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Step 1
Action potential travels down motor neuron
Step 2
Voltage Gated Ca²+ channels open in motor end plate, Ca²+ enters neuron
Step 3
Ca²+ causes synaptic vesicles with Acetylcholine to do exocytosis, Acetylcholine releases to synaptic cleft
Step 4
Acetylcholine binds to ligand gated Na+ channels, Na+ flows into muscle fiber (local depolarization)
Step 5
Action potential propogates bidirectionally
Step 6
Action potential travels down T-tubule to sarcoplasmic reticulum
Step 7
Ca²+ released from sarcoplasmic reticulum into sarcoplasm
Step 8
Ca²+ binds to troponin, moves tropomyosin to reveal active site