We probe the transport properties in protein solutions stable with respect to any, solid or
liquid, phase separation as a step in the understanding of transport in the cytosol of live …

A family of methods uses colloidal particles as a mechanical probe for deforming the
medium in conjunction with a procedure to trace the movement of the particles to get …

This topical review focuses on applying the basics of the classical Coulomb–Amontons (CA)
law of friction to describe bioinspired articulating systems of extremely low values of …

We study fluctuating tilt Brownian ratchets based on fractional subdiffusion in sticky
viscoelastic media characterized by a power law memory kernel. Unlike the normal diffusion …

Structural and viscoelastic properties of slightly interconnected polymer networks immersed
in a solvent have been studied in two cases: when the polymer network is building up and …

This work justifies further paradigmatic importance of the model of viscoelastic subdiffusion
in random environments for the observed subdiffusion in cellular biological systems …

Viscoelastic subdiffusion governed by a fractional Langevin equation is studied numerically
in a random Gaussian environment modeled by stationary Gaussian potentials with …

We present a molecular dynamics and theoretical study on the diffusion of interacting
particles embedded on the surface of a sphere. By proposing five different interaction …

We study subdiffusive overdamped Brownian ratchets periodically rocked by an external
zero-mean force in viscoelastic media within the framework of a non-Markovian generalized …

The modelling of diffusion in membranes is essential to understanding transport processes
through membranes, especially when it comes to improving process efficiency. The purpose …