There is no such thing as a perfect state for a genome. Remain static and face eventual extinction in a changing environment you cannot change with; change and potentially produce genetic diseases, there is no means by which the genome can be perfect when it has to exist in an imperfect environment.
Additionally, mutation does not degrade our genome exclusively, although it is thanks to mutations that made certain genes not work which promoted our brain growth and allowed our skulls to be a shape that wouldn't impede it.
The rest of your initial statement is just flat out wrong; we have seen bacteria develop the ability to digest materials that are completely man-made and have existed for less than 200 years, that is something new. Have your genome looked at, you have 50-60 mutations your parents don't, some invariably will be additions, not just deletions. Most will have no impact at all. But we have observed it so much that you might as well be saying 2+2= sandwich and expect people to take you seriously.
-_- mutation, what are these "laws of impossibility" you speak of? BTW, Mendel had no idea about mutation, you cannot expect to understand modern science with out of date information. Mendel only dealt with pea plants for a certain number of generations, the absolute most simple means of observing how traits are inherited, not how they arise.
Negatory, you are reading one little piece and making your own conclusions.
I want a statement of an actual scientist saying that.
A perfect genome would have no mutations. What you mean to say is that genomes we observe today are not perfect after thousands of years of mutation and degradation of the genome.
Fischbeck, G., Röbbelen, G., Stutzer, D. 1987,
The objectives of practical plant breeding, to achieve new opportunities of a gradual and continuous amelioration of tried and tested breeding varieties could...not be realized.
And you ignore the selection limits reached in every actual breeding program - as if they never happened. Simply because you don't like the results real life obtained versus theoretical results.
Lundqvist, U. 1986, Svalöf 1886-1986, Research and Results in Plant Breeding
"Progress under artificial selection cannot go on forever, of course. As noted earlier, the population will eventually reach a selection limit, or plateau, after which it will no longer respond to selection. ...However, many experimental populations that have reached a selection limit readily respond to reverse selection.
In your evolutionary speak - that means the same varieties appeared over and over again - nothing new could further be produced - and could only be changed to what they were in earlier generations. De-evolution.
You ignore that science has all but given up on mutations in real world circumstances - plant and animal breeding. Because you don't want to have to consider facts, you just want theory. Your *science* is if the facts don't match theory, then the facts are wrong.