Some users here at CF have made the claim that an intelligent designer is the best explanation for the observations made in biology.
Those observations include the base to base comparison of genes between species. This comparison doesn't require the assumption that two species share a common ancestor. We also don't have to assume evolution or common ancestry to understand that eukaryotic genes are made up of exons and introns. Exons hold the sequence used to transcribe messenger RNA which is then translated into protein. Introns are also transcribed into RNA, but they are clipped out during the maturation process for messenger RNA.
So what does ID predict? What should we see when we compare a gene shared between the human and mouse genome? Should we see more shared bases in the introns than the exons? Should we see the same amount of shared bases in the introns and exons? Should there be more shared bases in the exons? If ID does make a prediction, why does it make that prediction and not another?
Those observations include the base to base comparison of genes between species. This comparison doesn't require the assumption that two species share a common ancestor. We also don't have to assume evolution or common ancestry to understand that eukaryotic genes are made up of exons and introns. Exons hold the sequence used to transcribe messenger RNA which is then translated into protein. Introns are also transcribed into RNA, but they are clipped out during the maturation process for messenger RNA.
So what does ID predict? What should we see when we compare a gene shared between the human and mouse genome? Should we see more shared bases in the introns than the exons? Should we see the same amount of shared bases in the introns and exons? Should there be more shared bases in the exons? If ID does make a prediction, why does it make that prediction and not another?