50s subunit erythromycin

34 A set of unique ribonuclease (RNase) enzy Aug 10, 2017 · Since the discovery of the progenitor macrolide, erythromycin, in 1950, many derivatives have been synthesised, leading to compounds with better bioavailability and acid stability and improved pharmacokinetics. An important mechanism of erythromycin resistance is the methylation of 23S rRNA by erm methyl transferase enzymes

2024-03-29
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  1. An important mechanism of
  2. th
  3. An important mechanism of
  4. Binding sites for antibiotics in the PTC and peptide exit tunnel
  5. A chromosomal mutation in the 50S
  6. bacteria and archaea
  7. 2 A and C)
  8. Figure 4