Bringing Culture Media Formulation into the Modern Age
Cell performance depends on the nutrient profile of growth media. Instead of relying on recipes that have been around since the beginning, we combine advanced computing innovations with comprehensive genetic profiles to take the guesswork out of media optimization. Our platform finds a better performing nutrient profile in less time.
Matching nutrient substrates to metabolic and genetic 'fingerprints'.
The technology is applicable to any cell, tissue, or organism type, and culture/bio-manufacturing setting. The platform can also be customized to optimize key metrics of interest (growth/cell proliferation, viability, protein production/titer, etc.). Our partners span biologics production, precision fermentation, tissue culture, and precision medicine. Ask to see our supporting data for cell proliferation and gene-expression/protein production across mammalian cells and microbes. We regularly achieve multiple fold changes in titer for both cell density and protein production and reduce costs by 70-90%.
In addition, we teach our partners how to formulate and optimize in order to eliminate supplier dependence and enable greater scaling and profitability.
Enable
Facilitate a broad range of complex biologics and innovative research
1
Increase feasibility
Increase the probability of successfully developing cell-based products
2
Accelerate
Accelerate product dev/R&D cycle
3
Increase your bottom line
Drastically improve process yield and lower costs throughout the value chain
4
Increase ROI
Increase ROI for cell-based products
5
Stake new IP
Our formulations/platform can be harnessed as novel bio-manufacturing IP around your cell-based product
6
How do we do it?
The optimal nutrient profile for each bacterial strain and mammalian cell type is written in its DNA, or more specifically RNA. We use advanced bioinformatics and AI tools to evaluate the entire transcriptome for a prioritized map of macro- and micro-nutrients that push cells past mere survival to optimized performance.
Why do we use genomics?
Until now, media formulation has required long lead times relying on deep experience that is equal parts art and science. By harnessing the genetic profile of cells, our platform takes the guesswork out of media design for quicker and more robust formulations.
Cellular Agriculture
Biologics
Cell Therapy
Gene Therapy
Precision Fermentation
Stem cell applications
Cellular Agriculture
Biologics
Cell Therapy
Gene Therapy
Precision Fermentation
Stem cell Applications
Unlock your biological potential
Biohack your cell's natural metabolism and the power of biocomputing to create healthier, higher producing, and higher yielding organic systems.
