Enzyme engineering
De-risk and accelerate your enzyme engineering with AI. Create superior enzyme performance with FTO
- The Future of Enzyme Design
Holistic data-driven enzyme engineering with AI
From data to design: Unlock the full potential of your enzymes faster, smarter, and more efficiently.
Better enzymes. Fewer rounds. Less cost.
"I wish we had used Aminoverse's platform 4 years ago who knows where our enzyme performance would be now."
Traditional methods explore less than 10% of an enzyme's sequence space. Our AI-driven approach covers all of it combining wet lab data with machine learning to find the best mutations faster and with less risk.
From hotspot to heatmap
We predict the effect of every point mutation across your enzyme sequence requiring 80% less screening capacity. The result: a full fitness landscape showing what improves, what tolerates change, and what breaks function.
Recombine for peak performance
Finding the best single mutations is only half the job. We predict which combinations will fold correctly and perform optimally safely recombining top mutations to build a superior enzyme without the guesswork.
- our services
The one-stop shop to deliver all your enzyme needs
- Your Challenges
Solutions tailored to your role
Select your persona and explore the key challenges we solve — each backed by real case studies and linked to our products & services.
Chemist — Drug Discovery
Accelerating Hit-to-Lead with Enzymatic Synthesis
A pharma team reduced their synthesis cycle from 12 weeks to 3 by leveraging our enzyme library for chiral resolution. The biocatalytic approach eliminated toxic metal catalysts and improved stereoselectivity to >99% ee, enabling faster progression of drug candidates into preclinical studies.
Chemist — Process Chemistry
Greener Routes Through Biocatalysis
By replacing a 5-step chemical synthesis with a 2-step enzymatic cascade, a process chemistry group achieved 40% cost reduction and eliminated hazardous reagents. Our engineered transaminases provided the selectivity needed for a key intermediate at multi-kilogram scale.
Chemist — Production at Scale
From Bench to Ton-Scale Manufacturing
Scaling enzymatic reactions from milligrams to metric tons requires robust, production-grade biocatalysts. Our immobilized enzyme technology enabled a client to run continuous-flow production for 6 months without catalyst replacement, achieving consistent >95% conversion.
AI is the solution
Aminoverse's AI platform is the answer to a decade-long struggle: Having engineered enzymes for years, it always bugged me how little knowledge was actually generated and how limited the enzyme's performance were. Unsurprisingly, many enzyme development projects landed in dead ends. We finally change that!