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将中河-拉什顿方程应用于临床视网膜电图的方法学方面。

Methodological aspects of the application of the Naka-Rushton equation to clinical electroretinogram.

作者信息

Anastasi M, Brai M, Lauricella M, Geracitano R

机构信息

Eye Clinic, University of Palermo, Italy.

出版信息

Ophthalmic Res. 1993;25(3):145-56. doi: 10.1159/000267283.

Abstract

The nonlinear relation between stimulus intensity and response amplitude of the electroretinogram (ERG) scotopic b wave can be described by a curve based on the Naka-Rushton (NR) equation. Up to now, the NR equation has been used to assess the features of the normal and pathological ERG, but the best approach for a correct evaluation of the parameters is still debatable. The parameters are thought to be related to the different conditions of retinal activities. The method is well known in experimental laboratories but is quite unusual at the clinical level. In the present paper the derivative analysis of the NR function is proposed as an easier approach to understand the variations of the NR parameters in selected pathologies.

摘要

视网膜电图(ERG)暗视b波的刺激强度与反应幅度之间的非线性关系可用基于中纳-拉什顿(NR)方程的曲线来描述。到目前为止,NR方程已被用于评估正常和病理性ERG的特征,但正确评估参数的最佳方法仍存在争议。这些参数被认为与视网膜活动的不同状态有关。该方法在实验实验室中广为人知,但在临床层面却相当少见。在本文中,提出了对NR函数的导数分析,作为一种更容易理解所选病理状态下NR参数变化的方法。

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