Match the ribosome antibiotics with their binding sites and activities Puromycin [ Choose ] Macrolides (azithromycin, i.e., Z-pak) [ Choose ] Aminoglycosides (kanamycin) [ Choose ] Chloramphenicol...


Match the ribosome antibiotics with their binding sites and activities<br>Puromycin<br>[ Choose ]<br>Macrolides (azithromycin, i.e., Z-pak)<br>[ Choose ]<br>Aminoglycosides (kanamycin)<br>[ Choose ]<br>Chloramphenicol<br>V[Choose ]<br>Binds the 30S subunit at the decoding site, interferes with decoding, leading to mis-reading andproduction<br>Binds the E site and prevents de-acylated tRNAs from exiting. This drives pt'ase activity backwards and<br>Binds the A site and mimics an aa-TRNA, is added onto the growing peptide chain by the pt'ase activity of<br>Binds the peptidyltransferase site and blocks pt'ase activity, may also block the TRNAS from entering the A<br>

Extracted text: Match the ribosome antibiotics with their binding sites and activities Puromycin [ Choose ] Macrolides (azithromycin, i.e., Z-pak) [ Choose ] Aminoglycosides (kanamycin) [ Choose ] Chloramphenicol V[Choose ] Binds the 30S subunit at the decoding site, interferes with decoding, leading to mis-reading andproduction Binds the E site and prevents de-acylated tRNAs from exiting. This drives pt'ase activity backwards and Binds the A site and mimics an aa-TRNA, is added onto the growing peptide chain by the pt'ase activity of Binds the peptidyltransferase site and blocks pt'ase activity, may also block the TRNAS from entering the A

Jun 11, 2022
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