Our Platform

TBX™ Technology combines proprietary molecular engineering and computational algorithms tools to developed CRISPR-based synthetic phages.

Leveraging our GOTraP™ direct evolution technology by integrating structural protein analysis, machine learning and AI algorithms, we optimize synthetic phages for precision delivery of DNA payloads to target bacteria.

We create customized potent CRISPR-based payloads by converging our ActiSense™ in-vivo selection technology with synthetic biology tools to control bacterial traits.

  • Engineering phages for precision delivery of DNA payloads to target bacteria

    Engineering phages for precision delivery of DNA payloads to target bacteria

  • Innovating DNA payloads by combining CRISPR & synthetic biology science

    Innovating DNA payloads by combining CRISPR & synthetic biology science

Controlling the Microbiome

  • Removing trait

    Removing trait
  • Controlling activity

    Controlling activity
  • Introducing
    biotherapeutics

    Introducing<br/>biotherapeutics

Competitive Advantage

  • Controlling microbiome<br/>technology
    Controlling microbiome
    technology
  • Precision medicine
    Precision medicine
  • No disruption<br/>of natural microbiome
    No disruption
    of natural microbiome
  • Lasting and<br/>continuous effect
    Lasting and
    continuous effect
  • Seamless production
    Seamless production