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reggieM
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Another quote from the article:I have to wonder. I keep reading in scholarly articles that this pathway led to this or that novel organ after numerous steps that took, in some cases, millions of years. The strong implication being that various events occurred in a certain order and information was added over time, gradually. Now, we have this:
“ScienceDaily (July 11, 2011) — Genetic instructions for developing limbs and digits were present in primitive fish millions of years before their descendants first crawled on to land, researchers have discovered.”
The rest of the article is here:
sciencedaily.com/releases/2011/07/110711151453.htm
“Maybe the key was expressing a gene earlier or later or in a specific territory, but it was just a modification of a program that was already encoded in the genomes of fish almost half a billion years ago and remains there to this day.”
That’s a good example of intelligent design at the biological level. A “program” is “encoded” information that can carry out instructions to produce various outcomes.
In this case, a program was detected with instructions that produced various effects in the future.
That’s an indication of foresight – building a plan to be excuted for a future purpose. That’s evidence of intentionality and plan – and thus design.
A whole universe? Clearly, you can’t have that many questions if your Darwinian predictions were correct. The main question is how a program could have “arisen” in the genome through “an accumulation of copying errors”.“There is a whole universe of questions that are opened up by this discovery,” Shubin said.
The claim that this sort of encoded, specified information was the product of mutations and selection is irrational.
Origin of life researcher Craig Venter discovered something similar in cell functions:
Venter also points to what the cells–powered by genomes made in a lab from four bottles of chemicals, based on instructions stored on a computer–reveal about what life is. “This is as much a philosophical as a technological advance,” he says. “The notion that this is possible means bacterial cells are software-driven biological machines. If you change the software, you build a new machine. I’m still amazed by it.”
technologyreview.com/biomedicine/25362/page2/