Figure 4From: A symmetry model for genetic coding via a wallpaper group composed of the traditional four bases and an imaginary base E: Towards category theory-like systematization of molecular/genetic biologyGraphical representations for changes of DNA sequences. Suppose next sequences; ‘D1 = [A1C2C3( )G4T5E 6 E 7 E 8 …]’, ‘D2 = [A1C2C3(E 4 E 5 )G6T7E 8 E 9 E 10 …]’ and ‘D3 = [A1C2C3(A 4 T 5 )G6T7E 8 E 9 E 10 …]’, a series of changes, ‘D1 → D2 → D3’ are drawn as three polygonal lines where each bases are linked also in the definition of group Z5. There, we recognize not the locations of ‘D’s but mere alphabets, indexed number and shapes.Back to article page