Lecture_10_28

Lecture_10_28 - A B A B Each line on the plots represent an...

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Unformatted text preview: A B A B Each line on the plots represent an action potential Excitatory neuron and synapse Monosynaptic Excitation with Amplification : B has spontaneous activity Inhibitory neuron and synapse voltage voltage time time V.A.2.c. Amplifying synapse and post-synaptic cell is spontaneously firing A B B A Each line on the plots represent an action potential Excitatory neuron and synapse Monosynaptic Excitation B has no spontaneous activity and habituates Inhibitory neuron and synapse voltage voltage time time V.A.2.d. Post-synaptic cell habituates A B A B time voltage voltage time Each line on the plots represent an action potential Excitatory neuron and synapse Monosynaptic Inhibition: B has no spontaneous activity Inhibitory neuron and synapse V.A.3.a. Neither cell has spontaneous activity A B B Each line on the plots represent an action potential Excitatory neuron and synapse Monosynaptic Inhibition: B has high spontaneous activity Inhibitory neuron and synapse A voltage voltage time time V.A.3.b. Postsynaptic cell is spontaneously active A...
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This note was uploaded on 11/22/2009 for the course NPB 100 taught by Professor Chapman during the Fall '08 term at UC Davis.

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Lecture_10_28 - A B A B Each line on the plots represent an...

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