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Nano‐Biopatterning
In article number 2309284 by Haogang Cai, Rishita Changede, and co‐workers, a dielectric nano‐biopatterning technology is developed, enabling super‐resolution fluorescence microscopy that is challenging for conventional plasmonic nanopatterns with quenching effects. Through both simulations and experiments, nanopattern interactions with adjacent fluorescence and surrounding lipid...
Nanoscale organization of transmembrane receptors is critical for cellular functions, enabled by the nanoscale engineering of bioligand presentation. Previously, a spatial threshold of ≤60 nm for integrin binding ligands in cell–matrix adhesion is demonstrated using monoliganded gold nanoparticles. However, the ligand geometric arrangement is limited to hexagonal arrays of monoligands, while plasmonic...
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