The triplet on the coding strand of DNA is AT | vedclass

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(D) $1$. The coding strand of $DNA$ has the sequence $ATG$ in the $5' \rightarrow 3'$ direction.$2$. The $mRNA$ is transcribed from the template stran

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$UAC$

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(D) $1$. The coding strand of $DNA$ has the sequence $ATG$ in the $5' \rightarrow 3'$ direction.$2$. The $mRNA$ is transcribed from the template strand,which is complementary to the coding strand. Therefore,the $mRNA$ sequence will be identical to the coding strand,except that $Thymine$ $(T)$ is replaced by $Uracil$ $(U)$. Thus,the $mRNA$ codon is $AUG$.$3$. During translation,the $t-RNA$ anticodon pairs with the $mRNA$ codon through complementary base pairing ($A$ pairs with $U$,$U$ pairs with $A$,$G$ pairs with $C$).$4$. For the $mRNA$ codon $AUG$,the complementary anticodon on $t-RNA$ is $UAC$.

The triplet on the coding strand of $DNA$ is $ATG$. What would be the required anticodon on the corresponding $t-RNA$ during translation?

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