3 ms·
> 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 atta
by interfixus 6y ago
> 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.
- WClayFerguson 6y agoThat'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.