Michael G. Poirier

Papers

Total Citations

111

H-Index

About

Michael G. Poirier is a pioneering researcher at the intersection of biophysics, nanotechnology, and molecular engineering, with expertise spanning DNA nanotechnology, force spectroscopy, and chromatin biology. His work focuses on developing innovative nanoscale tools to probe and manipulate biological systems with extraordinary precision. Poirier's most celebrated contribution is his development of dynamic DNA origami devices capable of measuring compressive depletion forces, a breakthrough that garnered 71 citations and demonstrated how self-assembling nanostructures can sense and respond to their local environment. This work opened transformative possibilities in molecular robotics, nanomanufacturing, and nanomedicine. Building on this foundation, he advanced the field further with a nanoscale DNA force spectrometer capable of applying high forces exceeding 10 piconewtons, addressing critical challenges in understanding chromatin condensation, membrane deformation, and viral packaging processes. His ongoing investigations into steric communication between dynamic components on DNA nanodevices reflect his commitment to engineering increasingly sophisticated nanorobotic systems with programmed motion and actuation capabilities. Collectively, Poirier's research has accumulated over 110 citations, establishing him as a significant voice shaping the future of DNA nanotechnology and its applications in biological research and medicine.