Greene Peter R, Medina Antonio
Bioengineering, B.G.K.T. Consulting Ltd., Huntington, NY, 11743, USA.
Research Laboratory of Electronics, Massachusetts Institute of Technology, Cambridge, 02139, MA, USA.
Int Ophthalmol. 2016 Oct;36(5):609-14. doi: 10.1007/s10792-016-0172-0. Epub 2016 Jan 12.
The objective herein is to provide refraction data, myopia progression rate, prevalence, and 1st and 2nd generation correlations, relevant to whether myopia is random or inherited. First- and second-generation ocular refraction data are assembled from N = 34 families, average of 2.8 children per family. From this group, data are available from N = 165 subjects. Inter-generation regressions are performed on all the data sets, including correlation coefficient r, and myopia prevalence [%]. Prevalence of myopia is [M] = 38.5 %. Prevalence of high myopes with |R| >6 D is [M-] = 20.5 %. Average refraction is = -7.52 D ± 1.31 D (N = 33). Regression parameters are calculated for all the data sets, yielding correlation coefficients in the range r = 0.48-0.72 for some groups of myopes and high myopes, fathers to daughters, and mothers to sons. Also of interest, some categories show essentially no correlation, -0.20 < r < 0.20, indicating that the refractive errors occur randomly. Time series results show myopia diopter rates = -0.50 D/year.
本文的目的是提供与近视是随机发生还是遗传相关的屈光数据、近视进展率、患病率以及第一代和第二代的相关性。第一代和第二代眼屈光数据来自34个家庭,每个家庭平均有2.8个孩子。从这个群体中,可获得165名受试者的数据。对所有数据集进行代际回归分析,包括相关系数r和近视患病率[%]。近视患病率[M] = 38.5%。|R|>6 D的高度近视患病率[M-] = 20.5%。平均屈光度 = -7.52 D±1.31 D(N = 33)。计算所有数据集的回归参数,某些近视和高度近视组、父亲与女儿、母亲与儿子的相关系数范围为r = 0.48 - 0.72。同样有趣的是,一些类别显示基本无相关性,-0.20 <r <0.20,表明屈光不正随机出现。时间序列结果显示近视屈光度变化率 = -0.50 D/年。