Relationship of a DNA base sequence to peptide structure

The figure shows the following information. 1. D N A. a double helix. 2. Base triplets on the D N A. sections have the following letters in three letter segments, as shown inside. T A C; C G C; C C T; T G C; G T A; C T C; A C T. 3. Codons on the m R N A. sections have the following letters inside. Start, A U G; G C G; G G A; A C G; C A U; G A G; U G A, Stop. 4. T R N A carrying amino acids binds to m R N A codons. the sections all flow to met. 5. Amino acids form a peptide chain. a chain of proteins.  Circles represent proteins and they are listed as met, a l a, g l y, t h r, h I s, g l u.The figure shows the following information. 1. D N A. a double helix. 2. Base triplets on the D N A. sections have the following letters in three letter segments, as shown inside. T A C; C G C; C C T; T G C; G T A; C T C; A C T. 3. Codons on the m R N A. sections have the following letters inside. Start, A U G; G C G; G G A; A C G; C A U; G A G; U G A, Stop. 4. T R N A carrying amino acids binds to m R N A codons. the sections all flow to met. 5. Amino acids form a peptide chain. a chain of proteins.  Circles represent proteins and they are listed as met, a l a, g l y, t h r, h I s, g l u.

a Base triplets on the DNA 0 Codons on the mRNA 0 tRNA carrying amino acids binds to mRNA codons 0 Amino acids form a peptide chain Start Stop UAC CGC CCU UGC GUA CUC tiff???