摘要
根据血流动力学原理， 研究肺癌介入治疗中药物注射对血管流场的影响．通过实验模拟研究， 在靶血管入口外附近发现一个血流自然灌注区， 这一新发现为解决肺癌介入治疗中发生高位截瘫问题提供了一个有效的理论依据和方法．经几年的临床试用， 效果理想，
According to the principle of hemodynamics, the effect of ejecting medicine onto the blood flow field in the intervention treatment of lung cancer is studied. By means of experimental simulation, a natural fusion region of blood flow has been found outside the entrance target blood vessel. This new discovery provides an effective theoretical guide as well as an efficient method for solving the problem of high level paraplegia complication in the intervention treatment of lung cancer. The effect of the new cure is ideal in clinical experiences over the years and no case of paraplegia complication has been reported.
出处
《华南理工大学学报（自然科学版）》
EI
CAS
CSCD
北大核心
1999年第9期100-103,共4页
Journal of South China University of Technology(Natural Science Edition)
关键词
血流动力学
肺癌介入治疗
高位截瘫
hemodynamics
intervention treatment of lung cancer
experimental simulation
high level paraplegia
