Research
Why executable biology needs a composable runtime
Biological models become more useful when their inputs, outputs, timing, and provenance form an explicit contract that other models can depend on.
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Biology becomes more useful when it can run.
Research, methods, and ideas for composing biology as code, from runnable models to reproducible, multi-scale experiments.
Research
Why executable biology needs a composable runtime
Biological models become more useful when their inputs, outputs, timing, and provenance form an explicit contract that other models can depend on.
Read articleFresh from the lab
Latest
Technical deep dives, practical workflows, and notes from the team building Biosimulant.
Tutorials
From Boltz to DiffDock to SBML: designing a composable workflow
A practical pattern for turning structure prediction, docking, and pathway dynamics into an inspectable lab without hiding the seams between models.
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Product
Why we are building biology as code
Biosimulant is an attempt to make biological computation portable, inspectable, and composable without forcing every model into one standard.
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