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- W3043745704 endingPage "035102" @default.
- W3043745704 startingPage "035102" @default.
- W3043745704 abstract "We report the first analytical theory on the amplitude of resistive signals during molecular translocation through charged solid-state nanopores with variable cross-sectional area and piecewise-constant surface charge densities. By providing closed-form explicit algebraic expressions for the concentration profiles inside charged nanopores, this theory allows the prediction of baseline and translocation resistive signals without the need for numerical simulation of the electrokinetic phenomena. A transversely homogenized theory and an asymptotic expansion for weakly charged pores capture DC or quasi-static rectification due to field-induced intrapore concentration polarization (as a result of pore charge inhomogeneity or a translocating molecule). This theory, validated by simulations and experiments, is then used to explain why the amplitude of a single stranded DNA molecule can be twice as high as the amplitude of its double stranded counterpart. It also suggests designs for intrapore concentration polarization and volume exclusion effects that can produce biphasic and other amplitude fingerprints for high-throughput and yet discriminating molecular identification." @default.
- W3043745704 created "2020-07-23" @default.
- W3043745704 creator A5010842475 @default.
- W3043745704 creator A5019725224 @default.
- W3043745704 creator A5069511207 @default.
- W3043745704 date "2020-07-21" @default.
- W3043745704 modified "2023-09-24" @default.
- W3043745704 title "Resistive amplitude fingerprints during translocation of linear molecules through charged solid-state nanopores" @default.
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- W3043745704 doi "https://doi.org/10.1063/5.0013195" @default.
- W3043745704 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7367690" @default.