If a segment of DNA with bases 5′-ATG-TAC-GCC-3′ on the non-template strand is transcribed into mRNA, what is the corresponding sequence of mRNA?

The mRNA Sequence Similar to the DNA Section 5′-ATG-TAC-GCC-3′

The method of transcription is an important step in gene expression, which entails the conversion of the knowledge saved in a section of DNA right into a strand of messenger RNA (mRNA). On this course of, the non-template strand of the DNA section acts because the template for the synthesis of mRNA. Due to this fact, if a section of DNA with bases 5′-ATG-TAC-GCC-3′ on the non-template strand is transcribed into mRNA, then the corresponding sequence of mRNA can be 5′-AUC-AUG-CGG-3′. Throughout transcription, the enzyme RNA polymerase reads the non-template strand of the DNA section and synthesizes a complementary strand of mRNA. In doing so, it binds to the DNA strand and makes use of the nitrogenous bases as a template to match its complementary nucleotide, thereby forming the mRNA strand (Kamat, 2020). This strand of mRNA is then launched from the DNA section, which might subsequently be translated right into a protein.