Page 198 - The Cambrian Evidence that Darwin Failed to Comprehend
P. 198

The Cambrian Evidence That Darwin Failed to Comprehend

                        Dr. David Raup, a University of Chicago paleontologist and an
                   evolutionist, sets out this fact:
                        “All of the authors of the neo-Darwinian theory which they formulat-
                        ed back in the thirties and forties are losing their influence. ... I predict
                        that that whole concept will be thrown out in the next ten years, and
                        a new theory will be devised to take its place. A new wave of thinking
                        is sweeping the field.”

                        What will be the new theory? Dr. Raup confessed, “I have no idea.” 143

                        Hox Genes

                        Evolutionists, unable to explain the imaginary evolutionary or-
                   igin of the Cambrian explosion, realized that the new findings in ge-
                   netics totally invalidated the claim that life forms so very different
                   to one another could have descended from some common ancestor.
                   They therefore felt the need to adapt their claims to these new dis-
                   coveries. As a result, the idea of Hox genes was proposed.
                        So-called Hox genes, a particular subgroup of homeobox genes,
                   are a group of genes shared by a number of animal groups. What
                   distinguishes these from other genes is their central task in regulat-
                   ing the body development. Hox genes are managers that control the
                   development of all life, from a fertilized egg cell to maturity, in-
                   structing the genes that will construct a particular organ when and
                   where to go into action. For example, the cells that will comprise the
                   spinal cord settle in the region of the back from the moment the em-
                   bryo first forms. The cells that constitute the eye take their place in
                   the cranial section. This order or placement is encoded in the Hox
                   genes.
                        Instructions issued by the Hox genes are forwarded to an initi-
                   ator protein with a sequence of 60 amino acids, again produced by
                   Hox genes. This protein binds to and activates the relevant genes.





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