图书馆学
医学院
医学
医学影像学
核医学
老年学
医学物理学
医学教育
计算机科学
放射科
作者
Mingwu Jin,Xiaofeng Niu,Wenyuan Qi,Yongyi Yang,Joyoni Dey,Michael A. King,Seth T. Dahlberg,Miles N. Wernick
出处
期刊:Medical Physics
[Wiley]
日期:2013-01-10
卷期号:40 (2): 022501-022501
被引量:32
摘要
With various quantitative metrics 4D reconstruction is demonstrated to achieve better or comparable performance at quarter dose (∼2.25 mSv, 75% dose reduction) compared to conventional clinical reconstruction at standard dose (∼9 mSv). Preliminary results from two patient datasets also show that 4D at an equivalent quarter dose can achieve better performance than clinical and 3D methods at higher dose levels. Such a significant dose reduction (75%) has not been demonstrated quantitatively in previous studies in GSPECT. These promising results warrant further investigations on the lower bound of dose reduction with different reconstruction strategies and more comprehensive clinical studies with greater patient variability.
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