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黄斑与黄斑旁视网膜对飞秒激光脉冲的敏感性比较。

Comparison of macular versus paramacular retinal sensitivity to femtosecond laser pulses.

作者信息

Cain C P, Toth C A, Thomas R J, Noojin G D, Carothers V, Stolarski D J, Rockwell B A

机构信息

Litton-TASC, Inc., San Antonio, Texas 78228, USA.

出版信息

J Biomed Opt. 2000 Jul;5(3):315-20. doi: 10.1117/1.430002.

Abstract

Single 130 fs laser pulses in the near-IR (800 nm) were used to create ophthalmoscopically viewed minimum visible lesions (MVLs) within the macular and paramacular regions in rhesus monkey eyes. MVL thresholds at 1 and 24 h are reported as the 50% probability for damage (ED50) together with their fiducial limits at the 95% confidence level. These measured thresholds are compared with previously reported thresholds for near-IR and visible wavelengths for both macular and paramacular areas. Threshold doses were lower at the 24 h reading than at the 1 h reading for both retinal regions and the ED50s for the macula were slightly lower than for the paramacula. We measured the 24 h MVL ED50 thresholds to be 0.35 and 0.55 microJ for the macular and paramacular areas, respectively. The combined data for both areas yielded a threshold of 0.45 microJ.

摘要

使用近红外(800纳米)的单个130飞秒激光脉冲,在恒河猴眼睛的黄斑和黄斑旁区域内创建眼底镜可见的最小可见损伤(MVL)。报告了1小时和24小时时的MVL阈值,即损伤的50%概率(ED50)及其95%置信水平下的置信限。将这些测量阈值与先前报道的黄斑和黄斑旁区域近红外和可见光波长的阈值进行比较。两个视网膜区域在24小时读数时的阈值剂量均低于1小时读数时的阈值剂量,且黄斑的ED50略低于黄斑旁区域。我们测得黄斑和黄斑旁区域的24小时MVL ED50阈值分别为0.35微焦和0.55微焦。两个区域的合并数据得出阈值为0.45微焦。

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