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Change in foveal position based on age and axial length in high myopic eyes

Change in foveal position based on age and axial length in high myopic eyes
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摘要 AIM:To evaluate the influence of age and axial length(AL) on the position of the fovea in patients with high myopia(HM).METHODS:In this prospective study,96 patients(186 eyes) with HM were consecutively recruited from the Third Affiliated Hospital of Nanchang University.DRI-OCT Atlantis,fundus imaging,and IOL Master were used in this study.Three indices were measured:the distance between the fovea and the optic nerve head(ONH) center(DFO),the vertical distance between the fovea and the horizontal line pass of the ONH center(VDFO),and the horizontal distance between the fovea and the vertical line pass of the ONH center(HDFO).These measurements were used to analyze the effects of different age groups(A1,A2,A3 groups) and AL(AL1,AL2,AL3,AL4 groups) on these indices.RESULTS:The results showed that there was no statistical significance in DFO among the age and AL groups(F=0.46,0.37;P=0.62,0.76,respectively).In HDFO,there was also no statistical significance among the age and AL groups(F=0.10,0.48;P=0.90,0.69,respectively).In VDFO,however,the difference in the age and AL groups was statistically significant(F=3.21,3.12;P=0.04,0.02,respectively).Thus,VDFO were correlated with age and AL(r=0.21,0.23,all P〈0.01),while HDFO and DFO were not correlated with age and AL(r=0.30,P〉0.05).CONCLUSION:In high myopia,the foveal position changes mainly in the vertical direction along with factors of age and AL. AIM:To evaluate the influence of age and axial length(AL) on the position of the fovea in patients with high myopia(HM).METHODS:In this prospective study,96 patients(186 eyes) with HM were consecutively recruited from the Third Affiliated Hospital of Nanchang University.DRI-OCT Atlantis,fundus imaging,and IOL Master were used in this study.Three indices were measured:the distance between the fovea and the optic nerve head(ONH) center(DFO),the vertical distance between the fovea and the horizontal line pass of the ONH center(VDFO),and the horizontal distance between the fovea and the vertical line pass of the ONH center(HDFO).These measurements were used to analyze the effects of different age groups(A1,A2,A3 groups) and AL(AL1,AL2,AL3,AL4 groups) on these indices.RESULTS:The results showed that there was no statistical significance in DFO among the age and AL groups(F=0.46,0.37;P=0.62,0.76,respectively).In HDFO,there was also no statistical significance among the age and AL groups(F=0.10,0.48;P=0.90,0.69,respectively).In VDFO,however,the difference in the age and AL groups was statistically significant(F=3.21,3.12;P=0.04,0.02,respectively).Thus,VDFO were correlated with age and AL(r=0.21,0.23,all P〈0.01),while HDFO and DFO were not correlated with age and AL(r=0.30,P〉0.05).CONCLUSION:In high myopia,the foveal position changes mainly in the vertical direction along with factors of age and AL.
出处 《International Journal of Ophthalmology(English edition)》 SCIE CAS 2018年第5期844-847,共4页 国际眼科杂志(英文版)
基金 Supported by the Research and Development Project of Science and Technology of the Jiangxi Province(No.20171BBG70100) the Ophthalmic Innovation Project of Nanchang City(No.2016114)
关键词 high myopia foveal position age axial length high myopia foveal position age axial length
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