- Workflow
Our AI-driven enzyme discovery workflow
From intelligent sequence navigation to lab-ready enzyme panels, we combine AI, bioinformatics, and structural biology to deliver enzymes that perform.
AI powered screening
We use advanced algorithms to filter over 2 billion enzyme sequences scoring each candidate for predicted solubility and activity before anything goes near a lab.
Bioinformatics
Nature holds billions of undiscovered enzyme sequences. Our bioinformatics pipeline analyzes evolutionary relationships and mutational patterns to focus only on the enzyme families relevant to your reaction
Structural biology
Sequence alone doesn't tell the full story. We model enzyme structures in 3D to evaluate substrate compatibility, backbone fit, and potential inhibitors ensuring only the strongest candidates move forward.
Custom enzyme panel
Discovery is only complete when performance is proven in the lab. We deliver your shortlisted enzymes as ready-to-screen panels frozen lysate, lyophilized powder, or cryo-stocks shipped worldwide.
- our services
Benefit from our other services!
Enzyme profiling
Obtain enzyme performance data under ideal or application conditions
Enzyme engineering
De-risk and accelerate your enzyme engineering with AI
Enzyme libraries
Find promising enzymes for your target reaction with AI
Enzyme production
Custom enzyme production up to gram scale. 3 microbial hosts: E. coli, B. subtilis and P. pastoris
- Case Studies
Proven Results with Enzyme Innovation
Finding the Right Enzyme Much Faster
AI discovery platform identified promising enzymes for complex reactions.
Accelerating Early Stage Enzyme Discovery
Rapid enzyme screening delivered multiple candidates for development projects.
Discovering Enzymes for Industrial Innovation
Screening enzyme libraries revealed new catalysts for chemical applications.
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!