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City Invitrogen / Alfa Aesar / Valencia / Sigma / Edenbridge / London / / Company Wang LP / Arrenberg AB / TAAB Laboratories / Wellcome Trust / Olympus / Proc Natl Acad Sci U S A / Alomone Labs / Vallbo AB / Creative Commons / McCormick / Kao / / Country Japan / United States / United Kingdom / Israel / / Currency USD / / / Event Product Issues / / Facility terminus of ChR2-YFP / Tokyo Institute of Technology / King’s College / / IndustryTerm saline external solution / photorelease technology / internal solutions / initiation site / gluconate-based internal solution / 40x oil immersion objective / acquisition software / gluconate-based internal solutions / optical technologies / neuronal networks / imaging / photochemical tools / optogenetic tool / optogenetic tools / external solution / optogenetic applications / versatile tool / treatment of Parkinson’s disease / internal solution / model systems / / MarketIndex AIS / / NaturalFeature Na(+) channel / YFP channel / Na+ channel / / Organization Centre for Developmental Neurobiology / Harvard / King’s College London / Tokyo Institute of Technology / / Person Developmental Neurobiology / Williams SR / Bennett V / Alexa Fluor / Melissa Coleman / Juan Burrone / M. Evans / A. Chand / Karl Deisseroth / N. Ben Fredj / / Position original author / Editor / Walker / Rasmussen HB / ChEF / RT / min RT / Carpenter / player / Author / Fache MP / / Product F22 / AIS targeting / / ProgrammingLanguage php / / PublishedMedium PLoS ONE / the PLoS ONE / / RadioStation Rush AM / / Technology alpha / neuroscience / ultrasound / cloning / laser / lasers / photorelease technology / / URL www.grubblab.org/Matlab-scripts.php / www.plosone.org / www.addgene.org / www.mathworks.com/matlabcentral/fileexchange/28181-aisquantification / / SocialTag 
Channelrhodopsin-2 Localised to the Axon Initial Segment Matthew S. Grubb*, Juan Burrone Medical Research Council (MRC) Centre for Developmental Neurobiology, King’s College London, London, United Kingdom Abstract