Powering the genetic medicine revolution
Our novel, synthetic DNA vector, “doggybone” or dbDNA™, and its enzymatic production, enable us to make DNA at the speed, scale and purity necessary to support the rapid growth of genetic medicines.
Enzymatic manufacturing enables multi-gram GMP DNA production in weeks rather than months
Manufactured using benchtop equipment with a significantly smaller footprint than fermentation-based production
dbDNA™ technology is highly portable and amenable to technology transfer
dbDNA™ can encode long, complex, unstable sequences, eliminates bacterial sequences, and has a strong expression profile
Addressing a broad market
Our versatile dbDNA™ technology is being applied across the genetic medicine industry.
What can we do for you?
We offer a range of services to support development and commercialisation of the next generation of DNA products.
- Catalogue products
- Molecular biology
- Custom research grade
- Toxicology materials
- GMP dbDNA™ (critical starting materials)
- GMP dbDNA™ (drug substance)
- Commercial supply / on-site supply
- Analytical development
- Scale up development
- Regulatory support
Headquartered in Hampton
Take a tour of our stunning buildings and state-of-the-art dbDNA™ manufacturing facilities.View our facilities
15 September 2021
Touchlight extends funding round to US$125M as demand for its dbDNA™ grows rapidly
Touchlight, a biotechnology company pioneering enzymatic DNA production to enable the genetic medicine revolution, today announces extension of its fundraising round to a current aggregate total of US $125 million...
28 July 2021
Touchlight and Vanderbilt University Medical Center collaborate on DARPA Pandemic Prevention Platform programme to develop synthetic DNA-based antibody to protect against emerging threats
Touchlight’s doggybone DNA™ to be used in Pandemic Prevention Platform (P3) programme funded by Defense Advanced Research Projects Agency (DARPA) • For the first time, novel synthetic DNA combined with...
We'd like to hear from you
For more information on how our dbDNA™ technology could help advance your project, please contact us.Get in touch