Control Of Synaptic Plasticity by Molecular Layer Interneurons (IMAGE)
Caption
(A) Pairing protocol used to generate associative plasticity in floccular slices. Below are averaged test postsynaptic potentials evoked by parallel fiber stimulation from the same cell before and after the pairing protocol. (B) Conjunctive Climbing fibers stimulation occurring coincident with a moderate level of Channelrhodopsin-induced molecular layer interneurons activation. Below are averaged test postsynaptic potentials evoked by parallel fiber stimulation from the same cell before and after the pairing protocol. (C) Climbing fibers were stimulated coincident with intensive activation of molecular layer interneurons during the pairing procedure. Below are averaged test postsynaptic potentials evoked by parallel fiber stimulation from the same cell before and after the pairing protocol. (D) During the stimulus protocol, molecular layer interneurons were activated following the parallel fiber tetanus.
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Max Planck Florida Institute for Neuroscience
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