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Topic:
Advanced In vivo MRS Approaches for Studying Brain Under
Resting & Working States |
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18:45 |
Business Meeting |
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18:50
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Presentations (15 minutes for talk and 5 minutes for
discussion) |
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In
vivo 13C MRS and Neurophysiological Methods for
Studying
Energy Demand of Working Brain States |
Fahmeed Hyder,
Ph.D.
Yale University
New Haven, CT, USA |
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In
vivo 17O MRS for Assessing and Imaging Brain
Oxygen
Metabolism |
Gheorghe
D. Mateescu, Ph.D.
Case Western Reserve University
Cleveland, OH, USA |
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In
vivo 1H MRS for Measuring Baseline GABA Versus
Task-Evoked
BOLD and its Correlation to MEG |
C. John Evans,
Ph.D.
Cardiff University
Cardiff, UK |
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In
vivo 31P MRS for Studying Brain ATP Energy and
Budget |
Xiao-Hong Zhu,
Ph.D.
University of Minnesota
Minneapolis, MN, USA |
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In
vivo Hyperpolarized 13C MRS Methods for Studying
Brain Pyruvate Metabolism |
Ralph E. Hurd,
Ph.D.
GE Healthcare
Menlo Park, CA, USA |
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20:30 |
Two
junior talks selected from top posters related to in vivo
brain MRS (10 minutes for talk and 2-3 minutes for
discussion) |
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20:55 |
Adjourn |
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These
talks will help to address the following questions:
• What unique information can be provided by each in vivo
MRS approach?
• What are pros and cons of each in vivo MRS
approach?
• What are challenges in quantifying dynamic NMR
spectroscopy?
• Can different in vivo MRS approaches provide
complementary information?
• How to choose an appropriate approach or multiple
approaches for addressing a particular brain question of
interest?
• What are roles of in vivo MRS methods in
understanding brain metabolism, neuroenergetics and function
under resting and working states? |
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