Yasuhiro Ikezoe
Papers
1
Total Citations
80
H-Index
1
About
Yasuhiro Ikezoe is a pioneering researcher in the field of bioinspired micro- and nanomotors, with a particular focus on peptide–metal organic framework (MOF) swimmers. His most cited work, "Peptide–Metal Organic Framework Swimmers that Direct the Motion toward Chemical Targets" (2015, 80 citations), introduced a novel class of highly efficient chemical motors capable of directed motion toward specific chemical targets—a critical breakthrough for applications in sensing, labeling, and targeted delivery. This work addressed a major limitation of artificial swimmers: the inability to achieve precise, autonomous navigation in complex environments. Ikezoe’s contributions lie at the intersection of materials chemistry and biomimetic robotics, demonstrating how peptide-functionalized MOFs can harness chemical gradients for controlled propulsion. His research has opened new avenues for designing intelligent microbots that mimic natural chemotaxis, with potential impacts on environmental remediation, medical diagnostics, and drug delivery. Through his innovative integration of supramolecular chemistry and active matter, Ikezoe has established himself as a leading voice in the development of next-generation microswimmers.
Research Focus
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Top Papers
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