DNA helix

Own the capability – eliminate uncertainty

Retain control of your projects with in-house DNA Synthesis

Produce high-quality, ssDNA oligos, in-house, overnight, with complete confidence and autonomy.

DISCOVER SYNTAX

Designed for labs who require reliability, speed and ease

DNASCRIPT SYNTAX instrument
  • Reliability icon

    Reliability

    Quality and reliability you can trust — every run, every oligo.

  • Speed icon

    Speed

    Overnight oligos — ready-to-use when you are ready-to-go.

  • Ease of use icon

    Ease of Use

    From workflow to output, each element designed for ease.

SYNTAX Testimonial Icon
“A major bottle neck in executing synthetic biology workflows is the time delay in obtaining synthetic DNA from commercial suppliers. The exciting new SYNTAX platform allows us to synthesize DNA on demand, which not only speeds up our internal design-build-test-learn cycle but allows us to control our own workflow and maximize access to our synthetic biology design space.”
Paul Freemont PhD,
Head of Structural and Synthetic Biology and the London Biofoundry at Imperial College London

Built for

  • dsDNA providers
  • CROs
  • Core facilities
  • Biotech companies
  • Pharma companies
  • Governmental agencies
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News & Events

The Enzymatic Edge: Rewriting the Future of DNA Synthesis
MEDIA COVERAGE
The Enzymatic Edge: Rewriting the Future of DNA Synthesis
In this latest Technology Networks article, explore how DNA Script and its enzymatic DNA synthesis technology are reshaping mRNA therapeutic development, enabling successful outcomes with complex constructs … Learn More  
Novel enzymatic DNA produced from a text file achieves comparable immune responses as plasmid vaccine
MEDIA COVERAGE
Novel enzymatic DNA produced from a text file achieves comparable immune responses as plasmid vaccine
This new study, published in npj vaccines demonstrates that DNA oligos synthesized enzymatically, with the SYNTAX® platform, from a digital sequence, can induce immune responses comparable to conventional plasmid DNA … Learn More  

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