Fractional dynamics has experienced a firm upswing during the past few years, having been
forged into a mature framework in the theory of stochastic processes. A large number of …

The relaxation, diffusion and translocation dynamics of single linear polymer chains in
confinement is briefly reviewed with emphasis on the comparison between theoretical …

The capability to screen a range of proteins at the single-molecule level with enhanced
selectivity in biological fluids has been in part a driving force in developing future diagnostic …

Within just a decade from the pioneering work demonstrating the utility of nanopores for
molecular sensing, nanopores have emerged as versatile systems for single-molecule …

The transport of biomolecules across cell boundaries is central to cellular function. While
structures of many membrane channels are known, the permeation mechanism is known …

The dynamics of translocation of polymer molecules through nanopores is investigated via
molecular dynamics. We find that an off-lattice minimalist model of the system is sufficient to …

The effect of sequence heterogeneity on polynucleotide translocation across a pore and on
simple models of molecular motors such as helicases, DNA polymerase/exonuclease, and …

The authors have performed the Langevin dynamics simulation to investigate the unforced
polymer translocation through a narrow nanopore in an impermeable membrane. The …

demonstrated that the reaction rate cannot be reproduced by projecting the dynamics onto a
single empirical reaction coordinate, a result suggesting the dynamics of this system cannot …

A formalism of polymer translocation through a cylindrical channel of finite diameter and
length between two spherical compartments is developed. Unlike previous simplified …