We study a deterministic framework for important cellular transport phenomena involving a
large number of interacting molecules called the excluded flow of extended interacting …

We report on non-equilibrium phase transitions in the driven lattice gas model totally
asymmetric exclusion processes caused by nearest-neighbor (NN) repulsions between …

Biological molecular motors are special enzymes that support biological processes such as
intracellular transport, vesicle locomotion, RNA translation and many more. Experimental …

In this manuscript, we introduce a totally asymmetric simple exclusion process on a dynamic
lattice with inhomogeneity to model motor-based long-range transport along microtubules …

Dynamical transitions, already found in the high-and low-density phases of the Totally
Asymmetric Simple Exclusion Process and a couple of its generalizations, are singularities …

Long-range bidirectional transport depends on the collective motion of interacting particles
and associations in the entrance and exit of several transport mediums. Motivated by these …

Successful functioning of all living systems depends on several classes of active enzymatic
molecules known as biological molecular motors. They are involved in processes that …

We study the non-equilibrium steady states in a closed system consisting of interacting
particles obeying exclusion principle with quenched hopping rate. Cluster mean field …

Motor proteins or biological molecular motors belong to a class of active enzymatic
molecules that are responsible for transport and force generation in living cells. They …

Motor proteins, also known as biological molecular motors, play important roles in various
intracellular processes. Experimental investigations suggest that molecular motors interact …