| Document Date: 2012-04-27 07:37:29
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City Lancaster / Williams / Hevelone / Oxford / Lori / Milwaukee / Chicago / Edinburgh / / Company SPSS Inc / Dell / General Electric / Elsevier Inc. / Pearson / CVs / Simmons / / Country United States / United Kingdom / Scotland / / / Facility SFC Brain Imaging Research Centre / University College London / Montréal Neurological Institute / Institute of Child Health / University of Edinburgh / Western General Hospital / / / IndustryTerm resonance imaging / probabilistic tractography algorithm / dMRI protocol / diffusion tensor imaging / tractography algorithm / imaging / magnetic resonance imaging study / promising tool / resolution diffusion tensor imaging / brain dMRI protocol / diffusion magnetic resonance imaging / tractography algorithms / be investigated using diffusion magnetic resonance imaging / / MarketIndex set 15 / / MusicGroup M.E. / / Organization SFC Brain Imaging Research Centre / Mayo Foundation / Rochester / University College London / UK MRC Centre for Cognitive Ageing and Cognitive Epidemiology / UK Neuroinformatics Doctoral Training Centre / Montréal Neurological Institute / Institute for Adaptive and Neural Computation / University of Edinburgh / MRC Centre for Cognitive Ageing and Cognitive Epidemiology / Western General Hospital / Institute of Child Health / Research Ethics Committee / Group of Eight / / Person Fellowship / Jonathan D. Clayden / Laura J. Brown / Jakub P. Piatkowski / Mark E. Bastin / Fig / Amos J. Storkey / / Position Boxer / Corresponding author / Hunter / MRC Clinician Scientist / Head / / ProvinceOrState North Dakota / Illinois / South Dakota / N.F. / South Carolina / / Technology brain dMRI protocol / dMRI protocol / MRI / MRI protocol / probabilistic tractography algorithm / Magnetic resonance imaging / tractography algorithm / BEDPOST/ProbTrack algorithm / / URL http /
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doi:[removed]j.neuroimage[removed]