Tadashi Sameshima
Papers
2
Total Citations
9
H-Index
2
About
Tadashi Sameshima is a researcher dedicated to revolutionizing regenerative medicine through robotics and automation. His primary research focuses on developing automatic cell culture processing systems to address the critical bottleneck of manual, labor-intensive, and costly cell manufacturing. Sameshima’s major contributions involve the design and validation of robotic systems—specifically using vertical articulated robots—to automate key tasks in the cell culture workflow. His work systematically improves efficiency in two fundamental processes: the injecting task during media changes (2019, 5 citations) and the discarding task (2018, 4 citations). By demonstrating how robots can reliably perform these delicate, repetitive procedures, Sameshima provides a foundational framework for scalable, cost-effective cell production. This automation is vital for making regenerative therapies accessible to patients. While his citation counts reflect the early-stage, highly specialized nature of his work, his research is pioneering in its practical, task-oriented approach to solving a critical industry challenge. Sameshima’s studies serve as essential blueprints for engineers and biologists seeking to bridge the gap between manual cell culture and fully automated, clinical-grade manufacturing.
Research Focus
Key Achievements
Top Papers
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- 2