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Image atlas of the brain. Image atlases represent spatial information by providing a parcellation of the anatomic structures contained in the brain (left). Each structure is represented as a spatial region of uniform color. Other anatomic knowledge about the structure, such as functional information, is not represented. Image atlases are generally used to infer the anatomic localization of brain structures in individual subjects by registering their images to the atlas. For example, the anatomic identity of areas of activity in fMRI are identified in this manner (right).
The Surgical Planning Laboratory is a research laboratory in the Department of Radiology of Brigham and Women's Hospital. The Core Mission of the SPL is the extraction of medically relevant information from diagnostic imaging data and to concepts of computation and image analysis to new field of biomedical research. The lab collaborates with groups within Brigham and Women's Hospital, with other researchers at the Harvard Medical School, with local universities such as Harvard and MIT, and with clinicians, researchers, and engineers throughout the world.
The 3D Interactive Visualization of DICOM Images with Slicer course is offered by the National Alliance for Medical Image Computing (NA-MIC) in conjunction with the Neuroimage Analysis Center (NAC) and the National Center for Image Guided Therapy (NCIGT). The learning objectives of the workshop are (a) to enhance interpretation of DICOM images through the use of 3D visualization, (b) to gain experience with interactive assessment of complex anatomical structures (c) to present current directions of open-source computer graphics applications in Radiology. This workshop takes place on Monday, December 1, 2008, between 1-2:30pm, at S401CD, McCormick Place, Chicago.