Daisuke Ishikawa

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About

Daisuke Ishikawa is a researcher at the forefront of bio-inspired nanotechnology and artificial-cell engineering. His work centers on the innovative use of DNA origami—the art of folding DNA into precise nanoscale shapes—to create functional, programmable materials. Ishikawa’s major contribution lies in pioneering DNA origami nanoplate-based emulsions, which serve as robust, bio-inspired microcapsules. His most cited paper (2019, 28 citations) introduces a groundbreaking system where DNA origami nanoplate-stabilized droplets are endowed with nanopore functionality, enabling selective molecular transport across the capsule shell. This work bridges the gap between structural DNA nanotechnology and synthetic biology, offering a versatile platform for constructing artificial cells, targeted drug delivery vehicles, and smart sensors. By demonstrating how DNA nanostructures can mimic the gating and barrier functions of biological membranes, Ishikawa has provided a powerful tool for bottom-up synthetic biology. His research not only advances fundamental understanding of molecular self-assembly at interfaces but also opens new avenues for designing responsive, biocompatible microreactors with potential applications in diagnostics and nanomedicine.