Tetsuro Wakatsuki

Medical College of Wisconsin, Immunosciences Lab (United States)

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About

Tetsuro Wakatsuki is a biomedical engineer and researcher whose work sits at the intersection of tissue engineering, mechanobiology, and stem cell science. His research focuses on understanding how cells interact with their surrounding extracellular matrix and how these interactions govern tissue mechanics and cell physiology — insights with profound implications for disease modeling and regenerative medicine. Wakatsuki's landmark 2009 study on high-throughput measurements of hydrogel tissue construct mechanics (25 citations) advanced the field by providing scalable methods to characterize the physical properties of engineered tissues, enabling more rigorous investigation of how mechanical dysregulation contributes to disease. This work helped establish quantitative frameworks for evaluating engineered tissue constructs, bridging cell biology and biomechanics in meaningful ways. Building on this foundation, his 2015 contributions to scalable induced pluripotent stem cell (iPSC) culture using robotic liquid handling systems (22 citations) addressed one of the field's most pressing challenges: producing high-quality stem cells efficiently and cost-effectively for therapeutic and research applications. This innovation brought automation to iPSC manufacturing, accelerating the translation of stem cell science toward drug discovery, safety testing, and cell-based therapies. Wakatsuki's body of work reflects a consistent commitment to developing practical, scalable tools that push regenerative medicine closer to clinical reality.