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Supervillin Binding To Myosin Ii And Synergism With Anillin Are Required For Cytokinesis, Tara C. Smith, Peter C. Fridy, Yinyin Li, Shruti Basil, Sneha Arjun, Ryan M. Friesen, John D. Leszyk, Brian T. Chait, Michael P. Rout, Elizabeth J. Luna
Supervillin Binding To Myosin Ii And Synergism With Anillin Are Required For Cytokinesis, Tara C. Smith, Peter C. Fridy, Yinyin Li, Shruti Basil, Sneha Arjun, Ryan M. Friesen, John D. Leszyk, Brian T. Chait, Michael P. Rout, Elizabeth J. Luna
Elizabeth J. Luna
Cytokinesis, the process in which cytoplasm is apportioned between dividing daughter cells, requires coordination of myosin II function, membrane trafficking and central spindle organization. Most known regulators act during late cytokinesis; a few, including the myosin II-binding proteins anillin and supervillin, act earlier. Anillin's role in scaffolding the membrane cortex with the central spindle is well established, but the mechanism of supervillin action is relatively uncharacterized. We show here that two regions within supervillin affect cell division: residues 831-1281, which bind central spindle proteins, and residues 1-170, which bind the myosin II heavy chain (MHC) and the long form of …