Asians are no more H erectus than Africans are Asians.
Asians and Africans belong to the same species, H. sapiens. The fossils we are talking about do not belong to H. sapiens. They belong to a different species. You are flatly wrong.
H erectus is just another infraspecific taxa among the human species as is Asians and Neanderthal.
Asians are infraspecific, Neanderthals are not. Neanderthals are a separate species, as is is H. erectus.
But then you start trying to throw in the monkey bones and make your Piltdown men.
Yet another false accusation. This is when we know that these fossils really are transitional, when you have to use lies to try and make them go away.
No, just useful for letting us know when that foreign DNA was transferred by Horizontal Gene Transfer after the virus that carried it inserted itself. You got the foreign virus insertion part correct, now just stop ignoring the rest..
Ignoring what? We observe that ERV's are passed down vertically. We observe that they are found at the same position in the genome. This means that a specific ERV is the result of a single insertion in a common ancestor that was passed down vertically to modern species. The 200,000 ERV's found at the same position in the chimp and human genomes are ERV's that were already found in the common ancestor of our species. That is why they are found at the same spot in each genome.
Only you really believe that.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1871816/
"Our analysis suggests that
≈95% of all nonsynonymous mutations that could contribute to polymorphism or divergence are
deleterious, and that the average proportion of deleterious amino acid polymorphisms in samples is ≈70%. On the other hand, ≈95% of
fixed differences between species are positively selected, although the scaled selection coefficient (
Nes) is very small. We estimate that ≈46% of amino acid replacements have
Nes < 2, ≈84% have
Nes < 4, and ≈99% have
Nes < 7. Although positive selection among amino acid differences between species seems pervasive, most of the selective effects could be
regarded as nearly neutral."
Let's see if you can keep up this time, Mr. "I think bacteria have diploid genomes".
The nonsynonymous mutations would be neutral mutations that do not change protein sequence. Only 2-3% of the genome is coding DNA, so right off the bat you are excluding 97% of mutations. Of the ones that do occur in coding regions, there are still some that do not change the amino acid sequence and are not deleterious according to your paper. Of the tiny percentage of mutations that do change amino acid sequence, 95% are detrimental meaning that 5% are beneficial or neutral.
You really need to learn some genetics if you are going to be making these types of arguments.
Yah I know, it's magic in your fantasy land.
For the thousandth time, it has to do with the location of the ERV in each genome. Do you know what the difference is between an orthologous and non-orthologous ERV?
Please show any that were not and I'll show you the wrong ancestor.
Your claim. Your burden of proof. If you can't demonstrate that all of the ancestors of E. coli were E. coli, then your claim is dismissed.
So they never mutate? You can't have it both ways during that copying process. Either they can change allies dominant and recessiveness - or they can not change at all. And so then we wouldn't need to keep testing rats.
You aren't making sense. Again, it is the position in the genome that evidences common ancestry.