Quibim, with offices at the Science Park in Cambridge, has joined forces with Merck KGaA to pioneer the next generation of precision medicine technology, focusing on various cancers. Globally, Quibim specializes in converting imaging data into actionable predictions for cancer progression and treatment response, while Merck operates in Healthcare, Life Science, and Electronics. The collaboration aims to leverage biomarkers and radiomics to foresee cancer patients’ responses to immunotherapy and predict outcomes. Quibim’s expertise in AI will contribute to developing predictive models, enhancing patient stratification, and contextualizing benefits of novel therapies at a patient, dose, or treatment level. Merck plans to integrate these models into its data-driven decision-making for drug development.
Efficient clinical development for cancer medicine is crucial due to the rising number of cancer patients. Quibim and Merck are committed to researching technological solutions that reduce costs and timelines for pharmaceutical development. The partnership also focuses on addressing the anticipated increase in global cancer cases, estimated at 30 million new cases annually by 2040. Quibim’s CEO, Angel Alberich-Bayarri, views the collaboration as a game-changer in oncology, aiming to usher in a new era of precision medicine with data-driven insights for more efficient and tailored treatments.
Quibim recently achieved a hat-trick of successes with its AI-based products. QP-Prostate, with cancer detection capability, received CE and UKCA marks, offering a solution for processing prostate cancer imagery efficiently. QP-Brain, an AI-based neurological disease software, gained authorization for use in the US, EU, and UK, providing quantitative assessments to detect early-stage changes in the brain. This addresses the growing demand for advanced tools in neurological disease detection. The product is compliant with data protection regulations, ensuring secure processing and analysis of patient data in healthcare institutions.