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1·To improve the myocardial perfusion.

从而改善心肌血流灌注。

2·The relation be - tween coronary stenosis and myocardial perfusion was analysed.

分析冠脉狭窄程度与心肌灌注减少的关系。

3·Time intensity curves were constructed to analyze myocardial perfusion quantitatively.

用时间强度曲线分析造影图像。

4·We proposed that in situ thrombosis might contribute to poor myocardial perfusion in this setting.

我们假设在这个操作中原位栓塞可能导致不良的心肌灌注。

5·Registration of myocardial perfusion MRI images is a typical method in heart process and analysis.

心肌灌注磁共振图像系列的配准是心脏分析诊断的重要辅助手段。

6·Objective:To evaluate the characteristics of myocardial perfusion using first pass perfusion MR imaging.

目的：通过MR灌注成像评价急性梗死心肌组织血流灌注特点。

7·Two recent advances in CT technology are enabling more robust CT-based measurement of myocardial perfusion.

最近CT技术的两个进步使得基于CT的心肌灌注测量变得更加完美。

8·Conclusions Using of tirofiban within short periods can safely improve coronary flow and myocardial perfusion during PCI.

结论急诊pci术期间短程应用替罗非班能安全、有效地改善冠状动脉血流和心肌灌注。

9·Objective To study the consistency of the results between of MR myocardial perfusion imaging and DSA coronary arteriography.

目的：研究MR心肌灌注成像与DSA冠状动脉造影检查结果的一致性。

10·Finally, decreased myocardial perfusion at rest was associated with delayed contraction and increased extent of dyssynchrony.

最后，静息心肌灌注减少与延迟收缩及不同步范围增加是相关的。