Enzyme production
Custom enzyme production up to gram scale. 3 microbial hosts: E. coli, B. subtilis and P. pastoris
- workflow
Custom enzyme production & development from µg to gram Scale
Aminoverse empowers your enzyme projects with high-yield production, cutting-edge microbial platforms, and tailored solutions for every stage of your workflow.
Our enzyme production capabilities
We produce enzymes from microgram to gram scale in-house, and up to kg scale via our CDMO partner network. Delivered frozen, liquid, or lyophilized — with full QC before shipment.
Three microbial hosts for optimized enzyme expression
Choosing the right host is critical for enzyme performance. We offer tailored production in:
Escherichia coli (E. coli)
- 77 UPOs – free of 3rd party IP
Bacillus subtilis (B. subtilis)
- efficient secretion, great for proteases
- Ideal for naturally secreted enzymes like proteases.
Pichia pastoris (Komagataella pastoris)
- Eukaryotic host with natural post-translational modifications.
- High yields and enhanced enzyme activity.
Optimized production from start to finish
We design production protocols with precision:
- Upstream: Optimized strain, promoter, signal peptide, codon usage, induction time, and media composition.
- Downstream: Chromatography, filtration, centrifugation, dialysis, and quality control.
Our in-house quality control ensures purity and enzyme activity before shipment.
- our services
The one-stop shop to deliver all your enzyme needs
- Case Studies
Proven Results with Enzyme Innovation
Reliable Enzyme Manufacturing at Scale
Optimized processes ensured stable enzyme production for commercial applications.
From Laboratory Enzymes to Production
Efficient production methods enabled gram to kilogram enzyme supply.
Scaling Enzyme Production for Industry
Production scale-up delivered reliable enzyme supply for manufacturing processes.
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!