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This Concept Map, created with IHMC CmapTools, has information related to: Chapter 9 Muscular System-Sprockel, Boyer, McKee, Poynton, Crocker, ATP regenerated anaerobically during muscle activity along with Creatine, Motor Neurons carry electrical impulses from the CNS to the Skeletal Muscle, Myosin binds Actin, Skeletal Muscle has Striations, Action Potential travels throughout the muscle cell using T-Tubules, Sodium initiates AP down the T-Tubules, Acetylcholine which binds to receptors on the sarcolemma at the neuromuscular junciton, causing an influx of Sodium, Actin once inhibitory Tropomyosin, Striations resulting from the staggered alignment of thin and thick filaments made of, respecively: Actin, Calcium to Troponin, Calcium from the Sarcoplasmic Reticulum, Myofibril which bundled together are called a Myofiber, Smooth Muscle lacks Striations, Striations resulting from the staggered alignment of thin and thick filaments made of, respecively: Myosin, T-Tubules which conduct the AP signaling relsease of Calcium, T-Tubules which infiltrate a Myofibril, Action Potential leading to a release of the neurotransmitter Acetylcholine, Myosin whose heads, are in low-energy conformation when bound to ATP, Myofibril promoting muscle contraction, generating Tension, ATP when regenerated during aerobic respiration requires Oxygen