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Nanopore Sensors
In article number 2305186, Martin Andrew Edwards, Pietro Strobbia, Devleena Samanta, Christoph Wälti, Paolo Actis, and co‐workers demonstrate the wide applicability of the method by characterizing metallic nanospheres of varied sizes, plasmonic nanostars with various degrees of branching, and protein‐based spherical nucleic acids with different oligonucleotide loadings. The artwork...
Nanopore sensing has been successfully used to characterize biological molecules with single‐molecule resolution based on the resistive pulse sensing approach. However, its use in nanoparticle characterization has been constrained by the need to tailor the nanopore aperture size to the size of the analyte, precluding the analysis of heterogeneous samples. Additionally, nanopore sensors often require...
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