You then have to explain why every child born has around 60 new mutations compared with their parents and yet this accumulated mutation has only made humans less than your claimed 99% for humans and chimps???
60/3200000000 = 0.000001875%
To allow these 60 new mutations per generation to accumulate to add up to 1% of the genome, 1% = ~500,000 generations, or around 7 million years (if we use a low-ball 15 years per generation - and yes, I am ignoring all sorts of population-related things for simplicity).
What point did you think you were making?
Are chimps born with these same numbers of mutations?
Probably.
We must assume so I guess since we are only as you claim 1% different, so the random mutations must be randomly identical across generations.......
Or (supposing evolution is true - and I am going against truth here) most of the mutations are neutral and so have no overall affect, while the mutations in baboons had more effect.... Just because a mutation is neutral in one animal, does not mean a mutation will be neutral in another.
Er- do you think those 60 mutations we are born with (assuming for this thread that your numbers are accurate) are all beneficial or something?
And isn't the 1% a little optimistic???
"The first comprehensive comparison of the genetic blueprints of humans and chimpanzees shows our closest living relatives share perfect identity with 96 percent of our DNA sequence, an international research consortium reported today."
And as stated, that is after you delete the non-coding regions.
Where is that stated?
The coding regions share only 29% similarity..... "At the protein level, 29 percent of genes code for the same amino sequences in chimps and humans." So in the region which actually codes for proteins, what makes each animal distinct, we in reality are only 29% similar.
LOL!!!
So... you are not aware of several MORE things that a person who has been 'arguing' these general topics for years should actually, you know, at least have a basic handle on by now...
Given your quote, the intelligent interpretation, the sensible one, is that in terms of proteins, we are 29% identical. And that in 71% of proteins, we are not identical. But how 'non-identical' are we in those coding DNA sequences? Seems to me that your implication is that we are 71% different in the proteins, then we are 71% different at the coding nucleotide level. Do you think that is the case?
OK - only about 2% of the genome is protein coding - you did know
that, right?
71% dissimilar in 2% of the genome (you aren't right about that, either, but one gaffe at a time) = 1.4% difference, not 29% (I know this math is off, but look at what I am dealing with here...)...
Back to your claim -
" The coding regions share only 29% similarity..... "At the protein level, 29 percent of genes code for the same amino sequences in chimps and humans." So in the region which actually codes for proteins, what makes each animal distinct, we in reality are only 29% similar."
OK, so first, this:
"coding regions share only 29% similarity"
does NOT follow from this:
"At the protein level, 29 percent of genes code for the same amino sequences in chimps and humans."
Let me see if I can break this down to your level, then I have to take a break...
This means that 29% of genes code for
identical proteins. 71% of genes code for proteins that are
not identical. Not identical is not the same as totally different. Agreed?
If in each case, the non-identical genes differed by 1%, do you really think we conclude that the total % difference is 71%? If these 71% of genes differed by 1% from each other, what would the overall percent difference be?
Look at it this way (for simplicity) - we have 100 100-word sentences. 29 are identical - same 100 words. 71 of them have 1 word different from the others, that is, they are 1% different from the others.
With me so far?
71% of the sentences are not identical to the other 29%. Does that mean that the 71 are 100% different from the other 29?
My head hurts...All for now..