Completed Chemistry Genetics & Molecular Biology

Building national hardware and software infrastructure for UK DNA Foundries

In plain English

AI plain-English summary

The UK’s DNA synthesis facilities in Edinburgh and Norwich are getting a shared software upgrade to design, build, and test synthetic DNA faster and more reliably. This matters because the UK has already invested over £50 million in synthetic biology research centres and DNA foundries, but these facilities lack the unified, automated software infrastructure needed to handle growing demand. Currently, designing and assembling synthetic DNA sequences involves manual steps and incompatible systems, slowing down research and limiting the scale of projects. The new software, developed by teams at Edinburgh, Cambridge, and TGAC, will automate and streamline the entire pipeline—from design through synthesis, assembly, and verification. If successful, this infrastructure will make UK DNA foundries more efficient and accessible to the synthetic biology community. Researchers will be able to order and receive complex synthetic DNA sequences faster, accelerating work in areas like engineered microbes for sustainable manufacturing, novel biomaterials, and medical diagnostics. The software will be open-source, so any UK lab can use and improve it. The project also includes sequence screening protocols to prevent misuse. While the immediate impact is on research infrastructure, the downstream effect could be faster development of real-world products that rely on synthetic DNA.

View original technical description
To date, the BBSRC has invested over £50M towards establishing Synthetic Biology Research Centres (SBRCs) and building DNA synthesis facilities in the UK. This application seeks to build on this investment through establishing a collaboration between Edinburgh, Cambridge and TGAC to develop software infrastructure to improve efficiency and automation and to consolidate and further enhance the services offered at the national DNA foundries based in Edinburgh and Norwich. The software infrastructure will be developed by teams at Edinburgh, TGAC and Cambridge with well-established track records in high quality software engineering. The software will be made freely available under an open source license to all members of the SB community via software repositories. This proposal also complements EPSRC-funded SB work at Edinburgh and Cambridge as part of the nationwide Flowers Consortium thus providing a natural route to dissemination. The infrastructure proposed will significantly enhance the Edinburgh and TGAC DNA synthesis facilities, and the implementation of the software infrastructure will establish a new collaboration between three strong software teams across the UK, with the intention that these collaborations will grow with time. Both hardware and software infrastructure will enhance the speed and efficiency with which DNA can be designed, synthesized, assembled and verified, increasing the capability to generate synthetic DNA sequences. Finally, we will also implement sequence screening protocols to safeguard synthetic biotechnology.

View the original record at the funder ↗

Researchers

Gos Micklem (Co-Investigator)Robert Davey (Co-Investigator)Susan Rosser (Co-Investigator)Yizhi Cai (Principal Investigator)

Related Research

Grants with similar aims, by meaning.

Assay Development Platforms
Software systems for Imperial College DNA Foundry (LIMS/automation/interfaces)
Enabling Population-Scale Genomics insights using high-throughput, robotic liquid handling at the Centre for Genomic Research
EPSRC and BBSRC Centre for Doctoral Training in Synthetic Biology
Development of supramolecular assemblies for enhancing cellular productivity and the synthesis of fine chemicals and biotherapeutics.

Original classification

Research Grant

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