摘要
作者用低强度毫米级（波长6mm,频率50GHz,照射强度为100mW）电磁波照射15例健康人离体血样,照射时间分别为15分钟、30分钟和60分钟等。实验系统对照测试了正常组与照射组红细胞的多项流变学及生物物理学指标,包括血液粘度、红细胞变形性及聚集性、红细胞溶血脆性、红细胞膜的阴离子通透性以及红细胞的形态等,从生物物理学角度研究了低强度毫米波对生物组织非热效应的影响程度,并初步讨论了这种作用的生理机制和意义。
Low intensity millimeter(6mm,50GHz,100mW) wave was used to irradiate to 15 blood samples. The radiation time respectively were 15mn,30min and 60min.Series rheological and biophysical parameters about the erythrocyte were systemically tested. There included viscosity of blood ,deformability and congregating ability of erythrocyte,hemolysical fragility ,anion transport in erythrocyte membranes and configuration of erythrocyte etc. From the point of biophysics, the biological effects of low intensity MMW to cells were investigated.
出处
《中国医学物理学杂志》
CSCD
2001年第1期33-34,48,共3页
Chinese Journal of Medical Physics
