The accessibility of promote regions of prokaryotic DNA by RNA polymerase is in many cases regulated by the interaction of some protein with sequences termed as -

Assertion :- The activity of RNA polymerase at a promotor is regulated by interaction with accessory protein, which affect its ability to recognize start sites. Reason : The accessibility of promotor region of prokaryotic DNA is in many cases is regulated by interaction of proteins with operators.

The accessibility of promoter regions of bacterial DNA in many cases regulated by the interaction of proteins with sequences termed

The accessibility of promoter regions of bacterial DNA in many cases regulated by the interaction of proteins with sequences termed

Assertion :- The activity of RNA polymerase at a pormotor is regulated by interaction with accessory protein, which affect its ability to recognise start sites. Reason : The accessibility of promotor ragion of prokaryotic DNA is in many cases is regulated by interactin of proteins with operators.

How is the accessibility of promoter region to RNA-polymerase regulated in prokaryotic cells?

In a transcription unit, the activity of RNA polymerase at a given promoter is in turn regulated by interaction with accessory proteins, which affect its ability to

The region of DNA sequence that provides binding site for RNA polymerase is :

Regulatory proteins are the accessory proteins that interact with RNA polymerase and affect its role in transcription. Which of the following statements is correct about regulatory protein ?

Regulatory proteins are the accessory proteins that interact with RNA polymerase and affect its role in transcription. Which of the following statements is correct about regulatory protein ?

Regulatory proteins are the accessory proteins that interact with RNA polymerase and affect its role in transcription. Which of the following statements is correct about regulatory protein?