Everything in nature has a geometric pattern—from the tiger's stripes and spirals in flowers to the unique fingerprints of ...

The linker of nucleoskeleton and cytoskeleton (LINC) complex, composed of proteins within the inner and the outer nuclear membranes, connects the nuclear lamina to the cytoskeleton. The importance of ...

The cytoskeleton – which includes a dynamic network of actin ... which inhibits the formation of actin filaments, caused parts of the cell membrane to curve inwards and form structures known as ...

Upon plasma membrane injury, the septin cytoskeleton is extensively redistributed to form submembranous domains arranged as knob and loop structures containing F-actin, myosin IIA, S100A11, and ANXA2.

Rac1 activation re-designs the actin cytoskeleton leading to dynamic actin driven remodeling of membrane protrusion and a switch from filopodia to lamellipodia. The reinforced cytoskeleton leads to an ...

Septins are part of the cytoskeleton and serve as a key structural ... They also frequently play a role precisely when curved membranes are involved. The binding of LecA is sufficient to induce ...

There are at least three places in a cell where memories are located: the cell membrane, the cytoskeleton with its nanotubules, and the cell nucleus with DNA and RNA. There are also extracellular ...

But where does the pushing force of the cytoskeleton actually originate from? The origin lies in a nucleation process that occurs just beneath the cell membrane. Nucleation of new actin filaments ...

This machinery depends on the orchestration of cellular functions such as cytoskeleton, subcellular transport, energy production, protein- and membrane synthesis that are adapted for branch formation.