MIPS Home MIPS General Information MIPS Grants MIPS Courses MIPS Research MIPS Software MIPS Web Tools MIPS Sitemap
About MIPS MIPS News Faculty & Staff Recent Pubs Directions Facilities Events & Meetings Employment Associated Depts Useful Links
Grant News CCNE-TR CVIS ICMIC ICBP NTROI SMIS
BIOE222 Pharmacokinetics Stats & Data Analysis
BIOE222A F2009 BIOE222B W2009 BIOE222A F2008 BIOE222B W2008 BIOE222A F2007 BIOE222B W2007 BIOE222 F2006 BIOE222 F2005 BIOE222 F2004
Biswal Lab Blankenberg Lab Cheng Lab Contag Lab Felsher Lab Gambhir Lab Graves Lab Guccione Lab Levin Lab Lin Lab McConnell Moseley Lab Paik Lab Plevritis Lab Ramasamy Lab Rao Lab Rutt Lab Schnitzer Lab Vasanawala Lab Willmann Lab Wu Lab Xing Lab
NCIL MRSRL
AMIDE
NucMed Mediabook PET Brain Atlas PET-FDG Whole Body Atlas



Image Guided Intervention Lab

Molecular Imaging Probe Laboratory (MIPL)

Molecular Biophotonics and Imaging Laboratory

Nuclear Medicine Research Lab

Imaging Radiobiology Laboratory

Molecular Imaging of Musculoskeletal Illnesses (MIMI)

Noninvasive Cardiac Imaging Lab

Magnetic Resonance Systems Research Lab (MRSRL)

Imaging and Therapeutic Platforms for Translational Medicine

Cardiovascular Gene and Cell Therapy

In Vivo Optical Imaging of the Nervous System Lab

Cellular and Molecular Imaging Lab (CMIL)

Research and Diagnosis of Disease States Using Magnetic Resonance Lab

Multimodality Molecular Imaging Lab

Cancer Molecular Imaging Chemistry Laboratory (CMICL)

Computational Cancer Research Laboratory (CCRL)

Translational Molecular Imaging Lab

Signal Transduction Imaging and Engineering (STIE)

Molecular Imaging Instrumentation Laboratory (MIIL)

Cellular Pathway Imaging Laboratory (CPIL)

Advanced Pediatric MR Imaging Laboratory


Blau Lab

Radiological Science Lab

Scott Lab

3D Medical Imaging Laboratory

Brown Lab

Nolan Lab

Clinical Molecular Imaging Research Group (CMIRG)

Interventional Radiology Translational Therapies Lab


Clinical Molecular Imaging Research Group (CMIRG)
Andrew Quon


Clinical Molecular Imaging Research Group members
Clinical Molecular Imaging Research Group

3D CT has been available for over 10 years and can be readily performed at many modern imaging centers. The most common viewing formats: Virtual Colonoscopy and External 3D Volume "Fly-Around".

Some issues have diminished the utility of 3D CT:
  • Small and flat lesions are difficult to see/characterize
  • In CT colonography, stool cannot be differentiated from polyps without very strict bowel cleansing
  • Steep learning curve for radiologists
FDG PET has superior accuracy to CT for many tumors and integrated PET/CT appears to add additional value. Although fused PET/CT images for 3D volume rendering is currently undefined and undescribed, it appears to provide additional beneficial data for image interpretation and may create new areas of clinical application. A particularly promising avenue is usage in pre-surgical/pre-procedural planning. Future work includes: (1) Further development of the 3D PET/CT software tools, (2) validation of this technique in more patients, and (3) use in tracers other than FDG.

News & Updates

June 2007
Our journal article ""Flying through" and "flying around" a PET/CT scan: Pilot study and development of 3D integrated 18F-FDG PET/CT for virtual bronchoscopy and colonoscopy." has gained two awards:
July 2006
Data from our project has been published in the July 2006 issue of the Journal of Nuclear Medicine and featured on the cover.
June 20, 2005
We have been awarded Image of the Year at the 2005 Society of Nuclear Medicine (SNM) Annual Meeting in Toronto.
April 4, 2005
Proceeds from our project have been accepted for oral presenation at the Society of Nuclear Medicine Annual Meeting in Toronto this June 2005. Entitled: "NOVEL 3-D RENDERED FDG PET-CT VIRTUAL BRONCHOSCOPY AND COLONOGRAPHY FOR IMPROVED LESION LOCALIZATION AND PRE-SURGICAL EVALUATION."

More detailed information about the Clinical Molecular Imaging Research Group

Lab Members:

List of all MIPS Faculty and Staff

crumpnews events