It didn't, you didn't understand my argument. You were corrected multiple times.
Why do you keep saying I'm cherry picking data? I can use your numbers if you like, there is a range of mutation rates that have been mentioned. Yours is a little more than 3 times as likely which really doesn't help you any.
Those should be 10^-9 etc etc.
I used that number from this paper.
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2910838/
So what?
Why? You blithering moron! My argument has nothing to do whatsoever with what you're trying to make it out to be.
Nope, you're a dolt if you think that is what I was saying. Are you a dolt or a liar?
:biggrin:
Did you read that paper? Buckshot gets caught googling up things again, just like how you like to reconstruct the past. You were shown the correct information and you refused to acknowledge it, and now you claim its my fault. Hilarious. This is what the paper labels as the denominator: /site/cell division
DO YOU UNDERSTAND WHAT THAT MEANS?
Your moronic calculation of 1x10^-9 x 1x10^-9 1X10^-9 = 1 x10^-27 is calculating
the rate per site per cell division that 3 mutations will occur at the same nucleotide site.
To illustrate what your moronic math is actually calculating, you are calculating the rate that the following event occurs:
AGCGCGTTATGCA will become AGCG
TGTTATGCA in the next generation is 1x10^-9.
For AGCGCGTTATGCA to become AGCG
TGTTATGCA (with an intermediate of AGCGAGTTATGCA) is 1x10^-18.
For AGCGCGTTATGCA to become AGCG
TGTTATGCA (with an intermediates of AGCGAGTTATGCA and AGCGGGTTATGCA) is 1x10^-27.
You think you are calculating the rate in which three mutations can occur in a cell. YOU ARE NOT. If you were saying 1x10^-27 is the rate in which three nucleotide substitutions occur in a single cell in a single generation at a single site, that would be correct. But you did not. Your math doesn't calculate what you think you are calculating. Another buckshot failure.
When it is said that 175 spontaneous mutations PER diploid genome per generation occurs, that is the number of mutations a single organism will develop and pass on over a generation.
I'm not saying that any change within the entire genome is only going to happen once every 10^9 cell divisions. Ridiculous.
Any change requiring 3 simultaneous mutations will happen once every 10^27 cell divisions.
Uh oh, you just said exactly what you claimed you didn't say. Classic buckshot. Gets caught making up stuff, and now watch him flail. And then he'll keep on posting thinking the final word will somehow mitigate the fact he doesn't understand the numbers he posts. Just wait until he would rather talk about his stupid list than actually owning up to the fact he doesn't understand what he is posting.