Abstract:
This talk highlights how DNA nanotechnology enables the engineering of programmable and robust nanostructures. We explore histone proteins guiding DNA origami into well-defined nanoscale architectures, the stabilization of DNA crystals through silica encapsulation into robust “DNA glass,” and the application of DNA origami for targeted delivery to plant cells. Together, these studies demonstrate strategies for precise assembly, structural stabilization, and biological application of DNA-based nanomaterials.

Bio:
Hajar Al-Zarah is a Ph.D. candidate, working at the interface of DNA nanotechnology and bioimaging. Her research encompasses DNA nanostructure–protein hybrid assemblies, material stabilization strategies such as silica encapsulation, and the application of DNA-based nanomaterials for biological delivery to plant systems.