Chichester / Boston / New York / Neuroreport / Cambridge / Amsterdam / Reading / /
Company
Marik SA / PDP Research Group / MIT Press / John Wiley & Sons Ltd. / GE / Proc Natl Acad Sci U S A / McGraw-Hill / Dupont / Shneider AE / Elsevier Ltd. / HP / FA / Neurobiology Group / /
Country
United Kingdom / /
Currency
USD / / /
Event
Product Issues / Reorganization / /
Facility
Stanford University / University of California San Diego / /
IndustryTerm
data processing pipeline / distributed processing / magnetic resonance imaging / peak / diffusion imaging / diffusion imaging evidence / diffusion tensor imaging / neural systems / imaging / control / parallel distributed processing / diffusion-weighted imaging / speech processing / homeostatic systems / phonological processing / The software / diffusion tensor magnetic resonance imaging / tractography algorithms / /
National Institute of Health / National Science Foundation / MIT / Psychology Department / Stanford University / University of California San Diego / /
Person
Jon Winawer / Jason D Yeatman / Franco Pestilli / Brian A Wandell / Wolf Singer / Greenblatt / Jules Dejerine / Steve Petersen / /
Position
dualprocess model of white matter development / model for the above-average group / model / the net development / head / elementary school / model / the development / Corresponding author / representative / dual process model of white matter development / /
Product
children / /
ProvinceOrState
South Dakota / California / /
PublishedMedium
Current Opinion / The Current Opinion / /
RadioStation
Sci Am 2008 / Rauschecker AM / /
SportsLeague
Stanford University / /
Technology
neuroscience / MRI / magnetic resonance imaging / /
Available online at www.sciencedirect.com Biological development of reading circuits Brian A Wandell and Jason D Yeatman Human neuroimaging is expanding our understanding of the biological processes that are essential f