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Vol 463 | 7 January 2010 | doi:[removed]nature08652 LETTERS High-performance genetically targetable optical neural silencing by light-driven proton pumps Brian Y. Chow1,2*, Xue Han1,2*, Allison S. Dobry1,2, Xiaofeng Qian
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Document Date: 2012-05-17 11:42:07

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Neuroreport / Cambridge / /

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1 The MIT Media Laboratory / Macmillan Publishers Limited. / GenBank / Cummins / Bernstein / Engelhard / Synthetic Neurobiology Group / Waschuk S. A. / /

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United States / Tibet / /

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the NIH Director’s New Innovator Award / the SFN Research Award / the McGovern Institute Neurotechnology Award / funding by the NIH Director’s New Innovator Award / /

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Plant Cell / Arch WT / Arch Halo/NpHR / N terminus of Arch / Scale bar / Arch eNpHR Arch WT / Massachusetts Institute of Technology / High-performance Arch / MIT McGovern Institute / /

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bath solutions / pH imaging / online version / charge carrier / exogenous chemical supplementation / neuromodulation technology / subsequent confocal imaging / intracellular solutions / integrated fiberoptic and optogenetic technology / physiological solutions / optogenetic applications / normal solutions / org/protocols / simultaneous imaging / esb@media.mit.edu / /

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XP / /

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Center for Bits and Atoms / Benesse Foundation / National Institute of Health / National Science Foundation / Cognitive Sciences and MIT McGovern Institute for Brain Research / MIT / eta / Jerry / Massachusetts Institute of Technology / Department of Biological Engineering / Alfred P. Sloan Foundation / MIT Media Lab / Department of Defense / Wallace H. Coulter Foundation / Helen Hay Whitney Foundation / /

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Marge Burnett / Jerry Burnett / /

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Author / Director / Representative / Author Information Sequences / /

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Sigma DP2 Digital Camera / Koss P 3 Headphone/Headset / /

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Massachusetts / /

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PLoS One / /

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Wand / /

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Neuroscience / directed mutagenesis / neuromodulation technology / optical fiber / laser / lasers / optical fibre / http / simulation / 3g / integrated fiberoptic and optogenetic technology / estimated using a Monte Carlo light scattering/absorption simulation / /

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www.nature.com/nature / www.nature.com/reprints / www.ncbi.nlm.nih.gov / /

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