Linked from

The 22 pages that link to Cytoskeleton, each with the reason it gives.

• EukaryoteRelated: Its extensive internal framework enables cell shapes and movements uncommon in prokaryotes.

• KeratinNarrower topic: Keratin filaments are one branch of the cell-wide structural network.

• Extracellular matrixCompared with: It is an intracellular structural network, whereas the extracellular matrix lies outside cells.

• MicrotubuleNarrower topic: Microtubules are one of the cytoskeleton’s three principal filament systems.

• Cell biologyRelated: Its dynamic framework organizes the interior and enables movement and division.

• MechanotransductionNarrower topic: Its filaments transmit forces from the cell surface to internal structures.

• OrganelleCompared with: The cytoskeleton organizes cellular space but is not usually classified as an organelle.

• CytoplasmBroader topic: Its filaments organize the cytoplasm and help move materials through it.

• Cell polarityRelated: Its filaments help position polarity factors and move cargo to specific regions.

• Eukaryotic cellBroader topic: It organizes the space between membrane-bound compartments.

• Intermediate filamentNarrower topic: Intermediate filaments are one of its three major filament systems.

• Cytoplasmic streamingNarrower topic: Streaming is one form of movement organized by this cellular framework.

• Contractile vacuoleRelated: Cytoskeletal elements help position contractile-vacuole components and coordinate their movements.

• Active matterRelated: Motor proteins and filaments form biological active materials inside cells.

• EuglenozoaRelated: Its microtubules help organize euglenozoan flagella and cell form.

• CiliateRelated: Its microtubules underpin cilia and help organize ciliate cell structure.

• EukaryotaBroader topic: Eukaryotic cytoskeletal systems enable large cells to organize and move their contents.

• ProtozoaRelated: Its components help protozoa change shape and move using cilia or flagella.

• Stefan HellRelated: Super-resolution imaging reveals cytoskeletal arrangements hidden by diffraction-limited microscopy.

• Biomolecular & subcellular processesRelated: Its filaments provide tracks and scaffolds for intracellular processes.

• Cell Physiological PhenomenaRelated: Its filaments enable intracellular transport, shape changes, and locomotion.

• Cellular organization, physiology & dynamicsRelated: Its filaments organize the interior and enable cells and their contents to move.