Linked from

The 24 pages that link to Actin, each with the reason it gives.

• PhagocytosisRelated: Actin remodeling drives the membrane extensions that enclose particles.

• Muscle contractionRelated: Thin filaments supply the track that myosin pulls during contraction.

• Smooth muscleRelated: Smooth-muscle actin filaments anchor to dense bodies and interact with myosin.

• Cardiac muscleRelated: Thin actin filaments slide past myosin during cardiac muscle contraction.

• SarcomereRelated: Thin filaments anchored at Z discs provide the tracks myosin pulls.

• Vascular smooth muscleRelated: Actin filaments interact with myosin to generate force in vascular smooth-muscle cells.

• ChoanoflagellateRelated: Actin supports microvilli and helps reshape the cell during particle engulfment.

• AmoebaRelated: Actin rearrangement helps drive the shape changes behind amoeboid movement.

• ApicomplexaRelated: Apicomplexan actin contributes to the motor system that powers gliding and invasion.

• Congenital myopathyRelated: ACTA1 variants can disrupt thin filaments and cause congenital weakness.

• Cytoplasmic streamingRelated: Actin filaments provide tracks and force-bearing structures for streaming.

• AmoebozoaRelated: Actin rearrangement helps amoebozoan cells extend and retract pseudopodia.

• Cell junctionRelated: Actin links adherens junctions and focal adhesions to cellular force.

• FilastereaRelated: Actin filaments build the filopodia characteristic of filasterean cells.