A living cell's interior is one of the most complex and intrinsically dynamic systems, providing
an elaborate interplay between cytosolic crowding and ATP-driven motion that controls …

Intracellular transport is a complex interplay of ballistic transport along filaments and of
diffusive motion, reliably delivering material and allowing for cell differentiation, migration …

Intracellular transport in eukaryotic cells consists of phases of passive, diffusion-based
transport and active, motor-driven transport along filaments that make up the cell's …

The interior of a living cell is an active, fluctuating, and crowded environment, yet it maintains
a high level of coherent organization. This dichotomy is readily apparent in the intracellular …

We introduce the totally asymmetric simple exclusion process with Langmuir kinetics on a
network as a microscopic model for active motor protein transport on the cytoskeleton …

We show that within a living eukaryotic cell, mean square displacement of an engulfed
microsphere shows enhanced diffusion scaling as t 3/2 at short times, with a clear crossover …

The crowded intracellular environment poses a formidable challenge to experimental and
theoretical analyses of intracellular transport mechanisms. Our measurements of single …

The cellular cytoplasm is a complex, heterogeneous environment (both spatially and
temporally) that exhibits viscoelastic behavior. To further develop our quantitative insight into …

Diffusion of tracer particles in the cytoplasm of mammalian cells is often anomalous with a
marked heterogeneity even within individual particle trajectories. Despite considerable …

The intricate geometry of cytoskeletal networks and internal membranes causes the space
available for diffusion in cytoplasm to be convoluted, thereby affecting macromolecule …