… Nuclear imaging of FNAs in the form of DNA origami nanostructures showed preferential
renal accumulation, leading to efficient alleviation of acute kidney injury in mice. Zhao and co-…

… (a) Schematic depiction and corresponding TEM image of a DNA origami rod discretely …
of the DNA origami rod was suspected to occur. (c–f) TEM visualization of DNA nanostructures …

… DNA origami structure and dynamics. The tool is based on a novel coarse-grained model
dedicated to geometry optimization and conformational analysis of DNA origami. … DNA origami …

… (b) Left: schematic view of DNA origami cylinder mimicking nuclear pore complex. The ssDNA
handles (red helices) are used to anchor the FG-nups. Left: schematic depictions and TEM …

… nanotrap was constructed to study the selective filtering capability of the nuclear pore
complex. Molecular bites were preanchored at the bottom of the trap, and FG-Nups formed a …

… We found this piggybacking approach is size dependent, with no clear nuclear delivery
observed using a larger size DNA origami (~4.8 MDa, ~90 nm long nanorod), while the …

… DNA origami nanogear formed from V-shaped DNA origami subunits … B) DNA origami canvas
array showing the formation of a … rings with disordered proteins, mimicking the nuclear pore …

… structures for 6, 12, and 24 h respectively, suggesting a higher cellular uptake with increasing
time; Cell nucleus and membrane were stained with Hoechst® 33342 (blue) and wheat …

… After being transported across the cell membrane, the DNA origami device is brought to
the nucleus before degradation enables the efflux pumps to export the theraputic agent …

… Visualization of the cellular uptake and trafficking of DNA origami … Receptor-mediated
entry of pristine octahedral DNA … Enhanced functional properties of three DNA origami …