IBIC is an interdisciplinary home to faculty, support scientists, and trainees from a variety of medical, quantitative, and social scientific fields. Intramural expertise spans neurology, neuroradiology, psychiatry, neuropsychology, experimental cognitive psychology, neuroscience, biology, biophysics, MR physics, computer science and engineering, industrial and systems engineering, and medical informatics. More than 25 affiliated faculty from 14 departments and 5 colleges impart an even broader range of expertise to IBIC.
The central technology at IBIC is functional magnetic resonance imaging (fMRI), including activation studies and newer forms of fMRI such as functional connectivity and pattern-information approaches. State of the art anatomical MRI, structural connectivity (diffusion MRI), perfusion, and multinuclear MR spectroscopy studies are routinely performed in conjunction with fMRI. Concurrent behavioral, cardiopulmonary, psychophysiological, eye movement, and EEG data are also frequently recorded and analyzed concurrently with fMRI.
IBIC shares resources among core members and affiliates and provides expert assistance to investigators new to functional imaging and to established collaborators. The programmatic space is contiguous, open, and conducive to interdisciplinary interaction. Touch down space is provided for collaborators and trainees at all levels. Scientific interest groups and other informal events are opportunities for establishing collaboration. IBIC maintains strong links to numerous other Centers and laboratories in order to add value to UW neuroscience.
IBIC features a state of the art and comprehensive image processing facility and information infrastructure. Numerous specialized academic and commercial software packages are implemented harmoniously in a managed Linux environment that is also made available UW-wide via a Virtual Desktop Infrastructure. IBIC is committed to open source principles, and data sharing, and is actively developing scalable tools for discovery across imaging platforms and scientific centers.
12:30 pm - 2:00 pm
Dr. David Myers Professor of Psychology, Hope College http://www.seattleu.edu/artsci/psychology/colloquium/
The GRID Lab is interested in using electrocorticography (ECoG) to answer basic neuroscience questions as well as to develop tools for clinical and rehabilitative applications.
The group, under the direction of Dr. Ojemann, represents researchers from a wide range of backgrounds including neurosurgery, neurology, rehabilitative medicine, engineering, neuroscience, and physics.