A. Lincomycin
B. Chloramphenicol
C. Erythromycin
D. Penicillin
Related Mcqs:
- Tetracyclines act by__________________?
A. Inhibiting the binding of aminoacyl tRNA to the ribosomal complex
B. Inhibiting peptidyl transferase
C. Inactivating elongation factors
D. Causing misreading of mRNA - A distinict advantage that tetracyclines have over penicillins is that tetracyclines_____________?
A. Have no side effects
B. Do not cause superinfections
C. Are safer to use during pregnancy
D. Have a wider range of antibacterial activity - During administration of NSAIDs in children, the most important of dose administration is______________?
A. Weight of the child
B. Age of child
C. Nature of the drug
D. Chronicity of pain - The overall effect of HIV is to gradually impair the immune system by interference with______________?
A. Helper T lymphocytes
B. Natural killer cells
C. Plasma cells
D. Macrophages - Methemoglobinemia is a complication following the administration of_____________?
A. Lignocaine
B. Benzacaine
C. Prilocaine
D. Procaine - The mechanism of action of chloramphenicol is inhibition of synthesis of_____________?
A. Cell wall
B. Cell membrane
C. Protein
D. DNA - The viral action is differentiated from bacterial action by_________________?
A. Interferon production
B. Toxin production
C. Lymphocytes production
D. Neutrophils production - The most common side effect of the oral administration of ampicillin is_______________?
A. Anaphylactic shock
B. Diarrhoea
C. Oral candidiasis
D. Renal failure - The administration of penicillin G along with probenicid result in_____________?
A. Increased excretion of probenacid in the feaces and perspiration
B. Increased excretion of probenacid in urine
C. Increased metabolis of penciling G
D. Decreased renal excretion of penciling G - Prolonged administration of streptomycin may result in damage to the____________?
A. Optic nerve
B. Facial nerve
C. Auditory nerve
D. Trigeminal nerve
