DNA and RNA

DNA is read three bases at a time, these are called triplets amino acids mRNA trios( triplets, amino acids, mRNA, trios ).
DNA is found in nearly all living organisms, so it is universal degenerate non-overlapping unique( universal, degenerate, non-overlapping, unique ).
There are often several ways of coding for one amino acid, so DNA is degenerate overlapping universal stored in nucleosomes( degenerate, overlapping, universal, stored in nucleosomes ).
DNA bases are read one after the other, so it is non-overlapping degenerate called a codon universal( non-overlapping, degenerate, called a codon, universal ).

Three bases on an mRNA molecule require a specific amino acid metabolism transcription translation( amino acid, metabolism, transcription, translation ). The anticodon triplet amino acid binding site loop( anticodon, triplet, amino acid binding site, loop ) on a tRNA molecule is matched to a triplet amino acid binding site tRNA molecule base( triplet, amino acid binding site, tRNA molecule, base ) on an mRNA molecule. Also, tRNA molecules with a specific anticodon transcription translation arrangement( anticodon, transcription, translation, arrangement ) will have a specific amino acid attachment site triplet codon hydrogen bonding arrangement( amino acid attachment site, triplet, codon, hydrogen bonding arrangement ), and therefore binds a specific amino acid mRNA molecule ribosome 80s ribosome sub-segment( amino acid, mRNA molecule, ribosome, 80s ribosome sub-segment ).