Figure 8.4
In Figure 8.4, the antibiotic chloramphenicol binds the 50S large subunit of a ribosome as shown (the light gray area is the large subunit, while the black shape is the drug) . From this information you can conclude that chloramphenicol
A) prevents translation in eukaryotes.
B) prevents translation in prokaryotes.
C) prevents transcription in eukaryotes.
D) prevents mRNA-ribosome binding.
E) prevents transcription in prokaryotes.
Correct Answer:
Verified
Q22: An enzyme that catalyzes the cutting and
Q24: Table 8.2
Codon on mRNA and corresponding
Q25: Figure 8.5 Q26: Table 8.3 Amino Acids Encoded by the Q27: An enzyme that makes covalent bonds between Q28: Table 8.2 Q30: Table 8.2 Q31: Table 8.2 Q32: The cancer gene ras produces mRNA containing Q34: If you knew the sequence of nucleotides![]()
Codon on mRNA and corresponding
Codon on mRNA and corresponding
Codon on mRNA and corresponding
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