Real-World Applications of
AI for Synthetic Biology
See how Avitai Bio's virtual cell models and open-source tools solve critical challenges across synthetic biology, from molecular design to production scale.
AI-Powered Strain Design
Engineer microbial strains for biomanufacturing with AI-guided optimization. Reduce strain development cycles from years to weeks by predicting genetic modifications that maximize yield, titer, and productivity.
AI Protein Engineering
Design novel proteins with desired functional properties using foundation models that understand sequence-structure-function relationships. Accelerate directed evolution with in silico screening.
Metabolic Pathway Design
Optimize metabolic pathways for chemical production with AI that models enzyme kinetics, thermodynamic constraints, and flux distributions to maximize pathway efficiency.
AI-Accelerated Drug Discovery
Accelerate biologic drug development with models that predict protein folding, binding affinity, and immunogenicity. Design therapeutic proteins with optimized efficacy and safety profiles.
Industrial Biotechnology
Scale bioproduction from lab to factory with AI-driven bioprocess optimization. Predict fermentation dynamics, optimize media composition, and reduce scale-up failures.
Ready to Accelerate Your Research?
See how Avitai Bio's foundation models can transform your synthetic biology workflows.