Plant Cell Culture
Pillar 1
We culture cell lines under controlled conditions to reduce agricultural variability.
Technology platform
Three Pillars of Biological Design
Embedded Systems
Technologies that can be used independently or in synergy, depending on your development
Fermentation
Pillar 2
We transform matrices using selected strains to optimize bioavailability and functionality.
Upcycling
Pillar 3
We work with your team to build or adapt biotechnology assets.
We design industrial ingredients by incorporating our core principles
Cell culture
It provides biological control and the ability to develop more stable and traceable plant systems
Fermentation
It facilitates biotransformation and functional improvement in various plant matrices
Integrated Design
The higher the concentration of active ingredients, the lower the costs.
Upcycling
It provides access to strategic biomass, a narrative of material efficiency, and new sources of bioactive compounds
We bridge the gap between biotechnology and industrial-scale production
We facilitate the transition from the lab to evaluation. We clearly organize the information so you know what’s ready and what requires collaborative work, speeding up your validation process.
Step-by-Step Process
Industrial Scaling
We approach the production transition through five technical phases: development, testing, validation, adjustment, and technology transfer.
Early Design
Mapping of Critical Parameters
We identify the key variables in the laboratory and define initial analytical criteria, laying a solid foundation to facilitate your future transition to production.
Technical Collaboration
Co-developmentmodels fortailored innovation
More than just a laboratory service, we offer a structured process—from the technical intake and feasibility assessment to prototype design and scaling projections for proprietary assets.
