Distinguish between transcription in prokaryo | vedclass

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(N/A)       Transcription in Prokaryotes    Transcription in Eukaryotes        $1$. Transcription products are functional in $situ$.    $1$. Transcrip

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(N/A)       Transcription in Prokaryotes    Transcription in Eukaryotes        $1$. Transcription products are functional in $situ$.    $1$. Transcription products must be transported out of the nucleus to the cytoplasm to become functional.        $2$. Only a single type of $RNA$ polymerase is involved.    $2$. Three distinct types of $RNA$ polymerases $(I, II, III)$ are involved.        $3$. $mRNA$ is polycistronic.    $3$. $mRNA$ is monocistronic.        $4$. Splicing is not required as there are no introns.    $4$. Splicing is required to remove introns from the primary transcript.

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 $mRNA$.

Distinguish between transcription in prokaryotes and eukaryotes.

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Transcription in Prokaryotes	Transcription in Eukaryotes
$1$. Transcription products are functional in $situ$.	$1$. Transcription products must be transported out of the nucleus to the cytoplasm to become functional.
$2$. Only a single type of $RNA$ polymerase is involved.	$2$. Three distinct types of $RNA$ polymerases $(I, II, III)$ are involved.
$3$. $mRNA$ is polycistronic.	$3$. $mRNA$ is monocistronic.
$4$. Splicing is not required as there are no introns.	$4$. Splicing is required to remove introns from the primary transcript.