Respuesta :
Answer:
Option A and Option B
Explanation:
A transcription bubble is defined as a molecular structure which is formed when only a few or very limited section of the DNA strand has unwind-ed.
These transcription bubbles are small in size and in general their size ranges between 12-14 base pairs
An RNA polymerase which is about 9 nt long is responsible for making the DNA sequence ready for producing transcript at the 5' end (a complementary, antiparallel RNA strand )
Rate at which double stranded DNA molecule slide back and forth for transcription ranges with in 40-50 nt/sec
Hence, both option A and B are correct
Answer:
The correct options are options A and B
Explanation:
Hello! Let's solve this!
A transcription bubble forms as transcription begins. The nucleotides are separated so that the complementary RNA to that part of DNA begins to form.
The correct options are options A and B:
A. It moves along the DNA at a rate of about 50 nt / sec It is stationary, with the DNA strand slowly threaded through it at a rate of about 50 nt / sec
B. The growing RNA strand protrudes from the bubble It contains an RNA-DNA hybrid, about 9 nt long