Quote from gastropod:
LOL - no, I agree a "simple" protein is VERY complex - hence the use of supercomputers!
Labor intensive - lol - it can't be done! Even from your example of the mixing of the amino acids...how many enzymes are they using when they synthesize amino acids on the industrial scale? Where do they get the enzymes? Some amino acid production uses fermentation...ah ah...try that without using something that already has DNA ;-)
-g
Yes, those methods speed up the production process. Also, I believe you're getting at abiotic creation of DNA, which didn't quite take the course you're suggesting when arriving at abiogenesis. First of all, and this has already been proven through research, the essential amino acids for DNA synthesis were created through high energy events, which led to polymerization, and eventually the DNA precursor: RNA. From there it's theorized that the RNA served as both a catalyst and template for further replication, eventually leading to living organisms/DNA. So to attempt to just simply construct DNA from scratch (which they can) would be pointless to the study of abiogenesis (which is what you're debating). Put quite simply, you're arguing "God of the gaps", which you'll find will get smaller and smaller in time.
) is random forces, time and materials (atoms of elements) changes DNA and somehow make the DNA molecule into something that is more orderly in outcome..evolution from single cell to say an elephant...I say no way. It breaks entropy. Things as we know them go from order to chaos and not from chaos to order...unless there is "intervention"...especially on the molecular scale.