J Orthop Sports Phys Ther. 1992;15(5):209-14. doi: 10.2519/jospt.1992.15.5.209.
This study was conducted to determine whether helium-neon laser would alter the regeneration process of a crushed nerve. If a biostimulating effect of laser irradiation was found, additional support would be provided for its use in the management of peripheral nerve injured patients. The peroneal nerve in both hind limbs of 12 female New Zealand White rabbits was crushed. The randomly selected limb received laser treatments daily for 15 days. Functional regeneration of the nerves was measured by nerve conduction amplitude performed prior to crush and every third treatment day thereafter. A split-plot ANOVA used to compare the difference in the amplitudes of the evoked motor potentials demonstrated a significant interaction (p < .01) for leg x day, indicating a significantly different pattern in measured amplitudes between treated and nontreated animal limbs over the course of the 15 days following lesion. J Orthop Sports Phys Ther 1992;15(5):209-214.
本研究旨在确定氦氖激光是否会改变受压神经的再生过程。如果发现激光照射具有生物刺激作用,将为其在治疗周围神经损伤患者中的应用提供更多支持。12 只雌性新西兰白兔的双侧后肢腓总神经均受压。随机选择的肢体每天接受激光治疗 15 天。通过在受压前和此后每 3 天进行一次神经传导幅度测量,来评估神经的功能再生。采用裂区方差分析比较诱发运动电位幅度的差异,结果显示腿 x 天的交互作用有显著性差异(p <.01),表明在损伤后 15 天的治疗过程中,治疗和未治疗动物肢体的测量幅度存在明显不同的模式。《美国矫形运动物理治疗杂志》1992 年;15(5):209-214。