Masayuki Ohara

Tokyo University of Agriculture and Technology

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About

Masayuki Ohara is a researcher at the forefront of bio-inspired nanotechnology and artificial-cell engineering. His work centers on the innovative use of DNA origami to create functional, programmable microcapsules and emulsions. Ohara’s major contribution lies in the development of DNA origami nanoplate-based emulsions that incorporate nanopore functionality, a breakthrough that bridges the gap between synthetic materials and biological membrane systems. This pioneering approach enables the construction of highly stable, functional microcapsules with potential applications in drug delivery, synthetic biology, and molecular sensing. His most-cited paper, "DNA Origami Nanoplate‐Based Emulsion with Nanopore Function" (2019), has garnered 28 citations, reflecting its significance in the field. By leveraging the precise self-assembly properties of DNA, Ohara has introduced a versatile method for engineering artificial cells and microreactors, offering unprecedented control over permeability and molecular transport. His work is a key reference for researchers exploring the intersection of DNA nanotechnology, soft matter, and bottom-up synthetic biology, and it continues to inspire new strategies for designing bio-inspired functional materials.