Lapis K, Pápay J, Paku S
I. Institute of Pathology and Experimental Cancer Research, Semmelweis Medical University, Budapest, Hungary.
Oncology. 1990;47(4):359-64. doi: 10.1159/000226848.
The authors studied the metastasis-inhibiting effect of various dosages of tiazofurin in mice inoculated with a low (LLT) and a highly (LLT-HH) metastatic variant of the Lewis lung carcinoma. The tumor cells were inoculated intravenously (lung colony assay), intramuscularly (muscle-lung metastasis model), and intrasplenically (spleen-liver metastasis model), respectively. In the lung colony assay the tiazofurin proved to be curative. In the muscle-lung and the spleen-liver model the tiazofurin treatment, started after the removal of the parent tumor, drastically decreased the number of metastases in both model systems and brought about a significant prolongation of the survival time in the spleen-liver model. Authors suggest that tiazofurin as one of the most promising candidates for metastasis prevention and inhibition in human beings, too.
作者研究了不同剂量的替唑呋林对接种了低转移(LLT)和高转移(LLT-HH)Lewis肺癌变种的小鼠的转移抑制作用。肿瘤细胞分别通过静脉注射(肺集落测定)、肌肉注射(肌肉-肺转移模型)和脾内注射(脾-肝转移模型)接种。在肺集落测定中,替唑呋林被证明具有治愈作用。在肌肉-肺和脾-肝模型中,在切除原发肿瘤后开始的替唑呋林治疗,显著减少了两个模型系统中的转移灶数量,并在脾-肝模型中显著延长了存活时间。作者认为替唑呋林也是人类预防和抑制转移最有前景的候选药物之一。