摘要
目的:采用血液流变学之细胞电泳技术,研究离体血小板受不同强度磁场和东莨菪碱作用的电泳速度变化。方法:实验用磁粒粘附于电泳小室外,实验药物混合于血小板悬液中,通过建立血瘀证-血小板运动障碍模型,观察磁场对抗肾上腺素。加速血小板运动的效果。结果:外加磁场不仅能加快正常人血小板电泳速度,而且可以纠正由肾上腺素引起的血小板电泳减缓,且作用比东莨菪碱强。结论:运用磁场生物医学效应预防和/或治疗血栓性疾病是一种积极有效的方法。
Objective: By cell electropheresis, the velocity of isolated human platelet was measured under different intensities of magnetic field and scopolamine. Methods: Magnetic corpuscle was added to the outside of small eleetrophoresis tube and scopolamine was mixed in platelet solution. By establishing blood deposition - model of platelet movement hindrance, effect of magnetic field in combating adrenaline and strengthening platelet movement was observed. Results: Magnetic field not only quickened speed of platelet eleetrophoresis in healthy people, but corrected platelet movement, which had been hindered by epinephrine. This effect was stronger than scopolamine. Conclusion: Biological effect of magnetic field provides an effective way for prevention and treatment of thrombotic diseases.
出处
《中华物理医学杂志》
CAS
CSCD
1997年第3期139-141,共3页
Chinese Journal of Physical Medicine and Rehabilitation
关键词
血小板
磁力学
电泳
改善微循环
blood platelets/metab
magnetics
scopolamine/metab
epinephrine/metab
electrophoresis, agar gel/methods
