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Originally posted by Morat
That's what we just covered, Souljah. One of the easiest ways to get such an IC system is to have a third piece that was there originally, but was no longer necessary.
In my "blood clotting" example, Y and Z wouldn't work without each other, and the animal would die from a simple wound.
But it could evolve easily because of X.
Originally posted by Lanakila
Soljah thats what evolutionists believe, but I am reading Behe's book right now, and that seems impossible to me and to him. Molecular biology is technical and I recommend Behe's book: Darwin's Black Box.
Originally posted by s0uljah
What if system 'A' would kill the creature, if it didn't have 'B,' but yet, 'B' would kill the creature without 'A'
Originally posted by LiveFreeOrDie
Is there a real world set of systems for which this is true? If not, what is the point of this hypothetical exercise?
Originally posted by s0uljah
What if system 'A' would kill the creature, if it didn't have 'B,' but yet, 'B' would kill the creature without 'A'
You all are saying there would have been a 'C' somewhere that bridged the gaps, and allowed A and B to develop separately, and then 'C' went away?
Originally posted by Morat
You listed no such system in your first post. In any case, I have pointed out a common mechanism for producing IC systems.
Originally posted by Morat
And he was asking you to name one. Please do.
Originally posted by Jerry Smith
s0uljah, are you content with the answers I have given you?
Originally posted by s0uljah
Not really, but I appreciate the answers.
I want to know how a fatal 'A' system could develop independently of a 'B' system, in which 'B' relies on 'A' for its entire purpose.
Maybe that was already explained, but I dont get it.
Originally posted by Morat
We've answered this as best we can without details. You asked how an IC system could evolve, we pointed out a way.
What more do you want? Do you want us to address a specific example? If not, then what are you looking for?
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