Linked from

The 14 pages that link to 30S ribosomal subunit, each with the reason it gives.

• 16S ribosomal RNABroader topic: 16S ribosomal RNA forms the structural and functional core of this subunit.

• DoxycyclineRelated: Doxycycline binds this subunit and obstructs aminoacyl-tRNA attachment.

• AminoglycosideBroader topic: Aminoglycosides bind this subunit and alter how it reads messenger RNA.

• TetracyclineBroader topic: Tetracycline binds reversibly to this subunit and blocks aminoacyl-tRNA entry.

• StreptomycinRelated: Streptomycin binds this subunit and disrupts accurate translation.

• Bacterial ribosomeBroader topic: It binds messenger RNA and checks codon–anticodon pairing during translation.

• 50S ribosomal subunitRelated: It pairs with the 50S subunit to form the functional 70S ribosome.

• Protein synthesis inhibitorBroader topic: Aminoglycosides and tetracyclines inhibit translation by acting on this subunit.

• NeomycinRelated: Neomycin binds this subunit and disrupts accurate translation.

• ParomomycinBroader topic: Paromomycin binds this subunit and interferes with accurate translation.

• Tetracycline antibioticsBroader topic: Tetracyclines bind this subunit and obstruct aminoacyl-tRNA access to the decoding site.

• TigecyclineRelated: Tigecycline binds this subunit and blocks aminoacyl-tRNA from entering the ribosome.

• OxytetracyclineRelated: Oxytetracycline binds this subunit and disrupts translation.

• Venki RamakrishnanBroader topic: Ramakrishnan determined its structure, illuminating how it reads genetic instructions.