低能量红光治疗屈光参差

研究低能量650 nm红光治疗屈光参差的疗效。选取3～18岁近视患者中屈光参差(等效球镜)大于1.00 D的42人(其中11人屈光参差大于1.50 D)，受试者均保持每日650 nm单波长红光治疗，通过治疗后第1、3、6、9和12个月的随访，发现重复低能量红光间断光照可缩小屈光参差眼的眼轴长度，治疗1个月后即见疗效，且更有利于治疗基线眼轴较长的近视眼。当同一个个体2眼眼轴不同时，对相同红光反应也不同。散光不影响红光的疗效。

Abstract

To investigate the efficacy and safety of photobiomodulation with 650 nm wavelength in controlling ocular axial length (AL) changes in myopic anisometrometria, this study involved 42 patients with anisometropia not less than 1.00 D treated with the same laser irradiance(Eleven of them had anisometropia of not less than 1.50 D). All subjects were dosed daily and followed up at 1st, 3rd, 6th, 9th and 12th every month. We find that anisometropia can be benefit from photobiomodulation with unbalanced efficacy between the same patient and the same light dosing.

参考文献

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李影, 裘凯凯. 低能量红光治疗屈光参差[J]. 玻璃搪瓷与眼镜, 2023, 51(3): 21. LI Ying, QIU Kaikai. Study on Photobiomodulation for Myopic Anisometropia[J]. GLASS ENAMEL & OPHTALMIC OPTICS, 2023, 51(3): 21.

低能量红光治疗屈光参差

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