Transcription in bacteria differs from transcription in a eukaryotic cell because
A) RNA polymerase (along with its sigma subunit) can initiate transcription on its own.
B) RNA polymerase (along with its sigma subunit) requires the general transcription factors to assemble at the promoter before polymerase can begin transcription.
C) the sigma subunit must associate with the appropriate type of RNA polymerase to produce mRNAs.
D) RNA polymerase must be phosphorylated at its C-terminal tail for transcription to proceed.
Correct Answer:
Verified
Q1: You have a bacterial strain with a
Q2: Figure 7-3 shows a ribose sugar.The part
Q3: Which of the following statements is FALSE?
A)RNA
Q5: Consider two genes that are next to
Q6: Figure 7-3 shows a ribose sugar.RNA bases
Q7: Which one of the following is the
Q8: Transcription is similar to DNA replication in
Q9: There are several reasons why the primase
Q10: Which of the following molecules of RNA
Q11: Unlike DNA, which typically forms a helical
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