[1] https://www.youtube.com/watch?v=BhFNiPsVRoM
[2] https://fiji.sc/
Now I'm in a fly lab and no one's really figured a good way to freeze a fly stock down for long-term storage. So we're left to just accept some degree of background mutation and generally assume that it's not impacting our experiments too much...
I am wondering if the plasmids the researchers here tested simply weren't sequenced. This wouldn't explain all classes of errors (like toxic protein production), but it may explain some. When you order from AddGene, they provide both the depositor's sequence results, if available, and their own results. The paper doesn't mention AddGene specifically; I'm curious how their plasmids compare to the ones tested.
Regarding toxic proteins: It seems like that would be a straightforward software addition to pass sequencing results through.
I imagine this doesn't look impressive to anyone unfamiliar with the scene, but this was absolutely impossible with any of the older models. Though, I still want to know if it reliabily does this--so many other things are left to chance, if I need to also hit a one-in-ten chance of the composition being right, it still might not be very useful.
Imagine an El Camino or even an AMC Eagle with this contraption in the bed, how much cooler that would look? But really, how could you not use a Delorean as the base for this project??
I think it is much worse to create a special case that obscures the actual formatter being run and how it is being run (is ruff now preinstalled, or is it downloaded and cached in the same way as other tools?)