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Abstract #0594

Prospective Active Marker Motion Correction Improves Statistical Power in Group fMRI

Jordan Muraskin1, Paul Sajda1, Robin I. Goldman1, William J. Thomas1, Melvyn B. Ooi2, Truman R. Brown3

1Biomedical Engineering, Columbia University, New York, United States; 2Stanford University, Stanford, CA, United States; 3Medical University of South Carolina, Charleston, SC, United States

 

Keywords

acquisition activation activations active added appear applied artifacts asked assess axial biomedical bird block brain brown cage checkerboard cluster coil color columns commonly confound confounds consistent consistently contributor corrected correction cortex described description design detailed dimensional displayed dynamic effective engineering established expected experiment experimental face finger flickering functional fusiform head headband help improves interval larger lateral library lobe localizer locations maps marker markers medical motion motionless motor occipital paradigm paradigms passed performance pipelines poor power predominately primary prior propose prospective quadrature quality quantitative real realign realignment registration remain represent retrospective retrospectively robin rows score scores secs sent separate series shot sided significance significantly slice slices smith software south statistical structural superior system tapping threshold thresholded tracking trials visual volunteer