Only CPR is bound to lac operon
<h3>What is lac operon?</h3>
For the transportation and metabolism of lactose, the E. coli operon known as Lac Operon is necessary.
Lac operon operation is explicable as follows:
E.coli has the genes necessary for lactose metabolism, and they are located in the lac operon. Lactose does not prevent the gene from being expressed.
According to the lactose and glucose levels, the regulators' "on" and "off" states are put to use. Both catabolite activator protein and lac repressor are regulators.As a lactose sensor, the lac repressor typically prevents the operon from being transcribed when lactose is not present. An operon's transcription is activated when the glucose level is low by the glucose sensor catabolite activate protein. An operon called Lac Operon is present in E. coli and is necessary for the operon to have genes involved in metabolism. Only when lactose is present and glucose is absent do the genes come into play. Catabolite activator protein and lac repressor are the two proteins that control how much glucose and lactose is present in the body. The operon's transcription is prevented by the lac repressor.
In normal e. Coli cells, lac operon is "on," CPR combination of c r p and lac repressor proteins is bound to the lac operon
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