中华医学杂志
中華醫學雜誌
중화의학잡지
National Medical Journal of China
2011年
7期
451-454
,共4页
原发性开角型青光眼%GDx%视野
原髮性開角型青光眼%GDx%視野
원발성개각형청광안%GDx%시야
Primary open angle glaucoma%GDx%Visual field
目的 比较原发性开角型青光眼患者GDx VCC各参数和自动视野平均缺损(MD)的相关性.方法 用GDx VCC和Octopus1-2-3自动视野检测97例(191眼)原发性开角型青光眼患者.采用方差分析、Pearson相关分析和回归分析GDx各参数和自动视野平均缺损(mean defect,MD)之间的关系.结果 GDx各参数与视野的MD均呈负相关,相关性依次为:SA(-0.58)、TSNIT(-0.52)、IA(-0.52)、NFI(-0.48)和IES(-0.33),差异有统计学意义.上半野视野与GDx下象限RNFL厚度参数一致性为-0.61,下半野视野与GDx上象限RNFL厚度参数的一致性为-0.59.结论 GDx参数和自动视野的平均缺损呈中度相关.GDx可用于青光眼的随诊.
目的 比較原髮性開角型青光眼患者GDx VCC各參數和自動視野平均缺損(MD)的相關性.方法 用GDx VCC和Octopus1-2-3自動視野檢測97例(191眼)原髮性開角型青光眼患者.採用方差分析、Pearson相關分析和迴歸分析GDx各參數和自動視野平均缺損(mean defect,MD)之間的關繫.結果 GDx各參數與視野的MD均呈負相關,相關性依次為:SA(-0.58)、TSNIT(-0.52)、IA(-0.52)、NFI(-0.48)和IES(-0.33),差異有統計學意義.上半野視野與GDx下象限RNFL厚度參數一緻性為-0.61,下半野視野與GDx上象限RNFL厚度參數的一緻性為-0.59.結論 GDx參數和自動視野的平均缺損呈中度相關.GDx可用于青光眼的隨診.
목적 비교원발성개각형청광안환자GDx VCC각삼수화자동시야평균결손(MD)적상관성.방법 용GDx VCC화Octopus1-2-3자동시야검측97례(191안)원발성개각형청광안환자.채용방차분석、Pearson상관분석화회귀분석GDx각삼수화자동시야평균결손(mean defect,MD)지간적관계.결과 GDx각삼수여시야적MD균정부상관,상관성의차위:SA(-0.58)、TSNIT(-0.52)、IA(-0.52)、NFI(-0.48)화IES(-0.33),차이유통계학의의.상반야시야여GDx하상한RNFL후도삼수일치성위-0.61,하반야시야여GDx상상한RNFL후도삼수적일치성위-0.59.결론 GDx삼수화자동시야적평균결손정중도상관.GDx가용우청광안적수진.
Objective To establish whether the structural parameters provided by GDx can be used to reflect functional damage in the mean defect of visual field. Methods 97 ( 191 eyes) patients with primary open angle glaucoma underwent examination with GDx and Octopus 1-2-3 automatic perimeter. The relationship between the retinal nerve fiber layer parameters and mean defect of visual field was analysed by ANOVA, Pearson's correlation (r), scatter plot and linear regression. Results The parameters of GDx decreased with increasing mean defect of visual field, measured both globally and regionally; r: SA=- 0.58, TSNIT =-0.52, IA=-0.52, NFI=-0.48 and IES=-0.33. All parameters were negative correlation with mean defect of visual field and there was significant correlation among these parameters,except IES(P＜0.05). The superior mean defect of visual field increased with decreasing inferior RNFL (r=-0.61), inferior visual field mean defect increased with decreasing superior RNFL (r=-0.59).There were significant correlation among these parameters. Conclusion Quantitative measures of the retinal nerve fiber layer using GDx were correlated with mean defect of visual field in patients with glaucoma. GDx can be used for follow up.
