Gosbell A D, Barry W R, Favilla I, Burkitt G
Department of Ophthalmology, Monash Medical Centre, Melbourne, Australia.
Aust N Z J Ophthalmol. 1991 Nov;19(4):335-41. doi: 10.1111/j.1442-9071.1991.tb00682.x.
A method of acquiring and analysing electro-oculogram signals was developed using computer-aided techniques. The repetitive nature, characteristic shape and spectral properties of the electro-oculogram are used in the automated analysis, enabling the retinal resting potential to be investigated. Online computer-aided automatic analysis of the electro-oculogram is efficient, reliable and accurate. Automated analysis produced results that have a highly significant degree of correlation (P less than 0.001) with the results obtained manually from strip chart recording of the electro-oculogram signals. The increased accuracy of the automatic analysis system demonstrates a significantly reduced (McNemar's Test) false positive rate in classifying abnormal results on the basis of Arden ratio. The computer-aided analysis system offers a useful clinical means of measuring the electro-oculogram for diagnostic and research purposes.
利用计算机辅助技术开发了一种获取和分析眼电图信号的方法。眼电图的重复性、特征形状和频谱特性被用于自动分析,从而能够研究视网膜静息电位。眼电图的在线计算机辅助自动分析高效、可靠且准确。自动分析得出的结果与通过眼电图信号带状图记录手动获得的结果具有高度显著的相关性(P小于0.001)。自动分析系统准确性的提高表明,基于 Arden 比值对异常结果进行分类时,假阳性率显著降低(McNemar 检验)。计算机辅助分析系统为诊断和研究目的测量眼电图提供了一种有用的临床手段。