This protein binds p53 in a calcium-dependent fashion in order to help sequester p53 in the cytoplasm during DNA repair. It is adhered to integrin by the protein vinculin at focal adhesion plaques, and it is linked to cadherin by catenin. Complexes of it are disassembled by cofilin, and CapZ blocks it from depolymerization or polymerization. The (*) "F" configuration of this protein is a polymer of individual units of its "G" type, and this protein is the primary component of thin filaments, which function in cytokinesis, cytoskeletal structure, and sarcomere shortening. For 10 points, name this muscle protein that slides along myosin filaments during muscle contract
This protein binds p53 in a calcium-dependent fashion in order to help sequester p53 in the cytoplasm during DNA repair. It is adhered to integrin by the protein vinculin at focal adhesion plaques, and it is linked to cadherin by catenin. Complexes of it are disassembled by cofilin, and CapZ blocks it from depolymerization or polymerization. The (*) "F" configuration of this protein is a polymer of individual units of its "G" type, and this protein is the primary component of thin filaments, which function in cytokinesis, cytoskeletal structure, and sarcomere shortening. For 10 points, name this muscle protein that slides along myosin filaments during muscle contractions.
This protein binds p53 in a calcium-dependent fashion in order to help sequester p53 in the cytoplasm during DNA repair.
actin