Oxford nanopore sequencing. If a few problems can be figured out (mainly around machine learning and protein design), then it will beat every other biological detection, diagnosis, and sequencing method by a massive amount (no 10x, but more like 100x-1000x) It's hard to explain how big nanopore sequencing is if a few (hard) kinks can be figured out. Basically, it has the potential to completely democratize DNA sequen…
Can this be used to make faster corona virus tests ? If so maybe this is the time to Manhattan project this technology.
To give you a sense, you can buy one for 1k and do as much detection as a 64k device, and it’s small enough to fit in a backpack. One device should be able to do 500-1000 tests per 24hrs at a cost of about $10 per test, not including labor.