Annoying Creationists
I have a little problem with this estimate of 128 mutations per genome per generation. If you take a mutation rate of 10^-7 and a genome length of 3x10^8, you should only get about 30 mutations per generation per genome. They suggest and overall mutation rate of 2.14x10^-8 which would give only about 7 mutations per generation per genome.
The also are seeking a mutation rate that would satisfy evolutionist assumptions when they say the following:
Even if you assume their estimate of 128 mutations per genome per generation is correct, some of those mutations will be harmful and that creature will be selected against, some mutations will be helpful and that creature will be selected for and some mutations will be neutral and will not be selected for or against. What does ev show when selection is turned off? There was a very interesting name in this paper, “Green”, and a very unusual name and difficult to spell.
Kleinman said:Now that is an in depth analysis. Imagine two humans who have a child with 100 mutations, 99 good mutations and 1 fatal mutation and it dies. Imagine two other humans have a child with 99 good mutations and 1 fatal mutation, and it dies. (There may certainly be other children with 100 mutations who do not survive.) Now imagine that no children that suffer 100 mutations survive. How many mutations are passed on?Paul said:But you cannot imagine your final scenario, because we know that the typical live human has about 100 mutations. Now, you can argue with this particular number; be my guest. I've seen estimates up to 200.
Edited to add: Here's a paper that estimates 128. Note one of the author's names.
Kleinman said:
I have a little problem with this estimate of 128 mutations per genome per generation. If you take a mutation rate of 10^-7 and a genome length of 3x10^8, you should only get about 30 mutations per generation per genome. They suggest and overall mutation rate of 2.14x10^-8 which would give only about 7 mutations per generation per genome.
The also are seeking a mutation rate that would satisfy evolutionist assumptions when they say the following:
From the sequence-divergence data, the following rates of mutations per base per year can be obtained for the X chromosome (
table 3), if it is assumed that there has been 5 million years of separation between the two species (White et al. 1994) and, hence, a combined 10 million years of mutation accumulation during divergence: 5.15×10-9 transitions at CpG sites, 3.92×10-10 transitions at non-CpG sites, 2.36×10-10 transversions, 6.94×10-10 base substitutions, 2.86×10-11 small deletions/insertions, and 7.23×10-10 for small deletions/insertions and base substitutions combined.
Even if you assume their estimate of 128 mutations per genome per generation is correct, some of those mutations will be harmful and that creature will be selected against, some mutations will be helpful and that creature will be selected for and some mutations will be neutral and will not be selected for or against. What does ev show when selection is turned off? There was a very interesting name in this paper, “Green”, and a very unusual name and difficult to spell.
I know that Dr Schneider’s superficial analysis satisfied you until you realize he failed to attend to the details. I will only me satisfied when this job on the theory of evolution is finished.Kleinman said:Why Paul, it’s you who is kicking and screaming. Your computer with 1gig of memory will do the 2meg population case but none larger for the 1k genome length. I doubt it will resolve the population issue. I think it will take a super computer with at least 1000gig, perhaps more of memory before this issue will be resolve to your satisfaction.Paul said:The issue is resolved to my satisfaction. It appears that you are one who is dissatisfied.
Paul, I have not move this goal post either, from the very beginning of out discussions, as Delphi said, “poof” Goddidit. I’m sure evolutionarians can come up with some other story; you just won’t have a mathematical explanation of how it happened.Kleinman said:Paul, your designer that “pokes a genome every now and again to make things wander in a particular direction” is really, really slow, ev shows this.Paul said:So you're saying the designer set things up from the beginning? In that case, something preplanned but extraordinary must have happened at some point in the past to make things go quickly. Surely we can find evidence of this event in the genomes of extant organisms? Surely we can come up with hypotheses to explain why there would be a sudden spurt of evolution that would then ease up again?
Yes, you lack an attention span of more than one sound bite.Soapy Sam said:People, life is too short to read 19 pages of this.
As I understand, someone wrote a computer program to model evolution and the results are open to interpretation.
Did I miss anything?
Paul, feel free to join the sloppy use of language club.Kleinman said:Joobz, you are sloppy in your usage in the term “self-replicating molecules”. There are no self replicating molecules in your body. There is no DNA in your body that self replicates; there are no proteins in your body that self replicates. There are no molecules in your body that self replicate.Paul said:The folks working on self-replicating RNA vaccines are going to be unhappy to hear this.
I don’t need friends who look at everything as an opportunity to make money.Kleinman said:You are the one who opened your mouth first about this. Get your own signatures for your own marketing plan. Do you expect me to do your work?kjkent1 said:If this is an example of how you make friends and influence people, you're gonna have a bitter and lonely existence.