Provide definitions/explanations for the following terms: Splicing and Operator gene.

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(N/A) $(1)$ Splicing: The primary transcripts (pre-$mRNA$) contain both exons (coding sequences) and introns (non-coding sequences) and are non-functional. Splicing is the process by which introns are removed and exons are joined together in a defined order to form mature functional $mRNA$.
$(2)$ Operator gene: It is a segment of $DNA$ that acts as a switch for the operon. It provides a binding site for the repressor protein. When the repressor is bound to the operator,it blocks the passage of $RNA$ polymerase from the promoter to the structural genes,thereby controlling the activity of the structural genes.

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Similar Questions

In the $lac$ operon,which of the following acts as an inducer?

In the medium where $E$. coli was growing, lactose was added, which induced the lac operon. Then, why does the lac operon shut down some time after the addition of lactose in the medium?

All of the following are part of an operon except:

$A$: Operator gene is functional when it is not blocked by repressor.
$R$: Regulator gene produces active protein only which acts on operon system in $E. coli$.

Operon is a

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