Whether you know it as Gene Editing, Strain Engineering, Directed Evolution, Synthetic Biology, or something else entirely, the era of Forward Engineering microbes for potentially unlimited applications has arrived.
The Onyx CRISPR-based benchtop genome engineering platform is here to accelerate your Forward Engineering workflows.
Learn more about Forward Engineering by watching this video.
Learn about the fundamental principles of Forward Engineering, including Diversity Generation and Combinatorial Optimization
View Part I of our two-part webinar to learn more about how to apply state-of-the-art approaches to mining genes, pathways, and genomes to uncover valuable diversity as the critical first step to rapid engineering of microorganisms.
With diversity generation complete and a rich set of individually beneficial mutations in hand, proceed to iterative cycles of combinatorial optimization to maximally harness the full power of Forward Engineering your microorganism.
Interested in seeing how Forward Engineering can accelerate your program? Learn more by browsing our sample applications below.
Want to learn how you can rapidly design new protein variants and improve heterologous protein production?
Does your production strain require robust performance even in the presence of unavoidable feedstock contaminants or unwanted process byproducts?
Have you ever seen a metabolic engineering project stall when the team ran out of engineering ideas or struggled to find pathway hits with classical mutagenesis?
Interested to know whether you can use the Onyx platform to engineer stress tolerance into your production strain?
Are you working on engineering enzymes to improve function or studying sequence-function relationships in heterologous proteins?
Do you want to engineer a strain to maximize production of a specific protein?
Want to learn more about the Onxy platform and what we’ve been up to? Check out our latest videos, webinars, and presentations and get answers to our FAQs on the Resource & Support page.
