During transcription,if the nucleotide sequen | vedclass

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Question

(A) During transcription,the $DNA$ template strand is used to synthesize $mRNA$ through complementary base pairing.In $DNA$,the base Adenine $(A)$ pai

Vedclass · Accepted Answer

$UAUGC$

Vedclass · Answer

(A) During transcription,the $DNA$ template strand is used to synthesize $mRNA$ through complementary base pairing.In $DNA$,the base Adenine $(A)$ pairs with Thymine $(T)$,and Cytosine $(C)$ pairs with Guanine $(G)$.However,in $mRNA$,Uracil $(U)$ replaces Thymine $(T)$.Therefore,the base pairing rules for $mRNA$ synthesis are: $A$ pairs with $U$,$T$ pairs with $A$,$C$ pairs with $G$,and $G$ pairs with $C$.Given the $DNA$ sequence $ATACG$:- $A$ pairs with $U$- $T$ pairs with $A$- $A$ pairs with $U$- $C$ pairs with $G$- $G$ pairs with $C$Thus,the resulting $mRNA$ sequence is $UAUGC$.

During transcription,if the nucleotide sequence of the $DNA$ strand that is being coded is $ATACG$,then the nucleotide sequence in the $mRNA$ would be:

Similar Questions

Transcription is most similar to which of the following processes?

Give scientific reasons: Both the strands of $DNA$ are not copied during transcription.

Identify the correct statement:

$A$: Sigma factor of $RNA$ polymerase recognizes the start signal region in prokaryotes.
$R$: Promoter region lies at $5'$ end of the coding strand, not the template strand.

Given below is the sequence of the coding strand of $DNA$ in a transcription unit: $5' - AATGCAGCTATTAGG - 3'$. Write the sequence of $(a)$ its complementary strand and $(b)$ the $mRNA$.

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