Michael W. Hudoba

Otterbein University, The Ohio State University

Papers

Total Citations

H-Index

About

Michael W. Hudoba is a researcher at the forefront of DNA nanotechnology, specializing in the design and application of dynamic DNA origami devices. His major contributions lie in engineering self-assembling nanomachines that can sense and respond to their environment, with a particular focus on measuring nanoscale forces. His most cited work, "Dynamic DNA Origami Device for Measuring Compressive Depletion Forces" (2017, 71 citations), showcases his ability to create programmable nanostructures that probe fundamental biophysical interactions, opening doors for molecular robotics and nanomedicine. Hudoba also contributed foundational design principles in his earlier work on DNA origami mechanisms and machines (2012). Notably, he is committed to education, co-authoring a 2023 paper that translates complex DNA origami nanotechnology into accessible laboratory curricula for middle school, high school, and undergraduate students—a rare and impactful effort to democratize cutting-edge science. Through his blend of innovative nanodevice engineering and educational outreach, Hudoba is shaping both the future of nanotechnology and the next generation of scientists.