04 -- Action Potentials and Synapses 1

04 -- Action Potentials and Synapses 1 - Channels 3.10...

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Click to edit Master subtitle style 10/6/09 Figure 3.2 Ionic Forces Underlying Electrical Signaling in Neurons
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10/6/09 Figure 3.3 The Ionic Basis of the Resting Potential
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10/6/09 Figure 3.4 The Distribution of Ions Inside and Outside of a
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10/6/09 2.19 A Classification of Neurons into Three Principal Types
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10/6/09 3.6 Mediation of the Action Potential by Voltage-Gated Sodium Channels
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10/6/09 3.6 Mediation of the Action Potential by Voltage-Gated Sodium Channels
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10/6/09 3.6 Mediation of the Action Potential by Voltage-Gated Sodium Channels
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10/6/09 3.6 Mediation of the Action Potential by Voltage-Gated Sodium Channels
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10/6/09 3.6 Mediation of the Action Potential by Voltage-Gated Sodium
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Unformatted text preview: Channels 10/6/09 3.10 Conduction along Unmyelinated versus Myelinated Axons (Part 1) 10/6/09 3.10 Conduction along Unmyelinated versus Myelinated Axons (Part 2) 10/6/09 How do we generate an AP? 10/6/09 2.19 A Classification of Neurons into Three Principal Types 10/6/09 Box 3.2 Electrical Synapses Work with No Time Delay (Part 2) 10/6/09 Figure 3.12 A Nicotinic Acetylcholine Receptor 10/6/09 Figure 3.4 The Distribution of Ions Inside and Outside of a Neuron 10/6/09 Figure 3.10 Spatial Summation in a Postsynaptic Cell 10/6/09 10/6/09 Figure 3.13 Two Types of Chemical Synapses...
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This note was uploaded on 03/23/2009 for the course BIOL 455 taught by Professor Sabrinaburmeister during the Spring '08 term at UNC.

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04 -- Action Potentials and Synapses 1 - Channels 3.10...

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