| Document Date: 2007-08-29 13:16:30
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City Metha / T1 / Mitzdorf / New York / Mandeville / Neuroreport / Berlin / L. A. / / Company Hillyard S. A. / Lee S. P. / Rorie A. E. / Engel S. A. / Macmillan Magazines Ltd. / Singer / J. Comp / / Country United States / / / Facility National Eye Institute / MT complex / Stanford University / Serra Mall / HIRFs stable / / IndustryTerm experimental protocol / stimulation protocol / optical-imaging studies66 / intracortical processing / magnetic resonance imaging / diffusible by-product / functional imaging / stimulation protocols / optical-imaging / functional imaging data / emitted radiofrequency energy / appropriate experimental protocols / imaging / measured functional magnetic resonance imaging / energy usage / energy / brain imaging / intrinsic optical-imaging activity / functional magnetic resonance imaging / high-speed magnetic resonance imaging / visual motion processing / certain experimental protocols / experimental protocols / / MedicalCondition dysfunction / / MedicalTreatment neurosurgery / image-guided surgery / surgery / / Organization MIT / Department of Psychology / Stanford University / Society for Neuroscience / / Person W. Neuronal / David J. Heeger / W. Visuomotor / Huk / David Ress / Hyde / Magn / / Position Hb / D. J. / D.J. / / ProvinceOrState New York / Montana / California / A. B. / / SportsLeague Stanford University / / Technology travelling-wave stimulation protocol / neuroscience / appropriate experimental protocols / MRI / experimental protocols / laser / magnetic resonance imaging / spectroscopy / stimulation protocols / radio frequency / certain experimental protocols / experimental protocol / simulation / / URL http /
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REVIEWS WHAT DOES fMRI TELL US ABOUT NEURONAL ACTIVITY? David J. Heeger and David Ress In recent years, cognitive neuroscientists have taken great advantage of functional magnetic