You already realized why reading DNA in virto [sic] immediately is kind of pointless, because you still can't immediately make it.
Current DNA logic gates can already do sequence recognition as sensors in vivo but also provide flexible signals.
Also, there are already standardized part registries out there, like BioBricks.
And lastly, a YC for biotech wouldn't work because of the time frame, but even more so because of regulations. Anyone can build a device or drug, but it's all proof of concept until you put it in a lab or clinical study.
Oops, also that there are a bunch of academic bioCAD programs. Tinkercell is one that does extensive simulations.
Current DNA logic gates can already do sequence recognition as sensors in vivo but also provide flexible signals.
Also, there are already standardized part registries out there, like BioBricks.
And lastly, a YC for biotech wouldn't work because of the time frame, but even more so because of regulations. Anyone can build a device or drug, but it's all proof of concept until you put it in a lab or clinical study.
Oops, also that there are a bunch of academic bioCAD programs. Tinkercell is one that does extensive simulations.
Boom. Roasted.