KnowraChloramphenicolLinked fromLinked fromThe 10 pages that link to Chloramphenicol, each with the reason it gives.All 10Broader topic 1Related 4Compared with 5MacrolideCompared with: It targets the same large subunit but blocks peptide-bond formation through a distinct mechanism.Aplastic anemiaRelated: Its rare idiosyncratic toxicity is a classic medication-associated cause.AminoglycosideCompared with: Its 50S target contrasts with aminoglycoside binding at the 30S decoding center.Bacterial ribosomeRelated: It targets the large subunit's peptidyl-transferase center.50S ribosomal subunitRelated: It blocks peptide-bond formation at the 50S peptidyl transferase center.Bacterial protein synthesisRelated: Its selective action demonstrates how bacterial translation can be targeted by drugs.Tetracycline antibioticsCompared with: It provides another ribosome-targeting option but carries a distinctive risk of serious toxicity.Thomas A. SteitzBroader topic: Ribosome structures clarified the binding site and inhibitory action of this drug.TyphusCompared with: It has treated typhus historically, but doxycycline is generally preferred.OxytetracyclineCompared with: It targets a different ribosomal subunit and carries distinct serious toxicity risks.