Mefloquine (Lariam) belongs to a class of drugs which is useful in treating which of the following conditions?
Malaria
AIDS
Hepatitis
Cancer
Chlamydia
Mechanism of action of Penicillins on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Cephalosporins on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Bacitracin on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Vancomycin on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Cycloserine on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Aztreonam on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Imipenem on the bacteria cell
Affects cell wall
Interferes with normal biosynthetic pathways
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Mechanism of action of Tetracycline on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Aminoglycosides on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Chloramphenicol on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Erythromycin on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Lincomycin on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Clindamycin on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Azithromycin on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Mechanism of action of Clarithromycin on the bacteria cell
Interferes with protein synthesis
Interferes with normal biosynthetic pathways
Affects cell wall
- 0 explanations
- 0 requizzes
Sulfonamides has which mode of action on the bacteria cell?
Interferes with normal biosynthetic pathways
Affects cell wall
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Trimethoprim has which mode of action on the bacteria cell?
Interferes with normal biosynthetic pathways
Affects cell wall
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
Fluroquinolones ( -floxacin) has which mode of action on the bacteria cell?
Interferes with normal biosynthetic pathways
Affects cell wall
Interferes with protein synthesis
- 0 explanations
- 0 requizzes
The most common human malaria species
Plasmodium vivax
Plasmodium malariae
Plasmodium ovale
Plasmodium falciparun
- 0 explanations
- 0 requizzes