Worcester / Upton / Chesterfield / New York / Amsterdam / London / St. Louis / /
Company
Wiley-Liss Inc. / Gartner / Oxford Instruments / Pfizer / HP / Berlex Laboratories / Brookhaven National Laboratory / Elsevier Publishing Company / / /
Facility
Washington University / Science University / Advanced Imaging Research Center / State University of New York / University Animal Studies Committee / University of Massachusetts Medical School / Campus Box / American Institute of Physics / University School / /
IndustryTerm
chemical exchange / chemical shift / stainless steel needles / imaging / clinical protocols / diffusion-weighted brain imaging / magnetic resonance imaging study / molecular site / magnetic resonance imaging experiment / energy metabolism / approximate solutions / chemical shift reagent / /
Organization
Department of Psychiatry / National Institute of Health / American Institute of Physics / Washington University / St. Louis / State University of New York / Stony Brook / New York / Harvard / Department of Internal Medicine / Department of Neurology / Division of Pediatric Neurology / Advanced Imaging Research Center / Department of Chemistry / Oregon Health & Science University / Portland / University Animal Studies Committee / Washington University School of Medicine / University of Massachusetts Medical School / Department of Radiology / /
Person
Van Harreveld / Timothy Q. Duong / Arch Biochem Biophys / Christopher Sotak / James D. Quirk / Charles S. Springer / Jr. / Lab / /
Position
rat head / editor / head / Professor / Fisher / representative / /
ProvinceOrState
Oregon / New York / Washington / Missouri / Massachusetts / /
Technology
ADC / Nuclear transfer / PDF / MRI / thermodynamics / magnetic resonance imaging / /
Magnetic Resonance in Medicine 50:493– [removed]Equilibrium Water Exchange Between the Intra- and Extracellular Spaces of Mammalian Brain James D. Quirk,1 G. Larry Bretthorst,1 Timothy Q. Duong,1 Avi Z. Snyder,2 Cha