Nemtsev I Z, Zakharov S D, Lapshin V P, Stazhadze L L, Menchukov O N, Perov S N, Ivanov A V, Panasenko N A, Armichev A V
Aviakosm Ekolog Med. 1992 Mar-Apr;26(2):57-62.
High resolution measurements of helium-neon laser spectra have been conducted about 0.64 mm wavelength. The singlet oxygen photo-generation was demonstrated to be responsible for the bioeffects of this spectral interval. Helium-neon radiation with 0.633 mm wavelength was used for medical rehabilitation of 15 patients with muscular atrophy as a result of wearing immobilizing plaster arm-bends on lower extremity fractures. 50-day hypokinesia of a damaged extremity induced differences in functional indices between damaged and healthy extremities in the same patient. This difference was diminishing more rapidly after laser therapy than in the control group though all patients had adequate rehabilitative treatment. Due to the likelihood of hypokinesia- and weightlessness-induced atrophies, helium-neon laser may be recommended for atrophy prophylaxis and treatment in both cases.
已对波长约0.64毫米的氦氖激光光谱进行了高分辨率测量。结果表明，单线态氧的光生作用是该光谱区间生物效应的原因。波长为0.633毫米的氦氖辐射被用于15例因下肢骨折佩戴固定石膏臂弯而导致肌肉萎缩的患者的医学康复。受损肢体50天的运动功能减退导致同一患者受损肢体与健康肢体之间的功能指标出现差异。尽管所有患者都接受了充分的康复治疗，但激光治疗后这种差异的减小速度比对照组更快。由于存在运动功能减退和失重引起萎缩的可能性，氦氖激光在这两种情况下都可推荐用于萎缩的预防和治疗。
