Skjellyfetti wrote:SeattleGriz wrote:Functional DNA, large gaps in the fossil record without graduation and convergent evolution all support an intelligent agent.
Scientifically? How?

I don't have time for all three, but can talk about functional DNA now. If you want, I will explain the others later, but not tonight - getting ready for bed.
So, if we are the culmination of thousands of years of evolution, our DNA should have tons of errors and tons of genes that are no longer functional. Our DNA would collect a ton of "junk DNA" and would serve no purpose. I would also like to add that evolutionists have been using the term "junk DNA" as a pejorative term. It was supposed to be a slap in the face for those who didn't believe in evolution. Many said, your God is so stupid, for there is no way He would put so much Junk in the DNA.
Junk DNA is all the DNA that is not functional - pretty much just sits there and doesn't do a whole lot.
Well, everyday they are finding new functions for this junk DNA, and if you read my link about Moran and his tantrum, it is about how he didn't like the new findings saying something like 80% was functional. He stated that they have the definition of functional wrong.
It is a huge pissing match and I personally feel many are holding onto a very narrow definition of functional. If you find junk DNA that has a role in certain diseases, wouldn't you consider that as having a function? Much of the "junk DNA's" job is not to be "functional" in the traditional way, but to
help regulate where, when and how genes are expressed. Bolded be cause I took that quote from the following article.
This article states only 8% of our DNA is useful and the other 92% is crap.
http://www.theguardian.com/science/2014 ... al-baggage" onclick="window.open(this.href);return false;
The above statements are a far cry from the ENCODE project (link below) - remember, different definitions of "functional":
http://en.wikipedia.org/wiki/ENCODE" onclick="window.open(this.href);return false;
The vast majority (80.4%) of the human genome participates in at least one biochemical RNA and/or chromatin associated event in at least one cell type. Much of the genome lies close to a regulatory event: 95% of the genome lies within 8kb of a DNA-protein interaction (as assayed by bound ChIP-seq motifs or DNaseI footprints), and 99% is within 1.7kb of at least one of the biochemical events measured by ENCODE.