Stodtmeister R, Hornberger M, Höfer M, Gaus W, Pillunat L, Swobodnik W, Bischof G
Universitäts-Augenklinik Ulm.
Klin Monbl Augenheilkd. 1988 Mar;192(3):219-33. doi: 10.1055/s-2008-1050106.
Ulrich and Ulrich's method of oculo-oscillodynamography (OODG) is a relatively new method which enables the systolic retinal, systolic ciliary, and systolic ocular perfusion pressure or respectively blood pressure to be measured. The results obtained by the present authors are in good agreement with those of Ulrich and Ulrich (n = 30). The intraocular pressure values obtained with this method correlate somewhat less well with the systemic blood pressure than is the case with suction cup ophthalmodynamometry. However, the correlation coefficients are sufficiently high to permit their application in ophthalmological diagnosis. The results presented here indicate that the diastolic ocular pressure should be determined by applying the formoscillatory criterion. The positive intercept in the regression equations can be explained by the assumption that the regression is curvilinear at systemic blood pressure values which are generally not encountered in humans in whom OODG is of diagnostic importance. It is suggested that the linear regression is a sufficiently exact model at the systemic blood pressures most frequently measured. Normal OODG values can be read off easily from the diagrams published here.
乌尔里希和乌尔里希的眼动振荡血流动力学测定法（OODG）是一种相对较新的方法，它能够测量视网膜收缩压、睫状体收缩压和眼收缩期灌注压，或者分别测量血压。本作者所获得的结果与乌尔里希和乌尔里希（n = 30）的结果高度一致。用这种方法获得的眼压值与全身血压的相关性，与吸盘式视网膜血流动力学测定法相比，略显逊色。然而，相关系数足够高，足以使其应用于眼科诊断。此处呈现的结果表明，应通过应用形态振荡标准来确定舒张眼压。回归方程中的正截距可以通过以下假设来解释，即在人类中通常不会遇到的全身血压值下，回归是曲线的，而在这些人类中OODG具有诊断重要性。有人认为，在最常测量的全身血压下，线性回归是一个足够精确的模型。正常的OODG值可以从此处公布的图表中轻松读出。
