you clearly missed the evidence in my first post.
natural selection can not remove all bad mutations in a population.
- What makes a mutation bad in the first place?
they will slowly build up. the mutation is only naturally selected if it is expressed.
"Slowly build up?" If they cause no harm in the first place, the mutation is neutral, not bad.
Secondly, not every member of a species will have this "bad" mutation. Only a portion of the population will. others will have different mutations.
Example: Mutations in a population (simplified)
1
2
3
4
5
6
7
8
9
One year, the mutation "7" will be proven to be bad, and all the 7s are wiped out.
However, the mutation "6" will thrive. Until the next disaster, in which "8" will thrive and "6" becomes less common. However, not all bad events wipe out all instances of these mutations.
They are not "slowly building up" until every animal specimen of that species has a catastrophic failure due to too much mutation. The bad genes will be selected out.
Meanwhile, new numbers form, due to.... mutation. Look, replacements!
if they are not, a species goes extinct due to a natural event like a plague, a famine, or simply being unable to mate and thrive without over-predation.
It has happened before, but other species fill in the gaps and evolve and adapt and there is still life, just different life.
all "good" mutations cause a reduction of functionality in the genome
No, they don't. You have to show evidence, reasoning, etc for such an absurd assertion, and you've failed to do so.
Not for "all good mutations" and not for "reduction of functionality in the genome".
You've offered selective examples of a change being somewhat beneficial, somewhat harmful. But that doesn't apply to all, and it doesn't show that everyone in that genome is affected.
Basically, your entire argument is hogwash, in so many words. It's baseless and riddled with holes.
Now, KINDLY respond to MY posts for a change.