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Lawrence R. Frank, Ph.D. is a
physicist working in the field of magnetic resonance
imaging (MRI). His current research has focused on
the development of pulse sequence and data analysis
methods for diffusion tensor imaging with a view
towards the quantitative assessment of the structure
and physiology of tissues, with particular emphasis
on white matter disease and musculoskeletal
applications. Dr. Frank is also interested in
real-time reconstruction and noise correction
methods for functional MRI applications. Dr. Frank
is also interested in applications of arterial spin
labeling method to the study of muscle function and
physiology.
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Selected Publications
Frank LR.Anisotropy in High
Angular Resolution Diffusion-Weighted MRI .
Magnetic Resonance in Medicine, 45:
935-939, 2001. [PDF]
Frank LR.Characterization of
Anisotropy in High Angular Resolution
Diffusion-Weighted MRI . Magnetic Resonance
in Medicine, 47: 1083-1099, 2002. [PDF]
Frank LR,Wong EC, Liu TT,
Buxton RB. Increased Diffusion Sensitivity with
Hyperechos . Magnetic Resonance in Medicine,
40: 1098-1105, 2003. [PDF]
Liu TT, Frank LR.,
Efficiency, power, and entropy in event-related
fMRI with multiple trial types PartI: theory.
NeuroImage, 21: 387 - 400, 2004. [PDF]
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