… random-walk theory. We show that the receptor undergoes changes of diffusivity, consistent
with the current view of the cell … Simulations based on a model of an ordinary random walk in …

… of living cells the Langevin equation approach with external noise is meaningful. Active,
superdiffusive particle transport in live cells … tracer motion in live bacteria and yeast cells [42], …

… of intracellular transit speeds, diffusivities, time and length scales. … at short time scales within
live cells whether the vesicles are … MSDs alone: continuous time random walks with a power …

… important and biologically tunable mechanism for transport in living cells. … diffusivity will be
significantly larger, because the driving force is not thermal fluctuations but rather the random …

… Diffusion is a widely applicable concept applying to any field involving random walks in …
Diffusion and osmosis are involved in active metabolism in living cells. Diffusion has played …

… limitations on the functioning of the living cell above a certain size,… a 6±8-fold reduction in
diffusivity is consistent with a … 2D/x, where D is the diffusivity and x is the diffusion distance. For …

The movement of molecules inside living cells is a … single-molecule and single-cell level can
add significant insight into … molecular localization in live cells is fluorescence microscopy, …

… The other three parameters are randomly initialized in the beginning and then updated by …
emission probability distribution as , and randomly initializing state transition probability matrix …

… diffusion in the cell is that of random walks in fractal media … molecules, but also a spatial
map of diffusivity [66, 67]. This … on HIV-1 assembly within living cells [68]. These promising …

… We conclude that non-equilibrium contributions to diffusivity … units that are used to measure
the random variable (in our work - … diffusivity (which correspond to the variance of the random …