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Two possibilities are plausible as the major mechanisms of the therapeutic role of wholebody hyperthermia (WBH) ; one is an injury to death of tumour cells by WBH stimulation of the chronic insufficient heat dissipation and anaerobic conditions and another a potentiation of immune functions of the host. Based on a marked inhibition by a single trial of WBH of the growth of spontaneous mammary tumours in SHN mice, the above two possibilities were elucidated by this WBH system. Latency, the period between tumour transplantation and the appearance of tumour of palpable size, differed little between mammary tumours transplanted to mice receiving WBH and the same tumours transplanted to the control mice given no WBH. Meanwhile, in mice given no treatment, the latency for tumours from the donor mice which received WBH was significantly longer than that for tumours from the donor mice which given no WBH. These results revealed that the inhibition by a single trial of WBH of mammary tumour growth is ascribed to a direct effect on tumour cells rather than an indirect effect on the host.

Direct Effect on Tumour Cells is Dominant in the Inhibition by a Single Trial of Whole-body Hyperthermia of Mammary Tumour Growth in Mice.