A. Stage I

C. Stage III plane 2

D. Stage II

A. Barbiturates

C. Vitamin K

D. Acetominophen

B. Fentanyl

C. Morphine

D. Sufentanil

A. Bleeding defects

B. Carcinoma

D. peptic ulcer

A. Aceteminophen

B. Ibuprofen (Motrin)

C. Ketoroloc

A. Hypothalamus

B. Corpus callosum

C. Spinal cord

A. Antinflammatory

B. Antiemetic

C. Antibiotic

A. Partial pressure of GA

C. Cerebral blood flow

D. Blood solubility

A. The therapeutic does range of the drug

B. Range of disease in which the drug beneficial

C. The therapeutic index of the drug

A. Procaine

B. Cyclopropane

C. Etomidate

A. use in impaired pulmonary function

B. Use of agonist with mixed agonist-antagonist

C. Use in head injury patient

B. IL-2 receptors

C. Alpha TNF receptors

D. Inhibits Phosphodiesterase

B. None of the above

C. Clonazeppam is used in the treatment of petitmal epilepsy

D. Benzodiazepam is used in treatment of status epilepticus

A. Tacrolimus

B. Levocetrizine

C. Tramadol

A. Digitoxin

C. Gitoxin

D. Digoxin

A. PGI2

B. cGMP

D. cAMP

A. Bronchial asthma

B. Acute abdominal pain before diagnosis

C. Head injury

B. Trannic acid

C. Gelatin foam

D. Adrenaline

A. Harpes David

B. Hunter John

D. Harvey william

A. Hydralazine

B. Dapsone

D. INH

A. Phenylbutazone

B. Aspirin

C. Ibuprofen

A. Fentanyl

B. Thiopentone

C. Propofol

A. Ability to enter and leave brain tissue every rapidly

B. Rapid biotransformation

C. Rapid accumulation in body fat

A. Morphine

B. Fentanyl

D. Sufentanil

A. Psychological dependence

B. Habituation

C. Addiction

B. Super sensitivity

C. Hyper acidity

D. Idiosyncrasy

B. Cromolyn sodium

C. Hydrocortisone

D. Salbutamol

B. Aspirin

C. Diclofenac Sodium

D. Ibuprofen

B. Ondanestron

C. Domperidone

D. Cyclizine

A. Phenobarbitone

C. Phentoin sodium

D. Carbamazepine

B. Propranolol

C. Metoprolol

D. Timolol

B. Phenobarbitone

C. Ethosuxamide

D. Carbamazepine

A. It does not produce reflex tachycardia

C. It can cause constipation

D. It is less potent as a coronary vasodilator

A. High Ca2+ levels

B. High K+ levels

D. High Na+ levels

A. Skin eruptions

B. Angioneurotic edema

C. Sialorrhea

D. Serum imbalance

A. Proplofol

C. Ether

D. Isoflurane

B. Scopalamine

C. Atropine

D. Ephedrine

A. Haemorrhage

B. Respiratory alkalosis

D. Gastric Ulceration

A. Tremors

B. Obesity

D. Hypotension

A. More breaks down causes more toxicity

B. Is amide which is metabolized in liver

D. Mandibular infiltration is more effective than nerve block in mandibular molar teeth

A. Promotes damage of DNA

B. Prevents repair of damaged DNA

C. Enhances the production of free radicals

A. Pirenzepine

C. Ranitidine

D. Lorazepam

B. Vancomycin

C. Metronidazole

D. Aminoglycoside

A. Anaphylaxis

C. Asthma

D. Shock

B. They inhibit heme oxygenase

C. They inhibit ALA synthase

D. They induce heme oxygenase

A. Betaxolol

B. Pirenzipine

D. Roxatidine

A. Angina

C. MI

D. Hypertension

A. Bio-experiment

C. Bio-statement

D. Biodegradable

A. Prolonged bleeding time

B. Inhibition of thromboxane TXA2

C. Inhibition of prostaglandin PGI2

A. Liver failure

C. Convulsions

D. Renal failure