iron

C. Sodium

D. Calcium

A. By inhatation

C. Intravenously

D. Orally

A. Ondanestron

B. Cyclizine

D. Domperidone

A. Common cold

C. Motion sickness

D. Systemic anaphylaxis

A. Parental

B. Inhalation

D. Rectal

B. Propranolol

C. Morphine

D. Nitroglycerine

A. Digoxin

C. dobutamine

D. Dopamine

A. Sevoflurane

C. Desflurane

D. Isoflurane

A. Isoflurane

B. Methoxyflurane

C. Desflurane

A. Head injury

C. Bronchial asthma

D. Emphysema

A. Antagonism

B. Induction

D. Cumulation

A. Patient on oral anticoagulants

B. Platalets <80,000

D. Raised intracranial pressure

B. Cardiac arrhythmia

C. Angina pectoris

D. Myocardial infarction

B. Antinflammatory

C. Antibiotic

D. Antiemetic

A. Herbicide and earth materials allergies

C. Warfarin- Oral anticoagulant

D. Acetaminophen anti inflammatory