Kazushi Morishita
Papers
1
Total Citations
33
H-Index
1
About
Kazushi Morishita is a pioneering researcher in the emerging field of bioinspired nanomotors and soft matter biophysics. His work focuses on harnessing biological machinery—specifically peptide nanofiber growth—to create light-driven propulsion systems for artificial cells and micromotors. In his landmark 2018 study, which has garnered 33 citations, Morishita demonstrated the first light-induced propulsion of a giant liposome by mimicking the actin polymerization strategy used by pathogens like Listeria to move within host cells. This breakthrough not only advances the design of molecular devices but also provides a foundational platform for developing bioinspired soft robots and active matter systems. By integrating photoresponsive peptides with lipid membranes, his research bridges synthetic biology and nanotechnology, offering a new paradigm for controllable motion at the microscale. Morishita’s work is particularly notable for its elegant simplicity—using light to trigger self-assembly and directed movement—which opens doors to applications in targeted drug delivery, artificial cell engineering, and autonomous microswimmers. His contributions are shaping how researchers think about energy conversion and motility in synthetic biological systems.
Research Focus
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Top Papers
- 1