Technology
Modern tools to improve efficiency and yield of in vitro protein production systems. Applications range from recombinant protein synthesis in cell-based and cell-free production systems to cell-dependent antigen and virus manufacturing for the vaccine industry.
Do you need to increase the yield of your protein or virus production system?
We exploit a proprietary technology able to increase protein translation in Eukaryotic systems, making in vitro protein production more efficient
We exploit a proprietary technology able to increase protein translation in Eukaryotic systems, making in vitro protein production more efficient
Products & Services
Therapeutics: from benchtop to bioreactor
Improve yield of virus and recombinant protein production by enhancing natural protein production mechanisms.
Therapeutics: from benchtop to bioreactor
Improve yield of virus and recombinant protein production by enhancing natural protein production mechanisms.
Cell-free protein synthesis kits
Manufactured with our proprietary technology to improve yield of CHO- and HeLa-based cell-free protein expression systems.
Cell-free protein synthesis kits
Manufactured with our proprietary technology to improve yield of CHO- and HeLa-based cell-free protein expression systems.
Customized projects for your research and business
Would you like to increase protein synthesis in your eukaryotic R&D and industrial processes?
Customized projects for your research and business
Would you like to increase protein synthesis in your eukaryotic R&D and industrial processes?
Technology advantages
Exclusivity
Patented technology for unique results
Quick Implementation
From POC to Industry in simple steps
Cost Reduction
More efficient processes reduce production cost and time
Flexible
Able to be implemented in most eukaryotic systems
Environmentally Friendly
Higher yield, lower waste
Team
Emma McCullagh
CEO
Board of Directors
Gonzalo Fuenzalida
Sebastián Bernales
Benjamin Quiroga
Taking protein production to their limits
Taking protein production to their limits
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