This is a genre that evolutionists seemed to have honed, and I was quickly reminded of it in Matzke's opening where he labelled me as a "young-earth creationist." Not only am I not a young-earth creationist, I have never even written about the topic. But accuracy and truth are not prominent in this genre.
For evolutionists the "young-earth creationist" label carries immense rhetorical value which outweighs any loss of credibility that may result. After all, the evolutionist can always respond to correction with taunts of secrecy, denial, and so forth. Indeed, I am routinely labelled as a "closet young-earth creationist."
And if I am hiding a secret religious belief then, of course, whatever I have to say in response to such charges is nothing more than a tired cover-up to which no one should pay heed. The verdict has been rendered: The evolution skeptic is an unscientific, religious zealot and therefore evolution remains a scientific fact. As Matzke pronounces:
as with many creationists, Hunter thinks his ridiculous little trope is actually a silver bullet that can be used to effortlessly kill any evolutionary evidence, thus saving his tender innocent brain the trauma of actually having to come up with a better explanation than the evolutionary one.
So much for truth and accuracy. And of course the fact of evolution stands firm:
Well, how does Hunter react to this empirical evidence on the origin of a new gene? He simply ignores the overwhelming sequence evidence right in front of him, and instead claims, based on typical creationist “it must have come together all at once from completely random sequence” assumptions, that the natural origin of T-urf13 is too improbable to be believed.
Matzke misrepresents both the science and my points. Far from ignoring the sequence evidence, it is precisely that evidence that is problematic for evolution. Protein coding sequences are extremely unlikely but here we find a significant part of one in a non-coding region.
And Matzke's quote is a silly and fictitious strawman. Of course the de novo gene arose from the pre existing sequences rather than "all at once from completely random sequence." The problem is that evolutionists are now claiming from unclear evidence that evolution is clearly capable of producing de novo genes.
Yes, some sequences came together to form a new gene. But that does not automatically demonstrate evolution any more than would a population responding to an environmental shift. Sure we can imagine how these sequences came together, but the elephant in the room is "how do lengthy protein coding sequences arise in non coding regions?"
Evolution predicts this should not happen and does not explain it. We may find an answer to this question, but for now it is not immediately obvious. At best it appears that evolution will be left with the usual "new proteins arise from the cutting, copying and pasting of pre existing proteins, with a few mutations thrown in here or there." But that hardly makes a de novo gene, such as T-urf13, evidence that evolution creates new proteins.