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This Concept Map, created with IHMC CmapTools, has information related to: Antibiotics, Clindamycin inhibit 50S Subunit, Prokaryotic Biochemical Targets that Differ from those in Eukaryotic Cells such as DNA-dependent-RNA polymerases, Ribosomes including 30S Subunit, Rifamycin derivatives forms a stable complex with DNA-dependent-RNA polymerases, Beta-Lactams sometimes used in conjuction with beta-lactamase inhibitors: clavulanic acid sulbactam tazobactam, Beta-Lactams include Carbapenems, Quinolones such as Fluoroquinolones, Cephalosporins are resistant to beta-lactamase, Prokaryotic Biochemical Targets that Differ from those in Eukaryotic Cells such as Cell Walls, Vancomycin inhibits murien polymer synthesis (transglycosidase) Cell Walls, Chloramphenicol inhibit 50S Subunit, Beta-Lactams include Monobactams, Beta-Lactams include Penicillins, Prokaryotic Biochemical Targets that Differ from those in Eukaryotic Cells such as Ribosomes, Tetracyclines bind reversibly to 16S 30S Subunit, Tetrahydrofolate stopping part of the cell Metabolism, Beta-Lactams inhibit transpeptidase Cell Walls, ANTIBIOTIC MECHANISMS OF ACTION Act on Prokaryotic Biochemical Targets that Differ from those in Eukaryotic Cells, Rifamycin derivatives such as Rifabutin, Beta-Lactams include Cephalosporins