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Synaptic Plasticity and Memory, from Molecules to Behavior
9 NMDA receptors and place cells In this meeting we will discuss two papers that were published together in one issue of the journal Cell as two parts of a three part story. Here, Susumu Tonegawa introduced new molecular tools that facilitated the deletion of a molecule necessary for synaptic plasticity from one part of the hippocampal network. We will see how this affected synaptic plasticity, spatial learning and place cell formation. Lecture 9
Life Sciences Courses;Biology--Neuroscience;Biology--Molecular Biology;Biology--Neurobiology
授课人:Dr. Ariel Kamsler
机构:Massachusetts Institute of Technology
主题词:20.1
美国|英语
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9 NMDA receptors and place cells In this meeting we will discuss two papers that were published together in one issue of the journal Cell as two parts of a three part story. Here, Susumu Tonegawa introduced new molecular tools that facilitated the deletion of a molecule necessary for synaptic plasticity from one part of the hippocampal network. We will see how this affected synaptic plasticity, spatial learning and place cell formation. Lecture 9 304KB PDF download
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