Download the 2011 Program Book - ismrm
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Thursday AM<br />
07:30 Surface, Edge & Voxel-Based Analyses<br />
Douglas N. Greve<br />
Plenary Session<br />
Room Plenary Hall 08:00-08:30 Chair: Debiao Li, ISMRM President<br />
08:00 Young Investigator Awards & Poster Awards<br />
<strong>2011</strong> Lauterbur Lecture<br />
Room Plenary Hall 08:30-09:10 Chair: Debiao Li, ISMRM President<br />
08:30 fMRI at 20 – Has It Changed <strong>the</strong> World?<br />
Bruce R. Rosen, M.D., Ph.D.<br />
Massachusetts General Hospital, Charlestown, MA, USA<br />
Plenary Lectures<br />
Reducing Radiation: MR & CT in <strong>the</strong> Era of Radiation Dose Concerns<br />
Room Plenary Hall 09:10-10:10 Organizers: Thoralf Niendorf & Bachir Taouli<br />
09:10 518. CT Radiation Exposure: How Bad is it & How Can it Be Reduced in Practice?<br />
Aaron D. Sodickson<br />
Brigham & Women’s Hospital, Boston, MA, USA<br />
The objective of this talk is to convey some understanding about <strong>the</strong> approximate levels of risk imparted by CT, and <strong>the</strong> factors influencing<br />
<strong>the</strong>se risks. I will review common radiation terminology, typical dose values for common CT exam types, and technology and patient<br />
factors that influence dose. I will demonstrate how to make order of magnitude cancer risk estimates using <strong>the</strong> most common Linear-No-<br />
Threshold risk model. Finally, we will explore practical opportunities to reduce radiation exposure, including potential opportunity areas<br />
where MRI may play a role if <strong>the</strong> common challenges of access, exam duration, and technical complexity can be overcome.<br />
09:30 519. A Hard Look At MR: is It Simple Enough & Fast Enough to Fill <strong>the</strong> Gap?<br />
Elmar M. Merkle<br />
Duke University Medical Center, Durham, NC, USA<br />
This plenary session will focus on abdominal and pelvic CT and MR imaging with an emphasis on: 24/7 availability of MR and CT,<br />
robustness of <strong>the</strong> data acquisition, vulnerability to artifacts causing substantial study limitations, in room time versus sequence acquisition<br />
time, lack of standardized sequence protocols, and <strong>the</strong> MR incompatible patient.<br />
09:50 520. A Look Ahead: How Will New MR Techniques & Technologies Change <strong>the</strong> Landscape?<br />
Heinz-Peter W. Schlemmer<br />
German Cancer Research Centre (DKFZ), Heidelberg, Germany<br />
Through <strong>the</strong> persistent progress in medicine over <strong>the</strong> last 4 centuries MR has become an indispensible tool for basic, translational, clinical<br />
research and every-day clinical application. <strong>the</strong> capability to comprehensively visualize morphology, function and metabolism without<br />
necessitating ionization radiation essentially drives <strong>the</strong> ongoing progress of personalized medicine. But <strong>the</strong> whole extent of potentials for<br />
prevention, diagnosis and <strong>the</strong>rapy of diseases by MR will only be exploited if a team of medical doctors, physicists, biologists, chemists,<br />
computer specialists, etc. efficiently works toge<strong>the</strong>r in optimized processes. Fur<strong>the</strong>rmore, Radiologists will have to use “spacey”<br />
communication technology to handle <strong>the</strong> increased amount and complexity of information.<br />
Hands-On Workshop 1 (Repeat)<br />
Neuro & Musculoskeletal Protocol Optimization<br />
GE Healthcare<br />
Room 520A-D 10:30-12:30<br />
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