Nerve Impulse

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AUTONOMICREFLEXESCOS SBXYHQHNIRLFIFHTNAZK KPOPVIJOMVNMMNMDGCOT LSYADDYIOTJXSNSESTSS EWWERUGTYUCDOMOZSICH HISBHYXAAZUFKTWIHORD TFODKDDZSJGOWNJRMNAG TSMMEDEITONOAOJAYPXR FHARBIBRMMRPUIPLNOEE EITDFNFABTGARTMOUTLS LHIQXPBLQAXDQAHPVEFL CDCGKAJONSYFYZRONNEU CGRADEDPOTENTIALATRP IKECFTREVLCDZRQZIIVM TQFYJAXROFCKYAKHXAEI PSLYJJPLXBMVXLKIGLOE AREWREFLEXVMZOECUPYV NKXMDMEXGKVXYPDKSHNR YCELCBQELMAPAEWAVSPE SMSUJYJIVHNFDDNPTRMN
1.
the state of an unstimulated neuron or muscle cell in which the inside of the cell is relatively negative in comparison to the outside; the resting state.
2.
the loss of a state of polarity; the loss of a negative charge inside the plasma membrane.
3.
local change in membrane potential that varies directly with the strength of the stimulus; declines with distance.
4.
an electrical event occurring when a stimulus of sufficient intensity is applied to a neuron or muscle cell, allowing sodium ions to move into the cell and reverse the polarity.
5.
a self-propagating wave of depolarization; also called an action potential.
6.
restoration of the membrane potential to the initial resting (polarized) state.
7.
fluid-filled space at a synapse between neurons.
8.
automatic reaction to a stimulus.
9.
neural pathway for reflexes.
10.
involuntary reflexes that stimulate skeletal muscle.
11.
involuntary reflexes that regulate smooth muscle, heart, and gland activity.