Akt phosphorylates many proteins involved in polymerisation and stabilisation of the actin cytoskeleton. Filling gaps in signaling to actin cytoskeleton. ATP causes the binding between actin and myosin filaments to break. Other signaling pathways have also been implicated in the regulation actin and myosin dynamics. The filaments of actin and myosin then form linkages. The calcium drives the movement of myosin and actin filaments. ATP binds to the cross bridges between myosin heads and actin filaments. Golgi depends on actin cables and not microtubules. Myofilaments are the filaments of myofibrils, constructed from proteins, principally myosin or actin. Adherens junctions share the characteristic of anchoring cells through their cytoplasmic actin filaments. Macrophages - their use in elucidation of cytoskeletal roles of actin. These proteins include fibroblast activating protein and alpha-smooth muscle actin. Myosin is an example of a protein that bonds with actin. Intraplatelet calcium concentration increases, stimulating the interplay between the microtubule/actin filament complex. These protein complexes link cadherins to actin filaments.