… DNA sequencing. Thus, there is a need for highly sensitive, mechanically robust nanopore
sensors … a new solid-state nanopore sensor for the detection of single DNA molecules. The Al …

… Though nanopore sensors cannot yet claim success at DNA sequencing, nanopore-based …
offer perhaps the most promising approaches to single-molecule detection and analysis. …

… Over the past five years, DNA molecules started to be used as probes for sensing rather …
nanopore sensing based on DNA-mediated characteristic current events. As nanopore sensing …

… method in decreasing high frequency dielectric noise, improving signal-to-noise ratio and
enhancing the overall sensitivity of these nanopore sensors in DNA translocation experiments. …

… However, with the development of the highly predictive quadromer map, this work still
represents a historical milestone in the field of nanopore-based DNA sequencing. …

… sensing of two large DNAs, a single-stranded phage DNA (7250 bases) and a double-stranded
plasmid DNA (6600 base pairs), using a conically shaped nanopore … the sensing element…

… Key to nanopore-based DNA sensing is monitoring the flow of ions through the pore, and in
confined structures like this where the spacing of ions in solution is not negligible compared …

… with DNA translocation are recorded when an ionic strength gradient is imposed across the
nanopores. … potential during DNA translocation, and that nanowire–nanopore sensors could …

… nanopore FET sensor, and the future development directions of nanopore FET sensor in
DNA … coverage of traditional SSN and FET nanopore sensors. This review has selected some …

… The resulting DNA strands were analyzed using a nanopore sensor by detecting changes
in the fluorescence intensity as well as the ionic current due to translocation through the pore. …