thinking about how to communicate it in a clear way. “the control knobs of what actually makes us different from one another” — you don’t expect one of your kids to be quadripedal. otoh this doesn’t really capture the precise notion either.
and soon from space? radio engineering breakdown of starlink radar capabilities, it’s a pretty impressive bird if you were designing it only for that: https://youtu.be/jbp3kdJZ1_A
there’s youtubers that have videos about doing this in a home wetlab. very achievable. some amateur soil biologists using this to try and sample microdiversity as the planet… humanifies.
Ex-Nanopore employee here. One interesting thing we heard about internally was that OceanX[0] has one of our GridION[1] devices (slightly larger, and built-in compute) that they were using to track whales in the ocean by sequencing DNA found in seawater. Really cool.
I have a mol bio home lab, and decided against it because while the devices themselves are reasonably priced, the flow cells are an expensive disposable.
I use Plasmidsaurus instead: Pay them $15/sample online, drop off the tubes in a styrophoam box labeled with a dinosaur in a nearby university building; get the results next morning. They use Oxford Nanopore, but are loading your sample along with many other samples to maximize flow cell use.
not suprised. the website seemed to indicate to me (a layman in this area) that it expired based on time, not use- so Seqiencing As A Service (ha!) makes financial sense for most people.
i think of them as tiers of expertise— need to master the basics of structure and form before the robot has the learned representations to competently model user interactions with more fluid instantiations (by downprojecting into the overlearned fixed-semantics)
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