In eukaryotes, this process is followed by a sequence of 5' (five prime) capping, 3' (three prime) polyadenylation, and splicing of exons; this produces its monocistronic type of product. The lac operon insures that structural genes do not undergo this process by automatically attaching a repressor protein to the relevant operator. This process beg
In eukaryotes, this process is followed by a sequence of 5' (five prime) capping, 3' (three prime) polyadenylation, and splicing of exons; this produces its monocistronic type of product. The lac operon insures that structural genes do not undergo this process by automatically attaching a repressor protein to the relevant operator. This process begins when a promoter is recognized and usually only takes place on a so-called template strand of DNA. Consisting of initiation, elongation, and termination and following translation, for 10 points, name this process by which complementary base pairing is used to convert DNA into mRNA.
In eukaryotes, this process is followed by a sequence of 5' (five prime) capping, 3' (three prime) polyadenylation, and splicing of exons; this produces its monocistronic type of product.
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