MPIRIQ AI-supported axSpA patient identification
Type not stated
MPIRIQ AI-supported axSpA patient identification
Type not statedMPIRIQ AI-supported axSpA patient identification
Type not statedIB Lab FLAMINGO AI detection of vertebral fractures
Type not statedUCB says IB Lab FLAMINGO, an AI platform that was originally a UCB initiative, detects vertebral fractures on routine CT scans and is already validated across European health systems. The article says UCB and ImageBiopsy Lab designed and validated a downstream osteoporosis care pathway for patients the tool identifies.
Partners: ImageBiopsy Lab
DARC in-silico antibody design collaboration (University of Southampton)
AnnouncementUCB and the University of Southampton announced DARC, a three-year effort to build an end-to-end in-silico platform for therapeutic antibody design. UCB's head of UK research says the partnership strengthens UCB's position in AI-enabled antibody design.
Partners: University of Southampton
FLuID federated learning for drug-discovery models
Type not statedXtalFold biologics AI platform license (Ailux / XtalPi)
AnnouncementUCB and XtalPi announced a license under which Ailux Biologics grants UCB a non-exclusive license to XtalFold, which the release calls a proprietary AI-based software suite for structural insights in biologics discovery and engineering.
Partners: XtalPi, Ailux Biologics
Aitia Causal AI collaboration in Huntington's disease
AnnouncementMicrosoft AI collaboration for drug discovery and development
AnnouncementUCB and Microsoft announced a multi-year collaboration combining Microsoft's computational services, cloud and artificial intelligence with UCB's drug discovery and development capabilities. The release says the platform can support UCB's scientists.
Partners: Microsoft
SKAI internal generative-AI platform (Microsoft)
DeploymentMicrosoft says UCB created SKAI, a generative-AI platform, and that SKAI powers a family of AI assistants from medical writing to clinical statistics. On the same page a UCB speaker anticipates Microsoft 365 Copilot active use moving from 50% of employees to 80%.
Partners: Microsoft
Machine-learning method for trial design and patient stratification
DeploymentUCB says its Statistical Science and Innovation group filed a patent application centred on an improved machine learning method that allows AI to predict an outcome or provide decision guidance, and that this innovation has already been used to inform patient stratification, clinical trial design and precision-medicine approaches in Parkinson's disease and epilepsy.