Understanding dynamic cellular processes requires technologies capable of probing living cells with high spatial and temporal precision while preserving viability. Conventional approaches, including bulk omics, microinjection, and electroporation, often provide only static snapshots or induce significant cellular pertu...
Henry F. S. Budds, Wellydo K. M. Escarião, Richard W. Taylor et al.· In Analysis· 0 citations
Nanopore sensors have transformed single-molecule analysis, enabling real-time detection of biomolecules with unprecedented resolution. Understanding and modelling noise in nanopore sensing is essential to unlocking their full analytical potential. Although mechanistic models of nanopore noise exist, a rigorous statist...
Dylan Charnock, Chalmers C. C. Chau, Paolo Actis et al.· bioRxiv· 0 citations
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