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[数字心血管造影图的个体存档]

[Individual archiving of digital angiocardiograms].

作者信息

Stiel G M, Nienaber C A, Schaps K P, Meinertz T

机构信息

Universitätskrankenhaus Eppendorf Medizinische Klinik und Poliklinik Abteilung für Kardiologie, Hamburg.

出版信息

Z Kardiol. 1996 Aug;85(8):553-60.

PMID:8975495
Abstract

CD-R will be introduced internationally as a standardized individual archive and exchange medium allowing individual solutions for long-term archiving in a catheterization laboratory. The concept of digital archiving on two CD-R includes a long-term primary basic archive and a secondary one edited by intelligent (medical) data reduction (IDR). The basic archive is automatically composed by a background process consisting of unprocessed images or image series and is fundamental for further transfers, storage, presentations and additional studies. The digital working archive comprises a set of images and image series edited by IDR, as well as the results of morphometric studies as well as identification and documentation data. IDR is based upon the elimination of useless and redundant images series, documentation of coronary interventions on one single representative image and on the reduction of relevant images series and physiological data into an ECG-controlled representative cardiac cycle. IDR edits a redundancy-free set of 130 images (diagnostic study) or only 85 images of an interventional study. Two cardiologists and two cardiosurgeons independently studied 24 IDR-edited angiograms and the corresponding unedited digital angiograms and found no significant differences in the diagnostically relevant coronary morphology and left ventricular function. This study shows that an edited angiogram may not only serve for digital archiving but also form the basis for further evaluation or copies.

摘要

CD-R 将作为一种标准化的个人存档和交换介质在国际上推出,它允许在导管实验室中采用个性化的长期存档解决方案。在两张 CD-R 上进行数字存档的概念包括一个长期的主要基础存档和一个通过智能(医学)数据缩减(IDR)编辑的次要存档。基础存档由一个后台进程自动组成,该进程包含未处理的图像或图像序列,是进一步传输、存储、展示和额外研究的基础。数字工作存档包括一组由 IDR 编辑的图像和图像序列,以及形态计量学研究结果以及识别和记录数据。IDR 基于消除无用和冗余的图像序列,在一张具有代表性的单一图像上记录冠状动脉介入情况,并将相关图像序列和生理数据缩减为一个由心电图控制的代表性心动周期。IDR 编辑出一套无冗余的 130 张图像(诊断研究)或仅 85 张介入研究图像。两名心脏病专家和两名心脏外科医生独立研究了 24 份经 IDR 编辑的血管造影片和相应的未编辑数字血管造影片,发现在诊断相关的冠状动脉形态和左心室功能方面没有显著差异。这项研究表明,经编辑的血管造影片不仅可用于数字存档,还可为进一步评估或复制奠定基础。

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