Brückner V, Zywietz F, Jung H
Strahlentherapie. 1979 Jan;155(1):44-50.
The authors studied the influence on the solid Walker carcinoma in the rat exerted by a slight local hyperthermia induced by micro-waves, which was applied alone and combined with X-ray irradiations. It could be demonstrated that the tumor has the same temperature as the sub-peritoneal region. Thus the final temperature reached by the treatment with micro-waves can be exactly controlled. Heating up to 41 degrees C for 30 minutes produces an increase of the survival rate of animals with tumors of 2 to 6 grams from 17% to 27%, whereas the healing rate is 57% after an X-ray irradiation with 1130 rad and 75% after the combined treatment. Each of the three therapy methods produces a significant prolongation of the survival time of the dying animals. The disadvantages of an anisologic tumor-host system are discussed on the basis of the results achieved.
作者研究了微波诱导的轻微局部热疗对大鼠实体沃克癌的影响,该热疗单独应用以及与X射线照射联合应用。结果表明,肿瘤温度与腹膜下区域相同。因此,微波治疗所达到的最终温度可以精确控制。加热至41摄氏度持续30分钟,可使患有2至6克肿瘤的动物存活率从17%提高到27%,而在接受1130拉德的X射线照射后治愈率为57%,联合治疗后治愈率为75%。三种治疗方法中的每一种都能显著延长濒死动物的存活时间。基于所取得的结果,讨论了肿瘤-宿主系统不一致的缺点。