I must apologize Mr. Boyle I did not read in the parenthesis behind your name
By
Alan Boyle(alias sfs) Science editor
msnbc.com
Alan Boyle is the author of a news article, while I said I was an author of "the paper". Papers are not news articles, and news articles are not papers. The paper I am an author of is the one described in the news article. Therefore I understand what is in the scientific paper, which is what's relevant here.
I used the same priori number that the divergence calculation implied except my calculation worked backward from the empirical findings of the human genome as a mutation rate. Again you need a math course and a better understanding of my principle calculation.
From
Estimate of the Mutation Rate per Nucleotide in Humans
I have no idea what your paragraph means. The Nachman and Crowell paper estimates the mutation rate, which is as I described it. My use of the rate was also correct mathematically.
You still got the numbers mixed up my mutation rate is from actual empirical findings (u rate). The actual sequence divergence is the (k rate) Estimated at 4%. You are backwards on this. Again I must teach you the math
The mutation rate is from empirical findings, albeit ones that are out of date. The actual sequence divergence you use is also from empirical findings, but is the wrong thing to use in this calculation, which you would know if you'd understood my previous post. The number you end up calculating means nothing at all.
To repeat yet again: the mutation rate you use is the number of
mutations per generation. The divergence number you use is the number of
mutated bases that differ between two species. Since a single mutation can change many bases, the two are not measuring the same thing. Humans and chimpanzees differ by ~120 million bases(*), representing ~40 million mutation events in the two lineages. Given the mutation rate, which measures mutation
events per generation, the 40 million number is what you need to calculate the number of generations that have elapsed since they shared a common ancestor.
(*) Treating sequence that appears in one but not the other as a percentage difference, which is a stupid thing to do, but let's not go off on that tangent again.
I am having real problems with your understanding of such things. First you say Yes there is a 4% difference in the genome, then you say no there isnt a 4% difference in the genome. The evolutionist must draw finer and finer obscuration around the simple reasoning, finer divisions and finer definitions like 24 separate definitions of a species.
No, we just have to know what it is that we're calculating. See above.
By the way did you also write the paper on the 6% variation in genomes between chimps and humans? I see at least four primary authors cited. Please do not claim that
What paper is that?