University of Washington - Fred Hutchinson Cancer Research Center - Translational Bioimaging Core (TBIC)
The Translational BioImaging Core (TBIC) provides state of the art animal imaging equipment, including magnetic resonance imaging (MRI), micro positron emission tomography (PET), ultrasound, optical imaging, SPECT/gamma camera and primate PET to support the wide range of scientific projects within the University of Washington (UW) - Fred Hutchinson Cancer Research Center (Fred Hutch) Cancer Consortium. This program is funded by resources available at Fred Hutch, UW Radiology, and the Washington National Primate Research Center for UW-Fred Hutch Cancer Consortium members. A hallmark of successful interdisciplinary imaging research is the assemblage of investigators from diverse backgrounds around promising imaging technologies, with further development of new scientific tools as well as novel applications of old ones to achieve effective shared resource and research objectives. TBIC is operating under this vision and will provide an essential role in support of the Consortium's research.
The TBIC supports and facilitates imaging research for members of the Cancer Consortium using resources available at Fred Hutch and UW in collaboration with multi-disciplinary imaging research groups specialized in respective imaging technologies. The TBIC provides services including:
- Support for animal imaging using equipment available to the Consortium
- Consultation for the effective use of imaging for specific research projects
- Training and education in imaging research
- Facilitation of the development of new imaging technologies
- Infrastructural support for animal imaging research
- Strategic acquisition of new imaging devices
The TBIC Core resources are allocated at Fred Hutch. Other resources are accessible through centers, shared resources, and laboratories in the Department of Radiology, Washington National Primate Research Center, and the Department of Bioengineering.
Optical Imaging (Xenogen IVIS) Fred Hutch small animals Ultrasound (Visual Sonics Vevo 2100) Fred Hutch small animals Specimen Radiography (MX-20) Fred Hutch small animals 1T MRI Fred Hutch small animals 3T MRI (Philips Achieva) UW HSB small/large animals 4.7T MRI / MRS (Varian) UW HSB small/large animals MicroPET (Siemens Inveon) UW HSB small animals PET (Hamamatsu) UW HSB large animals Optical Imaging/OCT (In-House Production) UW Foege small animals 3T MRI (Philips Achieva) UW SLU small/large animals 14T MRI / MRS UW SLU small animals PET / CT (Philips) UW HMC small animals
Robert Miyaoka, PhD (Director, UW Radiology)
Paul Woloshin, PhD, MBA (Vice President of Fred Hutch Shared Resources)
Charles Frevert, PhD (UW Comparative Medicine)
Donghoon Lee, PhD (UW Radiology)
Rajesh K. Uthanmanthil, DVM, PhD, DACLAM (Fred Hutch Comparative Medicine)
Ruikang Wang, PhD (UW Bioengineering)
Please contact Greg Garwin (email@example.com) for general questions.