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Re:Time-lapse of a single cell transforming into a salamande... by interfixus on Monday January 25, 2021 @11:23PM (#25912521)
> Let's say you need a short segment of DNA to randomly pop into existence

But do you? If elements A and B tend to form compound A-B, and compound A-B can attach a further set of A and B, forming B-A-B-A which under certain circumstances will split into A-B and A-B, you have basic reproduction, and perhaps the occasional presence of element C will expedite the process. Game of life. In my [very] layman's view of the world, given a billion years or two, some such infinitely simple process should be enough to get the ball rolling, as long as it can somehow produce an ever so slightly errorprone copy.

Re:Time-lapse of a single cell transforming into a salamande... by WClayFerguson on Monday January 25, 2021 @11:57PM (#25912718)
That's right. Once you have a replicating strand that's modular (linearly able to glue end-to-end) it can also recombine randomly with other completely different replicators to see if the "offspring" can replicate. We know for a fact major sections of DNA are shared among lots of different organisms, so we know this did happen a lot during evolution.