Tatsuya Niwa

Papers

Total Citations

216

H-Index

About

Tatsuya Niwa is a pioneering researcher in biomolecular robotics and synthetic biology, with a focus on engineering molecular machines that harness biological energy for targeted functions. His most cited work, "Biomolecular robotics for chemomechanically driven guest delivery fuelled by intracellular ATP" (2013, 216 citations), introduced a groundbreaking approach to designing nanoscale robots that use ATP—the cellular energy currency—as fuel for chemomechanical motion and cargo delivery. This innovation bridges the gap between artificial molecular systems and living cells, offering potential applications in targeted drug delivery and cellular manipulation. Niwa’s contributions have significantly advanced the understanding of how biomolecular components can be integrated into functional, energy-responsive devices. His research, which combines principles from biochemistry, robotics, and nanotechnology, has been widely recognized for its interdisciplinary impact, inspiring further work in smart materials and autonomous nanomachines. With over 200 citations on his flagship paper, Niwa continues to shape the field of biomolecular robotics, demonstrating how synthetic systems can mimic and interface with biological processes for transformative biomedical applications.