| Document Date: 2011-04-14 13:31:51
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City Buffalo / Kyoto / Sringer / L.A. / / Company General Electric / Elsevier Inc. / EPI / Wilson / Cox / Wise S.P. / / Country Germany / Japan / United States / / / Event Product Issues / Product Recall / / Facility USA Functional MRI Facility / / / IndustryTerm inhomogeneous systems / oxygenationsensitive magnetic resonance imaging / neuronal processing / Software tools / reception array coil technologies / echo-planar imaging scheme / parallel imaging performance / Echo-planar imaging image artifacts / receiver technology / imaging / spin-echo imaging / gradient-echo and spin-echo echo planar imaging / Conceptual processing / receiver technologies / brain imaging / gradientecho imaging / gradient-echo imaging sequence / post-acquisition processing / functional magnetic resonance imaging / SENSE imaging / parallel imaging / medial temporal region using parallel imaging / straightforward solution / coil technologies / / MedicalCondition medial temporal lobe epilepsy / Alzheimer’s disease / right mesiotemporal epilepsy / seizure / deficiency / / MedicalTreatment surgery / / Movie A.D. / / Organization National Institute of Health / International Society of Magnetic Resonance / NINDS / NIMH / / Person Alex Martin / Paula Rowser / Peter A. Bandettini / Nat / Patrick S.F. Bellgowan / Alda Ottley / Song / Hyde / Peter van Gelderen / Guo / / Position model of the relationship / Corresponding author / representative / / Product EPI fMRI data / Signa VH/3 MRI scanner / Signa VH/3 / / ProvinceOrState Maryland / / Technology neuroscience / reception array coil technologies / coil technologies / MRI / receiver technology / magnetic resonance imaging / coil/MRI receiver technologies / MRI technology / / URL www.sciencedirect.com / www.elsevier.com/locate/ynimg / /
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www.elsevier.com/locate/ynimg NeuroImage[removed] – 1251 Improved BOLD detection in the medial temporal region using parallel imaging and voxel volume reduction Patrick S.F. Bellgowan,a,* Peter A. Bandettini,b,c