首页> 外国专利> DYNAMIC DATA NORMALIZATION FOR COMPARISON AND QUANTITATIVE DETERMINATION OF PERFUSION

DYNAMIC DATA NORMALIZATION FOR COMPARISON AND QUANTITATIVE DETERMINATION OF PERFUSION

机译:动态数据归一化以比较和定量确定灌注

摘要

1. Device (42) for dynamic normalization of data for comparison and quantitative determination of perfusion, comprising a processing element configured to implement a method of dynamic normalization of data for comparison and quantitative determination of perfusion, wherein the processing element is configured to determine (20) the total volumetric flow rate or the amount of contrast medium in the blood vessel, and the processing element is configured to normalize (34) the perfusion data based on definiteness total volume flow in a blood vessel and the amount of contrast medium in a blood sosude.2. The device according to claim 1, further comprising an imaging element (55); wherein the imaging element (55) is configured to visually provide the user with at least one of the first normalized perfusion x-ray image data during the first image acquisition and the second normalized perfusion x-ray image data in the second image acquisition. 3. The device according to claim 1 or 2, further comprising an x-ray source (46) and an x-ray detector (44), wherein the object (48) can be placed between the x-ray source (46) and the x-ray detector (44), and wherein the x-ray source (46) and an X-ray detector (44) is operatively connected to obtain X-ray image data, in particular, X-ray image perfusion data of interest to an object region (48) .4. Method (10) for dynamic normalization of data for comparison and quantitative determination of perfusion, comprising the steps of determining
机译:1.一种用于对数据进行动态归一化以进行比较和定量确定的装置(42),包括处理元件,其被配置为实施用于对数据进行比较和定量确定以进行数据的动态归一化的方法,其中,所述处理元件被配置为确定( 20)血管中的总体积流速或造影剂的量,并且处理元件被配置为基于血管中的确定性总体积流量和造影剂中造影剂的量对灌注数据进行归一化(34)。血糖浆2。 2.根据权利要求1所述的设备,还包括成像元件(55);以及其中,成像元件(55)被配置为在第一图像采集期间在视觉上向用户提供第一标准化灌注X射线图像数据和第二图像采集中的第二标准化灌注X射线图像数据中的至少一个。 3.根据权利要求1或2所述的设备,还包括X射线源(46)和X射线检测器(44),其中,所述物体(48)可以被放置在所述X射线源(46)和所述X射线源之间。 X射线检测器(44),其中X射线源(46)和X射线检测器(44)可操作地连接以获得X射线图像数据,尤其是感兴趣的X射线图像灌注数据到目标区域(48).4。用于数据的动态归一化以比较和定量确定灌注的方法(10),包括确定

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