The J. Craig Venter Institute’s genetic reworking of an organism made for big news last week, and at the time, we quoted Oxford University ethicist Julian Savulescu, who linked the breakthrough to evolution. This week, a LiveScience examination of the news connects the research to evolution more vigorously. Specifically, the research may help evolutionists overcome a key problem, as explained in a revealing comment by New York University biologist David Fitch:
“You’re essentially bringing a fossil back to life.”
“People are really pretty much stuck about what actually happened on our planet to make new life forms. There have been lots of experiments that propose different ways new living systems could have arisen, and maybe some of these issues could be addressed by synthesizing new genomes with very simple kinds of pathway structures.”
Venter’s synthetic organisms could come as part of a technical solution, according to Fitch, by custom-designing bacteria to study specific evolutionary transitions, among other things. The LiveScience article also quotes University of Chicago molecular biologist Martin Kreitman, who suggested recreating “evolutionary intermediates” based on genetic reconstructions from modern organisms. “You’re essentially bringing a fossil back to life,” he said.
Apparently Craig Venter, the scientist who spearheaded the effort to create the synthetic cell, is in agreement on the issue: “I think it’ll be interesting as the people working on origins of life, people trying to understand these minimal early possible precursors to life as those programs proceed in one direction, and we proceed from the other . . . we might be able to meet somewhere in the middle and have some exciting new tools.”
But as we stressed last week, the creation of synthetic life did not bypass the need for intelligent design—in this case, by scientists from Venter’s team—who inserted and managed the information in the new cell (using a pre-existing yeast cell!). And any use of synthetic organisms to study evolution will still have to face up to the fact that Darwinian evolution cannot explain the origin of genetic information for the first living reproducing cell or the massive increases in genetic information required to explain life’s complexity and diversity from that first cell.
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