Fabricius E M, Benedix A, Schneeweiss U, Schmidt W, Streller B
Arch Geschwulstforsch. 1978;48(6):538-51.
With a view of satisfying the practical demands on a diagnostic tumour clostridium assay the development of a biological tumour test model is of prime importance. We are interested in a safe method for differentiating between oncolytic clostridia and clostridial strains exerting no oncolytic capacity. It was therefore attempted to develop a reproducible assay system using hamster A-Mel-3 as a reference tumour. This was finally attained by quantifying oncolysis taking into account the criterium of spontaneous onconecrosis of this tumour. The proposed oncolytic assay system was submitted to a mathematical regression analysis using different strains of clostridia as well as different batches of cultivated spores of one and the same strain. The results are critically compared with the current literature.
为满足肿瘤梭菌诊断试验的实际需求,开发一种生物肿瘤测试模型至关重要。我们感兴趣的是一种安全的方法,用于区分溶瘤梭菌和无溶瘤能力的梭菌菌株。因此,尝试开发一种以仓鼠A-Mel-3作为参考肿瘤的可重复检测系统。最终通过考虑该肿瘤自发肿瘤坏死的标准来量化溶瘤作用实现了这一点。将所提出的溶瘤检测系统使用不同的梭菌菌株以及同一菌株的不同批次培养孢子进行数学回归分析。并将结果与当前文献进行严格比较。