A map of behavior
Every cellular function corresponds to a region in a vast design space. We chart it, so behavior becomes something you can specify rather than stumble upon.
What we do
Biology already computes. We give it a specification.
Cells sense, decide, and act through networks of interacting proteins. Morphwright treats those networks as designable systems — mapping the behaviors they can produce and synthesizing the circuits that reach a target on purpose.
How we work
First-principles circuits
We compose protein circuits from mechanism, not trial and error — reasoning from the chemistry up to the function it should produce.
Verified in silico
Every candidate is built, simulated, and phenotyped before it reaches the bench, so the designs we pursue are the ones that should work.
The science
A design map for cellular behavior.
Our work starts from a simple claim: the space of behaviors a protein circuit can produce is finite, structured, and navigable. Read how we chart it.
Build life that behaves.
We are a small team of scientists and engineers. If the design layer for living systems is the problem you want to work on, we should talk.