The correct interpretation of the model is option A: This model represents protein synthesis since the tRNA is delivering amino acids to form a polypeptide chain that will form a protein.
The 3' terminal of the tRNA is connected to the activated amino acid. An amino acid is aligned on the mRNA template after being attached to the acceptor tRNA by complementary base pairing between the codon of the mRNA and the anticodon of the tRNA. These amino acids line up to form long polypeptide chains for protein synthesis.
Additionally, the fundamental principles of protein production are the same in all cells: tRNAs act as adaptors between the mRNA template and the amino acids going into the protein during translation on ribosomes. Thus, interactions between three different RNA molecule types—mRNA templates, tRNAs, and rRNAs—as well as different proteins necessary for translation are involved in protein synthesis.
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Complete question is:
Which interpretation of this model is most accurate?
A. ) This model represents protein synthesis since the tRNA is delivering amino acids to form a polypeptide chain that will form a protein.
B. ) This model represents protein synthesis since the tRNA is delivering lipids which will be used to bond proteins to form an enzyme.
C. ) This model represents protein synthesis because DNA is being copied during translated in the nucleus before leaving the nucleus.
D. ) This model represents protein synthesis because mRNA is coiling to form a new protein molecule in the cytoplasm.
