Seung-Woong Lee

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About

Seung-Woong Lee is a pioneer in nanoscale biomolecular patterning, with a primary research focus on the development of advanced nanofountain probe (NFP) technologies for direct-write lithography. His major contribution lies in demonstrating the direct, submicron delivery of DNA oligonucleotides without requiring hydrophilic tip modifications, a significant advancement over conventional dip-pen methods. This work, published in 2007, established a critical pathway for creating integrated probe arrays capable of depositing multiple distinct biomolecules with high spatial precision. While his foundational paper has garnered 2 citations, its conceptual importance is underscored by its role in enabling future multiplexed biosensor and genomic array fabrication. Lee’s achievements include solving the key challenge of uniform molecular coating for microfluidic delivery, thereby enhancing the reliability and scalability of nanoscale patterning. His research bridges microfluidics and nanotechnology, offering a robust platform for constructing complex, functional bio-interfaces. For students and researchers, Lee’s work represents a clever engineering solution to a persistent problem in nanobiotechnology, demonstrating how precise fluidic control can unlock new capabilities in molecular-scale device fabrication.