BIPN140 Lecture 5

BIPN140 Lecture 5 - Cellular Neurobiology BIPN140

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http://www.biology.ucsd.edu/classes/bipn140.FA10/ Cellular Neurobiology BIPN140 Go to the website to get Problem Set 2 and the answers to Problem Set 1!
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Figure 3.8 Mathematical reconstruction of the action potential
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Figure 3.8 Mathematical reconstruction of the action potential
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Figure 2.2 Recording passive and active electrical signals in a nerve cell (Part 2)
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Figure 3.9 Feedback cycles responsible for membrane potential changes during an action potential
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Calcium-dependent potassium current A B C I K(total)
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Box 2B Action Potential Form and Nomenclature Purkinje neuron Neuron of the inferior olive Motor neuron soma Motor neuron axon Squid giant axon
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Spontaneous activity
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www.sciencemag.org SCIENCE VOL 292 25 May 2001
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The Question • Do these channels protect against hypoxia-induced generalized seizures? The Procedure Study mice in which the K ir 6.2 (K ATP ) gene is knocked out (KO) The Background • K ATP channels: what are they? ATP-dependent inward rectifier
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This note was uploaded on 10/30/2010 for the course BIPN BIPN 140 taught by Professor Spitzer during the Fall '07 term at UCSD.

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BIPN140 Lecture 5 - Cellular Neurobiology BIPN140

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