Delphi Genetics' Solution


Several alternative strategies have been developed to minimize the risk that plasmid-free cells overtake the culture. One of the most promising of those strategies relies on the use of postsegretional killing genes (so called poison / antidote genes or selection modules) that induce host killing upon plasmid loss. Delphi Genetics has designed a novel and highly effective stabilization system, called Staby®, based on the use of selection modules naturally found in plasmids, bacterial chromosomes and bacteriophages. A selection module (like the ccd system used by Delphi Genetics) is typically organized as an operon and composed of two genes: the ccdB selection gene codes for a small stable protein which is toxic for E. coli, whereas the ccdA antidote gene codes for a small unstable protein that neutralizes the toxic protein both transcriptionaly and via protein-protein interactions. This unique system allows for the perfect stabilization of the plasmid without the use of antibiotics

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  • Staby System
  • Genetics Solution
  • Antidote Protein
  • Staby Technology
  • Unique System
  • protein Leading
  • Stabilization Technology

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