By leveraging all the tools of biotechnology, including whole organism and gene-targeted engineering, we use nature to produce the things we need in cleaner, smarter, more sustainable ways.
Design complex, multigenic modifications via classical breeding and adaptive evolution to optimize and improve organism functionality.
Whole organism engineering includes using selective breeding and adaptive evolution techniques to optimize production and delivery of solutions requiring complex, multigenic modifications.
This rationally designed biological engineering approach generates fully non-GMO, clean label products and processes that are ideal for large, existing consumer markets including:
Combine whole organism and gene-targeted engineering to deliver highly optimized microbes with unique functionality unachievable through any other means.
Integrated design engineering combines whole organism and gene-targeted engineering to leverage the complementary strengths and capabilities of both techniques.
This unique, rationally designed biological engineering approach generates unparalleled solutions with precise functionality and robust performance that are ideal for large, existing markets including:
Rapidly prototype and proof-of-concept strain designs using gene editing and molecular biology tools to make precise genetic modifications.
Gene-targeted engineering includes using gene-editing and other molecular biology techniques to prototype strain functionally and/or deliver precision cross-organism functionality.
This rationally designed biological engineering approach generates precise genetically engineered prototypes and/or functional solutions that are ideal for large, existing markets including:
Industry and academia collaborate with us to design and deliver bio-based solutions for