Related Questions

Antibiotics act by inhibiting nucleic acid synthesis are
A Sparfloxacin
B Ciprofloxacin
C Nalidixic acid
D Gentamicin
E Erythromycin
Antibiotics which act by inhibiting bacterial cell wall synthesis are
A Penicillin
B Bacitracin
C Chloramphenicol
D Tetracycline
E Aminoglycosides
Antibiotics that act by inhibiting protein synthesis are
A Erythromycin
B Streptomycin
C Chloramphenicol
D Cephalosporin
E Bacitracin
Antibiotics act by inhibiting cell wall synthesis are
A Vancomycin
B Meropenem
C Cefixim
D Gentamicin
E Streptomycin
Antibiotics act by inhibiting protein synthesis are
A Erythromycin
B Chloramphenicol
C Amphotericin B
D Vancomycin
E Imipenem
Following antibiotics act by inhibiting cell wall synthesis
A Cloxacillin
B Vancomycin
C Imipenem
D Erythromycin
E Ciprofloxacin
The following antibiotics act by inhibiting protein synthesis on 50s ribosomal subunit
A Chloramphenicol
B Linezolid
C Clindamycin
D Gentamicin
E Tetracycline
Antibiotics that acts by inhibiting protein synthesis are
A Linezolid
B Gentamicin
C Azithromycin
D Vancomycin
E Piperacillin
Antibiotics acting by inhibiting protein synthesis are
A Gentamicin
B Chloramphenicol
C Amoxycillin
D Ciprofloxacin
E Vancomycin
Following antibiotics acts by inhibiting cell wall synthesis
A Vancomycin
B Cefixime
C Sparfloxacin
D Gentamicin
E Cotrimoxazole

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