Page 163 - The Miracle of the Blood and Heart
P. 163

Blood: The Incomparable
                                         Liquid of Life


                 one of these factors came into being in stages, yet each stage is
                 functionless on its own. The coagulation system can start to
                 function only after the passing of millions of years, when all
                 its elements succeed in coming into being, all  by chance.
                 There's absolutely no doubt that no living organism can afford
                 to wait for such a development. This fact alone is sufficient to
                 show that evolution is a completely illusory concept.
                    Torben Hakier, author of the book  Mechanisms in Blood
                 Coagulation, Fibrinolysis and the Complement System, expresses
                 the irreducible complexity in the clotting system:
                    A system of this kind cannot just be allowed to free-wheel. The suc-
                    cess of the coagulation process is due to the finely tuned modulation
                    and regulation of all of the partial proteolytic digestions that occur.
                    Too little or too much activity would be equally damaging for the
                    organism. Regulation is a central issue in blood coagulation. 69

                    Michael Behe, a professor of biochemistry from Lehigh
                 University, describes how not a single link in the clotting
                 chain, and not even a single one of the genes comprising that
                 link, could have come into being by chance, as evolutionists
                 would like us to believe:
                    So making a new blood-coagulation protein by shuffling is like pick-
                    ing a dozen sentences randomly from an encyclopedia in the hope of
                    making a coherent paragraph. 70

                    The impossibility of such a system coming into being by
                 chance is calculated as follows:
                    Consider that animals with blood-clotting cascades have roughly
                    10,000 genes, each of which is divided into an average of three
                    pieces. TPA [a clot-dissolving enzyme] has four different
                    types of domains. By variously shuffling, the odds of get-
                    ting those four domains together is 30,000 to the fourth

                                                                       Adnan
                                                                       Oktar



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