For the given sequence of DNA,identify the co | vedclass

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(B) The process of transcription involves the synthesis of $mRNA$ from a $DNA$ template strand.During this process,the base pairing rules are: $A$ (Ad

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$5'-UACGUACGUACG-3'$

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(B) The process of transcription involves the synthesis of $mRNA$ from a $DNA$ template strand.During this process,the base pairing rules are: $A$ (Adenine) pairs with $U$ (Uracil),$T$ (Thymine) pairs with $A$ (Adenine),$G$ (Guanine) pairs with $C$ (Cytosine),and $C$ (Cytosine) pairs with $G$ (Guanine).Given $DNA$ template: $3'-ATGCATGCATGC-5'$.Applying the base pairing rules:$A \rightarrow U$$T \rightarrow A$$G \rightarrow C$$C \rightarrow G$Thus,the complementary $mRNA$ sequence is $5'-UACGUACGUACG-3'$.Therefore,the correct option is $(B)$.

For the given sequence of $DNA$,identify the complementary sequence of bases on its $mRNA$ from the options given below.
$DNA$ $3'-ATGCATGCATGC-5'$

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For the given sequence of $DNA$,identify the complementary sequence of bases on its $mRNA$ from the options given below.$DNA$ $3'-ATGCATGCATGC-5'$