Miller’s INTELLIGENT DESIGN creation for hte evolution of blood clotting:
Step One- invent a duplication for a slicer-
Step Two- innactivate it for a few million years
Step Three- Cause it to complexly change
Step 4- Add new instructions so these invented slicers can nick hteir way into cells that htey weren’t originally intended to
Step 5- splice EGF domain into the end of the protease gene
and “In a flash”, you have “the tissue surrouding a broken blood vessel is now teeming with receptors that bind to the new EGF sequence on our serum protease.”
Stir, protect, manipulate further, bind other elements together, and by golly, you’ve got the beginnings of a more complex bloodclotting system.
Oh, I forgot htis gem- once you’ve itnelligently constructed complex blood clotting- be sure to adamantly declare “Fibrinogen, the soluble protein that now is now the primary target of proteolysis in the clotting cascade, clearly arose in this way.”- and hten villify anyone that doesn’t beleive your incredible fairy tale
Jeez Cott. Will you at least get your "th" key fixed? You're killing me here! { 8^)