Rifampicin Is Known to Inhibit RNA Synthesis in E Subunit Is Bound to the Core Enzyme
D)rifampicin Is Able
Multiple Choice
Rifampicin is known to inhibit RNA synthesis in E. coli. Once the first ten nucleotides have been incorporated, rifampicin does not inhibit RNA synthesis. Which of the following best explains how rifampicin functions?
A) rifampicin binds only to the core enzyme when bound to DNA but can bind to the holoenzyme when not bound to DNA
B) rifampicin can bind to RNA polymerase when the polymerase is not bound to DNA but cannot bind when the polymerase is bound to DNA
C) rifampicin only inhibits when the subunit is bound to the core enzyme
D) rifampicin is able to bind to the nucleotide binding site at any time
E) none of the above
Correct Answer:

Verified
Correct Answer:
Verified
Q13: The E. coli core polymerase is
Q14: In eukaryotic cells, RNA polymerase _ transcribes
Q15: During factor-independent termination, RNA polymerase pauses upon
Q16: Which subunit of E. coli RNA
Q17: What type of enzyme activity is
Q19: Which of the following is the most
Q20: The E. coli promoter region contains a
Q21: Which subunit of E. coli RNA
Q22: The figure below shows a newly transcribed
Q23: E. coli cells achieve a great