SK bioscience said it will lead the Gates Foundation-funded “Research Optimization & Trial Outcome Recommender” (ROTOR) project, an AI initiative intended to speed up and improve decision-making in vaccine development. The company says the platform will analyze clinical and scientific data produced during vaccine research to help researchers decide how to advance candidate vaccines. SK bioscience will work with PATH, a global health nonprofit, and Slalom, a consulting firm; PR Newswire also mentions SK AX as part of the collaboration. The sources describe a specific challenge in vaccine development: decisions about whether to proceed to large, costly Phase 3 trials often rely on earlier Phase 2 results, but for some vaccines those choices are difficult because scientists lack reliable biological markers (correlates of protection) that predict whether a vaccine will work, or because laboratory tests can yield inconsistent results. SK bioscience says the AI platform is designed to reduce uncertainty and “guesswork” by making the progression decisions more evidence-based. The project is expected to initially be built and tested using rotavirus vaccine data from SK bioscience, and the planned data sources are described as including PATH-related data.
SK bioscience to lead Gates Foundation-funded AI platform for vaccine-development decisions
SK bioscience said it will lead the Gates Foundation-funded “Research Optimization & Trial Outcome Recommender” (ROTOR) project, an AI initiative intended to speed up and improve decision-making in va...
- SK bioscience will lead the Gates Foundation-funded ROTOR AI project for vaccine-development decision-making.
- ROTOR uses AI to analyze clinical and scientific data to recommend how to advance vaccine candidates.
- The project includes collaborations with PATH and Slalom; PR Newswire also includes SK AX.
- The initiative targets uncertainty in moving from Phase 2 to costly Phase 3 trials, especially where reliable correlates of protection are lacking or lab results are inconsistent.
- Initial platform development and testing are planned using rotavirus vaccine data from SK bioscience.
SK bioscience was selected to lead the Gates Foundation-funded ROTOR project, establishing a global collaboration framework. SK bioscience, PATH, Slalom, and SK AX will jointly develop an AI-powered platform for evidence-based clinical development decision-making. The project will support...
3 hours agoSK bioscience said Thursday it will lead an artificial intelligence (AI) project funded by the Gates Foundation aimed at speeding up decision-making in vaccine development. The Research Optimization & Trial Outcome Recommender (ROTOR) project will build an AI platform that analyzes clinical and scientific data generated during vaccine development to help researchers decide how to advance a candidate vaccine. Global health nonprofit PATH and consulting firm Slalom will also take part, the company said. In drug development, companies typically decide whether to move into large, costly Phase 3 trials based on Phase 2 results. That decision is harder for many vaccines, including rotavirus vaccines, because scientists often lack a reliable biological marker — a correlate of protection — that predicts whether a vaccine will work, or because lab tests produce inconsistent results. SK bioscience said the AI platform is meant to make that process more scientific and reduce costly guesswork. The platform will initially be built and tested using rotavirus vaccine data from SK bioscience and PAT
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