Cytoskeleton: Difference between revisions

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Only clearly seen in [[eukaryotes|eukaryote]]s cytoskeletons are seen as filaments running through the cytoplasm of cells. The cytoskeleton is responsible for a cells shape and movement. Other properties include positioning&nbsp;organelles within a&nbsp;cell and directing transport between intracellular compartments. The cytoskeleton is&nbsp;associated with motor proteins which&nbsp;generate movement and allow the cell to be dynamic. The cytoskelton can be sub-divided into three components; [[actin filaments|Actin filaments ]],[[microtubules|Microtubules]] and [[intermediate filaments|Intermediate filaments]].<br>
Only clearly seen in [[Eukaryotes|eukaryotes]] cytoskeletons are seen as filaments running through the [[Cytoplasm|cytoplasm]] of cells. The cytoskeleton is responsible for a cells shape and movement. Other properties include positioning&nbsp;[[Organelles|organelles]] within a&nbsp;cell and directing transport between intracellular compartments. The cytoskeleton is&nbsp;associated with motor [[Proteins|proteins]] which&nbsp;generate movement and allow the cell to be dynamic. The cytoskelton can be sub-divided into three components; [[Actin filaments|Actin filaments]],&nbsp;[[Microtubules|Microtubules]] and [[Intermediate filaments|Intermediate filaments]].<br>

Revision as of 18:28, 15 November 2010

Only clearly seen in eukaryotes cytoskeletons are seen as filaments running through the cytoplasm of cells. The cytoskeleton is responsible for a cells shape and movement. Other properties include positioning organelles within a cell and directing transport between intracellular compartments. The cytoskeleton is associated with motor proteins which generate movement and allow the cell to be dynamic. The cytoskelton can be sub-divided into three components; Actin filamentsMicrotubules and Intermediate filaments.