Hyperthermia adds to chemotherapy

RD Issels - European journal of cancer, 2008 - Elsevier
RD Issels
European journal of cancer, 2008Elsevier
The hallmarks of hyperthermia and its pleotropic effects are in favour of its combined use
with chemotherapy. Preclinical research reveals that for heat killing and synergistic effects
the thermal dose is most critical. Thermal enhancement of drug cytotoxicity is accompanied
by cellular death and necrosis without increasing its oncogenic potential. The induction of
genetically defined stress responses can deliver danger signals to activate the host's
immune system. The positive results of randomised trials have definitely established …
The hallmarks of hyperthermia and its pleotropic effects are in favour of its combined use with chemotherapy. Preclinical research reveals that for heat killing and synergistic effects the thermal dose is most critical. Thermal enhancement of drug cytotoxicity is accompanied by cellular death and necrosis without increasing its oncogenic potential. The induction of genetically defined stress responses can deliver danger signals to activate the host’s immune system. The positive results of randomised trials have definitely established hyperthermia in combination with chemotherapy as a novel clinical modality for the treatment of cancer. Hyperthermia targets the action of chemotherapy within the heated tumour region without affecting systemic toxicity. In specific clinical settings regional hyperthermia (RHT) or hyperthermic perfusion has proved its value and deserve a greater focus and investigation in other malignancies. In Europe, more specialised centres should be created and maintained as network of excellence for hyperthermia in the field of oncology.
Elsevier