Nonenzymatic catalytic assembly of valency-controlled DNA architectures for nanoparticles and live cell assembly

The precise control over high-order DNA architecture assembly might be challenging due to complicated circuit design and functional unit synthesis. Here, we show an enzyme-free, catalytic assembly to construct nanometer and micrometer architectures in a bottom-up manner and applied them in nanoparticles and cell assembly.

Automated summary

The article demonstrates an enzyme-free, catalytic assembly method for constructing nanometer and micrometer DNA architectures, which can be utilized in nanoparticles and cell assembly.