(B) The coding strand of $DNA$ has the same sequence as the $mRNA$ transcript,except that $Thymine$ $(T)$ in $DNA$ is replaced by $Uracil$ $(U)$ in $m

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(B) The coding strand of $DNA$ has the same sequence as the $mRNA$ transcript,except that $Thymine$ $(T)$ in $DNA$ is replaced by $Uracil$ $(U)$ in $mRNA$.Given coding strand sequence: $AAGCCTATCAG$.Replacing $T$ with $U$ gives the $mRNA$ sequence: $AAGCCUAUCAG$.

Class 12 Biology Molecular Basis of Inheritance Transcription

Medium

If the sequence of bases on the coding strand of $DNA$ is $AAGCCTATCAG$,what will be the sequence of bases on the $mRNA$?

A
$UUCGGAUAGUC$
B
$AAGCCUAUCAG$
C
$TTCGGATAGTC$
D
$AAGCCTATCAG$

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Molecular Basis of Inheritance

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Select the correct option regarding the direction of $RNA$ synthesis and the direction of reading of the template $DNA$ strand.
Direction of $RNA$ synthesis Direction of reading of the template $DNA$
$A$. $5'-3'$ $3'-5'$
$B$. $3'-5'$ $5'-3'$
$C$. $5'-3'$ $5'-3'$
$D$. $3'-5'$ $3'-5'$

MediumNEET 2014

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The process of synthesis of $RNA$ on a $DNA$ template is known as:

Easy

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Match Column-$I$ with Column-$II$ and select the correct answer from the options given below.
Column-$I$ Column-$II$
$i$. Cistron $a$. Addition of methylated $GTP$ to $5'$-end of $hnRNA$.
$ii$. Exon $b$. Non-coding sequences which are removed by splicing.
$iii$. Intron $c$. Segment of $DNA$ coding for a polypeptide.
$iv$. Capping $d$. Coding sequences which appear in processed $mRNA$.

Column-$I$	Column-$II$
$i$. Cistron	$a$. Addition of methylated $GTP$ to $5'$-end of $hnRNA$.
$ii$. Exon	$b$. Non-coding sequences which are removed by splicing.
$iii$. Intron	$c$. Segment of $DNA$ coding for a polypeptide.
$iv$. Capping	$d$. Coding sequences which appear in processed $mRNA$.

EasyMHT CET 2023

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Which molecule transfers genetic information from the nucleus to the ribosomes?

Medium

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Assertion: In $\text{RNA}$ processing occurs in Eukaryotes.
Reason: Eukaryotes have split gene.

Medium

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Direction of $RNA$ synthesis	Direction of reading of the template $DNA$
$A$. $5'-3'$	$3'-5'$
$B$. $3'-5'$	$5'-3'$
$C$. $5'-3'$	$5'-3'$
$D$. $3'-5'$	$3'-5'$

If the sequence of bases on the coding strand of $DNA$ is $AAGCCTATCAG$,what will be the sequence of bases on the $mRNA$?

Similar Questions

Select the correct option regarding the direction of $RNA$ synthesis and the direction of reading of the template $DNA$ strand.Direction of $RNA$ synthesisDirection of reading of the template $DNA$$A$. $5'-3'$$3'-5'$$B$. $3'-5'$$5'-3'$$C$. $5'-3'$$5'-3'$$D$. $3'-5'$$3'-5'$

The process of synthesis of $RNA$ on a $DNA$ template is known as:

Which molecule transfers genetic information from the nucleus to the ribosomes?

Assertion: In $\text{RNA}$ processing occurs in Eukaryotes.Reason: Eukaryotes have split gene.

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Select the correct option regarding the direction of $RNA$ synthesis and the direction of reading of the template $DNA$ strand.
Direction of $RNA$ synthesis Direction of reading of the template $DNA$
$A$. $5'-3'$ $3'-5'$
$B$. $3'-5'$ $5'-3'$
$C$. $5'-3'$ $5'-3'$
$D$. $3'-5'$ $3'-5'$

Assertion: In $\text{RNA}$ processing occurs in Eukaryotes.
Reason: Eukaryotes have split gene.