… that DNA nanoarrays exhibit significantly enhanced target cell binding by increasing the
valency and adding specific auxiliary molecules. Finally, we used them for capturing CTCs to …

… , one DNA nanocrown tends to interact with the NTD domains of a single S trimer rather
than several different S trimers on the surface of a virion providing that the number of DNA …

… lipid membranes through hydrophobic interactions. Then, the three pendent DNA strands
of the TDF complementary to the chol-DNA were anchored on cell membrane via sequence-…

… In this Protocol Update, we describe DNA-tetrahedral … DNA frameworks, termed ‘n-simplexes’,
can be used as probes to specifically target receptor−ligand interactions on the cell …

… effects of increased concentration of ligand, interaction between aptamers, water activity
inside the DNA framework, and electrostatics repulsion from the DNA framework, among others. …

… this DNA network can be extended to capture lymphocytes in … designed cell-capture network
made from DNA containing … of T lymphocytes (T-cells) and further localized immunotherapy. …

… interactions between proteins are also used to construct DNA–… (b) Snapshot HS-AFM
images of single IgGs captured by DNA … DNA origami and the total calcium signaling in B cells …

… DNA network is constructed on cell surface by rolling circle amplification (RCA), and T cell-targeted
trivalent tetrahedral DNA … efficient and selective coating for T cells. The cytoprotective …

… ligands are crucial for enhancing receptor–ligand binding and therapeutic effects, we have
rationally designed three DNA … with Chol-DNA through hydrophobic interactions is simple and …

… to engage stable cell–cell interactions. Therefore, DNA nanotechnology can tune the interaction
of … orientation of multivalences for further improvement of capture efficiency. Fan’s group …