Your custom vector. Precisely.
Skip synthesis and assembly altogether and focus on designing your DNA for functionality and performance. From your computer to your hands, Officinae Bio delivers ready-to-use, sequence-perfect, full-length custom vectors that can be used straightaway in downstream applications.
A new breed of products
From personalized cell therapies to precision fermentation, synbio-enabled products are reaching a new height of sophistication that translate into longer and increasingly complex DNA sequences with challenging manufacturing processes.
Traditional methods of DNA manufacture are struggling to solve an increasing need for large and complex synthetic DNA constructs. Many sequences just can't be built. Which can often mean you're left facing compromising on a promising lead in favour of what is feasible to build.
Is build holding back your design?
Bridging the gap between design and build, finally.
Design your DNA for functionality and performance, without compromise. Officinae Bio delivers ready-to-use, sequence-perfect, full-length custom vectors that can be used straightaway in downstream applications.
DNA foundry services
Industry leading success
Success rate on first try
Over a broad range of lengths and complexity*
* Data as of Q4, 2022
What holds you back?
“Your group and [omitted] are the only companies that I know of that are even capable of attempting this kind of work. ”
“You debottlenecked our R&D as this may have easily taken 9 months of work ”
University of Manchester
What happens when you combine the best in DNA assembly with advanced Machine Learning ?
We created a DNA build process with a focus of biological complexity at its heart. Vulcanus, is our Machine Learning toolkit that makes even the most challenging build possible.
Vulcanus calculates interactions between sequence, biochemical and physical parameters to return the optimal protocol for DNA synthesis and assembly. Based on thousands of real-world lab trials, it allows us to deliver sequence-perfect full-length custom DNA at a range of lengths and complexities.