Why AI Is Biotech’s Missing Piece
One can only imagine how incredibly complex the work of a bioscientist is.
Synthetic biology involves taking apart biology at the foundational levels like genes and cell parts, then reassembling them into novel living systems.
Discovering the right strain of microorganisms or enzymes takes years. So does bioengineering them to behave in ways we want them to.
Countless tests and retests are run to stabilize results and ensure they are always high-performing and repeatable.
Lots of data. Laborious. Detail-oriented work.
Our goal is to make hard-to-farm ingredients sustainable, affordable and mass-producible.
Imagine what AI can do for us.
Actually, you don’t need to imagine.
We have the results.
See ResultsSynthetic biology involves taking apart biology at the foundational levels like genes and cell parts, then reassembling them into novel living systems.
Discovering the right strain of microorganisms or enzymes takes years. So does bioengineering them to behave in ways we want them to.
Countless tests and retests are run to stabilize results and ensure they are always high-performing and repeatable.
Lots of data. Laborious. Detail-oriented work.
Our goal is to make hard-to-farm ingredients sustainable, affordable and mass-producible.
Imagine what AI can do for us.
Actually, you don’t need to imagine.
We have the results.