Anyone I’m not sureWhich strand of mRNA would be made during transcription using the DNAstrand shown below?GCA TAG

Anyone I’m not sure Which strand of mRNA would be made during transcription using the DNA
strand shown below?
GCA TAG


[tex]Anyone I’m not sure Which strand of mRNA would be made during transcription using the DNA strand[/tex]

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  1. B. GAC TAT

    Explanation:

    The strand of mRNA would be made during transcription using the DNA strand of CTG ATA is the GAC TAT.

    DNA base pairs include Adenine-Thymine and Cytosine-Guanine. We substitute each base with the pairs.

    Where there is A we put T and where there is C we put G. This is why GAC TAT is the answer for this CTG ATA.

  2. GCT AGA

    Explanation:

    The complementary binding of the nitrogenous bases takes place in the process of DNA replication.The complementary mRNA strand is GCT AGA. The whole process of DNA replication consists of two steps: Transcription and translation.

    The transcription can be defined as the process by which the DNA is converted into mRNA and then the information for the protein synthesis is carried by the mRNA.

    The mRNA undergoes the process of splicing to produce the desired protein. This step is known as translation.

  3. The answer is d. GCU UGU

    Transcription is a process of copying DNA into mRNA. DNA contains two complementary strands. Complementarity is achieved through interactions between nucleobases. In the DNA, base complements are adenine - thymine and guanine - cytosine. In the RNA, base complements are adenine - uracil and guanine -cytosine. During the transcription, bases complementary to a template DNA strand pairs to form mRNA.
    In this case, if DNA strand is CGA TCT, mRNA strand will be GCU UGU:
    DNA: CGA TCT
    RNA: GCU UGU

  4. The correct answer is D. CAA UGG

    Explanation:

    According to the rule of base pairing the Adenine make complementary base pairing with thymine and thymine with adenine and guanine and cytosine base pairs with each other in DNA.

    In RNA in place of thymine, uracil base pairs with the adenine. Therefore according to this base-pairing rule, the DNA strand GTT ACC will give rise to transcript CAA UGG. So in place of adenine uracil has come.  

    Therefore the correct answer to this question is D. D. CAA UGG

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