Enzyme Engineering
Enzyme Engineering
Enzyme Engineering
Design, test, and iterate on your target sequence, optimizing for multiple properties
Design, test, and iterate on your target sequence, optimizing for multiple properties
Optimize
Improve thermostability, activity, and solubility
Test tens of thousands of variants in parallel through multiple rounds of evolution
Integrate experimental results into each round of machine learning, fine-tuning our AI for higher scoring in your property of interest
Optimize
Improve thermostability, activity, and solubility
Test tens of thousands of variants in parallel through multiple rounds of evolution
Integrate experimental results into each round of machine learning, fine-tuning our AI for higher scoring in your property of interest
Optimize
Improve thermostability, activity, and solubility
Test tens of thousands of variants in parallel through multiple rounds of evolution
Integrate experimental results into each round of machine learning, fine-tuning our AI for higher scoring in your property of interest
Design
Enzymes targeted to your substrate
Scaffold an existing motif or diversify the sequence/structure of an existing binder
Generate de-novo protein structures targeted to your substrate
Optimize for kcat/km/binding affinity to a substrate
Generate sequences given Enzyme Commission annotations or starting sequences
Design
Build effortless. Customize superfast.
Scaffold an existing motif or diversify the sequence/structure of an existing binder
Generate de-novo protein structures targeted to your substrate
Optimize for kcat/km/binding affinity to a substrate
Generate sequences given Enzyme Commission annotations or starting sequences
Design
Enzymes targeted to your substrate
Scaffold an existing motif or diversify the sequence/structure of an existing binder
Generate de-novo protein structures targeted to your substrate
Optimize for kcat/km/binding affinity to a substrate
Generate sequences given Enzyme Commission annotations or starting sequences
Molecular Dynamics
Apply physics-based methods for free energy calculations
Run molecular dynamics simulations to evaluate protein-ligand complex dynamic trajectories
Perform large scale protein-ligand docking
Predict system stability over time
Molecular Dynamics
Apply physics-based methods for free energy calculations
Run molecular dynamics simulations to evaluate protein-ligand complex dynamic trajectories
Perform large scale protein-ligand docking
Predict system stability over time
Molecular Dynamics
Apply physics-based methods for free energy calculations
Run molecular dynamics simulations to evaluate protein-ligand complex dynamic trajectories
Perform large scale protein-ligand docking
Predict system stability over time
Structural modeling
Large scale structure prediction of proteins and protein-ligand complexes
Build a structure for your enzyme, incorporating templates
Model protein-ligand complexes given a sequence and ligands/cofactors
Structural modeling
Large scale structure prediction of proteins and protein-ligand complexes
Build a structure for your enzyme, incorporating templates
Model protein-ligand complexes given a sequence and ligands/cofactors
Structural modeling
Large scale structure prediction of proteins and protein-ligand complexes
Build a structure for your enzyme, incorporating templates
Model protein-ligand complexes given a sequence and ligands/cofactors