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Thalamocortical Relay Cell: Two States of Activity |
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Example of Rhythmic Calcium Spikes in TTX |
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Two States of Activity in Relay Cell |
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Acetylcholine Changes States of Thalamocortical Cells through Depolarization |
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Cortical Chattering cell: Response to a Moving Bar Stimulus (1.4 Megabytes) |
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Cortical Chattering Cell: Response to Current Pulse Injection (1.8 Megabytes) |
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Fast spiking non-pyramidal cell. Response to Injection of Current Pulses |
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Fast Spiking non-pyramidal cell. Visual responses |
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Intrinsic Bursting large Layer V pyramidal cell. Response to depolarizing current pulse injection |
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Intrinsic Bursting Layer V pyramidal cell. Response to visual stimulus |
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Regular spiking cortical pyramidal cell. Response to current pulse injection |
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Regular spiking cortical pyramidal cell. Visual responses to drifting grating |
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Movie of the Response of a Cortical Cell to the Presentation of High Contrast followed by a Low Contrast Grating |
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Intracellular and extracellular field and multiple unit recordings of slow oscillation in vivo in ketamine/xylazine anesthesia: Action Potentials | ||
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Intracellular and extracellular field and multiple unit recordings of slow oscillation in vivo in ketamine/xylazine anesthesia: Synaptic Potentials | ||
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Simultaneous extracellular and intracellular recording in the cortex during the slow oscillation: Action Potentials | |
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Simultaneous extracellular and intracellular recording in the cortex during the slow oscillation: Postsynaptic Potentials | |
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Propagation of the slow oscillation in layer 5 across an array of eight electrodes |
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Long recording of propagation of the slow oscillation in layer 5 |
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Now you can be a cortical cell in a propagating wave! |
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Generation of Sodium and Dendritic Ca2+ spikes in a single Purkinje Cell in vitro |
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Thalamocortical cells during spindle waves |
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PGN neurons during spindle waves |
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Propagation of spindle waves in vitro |
Enclosed are movies of intracellular recordings from either single relay cells during spontaneous intrinsic oscillations, or during the generation of spindle waves. In addition, there are movies of the response of cortical neurons to current pulses or the presentation of a visual stimulus.
These movies are highly instructional in that they give a real time "feel" for how these cells behave. They are present in three formats: Video for Windows (*.avi), Quicktime (*.mov) and MPEG (*.mpg). Movie of Saltatory Conduction in Cortical Pyramidal Cell Axons: Great Demonstration for Teaching!
