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Histology / Visual system / Neurotransmitters / Ionotropic receptors / Retina amacrine cell / Glutamate receptor / Retina / Rod cell / Glutamic acid / Biology / Anatomy / Neurons


doi:j.visres
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Document Date: 2014-07-26 20:25:39


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File Size: 1,34 MB

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City

Lake City / Salt Lake City / /

Company

IgG / ACs / HTC / IPL / Wilson / Elsevier Ltd. / Ames / The Retinal Networks Laboratory / Marc Laboratory / Brookhaven Protein Data Bank *.pdb / /

Country

United States / /

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Facility

Kalloniatis laboratory / University of Utah / Marc Laboratory / Scale bar / University of Utah School / USA The Retinal Networks Laboratory / Reis laboratory / The University of Auckland / Weil-Cornell Medical College / /

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IndustryTerm

high-resolution imaging / natural decarboxylation product / biionic solution / calcium imaging resolution / vertebrate information processing assemblies / Saline solutions / loose cover continuous gas / in vitro protocol / endogenous networks / calcium imaging still suffer / lter chips / uorescence imaging / planapochromatic oil immersion lens / tissue systems / methods and protocol / functional magnetic resonance imaging / brief protocol / physiological media / visualization technologies / www2.chemie.uni-erlangen.de/software/corina/index.html / basic tool / protein carrier / /

NaturalFeature

Cation channel / /

Organization

University of Utah School of Medicine / University of Utah / John A. Moran Eye Center / Weil-Cornell Medical College / University of Auckland / Society for Neuroscience / /

Person

Robert E. Marc / Bryan W. Jones / Michael Kalloniatis / /

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Position

AGB reporter / excitation reporter / guanidinium head / Corresponding author / Singer / reporter / /

ProvinceOrState

New York / Utah / /

Technology

Neuroscience / in vitro protocol / visualization technologies / html / lter chips / CMP / magnetic resonance imaging / brief protocol / http / /

URL

http /

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