Geert-Jan Janssen

Papers

Total Citations

304

H-Index

About

Geert-Jan Janssen is a leading figure in the field of supramolecular chemistry and nanomotor design, with a particular focus on the dynamic behavior of polymeric nanostructures. His most celebrated work, the 2016 paper on "Dynamic Loading and Unloading of Proteins in Polymeric Stomatocytes," has garnered over 300 citations, underscoring its profound impact on the development of self-powered artificial nanomotors. In this landmark study, Janssen pioneered the controlled shape transformation of polymersomes into bowl-shaped stomatocytes, enabling the encapsulation and release of enzymes. This breakthrough not only mimics the complex functions of biological motors but also lays the groundwork for advanced applications in nanomachinery, robotics, and sensing devices. By demonstrating how proteins can be dynamically loaded and unloaded within these synthetic structures, Janssen has opened new avenues for creating enzyme-loaded supramolecular nanomotors that can perform targeted tasks at the nanoscale. His work stands as a cornerstone in the quest to build functional nanoscale devices, blending elegant synthetic design with practical utility. For students and researchers, Janssen’s contributions exemplify how creative molecular engineering can drive innovation in nanotechnology.