LCC is an established, chemical technology innovator, on a mission to accelerate the discovery and development of high-quality drugs. LCC provide expanded access to 3D chemical space to support orthogonal hit-ID (DEL, FBLD, VLS), hit optimisation using our parallel synthesis laboratory, and personalised support using our design and computational team to expedite targeted chemical space exploration.
OpenEye, Cadence Molecular Sciences – a business unit of Cadence Design Systems – is an industry leader in computational molecular design through rapid, robust, and scalable software, consulting services, and Orion, the only cloud-native fully integrated software-as-a-service molecular design and simulation platform. Using Orion removes the requirement to run and maintain expensive infrastructure hardware. With Orion, you can access OpenEye computational tools scientists have trusted for more than 20 years on the cloud.
The combination of LCC and OpenEye will allow you to rapidly generate large volumes of high-quality data, helping you make better decisions, train machine learning (ML) models, and accelerate DMTA cycles.
Through this collaboration, you can use LCC’s library on OpenEye’s Orion to extract the full power of its capabilities to screen in 3D.
For the first time, LCC’s collaboration with OpenEye will enable ORION™ users to virtually screen LCC’s 1bn virtual library - with chirality retained. This pioneering approach gives researchers the opportunity to screen virtual 3D compounds and then rapidly convert to actual pure chiral compounds - synthesised via LCC’s parallel synthesis lab. This will support LCC’s mission to accelerate the discovery and development of high-quality therapies through expanded access to 3D chemical space.
Providing access for OpenEye’s Orion customers to Liverpool ChiroChem’s chirally pure >1 billion virtual library is a game-changer. It will enable them to quickly virtually screen large amounts of compounds and have them rapidly synthesized by LCC, speeding-up the drug discovery process.