64 Codons of DNA and The I Ching Hexagrams unusual pairings

This is a map of The I Ching (what makes us TIC) based on the map of 28143976 .....

Only the numbers appear here as that is indeed how it all began........I pondered for so long how they could possibly relate to each other until I took the most simple route and put 1 with 2 and 63 to 64. Of course initially that meant nothing very much either until I drew them as coloured triangles of DNA codons. Then another problem occurred T and A and C and G should all change into each other with matching codons but THEY DONT...........T becomes A and C only changes to G if it has not other colours in it. So a codon of three colours T orange G yellow C Blue as a base Hex 47 would have CGA sitting on top of it because only T and A change as a diagonal.

The four sets of codons below marked with a heart are the exceptions to the rule of the above way of working out DNA patterns. 64 codons 8 of them have an alert marked on them as they do not conform to the standard.

Hex 27 and 28 ACT and TGA are not a usual match ACT should have become ACT and therein lies the problem it does not change so instead of T and A change only C and G do and then the problem goes away. Hex 61 and 62 AGT and TCA should have become AGT and once again we see what the problem is here. So understandably they swop top hats and carry on regardless. Still in my opinion something we should be alerted to.

Hex 51 and 52 GCC and CCG should have become GGC but again it does not conform ..... then onto Hex 57 and 58 CGG and GGC should have become CCG but again it does not conform.......again these two do not pair up with the right top hats but swop..............a quick fix answer of being the same does not apply here but if we look at them from the point of view of nine star ki....... we see the answers but I wont sully the waters of DNA Codons here by mixing in 9 star ki.

No doubt these 56 pairs of hexagrams or DNA codons above sit well together and 8 of them don't.
Are we absolutely sure all pairings of DNA should match up T with A and C with G or are there times when it doesn't. x