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- W2898101564 abstract "Experiments have suggested that the conical nanopore may be a reasonable sensor for the biopolymer analysis as it can provide high-resolution current signal. In this paper, we use Langevin dynamics simulation to study the translocation of charged polymer (polyelectrolyte) through three different conical nanopores, a single-conical nanopore with large entry and small exit (pore I), a single-conical nanopore with small entry and large exit (pore II), and a double-conical nanopore with the tip (narrowest place) at the middle (pore III). Simulation shows that the detailed translocation behaviors are of pore structure dependence. Pore I might be the most reasonable one for the polyelectrolyte analysis, especially at strong monomer-pore attraction, since it can efficiently reduce the polyelectrolyte speed at the tip. The simulation results are interpreted by the free energy profiles of the polyelectrolyte translocation through different pores and the time of individual monomer passing through the tips." @default.
- W2898101564 created "2018-11-02" @default.
- W2898101564 creator A5041747523 @default.
- W2898101564 creator A5056997488 @default.
- W2898101564 creator A5057627218 @default.
- W2898101564 creator A5080344709 @default.
- W2898101564 date "2018-11-15" @default.
- W2898101564 modified "2023-10-13" @default.
- W2898101564 title "Simulation study on the translocation of polyelectrolyte through conical nanopores" @default.
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- W2898101564 cites W1958406071 @default.
- W2898101564 cites W1966050266 @default.
- W2898101564 cites W1971212710 @default.
- W2898101564 cites W1974507074 @default.
- W2898101564 cites W1974880469 @default.
- W2898101564 cites W1978663383 @default.
- W2898101564 cites W1980035505 @default.
- W2898101564 cites W1986579856 @default.
- W2898101564 cites W1988416390 @default.
- W2898101564 cites W1989918649 @default.
- W2898101564 cites W1991674727 @default.
- W2898101564 cites W1993271063 @default.
- W2898101564 cites W1994471165 @default.
- W2898101564 cites W1999530645 @default.
- W2898101564 cites W2014361368 @default.
- W2898101564 cites W2021939076 @default.
- W2898101564 cites W2027009369 @default.
- W2898101564 cites W2027593760 @default.
- W2898101564 cites W2029746711 @default.
- W2898101564 cites W2032711662 @default.
- W2898101564 cites W2033940770 @default.
- W2898101564 cites W2041872425 @default.
- W2898101564 cites W2042743539 @default.
- W2898101564 cites W2043311987 @default.
- W2898101564 cites W2046243908 @default.
- W2898101564 cites W2049951222 @default.
- W2898101564 cites W2051815061 @default.
- W2898101564 cites W2055963058 @default.
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- W2898101564 cites W2091874084 @default.
- W2898101564 cites W2092305751 @default.
- W2898101564 cites W2094265329 @default.
- W2898101564 cites W2096435107 @default.
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- W2898101564 cites W2158574309 @default.
- W2898101564 cites W2168701047 @default.
- W2898101564 cites W2169371925 @default.
- W2898101564 cites W2293393117 @default.
- W2898101564 cites W2312842764 @default.
- W2898101564 cites W2320084488 @default.
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- W2898101564 cites W3098048326 @default.
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- W2898101564 cites W3104089055 @default.
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- W2898101564 doi "https://doi.org/10.1088/1361-648x/aaeb19" @default.
- W2898101564 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30431017" @default.
- W2898101564 hasPublicationYear "2018" @default.
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