Thus, in any amino acid sequence which has several different code sequences, there is the implication that the same amino acid could work differently depending on context and this is set by the code. Using this information we can analyse codon changes. For example, the sickle -cell mutation, a deformity of blood cell structure, results from the change of a single base in a codon. The amino acid codes listed above are in binary order. If this is of value or not is unknown, but the 'fact' that we can map an external coding system to a human coding system is interesting.
Life refines the basics despite the complexity of the system.
In the non-coding areas there seemed to be no strong difference. However, these 'results' could have been due to chance or a specific attribute of the genes that caused their sequences to be published. This all warrents further investigation. Carbon - a chemical dichotomy. What has been explicitly described so far is the emergence of a rich reality from the 'middle' space of any dichotomy.