KnowraExcitation-contraction couplingLinked fromLinked fromThe 13 pages that link to Excitation-contraction coupling, each with the reason it gives.All 13Related 10Narrower topic 3Skeletal muscleRelated: It connects the muscle fiber's action potential to the calcium signal that enables force production.Neuromuscular junctionRelated: It carries the junction’s electrical output into the muscle’s contractile machinery.Muscle contractionRelated: It connects nerve-evoked electrical activity to the actin–myosin machinery.Motor neuronRelated: It converts the motor signal received at the muscle into force.Cardiac muscleRelated: Calcium signaling translates cardiac electrical activity into force-producing interactions.Calcium signalingRelated: Calcium release connects electrical excitation to the contractile machinery.Cardiac action potentialRelated: The cardiac action potential supplies the calcium signal that links excitation to force.SarcolemmaRelated: It connects sarcolemmal excitation to the intracellular events that produce contraction.Muscle cellRelated: It explains how a muscle cell converts membrane excitation into force.Musculoskeletal and Neural Physiological PhenomenaRelated: It connects nerve-triggered electrical activity to muscular force.