Linked from

The 11 pages that link to Bacterial ribosome, each with the reason it gives.

• RibosomeBroader topic: Its structure and drug-binding sites differ from those of cytosolic eukaryotic ribosomes.

• MacrolideNarrower topic: Macrolides act on its 50S subunit to disrupt bacterial protein synthesis.

• TetracyclineRelated: Tetracycline binds its small subunit to disrupt translation.

• StreptomycinNarrower topic: Its structure provides the selective target for streptomycin.

• LinezolidRelated: Linezolid binds the 50S subunit within this protein-making complex.

• ClindamycinNarrower topic: The ribosome is the broader molecular machine targeted by clindamycin.

• ChloramphenicolNarrower topic: Chloramphenicol acts on its large subunit during translation.

• Mycoplasma pneumoniaeRelated: Its ribosomes are targets of antibiotics used to treat the infection.

• NitrofurantoinRelated: Nitrofurantoin can disrupt ribosomal proteins and interfere with bacterial protein synthesis.

• TobramycinNarrower topic: The bacterial ribosome is the molecular target behind tobramycin's selective antibacterial action.

• Neomycin/polymyxin B/bacitracinRelated: Neomycin binds this structure and disrupts bacterial protein production.