Our breakthrough technology combines synthetic and stem cell biology, offering limitless possibilities. Enabling a new generation of cell therapies, providing the best human cells for research and drug discovery, and allowing the control of advanced synthetic biology circuits for biomanufacturing.
By mining the genome using our bioinformatics platform we discover and re-purpose natural gene regulatory elements, creating customised gene expression systems to: Improve human health, Engineer biology and Enable traits discovery.
Our team combines drug discovery specialists with physicists, chemists and computer scientists committed to use cutting-edge technologies to make a difference to people’s lives.
Kuano's approach is to combine state-of-the-art simulation and AI to add quantum detail to structure based drug discovery. Our unique fusion of drug hunting and technology expertise allows us to illuminate new areas of chemical space enabling the design of next generation medicines.
At Nanovery, their cutting-edge DNA nanorobots are revolutionising the biotechnology landscape. As pioneers in nucleic acid nanorobotics (NANs), our platform is the first to provide comprehensive solutions for RNA therapeutic analysis and biomarker quantification. This innovation elevates research precision and simplifies testing protocols.
Their mission is to make the testing processes as simple as possible to drive advancements in biotech research. Nanovery's NANs technology is not just part of biotechnology's future; it is actively shaping it, ensuring their partners stay at the forefront of innovation.
Physiomics develops mathematical models to predict the effect of therapeutic drugs. With an experienced team of dedicated scientists they work with their clients to answer their R&D questions and de-risk drug development.
Physiomics are a leading oncology consultancy using proprietary state of the art Virtual TumourTM technology and other tools to predict and better understand the effects of cancer treatments.
They work with partners developing cancer drugs to help them save time and money and achieve better outcomes during pre-clinical and clinical development. They are also developing tools to support cancer treatment in real world settings
