Airaksinen P J, Drance S M, Douglas G R, Schulzer M, Wijsman K
Arch Ophthalmol. 1985 Feb;103(2):205-7. doi: 10.1001/archopht.1985.01050020057019.
Semiquantitative retinal nerve fiber layer (RNFL) scores given separately to diffuse and localized changes of the RNFL were correlated with the overall mean retinal sensitivity and visual field indexes calculated from 49 thresholds of the OCTOPUS program JO. The indexes have been developed to differentiate between generalized reduction and localized disturbances of the retinal sensitivity. The RNFL scores and visual field functions were highly correlated. Approximately 50% of the variation of the visual field functions could be accounted for by the RNFL loss scores. An adequate fit of visual field data on localized nerve fiber loss score was achieved by linear regression, whereas the diffuse nerve fiber loss score was improved by quadratic regression. This suggests that localized nerve fiber loss may be more directly associated with localized visual field disturbances than generalized fiber loss and that there may be a latency between the appearance of structural changes and generalized reduction of retinal sensitivity.
分别针对视网膜神经纤维层(RNFL)的弥漫性和局限性变化给出的半定量RNFL评分,与根据OCTOPUS程序JO的49个阈值计算出的总体平均视网膜敏感度和视野指数相关。这些指数旨在区分视网膜敏感度的全身性降低和局限性障碍。RNFL评分与视野功能高度相关。视野功能约50%的变化可由RNFL损失评分来解释。通过线性回归可使视野数据与局限性神经纤维损失评分得到充分拟合,而通过二次回归可改善弥漫性神经纤维损失评分。这表明局限性神经纤维损失可能比全身性纤维损失更直接地与局限性视野障碍相关,并且在结构变化出现与视网膜敏感度全身性降低之间可能存在延迟。