What are the anticodons of the three tRNA molecules that correspond to this sequence?

An anticodon is described as a trinucleotide sequence and is complementary to the corresponding codon that is present in an mRNA (which means messenger RNA) sequence. You can find an anticodon at the end of a tRNA (that is, transfer RNA).

Each and every time there is an addition of amino acid to the growing protein, there is a formation of a tRNA base pairs with its complementary sequence present on the mRNA molecule, and this ensures that there is the appropriate insertion of the amino acid into the protein.

.Hence, an anticodon is seen as a three-letter sequence that matches up or complementary to the codon sequence present in the RNA. And so, the messenger RNA codes for a protein. The combination of amino acids makes up protein and these three-letter codons that are present in the RNA help code for the amino acids to complement with its sequences.

The correct answer to this question is UAU, CGC, and ACG. tRNA stands for transfer RNA. It is important because it reads the code in messenger RNA that is a nucleic acid. Another reason why it is important is that tRNA writes the sequence for amino acids. Another function of amino acids is that they transfer individual amino acids and adds them to the polypeptide chain. For all of the twenty amino acids, there is one tRNA.

tRNA is a molecule that is short. The molecule will contain about 80 nucleotides, and each of those nucleotides will contain one amino acid. There is a site for every amino acid to attach to.

An anticodon is a string of three nucleotides that create a genetic code component in a transfer RNA molecule and parallel to a harmonizing codon in messenger RNA. A codon is similarly a sequence of three nucleotides; however, it structures the genetic code in a DNA or RNA molecule.

The antisense is a non-coding DNA strand of a gene used as a template for making messenger RNA (mRNA) that instructs the synthesis of a protein. TAT is Tyrosine, CGC is Arginine, and ACG is Threonine, which are all amino acids necessary for the biosynthesis of proteins, essential to humans to be able to synthesize proteins so that the body can function. These are not naturally generated by the body and have to be acquired through diet.