Akira Otaka
Papers
1
Total Citations
33
H-Index
1
About
Akira Otaka is a pioneering researcher at the intersection of supramolecular chemistry, peptide engineering, and bioinspired nanotechnology. His work focuses on designing functional peptide assemblies that mimic natural biological machinery, with a particular emphasis on light-responsive systems and molecular motors. Otaka’s most notable contribution is the development of a light-induced propulsion system for giant liposomes, driven by the controlled growth of peptide nanofibers—a concept inspired by pathogens like Listeria that harness actin polymerization for movement. This breakthrough, published in 2018 and cited 33 times, demonstrates how synthetic peptide assemblies can replicate complex biological functions, opening new avenues for nano/micromotors in bioinspired robotics and drug delivery. By integrating photochemistry with peptide self-assembly, Otaka has created dynamic systems that respond to external stimuli, offering unprecedented control over motion at the nanoscale. His work not only advances fundamental understanding of peptide-based materials but also provides a platform for developing autonomous, light-driven devices. With a growing citation impact, Otaka continues to push the boundaries of what peptide nanotechnologies can achieve, inspiring future innovations in smart materials and biohybrid systems.
Research Focus
Key Achievements
Top Papers
- 1