Explain the role of RNA polymerase in mRNA sythesis?

Answer 1

During transcription, RNA Polymerase binds with upstream of the gene that is to be transcribed into mRNA. This causes the double helix shape of the DNA to unwind. Then, RNA Polymerase uses the template strand of the DNA as guide and synthesizes a complementary mRNA strand using ribonucleotides. Basically, without RNA Polymerase, mRNA would not be synthesized.

Answer 2

RNA polymerase is an enzyme responsible for transcribing DNA into RNA during the process of mRNA synthesis. It catalyzes the formation of a complementary RNA strand using a DNA template, resulting in the production of messenger RNA (mRNA). This mRNA molecule carries the genetic information from the DNA to the ribosomes for protein synthesis.

Answer 3

RNA Polymerase is an enzyme that adds RNA nucleotides to a new RNA strand.

One type of RNA Polymerase is involved in transcription, which involves creating the primary RNA transcript from a DNA template.

Answer 4

RNA polymerase is an enzyme that regulates RNA synthesis, bind to a specific section where an mRNA will be synthesized. A the DNA strand unwinds, the RNA polymerase initiates mRNA and moves along one of the DNA strands in the 3' to 5' direction. mRNA is synthesized as a complement to the DNA nucleotides.

Answer 5

It binds tightly to a promoter, a region of DNA that contains a special sequence of nucleotides. This opens up the DNA helix so that complementary base pairing can occur.

Answer 6

it begins and ends the transcription process on the DNA molecules

Answer 7

RNA Polymerase scans the DNA and binds it to a specific region on the DNA known as promoters. It then unwinds the DNA and separates the two strands and begin RNA polymerization.

Answer 8

Simply put, RNA polymerase reads the DNA strand and takes individual nucleotides (Uracil instead of thymine ) and strings them together into a not excised strand of messenger RNA.

Answer 9

Copies DNA and makes and RNA compliment with U (Uracil) instead of T (Thymine)

Answer 10

To read the DNA strand and take individual RNA nucleotides and string them together into an length of not excised mRNA. Simply put.