Kylie
Defeater of Illogic
- Nov 23, 2013
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We share 97% of genes with mice, more than with apes, don't see you claiming them as a common ancestor.
Humans and other modern apes do have a common ancestor. For example, the common ancestor of humans and chimps/bonobos lived about 6 million years ago. It was at this time that the population split into two groups (probably due to some geographical isolation) and one group evolved into modern chimps and bonobos, while the other group evolved into modern Humans.
Likewise, there is a common ancestor between Humans and mice, it just lived a lot further back.
But if you understood that everything is made up of the same protons, neutrons and electrons, it would be no surprise to you that we could find similarities with all life on this planet. Since apes and mice were created from the same molecules, why wouldn't they share common DNA?
Of course, since Gold and chlorine share so many similarities, as they are both made up of electrons, protons and neutrons. Why, just the other day, my husband gave me a lovely pair of chlorine earrings.
You are under the false assumption creation demands everything be unique, when all were created from the same dust.
Do you know what a codon is? It's a segment of DNA made up of three nucleotides. You know how DNA is always represented with letters? Yeah, three of those, like AGT or CTG. Each codon produces an amino acid. For example, the codon CCT produces the amino acid Proline. Since there are four options for each nucleotide (A, C, G or T) and three places in each codon, there are 64 possible combinations.
However, there are only 20 different amino acids that are produced. So we see that sometimes the same amino acid can be produced by different codes. For example, Lysine is produced by the code AAG, but it is also produced by AAA. From an organism's point of view, either one would work just as well. But when we look at closely related animals, we see that the genes for their amino acids are similar.
Another example, from the evolution 101 podcast:
Evolution 101 Podcast said:Cytochrome C is a ubiquitous gene that is found in all organisms, including animals, plants, and bacteria. It’s an essential gene for cellular metabolism, and helps to provide energy for all life processes. Cytochrome C fulfills the prediction of ubiquitous proteins- that is, it is extremely functionally redundant. Many different amino acid sequences have been shown to fold up into the basic structure required for Cytochrome C function, and in fact among bacterial strains, completely different amino acid sequences are redundantly functional. Experiments in yeast show that if you remove the yeast’s own Cytochrome C protein, you can replace it with Cytochrome C from humans, rats, pigeons, or even fruit flies, and it works fine. A study was published that shows there are, in fact, over 10^93 different possible amino acid sequences for Cytochrome C. That’s more possible sequences then there are atoms in the Universe. So, Cytochrome C is very functionally redundant, and it would be possible for every single different organism to have a completely different amino acid sequence, if evolution is not true.
So what do the sequence comparisons show? Let’s compare humans and chimpanzees. If evolution is true, then chimpanzees are our closest relative, but if evolution is not true, we’re no more related to chimps then we are to crickets. But if you compare the amino acid sequence of humans and chimpanzees, you see that they are exactly the same. Exactly the same. And when you compare human Cytochrome C to that of other mammals, you find that there is only about 10 amino acids difference between them. The chance of this happening without shared heredity is about 1 in 10^29. If you compare human Cytochrome C with the organism the least related to us, outside of bacteria, you find that there’s only about 51 amino acids difference between us. The chance of this happening without shared heredity is about 1 in 10^25.
Plus we won't get into the fact that those shared sites you toute as proof come from virus insertions.
I'm sorry, which were those? When did I mention shared sites?
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