Next-Gen Enzyme Engineering
De-risk and accelerate your enzyme development with our unique blend of wet lab, biophysics and AI to 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 between ago - who knows where our enzyme performance would be now."
Traditional methods explore less than 5% of an enzyme's sequence space. Aminoverse's data-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, especially in multi-parameter optimizations.
Dedicated assay development
Every project stands and falls with the right assays. We ensure high quality data at the required specificty, and tune enzyme variant generation to the available through-put (and vice versa) from tends to thousands across multiple assay tiers.
Recombine for peak performance
Finding the best single mutations is only half the job. We predict which combinations will fold correctly and preserve enzyme function to create superior enzymes that tick all your boxes.
- CASE STUDIES
Proven Results with Enzyme Innovation
NEW PRODUCT CATEGORY
How to make an enzyme usable in the human gastrointestinal tract?
Next-generation nutraceuticals are on the rise, and opportunities to use enzymes supporting human health are expanding rapidly. The common hurdle is that the human gastrointestinal tract is not particularly enzyme-friendly, making...
MAXIMIZED PRODUCT YIELD
Boost yields, yet strain grows too slow?
In biofuel strain engineering, increasing gene copy number is often used to boost pathway flux and improve product titers. In theory, higher enzyme abundance increases conversion efficiency. In practice, overexpression can impose metabolic burden thus slowing growth and reducing overall space-time-yield...
SUPERIOR PERFORMANCE
My enzyme needs higher thermostability to beat all competitors’ products in the market
You are almost there: your candidate enzyme is highly active and performs well in development, but its thermostability still falls short of market requirements. In feed applications, insufficient thermal tolerance during processing can directly impact product performance, process robustness...
- EXPLORE OUR SERVICES
The one-stop shop to deliver all your enzyme needs
The right balance is the key
AI-only approaches are as bad as traditional wet lab heavy screening campaigns. Aminoverse's enzyme development campaigns optimize effort and budget allocated to wet lab, computational and machine learning tasks to maximize success chances over financial risk.
Curious to learn more about our approach? Have a chat with David.