SHANGHAI, July 4, 2018 /PRNewswire/ -- The 65th Annual Meeting of the Society of Nuclear Medicine and Molecular Imaging(SNMMI) was recently held in Philadelphia, USA. SNMMI selected China as the highlight country for the 2018 annual meeting to showcase the rapid progress
In 2017 UIH completed the development of its high-definition TOF PET/MR, uPMR 790 - a fully integrated, simultaneous imaging 3T MR and time-of-flight PET system, and installed the system at Fudan University-affiliated Zhongshan Hospital for clinical trials. Over 500 patients have been successfully scanned with the whole body PET/MR protocol. Performance measurements conducted jointly by Zhongshan Hospital and UIH scientists based on NEMA NU2-2012 standard were presented for the first time in the system technology scientific session. An industry-leading axial FOV of 32cm, NEMA spatial resolution of 2.8mm, high sensitivity of 17cps/KBq, and peak noise equivalent count rate (NECR) of 135kcps were reported. The combination of the great PET and MR performances and simultaneous imaging capability make uPMR 790 a highly valuable clinical and research device.
Prof. Simon R. Cherry of University of California, Davis, received the prestigious 2018 Paul C. Aebersold Award. His latest achievement in leading the NIH-funded EXPLORER project put the highlight on the progress in the development of the total-body PET technology and system. As the industrial partner of the EXPLORER Consortium, UIH has been working over the past two years on the design and development of the 2-meter-long PET/CT system based on its own digital PET platform in close collaboration with UC Davis, and recently completed the construction of the world's first total-body PET/CT system. In a highly anticipated presentation about the status of the project, Prof. Ramsey D. Badawi of UC Davis showed the exciting preliminary performance measurement results and phantom images of the UIH system. An unprecedented high sensitivity of 150cps/KBq (NEMA 2012 equivalent of 200cps/KBq), peak NECR of 2,106kcps based on extended NEMA NU2-2012 standard were achieved. Coupled with an estimated sub-3mm high spatial resolution, the system shows great potentials for doing ultra-fast, ultra-low-dose, as well as total-body dynamic PET imaging, which will enable a wide range of advanced applications that are not possible on the current generation systems.
Accurate quantification in non-FDG body imaging presents a big challenge, as emphasized by Prof. Richard E. Carson of Yale University in his Henry N. Wagner lecture on Quantitative Nuclear Imaging. The accuracy depends on a variety of factors such as the method, timing, the performance of the system and data processing algorithm. Researchers from the Nanjing No.1 Hospital presented their research work on the optimization of imaging time based on dynamic 18F-DOPA scans for evaluation of pancreatic neuroendocrine tumors. Nanjing No. 1 Hospital performs all research and clinical scans on its UIH uMI 780 digital detector PET/CT scanner, a clinical whole-body system which has received regulatory approval in China, EU, Japan, and US. uMI 780 features a powerful combination of key system specifications, including the largest axial FoV of 30cm, high PET sensitivity of 16cps/KBq, and high spatial resolutions of 2.9mm. With high-definition, time-of-flight reconstruction algorithms, and advanced features such as patient motion compensation, the system delivers excellent image quality and extensive flexibilities to meet the demanding clinical and research needs of the hospital.
Shanghai United Imaging Healthcare Co., Ltd. (UIH) is a Shanghai-based leading medical equipment and healthcare IT solutions provider with multiple international R&D centers. UIH designs, develops, produces and markets a full portfolio of advanced diagnostic imaging and radiotherapy products including MR, CT, X-ray, PET, and RT systems, and provides innovative medical IT systems and solutions.
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SOURCE Shanghai United Imaging Healthcare Co., Ltd.
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