Liu, Thomas T. - Center for Functional MRI & Department of Radiology, University of California at San Diego

• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2007 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• Velocity-Selective Arterial Spin Labeling Eric C. Wong,1,2* Matthew Cronin,1
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Calibrated fMRI in the medial temporal lobe during a memory-encoding task
• TT Liu, BE280A, UCSD, Fall 2007 Bioengineering 280A
• Bioengineering 280A Principles of
• TT Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• Bioengineering 280A Principles of Biomedical Imaging
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• TT. Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• BENG280A, Principles of Biomedical Imaging 09/17/08 Fall Quarter 2008 HO #1
• BENG280A, Principles of Biomedical Imaging 09/24/09 Fall Quarter 2009 HO #1
• TT Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• TT Liu BE280A, UCSD Fall 2005 Static Inhomogeneities
• Bioeng 280A: Principles of Biomedical Imaging 09/22/05 Fall Quarter 2005
• Thomas Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2008 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Please cite this article in press as: Bangen, K.J., et al., Differential age effects on cerebral blood flow and BOLD response to encoding: Associations with cognition and stroke risk, Neurobiol Aging (2007), doi:10.1016/j.neurobiolaging.2007.11.012
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2008 Bioengineering 280A
• Bioengineering 280A Principles of
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• TT. Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2008 Bioengineering 280A
• Bioengineering 280A: Principles of Biomedical Imaging 9/17/08 Fall Quarter 2008
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• Bioengineering 280ABioengineering 280A Principles ofPrinciples of
• BENG280A, Principles of Biomedical Imaging 09/22/05 Fall Quarter 2005 HO #1
• Caffeine alters the temporal dynamics of the visual BOLD response Thomas T. Liu,a,* Yashar Behzadi,a,b
• TT Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2007 Bioengineering 280A
• Modeling the hemodynamic response to brain activation Richard B. Buxton,* Ka^mil Uludag, David J. Dubowitz, and Thomas T. Liu
• TT Liu, BE280A, UCSD Fall 2009 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Caffeine reduces the activation extent and contrast-to-noise ratio of the functional cerebral blood flow response but not
• A component based noise correction method (CompCor) for BOLD and perfusion based fMRI
• T1 and T2 Selective Method for Improved SNR in CSF-Attenuated Imaging: T2-FLAIR
• TT Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• UNIVERSITY OF CALIFORNIA, SAN DIEGO Variability in Functional Magnetic Resonance Imaging
• TT Liu BE280A, UCSD Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• BENG280A, Principles of Biomedical Imaging 10/11/04 Fall Quarter 2004
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• Partially Parallel Imaging With Localized Sensitivities (PILS)
• Discrepancies between BOLD and flow dynamics in primary and supplementary motor areas: application of the balloon model to the
• TT Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• TT Liu, BE280A, UCSD, Fall 2004 Bioengineering 280A
• SNR and functional sensitivity of BOLD and perfusion-based fMRI using arterial spin labeling with spiral SENSE at 3 T
• Bioengineering 280A: Principles of Biomedical Imaging 9/21/06 Fall Quarter 2006
• Thomas Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Trend detection via temporal difference model predicts inferior prefrontal cortex activation during acquisition of advantageous
• Imaging Periodic Currents Using Alternating Balanced Steady-State Free Precession
• Cerebral blood flow and BOLD responses to a memory encoding task: A comparison between healthy young and elderly adults
• TT. Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• BE280A, Principles of Biomedical Imaging 11/21/06 Fall Quarter 2006
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• TT. Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• T.T. Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• Bioengineering 280A Principles of
• Some of the mathematical expressions in (Liu and Frank 2004) were found to have errors that were missed in the review and proofing process. These errors do not change the
