I already did. Let's just say that similarity patterns between humans and other primates were totally chaotic.
They aren't. Your example has already failed.
"Many animal toolkit proteins, despite over 1 billion years of independent evolution in different lineages, often exhibit functionally equivalent activities in vivo when substituted for one another. These observations indicate that the biochemical properties of these proteins and their interactions with receptors, cofactors, etc. have diverged little over vast expanses of time...
...The deployment of homologous transcription factors in similar roles reflects that some parts of genetic regulatory networks (GRNs) present in a common ancestor were conserved in descendant lineages. The existence of common regulatory inputs acting in a similar manner in the development of structures that are not directly related by common ancestry (that is, not homologous) has been referred to as “deep homology”...
http://www.sciencedirect.com/science/article/pii/S0092867408008179
That is the usual sleight of hand. What happens when we compare the SEQUENCES of those proteins?
As I stated before, the existence of "mammal feathers", would be interpreted as independent activation of the same 'protein toolkit' that existed in the common amniote ancestor of birds and mammals.
Again, non-existent evidence and non-existent scientists. Please deal with reality.
According to evolutionists, the shrew on the left is more "closely related" to an elephant than it is to the shrew on the right. Here you have two extremely similar animals,
You need more than superficial similarities. Skeletal comparisons are needed. Where are they?
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