MR
Spectroscopy: Clinical Applications and Research Frontiers - Day 2
Jeffry R. Alger, Peter B. Barker, John
Kurhanewicz, and Daniel M. Spielman, Organizers
Sunday, 19 May 2002
Last
updated 20 February 2009
Educational Objectives:
Upon completion of this session,
participants should be able to: Describe fundamental principles of clinical MR
spectroscopy; Explain crucial elements of the clinically indicated MRS
examination; List key factors to be considered in developing a
radiological interpretation of the clinically indicated MRS examimation; Summarize recent biomedical research activities involving
MRS; Summarize the recent evolution of MRS technology.
High Field and Multinuclear
Spectroscopy Daniel M. Spielman, Chair
08:00
Carbon-13 MRS
Rolf Gruetter
08:30
Phosphorus 31 MRS
Peter Styles
09:00
Human Proton MRS
Hoby P. Hetherington
09:30
Ultra-High Field Proton MRS in
Animals
Ivan Tkac
10:00
Break
Detecting
the "Buried Signals" Jeffry R. Alger, Chair
10:20
Overview of Water Suppression
Peter van Zijl
10:50
Overview of Editing
Ralph E. Hurd
11:20
Metabolic Profiling of Liver
Metabolism Using NMR and Chemical Biopsies
A. Dean Sherry
11:50
Break
Biochemistry - In and Out
of the MRS of Cells Peter B. Barker, Chair
Describe fundamental principles of clinical MR
spectroscopy;