Adam W E, Bitter F
Nuklearmedizin. 1980 Aug;19(4):148-54.
Computer processed dynamic scintigraphy (CPDS) (Funktionsszintigraphie), as developed 15 years ago essentially in the German Cancer Research Center (Institute of Nuclear Medicine), Heidelberg, shows limitations with regard to temporal spatial resolution. Under fixed count rate conditions, temporal resolution can only be improved at the expense of spatial resolution. The adverse implications of this inverse relationship may be overcome by the use of trigger techniques, resulting in an improvement in statistical information. The strict application of principles as developed in CPDS in gated blood pool procedures leads to parametric scans (functional imaging) displaying optimal utilisation of available information and presentation of regional wall motion abnormalities.
计算机处理动态闪烁扫描(CPDS)(功能闪烁扫描)于15年前在德国海德堡癌症研究中心(核医学研究所)基本研发而成,在时间空间分辨率方面存在局限性。在固定计数率条件下,只能以牺牲空间分辨率为代价来提高时间分辨率。这种反比关系的不利影响可通过使用触发技术来克服,从而改善统计信息。在门控血池检查中严格应用CPDS所制定的原则,可进行参数扫描(功能成像),以最佳利用可用信息并呈现局部室壁运动异常。