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These New Protein Findings Might be a Problem Even According to the Evolutionist’s Own Numbers


The BSC4 gene inSaccharomyces cerevisiae, or baker’s yeast, was interesting to researchers because of its leaky stop codon but then it became more interesting because it only showed up in that one particular organism. The BSC4 gene is yet another example of a species-specific, orde novo, protein-coding gene. In this case, the protein appears to be involved in DNA repair and helping the organisms cope with nutrient-poor environments. And if this protein is anything like a typical protein, then evolution, even by the evolutionist’s own reckoning, would not be able to construct such low-probability designs. The BSC4 gene must have been constructed in only the past 10 million years or so. And evolutionists cannot appeal to speculative mechanisms. No exon shuffling, duplication, retroposition, fusion, fission or whatever for this gene. It must have arisen the old fashion way, by an evolutionary search through sequence space via random mutations. Is this feasible? The important numbers here are the number of attempts that are possible, and the number of attempts that are required. The two might not add up.  Read more


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