Zicot M, Guillaume M, Ham H, Redote R
Eur J Nucl Med. 1986;12(4):192-6. doi: 10.1007/BF00256920.
Intravenous peripheral injection of krypton-81m in an isotonic solution permits venous scintigraphy of the lower limbs to be carried out. An anatomic definition of the obstructions and the collateral pathways is therefore easily displayed from the popliteal vein to the vena cava. The physical characteristics of the radionuclide permit iterative or sustained perfusions without accumulation of an excessive background noise and the method is used to obtain scintigraphic images in changing physiological conditions. Analysis of the dynamic data permits venous stasis to be assessed in terms of regional radioactivity at a steady state and transit rate. Various physiological and pathological conditions are analyzed by this method.
将81m氪注入等渗溶液中进行静脉外周注射,可对下肢进行静脉闪烁扫描。因此,从腘静脉到腔静脉,很容易显示出阻塞部位和侧支循环途径的解剖学定义。放射性核素的物理特性允许进行迭代或持续灌注,而不会积累过多的背景噪声,并且该方法用于在不断变化的生理条件下获取闪烁图像。对动态数据的分析允许根据稳态时的局部放射性和通过速率来评估静脉淤滞情况。通过该方法分析了各种生理和病理状况。