real life wrote:Didn't say it all happened in one generation.
This is a strawman that you continually throw out there.
Yes, you did. You said evolution necessitates that fact. Yet evolution does not state that. You made a strawman, ros refuted that strawman, and then you claim that ros is throwing out a strawman?
He's attacking a strawman, the one you came up with.
real life wrote:How do you know that the development of resistance to this flu is not a result of genetic information that was ALREADY present instead of a mutation/change in genetic information?
We can always check the genes of their family, RL. If the specific mutation isn't there, guess what? That means they've got a new mutation that gives them resistance to flu.
Of course, I'm assuming in your example that you're referring to a mutation that prevents the Influenza Virus from binding to its target cells, and not a mutation that gives rise to different antibodies.
The latter is not an example of evolution, because the latter cannot be passed on to the next generation. Furthermore, the latter occurs pretty much all the time.
Quote:Most scientists, even evolutionists, will readily admit that the function of 95% of the genome is unknown.
How can you confidently assert that the genetic information for this was not already present, and thus HAD to be evolution?
We do not know the function of 95% of the genome. That does not mean we do not know what 95% of the genome looks like. We completed the human genome project. If you want to read the genetic code, you can go to the Sanger Institute's website.
Let's say you sequenced the DNA of the new mutation, which might or might not have been "caused by evolution". How do you know it's a completely new gene? Simple.
You perform a simple search BLAST search. It's a program that allows you to find matches between your DNA sequence and a known DNA sequence. If there is no good match, that means the gene is new.