We have seen that the mitochondria DNA of the single-cell eukaryote Trypanosoma brucei is incredibly complex and unique, and make no sense on evolution, and more over that these incredible mitochondria designs reappear in distant species on the evolutionary tree. For instance, the Euglenids and the Dinoflagellates share these bizarre mitochondria similarities. Evolutionists are calling it “Corresponding evolutionary histories” or “Cascades of convergent evolution,” and it is far beyond the explanatory power of the usual just-so stories, such as gene transfer, gene duplication or gene loss. Furthermore, we saw that these incredible similarities go beyond the mitochondria. The Euglenids and Dinoflagellates, for example, also share very odd peculiarities at the molecular level in general, such as polycistronic transcription, trans-splicing and intron poverty. And there is more to the molecular similarities. For instance, both these groups have secondary plastids with unique characteristics. But for now, let’s step back even further, and look at the higher level cell morphology. Read more