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Cancer Imaging

$71,265P30FY2012CANIH

Stanford University, Stanford CA

Investigators

Linked publications, trials & patents

Paper 39574895Paper 39534431Paper 39506045Paper 39378093Paper 39257774Paper 39179931Paper 39163262Paper 39132489Paper 39042439Paper 38997156Paper 38996463Paper 38987048Paper 38968138Paper 38838737Paper 38810650Paper 38746193Paper 38563850Paper 38496616Paper 38496500Paper 38408498Paper 38387457Paper 38278150Paper 38273211Paper 38262408Paper 38260330Paper 38200310Paper 38154193Paper 38096469Paper 37963187Paper 37917579Paper 37882771Paper 37812494Paper 37743567Paper 37667254Paper 37662553Paper 37534980Paper 37532139Paper 37527449Paper 37398193Paper 37244414Paper 37196642Paper 37184546Paper 37162847Paper 36999999Paper 36993756Paper 36813894Paper 36747642Paper 36734849Paper 36729432Paper 36729074Paper 36719070Paper 36717409Paper 36711732Paper 36701540Paper 36652552Paper 36640300Paper 36635501Paper 36624348Trial NCT05220254Trial NCT03733210Trial NCT03405142Trial NCT03241940Trial NCT03179449Trial NCT02855086Trial NCT02805075Trial NCT02762266Trial NCT02736578Trial NCT02735356Trial NCT02699723Trial NCT02695628Trial NCT02690948Trial NCT02683824Trial NCT02635074Trial NCT02624518Trial NCT02599194Trial NCT02581787Trial NCT02488070Trial NCT02440308Trial NCT02432118Trial NCT02429804Trial NCT02415608Trial NCT02401347Trial NCT02215928Trial NCT02210858Trial NCT02203565Trial NCT02184533Trial NCT02175745Trial NCT02166983Trial NCT02058550Trial NCT02030405Trial NCT02019069Trial NCT01977677Trial NCT01943188Trial NCT01928030Trial NCT01926990Trial NCT01908166Trial NCT01904643Trial NCT01898403Trial NCT01893892Trial NCT01868503

Abstract

The Cancer Imaging Facility Shared Resource is a broad service center that supports a range of research in the cancer community. The facility is comprised of a small animal imaging center, a cyclotron center and a probe chemistry core that supports both preclinical and clinical research. The main lab offers optical imaging modalities, including bioluminescence and fluorescence imaging systems, as well as two MicroCT scanners, an ultrasound scanner and cryotome systems for sectioning both tissues and whole animals. Off the main laboratory are rooms housing a 7 Tesla, 30cm horizontal bore MRI system, a MicroSPECT-CT scanner and MicroPET scanners. The cyclotron facility is located nearby in the Lucas center and a system is in place for the safe transport of tracers to the Clark Center and the Nuclear Medicine Department. Additional bench space is available for developing new imaging instruments and for performing procedures on animals. The surgical area has surgical lighting and a portable surgical microscope. Adjacent to the imaging facility are two rooms for housing animals that have either been injected with radionuclides for MicroPET or MicroSPECT imaging, or have been infected with select biosafety level 2 pathogens. A computer lab and administrative offices are also located within the core space. The Shared Resource is managed by two full-time PhD-level scientists, who provide training to users on each of the systems, as well as advice on experiment design, choice of appropriate imaging modality and help with data analysis. The Shared Resource also provides a networked computer server to allow data storage and access, with full data backup and archiving. This resource aims to provide a full array of small animal imaging modalities in a centralized location, allowing users to take advantage of the strengths of each modality within their experiments. We have a training program that enables users to run their own experiments, although assistance is available from both the Shared Resource staff and veterinarians, as necessary. With the building of a new mouse barrier facility adjacent to the Clark Center, a second small animal facility will be created within this barrier, duplicating the instruments present in the current facility, and the two imaging facilities will then run in parallel allowing imaging of the two populations. Academic oversight of this Shared Resource is provided by faculty in the Molecular Imaging Program at Stanford (MIPS), headed by Drs. Christopher Contag and Sam Gambhir.

View original record on NIH RePORTER →