Research in Imaging Physics
Research in the Department of Imaging Physics focuses on instrumentation used to perform magnetic resonance (MR), digital X-ray imaging, computed tomography (CT), the dosimetry of unsealed internal radiation emitters used in nuclear medicine, positron emission tomography (PET) and minimally invasive image-guided therapies. The faculty is largely composed of clinical medical physicists conducting research projects in their areas of expertise. However, a number of research faculty focus on defined areas of imaging research.
The department manages a state-of-the-art institutional Small Animal Imaging Facility (SAIF). Instrumentation currently includes:
- A state-of-the-art 4.7 T, 40 cm MR imaging/spectroscopy system (Bruker Biospec)
- An Enhanced Vision Systems micro-CT
- Concorde Microsystems micro-PET camera
- A Siemens M.Cam experimental gamma camera
A revolutionary new volume CT scanner is being developed in collaboration with the General Electric Global Research Center in Schnectady, N.Y. to allow for the rapid, isotropic acquistion of ultra-high-resolution CT images.
A translational research facility for Image Processing and Visualization is also being established as a new Imaging Physics resource. Investigators will be able to access the facility's resources and contract for services on an as-needed basis.