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法氏和麦克菲-帕伦高正交心电图在瓣膜性肺动脉狭窄中的量化。与血流动力学测量的相关性。

Quantification of the Frank and McFee-Parungao orthogonal electrocardiogram in valvular pulmonic stenosis. Correlations with hemodynamic measurement.

作者信息

Mehran-Pour M, Whitney A, Liebman J, Borkat G

出版信息

J Electrocardiol. 1979 Jan;12(1):69-76. doi: 10.1016/s0022-0736(79)80047-3.

Abstract

In 66 patients with congenital valvular pulmonic stenosis and intact ventricular septum, correlations were obtined among various multiple hemodynamic and orthogonal vectorcardiographic parameters. The Frank and McFee-parungao lead systems were used. The most important hemodynamic parameter evaluated was right ventricular pressure (RVP). RVP correlated best with X terminal to the right (XTR) in both Frank (R = 0.68) and McFee (R = 0.61) systems. The correlation between RVP and Z anterior was poor. The direction of the initial QRS vector on the X axis was helpful in predicting severity. With X initial to the right, especially in McFee, the RVP is most likely to be systemic or less, while with X initial to the left, the RVP is frequently but not necessarily suprasystemic. T vector spatial orientation is not helpful in the assessment of severity.

摘要

在66例先天性瓣膜肺动脉狭窄且室间隔完整的患者中,对多种血流动力学参数和正交向量心电图参数进行了相关性分析。采用了弗兰克(Frank)导联系统和麦克菲 - 帕伦高(McFee - parungao)导联系统。评估的最重要血流动力学参数是右心室压力(RVP)。在弗兰克导联系统(R = 0.68)和麦克菲导联系统(R = 0.61)中,RVP与X终末向右(XTR)的相关性最佳。RVP与Z前向的相关性较差。X轴上初始QRS向量的方向有助于预测狭窄严重程度。当X初始向右时,尤其是在麦克菲导联系统中,RVP最有可能为全身性或更低,而当X初始向左时,RVP通常但不一定为超全身性。T向量空间方向对狭窄严重程度的评估没有帮助。

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