Chelyshev Iu A, Kubitskiĭ A A, Plakseĭchuk A Iu
Morfologiia. 1996;110(5):47-50.
Efficiency of myelinated fibres regeneration was studied in affecting the nerve by different lasers. 890 nm wave length irradiation 0.33 J/cm2 in dose irradiation was shown not to influence the quantity of myelinated fibres regenerating in the nerve distal region. Increase of the dose up to 9.33 J/cm2 causes 49% reduction of myelinated fibres number. Suppression of regeneration was also reported in using 1220 nm wave length laser (summary dose-0.98 J/cm2). This wave length irradiation 7.2 J/cm2 in dose was established not to impair growth and myelinization speed of nerve fibres in distal region of the nerve. Helio-neonic laser irradiation (7 J/cm2) does not affect the quantity of regenerating myelinated fibres.
研究了不同激光对神经影响时髓鞘化纤维的再生效率。结果显示,波长890nm、剂量为0.33J/cm²的辐照对神经远端区域髓鞘化纤维的再生数量没有影响。当剂量增加到9.33J/cm²时,髓鞘化纤维数量减少49%。使用波长1220nm的激光(总剂量-0.98J/cm²)时也有再生抑制的报道。已确定剂量为7.2J/cm²的该波长辐照不会损害神经远端区域神经纤维的生长和髓鞘化速度。氦氖激光辐照(7J/cm²)不影响再生髓鞘化纤维的数量。