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About

Tohru Natsume is a pioneering figure at the intersection of robotics, artificial intelligence, and cell biology, whose work is fundamentally reshaping how biomedical research is conducted. His core research areas include robotic automation for cell culture, AI-driven experimental optimization, and the development of high-throughput platforms for regenerative medicine. Natsume’s most significant contribution is the creation of the "Maholo LabDroids"—a revolutionary robotic crowd biology platform that automates complex laboratory tasks with unprecedented precision. His landmark 2017 paper on this system has garnered over 100 citations, establishing it as a foundational reference in the field. Building on this, Natsume developed a robotic AI system employing batch Bayesian optimization to autonomously solve one of regenerative medicine’s most stubborn bottlenecks: the experience-dependent process of induced differentiation. His 2022 paper on this breakthrough, with nearly 100 citations, demonstrates how machines can now discover optimal cell culture conditions that previously took human experts years to establish. Natsume has also engineered variable scheduling maintenance platforms for mammalian cells, addressing the critical challenge of scaling reproducible cell production. His work represents a paradigm shift where robotic precision and algorithmic intelligence replace human tacit knowledge, promising to accelerate drug discovery and regenerative therapies.