18-Month Performance Assessment of Gemini TF 16 PET/CT System in a High-Volume Department

A. Jha, S. Mithun, Abhijith Mohan Singh, N. Purandare, Sneha Shah, A. Agrawal, V. Rangarajan
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引用次数: 5

Abstract

Acceptance testing is a set of quality control tests performed to verify various manufacturer-specified parameters before a newly installed PET/CT system can be accepted for clinical use. A new PET/CT system, Gemini TF 16, installed in our department in September 2012 has a PET component capable of time-of-flight imaging using lutetium-yttrium-oxyorthosilicate crystals and operates in 3-dimensional mode. Our aim was to evaluate the system before acceptance and observe the consistency of its performance during high-volume work for 18 mo after installation (we perform an average of 30 PET/CT scans daily). Methods: We performed NEMA (National Electrical Manufacturers Association) NU-2 2007 acceptance testing on the Gemini TF 16; continuously evaluated its gain calibration, timing resolution, and energy resolution during the subsequent 18 mo; and analyzed the results. Results: The system passed the acceptance testing and showed few fluctuations in energy and timing resolutions during the observation period. Conclusion: The Gemini TF 16 whole-body PET/CT system performed excellently during the 18-mo study period despite the high volume of work.
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Gemini TF 16 PET/CT系统在某大容量科室的18个月性能评估
验收测试是在新安装的PET/CT系统可以被接受用于临床使用之前,为验证各种制造商指定的参数而进行的一组质量控制测试。2012年9月,我们部门安装了一套新的PET/CT系统Gemini TF 16,该系统有一个PET组件,能够使用镥钇氧硅酸盐晶体进行飞行时间成像,并在三维模式下工作。我们的目标是在验收前对系统进行评估,并在安装后18个月的大批量工作中观察其性能的一致性(我们平均每天进行30次PET/CT扫描)。方法:对Gemini TF 16进行NEMA (National Electrical Manufacturers Association) NU-2 2007验收测试;在随后的18个月里,持续评估其增益校准、时序分辨率和能量分辨率;并对结果进行了分析。结果:系统通过验收测试,观测期内能量分辨率和时间分辨率波动较小。结论:Gemini TF 16全身PET/CT系统在18个月的研究期间表现出色,尽管工作量很大。
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