Linked from

The 10 pages that link to 50S ribosomal subunit, each with the reason it gives.

• MacrolideBroader topic: Macrolides bind near the peptide exit tunnel within this subunit.

• 30S ribosomal subunitRelated: It joins the 30S subunit to form the translating bacterial ribosome.

• AzithromycinRelated: Azithromycin binds this subunit to disrupt bacterial protein synthesis.

• LinezolidBroader topic: Linezolid binds its 23S ribosomal RNA and disrupts translation initiation.

• Bacterial ribosomeBroader topic: Its peptidyl-transferase center forms peptide bonds as the ribosome elongates a protein.

• ClindamycinRelated: Clindamycin binds this subunit and disrupts bacterial protein synthesis.

• ChloramphenicolBroader topic: Chloramphenicol binds in its peptidyl-transferase center.

• ErythromycinRelated: Erythromycin binds this subunit and disrupts bacterial translation.

• Protein synthesis inhibitorBroader topic: Macrolides, lincosamides, and several other inhibitor classes bind this subunit.

• ClarithromycinRelated: Clarithromycin binds this subunit and disrupts bacterial protein synthesis.