What polypeptide product would you expect from a poly-G mRNA that is 30 nucleotides long?

Gene expression is the molecular dogma of molecular biology. The first step is the transcription that converts DNA into mRNA. The next step is the translation that converts the mRNA into protein via the process of translation.

The mRNA is the crucial intermediate product in the gene expression mechanism. It is produced from the process of transcription, which converts the DNA into messenger RNA.

The mRNA molecules are a single-stranded component that is complementary to the DNA strand.

The three-nucleotide present in the RNA corresponds to a particular amino acid. It is known as an amino acid codon.

The mRNA sequence present in the poly-G mRNA of 30 long nucleotides consists of GGG residues. Each three-letter codon of GGG gets translated into glycine. It is the amino acid that possesses hydrogen in the side chains.

The given nucleotide length is 30, in which three letters correspond to one amino acid, glycine. Therefore, a total of 10 glycine amino acids is formed from the poly-G mRNA.