mRNA is synthesized through a process called transcription, where an RNA polymerase enzyme reads a DNA template and assembles ribonucleotides into a single-stranded RNA molecule. The sequence of nucleotides in the mRNA corresponds to the coding sequence of the gene, with adenine pairing with uracil (instead of thymine), and cytosine pairing with guanine. Once synthesized, the mRNA undergoes processing, including the addition of a 5' cap and a poly-A tail, which help stabilize the molecule and facilitate its translation into proteins.
mRNA is synthesized through a process called transcription, where an RNA polymerase enzyme matches complementary RNA nucleotides to a DNA template strand. This results in the production of a single-stranded mRNA molecule that carries genetic information from the DNA to the ribosomes for protein synthesis.
mRNA bases are put into the correct order during a process called transcription. Enzymes called RNA polymerases transcribe the DNA template into mRNA by matching complementary bases (A with U, G with C) to ensure the correct sequence. This process is essential for making a functional mRNA that can be used to produce proteins.
The process wherein messenger RNQ (or mRNA) is given a message is called transcription. In this process, n mRNA molecule is made (or transcribed) using DNA as the template. Essentially, the nucleotide sequence on a gene is read by an enzyme called RNA polymerase which synthesizes the mRNA molecule. Put simply, RNA polymerase scans the length of DNA until a gene is encountered. When the enzyme reaches the correct position, it begins adding complimentary nucleotides to make the mRNA molecule. This way, the entire gene is transcribed and copied on to the mRNA molecule.
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The mRNA strand for the given DNA sequence "ggctatatcctgcgctatacgcta" would be "ccgua.uauggcg..uauacgua" after transcription. This is achieved by replacing each DNA nucleotide with its complementary RNA nucleotide (A-U, T-A, C-G, G-C).
mRNA is synthesized through a process called transcription, where an RNA polymerase enzyme matches complementary RNA nucleotides to a DNA template strand. This results in the production of a single-stranded mRNA molecule that carries genetic information from the DNA to the ribosomes for protein synthesis.
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mRNA bases are put into the correct order during a process called transcription. Enzymes called RNA polymerases transcribe the DNA template into mRNA by matching complementary bases (A with U, G with C) to ensure the correct sequence. This process is essential for making a functional mRNA that can be used to produce proteins.
At the Ribosomes.
DNA provides instructions for RNA polymerase
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Messenger RNA (mRNA) carries the instructions from DNA in the cell nucleus to the ribosome in the cytoplasm. This process is known as transcription and translation, where mRNA serves as the intermediary molecule that carries genetic information for protein synthesis.
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The first (primary) transcript from a protein coding gene is often called a pre-mRNA and contains both introns and exons. Pre-mRNA requires splicing (removal) of introns to produce the final mRNA molecule containing only exons
The process wherein messenger RNQ (or mRNA) is given a message is called transcription. In this process, n mRNA molecule is made (or transcribed) using DNA as the template. Essentially, the nucleotide sequence on a gene is read by an enzyme called RNA polymerase which synthesizes the mRNA molecule. Put simply, RNA polymerase scans the length of DNA until a gene is encountered. When the enzyme reaches the correct position, it begins adding complimentary nucleotides to make the mRNA molecule. This way, the entire gene is transcribed and copied on to the mRNA molecule.