The following study is currently looking for participants.
Quantitative Neurological PET/CT Imaging
We are looking for healthy volunteers who are at least 18 years of age. Participation involves answering brief questions about medical and family history, and having a PET/CT scan.
Participation may also involve having arterial blood sampling.
Procedures will take a total of about three hours on one visit day. Participants will be paid for their time and effort upon completion.
Participation is confidential.
For more information, please call Julia-Ann Scotton at 617-643-1967, Monday through Friday, 9:00am-5:00pm.
Dr. Réjean Fontaine, Professor at the Université de Sherbrooke in Canada, presented his work on advanced microelectronics and data acquisition for small animal PET scanner. Dr. Fontaine’s lab has developed a PET scanner that provides a powerful sub-mm image resolution for small animals. The latest version of the scanner, the LabPET-II, is based on one-to-one coupling of scintillator elements to APDs. In addition, the custom-designed electronics of the scanner were optimized to reduce stray capacitance and noise. The innovative design of the LabPET-II modular detector is expected to pave the way to a new generation of scanners for mid-size animal imaging.
Réjean Fontaine, Ph.D.
Director of Research Group for Medical Apparatus (GRAMS)
Research Chair for Design of Medical Imaging Instrumentation
Department of Electrical and Computer Engineering
Université de Sherbrooke
Georges El Fakhri, Professor of Radiology at the Harvard Medical School and Director of the Gordon Center, has been elected a Fellow of the Institute of Electrical and Electronics Engineers (IEEE) for his “contributions to biological imaging”. The IEEE Fellow is a highly prestigious honor conferred by the largest professional association for the advancement of technology.
According to IEEE, the organization has 426,000 members around the world. Fellow is its highest grade of membership and is only attained by 0.1 percent of voting members every year.
According to the University of Sydney's Dr. Roger Fulton, a promising method of correcting for patient head motion during helical CT imaging has been developed.
The method reconstructs a motion-corrected image from an orbit that is modified based on knowledge of the head motion during the scan, which is obtained by optical motion tracking or a data-driven algorithm.
Results from real CT scans of moving phantoms, and simulations of a variety of realistic volunteer head motion patterns were shown to illustrate the ability of the method to compensate effectively for all but the most severe types of motion patients might exhibit in the clinical setting.
Dr. Roger Fulton
Conjoint Associate Professor in the Faculty of Health Sciences
University of Sydney
Principal Nuclear Medicine Physicist at Westmead Hospital