The mechanical and structural properties of actin cytoskeleton drive various cellular
processes, including structural support of the plasma membrane and cellular motility. Actin …

Bundles and networks of semiflexible biopolymers are key elements in cells, lending them
mechanical integrity while also enabling dynamic functions. Networks have been the subject …

Cytoskeletal filaments provide cells with mechanical stability and organization. The main key
players are actin filaments and microtubules governing a cell's response to mechanical …

The cytoskeleton is a network of interconnected protein filaments, which provide a three‐
dimensional scaffold for cells. Remodeling of the cytoskeleton is important for key cellular …

The self-assembly of molecular and macromolecular building blocks into organized patterns
is a complex process found in diverse systems over a wide range of size and time scales …

Attractive depletion forces between rodlike particles in highly crowded environments have
been shown through recent modeling and experimental approaches to induce different …

Actin and tubulin are key structural elements of Eukaryotes' cytoskeleton. The networks of
actin filaments and tubulin microtubules are substrates for cells' motility and mechanics, intra …

Solvent conditions are unexpectedly sufficient to drastically and reversibly slow down cells.
In vitro on the molecular level, protein–solvent interactions drastically change in the …

Suspensions of microtubules and nonadsorbing particles form thick and long bundles due to
depletion forces. Such interactions act at the nanometer scale and define the structural and …

Actin filaments are conductive to ionic currents, mechanical and voltage solitons. These
travelling localisations can be utilised to generate computing circuits from actin networks …