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This Concept Map, created with IHMC CmapTools, has information related to: Chapter 9 Haworth, Ethington, Jancsy, Shalvoy, Migliozzi, Calcium innervates one to hundreds of Myofibrils, Tropomyosin in its relaxed state, blocks binding sites of Myosin, Myosin which binds actin to cause Tension, Action Potential allows axon terminal entrance of Calcium, ATP provides energy for crontractionand detachment of the head of the Myosin, Sodium causes a depolarization resulting in an Action Potential, Calcium which stimulates the release of Acetylcholine, Calcium binds to Troponin, Sarcoplasmic Reticulum regulates intracellular levels of Calcium, Troponin contains an inhibitory subunit that binds to Actin, Acetylcholine broken down to reduce further contraction of Myofibrils, Myofibrils contain the contractile elements of Skeletal muscle, Troponin changes shape and removes the blocking action of Tropomyosin, Tension caused by the force exerted by contracting Myofibrils, Calcium influx triggers the contraction of Smooth muscle, Tropomyosin forms part of thin filament by spiraling around Actin, Acetylcholine binds sarcolemma opening ion channels that allow the passage of Sodium, Myofibrils surrounded by interconnecting tubules of the Sarcoplasmic Reticulum, Motor Neuron transmits Action Potential, T-tubules conduct electrical impulse that ensure simultaneous contraction of Myofibers