Icad madrid
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Ugurbil, NeuroImage 54:350-360, 2011.ġ3.ĝental MRI: Making the Invisible Visible. 64:983–994 2010.ġ2.ğunctional Magnetic Resonance Imaging Using RASER, U. MRI Contrast from Relaxation Along a Fictitious Field (RAFF), T. SWIFT Detection of SPIO Labeled Stem Cells Grafted in the Myocardium, R. Water Spin Dynamics during Apoptotic Cell Death in Glioma Gene Therapy Probed by T1ρ and T2ρ, A. RASER: A New Ultra Fast Magnetic Resonance Imaging Method, R. 181, 342-349, 2006.ħ.Ěssessment of Brain Iron and Neuronal Integrity in Patients with Parkinson’s Disease Using Novel MRI Contrasts, S. Monitoring Disease Progression in Transgenic Mouse Models of Alzheimer’s Disease with Proton Magnetic Resonance Spectroscopy, M. Presented by the Alzheimer's Association at the International Conference for Alzheimer's Disease and Related Disorders (ICAD). (This paper received the Alzheimer's Disease Neuroimaging Award - Best Paper Published between 2004-2006. In Vivo Visualization of Alzheimer’s Amyloid Plaques by MRI in Transgenic Mice Without a Contrast Agent, C.R. Predicting Response to Neoadjuvant Chemotherapy of Locally Advanced Breast Cancer with In Vivo 1H MRS: A Pilot Study at 4 Tesla, S. In Vivo Quantification of Choline Compounds in the Breast with 1H MR Spectroscopy, P.J. The Return of the Frequency Sweep: Designing Adiabatic Pulses for Contemporary NMR. For the next 5 years, my co-workers and I will devote our efforts to build the world’s first truly head-only 1.5 Tesla MRI scanner for neuroimaging research.ġ. Also, using SWIFT, my colleagues and I showed how it is possible to transmit FM pulses and simultaneously receive signals, which is another essential development that makes MRI in an extremely inhomogeneous (small) magnet possible.
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Icad madrid portable#
With co-investigators in the current project, we were the first to show how it is possible to observe brain activity with no echo (TE=0) sequences like STEREO and SWIFT, another critical discovery that makes portable MRI scanners for neuroscience research now possible. We also conceived of the novel technique known as SWIFT (for SWeep Imaging with Fourier Transformation). Together with post-docs and graduate students in physics, medical physics, and biomedical engineering, we were the first to show the capability of spatiotemporal-encoded MRI to provide tolerance to magnetic field inhomogeneity in functional imaging (fMRI) studies of the human brain.
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For the past decade, I have had a focus on spatiotemporal encoding as a means to overcome a significant limitation of MRI, which is its intolerance of magnetic field inhomogeneity. The MRI technology called STEREO (for STEering REsonance over the Object), which makes this revolutionary new MRI scanner possible, recently originated in my laboratory after decades of research and breakthroughs in our understanding of frequency-modulated (FM) pulses and spatiotemporal encoding. Now, the culmination of multiple technical innovations from our laboratory and others brings this dream within grasp. For several years, I have had a focus on finding a way to create a small, portable MRI scanner for human brain research which would allow the subject’s body from the shoulders down to remain outside the magnet bore. This first-of-its-kind MRI system will provide new frontiers for human brain research, particularly in terms of better understanding human behavior and motor coordination. Specifically, I will lead the pursuit of a next generation neuroimaging platform based on magnetic resonance imaging (MRI). 1-211B am the principal investigator on a recently awarded $10,800,000 NIH grant that forms the basis of the research focus in my laboratory for the next 5 years.