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Biology / Neuroanatomy / Cerebrum / Neurons / Hippocampus / Theta rhythm / Entorhinal cortex / Place cell / Anatomy / Limbic system / Neuroscience


A Comparison of the Firing Properties of Putative Excitatory and Inhibitory Neurons From CA1 and the Entorhinal Cortex LOREN M. FRANK,1,2 EMERY N. BROWN,2 AND MATTHEW A. WILSON1 Center for Learning and Memory, RIKEN-MIT
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Document Date: 2013-03-22 13:43:57

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Natick / Cambridge / Boston / /

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Charles River Laboratories / 2Neuroscience Statistics Research Laboratory / McCormick / /

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Reorganization / /

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Massachusetts General Hospital / Massachusetts Institute of Technology / /

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peak finding algorithm / start food well / preamplifier chips / food reward / behavioral protocol / food wells / /

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ISIs / Linux / /

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Department of Brain and Cognitive Sciences / Entorhinal Cortex LOREN M. FRANK / 1 / 2 EMERY N. BROWN / 2 AND MATTHEW A. WILSON1 Center for Learning and Memory / Harvard / RIKEN-MIT Neuroscience Research Center / Massachusetts General Hospital / Massachusetts Institute of Technology / American Physiological Society / MIT Division of Health Sciences and Technology / /

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Spike / A. WILSON THETA / Matthew A. Wilson / Emery N. Brown / /

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representative / /

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V / D / EC / /

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Prince Edward Island / Massachusetts / /

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Wand / /

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Neuroscience / AV / preamplifier chips / Linux / behavioral protocol / 25-channel preamplifier chips / peak finding algorithm / /

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www.jn.org / /

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