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Neurophysiology / Neural networks / Neurobiology / Cell signaling / Synaptic plasticity / Metaplasticity / NMDA receptor / Chemical synapse / Biological neural network / Biology / Neuroscience / Nervous system


doi:[removed]j.neuron[removed]
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Document Date: 2013-04-25 13:02:54


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Company

IgG / Hippocampal Networks / /

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Event

FDA Phase / /

Facility

RIKEN-MIT Neuroscience Center Massachusetts Institute of Technology Cambridge / /

IndustryTerm

consequent loading-unloading protocols / induction protocol / functional neural networks / postsynaptic machinery / stimulation/loading protocol / maximal stimulation protocol / theta burst induction protocol / control / bath solution / This protocol / applied induction protocol / /

Organization

RIKEN / Institute of Technology Cambridge / Guosong Liu* Department of Brain / MIT / Massachusetts Institute of Technology / Brain and Cognitive Sciences Picower Center for Learning and Memory / /

Person

Rao / Allen / Uncorrelated Activity Inna Slutsky / Safa Sadeghpour / Craig / Bing Li / Guosong Liu / Stevens / /

Position

endogenous messenger for TBS-induced presynaptic potentiation / endogenous messenger / mediator / Representative / messenger / /

Product

NR2B / nimodipine / VGLUT1 / GAD65 / FM1-43 / S1 / F2 / /

ProvinceOrState

Pr / Massachusetts / /

Technology

Neuroscience / antibodies / applied induction protocol / induction protocol / 30 AP stimulation/loading protocol / TBS protocol / two consequent loading-unloading protocols / This protocol / Experimental protocol / maximal stimulation protocol / 30 AP protocol / theta burst induction protocol / observed following the theta burst induction protocol / /

URL

http /

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