quote:
edge:
On the other hand, since life did diversify by natural methods why couldn't it have originated by naturalistic processes?
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John Paul:
Baseless assertion. IF life originated via purely natural processes then why is it so hard for us to duplicate that feat in a lab, under ideal conditions? Why can't we duplicate the alleged great transformations in a lab via genetic engineering?
I see that the Creationist, unable to substantiate Creationism as a science, must now attempt to label evolution as a religion in a desperate bid to make the two seem to be equals.
"IF life originated via purely natural processes then why is it so hard for us to duplicate that feat in a lab, under ideal conditions?"
Because "ideal conditions" just happens to be an enormous number of "random" reactions (not "really" random of course because they follow the laws of chemistry) occuring over millions of years of time, an experimental setup not available to researchers. Alternatively we could try to build one, molecule by molecule, but that technology does not yet exist.
"Why can't we duplicate the alleged great transformations in a lab via genetic engineering"
Probably because the "great transformations" took millions of years of parallel mutations to come about. Genetic engineering technology is not advanced enough to manipulate that many genes in parallel. In fact, biochemists are still trying to figure out what gene codes for what protein and how protein folding is conveyed through genetics (hint: introns
may play a role). In fact, transfering a handful of genes to an organism across species is still a big achievement. The best we could do is what evolution does, modifying one gene at a time across thousands of generations. Also don't forget that what we do with genetic engineering is unnatural, often not necessarily moving towards greater fitness. And finally, there is no research funding to attempt a "Great Transformation". You might be interested to know that "great achievements" so far in genetic engineering consist of bacteria that eat oil, bacteria that produce insulin, and an organism that grows on strawberries to protect them from frost. Genetic technology is not even advanced enough to move much faster than microevolution, yet you expect a
macro - like feat? Have some patience. You want to build a supercomputer out of an abacus.