Multimodal treatment with chemoradiotherapy, regional hyperthermia and interstitial brachytherapy for a huge locally advanced cervical cancer: A case report.

A female patient in her 50 s was found to have a 10-cm tumor resulting from locally advanced cervical cancer (LACC). Three-year relapse-free survival was achieved following a multimodal treatment strategy integrating chemoradiotherapy (CRT), regional hyperthermia (RHT), and interstitial brachytherapy (ISBT). Given the large size of the tumor, enhancement of the geometrical dose distribution was anticipated using ISBT. However, delivery of a sufficient dose to the high-risk clinical target volume was predicted to be challenging. Thus, RHT was incorporated to potentially augment the overall treatment effect. This unique combination of CRT, RHT and ISBT may be promising for management of large LACC and warrants further investigation.

Retrospective Analysis of the Areas Responsible for Light Flash and Odor During Proton Beam Therapy and Photon Therapy.

Background Abnormal sensations were frequently experienced by patients who received irradiation of the brain or head and neck region. We have previously suggested correlations with irradiation of the nasal cavity and retina. Purpose We performed a retrospective dose-volume histogram analysis focused on the brain and head and neck tumor to examine the relationship between these abnormal sensations and the details of irradiation. Methods Multivariate logistic regression models were applied for the presence or absence of light flash and odor. Gender, age, radiotherapy method (proton beam therapy vs. photon radiotherapy), dose of retina, optic nerve, chiasmatic gland, pituitary, nasal cavity, oral cavity, frontal lobe, parietal lobe, occipital lobe, temporal lobe, amygdala, and hippocampus were set as candidates of explanatory variables. Results Light flash and odor during radiotherapy have been suggested to be associated with younger age and retina and nasal cavity irradiation. Multivariate analyses including dose-volume histograms indicated that light flash was related to age, chiasmatic gland irradiation, and pituitary dose, and odor was related to age and nasal cavity irradiation. Conclusion Our results indicate that light flash during radiotherapy is caused by irradiation of the visual pathway and that odor is caused by irradiation of the nasal cavity or olfactory bulb.