T2 / Palo Alto / Plymouth / Berlin / Weisman / Erlanger / St. Louis / /
Company
Wiley-Liss Inc. / Sigma Aldrich / GE / Oxford Instruments / Wiley InterScience / Monte Carlo / /
Country
Germany / Jordan / United States / Canada / Columbia / United Kingdom / / /
Facility
Washington University / National Cancer Institute / University Institutional Animal Care / Campus Box / University School / Biomedical MR Laboratory / /
IndustryTerm
glutaraldehyde solution / Quantitative imaging / bovine serum albumin solutions / chemical exchange / magnetic resonance imaging / chemical shift / biological systems / imaging / direct chemical exchange / dilute aqueous solutions / tissue systems / magnet/gradient systems / in vivo imaging / urethane solution / contrast-enhanced magnetic resonance imaging / spin-echo echo-planar imaging / chemical exchange reactions / /
MedicalCondition
DF / Damadian R. Tumor / multiple sclerosis / cancer / disease / diseases / /
MedicalTreatment
catheter / relaxation / /
NaturalFeature
IR-MT / MT MT / MT IR / MT. Artifacts / /
Organization
National Cancer Institute / National Institute of Health / Washington University / St. Louis / Washington University School of Medicine / University Institutional Animal Care and Use Committee / /
Person
Andrew M. Prantner / Joong Hee Kim / Joseph J.H. Ackerman / /
Magnetic Resonance in Medicine 60:555–[removed]Magnetization Transfer Induced Biexponential Longitudinal Relaxation Andrew M. Prantner,1 G. Larry Bretthorst,1 Jeffrey J. Neil,1–3 Joel R. Garbow,1 and Joseph J.H. A