斜视模型的进一步研究。

D A Kault, D J Stark, K P Stark
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引用次数: 5

摘要

斜视的计算机模型已经有十年的历史了。这种模型是一种计算机程序,它根据视动系统的解释进行一系列计算,视动系统是由两个球体组成的系统,每个球体有六个可调节的弹簧。病理和手术的影响可以通过改变弹簧的参数来模拟。然而,这些模型尚未得到广泛的实际接受。这种缺乏兴趣的一个原因是,以前的研究者忽视了斜视模型的应用,以伴发性斜视。本文展示了斜视模型在伴发性斜视中的应用,并得到了一些有临床价值的数据。人们不接受计算机模型的另一个原因是,人们认为由于生物的可变性,计算机模型可能不可靠。这里开发的模型被测试其对广泛的生物变异的敏感性,并证明是非常稳健的。因此,该模型给出的有关斜视手术的信息应该适用于大多数患者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Further investigation of a strabismus model.

Computer models of strabismus have been available for about ten years. Such models are computer programs which perform a set of calculations based on an interpretation of the oculomotor system as a system of two spheres each with six adjustable springs. The effects of pathology and surgery can be simulated by altering the parameters of the springs. However, such models have not yet met with wide practical acceptance. One reason for this lack of interest is that previous investigators have neglected to apply strabismus models to concomitant strabismus. In this paper the application of a strabismus model to concomitant strabismus is demonstrated and data are generated which should be clinically useful. Another reason for lack of acceptance of computer models results from the expectation that they may be unreliable because of biological variability. The model developed here is tested for its sensitivity to a wide range of biological variations and proves to be very robust. Therefore, information on concomitant squint surgery given by the model should be applicable to most patients.

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