Identify the correct statement.

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(B) Option $B$ is correct. In bacteria,the process of transcription is terminated when the $RNA$ polymerase enzyme encounters the $Rho$ factor ($ρ$ fa

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$RNA$ polymerase binds with Rho factor to terminate the process of transcription in bacteria.

Vedclass · Answer

(B) Option $B$ is correct. In bacteria,the process of transcription is terminated when the $RNA$ polymerase enzyme encounters the $Rho$ factor ($ρ$ factor),which helps in the dissociation of the $RNA$ polymerase from the $DNA$ template.Option $A$ is incorrect because in capping,methyl guanosine triphosphate is added to the $5^{\prime}$ end of $hnRNA$,not the $3^{\prime}$ end.Option $C$ is incorrect because the template strand (not the coding strand) is copied to an $mRNA$ during transcription.Option $D$ is incorrect because split gene arrangement (presence of introns and exons) is a characteristic feature of eukaryotes,not prokaryotes.

Similar Questions

If one strand of $DNA$ has the nitrogenous base sequence as $ATCTG$,what would be the complementary $RNA$ strand sequence?

$A$ : $RNA$ polymerase is of three types in eukaryotes for the synthesis of all types of $RNAs$.
$R$ : $RNA$ polymerase consists of six types of polypeptides along with rho factor which is involved in termination of $RNA$ synthesis.

Messenger $RNA$ $(mRNA)$ is produced in:

The non-template strand of $DNA$ contains the codons $CAG, TCG, GAT$. What will be the base sequence in the $m-RNA$?

The portion of a gene that is transcribed but not translated is known as:

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