The partnership integrates the university’s clinical infrastructure with the AI-driven analytics of the Human Phenotype Project. By gathering multidimensional data—including genomic profiles, gut microbiome information, and lifestyle habits—the initiative seeks to map individual health trajectories. This approach aims to shift the medical paradigm from reactive treatment to proactive, personalized prevention.
Corundum Systems Biology Expands Human Phenotype Project to Japan
St. Marianna University School of Medicine has joined the Human Phenotype Project, launching a new research initiative in Kanagawa Prefecture. Supported by Corundum Systems Biology, the collaboration aims to build a digital twin of the Japanese population to advance predictive medicine and personalized healthcare strategies.
Prof. Eran Segal, co-founder of Pheno.AI, noted that the data collected from the Japanese cohort is essential for developing precise health models. The initiative specifically targets individuals aged 40 to 69, leveraging the dense population of the Kanagawa metropolitan area to capture a broad spectrum of environmental and biological variables. Hidehiko Otake, CEO of Corundum Systems Biology, stated that this framework establishes the foundation for the social implementation of preventive healthcare, viewing the expansion as a critical step toward addressing global health challenges through data-driven insights.
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