A. Cephalosporins

B. Sulfonamides

D. Pencillins

A. Norethindrone

B. Levonorgestrel

D. Medroxyprogesterone

A. Salicylates

C. Indomenthacin

D. Dypyradimole

A. Hydroxylation of 25-hydroxycholecalcitenol occurs in kidney

B. Increased parathyroid hormone secretion is seen in renal failure

C. UV light helps in formation

A. Theophylline

B. Metronidazole

D. Paracetamol

A. Alkaloidal poisoning

C. Bleeding piles

D. Bleeding gums

B. miosis

C. Organophosphorus poisoning

D. Renal colic

A. MI

B. Hypertension

C. Angina

A. Age of child

B. Nature of the drug

C. Chronicity of pain

A. Ascending reticular

B. Red nucleus activating system

D. Central

B. Allopurinol is a derivative of 8-mercaptopurine

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

D. Interferons have a role in immunology of cancer

A. Imipramine

B. Chlorpheniramine

D. Atropine

A. 95%

B. 65%

D. 50%

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. Skin eruptions

B. Angioneurotic edema

C. Sialorrhea

D. Serum imbalance

B. Demecarium

C. Edrophonium

D. Tacrine

A. Inhibits sweat and lacrimation

B. Cleaved by acetylcholinesterase

C. Causes tachycardia

B. Peripheral Vascular disease

C. Hypertension

D. Benign Prostatic hypertrophy

A. Immunoglobulins

C. Opsonins

D. Granulocytes

A. Digoxin

B. Disphenyl hydantoin

D. Diphenhydramine

B. Penicilline-G is more absorbed from the G.I.T

C. None of the above

D. Penicilline-G is more allergic than penicillin-V

B. is a broad spectrum antiprotozoal drug

C. May cause peripheral neuropathy on prolonged use

D. Active against bacteroides and clostridium

A. Amoxycillin

B. Triamterene

D. Doxycycline

A. Cortisopradol

B. Chlorozoxazone

D. Methocarbomol

A. Glyburide

C. Tolbutamide

D. Repaglinide

A. Norfloxacin

C. Doxycycline

D. Cefotaxime

A. Anaphylactic shock

B. Renal failure

D. Oral candidiasis

A. Pregnancy

C. Children

D. Renal failure

B. Aerosolized pentamidine

C. Didanasine

D. Acyclovir

B. Cephamycins

C. Monobactams

D. Carbapenems

A. Calithromycin

B. Erythromycin

C. Roxithromycin

A. Erythromycin exerts its effects extracellularly

C. Erythromycin enhances the B-lactamases activity

D. Penicillin is inactivated by erythromycin

A. None of the above

B. Amphoterin

D. Antibiotics

A. Beta blockers

C. Alpha methyl dopa

D. Calcium channel blockers

B. Clindamyclin

C. Lincomycin

D. Penicillin G

B. A diuretic

C. A potent vasadilatior

D. Epinephrine

A. Chloramphenicol

C. Sulphadiazine

D. Tetracycline

A. DNA

C. Cell wall

D. Cell membrane

A. Grey Syndrome

B. Cholestatic Jaundice

D. Fanconi Syndrome

A. Inhibit protein synthesis

C. Effective against gram negative infection

D. Accumulate in renal failure

A. Used for treatment of meningococcal meningitis

B. Destroyed by gastic acid

D. Very active against sensitive gram positive coci

B. Herpes simplex

C. Syphilis

D. Pemphigus

A. Ampicillin

C. Penicillin G

D. Amoxycillin

A. Idphenadione

C. Dicumarol

D. Phenindone

A. Ampicillin

B. Cephalosporin

D. Penicillin

A. Have a broad spectrum but are inactive against anaerobes

B. Show cross sensitivity with penicillins

D. Are used in upper respiratory tract infections

A. Have no side effects

B. Do not cause superinfections

C. Are safer to use during pregnancy

B. Neuroleptic

C. Anti coagulant

D. Vaso dilator

A. Rifampicin

C. Vitamin K

D. Phenylbutazone

B. Vit-K

C. Human thrombin

D. Ferric chloride