ACTION POTENTIAL STEPS CELL

Jan 11, 12
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  • The actual process of the action potential generation occurs in four steps, . 2b)
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  • Each region of the heart has cells with slightly different action potentials. . we
  • Unlike non-pacemaker action potentials in the heart, and most other cells that
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  • The action potential is quick to allow for a faster contraction of the muscle. The
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  • In the neuron an action potential produces the nerve impulse, and in the muscle
  • Small holes in each cell's membrane, called gap junctions, are juxtaposed so that
  • The individual muscle fibers, multinucleated cells, contain long slender . begins
  • The movement of sodium ions into the cell depolarizes adjacent sites, triggering
  • Sum of all chemical and electrical forces acting across the cell membrane .
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  • action potential steps. 1. Na+ (sodium ion). K+ (potassium ion) proteins inside of
  • In essence, the postsynaptic cell at a chemical synapse is not a slave to the .
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  • The first step of the action potential is that the Na+ channels open allowing a
  • The cardiac action potential has five phases. . potential when the cell is not
  • pass from one cell to another, they cause depolarization in the other cell. 9. What
  • May 19, 2009 . The action potential has 5 phases (numbered 0-4). . that together produce the
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  • The actual process of the action potential generation occurs in four steps, . 2b)
  • Five equal 4-msec steps of inward transmembrane current, with current
  • In this tutorial, we will review the phases of an action potential measured from a .
  • 9. What are the three steps in the initiation of action potential in an autorhythmic
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  • Here's what happens in just six easy steps: Polarization of the . Cell membranes
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  • A tutorial on the factors that produce an action potential, using interactive . to the
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  • In such cases, the action potential simply travels from one cell to the next through
  • . is reached, an action potential occurs, an impulse travels along the muscle cell

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