If the template strand of DNA is 3'-CTGATAGC- | vedclass

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Question

(A) During transcription,the $RNA$ polymerase enzyme synthesizes $RNA$ using the template strand of $DNA$ in the $3' \rightarrow 5'$ direction. Accord

Vedclass · Accepted Answer

$5'-GACUAUCG-3'$

Vedclass · Answer

(A) During transcription,the $RNA$ polymerase enzyme synthesizes $RNA$ using the template strand of $DNA$ in the $3' \rightarrow 5'$ direction. According to the principle of complementarity,$Adenine$ $(A)$ pairs with $Uracil$ $(U)$ in $RNA$,$Thymine$ $(T)$ pairs with $Adenine$ $(A)$,$Cytosine$ $(C)$ pairs with $Guanine$ $(G)$,and $Guanine$ $(G)$ pairs with $Cytosine$ $(C)$. Given template strand: $3'-C-T-G-A-T-A-G-C-5'$. Complementary $RNA$ sequence: $5'-G-A-C-U-A-U-C-G-3'$. Therefore,the correct sequence is $5'-GACUAUCG-3'$.

$(a) \; RNA$ polymerase $I$	$(i) \; tRNA$
$(b) \; RNA$ polymerase $II$	$(ii) \; rRNA$
$(c) \; RNA$ polymerase $III$	$(iii) \; hnRNA$

If the template strand of $DNA$ is $3'-CTGATAGC-5'$,what will be the sequence of the transcribed $RNA$?

Similar Questions

Match the following $RNA$ polymerase enzymes with their transcribed products:
$(a) \; RNA$ polymerase $I$ $(i) \; tRNA$
$(b) \; RNA$ polymerase $II$ $(ii) \; rRNA$
$(c) \; RNA$ polymerase $III$ $(iii) \; hnRNA$

Select the correct option from the following:

The enzyme responsible for transcription is .....

Which of the following enzymes synthesizes precursor $mRNA$?

Which structure is responsible for the synthesis of $m-RNA$?

Transcription is most similar to which of the following processes?

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