A. Heuer-Jungemann

This paper introduces moDON, a modular DNA origami nanostructure capable of assembling into large, precisely controlled superstructures with orthogonal addressability and disassembly.

This study demonstrates that DNA origami-templated silica nanostructures retain site-specific addressability for post-silicification modification despite the silica shell's thickness.

This paper demonstrates DNA origami nanoagents presenting FasL in defined geometries to control apoptosis signaling in cells, showing enhanced efficiency compared to soluble FasL.

This study characterizes and optimizes doxorubicin loading into DNA origami nanostructures, revealing rapid binding and variable release profiles influenced by nanostructure design and environmental factors.