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• T.T. Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• T.T. Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2010 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2007 Bioengineering 280A
• BENG280A, Principles of Biomedical Imaging 09/20/10 Fall Quarter 2010 HO #1
• Caffeine-induced uncoupling of cerebral blood flow and oxygen metabolism: A calibrated BOLD fMRI study
• BE280A, Principles of Biomedical Imaging 11/22/05 Fall Quarter 2005
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• Bioeng 280A: Principles of Biomedical Imaging 10/11/04 Fall Quarter 2004
• BENG280A, Principles of Biomedical Imaging 09/21/06 Fall Quarter 2006 HO #1
• Please cite this article in press as: Fleisher, A.S., et al., Cerebral perfusion and oxygenation differences in Alzheimer's disease risk, Neurobiol Aging (2008), doi:10.1016/j.neurobiolaging.2008.01.012
• TT Liu, BE280A, UCSD, Fall 2007 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• ULTRA-LOW FREQUENCY MAGNETIC FIELDS IN THE SAN FRANCISCO BAY AREA
• Nonlinear Temporal Dynamics of the Cerebral Blood Flow Response
• TT Liu BE280A, UCSD Fall 2004 Bioengineering 280A
• Coupling of cerebral blood flow and oxygen consumption during physiological activation and deactivation measured with fMRI
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2004 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• Bioengineering 280A Principles of
• Thomas Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2009 Bioengineering 280A
• BENG280A, Principles of Biomedical Imaging 09/27/07 Fall Quarter 2007 HO #1
• Thomas Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• CRITICAL REVIEW Measurement of cerebral perfusion with arterial spin
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• TT Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• Neuropsychol Rev (2007) 17:107125 DOI 10.1007/s11065-007-9028-8
• a0005 Perfusion MRI T T Liu, E C Wong, and R B Buxton, University of
• Physiological noise reduction for arterial spin labeling functional MRI Khaled Restom,a,b
• TT Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• TT Liu, BE280A, UCSD, Fall 2005 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• Quantification of Regional Pulmonary Blood Flow Using D.S. Bolar,1
• Bioengineering 280A: Principles of Biomedical Imaging 9/19/09 Fall Quarter 2009
• CRITICAL REVIEW Measurement of cerebral perfusion with arterial
• TT Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• A signal processing model for arterial spin labeling functional MRI Thomas T. Liua,* and Eric C. Wonga,b
• TT Liu, BE280A, UCSD Fall 2008 Bioengineering 280A
• 1458 IEEE TRANSACTIONS ON SIGNAL PROCESSING, VOL. 48, NO. 5, MAY 2000 be used in a variety of problems associated with transient signal pro-
• Magnetic Resonance in Medicine 56:891906 (2006) Bayesian Inference of Hemodynamic Changes
• Technical note Optimal phase difference reconstruction: comparison of two methods
• Manuscript Information Grant/Project/Contract/Support Information
• An arteriolar compliance model of the cerebral blood flow response to neural stimulus
• UNIVERSITY OF CALIFORNIA, SAN DIEGO Image based physiological noise correction
• BENG280A, Principles of Biomedical Imaging 09/23/04 Fall Quarter 2004 HO #1
• TT. Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2007 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• TT Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2004 Bioengineering 280A
• Positron Emission Tomography Physics, Instrumentation, Data Analysis
• Bioengineering 280A Principles of
• TT. Liu, BE280A, UCSD Fall 2008 Bioengineering 280A
• Bioengineering 280A Principles of Biomedical Imaging
• TT Liu, BE280A, UCSD Fall 2010 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2005 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2006 Bioengineering 280A
• Bioengineering 280A: Principles of Biomedical Imaging 10/26/07 Fall Quarter 2007
• TT Liu, BE280A, UCSD Fall 2008 Bioengineering 280A
• Thomas Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• TT Liu, BE280A, UCSD, Fall 2008 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2009 Bioengineering 280A
• TT. Liu, BE280A, UCSD Fall 2006 Bioengineering 280A
• TT Liu, BE280A, UCSD Fall 2007 Bioengineering 280A
• Caffeine reduces the initial dip in the visual BOLD response at 3 T Yashar Behzadia,b
• TT Liu, BE280A, UCSD Fall 2004 Bioengineering 280A
• Thomas T. Liu Center for Functional Magnetic Resonance Imaging