LOki
The Yaweh of Mischief
- Mar 26, 2006
- 4,084
- 359
- 85
Your assertion natural selection allows beneficial mutations to exist in the gene pool while eliminating harmful mutations but like I said earlier why if that is true scientists can point to more genetic disorders then benefits from mutations ?
If that is the case why are these harmful mutations not effecting the whole human gene pool ? You can't point to any beneficial mutation that has spread through the whole human population and that is what you need for evolution why is this so difficult for you to grasp ?
You can't even point to a mutant gene that has spread through the whole population whether it was a benefit or harmful to the population.
Your assertions here demonstrate a fundamental lack of understanding regarding the basic concept of mutations as they relate to the theory of evolution.
Nowhere does any widely accepted theory of evolution contradict the fact that most genetic mutations are harmful to the individual organism displaying said mutation. However, if that mutation makes it harder for that organism to survive, that organism likely dies off.
When a mutation is beneficial, however, that individual organism excells at survival. When it reproduces, it sometimes produces offspring with some variation of that same beneficial mutation. They excell and reproduce, so on and so forth, until that beneficial property is prevalent enough that those without it have a harder and harder time competing for the same resources.
Nowhere does any respected evolutionary theory speculate that a mutation spreads swiftly through an entire species. I don't think anybody with a half a brain and an ounce of knowledge on the subject believes that the same mutation is going to be widespread in one or two generations. . . genes are passed on via reproduction.
I gather that you're getting this a lot, but you can't disprove an argument you don't even understand. Keep at it, tho. Good times.
Here ya go but I suggest you getting his book.
Lee Spetner/Edward Max Dialogue
Dr. Lee Spetner
continuing an exchange with Dr. Edward E. Max
© 2001 L.M. Spetner. All Rights Reserved.
--ANOTHER RETARDED COPY/PAST VOMIT PILE SNIPPED--
Dr. Lee Spetner's continued exchange with Dr. Edward E. Max
"So to summarize, although Spetner's arguments are superficially plausible, a deeper look with some knowledge of biochemistry shows massive flaws. Spetner is wrong in the details of the biology, ligand specificity is not directly governed by binding string length as required by Spetner's theory, and ligand binding is not an "all or nothing affair". This invalidates his analyses. Even then, Spetner's own examples do not support his claims. Furthermore, when using his metrics Spetner swaps metrics when one shows inconvenient changes." LINK