1. Unit 1 Opener
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2. Figure 2.1 Types of neuronal electrical signals
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3. Figure 2.1 Types of neuronal electrical signals (Part 1)
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4. Figure 2.1 Types of neuronal electrical signals (Part 2)
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5. Figure 2.1 Types of neuronal electrical signals (Part 3)
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6. Figure 2.2 Recording passive and active electrical signals in a nerve cell
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7. Figure 2.2 Recording passive and active electrical signals in a nerve cell (Part 1)
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8. Figure 2.2 Recording passive and active electrical signals in a nerve cell (Part 2)
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9. Figure 2.3 Transporters and channels move ions across neuronal membranes
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10. Figure 2.3 Transporters and channels move ions across neuronal membranes
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11. Figure 2.4 Electrochemical equilibrium
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12. Figure 2.4 Electrochemical equilibrium (Part 1)
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13. Figure 2.4 Electrochemical equilibrium (Part 2)
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14. Figure 2.5 Membrane potential influences ion fluxes
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15. Figure 2.5 Membrane potential influences ion fluxes (Part 1)
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16. Figure 2.5 Membrane potential influences ion fluxes (Part 2)
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17. Figure 2.6 Resting and action potentials arise from differential permeability to ions
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18. Figure 2.7 Resting membrane potential is determined by the K+ concentration gradient
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19. Figure 2.7 Resting membrane potential is determined by the K+ concentration gradient (Part 1)
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20. Figure 2.7 Resting membrane potential is determined by the K+ concentration gradient (Part 2)
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21. Box 2A The Remarkable Giant Nerve Cells of Squid
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22. Figure 2.8 The role of Na+ in the generation of an action potential in a squid giant axon
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23. Figure 2.8 The role of Na+ in the generation of an action potential in a squid giant axon (Part 1)
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24. Figure 2.8 The role of Na+ in the generation of an action potential in a squid giant axon (Part 2)
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25. Box 2B Action Potential Form and Nomenclature
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26. neuro4e-table jpg