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Webinar: Enabling synthetic biology with high-quality DNA

Available On-Demand

Custom DNA synthesis, coupled with bioinformatics tools and high-throughput capabilities, has made it possible to genetically engineer healthier, cleaner, more sustainable solutions for the world’s most pressing challenges.

Join us to watch an overview of how synthetic biology innovations are applying engineering principles to biological research.



What you’ll learn:

  • How synthetic biology can be used to help drive breakthroughs
  • Applications for the Design-Build-Test-Learn (DBTL) bio-engineering cycle and modular approaches to genetic engineering
  • Why it’s important to have high-quality DNA when setting up your experiments


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Fill out the form below to register.

Click the HTML icon in the toolbar above to edit spacer height.
TO EDIT: Change the class="spacer-3" to any number between 0 (none) and 5 (most) to resize a spacer. Ex. class="spacer-5"
Vertical spacers are responsive and 50% smaller on mobile than on tablet+.
Click the HTML icon in the toolbar above to edit spacer height.
TO EDIT: Change the class="spacer-3" to any number between 0 (none) and 5 (most) to resize a spacer. Ex. class="spacer-5"
Vertical spacers are responsive and 50% smaller on mobile than on tablet+.

Presenter

Tom Speedy
Tom Speedy

Director of Business Development, Synthetic Biology, Integrated DNA Technologies

Tom Speedy is the Director of Business Development of Synthetic Biology at IDT where he provides guidance for the strategy and development of the Synthetic Biology business, in addition to technical support to the sales team and to customers. Prior to joining IDT, Tom worked at Gen9, Oxford Genetics, Innova, and AbD Serotec/Morphosys. He is an active member of the synthetic biology community and currently serves as an Advisory Board Member for BioPartner UK.