30 percent
Attaches to a promoter molecule.
The region of DNA where RNA synthesis begins is the promoter. DNA contains a number of upstream regulatory and promoter sequences but the region of DNA where RNA synthesis begins is the start codon. This is the first codon that translates into an RNA nucleotide.
promoter
Operon. It contains the promoter, operator, and the structural gene.
If you mean "DNA molecule", it would be phosphate, sugar and either of these 4 adenine, thymine, guanine or cytosine. If you do mean gene, then the parts are the Promoter (which starts the gene and gives instructions for when and how the gen should be used), the coding sequence (which creates a protein), and the terminator (which stops the creation of a protein).
A repressor, which works by binding to the operator and blocking the attachment of RNA polymerase to the promoter.
A repressor, which works by binding to the operator and blocking the attachment of RNA polymerase to the promoter
promoter
The binding of RNA polymerase to the promoter sequence is the likely event that occurs last in transcription initiation. This binding allows for the initiation of RNA synthesis and the subsequent elongation of the RNA molecule.
In the lac operon model, lactose acts as in inducer molecule. In the presence of lactose, the molecule binds to the repressor protein. This repressor-lactose complex is unable to bind to the promoter. When the promoter is not occupied, RNA pol - II binds to it and begins transcribing the structural genes located downstream. Thus, the lac operon is turned on in the presence of lactose.
dragon promoter names
THE ROLE OF PROMOTER IN INCORPORATION