We’re hard at work in the lab developing proprietary microbes and enzymes to address major global health and sustainability challenges.
Pipeline of product opportunities
Biologically produced L-methionine
We have created bacterial strains for production of L-methionine that is widely used in poultry and swine feed.
Currently all methionine is produced using chemical synthesis, which is toxic, resource intensive and expensive.
We have a solution to this: biologically produced L-methionine.
Function Generator™ is broadly applicable and will enable improvements in numerous microbial species used across multiple industries.
Primordial Genetics is creating bacterial strains for production of L-methionine, an essential amino acid that is widely used in poultry and swine feed. All methionine is currently produced chemically, and its cost-competitive biological production is an unsolved problem. We are using our Function Generator™ platform technology to uncover novel genetic mechanisms contributing to the efficiency of methionine.
Primordial Genetics is developing improved bacterial and yeast strains for commercial protein production as well as protein expression for R&D purposes, including:
Solubility: expression of proteins in soluble form that are otherwise insoluble
Expanded use of E. coli for expression of ‘recalcitrant’ proteins that don’t express well in bacterial hosts and that currently require more expensive production hosts
Efficient protein secretion
Immunoglobulin expression in E. coli including monoclonal antibodies: we are developing multiple traits in E. coli that when combined will allow efficient antibody discovery and production in a bacterial system
Function Generator enables the discovery of novel, active proteins such as new therapeutics, enzymes with improved activity or trait genes for microbes and plants
Primordial Genetics is negotiating collaborations and partnerships with companies in this space to produce tolerance phenotypes for toxic products and productivity increases in biological production systems
Function Generator can spur the development of advanced traits for use in transgenic crop plants, including:
Photosynthetic efficiency and productivity