The trait in question: an implanted scaffolding and subsequent cartilage growth is not a heritable trait. No more than an amputated leg, or a tatoo. The mouse itself, minus these modifcations, was the product of evolution.kedaman said:If there are animals that aren't the result of evolution, then surely there can't be evidence to falsify evolution?
If one species is not the product of evolution, then we have a problem with the theory. If we consistently find that species do not fit within the standard phylogeny, we have a theory that will not hold up.kedaman said:Any animal that doesn't match the theory could be said to be a nonevolutionary phenomena.
They are functionally equivilent, but genetically quite different. Species that are thought to be more closely related have more similar genes. In fact, the differences in genes can be used to draw family trees that match those drawn with morphological data.kedaman said:I have to say that I don't know half of what the terms you are using means. But in answering my question, you say that its possible to find for instance genes for Cytochrome C in banana that are equivalent to ours?
Cytochrome C is vital protein used in cellular respiration and is present in all eukaryotes.kedaman said:What if a virus carrying the same Cytochrome C injected its code into DNA of both humans and bananas?
We can recognize retroviral genes. In fact, retroviral genes also follow phylogenic patterns and can be used to construct consistent phylogenies: http://www.pnas.org/cgi/content/full/96/18/10254
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