If the DNA strand has the nitrogenous base se | vedclass

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(D) During the process of transcription, the $mRNA$ is synthesized complementary to the template strand of $DNA$.In $DNA$, $Adenine$ $(A)$ pairs with

Vedclass · Accepted Answer

$UAACGG$

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(D) During the process of transcription, the $mRNA$ is synthesized complementary to the template strand of $DNA$.In $DNA$, $Adenine$ $(A)$ pairs with $Thymine$ $(T)$, and $Cytosine$ $(C)$ pairs with $Guanine$ $(G)$.However, in $RNA$, $Thymine$ $(T)$ is replaced by $Uracil$ $(U)$.Given the $DNA$ template sequence $ATTGCC$:- $A$ pairs with $U$ in $mRNA$- $T$ pairs with $A$ in $mRNA$- $T$ pairs with $A$ in $mRNA$- $G$ pairs with $C$ in $mRNA$- $C$ pairs with $G$ in $mRNA$- $C$ pairs with $G$ in $mRNA$Therefore, the resulting $mRNA$ sequence is $UAACGG$.

If the $DNA$ strand has the nitrogenous base sequence $ATTGCC$, the $mRNA$ will have

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