Yes, I skimmed through the whole paper and read the relevant details in some depth. You defined a core of genetic material as being immortal, your word. There is nothing in this article to support that.
Your article also emphatically doesn’t support the idea that the human organisms could be descended from two individuals.
OK, next step - Sean Carrol - no friend of ID.
The Making of the Fittest: A Conversation with Evolutionary Biologist Sean Carroll
In this episode, evolutionary biologist Sean Carroll talks about his new book, “The Making of the Fittest: DNA and the Ultimate Forensic Record of Evolution.” Even without fossils or comparative anatomy, vast amounts of evidence for evolution and its mechanisms exist in the genomes of the organisms alive today. Carroll discusses immortal genes, fossil genes and repetition in evolution, as well as environmental issues in light of evolutionary understanding.
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Steve: There are three major themes in the book. Why don’t we talk about each one of those? The three major themes being: some genes are immortal, they are so important they are unchanged for hundreds of millions of years; some genes, however, stop getting used and those begin to decay and you have actual fossils of those genes still lying around in various organisms’ genomes; and the third being that evolution in fact does repeat itself from time to time. So, let’s talk about it one by one. Some genes are immortal.
Carroll: Right! So, if we look in any living organism– so this could be bacteria, this could be the archaea that live in the hot springs of Yellowstone,
plants, fungi,
animals – there is a set of genes, maybe on the order of just a few hundred, that are found in every domain of life. And these genes encode functions pretty much devoted to the decoding of genetic material. that [These] must be very ancient functions in terms of cellular life, and what I mean by those genes being immortal is that over really 3 billion years, while others genes have been changing to the point where really their record gets erased over that period of time, these genes have been preserved by natural selection so faithfully that we can see that shared code among all these organisms. So, the reason why they are being preserved is, they are so essential for function that really the organism can’t move forward without them. They have to be protected, essentially, from major change, but most other genes do not have this [the] role for this. This set of immortal genes is a tremendous way we can trace the history of life.