Molecular Comparisons Deepen Evolution's Cambrian Impasse

Another fact that puts the theory of evolution into a deep quandary about the Cambrian Explosion is genetic comparisons between different living taxa. The results of these comparisons reveal that animal taxa considered to be "close relatives" by evolutionists until quite recently, are in fact genetically very different, which totally refutes the "intermediate form" hypothesis—which only exists theoretically. An article published in the Proceedings of the National Academy of Sciences, USA, in 2000 reports that recent DNA analyses have rearranged taxa that used to be considered "intermediate forms" in the past:

DNA sequence analysis dictates new interpretation of phylogenic trees. Taxa that were once thought to represent successive grades of complexity at the base of the metazoan tree are being displaced to much higher positions inside the tree. This leaves no evolutionary ''intermediates'' and forces us to rethink the genesis of bilaterian complexity.67

In the same article, evolutionist writers note that some taxa which were considered "intermediate" between groups such as sponges, cnidarians and ctenophores, can no longer be considered as such because of these new genetic findings. These writers say that they have "lost hope" of constructing such evolutionary family trees:

 

Trilobite eyes, with their doublet structure and hundreds of tiny lensed units, were a wonder of creation.

Darwin said that if his theory was correct, the long periods before the trilobites should have been full of their ancestors. But not one of these creatures predicted by Darwin has ever been found.

The new molecular based phylogeny has several important implications. Foremost among them is the disappearance of "intermediate" taxa between sponges, cnidarians, ctenophores, and the last common ancestor of bilaterians or "Urbilateria."...A corollary is that we have a major gap in the stem leading to the Urbilataria. We have lost the hope, so common in older evolutionary reasoning, of reconstructing the morphology of the "coelomate ancestor" through a scenario involving successive grades of increasing complexity based on the anatomy of extant "primitive" lineages.68