B. Pencillins

C. Sulfonamides

D. Aspirin

A. 1 18 days

B. II trimester

D. 56 85 days

A. Nifedipine

B. Erythromycin

C. Cyclosporin

D. Aspirin

A. Enflurane

B. Halothane

C. Isoflurane

B. Increasing cardiac conduction velocity

C. Increasing spontaneous pacemaker activity

D. Increasing A-V conduction

A. 84%

B. 80.50%

C. 4.75%

A. History of epilepsy

B. Raised intracranial tension

D. Age < 5 years

A. Can be spitted out with signs of toxicity

C. Easy to administer

D. Lipid soluble

A. IgE

C. IgG

D. IgM

B. Atropine

C. Imipramine

D. Chlorpheniramine

A. Aspirin

B. Ibuprufen

C. Diclofenac potassium

D. Mefenamic acid

B. 12

C. 48

D. 24

A. Moratality index

B. Anesthetic ratio

C. Morbidity index

B. It causes dilatation of skeletal muscles

C. Post ganglionic fibres are longer than pre ganglionic fibres

D. Noradrenalin is the neurotransmitter at post ganglionic junction

A. Hydrochlorthiazide

C. Acetazolamide

D. Amiloride

A. Cleaning surgical instruments

C. Dinisfect water in wells

D. Gargling

A. Levonorgestrel

B. Norethindrone

C. Medroxyprogesterone

B. Dilantine

C. Dextrose

D. Diazepam

B. Doxycycline

C. Penicillin

D. Streptomycin

A. Side effect

B. None of the above

C. Idosyncrasy

A. Hydrallazine

B. Sodium Nitro prusside

D. Nifedipine

B. Droperiodl + Thiopental sodium + Nitrous oxide

C. Deroperidol + Ketamine

D. Droperiodl + Ether

A. Head injury

B. Emphysema

D. Bronchial asthma

B. None of the above

C. Grand mal epilepsy

D. Infantile spasm

A. Nalpuphine

B. Methadine

C. Nalosphine

B. Pencillins

C. Sulfonamides

D. Cephalosporins

A. 95%

B. 50%

D. 65%

B. Atosiban

C. Isoxsuprine

D. Ritodrine

B. Normal in size

C. Totally dilated

D. Constricted

A. Sodium valporate

C. Ethosuximide

D. Phenobarbitone

A. Phenobarbitone

B. Tetracycline

C. Rifampicin

A. Displaces digoxin from its protein binding sites

B. Decrease the renal clearance of digoxin

D. Decreases the plasma potassium level

B. previous exposure to the drug

C. Antigen antibody reaction

D. Pharmacological action of the drug

A. Clozapine

C. Olanzepine

D. Risperidone

B. Tetracaine

C. Lidocaine

D. Benzocaine

A. All of the above

B. Allergens

D. Carcinogens

A. Are more common than first order kinetics

B. Show a plot of drug concentration versus time that is linear

D. Decrease in concentration exponentially with time

A. Zileuton

C. Nedocromil

D. Misopristol

A. None of the above

B. Lignocaine

D. Procaine

B. Analgesia is associated with ? and k receptors

C. NSAIDS benefit by preventing prostaglandin synthesis

D. Dysphoria is associated with S receptors

A. Digitalis toxicity

C. Pagets disease

D. Unconscious states

A. Benzacaine

B. Procaine

D. Lignocaine

A. A special application of dantrolene is used to treat malignant hyperthermia

C. Allopurinol is a derivative of 8-mercaptopurine

D. Interferons have a role in immunology of cancer

A. Rheumatoid arthritis (treatment)

C. To reduce the number of draining enterocutaneous fistula(s) in patients with fistulizing crohns disease

D. Crohns disease (treatment)

B. PDE inhibitor

C. Androgen receptor blocker

D. Alpha blocker

A. 1 mg of A cause effect not caused by 1 mg of B so A is more efficacious

B. 1 mg of A causes same effect of 3 mg of B, so A is more potent

D. 1 mg of A cause effect not even caused by maximum tolerated dose of B, so drug A is more efficacious

B. Acetaminophen anti inflammatory

C. Herbicide and earth materials allergies

D. Warfarin- Oral anticoagulant

A. With severe systemic disease

B. Is healthy

D. None of the above

B. Indifference

C. Bacterial symbiosis

D. Antagonism

A. Side effect

C. Drug on Drug effect

D. Toxicity effect