A. Nalpuphine

B. Methadine

D. Nalosphine

A. Benzodiazepam is used in treatment of status epilepticus

C. None of the above

D. Clonazeppam is used in the treatment of petitmal epilepsy

A. Cyclosporine

B. Chloromphenicol

C. Aspirin

A. Sufentanil

B. Fentanyl

C. Morphine

B. Lysergic acid diethylamide (LSD)

C. Bromocriptine

D. Methysergide

A. Pentazocine and buprinorphine

B. Pentazocine shows withdrawal symptoms in opioid dependent patients

D. Ethomorphine is similar to pethidine chemically

A. More potent than diazepam

C. Less thrombophlebitis due to low solubility in blond

D. More plasma binding and less toxicity

B. Leaves

C. Seed capsule

D. Root

A. 2 min

B. 10 min

D. 1 min

A. Miosis

C. Truncal rigidity

D. Cough suppression

A. Carbemezipine

B. Phenytoin

D. Phenobarbitone

A. Patient having bronchitis

B. patients having fever

D. patients having amoebic dysentery

A. Haemorrhage

B. Gastric Ulceration

C. Respiratory alkalosis

A. Alprazolam

B. Phenobarbital

C. Diazepam

A. Salicylates

B. Antibiotics

C. Barbiturates

A. Ibuprofen

B. Aspirin

C. Diclofenac Sodium

B. Costaglandin synthesis

C. Preglandin synthesis

D. Ectoglandin synthesis

A. Zalcitabine

C. Zileuton

D. Zolmitriptan

A. Ibuprofen and Paracetamol

C. Aspirin and Codeine

D. Paracetamol and Dextropropoxyphene

A. Peptic ulcer

B. Hemorrhage

D. Person suffering form chicken pox or small pox

A. Pentobarbital

B. Meprobamate

C. Trimethadione

A. Limbic system

B. Emetic system

D. Opioid receptors in G.I.T

A. Barbiturates

B. Acetominophen

D. Vitamin K

B. 40 to 50 percent

C. 20 to 30 percent

D. 10 to 20 percent

A. codeine

B. Alphaprodine

C. Pentazocine

B. Diphenhydramine

C. Nalorphine

D. Atropine

A. Excretion

C. Metabolism

D. Recycling

A. Not much use

C. Can be used safely

D. Contraindicated

A. Antibiotic

B. Sedative

D. Diuretic

A. Dexamethasone

C. Propylthiouracil

D. Propranolol

A. Digitalis toxicity

C. Pagets disease

D. Unconscious states

A. 1 mg / min

B. 2.5 ml / min

D. 2.5 mg / min

A. Drowsiness

B. Constipation

D. Xerostomia

A. Acid-base imbalance

B. Diarrhoea

D. Nausea

A. All have metabolically active substrates

B. After metabolism of other drugs in liver

C. Produce distortion in sleep more than other sedatives

A. Frank gastric bleeding

B. Prolonged prothrombin time

C. Platelet dysfunction

A. Aspirin

B. Ibuprufen

C. Diclofenac potassium

D. Mefenamic acid

A. Increase APTT

B. Increase PTT

C. Increase CT

B. Pentazonice

C. Nalbuphine

D. Butorphanol

B. Phenylephrine

C. Hyoscin

D. Scoline

A. Tenoxicam

B. Piroxicam

C. Indomethacin

A. Phenobarbita

C. Diazepam

D. Pentobarbital

A. Chronic hepatitis

B. Bleeding disorders

C. Nephritis

A. Phenylbutazone

C. Acetylsalicylic acid

D. Naproxen

A. Bleeding defects

B. peptic ulcer

C. Carcinoma

A. Sufentanil

B. Fentanyl

D. Morphine

A. Aplastic anemia

C. Agranulocytosis

D. Hemolytic anemia

A. It stimulates Prostacyclins

B. It is a vasodilator

D. Ithelps in reducing inflammatory aggregate

A. Nicotinic cholinergic receptors

B. Glutamate receptors

C. Glucocorticoid receptors

A. Aminoglycoside

C. Phenacetin

D. Tetracycline