用细胞电泳法、荧光方法及激光衍射法,检测宽频带振子(WS)模拟人体频谱仪照射对大白兔红细胞流变学的影响。对直接照射红细胞悬浮液与照射整体动物作了比较。结果表明:整体受照射、持续20分钟后,红细胞电泳迁移率、红细胞膜流动性及红细胞变形能力均增加,差异有显著性。证明:WS模拟人体频谱照射兔,能提高红细胞的流变特性,有利于微循环。此结果与临床观察一致。 Cell electrophoresis, fluorescence and laser diffraction were used to detect the effect of broad band oscillator (WS) simulated human spectrometer on erythrocyte rheology in rabbits. Direct irradiation of erythrocyte suspensions was compared with irradiation of whole animals. The results showed that: after irradiation for 20 minutes, the erythrocyte electrophoretic mobility, erythrocyte membrane fluidity and erythrocyte deformability increased, the difference was significant. Proof: WS analog human spectrum irradiation rabbit, can improve the rheological properties of red blood cells, is conducive to microcirculation. This result is consistent with clinical observations.