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Nervous system / Synaptic vesicle / Chemical synapse / Neuron / Inhibitory postsynaptic potential / Vesicle-associated membrane protein / SNAP25 / Exocytosis / Neurotransmitter / Biology / Neuroscience / Neurophysiology


Neuron NeuroResource Optogenetic Inhibition of Synaptic Release with Chromophore-Assisted Light Inactivation (CALI) John Y. Lin,1,* Sharon B. Sann,2 Keming Zhou,2 Sadegh Nabavi,3 Christophe D. Proulx,3 Roberto Malinow,2
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Document Date: 2014-07-01 03:39:59


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File Size: 2,99 MB

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City

La Jolla / CALI / /

Company

Life Technologies / Olympus / Millipore / Elsevier Inc. / Affymetrix / /

Currency

pence / /

Facility

terminal of VAMP2 / SNARE complex / Hughes Medical Institute University of California / C terminus / C terminus of C. / N terminus / C terminus of SYP1 / Janelia Farm Research Campus / C terminus of VAMP2 / C terminus of SYP1-miniSOG / N terminus of VAMP2 / University of Utah / University of California / /

IndustryTerm

optogenetic tools / local dendritic recording site / dye solution / Chemical-biological optogenetic approaches / presynaptic site / biophysical applications / potassium solution / chemicals / /

Organization

University of Utah / IFP SYP1 / University of California / Davis / A SYP1 / MIT / Neuron Optogenetic Inhibition / UCSD Institutional Animal Care and Use Committee / University of California / San Diego / /

Person

John Y. Lin / Davis / Marek / Erik Jorgensen / S. Andrew Hires / Lin Tian / Sharon B. Sann / /

Position

Representative / /

Product

InSynC / /

ProvinceOrState

Utah / California / /

Region

New England / /

Technology

laser / electroporation / Cloning / FlAsH / InSynC technology / /

URL

http /

SocialTag